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fluent-icons-extended/src/commonMain/kotlin/com/konyaco/fluent/icons/regular/ColorFill.kt | Konyaco | 574,321,009 | false | null |
package com.konyaco.fluent.icons.regular
import androidx.compose.ui.graphics.vector.ImageVector
import com.konyaco.fluent.icons.Icons
import com.konyaco.fluent.icons.fluentIcon
import com.konyaco.fluent.icons.fluentPath
public val Icons.Regular.ColorFill: ImageVector
get() {
if (_colorFill != null) {
return _colorFill!!
}
_colorFill = fluentIcon(name = "Regular.ColorFill") {
fluentPath {
moveTo(9.0f, 1.75f)
arcToRelative(0.75f, 0.75f, 0.0f, false, true, 1.5f, 0.0f)
verticalLineToRelative(1.27f)
arcToRelative(2.0f, 2.0f, 0.0f, false, true, 1.24f, 0.57f)
lineToRelative(3.53f, 3.54f)
arcToRelative(2.0f, 2.0f, 0.0f, false, true, 0.0f, 2.83f)
lineToRelative(-4.24f, 4.24f)
arcToRelative(2.0f, 2.0f, 0.0f, false, true, -2.83f, 0.0f)
lineToRelative(-3.54f, -3.54f)
arcToRelative(2.0f, 2.0f, 0.0f, false, true, 0.0f, -2.82f)
lineToRelative(4.25f, -4.25f)
lineToRelative(0.09f, -0.08f)
lineTo(9.0f, 1.75f)
close()
moveTo(9.0f, 6.25f)
verticalLineToRelative(-0.63f)
lineToRelative(-2.89f, 2.9f)
horizontalLineToRelative(8.25f)
arcToRelative(0.5f, 0.5f, 0.0f, false, false, -0.15f, -0.33f)
lineToRelative(-3.54f, -3.54f)
arcToRelative(0.5f, 0.5f, 0.0f, false, false, -0.17f, -0.11f)
verticalLineToRelative(1.71f)
arcToRelative(0.75f, 0.75f, 0.0f, true, true, -1.5f, 0.0f)
close()
moveTo(6.13f, 10.01f)
lineToRelative(3.13f, 3.13f)
curveToRelative(0.2f, 0.2f, 0.51f, 0.2f, 0.7f, 0.0f)
lineTo(13.1f, 10.0f)
lineTo(6.13f, 10.0f)
close()
moveTo(6.6f, 14.0f)
lineTo(4.5f, 14.0f)
arcTo(2.5f, 2.5f, 0.0f, false, false, 2.0f, 16.5f)
verticalLineToRelative(3.0f)
arcTo(2.5f, 2.5f, 0.0f, false, false, 4.5f, 22.0f)
horizontalLineToRelative(15.0f)
arcToRelative(2.5f, 2.5f, 0.0f, false, false, 2.5f, -2.5f)
verticalLineToRelative(-3.0f)
arcToRelative(2.5f, 2.5f, 0.0f, false, false, -2.02f, -2.45f)
arcToRelative(3.5f, 3.5f, 0.0f, false, true, -0.17f, 1.5f)
curveToRelative(0.4f, 0.13f, 0.69f, 0.5f, 0.69f, 0.95f)
verticalLineToRelative(3.0f)
arcToRelative(1.0f, 1.0f, 0.0f, false, true, -1.0f, 1.0f)
horizontalLineToRelative(-15.0f)
arcToRelative(1.0f, 1.0f, 0.0f, false, true, -1.0f, -1.0f)
verticalLineToRelative(-3.0f)
arcToRelative(1.0f, 1.0f, 0.0f, false, true, 1.0f, -1.0f)
horizontalLineToRelative(3.83f)
arcToRelative(3.0f, 3.0f, 0.0f, false, true, -0.84f, -0.6f)
lineToRelative(-0.9f, -0.9f)
close()
moveTo(14.01f, 14.38f)
curveToRelative(0.0f, -0.5f, 0.15f, -0.98f, 0.34f, -1.39f)
curveToRelative(0.2f, -0.41f, 0.44f, -0.8f, 0.68f, -1.13f)
curveToRelative(0.23f, -0.33f, 0.47f, -0.61f, 0.64f, -0.81f)
lineToRelative(0.3f, -0.32f)
lineToRelative(0.01f, -0.01f)
curveToRelative(0.3f, -0.3f, 0.77f, -0.3f, 1.06f, 0.0f)
lineToRelative(0.3f, 0.33f)
arcTo(6.98f, 6.98f, 0.0f, false, true, 18.66f, 13.0f)
curveToRelative(0.2f, 0.4f, 0.35f, 0.88f, 0.35f, 1.38f)
curveToRelative(0.0f, 1.39f, -1.03f, 2.62f, -2.5f, 2.62f)
reflectiveCurveTo(14.0f, 15.77f, 14.0f, 14.37f)
close()
moveTo(16.78f, 12.73f)
arcToRelative(8.42f, 8.42f, 0.0f, false, false, -0.27f, -0.35f)
arcToRelative(8.42f, 8.42f, 0.0f, false, false, -0.8f, 1.24f)
curveToRelative(-0.14f, 0.3f, -0.2f, 0.56f, -0.2f, 0.76f)
curveToRelative(0.0f, 0.69f, 0.48f, 1.12f, 1.0f, 1.12f)
reflectiveCurveToRelative(1.0f, -0.43f, 1.0f, -1.13f)
curveToRelative(0.0f, -0.19f, -0.06f, -0.44f, -0.2f, -0.75f)
arcToRelative(5.5f, 5.5f, 0.0f, false, false, -0.53f, -0.89f)
close()
}
}
return _colorFill!!
}
private var _colorFill: ImageVector? = null
| 1 | null | 3 | 83 | 9e86d93bf1f9ca63a93a913c990e95f13d8ede5a | 4,640 | compose-fluent-ui | Apache License 2.0 |
src/test/java/it/smartphonecombo/uecapabilityparser/importer/ImportCapabilityInformationTest.kt | HandyMenny | 539,436,833 | false | null | package it.smartphonecombo.uecapabilityparser.importer
import it.smartphonecombo.uecapabilityparser.UtilityForTests.getResourceAsStream
import it.smartphonecombo.uecapabilityparser.UtilityForTests.toPowerClass
import it.smartphonecombo.uecapabilityparser.model.PowerClass
import it.smartphonecombo.uecapabilityparser.model.band.BandLteDetails
import it.smartphonecombo.uecapabilityparser.model.band.BandNrDetails
import it.smartphonecombo.uecapabilityparser.model.bandwidth.BwsNr
import it.smartphonecombo.uecapabilityparser.model.modulation.ModulationOrder
import it.smartphonecombo.uecapabilityparser.model.modulation.toModulation
import it.smartphonecombo.uecapabilityparser.model.toMimo
import it.smartphonecombo.uecapabilityparser.util.Output
import org.junit.jupiter.api.Assertions.assertArrayEquals
import org.junit.jupiter.api.Assertions.assertEquals
import org.junit.jupiter.api.Assertions.assertLinesMatch
import org.junit.jupiter.api.Test
internal class ImportCapabilityInformationTest {
@Test
fun ueCapEutraCombinationAdd() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream("/newEngine/input/json/ueCapEutraCombinationAdd.json")!!
.readBytes()
)
// LTE Category
assertEquals(18, capabilities.lteCategoryDL)
assertEquals(13, capabilities.lteCategoryUL)
// LTE Combos
val expectedCsv =
getResourceAsStream("/newEngine/oracle/ueCapEutraCombinationAdd.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualCsv = Output.toCsv(capabilities).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedCsv, actualCsv)
// LTE bands
val expectedLteBands =
listOf(
BandLteDetails(
1,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
2,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
3,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
4,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
5,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
7,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
8,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
12,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
13,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
17,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
20,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
28,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
32,
mimoDL = 2.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = PowerClass.NONE
),
BandLteDetails(
38,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
40,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
41,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
66,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
)
)
val actualLteBands = capabilities.lteBands
assertArrayEquals(expectedLteBands.toTypedArray(), actualLteBands.toTypedArray())
// NR NSA bans in eutra capability
val actualNrNsaBands = capabilities.nrNSAbands
val expectedNrNsaBands =
listOf(
BandNrDetails(1),
BandNrDetails(3),
BandNrDetails(5),
BandNrDetails(7),
BandNrDetails(8),
BandNrDetails(20),
BandNrDetails(28),
BandNrDetails(38),
BandNrDetails(40),
BandNrDetails(41),
BandNrDetails(66),
BandNrDetails(77),
BandNrDetails(78),
)
assertArrayEquals(expectedNrNsaBands.toTypedArray(), actualNrNsaBands.toTypedArray())
// NR SA bans in eutra capability
val actualNrSaBands = capabilities.nrSAbands
assertArrayEquals(emptyArray(), actualNrSaBands.toTypedArray())
}
@Test
fun ueCapEutraCombinationReduced() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream("/newEngine/input/json/ueCapEutraCombinationReduced.json")!!
.readBytes()
)
// LTE Category
assertEquals(20, capabilities.lteCategoryDL)
assertEquals(13, capabilities.lteCategoryUL)
// LTE Combos
val expectedCsv =
getResourceAsStream("/newEngine/oracle/ueCapEutraCombinationReduced.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualCsv = Output.toCsv(capabilities).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedCsv, actualCsv)
// LTE bands
val expectedLteBands =
listOf(
BandLteDetails(
2,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
4,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
5,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
7,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
12,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
13,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
26,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
41,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
46,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
48,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
66,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
)
val actualLteBands = capabilities.lteBands
assertArrayEquals(expectedLteBands.toTypedArray(), actualLteBands.toTypedArray())
// NR NSA bans in eutra capability
val actualNrNsaBands = capabilities.nrNSAbands
val expectedNrNsaBands = listOf(BandNrDetails(260), BandNrDetails(261))
assertArrayEquals(expectedNrNsaBands.toTypedArray(), actualNrNsaBands.toTypedArray())
// NR SA bans in eutra capability
val actualNrSaBands = capabilities.nrSAbands
assertArrayEquals(emptyArray(), actualNrSaBands.toTypedArray())
}
@Test
fun ueCapEutra1024qam() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream("/newEngine/input/json/ueCapEutra1024qam.json")!!.readBytes()
)
// LTE Category
assertEquals(20, capabilities.lteCategoryDL)
assertEquals(18, capabilities.lteCategoryUL)
// LTE Combos
val expectedCsv =
getResourceAsStream("/newEngine/oracle/ueCapEutra1024qam.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualCsv = Output.toCsv(capabilities).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedCsv, actualCsv)
// LTE bands
val expectedLteBands =
listOf(
BandLteDetails(
1,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
3,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
7,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
8,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
20,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
38,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
40,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
41,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 2.toPowerClass()
),
)
val actualLteBands = capabilities.lteBands
assertArrayEquals(expectedLteBands.toTypedArray(), actualLteBands.toTypedArray())
// NR NSA bans in eutra capability
val actualNrNsaBands = capabilities.nrNSAbands
val expectedNrNsaBands =
listOf(
BandNrDetails(1),
BandNrDetails(3),
BandNrDetails(7),
BandNrDetails(28),
BandNrDetails(78)
)
assertArrayEquals(expectedNrNsaBands.toTypedArray(), actualNrNsaBands.toTypedArray())
// NR SA bans in eutra capability
val actualNrSaBands = capabilities.nrSAbands
assertArrayEquals(emptyArray(), actualNrSaBands.toTypedArray())
}
@Test
fun ueCapEutraCombinationReduced1024qam() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapEutraCombinationReduced1024qam.json",
)!!
.readBytes()
)
// LTE Category
assertEquals(22, capabilities.lteCategoryDL)
assertEquals(18, capabilities.lteCategoryUL)
// LTE Combos
val expectedCsv =
getResourceAsStream("/newEngine/oracle/ueCapEutraCombinationReduced1024qam.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualCsv = Output.toCsv(capabilities).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedCsv, actualCsv)
// LTE bands
val expectedLteBands =
listOf(
BandLteDetails(
1,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
2,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
3,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
4,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
5,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
7,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
8,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
12,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
13,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
14,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
17,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
18,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
19,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
20,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
25,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
26,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
28,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
29,
mimoDL = 2.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = PowerClass.NONE
),
BandLteDetails(
30,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
32,
mimoDL = 2.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = PowerClass.NONE
),
BandLteDetails(
34,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
38,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
39,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
40,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
41,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
42,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
46,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
48,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
66,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
71,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM1024.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
)
val actualLteBands = capabilities.lteBands
assertArrayEquals(expectedLteBands.toTypedArray(), actualLteBands.toTypedArray())
// NR NSA bans in eutra capability
val actualNrNsaBands = capabilities.nrNSAbands
val expectedNrNsaBands =
listOf(
BandNrDetails(1),
BandNrDetails(2),
BandNrDetails(3),
BandNrDetails(5),
BandNrDetails(7),
BandNrDetails(8),
BandNrDetails(12),
BandNrDetails(20),
BandNrDetails(25),
BandNrDetails(28),
BandNrDetails(38),
BandNrDetails(40),
BandNrDetails(41),
BandNrDetails(66),
BandNrDetails(71),
BandNrDetails(77),
BandNrDetails(78),
BandNrDetails(79),
)
assertArrayEquals(expectedNrNsaBands.toTypedArray(), actualNrNsaBands.toTypedArray())
// NR SA bans in eutra capability
val actualNrSaBands = capabilities.nrSAbands
assertArrayEquals(emptyArray(), actualNrSaBands.toTypedArray())
}
@Test
fun ueCapEutra64qamDLMimoUL() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapEutra64qamDLMimoUL.json",
)!!
.readBytes()
)
// LTE Category
assertEquals(7, capabilities.lteCategoryDL)
assertEquals(7, capabilities.lteCategoryUL)
// LTE Combos
val expectedCsv =
getResourceAsStream("/newEngine/oracle/ueCapEutra64qamDLMimoUL.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualCsv = Output.toCsv(capabilities).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedCsv, actualCsv)
// LTE bands
val expectedLteBands =
listOf(
BandLteDetails(
1,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM64.toModulation(),
modUL = ModulationOrder.QAM16.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
3,
mimoDL = 2.toMimo(),
mimoUL = 2.toMimo(),
modDL = ModulationOrder.QAM64.toModulation(),
modUL = ModulationOrder.QAM16.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
7,
mimoDL = 2.toMimo(),
mimoUL = 2.toMimo(),
modDL = ModulationOrder.QAM64.toModulation(),
modUL = ModulationOrder.QAM16.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
8,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM64.toModulation(),
modUL = ModulationOrder.QAM16.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
20,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM64.toModulation(),
modUL = ModulationOrder.QAM16.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
28,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM64.toModulation(),
modUL = ModulationOrder.QAM16.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
32,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM64.toModulation(),
powerClass = PowerClass.NONE
),
BandLteDetails(
38,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM64.toModulation(),
modUL = ModulationOrder.QAM16.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
40,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM64.toModulation(),
modUL = ModulationOrder.QAM16.toModulation(),
powerClass = 3.toPowerClass()
)
)
val actualLteBands = capabilities.lteBands
assertArrayEquals(expectedLteBands.toTypedArray(), actualLteBands.toTypedArray())
// NR NSA bans in eutra capability
val actualNrNsaBands = capabilities.nrNSAbands
assertArrayEquals(emptyArray(), actualNrNsaBands.toTypedArray())
// NR SA bans in eutra capability
val actualNrSaBands = capabilities.nrSAbands
assertArrayEquals(emptyArray(), actualNrSaBands.toTypedArray())
}
@Test
fun ueCapEutra256qamDLMimoUL() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapEutra256qamDLMimoUL.json",
)!!
.readBytes()
)
// LTE Category
assertEquals(12, capabilities.lteCategoryDL)
assertEquals(13, capabilities.lteCategoryUL)
// LTE Combos
val expectedCsv =
getResourceAsStream("/newEngine/oracle/ueCapEutra256qamDLMimoUL.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualCsv = Output.toCsv(capabilities).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedCsv, actualCsv)
// LTE bands
val expectedLteBands =
listOf(
BandLteDetails(
1,
mimoDL = 2.toMimo(),
mimoUL = 2.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
3,
mimoDL = 2.toMimo(),
mimoUL = 2.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
7,
mimoDL = 2.toMimo(),
mimoUL = 2.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
20,
mimoDL = 2.toMimo(),
mimoUL = 2.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
28,
mimoDL = 2.toMimo(),
mimoUL = 2.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
38,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
40,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
41,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
)
)
val actualLteBands = capabilities.lteBands
assertArrayEquals(expectedLteBands.toTypedArray(), actualLteBands.toTypedArray())
// NR NSA bans in eutra capability
val actualNrNsaBands = capabilities.nrNSAbands
assertArrayEquals(emptyArray(), actualNrNsaBands.toTypedArray())
// NR SA bans in eutra capability
val actualNrSaBands = capabilities.nrSAbands
assertArrayEquals(emptyArray(), actualNrSaBands.toTypedArray())
}
@Test
fun ueCapEutraCombinationReducedMimoPerCC() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapEutraCombinationReducedMimoPerCC.json",
)!!
.readBytes()
)
// LTE Category
assertEquals(19, capabilities.lteCategoryDL)
assertEquals(18, capabilities.lteCategoryUL)
// LTE Combos
val expectedCsv =
getResourceAsStream("/newEngine/oracle/ueCapEutraCombinationReducedMimoPerCC.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualCsv = Output.toCsv(capabilities).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedCsv, actualCsv)
// LTE bands
val expectedLteBands =
listOf(
BandLteDetails(
1,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
3,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
5,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
7,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
8,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
20,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
28,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
32,
mimoDL = 4.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = PowerClass.NONE
),
BandLteDetails(
38,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
40,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
41,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 2.toPowerClass()
),
BandLteDetails(
42,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
)
)
val actualLteBands = capabilities.lteBands
assertArrayEquals(expectedLteBands.toTypedArray(), actualLteBands.toTypedArray())
// NR NSA bands in eutra capability
val actualNrNsaBands = capabilities.nrNSAbands
val expectedNrNsaBands =
listOf(
BandNrDetails(1),
BandNrDetails(3),
BandNrDetails(7),
BandNrDetails(8),
BandNrDetails(28),
BandNrDetails(38),
BandNrDetails(40),
BandNrDetails(41),
BandNrDetails(78)
)
assertArrayEquals(expectedNrNsaBands.toTypedArray(), actualNrNsaBands.toTypedArray())
// NR SA bands in eutra capability
val actualNrSaBands = capabilities.nrSAbands
val expectedNrSaBands =
listOf(
BandNrDetails(1),
BandNrDetails(3),
BandNrDetails(5),
BandNrDetails(7),
BandNrDetails(8),
BandNrDetails(20),
BandNrDetails(28),
BandNrDetails(38),
BandNrDetails(40),
BandNrDetails(41),
BandNrDetails(78)
)
assertArrayEquals(expectedNrSaBands.toTypedArray(), actualNrSaBands.toTypedArray())
}
@Test
fun ueCapNrOneCC() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapNrOneCC.json",
)!!
.readBytes()
)
// NR bands in nr capability
val actualNrBands = capabilities.nrBands
val expectedNrBands =
listOf(
BandNrDetails(1).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(2).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(3).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(5).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(7).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(8).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(12).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(20).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(25).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(28).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 2.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(38).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(20)))
powerClass = 3.toPowerClass()
},
BandNrDetails(40).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(80, 40)))
powerClass = 3.toPowerClass()
},
BandNrDetails(41).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(100, 80, 60, 40, 20)))
powerClass = 3.toPowerClass()
},
BandNrDetails(48).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(100, 40, 20)))
powerClass = 3.toPowerClass()
},
BandNrDetails(66).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(71).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(77).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(100)))
powerClass = 3.toPowerClass()
},
BandNrDetails(78).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(100, 90, 80, 60, 50, 40, 20)))
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(79).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(100)))
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(258).apply {
modDL = ModulationOrder.QAM64.toModulation()
modUL = ModulationOrder.QAM64.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(120, intArrayOf(100)))
powerClass = 3.toPowerClass()
},
BandNrDetails(260).apply {
modDL = ModulationOrder.QAM64.toModulation()
modUL = ModulationOrder.QAM64.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(120, intArrayOf(100, 50)))
powerClass = 3.toPowerClass()
},
BandNrDetails(261).apply {
modDL = ModulationOrder.QAM64.toModulation()
modUL = ModulationOrder.QAM64.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(120, intArrayOf(100, 50)))
powerClass = 3.toPowerClass()
},
)
assertArrayEquals(expectedNrBands.toTypedArray(), actualNrBands.toTypedArray())
// NR Combos
val expectedCsv =
getResourceAsStream("/newEngine/oracle/ueCapNrOneCC.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualCsv = Output.toCsv(capabilities).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedCsv, actualCsv)
}
@Test
fun ueCapNrThreeCC() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapNrThreeCC.json",
)!!
.readBytes()
)
// NR bands in nr capability
val actualNrBands = capabilities.nrBands
val expectedNrBands =
listOf(
BandNrDetails(1).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(40, 30, 25, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(2).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(3).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(5).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 2.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(7).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(8).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(12).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(20).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(25).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(28).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(30, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(30).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(10)))
powerClass = 3.toPowerClass()
},
BandNrDetails(38).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(40, 30, 20)))
powerClass = 3.toPowerClass()
},
BandNrDetails(41).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(100, 80, 70, 60, 50, 40, 30, 20)))
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
},
BandNrDetails(48).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths =
listOf(
BwsNr(30, intArrayOf(100, 80, 60, 50, 40, 20), intArrayOf(100, 40, 20))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(66).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(30, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(71).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(77).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(100, 80, 60, 40, 30, 20)))
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(78).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(100, 80, 70, 60, 50, 40, 30, 20)))
powerClass = 3.toPowerClass()
},
BandNrDetails(257).apply {
modDL = ModulationOrder.QAM64.toModulation()
modUL = ModulationOrder.QAM64.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(120, intArrayOf(100)))
powerClass = 3.toPowerClass()
},
BandNrDetails(258).apply {
modDL = ModulationOrder.QAM64.toModulation()
modUL = ModulationOrder.QAM64.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(120, intArrayOf(100)))
powerClass = 3.toPowerClass()
},
BandNrDetails(260).apply {
modDL = ModulationOrder.QAM64.toModulation()
modUL = ModulationOrder.QAM64.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(120, intArrayOf(100, 50)))
powerClass = 3.toPowerClass()
},
BandNrDetails(261).apply {
modDL = ModulationOrder.QAM64.toModulation()
modUL = ModulationOrder.QAM64.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(120, intArrayOf(100, 50)))
powerClass = 3.toPowerClass()
},
)
assertArrayEquals(expectedNrBands.toTypedArray(), actualNrBands.toTypedArray())
// NR Combos
val expectedCsv =
getResourceAsStream("/newEngine/oracle/ueCapNrThreeCC.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualCsv = Output.toCsv(capabilities).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedCsv, actualCsv)
}
@Test
fun ueCapMrdcDefaultBws() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapMrdcDefaultBws.json",
)!!
.readBytes()
)
// MRDC
// ENDC combos
val expectedEndcCsv =
getResourceAsStream("/newEngine/oracle/ueCapMrdcDefaultBws-EN-DC.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualEndcCsv =
Output.toCsv(capabilities.enDcCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedEndcCsv, actualEndcCsv)
// EUTRA
// Category
assertEquals(19, capabilities.lteCategoryDL)
assertEquals(18, capabilities.lteCategoryUL)
// Combos
val expectedLteCsv =
getResourceAsStream("/newEngine/oracle/ueCapMrdcDefaultBws-LTE.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualLteCsv =
Output.toCsv(capabilities.lteCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedLteCsv, actualLteCsv)
// Bands
val expectedLteBands =
listOf(
BandLteDetails(
1,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
3,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
5,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
7,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
8,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
20,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
28,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
32,
mimoDL = 4.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = PowerClass.NONE
),
BandLteDetails(
38,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
40,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
41,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 2.toPowerClass()
),
BandLteDetails(
42,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
43,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
)
val actualLteBands = capabilities.lteBands
assertArrayEquals(expectedLteBands.toTypedArray(), actualLteBands.toTypedArray())
// NR NSA bands in eutra capability
val actualNrNsaBands = capabilities.nrNSAbands
val expectedNrNsaBands =
listOf(
BandNrDetails(1),
BandNrDetails(3),
BandNrDetails(5),
BandNrDetails(7),
BandNrDetails(8),
BandNrDetails(20),
BandNrDetails(28),
BandNrDetails(38),
BandNrDetails(41),
BandNrDetails(77),
BandNrDetails(78),
)
assertArrayEquals(expectedNrNsaBands.toTypedArray(), actualNrNsaBands.toTypedArray())
// NR SA bands in eutra capability
val actualNrSaBands = capabilities.nrSAbands
assertArrayEquals(emptyArray(), actualNrSaBands.toTypedArray())
// NR
// bands in nr capability
val actualNrBands = capabilities.nrBands
val expectedNrBands =
listOf(
BandNrDetails(1).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(50, 40, 30, 25, 20, 15, 10, 5)),
BwsNr(30, intArrayOf(50, 40, 30, 25, 20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(3).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(40, 30, 25, 20, 15, 10, 5)),
BwsNr(30, intArrayOf(40, 30, 25, 20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(5).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(30, 25, 20, 15, 10, 5)),
BwsNr(30, intArrayOf(30, 25, 20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(7).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(50, 40, 30, 25, 20, 15, 10, 5)),
BwsNr(30, intArrayOf(50, 40, 30, 25, 20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(8).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(20, 15, 10, 5)),
BwsNr(30, intArrayOf(20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(20).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(20, 15, 10, 5)),
BwsNr(30, intArrayOf(20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(28).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(30, 20, 15, 10, 5)),
BwsNr(30, intArrayOf(30, 20, 15, 10))
)
powerClass = 3.toPowerClass()
mimoDL = 2.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(38).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(40, 30, 25, 20, 15, 10, 5)),
BwsNr(30, intArrayOf(40, 30, 25, 20, 15, 10))
)
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(40).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(50, 40, 30, 25, 20, 15, 10, 5)),
BwsNr(30, intArrayOf(80, 60, 50, 40, 30, 25, 20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(41).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(50, 40, 30, 20, 15, 10)),
BwsNr(30, intArrayOf(100, 80, 70, 60, 50, 40, 30, 20, 15, 10))
)
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
},
BandNrDetails(77).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(50, 40, 20, 15, 10)),
BwsNr(30, intArrayOf(100, 80, 70, 60, 50, 40, 20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(78).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(50, 40, 30, 20, 15, 10)),
BwsNr(30, intArrayOf(100, 90, 80, 70, 60, 50, 40, 30, 20, 15, 10))
)
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
)
assertArrayEquals(expectedNrBands.toTypedArray(), actualNrBands.toTypedArray())
// NR Combos
val expectedNrCsv = emptyList<String>()
val actualNrCsv = Output.toCsv(capabilities.nrCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedNrCsv, actualNrCsv)
}
@Test
fun ueCapMrdcFR2() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapMrdcFR2.json",
)!!
.readBytes()
)
// MRDC
// ENDC combos
val expectedEndcCsv =
getResourceAsStream("/newEngine/oracle/ueCapMrdcFR2-EN-DC.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualEndcCsv =
Output.toCsv(capabilities.enDcCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedEndcCsv, actualEndcCsv)
// EUTRA
// Category
assertEquals(19, capabilities.lteCategoryDL)
assertEquals(13, capabilities.lteCategoryUL)
// Combos
val expectedLteCsv =
getResourceAsStream("/newEngine/oracle/ueCapMrdcFR2-LTE.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualLteCsv =
Output.toCsv(capabilities.lteCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedLteCsv, actualLteCsv)
// Bands
val expectedLteBands =
listOf(
BandLteDetails(
1,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
3,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
8,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
18,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
19,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
21,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
26,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
28,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
41,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
42,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
)
val actualLteBands = capabilities.lteBands
assertArrayEquals(expectedLteBands.toTypedArray(), actualLteBands.toTypedArray())
// NR NSA bands in eutra capability
val actualNrNsaBands = capabilities.nrNSAbands
val expectedNrNsaBands =
listOf(
BandNrDetails(77),
BandNrDetails(78),
BandNrDetails(79),
BandNrDetails(257),
)
assertArrayEquals(expectedNrNsaBands.toTypedArray(), actualNrNsaBands.toTypedArray())
// NR SA bands in eutra capability
val actualNrSaBands = capabilities.nrSAbands
assertArrayEquals(emptyArray(), actualNrSaBands.toTypedArray())
// NR
// bands in nr capability
val actualNrBands = capabilities.nrBands
val expectedNrBands =
listOf(
BandNrDetails(77).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(100, 80, 60, 50, 40, 20)))
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
},
BandNrDetails(78).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(100, 80, 60, 50, 40, 20)))
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
},
BandNrDetails(79).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = false
bandwidths = listOf(BwsNr(30, intArrayOf(100, 80, 60, 50, 40)))
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
},
BandNrDetails(257).apply {
modDL = ModulationOrder.QAM64.toModulation()
modUL = ModulationOrder.QAM64.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(60, intArrayOf(200, 100, 50)),
BwsNr(120, intArrayOf(200, 100, 50))
)
powerClass = 3.toPowerClass()
mimoDL = 2.toMimo()
mimoUL = 2.toMimo()
},
)
assertArrayEquals(expectedNrBands.toTypedArray(), actualNrBands.toTypedArray())
// NR Combos
val expectedNrCsv = emptyList<String>()
val actualNrCsv = Output.toCsv(capabilities.nrCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedNrCsv, actualNrCsv)
}
@Test
fun ueCapMrdcExynos() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapMrdcExynos.json",
)!!
.readBytes()
)
// MRDC
// ENDC combos
val expectedEndcCsv =
getResourceAsStream("/newEngine/oracle/ueCapMrdcExynos-EN-DC.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualEndcCsv =
Output.toCsv(capabilities.enDcCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedEndcCsv, actualEndcCsv)
// EUTRA
// Category
assertEquals(20, capabilities.lteCategoryDL)
assertEquals(18, capabilities.lteCategoryUL)
// Combos
val expectedLteCsv =
getResourceAsStream("/newEngine/oracle/ueCapMrdcExynos-LTE.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualLteCsv =
Output.toCsv(capabilities.lteCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedLteCsv, actualLteCsv)
// Bands
val expectedLteBands =
listOf(
BandLteDetails(
1,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
3,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
7,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
20,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
28,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
32,
mimoDL = 2.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
powerClass = PowerClass.NONE
),
BandLteDetails(
38,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
)
val actualLteBands = capabilities.lteBands
assertArrayEquals(expectedLteBands.toTypedArray(), actualLteBands.toTypedArray())
// NR NSA bands in eutra capability
val actualNrNsaBands = capabilities.nrNSAbands
val expectedNrNsaBands =
listOf(
BandNrDetails(1),
BandNrDetails(3),
BandNrDetails(5),
BandNrDetails(7),
BandNrDetails(8),
BandNrDetails(20),
BandNrDetails(28),
BandNrDetails(38),
BandNrDetails(40),
BandNrDetails(41),
BandNrDetails(75),
BandNrDetails(77),
BandNrDetails(78),
)
assertArrayEquals(expectedNrNsaBands.toTypedArray(), actualNrNsaBands.toTypedArray())
// NR SA bands in eutra capability
val actualNrSaBands = capabilities.nrSAbands
assertArrayEquals(emptyArray(), actualNrSaBands.toTypedArray())
// NR
// bands in nr capability
val actualNrBands = capabilities.nrBands
val expectedNrBands =
listOf(
BandNrDetails(1).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(20, 15, 10, 5)),
BwsNr(30, intArrayOf(20, 15, 10)),
BwsNr(60, intArrayOf(20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(3).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(30, 25, 20, 15, 10, 5)),
BwsNr(30, intArrayOf(30, 25, 20, 15, 10)),
BwsNr(60, intArrayOf(30, 25, 20, 15, 10))
)
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(5).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(20, 15, 10, 5)),
BwsNr(30, intArrayOf(20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(7).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(20, 15, 10, 5)),
BwsNr(30, intArrayOf(20, 15, 10)),
BwsNr(60, intArrayOf(20, 15, 10))
)
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(8).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(20, 15, 10, 5)),
BwsNr(30, intArrayOf(20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(20).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(20, 15, 10, 5)),
BwsNr(30, intArrayOf(20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(28).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(20, 15, 10, 5)),
BwsNr(30, intArrayOf(20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(38).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(20, 15, 10, 5)),
BwsNr(30, intArrayOf(20, 15, 10)),
BwsNr(60, intArrayOf(20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(40).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(50, 40, 30, 25, 20, 15, 10, 5)),
BwsNr(30, intArrayOf(80, 60, 50, 40, 30, 25, 20, 15, 10)),
BwsNr(60, intArrayOf(80, 60, 50, 40, 30, 25, 20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(41).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(50, 40, 20, 15, 10)),
BwsNr(30, intArrayOf(100, 80, 60, 50, 40, 20, 15, 10)),
BwsNr(60, intArrayOf(100, 80, 60, 50, 40, 20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(75).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(20, 15, 10, 5), intArrayOf()),
BwsNr(30, intArrayOf(20, 15, 10), intArrayOf()),
BwsNr(60, intArrayOf(20, 15, 10), intArrayOf())
)
powerClass = PowerClass.NONE
},
BandNrDetails(77).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(50, 40, 20, 15, 10)),
BwsNr(30, intArrayOf(100, 80, 60, 50, 40, 20, 15, 10)),
BwsNr(60, intArrayOf(100, 80, 60, 50, 40, 20, 15, 10))
)
powerClass = 3.toPowerClass()
},
BandNrDetails(78).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(30, intArrayOf(100, 90, 80, 70, 60, 50, 40, 30, 25, 20, 15, 10))
)
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
)
assertArrayEquals(expectedNrBands.toTypedArray(), actualNrBands.toTypedArray())
// NR Combos
val expectedNrCsv = emptyList<String>()
val actualNrCsv = Output.toCsv(capabilities.nrCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedNrCsv, actualNrCsv)
}
@Test
fun ueCapMrdcIntraEnDc() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapMrdcIntraEnDc.json",
)!!
.readBytes()
)
// MRDC
// ENDC combos
val expectedEndcCsv =
getResourceAsStream("/newEngine/oracle/ueCapMrdcIntraEnDc-EN-DC.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualEndcCsv =
Output.toCsv(capabilities.enDcCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedEndcCsv, actualEndcCsv)
// EUTRA
// Category
assertEquals(19, capabilities.lteCategoryDL)
assertEquals(13, capabilities.lteCategoryUL)
// Combos
val expectedLteCsv =
getResourceAsStream("/newEngine/oracle/ueCapMrdcIntraEnDc-LTE.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualLteCsv =
Output.toCsv(capabilities.lteCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedLteCsv, actualLteCsv)
// Bands
val expectedLteBands =
listOf(
BandLteDetails(
1,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
3,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
5,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
7,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
8,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
20,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
28,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
32,
mimoDL = 2.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = PowerClass.NONE
),
BandLteDetails(
34,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
38,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
39,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
40,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
41,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
42,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
43,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM64.toModulation(),
powerClass = 3.toPowerClass()
)
)
val actualLteBands = capabilities.lteBands
assertArrayEquals(expectedLteBands.toTypedArray(), actualLteBands.toTypedArray())
// NR NSA bands in eutra capability
val actualNrNsaBands = capabilities.nrNSAbands
val expectedNrNsaBands =
listOf(
BandNrDetails(1),
BandNrDetails(3),
BandNrDetails(5),
BandNrDetails(7),
BandNrDetails(28),
BandNrDetails(38),
BandNrDetails(40),
BandNrDetails(41),
BandNrDetails(77),
BandNrDetails(78),
BandNrDetails(79),
BandNrDetails(80),
BandNrDetails(84)
)
assertArrayEquals(expectedNrNsaBands.toTypedArray(), actualNrNsaBands.toTypedArray())
// NR SA bands in eutra capability
val actualNrSaBands = capabilities.nrSAbands
assertArrayEquals(emptyArray(), actualNrSaBands.toTypedArray())
// NR
// bands in nr capability
val actualNrBands = capabilities.nrBands
val expectedNrBands =
listOf(
BandNrDetails(1).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(3).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(30, 25, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(5).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 2.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(7).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(28).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 2.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(38).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 100
bandwidths = listOf(BwsNr(30, intArrayOf(20, 15, 10)))
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(40).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(30, intArrayOf(90, 80, 60, 50, 40, 20)))
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(41).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 100
bandwidths =
listOf(
BwsNr(30, intArrayOf(100, 90, 80, 60, 50, 40, 20)),
)
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(77).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 100
bandwidths =
listOf(
BwsNr(30, intArrayOf(100, 90, 80, 60, 50, 40, 20)),
)
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(78).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 100
bandwidths =
listOf(
BwsNr(30, intArrayOf(100, 90, 80, 60, 50, 40, 20)),
)
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(79).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 100
bandwidths =
listOf(
BwsNr(30, intArrayOf(100, 80, 60, 50, 40)),
)
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(80).apply {
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(), intArrayOf(20, 15, 10, 5)),
)
powerClass = 3.toPowerClass()
},
BandNrDetails(84).apply {
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(
BwsNr(15, intArrayOf(), intArrayOf(20, 15, 10, 5)),
)
powerClass = 3.toPowerClass()
}
)
assertArrayEquals(expectedNrBands.toTypedArray(), actualNrBands.toTypedArray())
// NR Combos
val expectedNrCsv = emptyList<String>()
val actualNrCsv = Output.toCsv(capabilities.nrCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedNrCsv, actualNrCsv)
}
@Test
fun ueCapMrdcIntraEnDcV1590() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapMrdcIntraEnDcV1590.json",
)!!
.readBytes()
)
// MRDC
// ENDC combos
val expectedEndcCsv =
getResourceAsStream("/newEngine/oracle/ueCapMrdcIntraEnDcV1590-EN-DC.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualEndcCsv =
Output.toCsv(capabilities.enDcCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedEndcCsv, actualEndcCsv)
// EUTRA
// Category
assertEquals(19, capabilities.lteCategoryDL)
assertEquals(18, capabilities.lteCategoryUL)
// Combos
val expectedLteCsv =
getResourceAsStream("/newEngine/oracle/ueCapMrdcIntraEnDcV1590-LTE.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualLteCsv =
Output.toCsv(capabilities.lteCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedLteCsv, actualLteCsv)
// Bands
val expectedLteBands =
listOf(
BandLteDetails(
1,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
3,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
7,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
20,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
28,
mimoDL = 2.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
),
BandLteDetails(
32,
mimoDL = 2.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
powerClass = PowerClass.NONE
),
BandLteDetails(
38,
mimoDL = 4.toMimo(),
mimoUL = 1.toMimo(),
modDL = ModulationOrder.QAM256.toModulation(),
modUL = ModulationOrder.QAM256.toModulation(),
powerClass = 3.toPowerClass()
)
)
val actualLteBands = capabilities.lteBands
assertArrayEquals(expectedLteBands.toTypedArray(), actualLteBands.toTypedArray())
// NR NSA bands in eutra capability
val actualNrNsaBands = capabilities.nrNSAbands
val expectedNrNsaBands =
listOf(
BandNrDetails(1),
BandNrDetails(2),
BandNrDetails(3),
BandNrDetails(5),
BandNrDetails(7),
BandNrDetails(8),
BandNrDetails(12),
BandNrDetails(20),
BandNrDetails(25),
BandNrDetails(28),
BandNrDetails(38),
BandNrDetails(40),
BandNrDetails(41),
BandNrDetails(66),
BandNrDetails(75),
BandNrDetails(77),
BandNrDetails(78)
)
assertArrayEquals(expectedNrNsaBands.toTypedArray(), actualNrNsaBands.toTypedArray())
// NR SA bands in eutra capability
val actualNrSaBands = capabilities.nrSAbands
assertArrayEquals(emptyArray(), actualNrSaBands.toTypedArray())
// NR
// bands in nr capability
val actualNrBands = capabilities.nrBands
val expectedNrBands =
listOf(
BandNrDetails(1).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(2).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(3).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(30, 25, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(5).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(7).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(8).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(12).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(20).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(25).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(28).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(38).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(30, intArrayOf(40, 30, 20, 15, 10)))
powerClass = 3.toPowerClass()
},
BandNrDetails(40).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(30, intArrayOf(80, 60, 50, 40, 30, 20, 15, 10)))
powerClass = 3.toPowerClass()
},
BandNrDetails(41).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths =
listOf(
BwsNr(30, intArrayOf(100, 80, 70, 60, 50, 40, 30, 20, 15, 10)),
)
powerClass = 3.toPowerClass()
},
BandNrDetails(66).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(75).apply {
modDL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5), intArrayOf()))
powerClass = PowerClass.NONE
},
BandNrDetails(77).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths =
listOf(
BwsNr(30, intArrayOf(100, 80, 70, 60, 50, 40, 30, 20, 15, 10)),
)
powerClass = 3.toPowerClass()
},
BandNrDetails(78).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
bandwidths =
listOf(
BwsNr(30, intArrayOf(100, 90, 80, 70, 60, 50, 40, 30, 20, 15, 10)),
)
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
}
)
assertArrayEquals(expectedNrBands.toTypedArray(), actualNrBands.toTypedArray())
// NR Combos
val expectedNrCsv = emptyList<String>()
val actualNrCsv = Output.toCsv(capabilities.nrCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedNrCsv, actualNrCsv)
}
@Test
fun ueCapEutraNrOnlyIntraBcsAll() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapEutraNrOnlyIntraBcsAll.json",
)!!
.readBytes()
)
// MRDC
// ENDC combos
val expectedEndcCsv =
getResourceAsStream("/newEngine/oracle/ueCapEutraNrOnlyIntraBcsAll-EN-DC.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualEndcCsv =
Output.toCsv(capabilities.enDcCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedEndcCsv, actualEndcCsv)
}
@Test
fun ueCapNrDc() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapNrdc.json",
)!!
.readBytes()
)
// NR
val actualNrBands = capabilities.nrBands
val expectedNrBands =
listOf(
BandNrDetails(1).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(50, 40, 30, 25, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(2).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(3).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(50, 40, 30, 25, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(5).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(25, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(7).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(50, 40, 30, 25, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(8).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(12).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(13).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(14).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(18).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(20).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(25).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(40, 30, 25, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(26).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(28).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(30, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(29).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(15, intArrayOf(10, 5), intArrayOf()))
powerClass = PowerClass.NONE
},
BandNrDetails(30).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(38).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(30, intArrayOf(40, 30, 20, 15, 10)))
powerClass = 3.toPowerClass()
},
BandNrDetails(40).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(30, intArrayOf(80, 60, 50, 40, 30, 20, 15, 10)))
powerClass = 3.toPowerClass()
},
BandNrDetails(41).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths =
listOf(BwsNr(30, intArrayOf(100, 80, 70, 60, 50, 40, 30, 20, 15, 10)))
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
},
BandNrDetails(48).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths =
listOf(
BwsNr(
30,
intArrayOf(100, 80, 60, 50, 40, 30, 20, 10),
intArrayOf(100, 40, 30, 20, 10)
)
)
powerClass = 3.toPowerClass()
},
BandNrDetails(53).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(30, intArrayOf(10)))
powerClass = 3.toPowerClass()
},
BandNrDetails(66).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(40, 30, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(70).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths =
listOf(BwsNr(15, intArrayOf(25, 20, 15, 10, 5), intArrayOf(15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(71).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(75).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths =
listOf(BwsNr(15, intArrayOf(50, 40, 30, 25, 20, 15, 10, 5), intArrayOf()))
powerClass = PowerClass.NONE
},
BandNrDetails(76).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(15, intArrayOf(5), intArrayOf()))
powerClass = PowerClass.NONE
},
BandNrDetails(77).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths =
listOf(BwsNr(30, intArrayOf(100, 80, 70, 60, 50, 40, 30, 20, 15, 10)))
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
},
BandNrDetails(78).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths =
listOf(BwsNr(30, intArrayOf(100, 80, 70, 60, 50, 40, 30, 20, 15, 10)))
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
},
BandNrDetails(79).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(30, intArrayOf(100, 80, 60, 50, 40)))
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 50
},
BandNrDetails(91).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(92).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(93).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(94).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
rateMatchingLteCrs = true
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(257).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM64.toModulation()
bandwidths = listOf(BwsNr(120, intArrayOf(200, 100, 50)))
powerClass = 3.toPowerClass()
},
BandNrDetails(258).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM64.toModulation()
bandwidths = listOf(BwsNr(120, intArrayOf(200, 100, 50)))
powerClass = 3.toPowerClass()
},
BandNrDetails(260).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM64.toModulation()
bandwidths = listOf(BwsNr(120, intArrayOf(100, 50)))
powerClass = 3.toPowerClass()
},
BandNrDetails(261).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM64.toModulation()
bandwidths = listOf(BwsNr(120, intArrayOf(100, 50)))
powerClass = 3.toPowerClass()
mimoDL = 2.toMimo()
mimoUL = 2.toMimo()
},
)
assertArrayEquals(expectedNrBands.toTypedArray(), actualNrBands.toTypedArray())
// NR Combos
val expectedNrCsv =
getResourceAsStream("/newEngine/oracle/ueCapNrdc-NR.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualNrCsv = Output.toCsv(capabilities.nrCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedNrCsv, actualNrCsv)
// NR-DC Combos
val expectedNrDcCsv =
getResourceAsStream("/newEngine/oracle/ueCapNrdc-NR-DC.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualNrDcCsv =
Output.toCsv(capabilities.nrDcCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedNrDcCsv, actualNrDcCsv)
}
@Test
fun ueCapNrSUL() {
val capabilities =
ImportCapabilityInformation.parse(
getResourceAsStream(
"/newEngine/input/json/ueCapNrSUL.json",
)!!
.readBytes()
)
// NR
val actualNrBands = capabilities.nrBands
val expectedNrBands =
listOf(
BandNrDetails(1).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(15, intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(3).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(15, intArrayOf(30, 25, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(28).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(15, intArrayOf(30, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
},
BandNrDetails(38).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(30, intArrayOf(20)))
powerClass = 3.toPowerClass()
},
BandNrDetails(40).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(30, intArrayOf(80, 60, 50, 40, 30, 20)))
powerClass = 3.toPowerClass()
},
BandNrDetails(41).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 100
bandwidths = listOf(BwsNr(30, intArrayOf(100, 80, 60, 50, 40, 20, 15, 10)))
},
BandNrDetails(77).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 100
bandwidths = listOf(BwsNr(30, intArrayOf(100, 90, 80, 60, 50, 40, 20)))
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(78).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 100
bandwidths = listOf(BwsNr(30, intArrayOf(100, 90, 80, 60, 50, 40, 20, 10)))
mimoDL = 4.toMimo()
mimoUL = 1.toMimo()
},
BandNrDetails(79).apply {
modDL = ModulationOrder.QAM256.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
powerClass = 2.toPowerClass()
maxUplinkDutyCycle = 100
bandwidths = listOf(BwsNr(30, intArrayOf(100, 80, 60, 50, 40)))
},
BandNrDetails(80).apply {
modDL = ModulationOrder.NONE.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(15, intArrayOf(), intArrayOf(30, 25, 20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoUL = 1.toMimo()
},
BandNrDetails(84).apply {
modDL = ModulationOrder.NONE.toModulation()
modUL = ModulationOrder.QAM256.toModulation()
bandwidths = listOf(BwsNr(15, intArrayOf(), intArrayOf(20, 15, 10, 5)))
powerClass = 3.toPowerClass()
mimoUL = 1.toMimo()
}
)
assertArrayEquals(expectedNrBands.toTypedArray(), actualNrBands.toTypedArray())
// NR Combos
val expectedNrCsv =
getResourceAsStream("/newEngine/oracle/ueCapNrSUL-NR.csv")!!
.bufferedReader()
.readLines()
.dropLastWhile { it.isBlank() }
val actualNrCsv = Output.toCsv(capabilities.nrCombos).lines().dropLastWhile { it.isBlank() }
assertLinesMatch(expectedNrCsv, actualNrCsv)
}
}
| 2 | Kotlin | 7 | 9 | b5b94a2d0f0e31fcdc9dfacc507e920838d308d4 | 145,013 | uecapabilityparser | MIT License |
app/src/test/java/com/elifox/legocatalog/api/LegoServiceTest.kt | Eli-Fox | 198,384,890 | false | null | package com.example.kotlinwithjetpack.api
import androidx.arch.core.executor.testing.InstantTaskExecutorRule
import kotlinx.coroutines.runBlocking
import okhttp3.mockwebserver.MockResponse
import okhttp3.mockwebserver.MockWebServer
import okio.Okio
import org.hamcrest.CoreMatchers.`is`
import org.junit.After
import org.junit.Assert.*
import org.junit.Before
import org.junit.Rule
import org.junit.Test
import org.junit.runner.RunWith
import org.junit.runners.JUnit4
import retrofit2.Retrofit
import retrofit2.converter.gson.GsonConverterFactory
@RunWith(JUnit4::class)
class LegoServiceTest {
@Rule
@JvmField
val instantExecutorRule = InstantTaskExecutorRule()
private lateinit var service: LegoService
private lateinit var mockWebServer: MockWebServer
@Before
fun createService() {
mockWebServer = MockWebServer()
service = Retrofit.Builder()
.baseUrl(mockWebServer.url(""))
.addConverterFactory(GsonConverterFactory.create())
.build()
.create(LegoService::class.java)
}
@After
fun stopService() {
mockWebServer.shutdown()
}
@Test
fun requestLegoSets() {
runBlocking {
enqueueResponse("legosets.json")
val resultResponse = service.getSets().body()
val request = mockWebServer.takeRequest()
assertNotNull(resultResponse)
assertThat(request.path, `is`("/lego/sets/"))
}
}
@Test
fun getLegoSetsResponse() {
runBlocking {
enqueueResponse("legosets.json")
val resultResponse = service.getSets().body()
val legoSets = resultResponse!!.results
assertThat(resultResponse.count, `is`(9))
assertThat(legoSets.size, `is`(9))
}
}
@Test
fun getLegoSetsPagination() {
runBlocking {
enqueueResponse("legosets.json")
val resultResponse = service.getSets().body()
assertNull(resultResponse!!.next)
assertNull(resultResponse.previous)
}
}
@Test
fun getLegoSetItem() {
runBlocking {
enqueueResponse("legosets.json")
val resultResponse = service.getSets().body()
val legoSets = resultResponse!!.results
val legoSet = legoSets[0]
assertThat(legoSet.id, `is`("30212-1"))
assertThat(legoSet.name, `is`("Mirkwood Elf Guard"))
assertThat(legoSet.year, `is`(2012))
assertThat(legoSet.themeId, `is`(563))
assertThat(legoSet.numParts, `is`(27))
assertThat(legoSet.imageUrl, `is`("https://cdn.rebrickable.com/media/sets/30212-1.jpg"))
assertThat(legoSet.url, `is`("https://rebrickable.com/sets/30212-1/mirkwood-elf-guard/"))
assertThat(legoSet.lastModifiedDate, `is`("2016-04-23T12:25:04.325081Z"))
}
}
private fun enqueueResponse(fileName: String, headers: Map<String, String> = emptyMap()) {
val inputStream = javaClass.classLoader
.getResourceAsStream("api-response/$fileName")
val source = Okio.buffer(Okio.source(inputStream))
val mockResponse = MockResponse()
for ((key, value) in headers) {
mockResponse.addHeader(key, value)
}
mockWebServer.enqueue(mockResponse.setBody(
source.readString(Charsets.UTF_8))
)
}
}
| 8 | null | 191 | 770 | 65bb14ed9972cc21604b13b06209e3c22c1adc3a | 3,474 | LEGO-Catalog | Apache License 2.0 |
buildSrc/src/main/kotlin/Versions.kt | Dormitory-Management | 365,696,122 | false | null | object Versions {
object Apps {
const val compileSdk = 30
const val minSdk = 21
const val targetSdk = 30
const val buildToolVersion = "30.0.2"
const val versionCode = 1
const val versionName = "1.0.0"
const val commonVersionCode = 1
const val commonVersionName = "1.0.0"
const val networkVersionCode = 1
const val networkVersionName = "1.0.0"
}
object Plugins {
const val gradle = "4.2.1"
const val kotlin = "1.5.0"
const val appcompat = "1.2.0"
const val junit = "4.13.2"
const val junitExt = "1.1.2"
const val espressoCore = "3.3.0"
const val coreKtx = "1.3.2"
const val lifecycleVersion = "2.2.0"
const val viewModelVersion = "2.2.0"
const val fragmentVersion = "1.2.5"
const val navigationVersion = "2.3.2"
const val constraintLayout = "2.0.4"
const val swipeVersion = "1.1.0"
const val materialVersion = "1.3.0"
const val jsoupVersion = "1.12.1"
const val glideVersion = "4.9.0"
const val okhttpVersion = "3.14.9"
const val okhttpLoggingVersion = "3.12.0"
const val retrofitVersion = "2.9.0"
const val converterGsonVersion = "2.9.0"
const val adapterRxjavaVersion = "2.9.0"
const val tikxmlVersion = "0.8.13"
const val threetenbpVersion = "1.2.4"
const val rxjavaVersion = "3.0.9"
const val rxAndroidVersion = "3.0.0"
const val rxkotlinVersion = "3.0.1"
const val rxBindingVersion = "4.0.0"
const val easyPermissionVersion = "3.0.0"
const val gson = "2.8.6"
}
} | 0 | Kotlin | 0 | 0 | aab7530e8f57545bfabc918067c8eb446d5082a2 | 1,695 | Dormitory-Management-AOS | MIT License |
Code/app/src/main/java/com/istudio/solid_principles/utils/usecase_user_functions/UserAuthenticator.kt | devrath | 737,474,684 | false | {"Kotlin": 27173} | package com.istudio.solid_principles.utils.usecase_user_functions
class UserAuthenticator {
fun login(user: User) {
// Logic for user log-in
// ...
}
fun logOut(user: User) {
// Logic for user log-out
// ...
}
} | 0 | Kotlin | 0 | 1 | 113eb902edc14210ad22fd0520903eb287368858 | 263 | SOLID-Principles | Apache License 2.0 |
sdk/src/main/java/com/exponea/sdk/manager/AppInboxManagerImpl.kt | exponea | 134,699,893 | false | {"Kotlin": 1773395, "Java": 206} | package com.exponea.sdk.manager
import com.exponea.sdk.models.AppInboxMessateType.UNKNOWN
import com.exponea.sdk.models.CustomerIds
import com.exponea.sdk.models.Event
import com.exponea.sdk.models.EventType
import com.exponea.sdk.models.ExponeaProject
import com.exponea.sdk.models.MessageItem
import com.exponea.sdk.models.Result
import com.exponea.sdk.repository.AppInboxCache
import com.exponea.sdk.repository.CustomerIdsRepository
import com.exponea.sdk.repository.DrawableCache
import com.exponea.sdk.services.ExponeaProjectFactory
import com.exponea.sdk.util.Logger
import com.exponea.sdk.util.runOnBackgroundThread
import com.exponea.sdk.util.runOnMainThread
import java.util.concurrent.LinkedBlockingQueue
import java.util.concurrent.atomic.AtomicBoolean
internal class AppInboxManagerImpl(
private val fetchManager: FetchManager,
private val drawableCache: DrawableCache,
private val customerIdsRepository: CustomerIdsRepository,
private val appInboxCache: AppInboxCache,
private val projectFactory: ExponeaProjectFactory
) : AppInboxManager {
internal var lastCustomerIdsForFetch: CustomerIds? = null
internal val isFetching = AtomicBoolean(false)
internal val onFetchDoneCallbacks = LinkedBlockingQueue<(List<MessageItem>?) -> Unit>()
public override fun markMessageAsRead(message: MessageItem, callback: ((Boolean) -> Unit)?) {
if (message.syncToken == null || message.customerIds.isEmpty()) {
Logger.e(this, "Unable to mark message ${message.id} as read, try to fetch AppInbox")
runOnMainThread {
callback?.invoke(false)
}
return
}
message.read = true
// ensure to message change is stored
markCachedMessageAsRead(message.id)
requireMutualExponeaProject { expoProject ->
if (expoProject.authorization == null) {
Logger.e(this, "AppInbox loading failed. Authorization token is missing")
runOnMainThread {
callback?.invoke(false)
}
}
val customerIds = CustomerIds(HashMap(message.customerIds)).apply {
message.customerIds.get(CustomerIds.COOKIE)?.let {
cookie = it
}
}
fetchManager.markAppInboxAsRead(
exponeaProject = expoProject,
customerIds = customerIds,
syncToken = message.syncToken!!,
messageIds = listOf(message.id),
onSuccess = {
Logger.i(this, "AppInbox marked as read")
runOnMainThread {
callback?.invoke(true)
}
},
onFailure = {
Logger.e(this, "AppInbox marking as read failed. ${it.results.message}")
runOnMainThread {
callback?.invoke(false)
}
}
)
}
}
private fun markCachedMessageAsRead(messageId: String) {
val messages = appInboxCache.getMessages()
messages.forEach { cachedMessage ->
if (cachedMessage.id == messageId) {
cachedMessage.read = true
}
}
appInboxCache.setMessages(messages)
}
public override fun fetchAppInbox(callback: ((List<MessageItem>?) -> Unit)) {
val customerIds = customerIdsRepository.get()
onFetchDoneCallbacks.add(callback)
if (!isFetching.compareAndSet(false, true)) {
Logger.d(this, "AppInbox fetch already in progress, waiting for response")
lastCustomerIdsForFetch = customerIds
return
}
invokeFetchAppInbox(customerIds)
}
private fun invokeFetchAppInbox(customerIds: CustomerIds) {
requireMutualExponeaProject { expoProject ->
if (expoProject.authorization == null) {
Logger.e(this, "AppInbox loading failed. Authorization token is missing")
notifyFetchCallbacks(null)
isFetching.set(false)
return@requireMutualExponeaProject
}
fetchManager.fetchAppInbox(
exponeaProject = expoProject,
customerIds = customerIds,
syncToken = appInboxCache.getSyncToken(),
onSuccess = { result ->
Logger.d(this, "AppInbox fetch is done for customerIds ${customerIds.toHashMap()}")
handleDataFetchResult(result, customerIds)
},
onFailure = {
Logger.e(this, "AppInbox loading failed. ${it.results.message}")
handleDataFetchResult(null, customerIds)
}
)
}
}
private fun handleDataFetchResult(
result: Result<ArrayList<MessageItem>?>?,
processCustomerIds: CustomerIds
) {
val fetchProcessIsValid: Boolean
val lastCustomerIdsForFetchLocal = lastCustomerIdsForFetch
if (lastCustomerIdsForFetchLocal == null) {
fetchProcessIsValid = true
} else if (lastCustomerIdsForFetchLocal.toHashMap() == processCustomerIds.toHashMap()) {
fetchProcessIsValid = true
lastCustomerIdsForFetch = null
} else {
fetchProcessIsValid = false
Logger.w(
this,
"AppInbox fetch is outdated for last customer IDs ${lastCustomerIdsForFetchLocal.toHashMap()}"
)
}
if (fetchProcessIsValid) {
onAppInboxDataLoaded(result, processCustomerIds)
} else {
appInboxCache.clear()
val customerIdsToRepeat = lastCustomerIdsForFetchLocal ?: customerIdsRepository.get()
lastCustomerIdsForFetch = null
Logger.i(this, "AppInbox fetch is going to repeat for ${customerIdsToRepeat.toHashMap()}")
invokeFetchAppInbox(customerIdsToRepeat)
}
}
private fun notifyFetchCallbacks(data: List<MessageItem>?) {
val activeCallbacks = mutableListOf<(List<MessageItem>?) -> Unit>()
onFetchDoneCallbacks.drainTo(activeCallbacks)
activeCallbacks.forEach { activeCallback ->
runOnMainThread {
activeCallback.invoke(data)
}
}
}
private fun requireMutualExponeaProject(onTokenCallback: (ExponeaProject) -> Unit) {
runOnBackgroundThread {
onTokenCallback.invoke(projectFactory.mutualExponeaProject)
}
}
/**
* Adds customerIds and syncToken into every MessageItem in list.
* These values will be used for tracking and markAsRead future calls
*/
private fun enhanceMessages(messages: List<MessageItem>?, customerIds: CustomerIds, syncToken: String?) {
messages?.forEach { messageItem ->
messageItem.customerIds = customerIds.toHashMap()
messageItem.syncToken = syncToken
}
}
private fun onAppInboxDataLoaded(
result: Result<ArrayList<MessageItem>?>?,
customerIds: CustomerIds
) {
if (customerIds.toHashMap() != customerIdsRepository.get().toHashMap()) {
Logger.i(this, "AppInbox data for ${customerIds.toHashMap()} will replace old data")
appInboxCache.clear()
}
val dataFetchFinalization = { appInboxData: List<MessageItem>? ->
isFetching.set(false)
notifyFetchCallbacks(appInboxData)
}
if (result == null) {
// failure => no data
Logger.e(this, "AppInbox loading failed")
dataFetchFinalization(null)
} else {
// we have data => success
Logger.i(this, "AppInbox loaded successfully")
enhanceMessages(result.results, customerIds, result.syncToken)
result.syncToken?.let {
appInboxCache.setSyncToken(it)
}
val loadedMessages = result.results ?: arrayListOf()
val supportedMessages = loadedMessages.filter { it.type != UNKNOWN }
appInboxCache.addMessages(supportedMessages)
val allMessages = appInboxCache.getMessages()
val imageUrls = supportedMessages
.mapNotNull { messageItem -> messageItem.content?.imageUrl }
.filter { imageUrl -> imageUrl.isNotBlank() }
drawableCache.preload(imageUrls) {
dataFetchFinalization(allMessages)
}
}
}
override fun fetchAppInboxItem(messageId: String, callback: (MessageItem?) -> Unit) {
fetchAppInbox { messages ->
val foundMessage = messages?.find { messageItem -> messageItem.id == messageId }
callback.invoke(foundMessage)
}
}
override fun reload() {
appInboxCache.clear()
fetchAppInbox { Logger.d(this, "AppInbox loaded") }
}
override fun onEventCreated(event: Event, type: EventType) {
if (EventType.TRACK_CUSTOMER == type) {
Logger.i(this, "CustomerIDs are updated, clearing AppInbox messages")
fetchAppInbox { Logger.d(this, "AppInbox loaded") }
}
}
}
| 0 | Kotlin | 16 | 17 | 150999cffec54fa2266e0d9db07c16143dc17a26 | 9,273 | exponea-android-sdk | MIT License |
app/src/main/java/soko/ekibun/bangumi/model/history/HistoryDatabase.kt | ekibun | 136,573,582 | false | null | package soko.ekibun.bangumi.model.history
import androidx.room.Database
import androidx.room.RoomDatabase
@Database(entities = [History::class], version = 1)
abstract class HistoryDatabase : RoomDatabase() {
abstract fun historyDao(): HistoryDao
} | 9 | null | 13 | 408 | 81099b44d5f351868f8ff2beb0cc19704d44e030 | 253 | Bangumi | Apache License 2.0 |
app/src/main/java/com/gatheringhallstudios/mhworlddatabase/data/entities/locations.kt | gatheringhallstudios | 109,581,966 | false | {"Kotlin": 840815, "Java": 83759, "Ruby": 1279} | package com.gatheringhallstudios.mhworlddatabase.data.entities
import androidx.room.Entity
import androidx.room.PrimaryKey
import com.gatheringhallstudios.mhworlddatabase.data.types.Rank
@Entity(tableName = "location_text", primaryKeys = ["id", "lang_id"])
data class LocationText(
val id: Int,
val order_id: Int,
val lang_id: String,
val name: String?
)
@Entity(tableName = "location_item")
data class LocationItemEntity(
@PrimaryKey val id: Int,
val location_id: Int,
val rank: Rank?,
val area: Int,
val item_id: Int,
val stack: Int,
val percentage: Int,
val nodes: Int
)
@Entity(tableName = "location_camp_text")
data class LocationCampText(
@PrimaryKey val id: Int,
val location_id: Int,
val lang_id: String,
val name: String?,
val area: Int
) | 5 | Kotlin | 22 | 54 | 7a81b4ccd9e5f898bf9373d7c60f85c6c8f85781 | 888 | MHWorldDatabase | MIT License |
library/src/main/java/com/aaron/rollpicker/RollPicker.kt | aaronzzx | 655,271,516 | false | null | package com.aaron.rollpicker
import androidx.compose.animation.core.AnimationSpec
import androidx.compose.animation.core.AnimationState
import androidx.compose.animation.core.Spring
import androidx.compose.animation.core.animateDecay
import androidx.compose.animation.core.snap
import androidx.compose.animation.core.spring
import androidx.compose.animation.rememberSplineBasedDecay
import androidx.compose.foundation.clickable
import androidx.compose.foundation.gestures.Orientation
import androidx.compose.foundation.gestures.animateScrollBy
import androidx.compose.foundation.gestures.scrollBy
import androidx.compose.foundation.interaction.MutableInteractionSource
import androidx.compose.foundation.layout.Box
import androidx.compose.foundation.layout.BoxWithConstraints
import androidx.compose.foundation.layout.PaddingValues
import androidx.compose.foundation.layout.fillMaxHeight
import androidx.compose.foundation.layout.fillMaxSize
import androidx.compose.foundation.layout.fillMaxWidth
import androidx.compose.foundation.layout.height
import androidx.compose.foundation.layout.requiredHeight
import androidx.compose.foundation.layout.requiredWidth
import androidx.compose.foundation.layout.size
import androidx.compose.foundation.layout.width
import androidx.compose.foundation.layout.wrapContentSize
import androidx.compose.foundation.lazy.LazyColumn
import androidx.compose.foundation.lazy.LazyListState
import androidx.compose.foundation.lazy.LazyRow
import androidx.compose.foundation.lazy.rememberLazyListState
import androidx.compose.material3.LocalTextStyle
import androidx.compose.material3.MaterialTheme
import androidx.compose.runtime.Composable
import androidx.compose.runtime.LaunchedEffect
import androidx.compose.runtime.Stable
import androidx.compose.runtime.derivedStateOf
import androidx.compose.runtime.getValue
import androidx.compose.runtime.mutableStateOf
import androidx.compose.runtime.remember
import androidx.compose.runtime.rememberCoroutineScope
import androidx.compose.runtime.rememberUpdatedState
import androidx.compose.runtime.setValue
import androidx.compose.runtime.snapshotFlow
import androidx.compose.ui.Alignment
import androidx.compose.ui.Modifier
import androidx.compose.ui.draw.CacheDrawScope
import androidx.compose.ui.draw.DrawResult
import androidx.compose.ui.draw.drawWithCache
import androidx.compose.ui.geometry.Rect
import androidx.compose.ui.geometry.Size
import androidx.compose.ui.graphics.BlendMode
import androidx.compose.ui.graphics.ClipOp
import androidx.compose.ui.graphics.Color
import androidx.compose.ui.graphics.CompositingStrategy
import androidx.compose.ui.graphics.Path
import androidx.compose.ui.graphics.drawscope.ContentDrawScope
import androidx.compose.ui.graphics.drawscope.DrawScope
import androidx.compose.ui.graphics.drawscope.clipPath
import androidx.compose.ui.graphics.drawscope.scale
import androidx.compose.ui.graphics.graphicsLayer
import androidx.compose.ui.graphics.isSpecified
import androidx.compose.ui.input.nestedscroll.NestedScrollConnection
import androidx.compose.ui.input.nestedscroll.nestedScroll
import androidx.compose.ui.platform.LocalDensity
import androidx.compose.ui.text.TextStyle
import androidx.compose.ui.text.font.FontFamily
import androidx.compose.ui.text.style.TextOverflow
import androidx.compose.ui.unit.Density
import androidx.compose.ui.unit.Dp
import androidx.compose.ui.unit.LayoutDirection
import androidx.compose.ui.unit.TextUnit
import androidx.compose.ui.unit.Velocity
import androidx.compose.ui.unit.dp
import androidx.compose.ui.unit.sp
import androidx.compose.ui.util.fastFirstOrNull
import androidx.compose.ui.util.packInts
import androidx.compose.ui.util.unpackInt1
import androidx.compose.ui.util.unpackInt2
import com.aaron.rollpicker.RollPickerDefaults.LineSpacingMultiplier
import com.aaron.rollpicker.RollPickerDefaults.Loop
import com.aaron.rollpicker.RollPickerDefaults.MaxFlingVelocity
import com.aaron.rollpicker.RollPickerDefaults.Style
import com.aaron.rollpicker.RollPickerDefaults.VisibleCount
import com.aaron.rollpicker.RollPickerDefaults.getDefaultSize
import com.aaron.rollpicker.RollPickerDefaults.paintOnPick
import com.aaron.rollpicker.RollPickerStyle.Flat
import com.aaron.rollpicker.RollPickerStyle.Wheel
import kotlinx.coroutines.flow.distinctUntilChanged
import kotlinx.coroutines.flow.drop
import kotlinx.coroutines.flow.filter
import kotlinx.coroutines.flow.map
import kotlinx.coroutines.launch
import kotlin.math.abs
import kotlin.math.absoluteValue
import kotlin.math.sin
/**
* 垂直滚动的选择器
*
* @param count 个数
* @param onPick 选中回调
* @param state 选择器状态
* @param style 选择器风格
* @param visibleCount 可见数量
* @param lineSpacingMultiplier 行间距
* @param absMaxVelocity 最大加速度
* @param loop 循环滚动
* @param onItemClick 点击 item 回调
* @param onDrawWithCache Modifier.drawWithCache 回调，提供 [RollPickerDrawScope]
* @param onFling 惯性滑动回调
* @param itemContent item 内容回调
*/
@Composable
fun VerticalRollPicker(
count: Int,
onPick: (index: RollPickerIndex) -> Unit,
modifier: Modifier = Modifier,
state: RollPickerState = rememberRollPickerState(),
style: RollPickerStyle = Style,
visibleCount: Int = VisibleCount,
lineSpacingMultiplier: Float = LineSpacingMultiplier,
absMaxVelocity: Float = MaxFlingVelocity,
loop: Boolean = Loop,
onItemClick: ((index: RollPickerIndex) -> Unit)? = null,
onDrawWithCache: (RollPickerDrawScope.() -> DrawResult)? = paintOnPick(),
onFling: (suspend RollPickerScope.(available: Velocity) -> Velocity)? = null,
itemContent: @Composable RollPickerScope.(index: RollPickerIndex) -> Unit
) {
BoxWithConstraints(modifier = modifier.size(getDefaultSize(style, visibleCount))) {
if (maxWidth <= 0.dp || maxHeight <= 0.dp) return@BoxWithConstraints
RollPicker(
count = count,
onPick = onPick,
orientation = Orientation.Vertical,
diameter = maxHeight,
state = state,
style = style,
visibleCount = visibleCount,
lineSpacingMultiplier = lineSpacingMultiplier,
absMaxVelocity = absMaxVelocity,
loop = loop,
onItemClick = onItemClick,
onDrawWithCache = onDrawWithCache,
onFling = onFling,
itemContent = itemContent
)
}
}
/**
* 水平滚动的选择器
*
* @param count 个数
* @param onPick 选中回调
* @param state 选择器状态
* @param style 选择器风格
* @param visibleCount 可见数量
* @param lineSpacingMultiplier 行间距
* @param absMaxVelocity 最大加速度
* @param loop 循环滚动
* @param onItemClick 点击 item 回调
* @param onDrawWithCache Modifier.drawWithCache 回调，提供 [RollPickerDrawScope]
* @param onFling 惯性滑动回调
* @param itemContent item 内容回调
*/
@Composable
fun HorizontalRollPicker(
count: Int,
onPick: (index: RollPickerIndex) -> Unit,
modifier: Modifier = Modifier,
state: RollPickerState = rememberRollPickerState(),
style: RollPickerStyle = Style,
visibleCount: Int = VisibleCount,
lineSpacingMultiplier: Float = LineSpacingMultiplier,
absMaxVelocity: Float = MaxFlingVelocity,
loop: Boolean = Loop,
onItemClick: ((index: RollPickerIndex) -> Unit)? = null,
onDrawWithCache: (RollPickerDrawScope.() -> DrawResult)? = paintOnPick(),
onFling: (suspend RollPickerScope.(available: Velocity) -> Velocity)? = null,
itemContent: @Composable RollPickerScope.(index: RollPickerIndex) -> Unit
) {
BoxWithConstraints(modifier = modifier.size(getDefaultSize(style, visibleCount))) {
if (maxWidth <= 0.dp || maxHeight <= 0.dp) return@BoxWithConstraints
RollPicker(
count = count,
onPick = onPick,
orientation = Orientation.Horizontal,
diameter = maxWidth,
state = state,
style = style,
visibleCount = visibleCount,
lineSpacingMultiplier = lineSpacingMultiplier,
absMaxVelocity = absMaxVelocity,
loop = loop,
onItemClick = onItemClick,
onDrawWithCache = onDrawWithCache,
onFling = onFling,
itemContent = itemContent
)
}
}
@Composable
private fun RollPicker(
count: Int,
onPick: (index: RollPickerIndex) -> Unit,
orientation: Orientation,
diameter: Dp,
state: RollPickerState,
style: RollPickerStyle,
visibleCount: Int,
lineSpacingMultiplier: Float,
absMaxVelocity: Float,
loop: Boolean,
onItemClick: ((index: RollPickerIndex) -> Unit)?,
onDrawWithCache: (RollPickerDrawScope.() -> DrawResult)?,
onFling: (suspend RollPickerScope.(available: Velocity) -> Velocity)?,
itemContent: @Composable RollPickerScope.(index: RollPickerIndex) -> Unit
) {
if (count <= 0) return
check(visibleCount > 0 && visibleCount and 1 != 0) {
"visibleCount must be greater than 0 and must be odd number"
}
val actualVisibleCount = when (style) {
is Wheel -> visibleCount + 2
is Flat -> if (style.halfExposed) visibleCount + 1 else visibleCount
}
val itemSizeAnchor = when (style) {
is Wheel -> diameter / (actualVisibleCount - 1)
is Flat -> diameter / actualVisibleCount
}
val itemSize = when (style) {
is Wheel -> itemSizeAnchor * 1.5f / lineSpacingMultiplier
is Flat -> itemSizeAnchor / lineSpacingMultiplier
}
val padding = (diameter - itemSizeAnchor) / 2
val density = LocalDensity.current
val rollPickerScope = rememberUpdatedRollPickerScope(
state = state,
orientation = orientation,
count = count,
visibleCount = visibleCount,
diameter = diameter,
itemSizeAnchor = itemSizeAnchor,
itemSize = itemSize,
itemFontSize = density.run { itemSize.toSp() * 0.73f }
)
val virtualCount = if (loop) Int.MAX_VALUE else count
val startIndexOffset = if (loop) virtualCount / 2 else 0
val listState = rememberLazyListState(
initialFirstVisibleItemIndex = startIndexOffset + state.initialIndex
)
state.also {
it.listState = listState
it.loop = loop
it.startIndexOffset = startIndexOffset
it.actualCount = count
}
val curOnPick by rememberUpdatedState(newValue = onPick)
LaunchedEffect(key1 = state) {
snapshotFlow { state.isScrollInProgress }
.drop(1)
.filter { !it && state.currentIndexOffsetFraction == 0f }
.map { state.currentIndex }
.distinctUntilChanged()
.collect { index ->
curOnPick(index)
}
}
val coroutineScope = rememberCoroutineScope()
val internalOnItemClick: (Int) -> Unit = { index ->
val rollPickerIndex = RollPickerIndex(state.mapIndex(index), index)
onItemClick?.invoke(rollPickerIndex)
?: coroutineScope.launch {
state.animateScrollToIndex(rollPickerIndex)
}
}
val curOnFling by rememberUpdatedState(newValue = onFling)
val curOrientation by rememberUpdatedState(newValue = orientation)
val decayAnimationSpec = rememberSplineBasedDecay<Float>()
val nestedScrollConnection = remember(rollPickerScope, state, coroutineScope) {
val velocityRange = -absMaxVelocity..absMaxVelocity
object : NestedScrollConnection {
override suspend fun onPreFling(available: Velocity): Velocity {
val internalOnFling = curOnFling
if (internalOnFling != null) {
return rollPickerScope.internalOnFling(available)
}
var lastValue = 0f
AnimationState(
initialValue = 0f,
initialVelocity = when (curOrientation) {
Orientation.Vertical -> available.y.coerceIn(velocityRange)
else -> available.x.coerceIn(velocityRange)
}
).animateDecay(animationSpec = decayAnimationSpec) {
coroutineScope.launch {
val delta = value - lastValue
state.scrollBy(-delta)
lastValue = value
}
}
// snap
state.animateScrollToIndex(index = state.currentIndex)
return available
}
}
}
val pickerBox: @Composable (index: Int) -> Unit = { index ->
val rollPickerIndex = RollPickerIndex(state.mapIndex(index), index)
// 第一个 Box 固定位置，确保 snap 正常
Box(
modifier = Modifier
.run {
if (orientation == Orientation.Vertical) {
this
.fillMaxWidth()
.height(itemSizeAnchor)
} else {
this
.fillMaxHeight()
.width(itemSizeAnchor)
}
}
.run {
if (style !is Wheel) this else {
wheelTransformation(
state = state,
index = rollPickerIndex,
orientation = orientation,
diameter = diameter,
visibleCount = visibleCount,
itemSizeAnchor = itemSizeAnchor
)
}
}
.clickable(
interactionSource = remember { MutableInteractionSource() },
indication = null
) {
internalOnItemClick(index)
},
contentAlignment = Alignment.Center
) {
// 第二个 Box 实现 lineSpacingMultiplier 效果
Box(
modifier = Modifier
.run {
if (orientation == Orientation.Vertical) {
this
.fillMaxWidth()
.requiredHeight(itemSize)
} else {
this
.fillMaxHeight()
.requiredWidth(itemSize)
}
},
contentAlignment = Alignment.Center
) {
rollPickerScope.itemContent(rollPickerIndex)
}
}
}
val rollPickerDrawScope = rollPickerScope.rememberRollPickerDrawScope()
val drawWithCacheModifier = if (onDrawWithCache == null) Modifier else {
Modifier
.graphicsLayer(compositingStrategy = CompositingStrategy.Offscreen)
.drawWithCache {
rollPickerDrawScope.cacheDrawScope = this
rollPickerDrawScope.onDrawWithCache()
}
}
if (orientation == Orientation.Vertical) {
LazyColumn(
modifier = Modifier
.then(drawWithCacheModifier)
.fillMaxSize()
.nestedScroll(nestedScrollConnection),
state = listState,
contentPadding = PaddingValues(vertical = padding)
) {
items(virtualCount) { index ->
pickerBox(index)
}
}
} else {
LazyRow(
modifier = Modifier
.then(drawWithCacheModifier)
.fillMaxSize()
.nestedScroll(nestedScrollConnection),
state = listState,
contentPadding = PaddingValues(horizontal = padding)
) {
items(virtualCount) { index ->
pickerBox(index)
}
}
}
}
private fun Modifier.wheelTransformation(
state: RollPickerState,
index: RollPickerIndex,
orientation: Orientation,
diameter: Dp,
visibleCount: Int,
itemSizeAnchor: Dp
) = graphicsLayer {
val offsetFraction = state.calculateOffsetFraction(index)
val actualVisibleCount = visibleCount + 2
val actualSideVisibleCount = (actualVisibleCount - 1) / 2
val degree = offsetFraction * 90f / actualSideVisibleCount
val safeDegree = degree.coerceIn(-90f, 90f)
val scaleFactor = 1f - (safeDegree.absoluteValue / 90f)
val radius = diameter.toPx() / 2f
val radian = Math
.toRadians(degree.toDouble())
.toFloat()
val arcLength = sin(radian) * radius
// 所有子项偏移到原点（选中区域）
val initialTrans = itemSizeAnchor.toPx() * offsetFraction
val transOffset = initialTrans - arcLength
if (orientation == Orientation.Vertical) {
scaleY = scaleFactor
translationY = transOffset
} else {
scaleX = scaleFactor
translationX = transOffset
}
}
/**
* 自适应子项空间，自动缩放字体大小
*
* @param fontSizeRange 字体大小范围
* @param fitCenter 是否忽略基线位置偏移到中间
*/
@Composable
fun RollPickerScope.RollPickerText(
text: String,
modifier: Modifier = Modifier,
fontSizeRange: FontSizeRange = FontSizeRange(
min = 8.sp,
max = run {
val itemFontSize = itemFontSize
if (itemFontSize < 8.sp) 8.sp else itemFontSize
}
),
maxLines: Int = 1,
overflow: TextOverflow = TextOverflow.Clip,
softWrap: Boolean = true,
fitCenter: Boolean = true,
style: TextStyle = LocalTextStyle.current.copy(fontFamily = FontFamily.Monospace)
) {
AutoResizeText(
text = text,
modifier = modifier
.fillMaxSize()
.wrapContentSize(),
fontSizeRange = fontSizeRange,
maxLines = maxLines,
overflow = overflow,
softWrap = softWrap,
fitCenter = fitCenter,
style = style
)
}
/**
* 选择器作用域，提供参数
*/
@Stable
interface RollPickerScope {
/**
* 滚轮方向
*/
val orientation: Orientation
/**
* 数据容量
*/
val count: Int
/**
* 当前真实索引
*/
val currentIndex: RollPickerIndex
/**
* 当前索引偏移值
*/
val currentIndexOffsetFraction: Float
/**
* 可见子项数量
*/
val visibleCount: Int
/**
* 直径，[VerticalRollPicker] 为高度，[HorizontalRollPicker] 为宽度
*/
val diameter: Dp
/**
* 锚点子项大小，用来固定子项位置，例如滚轮的形变基于这个大小
*/
val itemSizeAnchor: Dp
/**
* 子项大小
*/
val itemSize: Dp
/**
* 子项字体大小
*/
val itemFontSize: TextUnit
/**
* 计算给定索引偏移值
*/
fun calculateOffsetFraction(index: RollPickerIndex): Float
}
private class RollPickerScopeImpl(
state: RollPickerState
) : RollPickerScope {
var state: RollPickerState by mutableStateOf(state)
override var orientation: Orientation by mutableStateOf(Orientation.Vertical)
override var count: Int by mutableStateOf(0)
override val currentIndex: RollPickerIndex
get() = state.currentIndex
override val currentIndexOffsetFraction: Float
get() = state.currentIndexOffsetFraction
override var visibleCount: Int by mutableStateOf(0)
override var diameter: Dp by mutableStateOf(0.dp)
override var itemSizeAnchor: Dp by mutableStateOf(0.dp)
override var itemSize: Dp by mutableStateOf(0.dp)
override var itemFontSize: TextUnit by mutableStateOf(0.sp)
override fun calculateOffsetFraction(index: RollPickerIndex): Float {
return state.calculateOffsetFraction(index)
}
}
@Composable
private fun rememberUpdatedRollPickerScope(
state: RollPickerState,
orientation: Orientation,
count: Int,
visibleCount: Int,
diameter: Dp,
itemSizeAnchor: Dp,
itemSize: Dp,
itemFontSize: TextUnit
): RollPickerScope = remember {
RollPickerScopeImpl(state)
}.also {
it.state = state
it.orientation = orientation
it.count = count
it.visibleCount = visibleCount
it.diameter = diameter
it.itemSizeAnchor = itemSizeAnchor
it.itemSize = itemSize
it.itemFontSize = itemFontSize
}
/**
* 绘制作用域，提供参数
*/
@Stable
interface RollPickerDrawScope : RollPickerScope, Density {
val size: Size
val layoutDirection: LayoutDirection
fun onDrawBehind(block: DrawScope.() -> Unit): DrawResult
fun onDrawWithContent(block: ContentDrawScope.() -> Unit): DrawResult
override val density: Float
override val fontScale: Float
}
private class RollPickerDrawScopeImpl(
rollPickerScope: RollPickerScope,
density: Density
) : RollPickerDrawScope,
RollPickerScope by rollPickerScope,
Density by density {
var cacheDrawScope: CacheDrawScope? by mutableStateOf(null)
override val size: Size
get() = safeCall { size }
override val layoutDirection: LayoutDirection
get() = safeCall { layoutDirection }
override val density: Float
get() = safeCall { density }
override val fontScale: Float
get() = safeCall { fontScale }
override fun onDrawBehind(block: DrawScope.() -> Unit): DrawResult {
return safeCall { onDrawBehind(block) }
}
override fun onDrawWithContent(block: ContentDrawScope.() -> Unit): DrawResult {
return safeCall { onDrawWithContent(block) }
}
private inline fun <T> safeCall(block: CacheDrawScope.() -> T): T {
val cacheDrawScope = cacheDrawScope ?: error("RollPickerDrawScope is missing CacheDrawScope")
return cacheDrawScope.block()
}
}
@Composable
private fun RollPickerScope.rememberRollPickerDrawScope(): RollPickerDrawScopeImpl {
val density = LocalDensity.current
return remember(this, density) {
RollPickerDrawScopeImpl(this, density)
}
}
/**
* 选择器状态容器
*/
@Composable
fun rememberRollPickerState(initialIndex: Int = 0): RollPickerState {
return remember {
RollPickerState(initialIndex)
}
}
@Stable
class RollPickerState(val initialIndex: Int = 0) {
internal var listState: LazyListState? by mutableStateOf(null)
internal var loop: Boolean by mutableStateOf(false)
internal var actualCount: Int by mutableStateOf(0)
internal var startIndexOffset: Int by mutableStateOf(0)
/**
* 当前索引
*/
val currentIndex: RollPickerIndex by derivedStateOf {
val foundIndex = listState
?.layoutInfo
?.visibleItemsInfo
?.fastFirstOrNull {
it.offset.absoluteValue <= it.size / 2f
}
?.index
?: -1
RollPickerIndex(mapIndex(foundIndex), foundIndex)
}
/**
* 当前索引偏移值
*/
val currentIndexOffsetFraction: Float by derivedStateOf {
val curItem = listState
?.layoutInfo
?.visibleItemsInfo
?.fastFirstOrNull {
it.index == currentIndex.actualValue
}
?: return@derivedStateOf 0f
-curItem.offset / curItem.size.toFloat()
}
/**
* 是否在滚动中
*/
val isScrollInProgress: Boolean by derivedStateOf {
listState?.isScrollInProgress ?: false
}
/**
* 能否向前滚动，结束方向
*/
val canScrollForward: Boolean
get() = listState?.canScrollForward ?: false
/**
* 能否向后滚动，开始方向
*/
val canScrollBackward: Boolean
get() = listState?.canScrollBackward ?: false
/**
* 计算给定索引偏移值
*/
fun calculateOffsetFraction(index: RollPickerIndex): Float {
return (currentIndex.actualValue - index.actualValue) + currentIndexOffsetFraction
}
/**
* 按像素滚动
*/
suspend fun scrollBy(value: Float) {
listState?.scrollBy(value)
}
/**
* 立即滚动到给定索引
*/
suspend fun scrollToIndex(index: RollPickerIndex) {
animateScrollToIndex(
index = index,
animationSpec = snap()
)
}
/**
* 动画形式滚动到给定索引
*/
suspend fun animateScrollToIndex(
index: RollPickerIndex,
animationSpec: AnimationSpec<Float> = spring(
stiffness = Spring.StiffnessMediumLow
)
) {
val listState = listState ?: return
val size = listState.layoutInfo.visibleItemsInfo.firstOrNull()?.size ?: return
val fraction = calculateOffsetFraction(index)
val scrollOffset = size * fraction
listState.animateScrollBy(
value = -scrollOffset,
animationSpec = animationSpec
)
}
/**
* 转换索引，在开启循环时真实索引过大，需要进行转换才能对应数据
*/
internal fun mapIndex(index: Int): Int {
if (!loop) return index
return floorMod(index - startIndexOffset, actualCount)
}
private fun floorMod(value: Int, other: Int): Int = when (other) {
0 -> value
else -> value - value.floorDiv(other) * other
}
}
/**
* 选择器风格
*/
@Stable
sealed class RollPickerStyle {
/**
* 滚轮
*/
class Wheel : RollPickerStyle() {
override fun equals(other: Any?): Boolean {
if (this === other) return true
if (javaClass != other?.javaClass) return false
return true
}
override fun hashCode(): Int {
return javaClass.hashCode()
}
}
/**
* 扁平
*
* @param halfExposed 是否露出一半消失的 item
*/
data class Flat(val halfExposed: Boolean = false) : RollPickerStyle()
}
fun RollPickerIndex(value: Int) = RollPickerIndex(value, -1)
private fun RollPickerIndex(index: Int, actualIndex: Int) = RollPickerIndex(packInts(index, actualIndex))
@JvmInline
value class RollPickerIndex internal constructor(private val packedValue: Long) {
val value: Int get() = unpackInt1(packedValue)
/**
* 如果有真实索引存在则用真实索引，否则用 [value]
*/
internal val actualValue: Int
get() {
val index = unpackInt2(packedValue)
return if (index == -1) value else index
}
operator fun plus(other: RollPickerIndex): RollPickerIndex {
val offset = abs(value - other.value)
return this + offset
}
operator fun plus(offset: Int): RollPickerIndex {
return RollPickerIndex(
index = value + offset,
actualIndex = actualValue + offset
)
}
operator fun minus(other: RollPickerIndex): RollPickerIndex {
val offset = abs(value - other.value)
return this - offset
}
operator fun minus(offset: Int): RollPickerIndex {
return RollPickerIndex(
index = value - offset,
actualIndex = actualValue - offset
)
}
}
object RollPickerDefaults {
const val VisibleCount = 5
const val LineSpacingMultiplier = 1f
const val Loop = false
const val MaxFlingVelocity = 3000f
val Style = Wheel()
private val ItemSize = 25.dp
/**
* 选中区域着色、形变
*/
@Composable
fun paintOnPick(
color: Color = MaterialTheme.colorScheme.primary,
scaleX: Float = 1.0f,
scaleY: Float = 1.0f
): RollPickerDrawScope.() -> DrawResult {
val block: RollPickerDrawScope.() -> DrawResult = {
paintOnPick(color, scaleX, scaleY)
}
return block
}
private fun RollPickerDrawScope.paintOnPick(
color: Color,
scaleX: Float,
scaleY: Float
): DrawResult {
val path = Path().apply {
val itemSizePx = itemSize.toPx()
if (orientation == Orientation.Vertical) {
val top = (size.height - itemSizePx) / 2f
addRect(
Rect(
left = 0f,
top = top,
right = size.width,
bottom = top + itemSizePx
)
)
} else {
val left = (size.width - itemSizePx) / 2f
addRect(
Rect(
left = left,
top = 0f,
right = left + itemSizePx,
bottom = size.height
)
)
}
}
return onDrawWithContent {
clipPath(path, clipOp = ClipOp.Difference) {
[email protected]()
}
clipPath(path) {
scale(scaleX = scaleX, scaleY = scaleY) {
[email protected]()
if (color.isSpecified) {
drawRect(
color = color,
blendMode = BlendMode.SrcIn
)
}
}
}
}
}
internal fun getDefaultSize(style: RollPickerStyle, visibleCount: Int): Dp {
val defaultItemSize = ItemSize
if (style is Wheel) {
return defaultItemSize * (visibleCount + 1)
} else if (style is Flat && style.halfExposed) {
return defaultItemSize * (visibleCount + 1)
}
return defaultItemSize * visibleCount
}
} | 0 | Kotlin | 0 | 0 | ff6dbddf9e11d43c6354626df6938fa21267d258 | 28,947 | RollPicker | Apache License 2.0 |
app/src/main/java/org/kl/smartbuy/ui/purchase/PurchaseListScreen.kt | klappdev | 274,739,460 | false | null | /*
* Licensed under the MIT License <http://opensource.org/licenses/MIT>.
* SPDX-License-Identifier: MIT
* Copyright (c) 2020 - 2022 https://github.com/klappdev
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all
* copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
*/
package org.kl.smartbuy.ui.purchase
import androidx.compose.foundation.Image
import androidx.compose.foundation.background
import androidx.compose.foundation.layout.*
import androidx.compose.foundation.lazy.LazyColumn
import androidx.compose.material.Text
import androidx.compose.runtime.Composable
import androidx.compose.ui.Alignment
import androidx.compose.ui.Modifier
import androidx.compose.ui.graphics.Color
import androidx.compose.ui.res.painterResource
import androidx.compose.ui.res.stringResource
import androidx.compose.ui.text.font.FontFamily
import androidx.compose.ui.text.style.TextAlign
import androidx.compose.ui.unit.dp
import androidx.compose.ui.unit.sp
import androidx.navigation.NavHostController
import androidx.paging.compose.LazyPagingItems
import androidx.paging.compose.collectAsLazyPagingItems
import androidx.paging.compose.items
import org.kl.smartbuy.R
import org.kl.smartbuy.db.entity.Purchase
import org.kl.smartbuy.ui.common.CenterScreenText
import org.kl.smartbuy.viewmodel.PurchaseListViewModel
@Composable
fun PurchaseListScreen(
navigationController: NavHostController,
viewModel: PurchaseListViewModel,
) {
val purchases: LazyPagingItems<Purchase> = viewModel.purchases.collectAsLazyPagingItems()
if (purchases.itemCount != 0) {
LazyColumn(
verticalArrangement = Arrangement.spacedBy(4.dp),
modifier = Modifier.padding(top = 4.dp)
) {
items(purchases) { purchase ->
if (purchase != null) {
PurchaseItem(purchase)
} else {
PurchaseItemPlaceholder()
}
}
}
} else {
CenterScreenText(stringResource(R.string.empty_purchases))
}
}
@Composable
private fun PurchaseItem(purchase: Purchase) {
Row(
verticalAlignment = Alignment.Top,
horizontalArrangement = Arrangement.Center,
modifier = Modifier.background(Color.White)
) {
ImagePurchaseView()
Column(
horizontalAlignment = Alignment.CenterHorizontally,
verticalArrangement = Arrangement.Center,
) {
NamePurchaseView(purchase)
DatePurchaseView(purchase)
}
}
}
@Composable
private fun PurchaseItemPlaceholder() {
PurchaseItem(Purchase(-1, "<no name>", "<no date>"))
}
@Composable
private fun ImagePurchaseView() {
Image(
painter = painterResource(R.drawable.purchase_icon),
contentDescription = stringResource(R.string.purchase_name),
modifier = Modifier
.width(64.dp)
.height(64.dp)
.padding(10.dp)
)
}
@Composable
private fun NamePurchaseView(purchase: Purchase) {
Text(
text = purchase.name,
textAlign = TextAlign.Center,
fontFamily = FontFamily.Serif,
fontSize = 16.sp,
color = Color.Gray,
modifier = Modifier
.fillMaxWidth()
.padding(start = 36.dp, top = 8.dp, end = 4.dp, bottom = 4.dp)
.wrapContentWidth(Alignment.Start)
)
}
@Composable
private fun DatePurchaseView(purchase: Purchase) {
Text(
text = purchase.date,
textAlign = TextAlign.Center,
fontFamily = FontFamily.Serif,
fontSize = 14.sp,
color = Color.Gray,
modifier = Modifier
.fillMaxWidth()
.padding(start = 36.dp, top = 8.dp, end = 4.dp, bottom = 4.dp)
.wrapContentWidth(Alignment.Start)
)
} | 0 | Kotlin | 0 | 0 | e008c690bb0b8e07879945be0557f54950c1325c | 4,797 | smartbuy | MIT License |
BineClient/Sdk/bine-sdk/src/main/java/com/msr/bine_sdk/eventbus/events/AnalyticsEvent.kt | microsoft | 563,698,948 | false | {"Kotlin": 1296950, "Java": 406327, "Gherkin": 3712, "Shell": 1179} | // Copyright (c) Microsoft Corporation.
// Licensed under the MIT license.
package com.msr.bine_sdk.eventbus.events
data class AnalyticsEvent (var key: String, var params: HashMap<String, String>?) | 0 | Kotlin | 3 | 1 | eed3f78a61c110714227f4709873d0193d65ec50 | 199 | digital-content-distribution-toolkit-client | MIT License |
app/src/main/java/my/id/andraaa/dstory/stories/util/SignaturedData.kt | andraantariksa | 592,246,390 | false | null | package my.id.andraaa.dstory.stories.util
import android.graphics.Bitmap
import java.nio.ByteBuffer
import java.security.MessageDigest
class SignaturedData(private var _value: Bitmap) {
private val md5MessageDigest = MessageDigest.getInstance("MD5")
var value: Bitmap
get() = _value
set(newValue) {
_value = newValue
refreshSignature()
}
private lateinit var _signature: ByteArray
val signature
get() = _signature
init {
refreshSignature()
}
fun refreshSignature() {
val buffer = ByteBuffer.allocate(value.allocationByteCount)
value.copyPixelsToBuffer(buffer)
_signature = md5MessageDigest.digest(buffer.array())
}
override fun equals(other: Any?): Boolean {
if (other is SignaturedData) {
return _signature.contentEquals(other._signature)
}
return super.equals(other)
}
override fun hashCode(): Int {
return _signature.hashCode()
}
} | 0 | Kotlin | 0 | 0 | bc9cc47f11556c9c429161bf2ea715b546afc216 | 1,023 | dicoding-a352-dstory | MIT License |
src/test/kotlin/com/github/oshai/StatementAwaitTest.kt | oshai | 85,758,623 | false | null | package com.github.oshai
import kotlinx.coroutines.experimental.runBlocking
import org.junit.Assert.assertEquals
import org.junit.Test
class StatementAwaitTest {
@Test
fun sendPreparedStatement() = runBlocking {
val queryStatement = QueryStatement(statement = "select 1")
val mockConnection = MockConnection()
val sendPreparedStatement = queryStatement.sendPreparedStatement(mockConnection)
assertEquals(mockConnection.queryResult, sendPreparedStatement.awaitQuery())
}
}
| 0 | Kotlin | 0 | 2 | c768466610ff44d3622aab1a706dc074e26e0ebd | 520 | kotlin-coroutines-mysql | Apache License 2.0 |
app/src/main/java/io/fastkv/fastkvdemo/data/UserInfo.kt | BillyWei01 | 416,593,131 | false | {"Java": 260679, "Kotlin": 72600} | package io.fastkv.fastkvdemo.data
import android.util.ArrayMap
import io.fastkv.fastkvdemo.account.AccountInfo
import io.fastkv.fastkvdemo.account.Gender
import io.fastkv.fastkvdemo.base.AppContext
import io.fastkv.fastkvdemo.fastkv.LongListEncoder
import io.fastkv.fastkvdemo.fastkv.kvbase.UserKV
import io.fastkv.interfaces.FastEncoder
/**
* 用户信息
*/
class UserInfo(uid: Long): UserKV("user_info", uid) {
companion object {
private val map = ArrayMap<Long, UserInfo>()
@Synchronized
fun get(): UserInfo {
return get(AppContext.uid)
}
@Synchronized
fun get(uid: Long): UserInfo {
return map.getOrPut(uid) {
UserInfo(uid)
}
}
}
override fun encoders(): Array<FastEncoder<*>> {
return arrayOf(AccountInfo.ENCODER, LongListEncoder)
}
var userAccount by obj("user_account", AccountInfo.ENCODER)
var gender by intEnum("gender", Gender.CONVERTER)
var isVip by boolean("is_vip")
var fansCount by int("fans_count")
var score by float("score")
var loginTime by long("login_time")
var balance by double("balance")
var sign by string("sing")
var lock by array("lock")
var tags by stringSet("tags")
var friendIdList by obj("favorite_channels", LongListEncoder)
val favorites by string2Set("favorites")
val config by combineKey("config")
}
| 0 | Java | 37 | 329 | ec30b26e7d9b562be3e299ecbbe94de1ae34dc9a | 1,420 | FastKV | MIT License |
src/Day03.kt | akijowski | 574,262,746 | false | null | private val priorityList = "abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ"
fun main() {
// TODO: This is better
fun priority(groups: List<String>): Int {
val chars = groups.flatMap { it.toSet() }
val sharedItem = chars.groupingBy { it }.eachCount().maxBy { it.value }.key
return if (sharedItem.isUpperCase()) (sharedItem - 'A') + 27 else (sharedItem - 'a') + 1
}
fun part1Other(input: List<String>): Int {
val leftSide = mutableSetOf<Char>()
val rightSide = mutableSetOf<Char>()
var sum = 0
for (ruck in input) {
var left = 0
var right = ruck.length - 1
while (left < right) {
leftSide.add(ruck[left])
rightSide.add(ruck[right])
left++
right--
}
leftSide.retainAll(rightSide)
val match = leftSide.first()
val i = priorityList.indexOfFirst { it == match } + 1
sum += i
leftSide.clear()
rightSide.clear()
}
return sum
}
fun part1(input: List<String>): Int {
return input.map {it.chunked(it.length / 2)}.sumOf { priority(it) }
}
fun part2(input: List<String>): Int {
return input.chunked(3).sumOf { priority(it) }
}
// test if implementation meets criteria from the description, like:
val testInput = readInput("Day03_test")
check(part1Other(testInput) == 157)
check(part2(testInput) == 70)
val input = readInput("Day03")
println(part1(input))
println(part2(input))
}
| 0 | Kotlin | 1 | 0 | 84d86a4bbaee40de72243c25b57e8eaf1d88e6d1 | 1,618 | advent-of-code-2022 | Apache License 2.0 |
cpg-core/src/test/kotlin/de/fraunhofer/aisec/cpg/enhancements/DFGTest.kt | Fraunhofer-AISEC | 225,386,107 | false | null | /*
* Copyright (c) 2021, Fraunhofer AISEC. All rights reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*
* $$$$$$\ $$$$$$$\ $$$$$$\
* $$ __$$\ $$ __$$\ $$ __$$\
* $$ / \__|$$ | $$ |$$ / \__|
* $$ | $$$$$$$ |$$ |$$$$\
* $$ | $$ ____/ $$ |\_$$ |
* $$ | $$\ $$ | $$ | $$ |
* \$$$$$ |$$ | \$$$$$ |
* \______/ \__| \______/
*
*/
package de.fraunhofer.aisec.cpg.enhancements
import de.fraunhofer.aisec.cpg.TestUtils.analyze
import de.fraunhofer.aisec.cpg.TestUtils.findByUniqueName
import de.fraunhofer.aisec.cpg.graph.*
import de.fraunhofer.aisec.cpg.graph.statements.expressions.*
import java.nio.file.Path
import kotlin.test.*
internal class DFGTest {
// Test DFG
// Test ControlFlowSensitiveDFGPass
/**
* To test assignments of different value in an expression that then has a joinPoint. a = a == b
* ? b = 2: b = 3;
*
* @throws Exception
*/
@Test
@Throws(Exception::class)
fun testConditionalExpression() {
val topLevel = Path.of("src", "test", "resources", "dfg")
val result =
analyze(listOf(topLevel.resolve("conditional_expression.cpp").toFile()), topLevel, true)
val bJoin = result.refs[{ it.name.localName == "b" && it.location?.region?.startLine == 6 }]
val a5 = result.refs[{ it.name.localName == "a" && it.location?.region?.startLine == 5 }]
val a6 = result.refs[{ it.name.localName == "a" && it.location?.region?.startLine == 6 }]
val bCond =
result.refs[
{
it.name.localName == "b" &&
it.location?.region?.startLine == 5 &&
it.location?.region?.startColumn == 16
}]
val b2 =
result.refs[
{
it.name.localName == "b" &&
it.location?.region?.startLine == 5 &&
it.location?.region?.startColumn == 16
}]
val b3 =
result.refs[
{
it.name.localName == "b" &&
it.location?.region?.startLine == 5 &&
it.location?.region?.startColumn == 23
}]
assertNotNull(bJoin)
assertNotNull(bCond)
assertNotNull(b2)
assertNotNull(b3)
assertNotNull(a5)
assertNotNull(a6)
val val2 = result.literals[{ it.value == 2 }]
assertNotNull(val2)
val val3 = result.literals[{ it.value == 3 }]
assertNotNull(val3)
assertEquals(1, b2.prevDFG.size)
assertTrue(b2.prevDFG.contains(val2))
assertEquals(1, b3.prevDFG.size)
assertTrue(b3.prevDFG.contains(val3))
// We want the ConditionalExpression
assertEquals(1, a5.prevDFG.size)
assertTrue(a5.prevDFG.first() is ConditionalExpression)
assertTrue(flattenDFGGraph(a5, false).contains(val2))
assertTrue(flattenDFGGraph(a5, false).contains(val3))
assertEquals(1, a6.prevDFG.size)
assertTrue(a6.prevDFG.contains(bJoin))
assertEquals(2, bJoin.prevDFG.size)
// The b which got assigned 2 flows to the b in line 6
assertTrue(bJoin.prevDFG.contains(b2))
// The b which got assigned 3 flows to the b in line 6
assertTrue(bJoin.prevDFG.contains(b3))
}
// Test DFG when ReadWrite access occurs, such as compound operators or unary operators
@Test
@Throws(Exception::class)
fun testCompoundOperatorDFG() {
val topLevel = Path.of("src", "test", "resources", "dfg")
val result =
analyze(listOf(topLevel.resolve("compoundoperator.cpp").toFile()), topLevel, true)
val rwCompoundOperator = findByUniqueName(result.allChildren(), "+=")
assertNotNull(rwCompoundOperator)
val expression = findByUniqueName(result.refs, "i")
assertNotNull(expression)
val prevDFGOperator = rwCompoundOperator.prevDFG
assertNotNull(prevDFGOperator)
assertTrue(prevDFGOperator.contains(expression))
val nextDFGOperator = rwCompoundOperator.nextDFG
assertNotNull(nextDFGOperator)
assertTrue(nextDFGOperator.contains(expression))
}
@Test
@Throws(Exception::class)
fun testUnaryOperatorDFG() {
val topLevel = Path.of("src", "test", "resources", "dfg")
val result = analyze(listOf(topLevel.resolve("unaryoperator.cpp").toFile()), topLevel, true)
val rwUnaryOperator = findByUniqueName(result.allChildren<UnaryOperator>(), "++")
assertNotNull(rwUnaryOperator)
val expression = findByUniqueName(result.refs, "i")
assertNotNull(expression)
val prevDFGOperator: Set<Node> = rwUnaryOperator.prevDFG
val nextDFGOperator: Set<Node> = rwUnaryOperator.nextDFG
assertTrue(prevDFGOperator.contains(expression))
assertTrue(nextDFGOperator.contains(expression))
}
/**
* Gets Integer Literal from the List of nodes to simplify the test syntax. The Literal is
* expected to be contained in the list and the function will throw an
* [IndexOutOfBoundsException] otherwise.
*
* @param nodes
* - The list of nodes to filter for the Literal.
*
* @param v
* - The integer value expected from the Literal.
*
* @return The Literal with the specified value.
*/
private fun getLiteral(nodes: List<Node>, v: Int): Literal<*> {
return nodes.filter { n: Node? -> n is Literal<*> && n.value == Integer.valueOf(v) }[0]
as Literal<*>
}
/**
* Traverses the DFG Graph induced by the provided node in the specified direction and retrieves
* all nodes that are passed by and are therefore part of the incoming or outgoing data-flow.
*
* @param node
* - The node that induces the DFG-subgraph for which nodes are retrieved
*
* @param outgoing
* - true if the Data-Flow from this node should be considered, false if the data-flow is to
* this node.
*
* @return A set of nodes that are part of the data-flow
*/
private fun flattenDFGGraph(node: Node?, outgoing: Boolean): Set<Node?> {
if (node == null) {
return setOf()
}
val dfgNodes = mutableSetOf<Node>()
dfgNodes.add(node)
val worklist = LinkedHashSet<Node>()
worklist.add(node)
while (worklist.isNotEmpty()) {
val toProcess = worklist.iterator().next()
worklist.remove(toProcess)
// DataFlow direction
val nextDFGNodes =
if (outgoing) {
toProcess.nextDFG
} else {
toProcess.prevDFG
}
// Adding all NEWLY discovered df-nodes to the work-list.
for (dfgNode in nextDFGNodes) {
if (!dfgNodes.contains(dfgNode)) {
worklist.add(dfgNode)
dfgNodes.add(dfgNode)
}
}
}
return dfgNodes
}
}
| 81 | Kotlin | 48 | 146 | 85d81208315e3c93c6734f55a214dd1a983120c0 | 7,861 | cpg | Apache License 2.0 |
cpg-core/src/test/kotlin/de/fraunhofer/aisec/cpg/enhancements/DFGTest.kt | Fraunhofer-AISEC | 225,386,107 | false | null | /*
* Copyright (c) 2021, Fraunhofer AISEC. All rights reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*
* $$$$$$\ $$$$$$$\ $$$$$$\
* $$ __$$\ $$ __$$\ $$ __$$\
* $$ / \__|$$ | $$ |$$ / \__|
* $$ | $$$$$$$ |$$ |$$$$\
* $$ | $$ ____/ $$ |\_$$ |
* $$ | $$\ $$ | $$ | $$ |
* \$$$$$ |$$ | \$$$$$ |
* \______/ \__| \______/
*
*/
package de.fraunhofer.aisec.cpg.enhancements
import de.fraunhofer.aisec.cpg.TestUtils.analyze
import de.fraunhofer.aisec.cpg.TestUtils.findByUniqueName
import de.fraunhofer.aisec.cpg.graph.*
import de.fraunhofer.aisec.cpg.graph.statements.expressions.*
import java.nio.file.Path
import kotlin.test.*
internal class DFGTest {
// Test DFG
// Test ControlFlowSensitiveDFGPass
/**
* To test assignments of different value in an expression that then has a joinPoint. a = a == b
* ? b = 2: b = 3;
*
* @throws Exception
*/
@Test
@Throws(Exception::class)
fun testConditionalExpression() {
val topLevel = Path.of("src", "test", "resources", "dfg")
val result =
analyze(listOf(topLevel.resolve("conditional_expression.cpp").toFile()), topLevel, true)
val bJoin = result.refs[{ it.name.localName == "b" && it.location?.region?.startLine == 6 }]
val a5 = result.refs[{ it.name.localName == "a" && it.location?.region?.startLine == 5 }]
val a6 = result.refs[{ it.name.localName == "a" && it.location?.region?.startLine == 6 }]
val bCond =
result.refs[
{
it.name.localName == "b" &&
it.location?.region?.startLine == 5 &&
it.location?.region?.startColumn == 16
}]
val b2 =
result.refs[
{
it.name.localName == "b" &&
it.location?.region?.startLine == 5 &&
it.location?.region?.startColumn == 16
}]
val b3 =
result.refs[
{
it.name.localName == "b" &&
it.location?.region?.startLine == 5 &&
it.location?.region?.startColumn == 23
}]
assertNotNull(bJoin)
assertNotNull(bCond)
assertNotNull(b2)
assertNotNull(b3)
assertNotNull(a5)
assertNotNull(a6)
val val2 = result.literals[{ it.value == 2 }]
assertNotNull(val2)
val val3 = result.literals[{ it.value == 3 }]
assertNotNull(val3)
assertEquals(1, b2.prevDFG.size)
assertTrue(b2.prevDFG.contains(val2))
assertEquals(1, b3.prevDFG.size)
assertTrue(b3.prevDFG.contains(val3))
// We want the ConditionalExpression
assertEquals(1, a5.prevDFG.size)
assertTrue(a5.prevDFG.first() is ConditionalExpression)
assertTrue(flattenDFGGraph(a5, false).contains(val2))
assertTrue(flattenDFGGraph(a5, false).contains(val3))
assertEquals(1, a6.prevDFG.size)
assertTrue(a6.prevDFG.contains(bJoin))
assertEquals(2, bJoin.prevDFG.size)
// The b which got assigned 2 flows to the b in line 6
assertTrue(bJoin.prevDFG.contains(b2))
// The b which got assigned 3 flows to the b in line 6
assertTrue(bJoin.prevDFG.contains(b3))
}
// Test DFG when ReadWrite access occurs, such as compound operators or unary operators
@Test
@Throws(Exception::class)
fun testCompoundOperatorDFG() {
val topLevel = Path.of("src", "test", "resources", "dfg")
val result =
analyze(listOf(topLevel.resolve("compoundoperator.cpp").toFile()), topLevel, true)
val rwCompoundOperator = findByUniqueName(result.allChildren(), "+=")
assertNotNull(rwCompoundOperator)
val expression = findByUniqueName(result.refs, "i")
assertNotNull(expression)
val prevDFGOperator = rwCompoundOperator.prevDFG
assertNotNull(prevDFGOperator)
assertTrue(prevDFGOperator.contains(expression))
val nextDFGOperator = rwCompoundOperator.nextDFG
assertNotNull(nextDFGOperator)
assertTrue(nextDFGOperator.contains(expression))
}
@Test
@Throws(Exception::class)
fun testUnaryOperatorDFG() {
val topLevel = Path.of("src", "test", "resources", "dfg")
val result = analyze(listOf(topLevel.resolve("unaryoperator.cpp").toFile()), topLevel, true)
val rwUnaryOperator = findByUniqueName(result.allChildren<UnaryOperator>(), "++")
assertNotNull(rwUnaryOperator)
val expression = findByUniqueName(result.refs, "i")
assertNotNull(expression)
val prevDFGOperator: Set<Node> = rwUnaryOperator.prevDFG
val nextDFGOperator: Set<Node> = rwUnaryOperator.nextDFG
assertTrue(prevDFGOperator.contains(expression))
assertTrue(nextDFGOperator.contains(expression))
}
/**
* Gets Integer Literal from the List of nodes to simplify the test syntax. The Literal is
* expected to be contained in the list and the function will throw an
* [IndexOutOfBoundsException] otherwise.
*
* @param nodes
* - The list of nodes to filter for the Literal.
*
* @param v
* - The integer value expected from the Literal.
*
* @return The Literal with the specified value.
*/
private fun getLiteral(nodes: List<Node>, v: Int): Literal<*> {
return nodes.filter { n: Node? -> n is Literal<*> && n.value == Integer.valueOf(v) }[0]
as Literal<*>
}
/**
* Traverses the DFG Graph induced by the provided node in the specified direction and retrieves
* all nodes that are passed by and are therefore part of the incoming or outgoing data-flow.
*
* @param node
* - The node that induces the DFG-subgraph for which nodes are retrieved
*
* @param outgoing
* - true if the Data-Flow from this node should be considered, false if the data-flow is to
* this node.
*
* @return A set of nodes that are part of the data-flow
*/
private fun flattenDFGGraph(node: Node?, outgoing: Boolean): Set<Node?> {
if (node == null) {
return setOf()
}
val dfgNodes = mutableSetOf<Node>()
dfgNodes.add(node)
val worklist = LinkedHashSet<Node>()
worklist.add(node)
while (worklist.isNotEmpty()) {
val toProcess = worklist.iterator().next()
worklist.remove(toProcess)
// DataFlow direction
val nextDFGNodes =
if (outgoing) {
toProcess.nextDFG
} else {
toProcess.prevDFG
}
// Adding all NEWLY discovered df-nodes to the work-list.
for (dfgNode in nextDFGNodes) {
if (!dfgNodes.contains(dfgNode)) {
worklist.add(dfgNode)
dfgNodes.add(dfgNode)
}
}
}
return dfgNodes
}
}
| 81 | Kotlin | 48 | 146 | 85d81208315e3c93c6734f55a214dd1a983120c0 | 7,861 | cpg | Apache License 2.0 |
domain/src/main/java/kr/ohyung/domain/executor/ExecutorProvider.kt | androiddevnotesforks | 310,938,493 | false | {"Kotlin": 243295} | /*
* Created by <NAME> on 2020/09/19.
*/
package kr.ohyung.domain.executor
import io.reactivex.Scheduler
interface ExecutorProvider {
fun io(): Scheduler
fun mainThread(): Scheduler
fun computation(): Scheduler
fun newThread(): Scheduler
}
| 0 | Kotlin | 2 | 1 | c1567d938af59c3ca09c8dc15675358ba1abc63a | 260 | android-mvi-redux | MIT License |
src/main/kotlin/imgui/imgui/widgets/listBoxes.kt | lb1987 | 181,112,500 | true | {"Kotlin": 1613500, "C++": 13198, "Java": 9222} | package imgui.imgui.widgets
import glm_.glm
import glm_.vec2.Vec2
import imgui.*
import imgui.ImGui.beginChildFrame
import imgui.ImGui.beginGroup
import imgui.ImGui.calcItemSize
import imgui.ImGui.calcItemWidth
import imgui.ImGui.calcTextSize
import imgui.ImGui.currentWindow
import imgui.ImGui.endChildFrame
import imgui.ImGui.endGroup
import imgui.ImGui.getId
import imgui.ImGui.isRectVisible
import imgui.ImGui.itemAdd
import imgui.ImGui.itemSize
import imgui.ImGui.markItemEdited
import imgui.ImGui.popId
import imgui.ImGui.pushId
import imgui.ImGui.renderText
import imgui.ImGui.sameLine
import imgui.ImGui.selectable
import imgui.ImGui.setItemDefaultFocus
import imgui.ImGui.style
import imgui.ImGui.textLineHeightWithSpacing
import imgui.internal.Rect
import kotlin.reflect.KMutableProperty0
import imgui.SelectableFlag as Sf
import imgui.WindowFlag as Wf
import imgui.internal.ButtonFlag as Bf
import imgui.internal.ItemFlag as If
/**
* Widgets: List Boxes
* - FIXME: To be consistent with all the newer API, ListBoxHeader/ListBoxFooter should in reality be called BeginListBox/EndListBox. Will rename them.
*/
interface listBoxes {
fun listBox(label: String, currentItemPtr: KMutableProperty0<Int>, items: Array<String>, heightInItems: Int = -1): Boolean {
var currentItem by currentItemPtr
val itemsCount = items.size
if (!listBoxHeader(label, itemsCount, heightInItems)) return false
// Assume all items have even height (= 1 line of text). If you need items of different or variable sizes you can create a custom version of ListBox() in your code without using the clipper.
var valueChanged = false
// We know exactly our line height here so we pass it as a minor optimization, but generally you don't need to.
val clipper = ListClipper(itemsCount, textLineHeightWithSpacing)
while (clipper.step())
for (i in clipper.display.start until clipper.display.last)
withBool { itemSelected ->
itemSelected.set(i == currentItem)
val itemText = items.getOrElse(i) { "*Unknown item*" }
pushId(i)
if (selectable(itemText, itemSelected)) {
currentItem = i
valueChanged = true
}
if (itemSelected()) setItemDefaultFocus()
popId()
}
listBoxFooter()
if (valueChanged)
markItemEdited(g.currentWindow!!.dc.lastItemId)
return valueChanged
}
/** FIXME: In principle this function should be called BeginListBox(). We should rename it after re-evaluating if we
* want to keep the same signature.
* Helper to calculate the size of a listbox and display a label on the right.
* Tip: To have a list filling the entire window width, PushItemWidth(-1) and pass an non-visible label e.g. "##empty" */
fun listBoxHeader(label: String, sizeArg: Vec2 = Vec2()): Boolean {
val window = currentWindow
if (window.skipItems) return false
val id = getId(label)
val labelSize = calcTextSize(label, true)
// Size default to hold ~7 items. Fractional number of items helps seeing that we can scroll down/up without looking at scrollbar.
val size = calcItemSize(sizeArg, calcItemWidth(), textLineHeightWithSpacing * 7.4f + style.itemSpacing.y)
val frameSize = Vec2(size.x, glm.max(size.y, labelSize.y))
val frameBb = Rect(window.dc.cursorPos, window.dc.cursorPos + frameSize)
val bb = Rect(frameBb.min, frameBb.max + Vec2(if (labelSize.x > 0f) style.itemInnerSpacing.x + labelSize.x else 0f, 0f))
window.dc.lastItemRect put bb // Forward storage for ListBoxFooter.. dodgy.
if (!isRectVisible(bb.min, bb.max)) {
itemSize(bb.size, style.framePadding.y)
itemAdd(bb, 0, frameBb)
return false
}
beginGroup()
if (labelSize.x > 0)
renderText(Vec2(frameBb.max.x + style.itemInnerSpacing.x, frameBb.min.y + style.framePadding.y), label)
beginChildFrame(id, frameBb.size)
return true
}
/** FIXME: In principle this function should be called EndListBox(). We should rename it after re-evaluating if we want to keep the same signature. */
fun listBoxHeader(label: String, itemsCount: Int, heightInItems_: Int = -1): Boolean {
/* Size default to hold ~7.25 items.
We add +25% worth of item height to allow the user to see at a glance if there are more items up/down, without looking at the scrollbar.
We don't add this extra bit if items_count <= height_in_items. It is slightly dodgy,
because it means a dynamic list of items will make the widget resize occasionally when it crosses that size. */
val heightInItems = if (heightInItems_ < 0) glm.min(itemsCount, 7) else heightInItems_
val heightInItemsF = heightInItems + if (heightInItems < itemsCount) 0.25f else 0f
/* We include ItemSpacing.y so that a list sized for the exact number of items doesn't make a scrollbar
appears. We could also enforce that by passing a flag to BeginChild(). */
val size = Vec2(0f, textLineHeightWithSpacing * heightInItemsF + style.itemSpacing.y * 2f)
return listBoxHeader(label, size)
}
/** FIXME: In principle this function should be called EndListBox(). We should rename it after re-evaluating if we want to keep the same signature.
* Terminate the scrolling region. Only call ListBoxFooter() if ListBoxHeader() returned true! */
fun listBoxFooter() {
val parentWindow = currentWindow.parentWindow!!
val bb = parentWindow.dc.lastItemRect // assign is safe, itemSize() won't modify bb
endChildFrame()
/* Redeclare item size so that it includes the label (we have stored the full size in LastItemRect)
We call SameLine() to restore DC.CurrentLine* data */
sameLine()
parentWindow.dc.cursorPos put bb.min
itemSize(bb, style.framePadding.y)
endGroup()
}
companion object {
// TODO move/delete
private inline fun <R> withBool(block: (KMutableProperty0<Boolean>) -> R): R {
Ref.bPtr++
return block(Ref::bool).also { Ref.bPtr-- }
}
private inline fun <R> withInt(block: (KMutableProperty0<Int>) -> R): R {
Ref.iPtr++
return block(Ref::int).also { Ref.iPtr-- }
}
}
} | 0 | Kotlin | 0 | 0 | 887a3b955674475612f5abefc4bcb8538ea9fde7 | 6,596 | imgui | MIT License |
app/src/main/java/vegabobo/dsusideloader/installer/adb/AdbInstallationHandler.kt | VegaBobo | 454,183,288 | false | null | package vegabobo.dsusideloader.installer.adb
import vegabobo.dsusideloader.core.StorageManager
import vegabobo.dsusideloader.model.Session
/**
* Generate shell script with installation
* Used only for installing over adb commands
*/
class AdbInstallationHandler(
private val storageManager: StorageManager,
val session: Session
) {
fun generate(onGenerated: (String) -> Unit) {
val installationScriptPath = GenerateInstallationScript(
storageManager,
session.getInstallationParameters(),
session.preferences
).writeToFile()
onGenerated(installationScriptPath)
}
}
| 47 | null | 69 | 981 | 70cb6da9ecf9ae19c72ea680b02f1a0e20c77653 | 645 | DSU-Sideloader | Apache License 2.0 |
src/test/kotlin/dev/usbharu/hideout/activitypub/service/activity/follow/APSendFollowServiceImplTest.kt | usbharu | 627,026,893 | false | {"Kotlin": 1337734, "Mustache": 111614, "Gherkin": 21440, "JavaScript": 1112, "HTML": 341} | /*
* Copyright (C) 2024 usbharu
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package dev.usbharu.hideout.activitypub.service.activity.follow
import dev.usbharu.hideout.activitypub.domain.model.Follow
import dev.usbharu.hideout.activitypub.service.common.APRequestService
import dev.usbharu.hideout.application.config.ApplicationConfig
import dev.usbharu.hideout.core.service.follow.SendFollowDto
import kotlinx.coroutines.test.runTest
import org.junit.jupiter.api.Test
import org.mockito.kotlin.eq
import org.mockito.kotlin.mock
import org.mockito.kotlin.times
import org.mockito.kotlin.verify
import utils.UserBuilder
import java.net.URL
class APSendFollowServiceImplTest {
@Test
fun `sendFollow フォローするユーザーのinboxにFollowオブジェクトが送られる`() = runTest {
val apRequestService = mock<APRequestService>()
val applicationConfig = ApplicationConfig(URL("https://example.com"))
val apSendFollowServiceImpl = APSendFollowServiceImpl(apRequestService, applicationConfig)
val sendFollowDto = SendFollowDto(
UserBuilder.localUserOf(),
UserBuilder.remoteUserOf()
)
apSendFollowServiceImpl.sendFollow(sendFollowDto)
val value = Follow(
apObject = sendFollowDto.followTargetActorId.url,
actor = sendFollowDto.actorId.url,
id = "${applicationConfig.url}/follow/${sendFollowDto.actorId.id}/${sendFollowDto.followTargetActorId.id}"
)
verify(apRequestService, times(1)).apPost(
eq(sendFollowDto.followTargetActorId.inbox),
eq(value),
eq(sendFollowDto.actorId)
)
}
}
| 38 | Kotlin | 0 | 9 | 5512c43ffacf0480f652465ccf5f71b559387592 | 2,154 | Hideout | Apache License 2.0 |
app/src/main/java/kz/oqu/android/model/repositories/lesson/LessonCallbacks.kt | abikko | 362,209,725 | false | null | package kz.oqu.android.model.repositories.lesson
import kz.oqu.android.model.pojo.Lesson
interface LessonCallbacks {
fun onShowProgressBar()
fun onHideProgressBar(arrayList: ArrayList<Lesson>)
fun onFailure(text: String)
} | 0 | Kotlin | 0 | 2 | 5b9b8dd259634831a3057b50d4dc6425c421c216 | 240 | oqutushy.kz | MIT License |
libraries/arch/src/main/java/com/fappslab/seedcake/libraries/arch/testing/FileLoader.kt | F4bioo | 693,834,465 | false | {"Kotlin": 401014, "Python": 2583, "Shell": 900} | package com.fappslab.seedcake.libraries.arch.testing
import androidx.annotation.VisibleForTesting
import com.fappslab.seedcake.libraries.extension.emptyString
import java.io.BufferedReader
import java.io.FileNotFoundException
import java.lang.reflect.Modifier
@Suppress("MaxLineLength")
@VisibleForTesting(otherwise = Modifier.PRIVATE)
object FileLoader {
fun readFromJsonFile(jsonFile: String): String {
val classLoader = Thread.currentThread().contextClassLoader
val inputStream = classLoader?.getResourceAsStream(jsonFile)
?: throw FileNotFoundException("Resource '$jsonFile' not found. Ensure it's in 'src/main/resources' or 'src/test/resources'.")
return inputStream.bufferedReader()
.use(BufferedReader::readText)
.replace("\\s".toRegex(), emptyString())
}
}
| 0 | Kotlin | 0 | 1 | b126728e15261c877943736d592d7d269618a114 | 836 | Seedcake | MIT License |
android/src/main/kotlin/com/dgsd/android/solar/repository/SolanaApiRepository.kt | dlgrech | 554,689,573 | false | null | package com.dgsd.android.solar.repository
import com.dgsd.android.solar.cache.CacheStrategy
import com.dgsd.android.solar.common.model.Resource
import com.dgsd.android.solar.model.LamportsWithTimestamp
import com.dgsd.android.solar.model.TransactionOrSignature
import com.dgsd.ksol.core.model.*
import kotlinx.coroutines.flow.Flow
import java.io.Closeable
interface SolanaApiRepository : Closeable {
fun getBalance(
cacheStrategy: CacheStrategy = CacheStrategy.CACHE_IF_PRESENT,
commitment: Commitment = Commitment.FINALIZED
): Flow<Resource<LamportsWithTimestamp>>
fun getBalanceOfAccount(
account: PublicKey,
cacheStrategy: CacheStrategy = CacheStrategy.CACHE_IF_PRESENT,
commitment: Commitment = Commitment.FINALIZED
): Flow<Resource<LamportsWithTimestamp>>
fun getTransactions(
cacheStrategy: CacheStrategy = CacheStrategy.CACHE_IF_PRESENT,
beforeSignature: TransactionSignature? = null,
commitment: Commitment = Commitment.FINALIZED
): Flow<Resource<List<Resource<TransactionOrSignature>>>>
fun getTransaction(
cacheStrategy: CacheStrategy = CacheStrategy.CACHE_IF_PRESENT,
transactionSignature: TransactionSignature,
commitment: Commitment = Commitment.FINALIZED
): Flow<Resource<Transaction>>
fun getRecentBlockhash(): Flow<Resource<RecentBlockhashResult>>
fun send(
privateKey: PrivateKey,
recipient: PublicKey,
lamports: Lamports,
memo: String? = null
): Flow<Resource<TransactionSignature>>
fun signAndSend(
privateKey: PrivateKey,
localTransaction: LocalTransaction,
): Flow<Resource<TransactionSignature>>
fun subscribeToUpdates(
transactionSignature: TransactionSignature,
commitment: Commitment = Commitment.FINALIZED
): SubscriptionHandle<TransactionSignatureStatus>
} | 0 | Kotlin | 0 | 2 | 71a011c48270c971b2f1328b5d9d741dedeb97df | 1,799 | solar-wallet | Apache License 2.0 |
src/Day03.kt | BionicCa | 574,904,899 | false | {"Kotlin": 20039} | fun main() {
fun part1(input: List<String>): Int {
var totalScore = 0
for (rucksack in input) {
val chunks = rucksack.chunked(rucksack.length / 2)
val commonElements = findCommonCharacter(chunks[0].toCharArray(), chunks[1].toCharArray())
val score = commonElements.sumOf {
when {
it.isLowerCase() -> it.code - 96 // a - z -> 1 - 26
else -> it.code - 38// A - Z -> 27 - 52
}
}
totalScore += score
}
return totalScore
}
fun part2(input: List<String>): Int {
val chunks = input.windowed(3, step = 3)
var totalScore = 0
for (rucksackGroup in chunks) {
val commonElements = findCommonCharacter(
findCommonCharacter(rucksackGroup[0].toCharArray(), rucksackGroup[1].toCharArray()).toCharArray(),
rucksackGroup[2].toCharArray()
)
val score = commonElements.sumOf {
when {
it.isLowerCase() -> it.code - 96 // a - z -> 1 - 26
else -> it.code - 38// A - Z -> 27 - 52
}
}
totalScore += score
}
return totalScore
}
val testInput = readInput("Day03_test")
println(part1(testInput))
println(part2(testInput))
val input = readInput("Day03")
println(part1(input))
println(part2(input))
}
| 0 | Kotlin | 0 | 0 | ed8bda8067386b6cd86ad9704bda5eac81bf0163 | 1,488 | AdventOfCode2022 | Apache License 2.0 |
bloc_weather/android/app/src/main/kotlin/com/vasilevkin/bloc_weather/MainActivity.kt | vasilevkin | 296,285,861 | false | {"Dart": 471677, "Swift": 3232, "Ruby": 1354, "Kotlin": 1080, "Objective-C": 304} | package com.vasilevkin.bloc_weather
import io.flutter.embedding.android.FlutterActivity
class MainActivity: FlutterActivity() {
}
| 0 | Dart | 0 | 0 | c63d543d10ac2df577cea4277da58cf4a7eeaf26 | 132 | flutter_architecture_evolution | MIT License |
CustomBottomSheet/src/main/java/com/naserkarimi/custombottomsheet/StateChangedCallback.kt | naserkarimi | 376,275,067 | false | {"Gradle": 4, "Java Properties": 1, "Text": 1, "Markdown": 1, "INI": 1, "Proguard": 2, "Ignore List": 2, "Kotlin": 4, "XML": 17, "Java": 3} | package com.naserkarimi.custombottomsheet
interface StateChangedCallback {
fun onHidden()
fun onCollapsed()
fun onExpanded()
} | 1 | null | 1 | 1 | 335397bfa154e005cb481de168bfe59f08c1fe9f | 139 | CustomBottomSheet | Apache License 2.0 |
java-agent/src/commonMain/kotlin/com/epam/drill/agent/request/RequestHolder.kt | Drill4J | 240,284,351 | false | {"Kotlin": 225265, "Java": 57214, "Batchfile": 410, "Shell": 329} | /**
* Copyright 2020 - 2022 EPAM Systems
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package com.epam.drill.agent.request
import com.epam.drill.common.agent.request.DrillRequest
import com.epam.drill.common.agent.request.RequestHolder
expect object DrillRequestHolder : RequestHolder {
override fun remove()
override fun retrieve(): DrillRequest?
override fun store(drillRequest: DrillRequest)
fun store(drillRequest: ByteArray)
fun dump(): ByteArray?
fun init(isAsync: Boolean)
} | 8 | Kotlin | 2 | 5 | bfbd54284a1e6b8cc22da594333f75217265489b | 1,021 | java-agent | Apache License 2.0 |
app/src/main/java/com/sedsoftware/yaptalker/presentation/provider/ThumbnailsProvider.kt | djkovrik | 98,050,611 | false | null | package com.sedsoftware.yaptalker.presentation.provider
import android.widget.ImageView
interface ThumbnailsProvider {
fun loadThumbnail(videoUrl: String, imageView: ImageView)
}
| 0 | Kotlin | 4 | 9 | 465c34c3dc0dd0488b637073fddf6cd797e78613 | 185 | YapTalker | Apache License 2.0 |
platform/vcs-log/impl/src/com/intellij/vcs/log/ui/filter/VcsLogClassicFilterUi.kt | JetBrains | 2,489,216 | false | null | // Copyright 2000-2023 JetBrains s.r.o. and contributors. Use of this source code is governed by the Apache 2.0 license.
package com.intellij.vcs.log.ui.filter
import com.intellij.execution.ui.FragmentedSettingsUtil
import com.intellij.ide.HelpTooltip
import com.intellij.openapi.Disposable
import com.intellij.openapi.actionSystem.*
import com.intellij.openapi.actionSystem.ex.ActionButtonLook
import com.intellij.openapi.actionSystem.ex.CustomComponentAction
import com.intellij.openapi.actionSystem.impl.ActionButton
import com.intellij.openapi.actionSystem.impl.ActionToolbarImpl
import com.intellij.openapi.actionSystem.impl.FieldInplaceActionButtonLook
import com.intellij.openapi.diagnostic.Logger
import com.intellij.openapi.keymap.KeymapUtil
import com.intellij.openapi.project.DumbAwareAction
import com.intellij.openapi.util.Disposer
import com.intellij.openapi.util.NlsContexts
import com.intellij.openapi.util.registry.Registry
import com.intellij.openapi.util.text.StringUtil
import com.intellij.openapi.vcs.FilePath
import com.intellij.openapi.vfs.LocalFileSystem
import com.intellij.openapi.vfs.VirtualFile
import com.intellij.ui.ClientProperty
import com.intellij.ui.DocumentAdapter
import com.intellij.ui.SearchTextField
import com.intellij.ui.components.SearchFieldWithExtension
import com.intellij.util.EventDispatcher
import com.intellij.util.concurrency.annotations.RequiresEdt
import com.intellij.util.ui.UIUtil
import com.intellij.vcs.log.*
import com.intellij.vcs.log.VcsLogRangeFilter.RefRange
import com.intellij.vcs.log.data.VcsLogData
import com.intellij.vcs.log.data.VcsLogStorage
import com.intellij.vcs.log.impl.HashImpl
import com.intellij.vcs.log.impl.MainVcsLogUiProperties
import com.intellij.vcs.log.impl.VcsLogUiProperties.PropertiesChangeListener
import com.intellij.vcs.log.impl.VcsLogUiProperties.VcsLogUiProperty
import com.intellij.vcs.log.statistics.VcsLogUsageTriggerCollector
import com.intellij.vcs.log.ui.VcsLogActionIds
import com.intellij.vcs.log.ui.VcsLogColorManager
import com.intellij.vcs.log.ui.VcsLogInternalDataKeys
import com.intellij.vcs.log.ui.filter.FilterModel.PairFilterModel
import com.intellij.vcs.log.ui.filter.FilterModel.SingleFilterModel
import com.intellij.vcs.log.ui.filter.VcsLogFilterUiEx.VcsLogFilterListener
import com.intellij.vcs.log.util.VcsLogUtil
import com.intellij.vcs.log.visible.VisiblePack
import com.intellij.vcs.log.visible.filters.VcsLogFilterObject
import com.intellij.vcsUtil.VcsUtil
import com.intellij.xml.util.XmlStringUtil
import org.jetbrains.annotations.NonNls
import java.awt.Component
import java.awt.Dimension
import java.awt.event.ActionEvent
import java.util.function.Consumer
import java.util.function.Supplier
import java.util.regex.Pattern
import javax.swing.Icon
import javax.swing.JComponent
import javax.swing.event.DocumentEvent
open class VcsLogClassicFilterUi(private val logData: VcsLogData,
filterConsumer: Consumer<VcsLogFilterCollection>,
private val uiProperties: MainVcsLogUiProperties,
private val colorManager: VcsLogColorManager,
filters: VcsLogFilterCollection?,
parentDisposable: Disposable) : VcsLogFilterUiEx {
private var dataPack: VcsLogDataPack
protected val branchFilterModel: BranchFilterModel
protected val userFilterModel: SingleFilterModel<VcsLogUserFilter>
protected val dateFilterModel: DateFilterModel
protected val structureFilterModel: FileFilterModel
protected val textFilterModel: TextFilterModel
private val textFilterField: VcsLogTextFilterField
private val filterListenerDispatcher = EventDispatcher.create(VcsLogFilterListener::class.java)
init {
dataPack = VisiblePack.EMPTY
val dataPackGetter = Supplier { dataPack }
branchFilterModel = BranchFilterModel(dataPackGetter, logData.storage, logData.roots, uiProperties, filters)
userFilterModel = UserFilterModel(uiProperties, filters)
dateFilterModel = DateFilterModel(uiProperties, filters)
structureFilterModel = FileFilterModel(logData.logProviders.keys, uiProperties, filters)
textFilterModel = TextFilterModel(uiProperties, filters, parentDisposable)
val field = TextFilterField(textFilterModel, parentDisposable)
val toolbar = createTextActionsToolbar(field.textEditor)
textFilterField = MyVcsLogTextFilterField(SearchFieldWithExtension(toolbar.component, field))
val models = arrayOf(branchFilterModel, userFilterModel, dateFilterModel, structureFilterModel, textFilterModel)
for (model in models) {
model.addSetFilterListener {
filterConsumer.accept(getFilters())
filterListenerDispatcher.multicaster.onFiltersChanged()
branchFilterModel.onStructureFilterChanged(structureFilterModel.rootFilter, structureFilterModel.structureFilter)
}
}
}
override fun updateDataPack(newDataPack: VcsLogDataPack) {
dataPack = newDataPack
}
override fun getTextFilterComponent(): VcsLogTextFilterField = textFilterField
private class MyActionButton(action: AnAction, presentation: Presentation) :
ActionButton(action, presentation, "Vcs.Log.SearchTextField", ActionToolbar.DEFAULT_MINIMUM_BUTTON_SIZE) {
init {
updateIcon()
}
override fun getPopState(): Int {
return if (isSelected) SELECTED else super.getPopState()
}
override fun getIcon(): Icon {
if (isEnabled && isSelected) {
val selectedIcon = myPresentation.selectedIcon
if (selectedIcon != null) return selectedIcon
}
return super.getIcon()
}
}
private class MyVcsLogTextFilterField(private val searchField: SearchFieldWithExtension) : VcsLogTextFilterField {
override val component: JComponent
get() = searchField
override val focusedComponent: JComponent
get() = searchField.textField
override var text: String
get() = searchField.textField.text
set(s) {
searchField.textField.text = s
}
}
override fun createActionGroup(): ActionGroup {
val actions = listOfNotNull(createBranchComponent(), createUserComponent(), createDateComponent(), createStructureFilterComponent())
return DefaultActionGroup(actions)
}
@RequiresEdt
override fun getFilters(): VcsLogFilterCollection {
return VcsLogFilterObject.collection(branchFilterModel.branchFilter, branchFilterModel.revisionFilter,
branchFilterModel.rangeFilter,
textFilterModel.filter1, textFilterModel.filter2,
structureFilterModel.filter1, structureFilterModel.filter2,
dateFilterModel.getFilter(), userFilterModel.getFilter())
}
@RequiresEdt
override fun setFilters(collection: VcsLogFilterCollection) {
branchFilterModel.setFilter(BranchFilters(collection.get(VcsLogFilterCollection.BRANCH_FILTER),
collection.get(VcsLogFilterCollection.REVISION_FILTER),
collection.get(VcsLogFilterCollection.RANGE_FILTER)))
structureFilterModel.setFilter(FilterPair(collection.get(VcsLogFilterCollection.STRUCTURE_FILTER),
collection.get(VcsLogFilterCollection.ROOT_FILTER)))
dateFilterModel.setFilter(collection.get(VcsLogFilterCollection.DATE_FILTER))
textFilterModel.setFilter(FilterPair(collection.get(VcsLogFilterCollection.TEXT_FILTER),
collection.get(VcsLogFilterCollection.HASH_FILTER)))
userFilterModel.setFilter(collection.get(VcsLogFilterCollection.USER_FILTER))
}
protected open fun createBranchComponent(): AnAction? {
return FilterActionComponent(VcsLogBundle.messagePointer("vcs.log.branch.filter.action.text")) {
BranchFilterPopupComponent(uiProperties, branchFilterModel).initUi()
}
}
protected fun createUserComponent(): AnAction? {
return FilterActionComponent(VcsLogBundle.messagePointer("vcs.log.user.filter.action.text")) {
UserFilterPopupComponent(uiProperties, logData, userFilterModel).initUi()
}
}
protected fun createDateComponent(): AnAction? {
return FilterActionComponent(VcsLogBundle.messagePointer("vcs.log.date.filter.action.text")) {
DateFilterPopupComponent(dateFilterModel).initUi()
}
}
protected fun createStructureFilterComponent(): AnAction? {
return FilterActionComponent(VcsLogBundle.messagePointer("vcs.log.path.filter.action.text")) {
StructureFilterPopupComponent(uiProperties, structureFilterModel, colorManager).initUi()
}
}
override fun addFilterListener(listener: VcsLogFilterListener) {
filterListenerDispatcher.addListener(listener)
}
protected class FilterActionComponent(dynamicText: Supplier<String?>, private val componentCreator: Supplier<out JComponent>) :
DumbAwareAction(dynamicText), CustomComponentAction {
override fun createCustomComponent(presentation: Presentation, place: String): JComponent = componentCreator.get()
override fun actionPerformed(e: AnActionEvent) {
val vcsLogUi = e.getData(VcsLogInternalDataKeys.MAIN_UI)
if (vcsLogUi == null) return
val actionComponent = UIUtil.uiTraverser(vcsLogUi.toolbar).traverse().find { component: Component? ->
ClientProperty.get(component, CustomComponentAction.ACTION_KEY) === this
}
if (actionComponent is VcsLogPopupComponent) {
actionComponent.showPopupMenu()
}
}
}
class BranchFilterModel internal constructor(private val dataPackProvider: Supplier<out VcsLogDataPack>,
private val storage: VcsLogStorage,
private val roots: Collection<VirtualFile>,
properties: MainVcsLogUiProperties,
filters: VcsLogFilterCollection?) : FilterModel<BranchFilters>(properties) {
var visibleRoots: Collection<VirtualFile>? = null
private set
init {
if (filters != null) {
saveFilterToProperties(BranchFilters(filters.get(VcsLogFilterCollection.BRANCH_FILTER),
filters.get(VcsLogFilterCollection.REVISION_FILTER),
filters.get(VcsLogFilterCollection.RANGE_FILTER)))
}
}
override fun setFilter(filter: BranchFilters?) {
var newFilters = filter
if (newFilters != null && newFilters.isEmpty()) newFilters = null
var anyFilterDiffers = false
if (newFilters?.branchFilter != _filter?.branchFilter) {
if (newFilters?.branchFilter != null) VcsLogUsageTriggerCollector.triggerFilterSet(VcsLogFilterCollection.BRANCH_FILTER.name)
anyFilterDiffers = true
}
if (newFilters?.revisionFilter != _filter?.revisionFilter) {
if (newFilters?.revisionFilter != null) VcsLogUsageTriggerCollector.triggerFilterSet(VcsLogFilterCollection.REVISION_FILTER.name)
anyFilterDiffers = true
}
if (newFilters?.rangeFilter != _filter?.rangeFilter) {
if (newFilters?.rangeFilter != null) VcsLogUsageTriggerCollector.triggerFilterSet(VcsLogFilterCollection.RANGE_FILTER.name)
anyFilterDiffers = true
}
if (anyFilterDiffers) {
super.setFilter(newFilters)
}
}
override fun saveFilterToProperties(filter: BranchFilters?) {
uiProperties.saveFilterValues(VcsLogFilterCollection.BRANCH_FILTER.name, filter?.branchFilter?.let { getBranchFilterValues(it) })
uiProperties.saveFilterValues(VcsLogFilterCollection.REVISION_FILTER.name,
filter?.revisionFilter?.let { getRevisionFilterValues(it) })
uiProperties.saveFilterValues(VcsLogFilterCollection.RANGE_FILTER.name, filter?.rangeFilter?.let { getRangeFilterValues(it) })
}
override fun getFilterFromProperties(): BranchFilters? {
val branchFilterValues = uiProperties.getFilterValues(VcsLogFilterCollection.BRANCH_FILTER.name)
val branchFilter = branchFilterValues?.let { createBranchFilter(it) }
val revisionFilterValues = uiProperties.getFilterValues(VcsLogFilterCollection.REVISION_FILTER.name)
val revisionFilter = revisionFilterValues?.let { createRevisionFilter(it) }
val rangeFilterValues = uiProperties.getFilterValues(VcsLogFilterCollection.RANGE_FILTER.name)
val rangeFilter = rangeFilterValues?.let { createRangeFilter(it) }
if (branchFilter == null && revisionFilter == null && rangeFilter == null) return null
return BranchFilters(branchFilter, revisionFilter, rangeFilter)
}
fun onStructureFilterChanged(rootFilter: VcsLogRootFilter?, structureFilter: VcsLogStructureFilter?) {
if (rootFilter == null && structureFilter == null) {
visibleRoots = null
}
else {
visibleRoots = VcsLogUtil.getAllVisibleRoots(roots, rootFilter, structureFilter)
}
}
val dataPack: VcsLogDataPack
get() = dataPackProvider.get()
private fun createBranchFilter(values: List<String>): VcsLogBranchFilter {
return VcsLogFilterObject.fromBranchPatterns(values, dataPack.refs.branches.mapTo(mutableSetOf()) { it.name })
}
private fun createRevisionFilter(values: List<String>): VcsLogRevisionFilter {
val pattern = Pattern.compile("\\[(.*)\\](" + VcsLogUtil.HASH_REGEX.pattern() + ")")
return VcsLogFilterObject.fromCommits(values.mapNotNull { s: String ->
val matcher = pattern.matcher(s)
if (!matcher.matches()) {
if (VcsLogUtil.isFullHash(s)) {
val commitId = findCommitId(HashImpl.build(s))
if (commitId != null) return@mapNotNull commitId
}
LOG.warn("Could not parse '$s' while creating revision filter")
return@mapNotNull null
}
val result = matcher.toMatchResult()
val root = LocalFileSystem.getInstance().findFileByPath(result.group(1))
if (root == null) {
LOG.warn("Root '" + result.group(1) + "' does not exist")
return@mapNotNull null
}
else if (!roots.contains(root)) {
LOG.warn("Root '" + result.group(1) + "' is not registered")
return@mapNotNull null
}
CommitId(HashImpl.build(result.group(2)), root)
})
}
private fun findCommitId(hash: Hash): CommitId? {
for (root in roots) {
val commitId = CommitId(hash, root)
if (storage.containsCommit(commitId)) {
return commitId
}
}
return null
}
fun createFilterFromPresentation(values: List<String>): BranchFilters? {
val hashes = mutableListOf<String>()
val branches = mutableListOf<String>()
val ranges = mutableListOf<String>()
for (s in values) {
val twoDots = s.indexOf("..")
if (twoDots > 0 && twoDots == s.lastIndexOf("..")) {
ranges.add(s)
}
else if (VcsLogUtil.isFullHash(s)) {
hashes.add(s)
}
else {
branches.add(s)
}
}
val branchFilter = if (branches.isEmpty()) null else createBranchFilter(branches)
val hashFilter = if (hashes.isEmpty()) null else createRevisionFilter(hashes)
val refDiffFilter = if (ranges.isEmpty()) null else createRangeFilter(ranges)
return BranchFilters(branchFilter, hashFilter, refDiffFilter)
}
var branchFilter: VcsLogBranchFilter?
get() = getFilter()?.branchFilter
set(branchFilter) {
setFilter(BranchFilters(branchFilter, null, null))
}
val revisionFilter: VcsLogRevisionFilter?
get() = getFilter()?.revisionFilter
var rangeFilter: VcsLogRangeFilter?
get() = getFilter()?.rangeFilter
set(rangeFilter) {
setFilter(BranchFilters(null, null, rangeFilter))
}
companion object {
private const val TWO_DOTS = ".."
private fun createRangeFilter(values: List<String>): VcsLogRangeFilter? {
val ranges = values.mapNotNull { value: String ->
val twoDots = value.indexOf(TWO_DOTS)
if (twoDots <= 0) {
LOG.error("Incorrect range filter value: $values")
return@mapNotNull null
}
RefRange(value.substring(0, twoDots), value.substring(twoDots + TWO_DOTS.length))
}
if (ranges.isEmpty()) return null
return VcsLogFilterObject.fromRange(ranges)
}
private fun getBranchFilterValues(filter: VcsLogBranchFilter): List<String> {
return ArrayList(filter.textPresentation.sorted())
}
private fun getRevisionFilterValues(filter: VcsLogRevisionFilter): List<String> {
return filter.heads.map { id -> "[" + id.root.path + "]" + id.hash.asString() }
}
private fun getRangeFilterValues(rangeFilter: VcsLogRangeFilter): List<String> {
return ArrayList(rangeFilter.getTextPresentation())
}
private fun getRevisionFilter2Presentation(filter: VcsLogRevisionFilter): List<String> {
return filter.heads.map { id -> id.hash.asString() }
}
@JvmStatic
fun getFilterPresentation(filters: BranchFilters): List<String> {
val branchFilterValues = filters.branchFilter?.let { getBranchFilterValues(it) } ?: emptyList()
val revisionFilterValues = filters.revisionFilter?.let { getRevisionFilter2Presentation(it) } ?: emptyList()
val rangeFilterValues = filters.rangeFilter?.let { getRangeFilterValues(filters.rangeFilter) } ?: emptyList()
return branchFilterValues + revisionFilterValues + rangeFilterValues
}
}
}
protected class TextFilterModel internal constructor(properties: MainVcsLogUiProperties,
filters: VcsLogFilterCollection?,
parentDisposable: Disposable) :
PairFilterModel<VcsLogTextFilter, VcsLogHashFilter>(VcsLogFilterCollection.TEXT_FILTER, VcsLogFilterCollection.HASH_FILTER, properties,
filters) {
init {
if (filters != null) {
val textFilter = filters.get(VcsLogFilterCollection.TEXT_FILTER)
if (textFilter != null) {
uiProperties.set(MainVcsLogUiProperties.TEXT_FILTER_MATCH_CASE, textFilter.matchesCase())
uiProperties.set(MainVcsLogUiProperties.TEXT_FILTER_REGEX, textFilter.isRegex)
}
}
val listener: PropertiesChangeListener = object : PropertiesChangeListener {
override fun <T> onPropertyChanged(property: VcsLogUiProperty<T>) {
if (MainVcsLogUiProperties.TEXT_FILTER_REGEX == property || MainVcsLogUiProperties.TEXT_FILTER_MATCH_CASE == property) {
if (filter1 != null) {
_filter = getFilterFromProperties()
notifyFiltersChanged()
}
}
}
}
properties.addChangeListener(listener, parentDisposable)
}
override fun getFilterFromProperties(): FilterPair<VcsLogTextFilter, VcsLogHashFilter>? {
val filterPair: FilterPair<VcsLogTextFilter, VcsLogHashFilter>? = super.getFilterFromProperties()
if (filterPair == null) return null
var textFilter = filterPair.filter1
var hashFilter = filterPair.filter2
// check filters correctness
if (textFilter != null && textFilter.text.isBlank()) {
LOG.warn("Saved text filter is empty. Removing.")
textFilter = null
}
if (textFilter != null) {
val hashFilterFromText = VcsLogFilterObject.fromHash(textFilter.text)
if (hashFilter != hashFilterFromText) {
LOG.warn("Saved hash filter " + hashFilter + " is inconsistent with text filter." +
" Replacing with " + hashFilterFromText)
hashFilter = hashFilterFromText
}
}
else if (hashFilter != null && !hashFilter.hashes.isEmpty()) {
textFilter = createTextFilter(StringUtil.join(hashFilter.hashes, " "))
LOG.warn("Saved hash filter " + hashFilter +
" is inconsistent with empty text filter. Using text filter " + textFilter)
}
return FilterPair(textFilter, hashFilter)
}
val text: String get() = filter1?.text ?: ""
override fun getFilter1Values(filter1: VcsLogTextFilter): List<String> = listOf(filter1.text)
override fun getFilter2Values(filter2: VcsLogHashFilter): List<String> = ArrayList(filter2.hashes)
override fun createFilter1(values: List<String>): VcsLogTextFilter = createTextFilter(values.first())
override fun createFilter2(values: List<String>): VcsLogHashFilter = VcsLogFilterObject.fromHashes(values)
private fun createTextFilter(text: String): VcsLogTextFilter {
return VcsLogFilterObject.fromPattern(text,
uiProperties.get(MainVcsLogUiProperties.TEXT_FILTER_REGEX),
uiProperties.get(MainVcsLogUiProperties.TEXT_FILTER_MATCH_CASE))
}
fun setFilterText(text: String) {
if (text.isBlank()) {
setFilter(null)
}
else {
val textFilter = createTextFilter(text)
val hashFilter = VcsLogFilterObject.fromHash(text)
setFilter(FilterPair(textFilter, hashFilter))
}
}
}
class FileFilterModel(val roots: Set<VirtualFile>, uiProperties: MainVcsLogUiProperties, filters: VcsLogFilterCollection?) :
PairFilterModel<VcsLogStructureFilter, VcsLogRootFilter>(VcsLogFilterCollection.STRUCTURE_FILTER, VcsLogFilterCollection.ROOT_FILTER,
uiProperties, filters) {
override fun getFilter1Values(filter1: VcsLogStructureFilter): List<String> = getFilterValues(filter1)
override fun getFilter2Values(filter2: VcsLogRootFilter): List<String> = getRootFilterValues(filter2)
override fun createFilter1(values: List<String>): VcsLogStructureFilter = createStructureFilter(values)
override fun createFilter2(values: List<String>): VcsLogRootFilter? {
val selectedRoots: MutableList<VirtualFile> = ArrayList()
for (path in values) {
val root = LocalFileSystem.getInstance().findFileByPath(path)
if (root != null) {
if (roots.contains(root)) {
selectedRoots.add(root)
}
else {
LOG.warn("Can not find VCS root for filtering $root")
}
}
else {
LOG.warn("Can not filter by root that does not exist $path")
}
}
if (selectedRoots.isEmpty()) return null
return VcsLogFilterObject.fromRoots(selectedRoots)
}
val rootFilter: VcsLogRootFilter?
get() = filter2
var structureFilter: VcsLogStructureFilter?
get() = filter1
private set(filter) {
setFilter(FilterPair(filter, null))
}
companion object {
private const val DIR: @NonNls String = "dir:"
private const val FILE: @NonNls String = "file:"
fun getRootFilterValues(filter: VcsLogRootFilter): List<String> {
return filter.roots.map { it.path }
}
@JvmStatic
fun getFilterValues(filter: VcsLogStructureFilter): List<String> {
return filter.files.map { path -> (if (path.isDirectory) DIR else FILE) + path.path }
}
@JvmStatic
fun createStructureFilter(values: List<String>): VcsLogStructureFilter {
return VcsLogFilterObject.fromPaths(values.map { path -> extractPath(path) })
}
fun extractPath(path: String): FilePath {
if (path.startsWith(DIR)) {
return VcsUtil.getFilePath(path.substring(DIR.length), true)
}
else if (path.startsWith(FILE)) {
return VcsUtil.getFilePath(path.substring(FILE.length), false)
}
return VcsUtil.getFilePath(path)
}
}
}
class DateFilterModel(uiProperties: MainVcsLogUiProperties, filters: VcsLogFilterCollection?) :
SingleFilterModel<VcsLogDateFilter>(VcsLogFilterCollection.DATE_FILTER, uiProperties, filters) {
override fun createFilter(values: List<String>): VcsLogDateFilter? {
if (values.size != 2) {
LOG.warn("Can not create date filter from $values before and after dates are required.")
return null
}
val after = values[0]
val before = values[1]
try {
return VcsLogFilterObject.fromDates(if (after.isEmpty()) 0 else after.toLong(),
if (before.isEmpty()) 0 else before.toLong())
}
catch (e: NumberFormatException) {
LOG.warn("Can not create date filter from $values")
}
return null
}
override fun getFilterValues(filter: VcsLogDateFilter): List<String> = getDateValues(filter)
companion object {
fun getDateValues(filter: VcsLogDateFilter): List<String> {
val after = filter.after
val before = filter.before
return listOf(after?.time?.toString() ?: "", before?.time?.toString() ?: "")
}
}
}
private inner class UserFilterModel(uiProperties: MainVcsLogUiProperties, filters: VcsLogFilterCollection?) :
SingleFilterModel<VcsLogUserFilter>(VcsLogFilterCollection.USER_FILTER, uiProperties, filters) {
override fun createFilter(values: List<String>): VcsLogUserFilter = VcsLogFilterObject.fromUserNames(values, logData)
override fun getFilterValues(filter: VcsLogUserFilter): List<String> = ArrayList(filter.valuesAsText)
}
private inner class TextFilterField(private val textFilterModel: TextFilterModel, parentDisposable: Disposable) :
SearchTextField(VCS_LOG_TEXT_FILTER_HISTORY), DataProvider {
init {
text = textFilterModel.text
textEditor.emptyText.setText(VcsLogBundle.message("vcs.log.filter.text.hash.empty.text"))
FragmentedSettingsUtil.setupPlaceholderVisibility(textEditor);
textEditor.addActionListener { e: ActionEvent? -> applyFilter(true) }
addDocumentListener(object : DocumentAdapter() {
override fun textChanged(e: DocumentEvent) {
if (isFilterOnTheFlyEnabled) applyFilter(false)
}
})
textFilterModel.addSetFilterListener {
val modelText = textFilterModel.text
if (!isSameFilterAs(modelText)) text = modelText
}
textEditor.toolTipText = createTooltipText()
Disposer.register(parentDisposable) { hidePopup() }
}
private fun applyFilter(addToHistory: Boolean) {
textFilterModel.setFilterText(text)
if (addToHistory) addCurrentTextToHistory()
}
override fun onFieldCleared() {
textFilterModel.setFilter(null)
}
override fun onFocusLost() {
if (!isSameFilterAs(textFilterModel.text)) applyFilter(isFilterOnTheFlyEnabled)
}
private fun isSameFilterAs(otherText: String): Boolean {
val thisText = text
if (thisText.isNullOrBlank()) return otherText.isBlank()
return thisText == otherText
}
override fun getData(dataId: String): Any? {
if (VcsLogInternalDataKeys.LOG_UI_PROPERTIES.`is`(dataId)) {
return uiProperties
}
return null
}
}
companion object {
private const val VCS_LOG_TEXT_FILTER_HISTORY = "Vcs.Log.Text.Filter.History"
private val LOG = Logger.getInstance(VcsLogClassicFilterUi::class.java)
private fun createTooltipText(): @NlsContexts.Tooltip String {
val text = VcsLogBundle.message("vcs.log.filter.text.hash.tooltip")
val shortcut = HelpTooltip.getShortcutAsHtml(KeymapUtil.getFirstKeyboardShortcutText(VcsLogActionIds.VCS_LOG_FOCUS_TEXT_FILTER))
return XmlStringUtil.wrapInHtml(text + shortcut)
}
private val isFilterOnTheFlyEnabled: Boolean
get() = Registry.`is`("vcs.log.filter.text.on.the.fly")
private fun createTextActionsToolbar(editor: JComponent?): ActionToolbar {
val actionManager = ActionManager.getInstance()
val textActionGroup = actionManager.getAction(VcsLogActionIds.TEXT_FILTER_SETTINGS_ACTION_GROUP) as ActionGroup
val toolbar: ActionToolbarImpl = object : ActionToolbarImpl(ActionPlaces.VCS_LOG_TOOLBAR_PLACE, textActionGroup, true) {
override fun createToolbarButton(action: AnAction,
look: ActionButtonLook?,
place: String,
presentation: Presentation,
minimumSize: Supplier<out Dimension?>): ActionButton {
val button = MyActionButton(action, presentation)
button.isFocusable = true
applyToolbarLook(look, presentation, button)
return button
}
}
toolbar.setCustomButtonLook(FieldInplaceActionButtonLook())
toolbar.setReservePlaceAutoPopupIcon(false)
toolbar.targetComponent = editor
toolbar.updateActionsImmediately()
return toolbar
}
}
}
| 250 | null | 5074 | 16,130 | e7a787ae2af47a6694da9e0e3b1d8fcd0f397775 | 29,132 | intellij-community | Apache License 2.0 |
jsonrpc-app/src/test/kotlin/org/apache/tuweni/jsonrpc/app/JSONRPCConfigTest.kt | Consensys | 693,991,624 | true | {"SVG": 2, "Java Properties": 2, "Markdown": 64, "Gradle": 64, "Shell": 3, "EditorConfig": 1, "YAML": 13760, "Git Attributes": 1, "Batchfile": 1, "Text": 33, "Ignore List": 2, "Git Config": 1, "Kotlin": 393, "TOML": 8, "Java": 443, "XML": 18, "JSON": 17343, "JavaScript": 4, "CSS": 1, "HTML": 8, "SQL": 5, "INI": 3, "ANTLR": 2, "Public Key": 1, "Dockerfile": 2} | // Copyright The Tuweni Authors
// SPDX-License-Identifier: Apache-2.0
package org.apache.tuweni.jsonrpc.app
import org.junit.jupiter.api.Assertions.assertEquals
import org.junit.jupiter.api.Test
class JSONRPCConfigTest {
@Test
fun testDefaultConfig() {
val configAsString = JSONRPCConfig().config.toToml()
assertEquals(
"""## Allowed JSON-RPC methods
#allowedMethods = ["eth_", "net_version"]
## Allowed IP ranges
#allowedRanges = ["0.0.0.0/0"]
## Whether the JSON-RPC server should authenticate incoming requests with HTTP Basic Authentication
#basicAuth = false
## HTTP Basic Auth password
#basicAuthPassword = ""
## HTTP Basic Auth realm
#basicAuthRealm = "Apache Tuweni JSON-RPC proxy"
## HTTP Basic Auth username
#basicAuthUsername = ""
## Enable caching
#cacheEnabled = true
## Lifespan time for entries on cache in milliseconds
#cacheLifespan = 5000
## Max idle time for entries on cache in milliseconds
#cacheMaxIdle = 1000
## Location of cache storage
#cacheStoragePath = ""
## Cached JSON-RPC methods
#cachedMethods = ["eth_blockNumber", "eth_getBlockByNumber", "eth_getBlockByHash", "eth_getTransactionReceipt", "eth_getTransactionByHash", "eth_getLogs"]
## File recording client connection fingerprints
#clientFingerprintsFile = "fingerprints.txt"
## Enable basic authentication for the endpoint
#endpointBasicAuthEnabled = false
## Basic authentication password for the endpoint
#endpointBasicAuthPassword = ""
## Basic authentication username for the endpoint
#endpointBasicAuthUsername = ""
## JSON-RPC endpoint
#endpointUrl = "http://localhost:8545"
## Maximum concurrent requests
#maxConcurrentRequests = 30
## Metrics GRPC push endpoint
#metricsGrpcEndpoint = "http://localhost:4317"
## Enable pushing metrics to gRPC service
#metricsGrpcPushEnabled = false
## Metrics GRPC push timeout
#metricsGrpcTimeout = 2000
## Metric service network interface
#metricsNetworkInterface = "localhost"
## Metric service port
#metricsPort = 9090
## Enable exposing metrics on the Prometheus endpoint
#metricsPrometheusEnabled = false
## JSON-RPC server network interface
#networkInterface = "127.0.0.1"
## Number of threads for each thread pool
#numberOfThreads = 10
## JSON-RPC server port
#port = 18545
## Rejected IP ranges
#rejectedRanges = []
## Server security mode: record, allowlist, ca, tofu
#serverSecurity = "record"
## Whether the JSON-RPC server should serve data over SSL
#ssl = false
""".split("\n").joinToString(System.lineSeparator()),
configAsString,
)
}
}
| 1 | Java | 2 | 0 | d780a654afc90f5fd3c16540d592259487e0a190 | 2,513 | tuweni | Apache License 2.0 |
dsl/camel-kotlin-api/src/generated/kotlin/org/apache/camel/kotlin/components/Olingo4UriDsl.kt | orpiske | 598,577,710 | true | {"Text": 251, "Git Config": 1, "XML": 1790, "Batchfile": 4, "Shell": 21, "YAML": 70, "Maven POM": 593, "JSON": 2573, "Dockerfile": 5, "Markdown": 26, "Ignore List": 19, "Groovy": 164, "Git Attributes": 1, "Java": 21665, "Java Properties": 1066, "AsciiDoc": 1315, "INI": 22, "HTML": 151, "CSS": 2, "JavaScript": 32, "XSLT": 61, "OASv3-yaml": 8, "OASv3-json": 20, "OASv2-json": 6, "OASv2-yaml": 1, "Protocol Buffer": 5, "ASN.1": 1, "Thrift": 2, "SQL": 38, "GraphQL": 4, "Fluent": 9, "Public Key": 16, "Jsonnet": 2, "TOML": 2, "Rust": 1, "Apex": 3, "Erlang": 1, "Tcl": 5, "Mustache": 7, "XQuery": 5, "Ruby": 1, "RobotFramework": 7, "JAR Manifest": 47, "SVG": 2, "Kotlin": 497} | /*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The ASF licenses this file to You under the Apache License, Version 2.0
* (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.apache.camel.kotlin.components
import kotlin.Boolean
import kotlin.Int
import kotlin.String
import kotlin.Unit
import org.apache.camel.kotlin.CamelDslMarker
import org.apache.camel.kotlin.UriDsl
/**
* Communicate with OData 2.0 services using Apache Olingo.
*/
public fun UriDsl.olingo2(i: Olingo2UriDsl.() -> Unit) {
Olingo2UriDsl(this).apply(i)
}
@CamelDslMarker
public class Olingo2UriDsl(
it: UriDsl,
) {
private val it: UriDsl
init {
this.it = it
this.it.component("olingo2")
}
private var apiName: String = ""
private var methodName: String = ""
/**
* What kind of operation to perform
*/
public fun apiName(apiName: String) {
this.apiName = apiName
it.url("$apiName/$methodName")
}
/**
* What sub operation to use for the selected operation
*/
public fun methodName(methodName: String) {
this.methodName = methodName
it.url("$apiName/$methodName")
}
/**
* HTTP connection creation timeout in milliseconds, defaults to 30,000 (30 seconds)
*/
public fun connectTimeout(connectTimeout: String) {
it.property("connectTimeout", connectTimeout)
}
/**
* HTTP connection creation timeout in milliseconds, defaults to 30,000 (30 seconds)
*/
public fun connectTimeout(connectTimeout: Int) {
it.property("connectTimeout", connectTimeout.toString())
}
/**
* Content-Type header value can be used to specify JSON or XML message format, defaults to
* application/json;charset=utf-8
*/
public fun contentType(contentType: String) {
it.property("contentType", contentType)
}
/**
* Custom entity provider read properties applied to all read operations.
*/
public fun entityProviderReadProperties(entityProviderReadProperties: String) {
it.property("entityProviderReadProperties", entityProviderReadProperties)
}
/**
* Custom entity provider write properties applied to create, update, patch, batch and merge
* operations. For instance users can skip the Json object wrapper or enable content only mode when
* sending request data. A service URI set in the properties will always be overwritten by the
* serviceUri configuration parameter. Please consider to using the serviceUri configuration
* parameter instead of setting the respective write property here.
*/
public fun entityProviderWriteProperties(entityProviderWriteProperties: String) {
it.property("entityProviderWriteProperties", entityProviderWriteProperties)
}
/**
* Set this to true to filter out results that have already been communicated by this component.
*/
public fun filterAlreadySeen(filterAlreadySeen: String) {
it.property("filterAlreadySeen", filterAlreadySeen)
}
/**
* Set this to true to filter out results that have already been communicated by this component.
*/
public fun filterAlreadySeen(filterAlreadySeen: Boolean) {
it.property("filterAlreadySeen", filterAlreadySeen.toString())
}
/**
* Custom HTTP headers to inject into every request, this could include OAuth tokens, etc.
*/
public fun httpHeaders(httpHeaders: String) {
it.property("httpHeaders", httpHeaders)
}
/**
* Sets the name of a parameter to be passed in the exchange In Body
*/
public fun inBody(inBody: String) {
it.property("inBody", inBody)
}
/**
* HTTP proxy server configuration
*/
public fun proxy(proxy: String) {
it.property("proxy", proxy)
}
/**
* Target OData service base URI, e.g. http://services.odata.org/OData/OData.svc
*/
public fun serviceUri(serviceUri: String) {
it.property("serviceUri", serviceUri)
}
/**
* HTTP request timeout in milliseconds, defaults to 30,000 (30 seconds)
*/
public fun socketTimeout(socketTimeout: String) {
it.property("socketTimeout", socketTimeout)
}
/**
* HTTP request timeout in milliseconds, defaults to 30,000 (30 seconds)
*/
public fun socketTimeout(socketTimeout: Int) {
it.property("socketTimeout", socketTimeout.toString())
}
/**
* If the polling consumer did not poll any files, you can enable this option to send an empty
* message (no body) instead.
*/
public fun sendEmptyMessageWhenIdle(sendEmptyMessageWhenIdle: String) {
it.property("sendEmptyMessageWhenIdle", sendEmptyMessageWhenIdle)
}
/**
* If the polling consumer did not poll any files, you can enable this option to send an empty
* message (no body) instead.
*/
public fun sendEmptyMessageWhenIdle(sendEmptyMessageWhenIdle: Boolean) {
it.property("sendEmptyMessageWhenIdle", sendEmptyMessageWhenIdle.toString())
}
/**
* For endpoints that return an array or collection, a consumer endpoint will map every element to
* distinct messages, unless splitResult is set to false.
*/
public fun splitResult(splitResult: String) {
it.property("splitResult", splitResult)
}
/**
* For endpoints that return an array or collection, a consumer endpoint will map every element to
* distinct messages, unless splitResult is set to false.
*/
public fun splitResult(splitResult: Boolean) {
it.property("splitResult", splitResult.toString())
}
/**
* Allows for bridging the consumer to the Camel routing Error Handler, which mean any exceptions
* (if possible) occurred while the Camel consumer is trying to pickup incoming messages, or the
* likes, will now be processed as a message and handled by the routing Error Handler. Important:
* This is only possible if the 3rd party component allows Camel to be alerted if an exception was
* thrown. Some components handle this internally only, and therefore bridgeErrorHandler is not
* possible. In other situations we may improve the Camel component to hook into the 3rd party
* component and make this possible for future releases. By default the consumer will use the
* org.apache.camel.spi.ExceptionHandler to deal with exceptions, that will be logged at WARN or
* ERROR level and ignored.
*/
public fun bridgeErrorHandler(bridgeErrorHandler: String) {
it.property("bridgeErrorHandler", bridgeErrorHandler)
}
/**
* Allows for bridging the consumer to the Camel routing Error Handler, which mean any exceptions
* (if possible) occurred while the Camel consumer is trying to pickup incoming messages, or the
* likes, will now be processed as a message and handled by the routing Error Handler. Important:
* This is only possible if the 3rd party component allows Camel to be alerted if an exception was
* thrown. Some components handle this internally only, and therefore bridgeErrorHandler is not
* possible. In other situations we may improve the Camel component to hook into the 3rd party
* component and make this possible for future releases. By default the consumer will use the
* org.apache.camel.spi.ExceptionHandler to deal with exceptions, that will be logged at WARN or
* ERROR level and ignored.
*/
public fun bridgeErrorHandler(bridgeErrorHandler: Boolean) {
it.property("bridgeErrorHandler", bridgeErrorHandler.toString())
}
/**
* To let the consumer use a custom ExceptionHandler. Notice if the option bridgeErrorHandler is
* enabled then this option is not in use. By default the consumer will deal with exceptions, that
* will be logged at WARN or ERROR level and ignored.
*/
public fun exceptionHandler(exceptionHandler: String) {
it.property("exceptionHandler", exceptionHandler)
}
/**
* Sets the exchange pattern when the consumer creates an exchange.
*/
public fun exchangePattern(exchangePattern: String) {
it.property("exchangePattern", exchangePattern)
}
/**
* A pluggable org.apache.camel.PollingConsumerPollingStrategy allowing you to provide your custom
* implementation to control error handling usually occurred during the poll operation before an
* Exchange have been created and being routed in Camel.
*/
public fun pollStrategy(pollStrategy: String) {
it.property("pollStrategy", pollStrategy)
}
/**
* Whether the producer should be started lazy (on the first message). By starting lazy you can
* use this to allow CamelContext and routes to startup in situations where a producer may otherwise
* fail during starting and cause the route to fail being started. By deferring this startup to be
* lazy then the startup failure can be handled during routing messages via Camel's routing error
* handlers. Beware that when the first message is processed then creating and starting the producer
* may take a little time and prolong the total processing time of the processing.
*/
public fun lazyStartProducer(lazyStartProducer: String) {
it.property("lazyStartProducer", lazyStartProducer)
}
/**
* Whether the producer should be started lazy (on the first message). By starting lazy you can
* use this to allow CamelContext and routes to startup in situations where a producer may otherwise
* fail during starting and cause the route to fail being started. By deferring this startup to be
* lazy then the startup failure can be handled during routing messages via Camel's routing error
* handlers. Beware that when the first message is processed then creating and starting the producer
* may take a little time and prolong the total processing time of the processing.
*/
public fun lazyStartProducer(lazyStartProducer: Boolean) {
it.property("lazyStartProducer", lazyStartProducer.toString())
}
/**
* Custom HTTP async client builder for more complex HTTP client configuration, overrides
* connectionTimeout, socketTimeout, proxy and sslContext. Note that a socketTimeout MUST be
* specified in the builder, otherwise OData requests could block indefinitely
*/
public fun httpAsyncClientBuilder(httpAsyncClientBuilder: String) {
it.property("httpAsyncClientBuilder", httpAsyncClientBuilder)
}
/**
* Custom HTTP client builder for more complex HTTP client configuration, overrides
* connectionTimeout, socketTimeout, proxy and sslContext. Note that a socketTimeout MUST be
* specified in the builder, otherwise OData requests could block indefinitely
*/
public fun httpClientBuilder(httpClientBuilder: String) {
it.property("httpClientBuilder", httpClientBuilder)
}
/**
* The number of subsequent error polls (failed due some error) that should happen before the
* backoffMultipler should kick-in.
*/
public fun backoffErrorThreshold(backoffErrorThreshold: String) {
it.property("backoffErrorThreshold", backoffErrorThreshold)
}
/**
* The number of subsequent error polls (failed due some error) that should happen before the
* backoffMultipler should kick-in.
*/
public fun backoffErrorThreshold(backoffErrorThreshold: Int) {
it.property("backoffErrorThreshold", backoffErrorThreshold.toString())
}
/**
* The number of subsequent idle polls that should happen before the backoffMultipler should
* kick-in.
*/
public fun backoffIdleThreshold(backoffIdleThreshold: String) {
it.property("backoffIdleThreshold", backoffIdleThreshold)
}
/**
* The number of subsequent idle polls that should happen before the backoffMultipler should
* kick-in.
*/
public fun backoffIdleThreshold(backoffIdleThreshold: Int) {
it.property("backoffIdleThreshold", backoffIdleThreshold.toString())
}
/**
* To let the scheduled polling consumer backoff if there has been a number of subsequent
* idles/errors in a row. The multiplier is then the number of polls that will be skipped before the
* next actual attempt is happening again. When this option is in use then backoffIdleThreshold
* and/or backoffErrorThreshold must also be configured.
*/
public fun backoffMultiplier(backoffMultiplier: String) {
it.property("backoffMultiplier", backoffMultiplier)
}
/**
* To let the scheduled polling consumer backoff if there has been a number of subsequent
* idles/errors in a row. The multiplier is then the number of polls that will be skipped before the
* next actual attempt is happening again. When this option is in use then backoffIdleThreshold
* and/or backoffErrorThreshold must also be configured.
*/
public fun backoffMultiplier(backoffMultiplier: Int) {
it.property("backoffMultiplier", backoffMultiplier.toString())
}
/**
* Milliseconds before the next poll.
*/
public fun delay(delay: String) {
it.property("delay", delay)
}
/**
* Milliseconds before the next poll.
*/
public fun delay(delay: Int) {
it.property("delay", delay.toString())
}
/**
* If greedy is enabled, then the ScheduledPollConsumer will run immediately again, if the
* previous run polled 1 or more messages.
*/
public fun greedy(greedy: String) {
it.property("greedy", greedy)
}
/**
* If greedy is enabled, then the ScheduledPollConsumer will run immediately again, if the
* previous run polled 1 or more messages.
*/
public fun greedy(greedy: Boolean) {
it.property("greedy", greedy.toString())
}
/**
* Milliseconds before the first poll starts.
*/
public fun initialDelay(initialDelay: String) {
it.property("initialDelay", initialDelay)
}
/**
* Milliseconds before the first poll starts.
*/
public fun initialDelay(initialDelay: Int) {
it.property("initialDelay", initialDelay.toString())
}
/**
* Specifies a maximum limit of number of fires. So if you set it to 1, the scheduler will only
* fire once. If you set it to 5, it will only fire five times. A value of zero or negative means
* fire forever.
*/
public fun repeatCount(repeatCount: String) {
it.property("repeatCount", repeatCount)
}
/**
* Specifies a maximum limit of number of fires. So if you set it to 1, the scheduler will only
* fire once. If you set it to 5, it will only fire five times. A value of zero or negative means
* fire forever.
*/
public fun repeatCount(repeatCount: Int) {
it.property("repeatCount", repeatCount.toString())
}
/**
* The consumer logs a start/complete log line when it polls. This option allows you to configure
* the logging level for that.
*/
public fun runLoggingLevel(runLoggingLevel: String) {
it.property("runLoggingLevel", runLoggingLevel)
}
/**
* Allows for configuring a custom/shared thread pool to use for the consumer. By default each
* consumer has its own single threaded thread pool.
*/
public fun scheduledExecutorService(scheduledExecutorService: String) {
it.property("scheduledExecutorService", scheduledExecutorService)
}
/**
* To use a cron scheduler from either camel-spring or camel-quartz component. Use value spring or
* quartz for built in scheduler
*/
public fun scheduler(scheduler: String) {
it.property("scheduler", scheduler)
}
/**
* To configure additional properties when using a custom scheduler or any of the Quartz, Spring
* based scheduler.
*/
public fun schedulerProperties(schedulerProperties: String) {
it.property("schedulerProperties", schedulerProperties)
}
/**
* Whether the scheduler should be auto started.
*/
public fun startScheduler(startScheduler: String) {
it.property("startScheduler", startScheduler)
}
/**
* Whether the scheduler should be auto started.
*/
public fun startScheduler(startScheduler: Boolean) {
it.property("startScheduler", startScheduler.toString())
}
/**
* Time unit for initialDelay and delay options.
*/
public fun timeUnit(timeUnit: String) {
it.property("timeUnit", timeUnit)
}
/**
* Controls if fixed delay or fixed rate is used. See ScheduledExecutorService in JDK for details.
*/
public fun useFixedDelay(useFixedDelay: String) {
it.property("useFixedDelay", useFixedDelay)
}
/**
* Controls if fixed delay or fixed rate is used. See ScheduledExecutorService in JDK for details.
*/
public fun useFixedDelay(useFixedDelay: Boolean) {
it.property("useFixedDelay", useFixedDelay.toString())
}
/**
* To configure security using SSLContextParameters
*/
public fun sslContextParameters(sslContextParameters: String) {
it.property("sslContextParameters", sslContextParameters)
}
}
| 0 | Java | 1 | 1 | 65511a265752d23f5bbf4bb32cb3438c1d535f98 | 17,141 | camel | Apache License 2.0 |
app/src/main/java/com/letitplay/maugry/letitplay/data_management/api/responses/UpdatedChannelResponse.kt | LetItPlay | 113,900,291 | false | null | package com.letitplay.maugry.letitplay.data_management.api.responses
import com.google.gson.annotations.SerializedName
import com.letitplay.maugry.letitplay.data_management.db.entity.Language
data class UpdatedChannelResponse(
@SerializedName("id")
var id: Int,
@SerializedName("lang")
var lang: Language,
@SerializedName("name")
var name: String,
@SerializedName("image")
var imageUrl: String,
@SerializedName("subscription_count")
var subscriptionCount: Int,
@SerializedName("tags")
var tags: String?,
@SerializedName("youtube_url")
var youtubeUrl: String?
) | 8 | Kotlin | 1 | 0 | 74380c7cf5fe6ce8f307cd82d7e90f2e9704eacd | 675 | AndroidClient | Apache License 2.0 |
attic/photlin/src/photlinc/gen.kt | adolfoeliazat | 93,302,907 | false | {"Java": 30937521, "PHP": 7642921, "Kotlin": 2980528, "JavaScript": 2555709, "TypeScript": 222563, "HTML": 46734, "Batchfile": 23511, "Lex": 15020, "OCaml": 6730, "C#": 4124, "Protocol Buffer": 2621, "AutoHotkey": 2556, "Shell": 843, "Vim Script": 591, "Python": 62} | package photlinc
import org.jetbrains.kotlin.js.backend.ast.JsVisitor
import org.jetbrains.kotlin.js.backend.ast.*
import org.jetbrains.kotlin.js.backend.ast.JsNumberLiteral.JsDoubleLiteral
import org.jetbrains.kotlin.js.backend.ast.JsNumberLiteral.JsIntLiteral
import org.jetbrains.kotlin.js.backend.ast.JsVars.JsVar
import org.jetbrains.kotlin.js.util.TextOutput
import gnu.trove.THashSet
import org.jetbrains.kotlin.backend.jvm.codegen.psiElement
import org.jetbrains.kotlin.descriptors.ClassDescriptor
import org.jetbrains.kotlin.descriptors.FunctionDescriptor
import org.jetbrains.kotlin.descriptors.ValueDescriptor
import org.jetbrains.kotlin.descriptors.annotations.Annotated
import org.jetbrains.kotlin.descriptors.impl.SimpleFunctionDescriptorImpl
import org.jetbrains.kotlin.js.backend.JsConstructExpressionVisitor
import org.jetbrains.kotlin.js.backend.JsFirstExpressionVisitor
import org.jetbrains.kotlin.js.backend.JsPrecedenceVisitor
import org.jetbrains.kotlin.js.backend.JsRequiresSemiVisitor
import org.jetbrains.kotlin.js.translate.utils.name
import org.jetbrains.kotlin.js.util.TextOutputImpl
import org.jetbrains.kotlin.resolve.BindingContext
import org.jetbrains.kotlin.resolve.annotations.argumentValue
import org.jetbrains.kotlin.resolve.constants.BooleanValue
import org.jetbrains.kotlin.resolve.constants.StringValue
import java.util.*
import photlin.*
import vgrechka.*
open class JsToStringGenerationVisitor2(out:TextOutput): JsVisitor() {
protected var needSemi = true
private var lineBreakAfterBlock = true
/**
* "Global" blocks are either the global block of a fragment, or a block
* nested directly within some other global block. This definition matters
* because the statements designated by statementEnds and statementStarts are
* those that appear directly within these global blocks.
*/
private val globalBlocks = THashSet<JsBlock>()
val p:TextOutput
init{
p = out
}
override fun visitSingleLineComment(x: JsSingleLineComment) {
p.print("// ${x.text}\n")
}
override fun visitPHPPlainCodeExpression(x: PHPPlainCodeExpression) {
p.print(x.spewCode())
}
override fun visitArrayAccess(x:JsArrayAccess) {
printPair(x, x.getArrayExpression())
leftSquare()
accept(x.getIndexExpression())
rightSquare()
}
override fun visitArray(x: JsArrayLiteral) {
printDebugTag(x)
fun fuck(gen: JsToStringGenerationVisitor2) {
gen.p.print("array(")
gen.printExpressions(x.getExpressions())
gen.p.print(")")
}
fuck(this)
}
private fun printExpressions(expressions:List<JsExpression>) {
var notFirst = false
for ((expressionIndex, expression) in expressions.withIndex())
{
notFirst = sepCommaOptSpace(notFirst) && !(expression is JsDocComment)
val isEnclosed = parenPushIfCommaExpression(expression)
// if (expression.debugTag == "1646") {
// "break on me"
// }
if (expression is JsArrayLiteral || expression.valueParameterDescriptor?.type?.typeName == "kotlin.Array") {
pizdavalue(byReference = expression !is JsArrayLiteral) {gen-> gen.accept(expression)}
} else {
accept(expression)
}
if (isEnclosed)
{
rightParen()
}
}
}
private fun pizdavalue(byReference: Boolean = false, fuck: (JsToStringGenerationVisitor2) -> Unit) {
val tag = PhotlincDebugGlobal.nextDebugTag()
if (tag == PhotlincDebugGlobal.breakOnPizdavalue) {
"break on me"
}
val varName = "pizdavalue" + tag
val out = TextOutputImpl()
val generator = JsToStringGenerationVisitor2(out)
fuck(generator)
val eq = when {
byReference -> "=&"
else -> "="
}
printLineAbove("\$$varName $eq ${out.out};")
p.print("\$$varName")
}
override fun visitBinaryExpression(binaryOperation: JsBinaryOperation) {
val operator = binaryOperation.getOperator()
val arg1 = binaryOperation.getArg1()
val isExpressionEnclosed = parenPush(binaryOperation, arg1, !operator.isLeftAssociative())
accept(arg1)
if (operator.isKeyword())
{
_parenPopOrSpace(binaryOperation, arg1, !operator.isLeftAssociative())
}
else if (operator !== JsBinaryOperator.COMMA)
{
if (isExpressionEnclosed)
{
rightParen()
}
spaceOpt()
}
printDebugTag(binaryOperation)
if (binaryOperation.elvis) {
p.print("?:")
} else {
p.print(run {
val type = arg1.kotlinTypeName
if (type == "kotlin.String") {
if (operator.symbol == "+") return@run "."
if (operator.symbol == "+=") return@run ".="
}
return@run operator.symbol
})
}
// if (operator.symbol == "=") {
// if (binaryOperation.arg2.kotlinTypeName == "kotlin.Array") {
// p.print("&")
// }
// }
val arg2 = binaryOperation.getArg2()
val isParenOpened:Boolean
if (operator === JsBinaryOperator.COMMA)
{
isParenOpened = false
spaceOpt()
}
else if (arg2 is JsBinaryOperation && (arg2 as JsBinaryOperation).getOperator() === JsBinaryOperator.AND)
{
spaceOpt()
leftParen()
isParenOpened = true
}
else
{
if (spaceCalc(operator, arg2))
{
isParenOpened = _parenPushOrSpace(binaryOperation, arg2, operator.isLeftAssociative())
}
else
{
spaceOpt()
isParenOpened = parenPush(binaryOperation, arg2, operator.isLeftAssociative())
}
}
accept(arg2)
if (isParenOpened)
{
rightParen()
}
}
override fun visitBlock(x:JsBlock) {
printJsBlock(x, true)
}
override fun visitPHPClass(x: PHPClass) {
printAnnotations(x.classDescriptor, x)
val fuckingName = escapeIdent(x.className.ident)
printDebugTag(x)
p.print("class $fuckingName ")
x.classDescriptor.phpSuperPrototypeNameRef?.let {
val superClassName = (it.qualifier as JsNameRef).ident
p.print("extends ${escapeIdent(superClassName)} ")
}
blockOpen()
x.statements.forEach {accept(it); newlineOpt()}
blockClose()
p.newline()
p.print("\$$fuckingName = new stdClassWithPhotlinProps(); // Fuck...")
p.newline()
}
private fun printAnnotations(x: Annotated, node: JsNode) {
val annotations = x.annotations
if (!annotations.isEmpty()) {
p.print("/**")
for (ann in annotations) {
val annAnnotations = ann.type.constructor.declarationDescriptor?.annotations
if (annAnnotations != null) {
val emitAnnotationAsPHPCommentAnnotation = annAnnotations.find {
it.type.typeName == "photlin.EmitAnnotationAsPHPComment"
}
if (emitAnnotationAsPHPCommentAnnotation != null) {
val annotationTypeName = ann.type.typeName ?: wtf("0afd9e3c-b8f5-4cef-8d82-45de409b8e6a")
val nameArgValue = emitAnnotationAsPHPCommentAnnotation.argumentValue("name") as String
val phpName = when (nameArgValue) {
"" -> annotationTypeName.substringAfterLast(".")
else -> nameArgValue
}
p.print(" @" + phpName)
if (ann.allValueArguments.isNotEmpty()) {
p.print("(")
for ((key, value) in ann.allValueArguments) {
p.print(key.name.asString())
p.print("=")
when (value) {
is StringValue -> {
p.print(phpString(value.value, forceDoubleQuote = true))
}
is BooleanValue -> {
p.print(value.value.toString())
}
else -> imf("7a2b3251-0044-4b96-a9c4-5ca3cbabe207")
}
}
p.print(")")
}
}
}
}
p.print(" **/ ")
}
}
override fun visitBoolean(x:JsLiteral.JsBooleanLiteral) {
if (x.getValue())
{
p.print(CHARS_TRUE)
}
else
{
p.print(CHARS_FALSE)
}
}
override fun visitBreak(x:JsBreak) {
p.print(CHARS_BREAK)
continueOrBreakLabel(x)
}
override fun visitContinue(x:JsContinue) {
p.print(CHARS_CONTINUE)
continueOrBreakLabel(x)
}
private fun continueOrBreakLabel(x:JsContinue) {
val label = x.getLabel()
if (label != null && label.getIdent() != null)
{
space()
p.print("1") // XXX PHP...
// p.print(escapeIdent(label.getIdent()))
}
}
override fun visitCase(x:JsCase) {
p.print(CHARS_CASE)
space()
accept(x.getCaseExpression())
_colon()
newlineOpt()
printSwitchMemberStatements(x)
}
private fun printSwitchMemberStatements(x:JsSwitchMember) {
p.indentIn()
for (stmt in x.getStatements())
{
needSemi = true
accept(stmt)
if (needSemi)
{
semi()
}
newlineOpt()
}
p.indentOut()
needSemi = false
}
override fun visitCatch(x: JsCatch) {
spaceOpt()
p.print(CHARS_CATCH)
spaceOpt()
leftParen()
// val catchParam = ShitToShit.attrs(x).catchParam
// if (catchParam != null) {
// p.print(catchParam.typeReference!!.text + " $")
// }
accept(x.typeExpression)
p.print(" $")
nameDef(x.parameter.name)
// Optional catch condition.
//
val catchCond = x.condition
if (catchCond != null)
{
space()
_if()
space()
accept(catchCond)
}
rightParen()
spaceOpt()
accept(x.body)
}
override fun visitConditional(x:JsConditional) {
// Associativity: for the then and else branches, it is safe to insert
// another
// ternary expression, but if the test expression is a ternary, it should
// get parentheses around it.
printPair(x, x.getTestExpression(), true)
spaceOpt()
p.print('?')
spaceOpt()
printPair(x, x.getThenExpression())
spaceOpt()
_colon()
spaceOpt()
printPair(x, x.getElseExpression())
}
private fun printPair(parent:JsExpression, expression:JsExpression, wrongAssoc:Boolean = false) {
val isNeedParen = parenCalc(parent, expression, wrongAssoc)
if (isNeedParen)
{
leftParen()
}
accept(expression)
if (isNeedParen)
{
rightParen()
}
}
override fun visitDebugger(x:JsDebugger) {
p.print(CHARS_DEBUGGER)
}
override fun visitDefault(x:JsDefault) {
p.print(CHARS_DEFAULT)
_colon()
printSwitchMemberStatements(x)
}
override fun visitWhile(x:JsWhile) {
_while()
spaceOpt()
leftParen()
accept(x.getCondition())
rightParen()
nestedPush(x.getBody())
accept(x.getBody())
nestedPop(x.getBody())
}
override fun visitDoWhile(x:JsDoWhile) {
p.print(CHARS_DO)
nestedPush(x.getBody())
accept(x.getBody())
nestedPop(x.getBody())
if (needSemi)
{
semi()
newlineOpt()
}
else
{
spaceOpt()
needSemi = true
}
_while()
spaceOpt()
leftParen()
accept(x.getCondition())
rightParen()
}
override fun visitEmpty(x:JsEmpty) {}
override fun visitExpressionStatement(x:JsExpressionStatement) {
val surroundWithParentheses = JsFirstExpressionVisitor.exec(x)
if (surroundWithParentheses)
{
leftParen()
}
val expr = x.expression
if (expr is JsFunction) {
expr.shouldPrintName = true
}
accept(expr)
if (surroundWithParentheses)
{
rightParen()
}
}
override fun visitFor(x: JsFor) {
_for()
spaceOpt()
leftParen()
// The init expressions or var decl.
//
if (x.getInitExpression() != null)
{
accept(x.getInitExpression())
}
else if (x.getInitVars() != null)
{
accept(x.getInitVars())
}
semi()
// The loop test.
//
if (x.getCondition() != null)
{
spaceOpt()
accept(x.getCondition())
}
semi()
// The incr expression.
//
if (x.getIncrementExpression() != null)
{
spaceOpt()
accept(x.getIncrementExpression())
}
rightParen()
nestedPush(x.getBody())
accept(x.getBody())
nestedPop(x.getBody())
}
override fun visitForIn(x:JsForIn) {
wtf("visitForIn 7cd8a5a3-136d-4a4a-bfd4-78502e2dd11c")
// _for()
// spaceOpt()
// leftParen()
// if (x.getIterVarName() != null)
// {
// printVar()
// space()
// nameDef(x.getIterVarName())
// if (x.getIterExpression() != null)
// {
// spaceOpt()
// assignment()
// spaceOpt()
// accept(x.getIterExpression())
// }
// }
// else
// {
// // Just a name ref.
// //
// accept(x.getIterExpression())
// }
// space()
// p.print(CHARS_IN)
// space()
// accept(x.getObjectExpression())
// rightParen()
// nestedPush(x.getBody())
// accept(x.getBody())
// nestedPop(x.getBody())
}
override fun visitFunction(x: JsFunction) {
val shouldDumpBodyToContainer = x.declarationDescriptor?.annotations
?.any {it.type.typeName == "photlin.PHPDumpBodyToContainer"}
?: false
if (!shouldDumpBodyToContainer) {
printDebugTag(x)
p.print(CHARS_FUNCTION)
if (x.declarationDescriptor != null) {
val functionDescriptor = x.declarationDescriptor as? FunctionDescriptor
?: wtf("19b83dc5-1876-4a36-a82a-7feb392655d8")
if (functionDescriptor.returnType?.typeName == "kotlin.Array") {
p.print("&")
}
}
space()
if (x.getName() != null && x.shouldPrintName)
{
nameOf(x)
}
leftParen()
var notFirst = false
for (element in x.getParameters())
{
val param = element as JsParameter
notFirst = sepCommaOptSpace(notFirst)
accept(param)
}
rightParen()
space()
if (x.useNames.isNotEmpty()) {
p.print("use (")
for ((i, nameRef) in x.useNames.withIndex()) {
if (i > 0) p.print(", ")
if (isByRefShit(nameRef)) p.print("&")
p.print("$" + escapeIdent(nameRef.ident))
}
p.print(")")
}
lineBreakAfterBlock = false
}
accept(x.getBody())
needSemi = true
}
override fun visitIf(x:JsIf) {
_if()
spaceOpt()
leftParen()
accept(x.getIfExpression())
rightParen()
var thenStmt = x.getThenStatement()
var elseStatement = x.getElseStatement()
// @fucking if-then-else printing
thenStmt = JsBlock(thenStmt)
elseStatement = JsBlock(elseStatement)
if (elseStatement != null && thenStmt is JsIf && (thenStmt as JsIf).getElseStatement() == null)
{
thenStmt = JsBlock(thenStmt)
}
nestedPush(thenStmt)
accept(thenStmt)
nestedPop(thenStmt)
if (elseStatement != null)
{
if (needSemi)
{
semi()
newlineOpt()
}
else
{
spaceOpt()
needSemi = true
}
p.print(CHARS_ELSE)
val elseIf = elseStatement is JsIf
if (!elseIf)
{
nestedPush(elseStatement)
}
else
{
space()
}
accept(elseStatement)
if (!elseIf)
{
nestedPop(elseStatement)
}
}
}
// override fun visitPHPVarRef(varRef: PHPVarRef) {
// printDebugTag(varRef)
// p.print("$" + escapeDollar(varRef.getIdent()))
// }
override fun visitPHPGlobalVarRef(varRef: PHPGlobalVarRef) {
printDebugTag(varRef)
p.print("\$GLOBALS['" + escapeIdent(varRef.getIdent()) + "']")
}
// override fun visitPHPFieldRef(x: PHPFieldRef) {
// accept(x.receiver)
// p.print("->${x.fieldName}")
// }
override fun visitPHPMethodCall(call: PHPMethodCall) {
accept(call.receiver)
printDebugTag(call, spaceBefore = true)
p.print("->${call.methodName}")
leftParen()
printExpressions(call.arguments)
rightParen()
}
override fun visitPHPStaticMethodCall(call: PHPStaticMethodCall) {
p.print("${call.className}::${call.methodName}")
leftParen()
printExpressions(call.arguments)
rightParen()
}
// override fun visitPHPInvocation(invocation: PHPInvocation) {
//// val c = invocation.callee
// accept(invocation.callee)
//
// leftParen()
// printExpressions(invocation.arguments)
// rightParen()
// }
override fun visitInvocation(invocation: JsInvocation) {
printDebugTag(invocation)
val callee = invocation.qualifier
if (callee is JsNameRef) {
if (callee.qualifier?.kotlinTypeName == "kotlin.String") {
"break on me"
val builtInFunction = when (callee.ident) {
"charCodeAt" -> "Kotlin::charCodeAt"
"substring" -> "Kotlin::substring"
"split" -> "pizdasplit"
else -> wtf("d140179a-26b4-4726-bd6d-be69c62f42ed callee.ident = ${callee.ident}")
// else -> "pizdunishka"
}
p.print("$builtInFunction(")
accept(callee.qualifier)
p.print(", ")
printExpressions(invocation.arguments)
p.print(")")
return
}
accept(callee)
// printPair(invocation, callee)
} else {
pizdavalue {gen-> gen.accept(callee)}
}
leftParen()
printExpressions(invocation.arguments)
rightParen()
}
override fun visitLabel(x:JsLabel) {
nameOf(x)
_colon()
spaceOpt()
accept(x.getStatement())
}
override fun visitNameRef(nameRef: JsNameRef) {
printDebugTag(nameRef)
if (nameRef.suppressWarnings)
p.print("@")
exhaustive=when (nameRef.kind) {
PHPNameRefKind.STRING_LITERAL -> {
if (nameRef.qualifier != null) {
wtf("STRING_LITERAL with qualifier 210ac0a8-eaf1-44fe-933f-4e78a7cf07a6")
}
p.print("'" + escapeIdent(nameRef.ident) + "'")
return
}
PHPNameRefKind.GLOBAL_VAR -> {
if (nameRef.qualifier != null) {
wtf("GLOBALVAR with qualifier 1325766c-29a4-44f9-b773-428a4f097e84")
}
p.print("\$GLOBALS['" + escapeIdent(nameRef.getIdent()) + "']")
}
PHPNameRefKind.VAR -> {
if (nameRef.qualifier != null) {
wtf("VAR with qualifier 562283b3-071e-4fac-bcae-6be7f2fbc1ba")
}
p.print("$" + escapeIdent(nameRef.ident))
return
}
PHPNameRefKind.FIELD -> {
val qualifier = nameRef.qualifier
if (qualifier != null) {
if (nameRef.qualifier?.kotlinTypeName == "kotlin.String") {
val builtInFunction = when (nameRef.ident) {
"length" -> "strlen"
else -> wtf("39e634a3-a9c7-4cef-bc57-01bd2e4ae195 nameRef.ident = ${nameRef.ident}")
}
p.print("$builtInFunction(")
accept(nameRef.qualifier)
p.print(")")
return
}
}
accept(nameRef.qualifier)
p.print("->${escapeIdent(nameRef.ident)}")
return
}
PHPNameRefKind.STATIC -> {
accept(nameRef.qualifier)
p.print("::${escapeIdent(nameRef.ident)}")
return
}
PHPNameRefKind.LAMBDA,
PHPNameRefKind.LAMBDA_CREATOR -> {
val varName = "pizda_" + PhotlincDebugGlobal.nextDebugTag()
// if (varName == "pizda_3485") {
// "break on me"
// }
val crappyPHPLambda = StringBuilder()-{s->
s.append("function(")
val callableDescriptor = nameRef.callableDescriptor ?: wtf("ddb4e1a5-457a-4d51-b5d5-b999247e0b07")
val paramDescriptors = when (nameRef.kind) {
PHPNameRefKind.LAMBDA_CREATOR -> nameRef.additionalArgDescriptors ?: listOf()
else -> callableDescriptor.valueParameters + (nameRef.additionalArgDescriptors ?: listOf())
}
for ((i, valueParameter) in paramDescriptors.withIndex()) {
if (i > 0)
s.append(", ")
if (valueParameter is ValueDescriptor) {
if (valueParameter.type.typeName == "kotlin.Array")
s.append("&")
}
s.append("\$p$i")
}
s.append(") {")
s.append("return ${escapeIdent(nameRef.ident)}(")
for (i in 0..paramDescriptors.lastIndex) {
if (i > 0)
s.append(", ")
s.append("\$p$i")
}
s.append(");")
s.append("}")
}
printLineAbove("\$$varName = $crappyPHPLambda;")
p.print("\$$varName")
return
}
PHPNameRefKind.DUNNO -> {
val qualifier = nameRef.qualifier
if (qualifier != null)
{
if (nameRef.qualifier?.kotlinTypeName == "kotlin.String") {
val builtInFunction = when (nameRef.ident) {
"length" -> "strlen"
else -> wtf("3c1a8c8c-4fe0-4d8b-bd4f-2bcab38a84f5 nameRef.ident = ${nameRef.ident}")
}
p.print("$builtInFunction(")
accept(nameRef.qualifier)
p.print(")")
return
}
var enclose:Boolean
if (qualifier is JsLiteral.JsValueLiteral)
{
// "42.foo" is not allowed, but "(42).foo" is.
enclose = qualifier is JsNumberLiteral
}
else
{
enclose = parenCalc(nameRef, qualifier, false)
}
if (qualifier !is JsNameRef)
enclose = false
if (enclose)
{
leftParen()
}
if (qualifier !is JsNameRef) {
// "break on me"
pizdavalue {gen-> gen.accept(qualifier)}
} else {
accept(qualifier)
}
if (enclose)
{
rightParen()
}
p.print("->")
}
p.maybeIndent()
beforeNodePrinted(nameRef)
p.print(escapeIdent(nameRef.ident))
}
}
}
private fun printLineAbove(s: String) {
try {
val out = (p as TextOutputImpl).out
var index = out.length - 1
while (out[index] != '\n' && index > 0) {
--index
}
if (out[index] == '\r' && index > 0)
--index
out.insert(index, "\n$s")
} catch(e: StringIndexOutOfBoundsException) {
"break on me"
throw e
}
}
private fun printDebugTag(shit: AbstractNode, spaceBefore: Boolean = false) {
val debugTag = shit.debugTag
if (debugTag != null) {
if (debugTag == PhotlincDebugGlobal.breakOnDebugTag) {
"break on me"
}
// val mappedFrom = shit.mappedFromDebugTag?.let {"<$it>"} ?: ""
val mappedFrom = ""
p.printTagged(spaceBefore.ifOrEmpty{" "} + debugTag + mappedFrom + "@")
}
}
fun escapeIdent(s: String): String {
// PHP reserved words and alike
if (s == "die") return "die__photlin_umri_skotina"
if (s == "const") return "const__photlin_konstantinovich"
if (s == "split") return "split__photlin_v_zhopu_zalit"
return s.replace("$", "__dollar__")
}
protected fun beforeNodePrinted(node:JsNode) {}
override fun visitNew(x: JsNew) {
printDebugTag(x)
p.print(CHARS_NEW)
space()
val constructorExpression = x.getConstructorExpression()
val needsParens = JsConstructExpressionVisitor.exec(constructorExpression)
if (needsParens)
{
leftParen()
}
accept(constructorExpression)
if (needsParens)
{
rightParen()
}
leftParen()
printExpressions(x.getArguments())
rightParen()
}
override fun visitNull(x:JsNullLiteral) {
printDebugTag(x)
p.print(CHARS_NULL)
}
override fun visitInt(x:JsIntLiteral) {
p.print(x.value)
}
override fun visitDouble(x:JsDoubleLiteral) {
p.print(x.value)
}
override fun visitObjectLiteral(objectLiteral: JsObjectLiteral) {
printDebugTag(objectLiteral)
if (objectLiteral.propertyInitializers.isEmpty()) {
p.print("new stdClassWithPhotlinProps()")
} else {
// imf("Generate non-empty object literal 653f3b11-ea9c-4f14-9b41-7d17a44c2d0d")
p.print("array(")
if (objectLiteral.isMultiline)
{
p.indentIn()
}
var notFirst = false
for (item in objectLiteral.propertyInitializers)
{
if (notFirst)
{
p.print(',')
}
if (objectLiteral.isMultiline)
{
newlineOpt()
}
else if (notFirst)
{
spaceOpt()
}
notFirst = true
val labelExpr = item.labelExpr
// labels can be either string, integral, or decimal literals
p.print("'")
if (labelExpr is JsNameRef)
{
p.print((labelExpr as JsNameRef).ident)
}
else if (labelExpr is JsStringLiteral)
{
p.print((labelExpr as JsStringLiteral).value)
}
else
{
accept(labelExpr)
}
p.print("'")
p.print(" => ")
// _colon()
space()
val valueExpr = item.valueExpr
val wasEnclosed = parenPushIfCommaExpression(valueExpr)
accept(valueExpr)
if (wasEnclosed)
{
rightParen()
}
}
if (objectLiteral.isMultiline())
{
p.indentOut()
newlineOpt()
}
p.print(')')
}
}
fun isByRefShit(node: JsNode): Boolean {
return node.kotlinTypeName == "kotlin.Array"
}
override fun visitParameter(x: JsParameter) {
printDebugTag(x)
if (isByRefShit(x)) {
p.print("&")
}
p.print("$" + escapeIdent(x.name.ident))
}
override fun visitPostfixOperation(x:JsPostfixOperation) {
val op = x.getOperator()
val arg = x.getArg()
// unary operators always associate correctly (I think)
printPair(x, arg)
p.print(op.getSymbol())
}
override fun visitPrefixOperation(x:JsPrefixOperation) {
val op = x.getOperator()
p.print(op.getSymbol())
val arg = x.getArg()
if (spaceCalc(op, arg))
{
space()
}
// unary operators always associate correctly (I think)
printPair(x, arg)
}
override fun visitProgram(x:JsProgram) {
p.print("<JsProgram>")
}
override fun visitProgramFragment(x:JsProgramFragment) {
p.print("<JsProgramFragment>")
}
override fun visitRegExp(x:JsRegExp) {
slash()
p.print(x.getPattern())
slash()
val flags = x.getFlags()
if (flags != null)
{
p.print(flags)
}
}
override fun visitReturn(x:JsReturn) {
printDebugTag(x)
p.print(CHARS_RETURN)
val expr = x.getExpression()
if (expr != null)
{
space()
accept(expr)
}
}
override fun visitString(x:JsStringLiteral) {
p.print(phpString(x.value, forceDoubleQuote = true))
}
override fun visit(x:JsSwitch) {
p.print(CHARS_SWITCH)
spaceOpt()
leftParen()
accept(x.getExpression())
rightParen()
spaceOpt()
blockOpen()
acceptList(x.getCases())
blockClose()
}
override fun visitThis(x:JsLiteral.JsThisRef) {
p.print(CHARS_THIS)
}
override fun visitThrow(x: JsThrow) {
printDebugTag(x)
p.print(CHARS_THROW)
space()
accept(x.expression)
}
override fun visitTry(x:JsTry) {
p.print(CHARS_TRY)
spaceOpt()
accept(x.getTryBlock())
acceptList(x.getCatches())
val finallyBlock = x.getFinallyBlock()
if (finallyBlock != null)
{
p.print(CHARS_FINALLY)
spaceOpt()
accept(finallyBlock)
}
}
override fun visit(v: JsVar) {
v.propertyDescriptor?.let {printAnnotations(it, v)}
v.visibility?.let {p.print("$it ")}
printDebugTag(v)
p.print("$" + escapeIdent(v.name.ident))
val initExpr = v.initExpression
if (initExpr != null) {
spaceOpt()
// if (v.debugTag == DebugGlobal.breakOnDebugTag) {
// "break on me"
// }
assignment(byRef = isByRefShit(v) && initExpr is JsNameRef)
spaceOpt()
val isEnclosed = parenPushIfCommaExpression(initExpr)
accept(initExpr)
if (isEnclosed)
{
rightParen()
}
}
}
override fun visitVars(vars: JsVars) {
space()
var sep = false
for (v in vars)
{
if (sep)
{
if (vars.isMultiline)
{
newlineOpt()
}
spaceOpt()
}
else
{
sep = true
}
accept(v)
p.print(';')
}
}
override fun visitDocComment(comment:JsDocComment) {
val asSingleLine = comment.getTags().size === 1
if (!asSingleLine)
{
newlineOpt()
}
p.print("/**")
if (asSingleLine)
{
space()
}
else
{
p.newline()
}
var notFirst = false
for (entry in comment.getTags().entries)
{
if (notFirst)
{
p.newline()
p.print(' ')
p.print('*')
}
else
{
notFirst = true
}
p.print('@')
p.print(entry.key)
val value = entry.value
if (value != null)
{
space()
if (value is CharSequence)
{
p.print(value as CharSequence)
}
else
{
visitNameRef(value as JsNameRef)
}
}
if (!asSingleLine)
{
p.newline()
}
}
if (asSingleLine)
{
space()
}
else
{
newlineOpt()
}
p.print('*')
p.print('/')
if (asSingleLine)
{
spaceOpt()
}
}
protected fun newlineOpt() {
if (!p.isCompact())
{
p.newline()
}
// @debug
// val breakOnLine = 37
// if (p.line == breakOnLine - 1) {
// "break on me"
// }
}
protected fun printJsBlock(x:JsBlock, _finalNewline:Boolean) {
var finalNewline = _finalNewline
if (!lineBreakAfterBlock)
{
finalNewline = false
lineBreakAfterBlock = true
}
val needBraces = !x.isGlobalBlock()
if (needBraces)
{
blockOpen()
}
val iterator = x.getStatements().iterator()
while (iterator.hasNext())
{
val isGlobal = x.isGlobalBlock() || globalBlocks.contains(x)
val statement = iterator.next()
if (statement is JsEmpty)
{
continue
}
needSemi = true
var stmtIsGlobalBlock = false
if (isGlobal)
{
if (statement is JsBlock)
{
// A block inside a global block is still considered global
stmtIsGlobalBlock = true
globalBlocks.add(statement as JsBlock)
}
}
val commentedOut = statement is AbstractNode && statement.commentedOut
if (commentedOut) p.print("/*")
accept(statement)
if (commentedOut) p.print("*/")
if (stmtIsGlobalBlock)
{
globalBlocks.remove(statement)
}
if (needSemi)
{
/*
* Special treatment of function declarations: If they are the only item in a
* statement (i.e. not part of an assignment operation), just give them
* a newline instead of a semi.
*/
val functionStmt = statement is JsExpressionStatement && (statement as JsExpressionStatement).getExpression() is JsFunction
/*
* Special treatment of the last statement in a block: only a few
* statements at the end of a block require semicolons.
*/
val lastStatement = !iterator.hasNext() && needBraces && !JsRequiresSemiVisitor.exec(statement)
if (functionStmt)
{
if (lastStatement)
{
newlineOpt()
}
else
{
p.newline()
}
}
else
{
if (lastStatement)
{
p.printOpt(';')
}
else
{
semi()
}
newlineOpt()
}
}
}
if (needBraces)
{
// _blockClose() modified
p.indentOut()
p.print('}')
if (finalNewline)
{
newlineOpt()
}
}
needSemi = false
}
private fun assignment(byRef: Boolean) {
p.print('=')
if (byRef) p.print('&')
}
private fun blockClose() {
p.indentOut()
p.print('}')
newlineOpt()
}
private fun blockOpen() {
p.print('{')
p.indentIn()
newlineOpt()
}
private fun _colon() {
p.print(':')
}
private fun _for() {
p.print(CHARS_FOR)
}
private fun _if() {
p.print(CHARS_IF)
}
private fun leftParen() {
p.print('(')
}
private fun leftSquare() {
p.print('[')
}
private fun nameDef(name: JsName) {
// printDebugTag(name)
p.print(escapeIdent(name.ident))
}
private fun nameOf(hasName: HasName) {
nameDef(hasName.name)
}
private fun nestedPop(statement:JsStatement):Boolean {
val pop = !(statement is JsBlock)
if (pop)
{
p.indentOut()
}
return pop
}
private fun nestedPush(statement:JsStatement):Boolean {
val push = !(statement is JsBlock)
if (push)
{
newlineOpt()
p.indentIn()
}
else
{
spaceOpt()
}
return push
}
private fun _parenPopOrSpace(parent:JsExpression, child:JsExpression, wrongAssoc:Boolean):Boolean {
val doPop = parenCalc(parent, child, wrongAssoc)
if (doPop)
{
rightParen()
}
else
{
space()
}
return doPop
}
private fun parenPush(parent:JsExpression, child:JsExpression, wrongAssoc:Boolean):Boolean {
val doPush = parenCalc(parent, child, wrongAssoc)
if (doPush)
{
leftParen()
}
return doPush
}
private fun parenPushIfCommaExpression(x:JsExpression):Boolean {
val doPush = x is JsBinaryOperation && (x as JsBinaryOperation).getOperator() === JsBinaryOperator.COMMA
if (doPush)
{
leftParen()
}
return doPush
}
private fun _parenPushOrSpace(parent:JsExpression, child:JsExpression, wrongAssoc:Boolean):Boolean {
val doPush = parenCalc(parent, child, wrongAssoc)
if (doPush)
{
leftParen()
}
else
{
space()
}
return doPush
}
private fun rightParen() {
p.print(')')
}
private fun rightSquare() {
p.print(']')
}
private fun semi() {
p.print(';')
}
private fun sepCommaOptSpace(sep:Boolean):Boolean {
if (sep)
{
p.print(',')
spaceOpt()
}
return true
}
private fun slash() {
p.print('/')
}
private fun space() {
p.print(' ')
}
private fun spaceOpt() {
p.printOpt(' ')
}
private fun printVar() {
p.print(CHARS_VAR)
}
private fun _while() {
p.print(CHARS_WHILE)
}
companion object {
private val CHARS_BREAK = "break".toCharArray()
private val CHARS_CASE = "case".toCharArray()
private val CHARS_CATCH = "catch".toCharArray()
private val CHARS_CONTINUE = "continue".toCharArray()
private val CHARS_DEBUGGER = "debugger".toCharArray()
private val CHARS_DEFAULT = "default".toCharArray()
private val CHARS_DO = "do".toCharArray()
private val CHARS_ELSE = "else".toCharArray()
private val CHARS_FALSE = "false".toCharArray()
private val CHARS_FINALLY = "finally".toCharArray()
private val CHARS_FOR = "for".toCharArray()
private val CHARS_FUNCTION = "function".toCharArray()
private val CHARS_IF = "if".toCharArray()
private val CHARS_IN = "in".toCharArray()
private val CHARS_NEW = "new".toCharArray()
private val CHARS_NULL = "NULL".toCharArray()
private val CHARS_RETURN = "return".toCharArray()
private val CHARS_SWITCH = "switch".toCharArray()
private val CHARS_THIS = "this".toCharArray()
private val CHARS_THROW = "throw".toCharArray()
private val CHARS_TRUE = "true".toCharArray()
private val CHARS_TRY = "try".toCharArray()
private val CHARS_VAR = "var".toCharArray()
private val CHARS_WHILE = "while".toCharArray()
private val HEX_DIGITS = charArrayOf('0', '1', '2', '3', '4', '5', '6', '7', '8', '9', 'A', 'B', 'C', 'D', 'E', 'F')
fun javaScriptString(value:String):CharSequence {
return phpString(value, false)
}
/**
* Generate JavaScript code that evaluates to the supplied string. Adapted
* from {@link org.mozilla.javascript.ScriptRuntime#escapeString(String)}
* . The difference is that we quote with either " or ' depending on
* which one is used less inside the string.
*/
fun phpString(chars: CharSequence, forceDoubleQuote: Boolean = false):CharSequence {
val n = chars.length
var quoteCount = 0
var aposCount = 0
for (i in 0..n - 1)
{
when (chars.get(i)) {
'"' -> ++quoteCount
'\'' -> ++aposCount
}
}
val result = StringBuilder(n + 16)
val quoteChar = if ((quoteCount < aposCount || forceDoubleQuote)) '"' else '\''
result.append(quoteChar)
for (i in 0..n - 1)
{
val c = chars.get(i)
if (' ' <= c && c <= '~' && c != quoteChar && c != '\\' && c != '$')
{
// an ordinary print character (like C isprint())
result.append(c)
continue
}
var escape = -1
when (c) {
'\b' -> escape = 'b'.toInt()
// '\f' -> escape = 'f'
'\n' -> escape = 'n'.toInt()
'\r' -> escape = 'r'.toInt()
'\t' -> escape = 't'.toInt()
'"' -> escape = '"'.toInt()
'\'' -> escape = '\''.toInt()
'\\' -> escape = '\\'.toInt()
'$' -> escape = '$'.toInt()
}// only reach here if == quoteChar
// only reach here if == quoteChar
if (escape >= 0)
{
// an \escaped sort of character
result.append('\\')
result.append(escape.toChar())
}
else
{
val hexSize:Int
if (c.toInt() < 256)
{
// 2-digit hex
result.append("\\x")
hexSize = 2
}
else
{
// Unicode.
result.append("\\u")
hexSize = 4
}
// append hexadecimal form of ch left-padded with 0
var shift = (hexSize - 1) * 4
while (shift >= 0)
{
val digit = 0xf and (c.toInt() shr shift)
result.append(HEX_DIGITS[digit])
shift -= 4
}
}
}
result.append(quoteChar)
escapeClosingTags(result)
return result
}
/**
* Escapes any closing XML tags embedded in <code>str</code>, which could
* potentially cause a parse failure in a browser, for example, embedding a
* closing <code><script></code> tag.
*
* @param str an unescaped literal; May be null
*/
private fun escapeClosingTags(str:StringBuilder) {
if (str == null)
{
return
}
var index = 0
while (true) {
index = str.indexOf("</", index)
if (index == -1) break
str.insert(index + 1, '\\')
}
}
private fun parenCalc(parent:JsExpression, child:JsExpression, wrongAssoc:Boolean):Boolean {
val parentPrec = JsPrecedenceVisitor.exec(parent)
val childPrec = JsPrecedenceVisitor.exec(child)
return parentPrec > childPrec || parentPrec == childPrec && wrongAssoc
}
/**
* Decide whether, if <code>op</code> is printed followed by <code>arg</code>,
* there needs to be a space between the operator and expression.
*
* @return <code>true</code> if a space needs to be printed
*/
private fun spaceCalc(op:JsOperator, arg:JsExpression):Boolean {
if (op.isKeyword())
{
return true
}
if (arg is JsBinaryOperation)
{
val binary = arg as JsBinaryOperation
/*
* If the binary operation has a higher precedence than op, then it won't
* be parenthesized, so check the first argument of the binary operation.
*/
return binary.getOperator().getPrecedence() > op.getPrecedence() && spaceCalc(op, binary.getArg1())
}
if (arg is JsPrefixOperation)
{
val op2 = (arg as JsPrefixOperation).getOperator()
return (op === JsBinaryOperator.SUB || op === JsUnaryOperator.NEG) && (op2 === JsUnaryOperator.DEC || op2 === JsUnaryOperator.NEG) || (op === JsBinaryOperator.ADD && op2 === JsUnaryOperator.INC)
}
if (arg is JsNumberLiteral && (op === JsBinaryOperator.SUB || op === JsUnaryOperator.NEG))
{
if (arg is JsIntLiteral)
{
return (arg as JsIntLiteral).value < 0
}
else
{
assert(arg is JsDoubleLiteral)
return (arg as JsDoubleLiteral).value < 0
}
}
return false
}
}
}
| 1 | null | 1 | 1 | 6d40f5900d94037139ed97cdc926db90749d5768 | 48,644 | fucking-everything | Apache License 2.0 |
src/main/kotlin/me/branchpanic/mods/stockpile/api/upgrade/Upgrade.kt | branchpanic | 143,343,951 | false | null | package me.branchpanic.mods.stockpile.api.upgrade
import net.minecraft.item.ItemStack
import net.minecraft.text.Text
import net.minecraft.util.Identifier
interface Upgrade {
/**
* The Identifier tying this Upgrade to an [UpgradeType].
*/
val id: Identifier
/**
* The description of this Upgrade, often used in tooltips.
*/
val description: Text
/**
* Determines which upgrades in a given list conflict with this Upgrade.
*/
fun getConflictingUpgrades(upgrades: List<Upgrade>): List<Upgrade> = emptyList()
/**
* Gets an ItemStack representing this upgrade, used when removing upgrades with the Screwdriver.
*/
fun toStack(): ItemStack
/**
* Determines whether or not an upgrade can safely be removed from an UpgradeContainer without losing data.
*/
fun canSafelyBeRemovedFrom(context: UpgradeContainer): Boolean = false
}
| 15 | null | 7 | 12 | f99b43b46eda4c9e6cb3e51c168b3a2dc4f56f9e | 918 | stockpile | MIT License |
core/support/src/main/kotlin/au/com/dius/pact/core/support/json/JsonValue.kt | Hazz223 | 267,132,672 | false | {"Gradle": 30, "YAML": 6, "Markdown": 29, "INI": 7, "Shell": 3, "Text": 5, "Ignore List": 1, "Batchfile": 3, "EditorConfig": 1, "Groovy": 243, "Java": 175, "JSON": 645, "XML": 2, "Kotlin": 162, "ANTLR": 2, "Clojure": 5, "Scala": 59, "Java Properties": 1, "Dockerfile": 1} | package au.com.dius.pact.core.support.json
import au.com.dius.pact.core.support.Json
import com.google.gson.JsonArray
import com.google.gson.JsonElement
import com.google.gson.JsonNull
import com.google.gson.JsonObject
import com.google.gson.JsonPrimitive
import org.apache.commons.lang3.StringEscapeUtils
import java.math.BigDecimal
import java.math.BigInteger
sealed class JsonValue {
data class Integer(val value: BigInteger) : JsonValue()
data class Decimal(val value: BigDecimal) : JsonValue()
data class StringValue(val value: String) : JsonValue()
object True : JsonValue()
object False : JsonValue()
object Null : JsonValue()
data class Array(val values: MutableList<JsonValue> = mutableListOf()) : JsonValue() {
fun find(function: (JsonValue) -> Boolean) = values.find(function)
operator fun set(i: Int, value: JsonValue) {
values[i] = value
}
val size: Int
get() = values.size
fun addAll(jsonValue: JsonValue) {
when (jsonValue) {
is Array -> values.addAll(jsonValue.values)
else -> values.add(jsonValue)
}
}
fun last() = values.last()
}
data class Object(val entries: MutableMap<String, JsonValue>) : JsonValue() {
constructor(vararg values: Pair<String, JsonValue>) : this(values.associate { it }.toMutableMap())
operator fun get(name: String) = entries[name] ?: Null
override fun has(field: String) = entries.containsKey(field)
operator fun set(key: String, value: Any?) {
entries[key] = Json.toJson(value)
}
fun isEmpty() = entries.isEmpty()
fun isNotEmpty() = entries.isNotEmpty()
val size: Int
get() = entries.size
fun add(key: String, value: JsonValue) {
entries[key] = value
}
}
fun asObject(): Object {
if (this is Object) {
return this
} else {
throw UnsupportedOperationException("Expected an Object, but found a $this")
}
}
fun asArray(): Array {
if (this is Array) {
return this
} else {
throw UnsupportedOperationException("Expected an Array, but found a $this")
}
}
fun asString(): String {
return if (this is StringValue) {
value
} else {
serialise()
}
}
fun asBoolean() = when (this) {
is True -> true
is False -> false
else -> throw UnsupportedOperationException("Expected a Boolean, but found a $this")
}
fun asNumber(): Number = when (this) {
is Integer -> this.value
is Decimal -> this.value
else -> throw UnsupportedOperationException("Expected a Number, but found a $this")
}
operator fun get(field: Any): JsonValue = when {
this is Object -> this.asObject()[field.toString()]
this is Array && field is Int -> this.values[field]
else -> throw UnsupportedOperationException("Indexed lookups only work on Arrays and Objects, not $this")
}
open fun has(field: String) = when (this) {
is Object -> this.entries.containsKey(field)
else -> false
}
fun serialise(): String {
return when (this) {
is Null -> "null"
is Decimal -> this.value.toString()
is Integer -> this.value.toString()
is StringValue -> "\"${StringEscapeUtils.escapeJson(this.value)}\""
is True -> "true"
is False -> "false"
is Array -> "[${this.values.joinToString(",") { it.serialise() }}]"
is Object -> "{${this.entries.entries.joinToString(",") { "\"${it.key}\":" + it.value.serialise() }}}"
}
}
fun toGson(): JsonElement {
return when (this) {
is Null -> JsonNull.INSTANCE
is Decimal -> JsonPrimitive(this.value)
is Integer -> JsonPrimitive(this.value)
is StringValue -> JsonPrimitive(this.value)
is True -> JsonPrimitive(true)
is False -> JsonPrimitive(false)
is Array -> {
val array = JsonArray()
this.values.forEach { array.add(it.toGson()) }
array
}
is Object -> {
val obj = JsonObject()
this.entries.forEach { obj.add(it.key, it.value.toGson()) }
obj
}
}
}
fun add(value: JsonValue) {
if (this is Array) {
this.values.add(value)
} else {
throw UnsupportedOperationException("You can only add single values to Arrays, not $this")
}
}
fun size() = when (this) {
is Array -> this.values.size
is Object -> this.entries.size
else -> 1
}
fun type(): String {
return when (this) {
is StringValue -> "String"
else -> this::class.java.simpleName
}
}
fun unwrap(): Any? {
return when (this) {
is Null -> null
is Decimal -> this.value
is Integer -> this.value
is StringValue -> this.value
is True -> true
is False -> false
is Array -> this.values
is Object -> this.entries
}
}
val name: String
get() {
return this.javaClass.simpleName
}
val isBoolean: Boolean
get() = when (this) {
is True, is False -> true
else -> false
}
val isNumber: Boolean
get() = when (this) {
is Integer, is Decimal -> true
else -> false
}
val isString: Boolean
get() = when (this) {
is StringValue -> true
else -> false
}
val isNull: Boolean
get() = when (this) {
is Null -> true
else -> false
}
}
fun <R> JsonValue?.map(transform: (JsonValue) -> R): List<R> = when {
this == null -> emptyList()
this is JsonValue.Array -> this.values.map(transform)
else -> emptyList()
}
operator fun JsonValue?.get(field: Any): JsonValue = when {
this == null -> JsonValue.Null
else -> this[field]
}
operator fun JsonValue.Object?.get(field: Any): JsonValue = when {
this == null -> JsonValue.Null
else -> this[field]
}
fun JsonValue?.orNull() = this ?: JsonValue.Null
| 1 | null | 1 | 1 | 868ee1e2b998d0c89acfe28adfcdc4f03029b4bb | 5,769 | pact-jvm | Apache License 2.0 |
common/lib-sample-common/src/main/java/ru/surfstudio/android/sample/common/ui/base/loadstate/presentations/MainLoadingLoadStatePresentation.kt | surfstudio | 175,407,898 | false | null | package ru.surfstudio.android.sample.common.ui.base.loadstate.presentations
import android.content.res.ColorStateList
import android.view.LayoutInflater
import android.view.View
import androidx.annotation.ColorInt
import androidx.core.content.ContextCompat
import me.zhanghai.android.materialprogressbar.MaterialProgressBar
import ru.surfstudio.android.core.mvp.loadstate.SimpleLoadStatePresentation
import ru.surfstudio.android.custom.view.placeholder.PlaceHolderViewContainer
import ru.surfstudio.android.sample.common.R
import ru.surfstudio.android.sample.common.ui.base.loadstate.MainLoadingState
/**
* MainLoadingState presentation with a progressbar
*/
class MainLoadingLoadStatePresentation(private val placeHolder: PlaceHolderViewContainer) :
SimpleLoadStatePresentation<MainLoadingState>() {
@ColorInt
private val progressBarColor: Int = ContextCompat.getColor(placeHolder.context, R.color.colorAccent)
private val view: View by lazy {
with(LayoutInflater.from(placeHolder.context).inflate(
R.layout.placeholder_view_loading_strategy,
placeHolder,
false)) {
colorProgressBar(this)
return@lazy this
}
}
override fun showState(state: MainLoadingState) {
placeHolder.changeViewTo(view)
placeHolder.show()
}
private fun colorProgressBar(view: View) {
val progressBar: MaterialProgressBar = view.findViewById(R.id.placeholder_loading_pb)
progressBar.supportIndeterminateTintList = ColorStateList.valueOf(progressBarColor)
}
} | 1 | Kotlin | 2 | 27 | 5f68262ac148bc090c600121295f81c7ce3486c0 | 1,597 | EasyAdapter | Apache License 2.0 |
desk360/src/main/java/com/teknasyon/desk360/themev2/Desk360TicketRecyclerView.kt | Teknasyon-Teknoloji | 188,395,069 | false | null | package com.teknasyon.desk360.themev2
import android.content.Context
import android.graphics.Color
import android.util.AttributeSet
import androidx.recyclerview.widget.RecyclerView
import com.teknasyon.desk360.helper.Desk360SDK
class Desk360TicketRecyclerView : RecyclerView {
init {
this.setBackgroundColor(Color.parseColor(Desk360SDK.config?.data?.ticket_detail_screen?.chat_background_color))
}
constructor(context: Context) : super(context)
constructor(context: Context, attrs: AttributeSet) : super(context, attrs)
constructor(context: Context, attrs: AttributeSet, defStyle: Int) : super(
context,
attrs,
defStyle
)
} | 2 | null | 1 | 14 | d5cc69331db57812f2d053c6b09a24bd0eb4b7ea | 685 | desk360-android-sdk | MIT License |
libandroid-navigation/src/main/java/com/mapbox/services/android/navigation/v5/navigation/OnOfflineTilesConfiguredCallback.kt | FladioArmandika | 281,600,947 | false | {"Java Properties": 2, "Markdown": 12, "Gradle": 45, "Shell": 6, "YAML": 3, "Batchfile": 2, "JSON": 24, "Ignore List": 28, "Makefile": 1, "INI": 40, "Proguard": 16, "XML": 540, "HTML": 8, "Kotlin": 506, "Text": 13, "Java": 517, "JavaScript": 2, "Python": 2} | package com.mapbox.services.android.navigation.v5.navigation
/**
* Listener that needs to be added to [MapboxOfflineRouter.configure] to know when
* offline data is initialized an [MapboxOfflineRouter.findRoute] could be called.
*/
interface OnOfflineTilesConfiguredCallback {
/**
* Called whe the offline data is initialized
*/
fun onConfigured()
}
| 1 | null | 1 | 1 | e5459ca9f1d836496330576ee18e4fd63732b8e2 | 373 | mapbox-navigation-android | Apache License 2.0 |
src/main/kotlin/org/linguamachina/klinguamachina/generation/Compiler.kt | Lingua-Machina | 254,106,597 | false | {"Java": 165058, "Kotlin": 118787, "ANTLR": 3004, "Makefile": 1404} | package org.linguamachina.klinguamachina.generation
interface Compiler<T> {
fun compile(): T
}
| 6 | null | 1 | 1 | 267c1c73b39ec57f235cb4ce3374b6f283b31eb7 | 100 | KLinguaMachina | MIT License |
trakt-api/src/main/java/net/simonvt/cathode/api/body/TokenRequest.kt | SimonVT | 9,478,484 | false | null | /*
* Copyright (C) 2014 <NAME>
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package net.simonvt.cathode.api.body
import net.simonvt.cathode.api.enumeration.GrantType
data class TokenRequest(
val code: String?,
val refresh_token: String?,
val client_id: String,
val client_secret: String,
val redirect_uri: String,
val grant_type: GrantType
)
| 11 | null | 9 | 99 | 29d916efcd1dbb8ddac1fc2600b2bfbe6ee84c27 | 874 | cathode | Apache License 2.0 |
app/src/main/java/ru/tech/cookhelper/presentation/ui/utils/compose/ColorUtils.kt | T8RIN | 483,296,940 | false | null | package ru.tech.cookhelper.presentation.ui.utils.compose
import androidx.annotation.FloatRange
import androidx.compose.material3.MaterialTheme
import androidx.compose.runtime.Composable
import androidx.compose.ui.graphics.Color
import androidx.compose.ui.graphics.toArgb
import ru.tech.cookhelper.presentation.ui.theme.isDarkMode
import androidx.core.graphics.ColorUtils as AndroidColorUtils
object ColorUtils {
fun Color.blend(
color: Color,
@FloatRange(from = 0.0, to = 1.0) fraction: Float = 0.2f
): Color = AndroidColorUtils.blendARGB(this.toArgb(), color.toArgb(), fraction).toColor()
fun Color.darken(
@FloatRange(from = 0.0, to = 1.0) fraction: Float = 0.2f
): Color = blend(color = Color.Black, fraction = fraction)
@Composable
fun Color.createSecondaryColor(
@FloatRange(from = 0.0, to = 1.0) fraction: Float = 0.2f
): Color = if (isDarkMode()) lighten(fraction) else darken(fraction)
@Composable
fun Color.createInverseSecondaryColor(
@FloatRange(from = 0.0, to = 1.0) fraction: Float = 0.2f
): Color = if (!isDarkMode()) lighten(fraction) else darken(fraction)
fun Color.lighten(
@FloatRange(from = 0.0, to = 1.0) fraction: Float = 0.2f
): Color = blend(color = Color.White, fraction = fraction)
fun Int.toColor(): Color = Color(color = this)
@Composable
fun Color.harmonizeWithPrimary(
@FloatRange(
from = 0.0,
to = 1.0
) fraction: Float = 0.2f
): Color = blend(MaterialTheme.colorScheme.primary, fraction)
}
| 1 | Kotlin | 10 | 91 | cee8f8d8cd6bfc53e88c461edc1c9aaf43ce18c7 | 1,583 | CookHelper | Apache License 2.0 |
src/main/kotlin/creational/builder/productionline/seasoningstage/Spice.kt | samirtf | 267,724,557 | false | null | package creational.builder.productionline.seasoningstage
interface Spice {
fun getBlazingDegree()
}
| 0 | Kotlin | 0 | 0 | 9063512d40c2300d1e2bab2760627ee9ea1e4a71 | 105 | design-patterns-kotlin | Apache License 2.0 |
layoutk_loadrefresh/src/main/java/com/mozhimen/xmlk/layoutk/loadrefresh/commons/ILoadRefreshListener.kt | mozhimen | 747,030,456 | false | null | package com.mozhimen.xmlk.layoutk.loadrefresh.commons
/**
* @ClassName ILoadRefreshListener
* @Description TODO
* @Author mozhimen / Kolin Zhao
* @Date 2022/11/6 19:46
* @Version 1.0
*/
interface ILoadRefreshListener {
fun onRefreshOrLoad(isSuccess: Boolean)
} | 0 | null | 4 | 4 | 7888e57b6f71298cc95ab8538043844d9cbf1551 | 271 | AXmlKit | Apache License 2.0 |
sykepenger-mediators/src/main/kotlin/no/nav/helse/spleis/VedtaksperiodeProbe.kt | navikt | 193,907,367 | false | null | package no.nav.helse.spleis
import net.logstash.logback.argument.StructuredArguments.keyValue
import no.nav.helse.hendelser.Hendelseskontekst
import no.nav.helse.hendelser.Påminnelse
import no.nav.helse.person.PersonObserver
import org.slf4j.LoggerFactory
object VedtaksperiodeProbe : PersonObserver {
private val log = LoggerFactory.getLogger(VedtaksperiodeProbe::class.java)
override fun personEndret(hendelseskontekst: Hendelseskontekst) {}
override fun vedtaksperiodeEndret(hendelseskontekst: Hendelseskontekst, event: PersonObserver.VedtaksperiodeEndretEvent) {
log.info(
"vedtaksperiode endret {}, {}, {}",
keyValue("vedtaksperiodeId", hendelseskontekst.vedtaksperiodeId()),
keyValue("tilstand", event.gjeldendeTilstand.name),
keyValue("forrigeTilstand", event.forrigeTilstand.name)
)
}
override fun utbetalingEndret(hendelseskontekst: Hendelseskontekst, event: PersonObserver.UtbetalingEndretEvent) {
log.info(
"utbetaling endret {}, {}, {}",
keyValue("utbetalingId", "${event.utbetalingId}"),
keyValue("status", event.gjeldendeStatus),
keyValue("forrigeStatus", event.forrigeStatus)
)
}
override fun vedtaksperiodePåminnet(hendelseskontekst: Hendelseskontekst, påminnelse: Påminnelse) {
log.debug(
"mottok påminnelse for vedtaksperiode: ${hendelseskontekst.vedtaksperiodeId()}",
keyValue("påminnelsenr", "${påminnelse.antallGangerPåminnet()}"),
keyValue("påminnelsestidspunkt", påminnelse.påminnelsestidspunkt().toString()),
keyValue("vedtaksperiodeId", hendelseskontekst.vedtaksperiodeId()),
keyValue("tilstand", påminnelse.tilstand().name),
keyValue("tilstandsendringstidspunkt", påminnelse.tilstandsendringstidspunkt().toString()),
keyValue("nestePåminnelsestidspunkt", påminnelse.nestePåminnelsestidspunkt().toString())
)
}
private fun Hendelseskontekst.vedtaksperiodeId(): String {
val keyValues = mutableMapOf<String, String>()
appendTo(keyValues::set)
return keyValues["vedtaksperiodeId"]!!
}
}
| 0 | Kotlin | 3 | 4 | 22fe9640780c8c8c13165c2efb0dfc4d96ba9965 | 2,210 | helse-spleis | MIT License |
cupertino-icons-extended/src/commonMain/kotlin/io/github/alexzhirkevich/cupertino/icons/outlined/BookClosed.kt | alexzhirkevich | 636,411,288 | false | {"Kotlin": 4456601, "Ruby": 2310, "Swift": 2101, "Shell": 856, "HTML": 762} | package io.github.alexzhirkevich.cupertino.icons.outlined
import androidx.compose.ui.graphics.Color
import androidx.compose.ui.graphics.PathFillType.Companion.NonZero
import androidx.compose.ui.graphics.SolidColor
import androidx.compose.ui.graphics.StrokeCap.Companion.Butt
import androidx.compose.ui.graphics.StrokeJoin.Companion.Miter
import androidx.compose.ui.graphics.vector.ImageVector
import androidx.compose.ui.graphics.vector.ImageVector.Builder
import androidx.compose.ui.graphics.vector.path
import androidx.compose.ui.unit.dp
import io.github.alexzhirkevich.cupertino.icons.CupertinoIcons
public val CupertinoIcons.Outlined.BookClosed: ImageVector
get() {
if (_bookClosed != null) {
return _bookClosed!!
}
_bookClosed = Builder(name = "BookClosed", defaultWidth = 19.7109.dp, defaultHeight =
25.1133.dp, viewportWidth = 19.7109f, viewportHeight = 25.1133f).apply {
path(fill = SolidColor(Color(0xFF000000)), stroke = null, strokeLineWidth = 0.0f,
strokeLineCap = Butt, strokeLineJoin = Miter, strokeLineMiter = 4.0f,
pathFillType = NonZero) {
moveTo(3.5977f, 25.1133f)
lineTo(18.7734f, 25.1133f)
curveTo(19.2891f, 25.1133f, 19.7109f, 24.7031f, 19.7109f, 24.1758f)
curveTo(19.7109f, 23.7656f, 19.4297f, 23.4023f, 19.0547f, 23.2734f)
curveTo(17.5781f, 22.6875f, 17.2734f, 20.7773f, 18.7266f, 19.3125f)
curveTo(19.1719f, 18.8672f, 19.7109f, 18.293f, 19.7109f, 17.1211f)
lineTo(19.7109f, 3.6797f)
curveTo(19.7109f, 1.2422f, 18.5039f, 0.0f, 16.0781f, 0.0f)
lineTo(3.6328f, 0.0f)
curveTo(1.207f, 0.0f, 0.0f, 1.2305f, 0.0f, 3.6797f)
lineTo(0.0f, 21.4922f)
curveTo(0.0f, 23.9062f, 1.2188f, 25.1133f, 3.5977f, 25.1133f)
close()
moveTo(1.8867f, 18.3398f)
lineTo(1.8867f, 3.7148f)
curveTo(1.8867f, 2.543f, 2.5078f, 1.8867f, 3.7148f, 1.8867f)
lineTo(15.9844f, 1.8867f)
curveTo(17.2031f, 1.8867f, 17.8242f, 2.543f, 17.8242f, 3.7148f)
lineTo(17.8242f, 16.8633f)
curveTo(17.8242f, 17.4961f, 17.4609f, 17.8594f, 16.8047f, 17.8594f)
lineTo(3.7969f, 17.8594f)
curveTo(3.0352f, 17.8594f, 2.4023f, 18.0234f, 1.8867f, 18.3398f)
close()
moveTo(3.7031f, 23.2266f)
curveTo(2.5195f, 23.2266f, 1.8867f, 22.5938f, 1.8867f, 21.4805f)
curveTo(1.8867f, 20.4258f, 2.6367f, 19.7461f, 3.8086f, 19.7461f)
lineTo(15.832f, 19.7461f)
curveTo(15.9844f, 19.7461f, 16.125f, 19.7344f, 16.2422f, 19.7109f)
curveTo(15.6914f, 20.9297f, 15.7852f, 22.2188f, 16.4062f, 23.2266f)
close()
moveTo(3.2695f, 18.8672f)
lineTo(4.8047f, 18.8672f)
lineTo(4.8047f, 1.4297f)
lineTo(3.2695f, 1.4297f)
close()
}
}
.build()
return _bookClosed!!
}
private var _bookClosed: ImageVector? = null
| 1 | Kotlin | 14 | 362 | 60fd9234eb9f2df97bc8523ea2ed344ad7f58655 | 3,255 | compose-cupertino | Apache License 2.0 |
app/src/androidTest/java/com/task/TestDataRepository.kt | tokgocode | 636,235,038 | false | null | package com.task
import com.task.data.DataRepositorySource
import com.task.data.Resource
import com.task.data.dto.checkin.CheckInInputDto
import com.task.data.dto.checkin.CheckInRecordResponse
import com.task.data.dto.checkin.CheckInResponse
import kotlinx.coroutines.flow.Flow
import javax.inject.Inject
class TestDataRepository @Inject constructor() : DataRepositorySource {
override suspend fun checkIn(input: CheckInInputDto): Flow<Resource<CheckInResponse>> {
TODO("Not yet implemented")
}
override suspend fun getCheckIns(stuNo: String): Flow<Resource<CheckInRecordResponse>> {
TODO("Not yet implemented")
}
}
| 0 | Kotlin | 0 | 0 | a63bdf684d8a6d0fa26bee39a63d67bebb2e5c8e | 656 | android-icheckin | Apache License 2.0 |
mediapickerlib/src/main/java/com/coursion/freakycoder/mediapicker/helper/Util.kt | abhirocks1211 | 130,378,087 | false | null | package com.coursion.freakycoder.mediapicker.helper
import android.content.res.ColorStateList
import android.os.Build
import android.support.design.widget.FloatingActionButton
import android.support.v4.view.ViewCompat
/**
* Created by WrathChaos on 5.03.2018.
*/
class Util{
fun setButtonTint(button: FloatingActionButton, tint: ColorStateList) {
if (Build.VERSION.SDK_INT >= Build.VERSION_CODES.LOLLIPOP) {
button.backgroundTintList = tint
} else {
ViewCompat.setBackgroundTintList(button, tint)
}
}
} | 0 | Kotlin | 0 | 0 | c086714756471cb3f9e99260671e54d5efd3f213 | 562 | MediaPickerLib | MIT License |
app/app/src/main/java/com/barnivore/barnivore/helpers/PreferenceHelper.kt | JesseScott | 99,703,426 | false | null | package com.barnivore.barnivore.helpers
/**
*
* Created by jessescott on 2017-08-08.
*
*/
import android.content.Context
import android.content.SharedPreferences
import android.preference.PreferenceManager
import android.text.TextUtils
import android.util.Log
class PreferenceHelper(context: Context) {
private val TAG = PreferenceHelper::class.java.simpleName
private var mContext: Context = context
private var preferences: SharedPreferences
init {
preferences = PreferenceManager.getDefaultSharedPreferences(mContext)
}
// region - Boolean
fun setPrefBooleanValueByKey(key: String, value: Boolean) {
if (value !is Boolean) {
return
}
Log.d(TAG, "Setting $key to $value")
val editor = preferences.edit()
editor.putBoolean(key, value)
editor.apply()
}
fun getPrefBooleanValueByKey(key: String): Boolean {
val value = preferences.getBoolean(key, false)
Log.d(TAG, "Getting preference $key with value $value")
return value
}
// endregion
// region - String
fun setPrefStringValueByKey(key: String, value: String) {
if (value !is String) {
return
}
if (TextUtils.isEmpty(key) || TextUtils.isEmpty(value)) {
return
}
Log.d(TAG, "Setting $key to $value")
val editor = preferences.edit()
editor.putString(key, value)
editor.apply()
}
fun getPrefStringValueByKey(key: String): String {
val value = preferences.getString(key, "")
Log.d(TAG, "Getting preference $key with value $value")
return value
}
// endregion
} | 0 | Kotlin | 0 | 0 | 702d829b3796d3744736b2f84a5e0d8bf6db702d | 1,700 | Barnivore-Android | MIT License |
android_example/src/main/kotlin/com/quickbird/android_example/theme/Color.kt | QuickBirdEng | 517,579,154 | false | {"Kotlin": 36800} | package com.quickbird.android_example.theme
import androidx.compose.ui.graphics.Color
val MainColor = Color(0xFC105BA3)
| 4 | Kotlin | 2 | 59 | 789307ec5ebd2f043ed7d1975bafd4d841fd8099 | 122 | kotlin-snapshot-testing | MIT License |
app/src/main/java/com/simform/demo/RecyclerAdapter.kt | SimformSolutionsPvtLtd | 379,198,133 | false | null | package com.simform.demo
import android.content.Context
import android.graphics.BitmapFactory
import android.view.LayoutInflater
import android.view.View
import android.view.ViewGroup
import androidx.recyclerview.widget.RecyclerView
import com.example.pulltorefresh.R
import kotlinx.android.synthetic.main.list_item.view.image_view_profile
import kotlinx.android.synthetic.main.list_item.view.text_view_data2
import kotlinx.android.synthetic.main.list_item.view.text_view_data
class RecyclerAdapter(private val context: Context) : RecyclerView.Adapter<RecyclerAdapter.MyRecyclerViewHolder>() {
private var items: ArrayList<Triple<String,String,Int>> = ArrayList()
private var dataSet: ArrayList<Triple<String,String,Int>> = ArrayList()
init {
dataSet.apply {
add(Triple("Thor","Odinson", R.drawable.thor))
add(Triple("Steve","Rogers",R.drawable.cap))
add(Triple("Elena","Gilbert",R.drawable.elena))
add(Triple("Demon","Salvatore",R.drawable.demon))
add(Triple("Stephan","Salvatore",R.drawable.stehpan))
add(Triple("Tony","Stark",R.drawable.tony))
add(Triple("Barney","Stinson",R.drawable.barney))
add(Triple("Ted","Mosby",R.drawable.ted))
add(Triple("Lightning","Mcqueen",R.drawable.mc))
}
randomizeData()
}
inner class MyRecyclerViewHolder(itemView: View) : RecyclerView.ViewHolder(itemView)
override fun onCreateViewHolder(parent: ViewGroup, viewType: Int): MyRecyclerViewHolder {
val view = LayoutInflater.from(context).inflate(R.layout.list_item, parent, false)
return MyRecyclerViewHolder(view)
}
override fun onBindViewHolder(holder: MyRecyclerViewHolder, position: Int) {
holder.itemView.text_view_data.text = items[position].first
holder.itemView.text_view_data2.text = items[position].second
holder.itemView.image_view_profile.setImageBitmap(BitmapFactory.decodeResource(context.resources,items[position].third))
}
override fun getItemCount(): Int = items.size
fun randomizeData() {
items = ArrayList()
items.apply {
val n = (0..dataSet.size).random()
for (i in 0..n) {
val item = dataSet.random()
if (!items.contains(item)) add(item)
}
}
notifyDataSetChanged()
}
} | 1 | Kotlin | 13 | 76 | bfd47107c2f7f6d2fcf45858f86aa90dfbfa1ab3 | 2,402 | SSPullToRefresh | Apache License 2.0 |
compiler/fir/analysis-tests/testData/resolve/callResolution/overloadsWithGenericAndGenericLambda.kt | JetBrains | 3,432,266 | false | {"Kotlin": 79571273, "Java": 6776465, "Swift": 4063829, "C": 2609744, "C++": 1957654, "Objective-C++": 175279, "JavaScript": 130754, "Python": 59855, "Shell": 34920, "Objective-C": 21463, "Lex": 21452, "Batchfile": 11382, "CSS": 11368, "Ruby": 10470, "Dockerfile": 9907, "Groovy": 7092, "EJS": 5241, "CMake": 4473, "HTML": 2699, "Puppet": 1698, "FreeMarker": 1393, "Roff": 725, "Scala": 80} | // ISSUE: KT-50646
class Inv<T>
fun <T> foo(c: Inv<T>, f: () -> T) {}
fun <T> foo(c: Inv<T>, v: T) {}
fun <T> test(x: Inv<T>, v: T) {
foo(x) { v }
}
| 181 | Kotlin | 5748 | 49,172 | 33eb9cef3d146062c103f9853d772f0a1da0450e | 156 | kotlin | Apache License 2.0 |
app/src/main/java/com/jumbox/tekatekisilang/ManagerLevel.kt | jumadi59 | 189,327,960 | false | null | package com.jumbox.tekatekisilang
import android.util.Log
import com.jumbox.tekatekisilang.model.TtsLevel
import com.jumbox.tekatekisilang.model.TtsResponseMsg
import com.jumbox.tekatekisilang.model.TtsSoal
import com.jumbox.tekatekisilang.soal.Soal
import com.jumbox.tekatekisilang.soal.Soal1
import com.jumbox.tekatekisilang.soal.Soal2
import com.jumbox.tekatekisilang.soal.Soal3
/**
*Created by Jumadi Janjaya
*13, December, 2018
*Jumbox Studios,
*Bengkulu, Indonesia.
*/
class ManagerLevel {
companion object {
var TAG = "ManagerLevel"
const val URL_SOAL = "http://apps.cumacoding.com/teka-teki_silang"
lateinit var managerLevel: ManagerLevel
fun instance(): ManagerLevel {
managerLevel = ManagerLevel()
return managerLevel
}
}
private var levels: ArrayList<TtsLevel> = ArrayList()
private var tts: TSilang? = null
private var gLevel: Int = 0
private var gKotak = -1
init {
addArrayLevels(Soal.soal10x10, TSilang.KOTAK_10X10)
addArrayLevels(Soal.soal12x12, 12)
addArrayLevels(Soal1.soal10x10, TSilang.KOTAK_10X10)
addArrayLevels(Soal2.soal10x10, TSilang.KOTAK_10X10)
addArrayLevels(Soal3.soal10x10, TSilang.KOTAK_10X10)
addLevels(DataGame.get().loadLevelUnduhan())
downloadSoalOnline()
}
private fun downloadSoalOnline() {
val ls = DataGame.get().loadLevelUnduhan()
val params = HashMap<String, String>()
params["user_project"] = "jumadi-12345"
params["start_index"] = "${(ls.size)}"
val request = HttpHandler(HttpHandler.REQUEST_METHOD_GET, URL_SOAL, params, object : HttpHandler.ResponseListener {
override fun onSuccessResponse(string: String?) {
if (string == null) return
Log.d(TAG, string)
if (string.contains("[")) {
val data: TtsResponseMsg = Utils.utils.JsonToObject(string, TtsResponseMsg::class.java)
if (data.message == 1) {
if (data.data !=null) {
DataGame.d!!.saveLevelUnduhan(data.data!!)
addLevels(data.data!!)
}
}
} else {
Log.d(TAG, "Type not JSON")
}
}
override fun onErrorResponse(string: String?) {
Log.d(TAG, "error : $string")
}
})
request.start()
}
fun addLevels(levels: ArrayList<TtsLevel>) {
this.levels.addAll(levels)
}
fun addArrayLevels(obj: Array<Array<Array<Any>>>, jumKotak: Int) {
for ((i: Int, level: Array<Array<Any>>) in obj.withIndex()) {
val arrSoal = ArrayList<TtsSoal>()
for (soal in level) {
val jawaban = soal[0] as String
val clue = soal[1] as String
val row = soal[2] as Int
val col = soal[3] as Int
var orentation: Boolean
orentation = try {
soal[4] as Boolean
} catch (e: Exception) {
val o = soal[4] as String
o.toLowerCase() == "mendatar".toLowerCase()
}
arrSoal.add(TtsSoal(jawaban, clue, row, col, orentation))
}
levels.add(TtsLevel(i, arrSoal, jumKotak))
}
}
fun setLevel(mLevel: Int) {
val level = levels[mLevel]
val soals = level.soals
gLevel = mLevel
gKotak = level.kotak
tts = TSilang(level.kotak, level.kotak)
for (soal in soals) {
tts!!.add(soal.tts, soal.clue, soal.row, soal.colm, soal.orietation)
}
}
fun levelCount(): Int {
return levels.size
}
fun kotak(): Int {
return gKotak
}
fun level(): Int {
return gLevel
}
fun Tts(): TSilang {
return this.tts!!
}
} | 0 | Kotlin | 1 | 1 | 7f86b3d201ddc725ecb15c83bbb69e70f2723cd3 | 4,033 | android-game-teka-teki-silang | MIT License |
app/src/main/kotlin/org/andstatus/app/service/TimelineDownloader.kt | andstatus | 3,040,264 | false | {"Kotlin": 3385973, "XSLT": 14655, "HTML": 14046, "CSS": 4427, "Shell": 707} | /*
* Copyright (c) 2013 yvolk (<NAME>), http://yurivolkov.com
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.andstatus.app.service
import io.vavr.control.Try
import org.andstatus.app.data.DataPruner
import org.andstatus.app.data.DataUpdater
import org.andstatus.app.timeline.meta.Timeline
import org.andstatus.app.util.MyLog
import org.andstatus.app.util.TryUtils
/**
* Downloads ("loads") different types of Timelines
* (i.e. Tweets and Messages) from the Internet (e.g. from twitter.com server).
* Then Store them into local database using [DataUpdater]
*
* @author <EMAIL>
*/
internal abstract class TimelineDownloader(execContext: CommandExecutionContext) :
CommandExecutorStrategy(execContext) {
override suspend fun execute(): Try<Boolean> {
if (!isApiSupported(execContext.timeline.timelineType.connectionApiRoutine)) {
MyLog.v(this) {
(execContext.timeline.toString() + " is not supported for "
+ execContext.myAccount.getAccountName())
}
return TryUtils.TRUE
}
MyLog.d(
this, "Getting " + execContext.commandData.toCommandSummary(execContext.myContext) +
" by " + execContext.myAccount.getAccountName()
)
return download()
}
abstract suspend fun download(): Try<Boolean>
protected val timeline: Timeline get() = execContext.timeline
override fun onResultIsReady() {
execContext.result.takeIf { it.executed }?.let { result ->
timeline.onSyncEnded(execContext.myContext, result)
if (result.downloadedCount > 0) {
if (!result.hasError && !isStopping()) {
DataPruner(execContext.myContext).prune()
}
MyLog.v(this, "Notifying of timeline changes")
execContext.myContext.notifier.update()
}
}
}
protected fun isSyncYounger(): Boolean {
return execContext.commandData.command != CommandEnum.GET_OLDER_TIMELINE
}
}
| 86 | Kotlin | 69 | 306 | 6166aded1f115e6e6a7e66ca3756f39f0434663e | 2,578 | andstatus | Apache License 2.0 |
app/src/main/java/com/wimank/craftmaster/tz/app/mvp/views/AchievementView.kt | WiMank | 210,546,864 | false | null | package com.wimank.craftmaster.tz.app.mvp.views
import com.arellomobile.mvp.MvpView
import com.arellomobile.mvp.viewstate.strategy.AddToEndSingleStrategy
import com.arellomobile.mvp.viewstate.strategy.SkipStrategy
import com.arellomobile.mvp.viewstate.strategy.StateStrategyType
import com.wimank.craftmaster.tz.app.room.entity.AchievementEntity
@StateStrategyType(AddToEndSingleStrategy::class)
interface AchievementView : MvpView {
fun showAchievements(list: List<AchievementEntity>)
@StateStrategyType(SkipStrategy::class)
fun showError(message: Int)
}
| 0 | Kotlin | 0 | 0 | 4195f13d8d050e950dad4567183955292c504908 | 572 | Craft-Master-2.0 | MIT License |
app/src/main/java/cz/nestresuju/screens/diary/errors/DiaryErrorHandler.kt | johnondrej | 371,166,772 | false | null | package cz.nestresuju.screens.diary.errors
import androidx.fragment.app.Fragment
import com.google.android.material.snackbar.Snackbar
import cz.nestresuju.R
import cz.nestresuju.model.errors.handlers.FragmentErrorHandler
/**
* Error handler for handling specific errors that can occur in diary screen.
*/
class DiaryErrorHandler : FragmentErrorHandler {
override fun handleError(handlingView: Fragment, error: Throwable): Boolean {
with(handlingView) {
view?.let {
return when (error) {
is EmptyAnswerException -> {
Snackbar.make(it, R.string.diary_error_empty_answer, Snackbar.LENGTH_LONG).show()
true
}
else -> false
}
}
}
return false
}
} | 0 | Kotlin | 0 | 0 | 8d7c54c00c865a370ed24a356abd2bfeeef4ed4b | 842 | nestresuju-android | Apache License 2.0 |
src/test/kotlin/com/github/sarxos/webcam/ScreenImage.kt | Kietyo | 564,699,784 | false | {"Kotlin": 276119} | package com.github.sarxos.webcam
import java.awt.*
import java.awt.image.BufferedImage
import java.io.File
import java.io.IOException
import java.util.*
import javax.imageio.ImageIO
import javax.swing.JComponent
import javax.swing.SwingUtilities
/*
* Convenience class to create and optionally save to a file a
* BufferedImage of an area on the screen. Generally there are
* four different scenarios. Create an image of:
*
* a) an entire component
* b) a region of the component
* c) the entire desktop
* d) a region of the desktop
*
* The first two use the Swing paint() method to draw the
* component image to the BufferedImage. The latter two use the
* AWT Robot to create the BufferedImage.
*
* The created image can then be saved to a file by usig the
* writeImage(...) method. The type of file must be supported by the
* ImageIO write method.
*
* Although this class was originally designed to create an image of a
* component on the screen it can be used to create an image of components
* not displayed on a GUI. Behind the scenes the component will be given a
* size and the component will be layed out. The default size will be the
* preferred size of the component although you can invoke the setSize()
* method on the component before invoking a createImage(...) method. The
* default functionality should work in most cases. However the only
* foolproof way to get a image to is make sure the component has been
* added to a realized window with code something like the following:
*
* JFrame frame = new JFrame();
* frame.setContentPane( someComponent );
* frame.pack();
* ScreenImage.createImage( someComponent );
*
*/
object ScreenImage {
private val types = listOf(*ImageIO.getWriterFileSuffixes())
/*
* Create a BufferedImage for Swing components. The entire component will be captured to an
* image.
* @param component Swing component to create image from
* @return image the image for the given region
*/
fun createImage(component: JComponent): BufferedImage {
var d = component.size
if (d.width == 0 || d.height == 0) {
d = component.preferredSize
component.size = d
}
val region = Rectangle(0, 0, d.width, d.height)
return createImage(component, region)
}
/*
* Create a BufferedImage for Swing components. All or part of the component can be captured to
* an image.
* @param component Swing component to create image from
* @param region The region of the component to be captured to an image
* @return image the image for the given region
*/
fun createImage(component: JComponent, region: Rectangle): BufferedImage {
// Make sure the component has a size and has been layed out.
// (necessary check for components not added to a realized frame)
if (!component.isDisplayable) {
var d = component.size
if (d.width == 0 || d.height == 0) {
d = component.preferredSize
component.size = d
}
layoutComponent(component)
}
val image = BufferedImage(region.width, region.height, BufferedImage.TYPE_INT_RGB)
val g2d = image.createGraphics()
// Paint a background for non-opaque components,
// otherwise the background will be black
if (!component.isOpaque) {
g2d.color = component.background
g2d.fillRect(region.x, region.y, region.width, region.height)
}
g2d.translate(-region.x, -region.y)
component.print(g2d)
g2d.dispose()
return image
}
/**
* Convenience method to create a BufferedImage of the desktop
*
* @param fileName name of file to be created or null
* @return image the image for the given region
* @exception AWTException see Robot class constructors
* @exception IOException if an error occurs during writing
*/
@Throws(AWTException::class, IOException::class)
fun createDesktopImage(): BufferedImage {
val d = Toolkit.getDefaultToolkit().screenSize
val region = Rectangle(0, 0, d.width, d.height)
return createImage(region)
}
/*
* Create a BufferedImage for AWT components. This will include Swing components JFrame, JDialog
* and JWindow which all extend from Component, not JComponent.
* @param component AWT component to create image from
* @return image the image for the given region
* @exception AWTException see Robot class constructors
*/
@Throws(AWTException::class)
fun createImage(component: Component): BufferedImage {
val p = Point(0, 0)
SwingUtilities.convertPointToScreen(p, component)
val region = component.bounds
region.x = p.x
region.y = p.y
return createImage(region)
}
/**
* Create a BufferedImage from a rectangular region on the screen.
*
* @param region region on the screen to create image from
* @return image the image for the given region
* @exception AWTException see Robot class constructors
*/
@Throws(AWTException::class)
fun createImage(region: Rectangle?): BufferedImage {
return Robot().createScreenCapture(region)
}
/**
* Write a BufferedImage to a File.
*
* @param image image to be written
* @param fileName name of file to be created
* @exception IOException if an error occurs during writing
*/
@Throws(IOException::class)
fun writeImage(image: BufferedImage?, fileName: String?) {
if (fileName == null) return
val offset = fileName.lastIndexOf(".")
if (offset == -1) {
val message = "file suffix was not specified"
throw IOException(message)
}
val type = fileName.substring(offset + 1)
if (types.contains(type)) {
ImageIO.write(image, type, File(fileName))
} else {
val message = "unknown writer file suffix ($type)"
throw IOException(message)
}
}
fun layoutComponent(component: Component) {
synchronized(component.treeLock) {
component.doLayout()
if (component is Container) {
for (child in component.components) {
layoutComponent(child)
}
}
}
}
} | 0 | Kotlin | 0 | 2 | a67ebac2fb945a56dfac7f1f67f589eecdd58022 | 6,369 | webcam-capture-kotlin | MIT License |
feature/login/src/main/java/com/example/login/component/AppBar.kt | zhouquancheng-dev | 678,103,314 | false | {"Kotlin": 207288, "HTML": 3900} | package com.zqc.itinerary.ui.login.component
import androidx.compose.foundation.layout.size
import androidx.compose.material.icons.Icons
import androidx.compose.material.icons.automirrored.rounded.ArrowBack
import androidx.compose.material3.ExperimentalMaterial3Api
import androidx.compose.material3.Icon
import androidx.compose.material3.IconButton
import androidx.compose.material3.LocalContentColor
import androidx.compose.material3.Text
import androidx.compose.material3.TopAppBar
import androidx.compose.material3.TopAppBarColors
import androidx.compose.material3.TopAppBarDefaults
import androidx.compose.runtime.Composable
import androidx.compose.ui.Modifier
import androidx.compose.ui.graphics.Color
import androidx.compose.ui.res.stringResource
import androidx.compose.ui.text.style.TextOverflow
import androidx.compose.ui.unit.dp
import com.zqc.itinerary.R
@ExperimentalMaterial3Api
@Composable
fun UserTopAppBar(
title: String,
titleColor: Color = Color.Unspecified,
iconTint: Color = LocalContentColor.current,
topAppBarColors: TopAppBarColors = TopAppBarDefaults.topAppBarColors(),
onBackClick: () -> Unit
) {
TopAppBar(
title = {
Text(
text = title,
maxLines = 1,
overflow = TextOverflow.Ellipsis,
color = titleColor
)
},
navigationIcon = {
IconButton(onClick = { onBackClick() }) {
Icon(
imageVector = Icons.AutoMirrored.Rounded.ArrowBack,
contentDescription = stringResource(R.string.back_text),
modifier = Modifier.size(30.dp),
tint = iconTint
)
}
},
colors = topAppBarColors
)
} | 0 | Kotlin | 0 | 0 | af4fd5feaa106297f1ce6fccc643fee28f9b2b80 | 1,790 | Itinerary-android | Apache License 2.0 |
src/main/kotlin/no/nav/familie/ef/mottak/repository/EttersendingVedleggRepository.kt | navikt | 204,919,927 | false | {"Kotlin": 442087, "Dockerfile": 178} | package no.nav.familie.ef.mottak.repository
import no.nav.familie.ef.mottak.repository.domain.EttersendingVedlegg
import no.nav.familie.ef.mottak.repository.util.InsertUpdateRepository
import no.nav.familie.ef.mottak.repository.util.RepositoryInterface
import org.springframework.data.jdbc.repository.query.Modifying
import org.springframework.data.jdbc.repository.query.Query
import org.springframework.stereotype.Repository
import java.util.UUID
@Repository
interface EttersendingVedleggRepository :
RepositoryInterface<EttersendingVedlegg, UUID>,
InsertUpdateRepository<EttersendingVedlegg> {
fun findByEttersendingId(ettersendingId: UUID): List<EttersendingVedlegg>
@Query("SELECT ettersending_id from ettersending_vedlegg where id = :ettersendingVedleggId")
fun findEttersendingIdById(ettersendingVedleggId: UUID): UUID
@Modifying
@Query("DELETE FROM ettersending_vedlegg WHERE ettersending_id = :ettersendingId")
fun deleteAllByEttersendingId(ettersendingId: UUID)
@Modifying
@Query("UPDATE ettersending_vedlegg SET ettersending_id = :ettersendingId WHERE id = :id")
fun oppdaterEttersendingIdForVedlegg(
id: UUID,
ettersendingId: UUID,
): Int
}
| 0 | Kotlin | 2 | 0 | 5e850136165b6cf0a6c3826f0f9ca912075dc6ed | 1,221 | familie-ef-mottak | MIT License |
app/src/main/kotlin/org/singularux/music/ui/screen/home/HomeDrawerSheet.kt | xNovo3000 | 676,984,345 | false | null | package org.singularux.music.ui.screen.home
import android.content.res.Configuration
import androidx.compose.foundation.Image
import androidx.compose.foundation.layout.Arrangement
import androidx.compose.foundation.layout.Column
import androidx.compose.foundation.layout.Row
import androidx.compose.foundation.layout.padding
import androidx.compose.foundation.layout.size
import androidx.compose.foundation.rememberScrollState
import androidx.compose.foundation.verticalScroll
import androidx.compose.material.icons.Icons
import androidx.compose.material.icons.rounded.Album
import androidx.compose.material.icons.rounded.Info
import androidx.compose.material.icons.rounded.MusicNote
import androidx.compose.material.icons.rounded.People
import androidx.compose.material.icons.rounded.QueueMusic
import androidx.compose.material.icons.rounded.Settings
import androidx.compose.material3.Divider
import androidx.compose.material3.MaterialTheme
import androidx.compose.material3.ModalDrawerSheet
import androidx.compose.material3.Text
import androidx.compose.runtime.Composable
import androidx.compose.ui.Alignment
import androidx.compose.ui.Modifier
import androidx.compose.ui.platform.LocalContext
import androidx.compose.ui.res.stringResource
import androidx.compose.ui.tooling.preview.Preview
import androidx.compose.ui.unit.dp
import androidx.core.content.ContextCompat
import com.google.accompanist.drawablepainter.rememberDrawablePainter
import org.singularux.music.R
import org.singularux.music.ui.core.MusicTheme
enum class SelectedSubRouteStub { TRACKS, ALBUMS, ARTISTS, PLAYLISTS }
data class HomeDrawerSheetState(
val selectedSubRoute: SelectedSubRouteStub
)
enum class HomeDrawerSheetAction {
TRACKS, ALBUMS, ARTISTS, PLAYLISTS, SETTINGS, INFO
}
@Composable
fun HomeDrawerSheet(
modifier: Modifier = Modifier,
state: HomeDrawerSheetState,
onAction: (HomeDrawerSheetAction) -> Unit
) {
ModalDrawerSheet(modifier = modifier) {
Column(modifier = Modifier.verticalScroll(state = rememberScrollState())) {
// App header
Row(
modifier = Modifier.padding(24.dp),
horizontalArrangement = Arrangement.spacedBy(16.dp),
verticalAlignment = Alignment.CenterVertically
) {
// App icon
Image(
modifier = Modifier.size(48.dp),
painter = rememberDrawablePainter(
drawable = ContextCompat.getDrawable(LocalContext.current, R.mipmap.ic_launcher)
),
contentDescription = stringResource(id = R.string.manifest_app_name)
)
// App name
Text(
modifier = Modifier.weight(1F),
text = stringResource(id = R.string.manifest_app_name),
style = MaterialTheme.typography.headlineMedium
)
}
// Library header
HomeDrawerSheetSectionHeader(
name = stringResource(id = R.string.home_drawer_sheet_library)
)
// Tracks
HomeDrawerSheetItem(
state = HomeDrawerSheetItemState(
name = stringResource(id = R.string.home_drawer_sheet_tracks),
icon = Icons.Rounded.MusicNote,
isSelected = state.selectedSubRoute == SelectedSubRouteStub.TRACKS
),
onClick = { onAction(HomeDrawerSheetAction.TRACKS) }
)
// Albums
HomeDrawerSheetItem(
state = HomeDrawerSheetItemState(
name = stringResource(id = R.string.home_drawer_sheet_albums),
icon = Icons.Rounded.Album,
isSelected = state.selectedSubRoute == SelectedSubRouteStub.ALBUMS
),
onClick = { onAction(HomeDrawerSheetAction.ALBUMS) }
)
// Artists
HomeDrawerSheetItem(
state = HomeDrawerSheetItemState(
name = stringResource(id = R.string.home_drawer_sheet_artists),
icon = Icons.Rounded.People,
isSelected = state.selectedSubRoute == SelectedSubRouteStub.ARTISTS
),
onClick = { onAction(HomeDrawerSheetAction.ARTISTS) }
)
// Playlists
HomeDrawerSheetItem(
state = HomeDrawerSheetItemState(
name = stringResource(id = R.string.home_drawer_sheet_playlists),
icon = Icons.Rounded.QueueMusic,
isSelected = state.selectedSubRoute == SelectedSubRouteStub.PLAYLISTS
),
onClick = { onAction(HomeDrawerSheetAction.PLAYLISTS) }
)
// Divider
Divider(
modifier = Modifier
.padding(horizontal = 20.dp)
.padding(top = 8.dp)
)
// More header
HomeDrawerSheetSectionHeader(
name = stringResource(id = R.string.home_drawer_sheet_more)
)
// Settings
HomeDrawerSheetItem(
state = HomeDrawerSheetItemState(
name = stringResource(id = R.string.home_drawer_sheet_settings),
icon = Icons.Rounded.Settings,
isSelected = false
),
onClick = { onAction(HomeDrawerSheetAction.SETTINGS) }
)
// Info
HomeDrawerSheetItem(
state = HomeDrawerSheetItemState(
name = stringResource(id = R.string.home_drawer_sheet_info),
icon = Icons.Rounded.Info,
isSelected = false
),
onClick = { onAction(HomeDrawerSheetAction.INFO) }
)
}
}
}
@Preview(uiMode = Configuration.UI_MODE_NIGHT_NO)
@Preview(uiMode = Configuration.UI_MODE_NIGHT_YES)
@Composable
private fun Preview() {
MusicTheme {
HomeDrawerSheet(
state = HomeDrawerSheetState(selectedSubRoute = SelectedSubRouteStub.PLAYLISTS),
onAction = {}
)
}
} | 0 | Kotlin | 0 | 0 | ee501fe7764838c0585b37a805936e616babfcaa | 6,287 | SingularUX-Music | MIT License |
src/test/kotlin/_50to100/Task73Test.kt | embuc | 735,933,359 | false | {"Kotlin": 136592, "Java": 79261} | package _50to100
import org.junit.jupiter.api.Assertions.assertEquals
import org.junit.jupiter.api.Test
import se.embuc._50to100.Task73
class Task73Test {
@Test
fun solve() {
assertEquals(7295372, Task73().solve())
assertEquals(7295372, JTask73().solve())
}
} | 0 | Kotlin | 0 | 1 | 74af4e8537be183d43fa26d1a08032d7785ab862 | 269 | projecteuler | MIT License |
feature/solve-problem/src/main/kotlin/team/duckie/app/android/feature/solve/problem/screen/QuizScreen.kt | duckie-team | 503,869,663 | false | null | /*
* Designed and developed by Duckie Team, 2022
*
* Licensed under the MIT.
* Please see full license: https://github.com/duckie-team/duckie-android/blob/develop/LICENSE
*/
@file:OptIn(
ExperimentalFoundationApi::class,
ExperimentalComposeUiApi::class,
ExperimentalFoundationApi::class,
)
package team.duckie.app.android.feature.solve.problem.screen
import androidx.compose.foundation.ExperimentalFoundationApi
import androidx.compose.foundation.layout.Arrangement
import androidx.compose.foundation.layout.Spacer
import androidx.compose.foundation.layout.fillMaxSize
import androidx.compose.foundation.layout.fillMaxWidth
import androidx.compose.foundation.layout.padding
import androidx.compose.foundation.lazy.LazyColumn
import androidx.compose.foundation.pager.HorizontalPager
import androidx.compose.foundation.pager.PagerState
import androidx.compose.runtime.Composable
import androidx.compose.runtime.LaunchedEffect
import androidx.compose.runtime.derivedStateOf
import androidx.compose.runtime.getValue
import androidx.compose.runtime.mutableStateListOf
import androidx.compose.runtime.mutableStateOf
import androidx.compose.runtime.remember
import androidx.compose.runtime.rememberCoroutineScope
import androidx.compose.runtime.setValue
import androidx.compose.ui.ExperimentalComposeUiApi
import androidx.compose.ui.Modifier
import androidx.compose.ui.layout.Layout
import androidx.compose.ui.layout.layoutId
import androidx.compose.ui.platform.LocalSoftwareKeyboardController
import androidx.compose.ui.res.stringResource
import androidx.compose.ui.unit.dp
import kotlinx.collections.immutable.ImmutableList
import kotlinx.collections.immutable.toImmutableList
import kotlinx.coroutines.launch
import team.duckie.app.android.domain.exam.model.Answer
import team.duckie.app.android.domain.exam.model.Problem.Companion.isSubjective
import team.duckie.app.android.feature.solve.problem.R
import team.duckie.app.android.feature.solve.problem.answer.answerSection
import team.duckie.app.android.feature.solve.problem.common.ButtonBottomBar
import team.duckie.app.android.feature.solve.problem.common.TimerTopBar
import team.duckie.app.android.feature.solve.problem.question.questionSection
import team.duckie.app.android.feature.solve.problem.viewmodel.state.InputAnswer
import team.duckie.app.android.feature.solve.problem.viewmodel.state.SolveProblemState
import team.duckie.app.android.common.compose.ui.dialog.DuckieDialog
import team.duckie.app.android.common.compose.isCurrentPage
import team.duckie.app.android.common.compose.ui.Spacer
import team.duckie.app.android.common.kotlin.exception.duckieResponseFieldNpe
import team.duckie.app.android.feature.solve.problem.common.FlexibleSubjectiveQuestionSection
private const val QuizTopAppBarLayoutId = "QuizTopAppBar"
private const val QuizContentLayoutId = "QuizContent"
private const val QuizBottomBarLayoutId = "QuizBottomBar"
@Composable
internal fun QuizScreen(
state: SolveProblemState,
pagerState: PagerState,
progress: () -> Float,
stopExam: () -> Unit,
finishQuiz: (Int, Boolean) -> Unit,
onNextPage: (Int, InputAnswer, Int) -> Unit,
startTimer: () -> Unit,
) {
val totalPage = remember { state.totalPage }
val coroutineScope = rememberCoroutineScope()
var examExitDialogVisible by remember { mutableStateOf(false) }
val timeOver by remember {
derivedStateOf { progress() == 0f }
}
val inputAnswers = remember {
mutableStateListOf(
elements = Array(
size = state.quizProblems.size,
init = { InputAnswer() },
),
)
}
LaunchedEffect(pagerState.targetPage) {
startTimer()
}
LaunchedEffect(timeOver) {
if (timeOver) {
finishQuiz(pagerState.currentPage, false)
}
}
DuckieDialog(
title = stringResource(id = R.string.quit_exam),
message = stringResource(id = R.string.not_saved),
leftButtonText = stringResource(id = R.string.cancel),
leftButtonOnClick = { examExitDialogVisible = false },
rightButtonText = stringResource(id = R.string.quit),
rightButtonOnClick = stopExam,
visible = examExitDialogVisible,
onDismissRequest = { examExitDialogVisible = false },
)
Layout(
content = {
TimerTopBar(
modifier = Modifier.layoutId(QuizTopAppBarLayoutId),
onCloseClick = {
examExitDialogVisible = true
},
progress = progress,
)
ContentSection(
modifier = Modifier.layoutId(QuizContentLayoutId),
pagerState = pagerState,
state = state,
inputAnswers = inputAnswers.toImmutableList(),
updateInputAnswers = { index, answer ->
inputAnswers[index] = answer
},
)
ButtonBottomBar(
modifier = Modifier
.layoutId(QuizBottomBarLayoutId)
.fillMaxWidth(),
isLastPage = pagerState.currentPage == totalPage - 1,
onRightButtonClick = {
coroutineScope.launch {
val maximumPage = totalPage - 1
if (pagerState.currentPage == maximumPage) {
finishQuiz(pagerState.currentPage, true)
} else {
onNextPage(
pagerState.currentPage,
inputAnswers[pagerState.currentPage],
maximumPage,
)
}
}
},
)
},
measurePolicy = screenMeasurePolicy(
topLayoutId = QuizTopAppBarLayoutId,
contentLayoutId = QuizContentLayoutId,
bottomLayoutId = QuizBottomBarLayoutId,
),
)
}
@Composable
private fun ContentSection(
modifier: Modifier = Modifier,
pagerState: PagerState,
state: SolveProblemState,
inputAnswers: ImmutableList<InputAnswer>,
updateInputAnswers: (page: Int, inputAnswer: InputAnswer) -> Unit,
) {
val keyboardController = LocalSoftwareKeyboardController.current
HorizontalPager(
modifier = modifier,
pageCount = state.totalPage,
state = pagerState,
userScrollEnabled = false,
) { pageIndex ->
val problem = state.quizProblems[pageIndex]
val requestFocus by remember(key1 = pagerState.currentPage) {
derivedStateOf { pagerState.isCurrentPage(pageIndex) }
}
LaunchedEffect(key1 = requestFocus) {
if (!problem.isSubjective()) {
keyboardController?.hide()
}
}
when {
// for keyboard flexible image height
problem.isSubjective() && problem.question.isImage() -> FlexibleSubjectiveQuestionSection(
problem = problem,
pageIndex = pageIndex,
inputAnswers = inputAnswers,
updateInputAnswers = updateInputAnswers,
requestFocus = requestFocus,
keyboardController = keyboardController,
)
else -> LazyColumn(
modifier = Modifier.fillMaxSize(),
verticalArrangement = Arrangement.spacedBy(space = 24.dp),
) {
item {
Spacer(modifier = Modifier.padding(top = 16.dp))
}
questionSection(
page = pageIndex,
question = problem.question,
)
val answer = problem.answer
answerSection(
pageIndex = pageIndex,
answer = when (answer) {
is Answer.Short -> Answer.Short(
problem.correctAnswer
?: duckieResponseFieldNpe("null 이 되면 안됩니다."),
)
is Answer.Choice, is Answer.ImageChoice -> answer
else -> duckieResponseFieldNpe("해당 분기로 빠질 수 없는 AnswerType 입니다.")
},
inputAnswers = inputAnswers,
updateInputAnswers = updateInputAnswers,
requestFocus = requestFocus,
keyboardController = keyboardController,
)
}
}
}
}
| 19 | Kotlin | 2 | 34 | 4fa7edae1fd24811ec278b0e24236c247f98dff0 | 8,613 | duckie-android | MIT License |
app/src/main/java/io/github/mklkj/filmowy/api/pojo/FilmPerson.kt | mklkj | 166,846,534 | false | {"HTML": 181836, "Kotlin": 179891} | package io.github.mklkj.filmowy.api.pojo
data class FilmPerson(
val filmId: Int,
val assocType: AssocType,
val personId: Long,
val assocName: String?,
val assocAttributes: String?,
val personName: String,
val personImagePath: String?
) {
enum class AssocType(val id: Int) {
UNKNOWN(0),
DIRECTOR(1),
SCREENWRITER(2),
MUSIC(3),
CINEMATOGRAPHER(4),
ORIGINAL_MATERIALS(5),
ACTOR(6),
SELF(7),
VOICE(8),
PRODUCER(9),
MONTAGE(10),
COSTUME_DESIGNER(11),
ARCHIVAL_MATERIALS(12),
GUEST(13);
companion object {
private val values = values()
fun getById(id: Int) = values.firstOrNull { it.id == id } ?: UNKNOWN
}
}
}
| 1 | HTML | 0 | 7 | e7f01ad5d0771254e907e59aa4df4ef0e6fd7293 | 795 | filmowy | Apache License 2.0 |
src/integrationTest/kotlin/uk/gov/justice/digital/hmpps/jobsboard/api/controller/jobs/JobsGetShould.kt | ministryofjustice | 775,484,528 | false | {"Kotlin": 167612, "Dockerfile": 1146} | package uk.gov.justice.digital.hmpps.jobsboard.api.controller.jobs
import org.junit.jupiter.api.Test
import org.springframework.http.HttpStatus.CREATED
class JobsGetShould : JobsTestCase() {
@Test
fun `retrieve an existing Job`() {
assertAddEmployer(
id = "bf392249-b360-4e3e-81a0-8497047987e8",
body = amazonBody,
expectedStatus = CREATED,
)
val jobId = assertAddJobIsCreated(body = amazonForkliftOperatorJobBody)
assertGetJobIsOK(
jobId = jobId,
expectedResponse = amazonForkliftOperatorJobResponse(jobCreationTime),
)
}
@Test
fun `retrieve an existing Job with all optional fields empty`() {
assertAddEmployer(
id = "182e9a24-6edb-48a6-a84f-b7061f004a97",
body = abcConstructionBody,
expectedStatus = CREATED,
)
val jobId = assertAddJobIsCreated(body = abcConstructionJobBody)
assertGetJobIsOK(
jobId = jobId,
expectedResponse = abcConstructionJobResponse(jobCreationTime),
)
}
@Test
fun `return null on empty optional fields`() {
assertAddEmployer(
id = "89de6c84-3372-4546-bbc1-9d1dc9ceb354",
body = tescoBody,
expectedStatus = CREATED,
)
val jobId = assertAddJobIsCreated(body = tescoWarehouseHandlerJobBody)
assertGetJobIsOK(
jobId = jobId,
expectedResponse = tescoWarehouseHandlerJobBody,
)
}
@Test
fun `retrieve a default paginated empty Jobs list`() {
assertGetJobIsOK(
expectedResponse = expectedResponseListOf(),
)
}
@Test
fun `retrieve a default paginated Jobs list`() {
givenThreeJobsAreCreated()
assertGetJobIsOK(
expectedResponse = expectedResponseListOf(
amazonForkliftOperatorJobItemListResponse(jobCreationTime),
tescoWarehouseHandlerJobItemListResponse(jobCreationTime),
abcConstructionJobItemListResponse(jobCreationTime),
),
)
}
@Test
fun `retrieve a custom paginated Jobs list`() {
givenThreeJobsAreCreated()
assertGetJobIsOK(
parameters = "page=1&size=1",
expectedResponse = expectedResponseListOf(
size = 1,
page = 1,
totalElements = 3,
amazonForkliftOperatorJobItemListResponse(jobCreationTime),
),
)
}
@Test
fun `retrieve a default paginated Jobs list filtered by full Job title`() {
givenThreeJobsAreCreated()
assertGetJobIsOK(
parameters = "jobTitleOrEmployerName=Forklift operator",
expectedResponse = expectedResponseListOf(
amazonForkliftOperatorJobItemListResponse(jobCreationTime),
),
)
}
@Test
fun `retrieve a default paginated Jobs list filtered by incomplete Job title`() {
givenThreeJobsAreCreated()
assertGetJobIsOK(
parameters = "jobTitleOrEmployerName=operator",
expectedResponse = expectedResponseListOf(
amazonForkliftOperatorJobItemListResponse(jobCreationTime),
),
)
}
@Test
fun `retrieve a default paginated Jobs list filtered by full Employer name`() {
givenThreeJobsAreCreated()
assertGetJobIsOK(
parameters = "jobTitleOrEmployerName=Tesco",
expectedResponse = expectedResponseListOf(
tescoWarehouseHandlerJobItemListResponse(jobCreationTime),
),
)
}
@Test
fun `retrieve a default paginated Jobs list filtered by incomplete Employer name`() {
givenThreeJobsAreCreated()
assertGetJobIsOK(
parameters = "jobTitleOrEmployerName=Tes",
expectedResponse = expectedResponseListOf(
tescoWarehouseHandlerJobItemListResponse(jobCreationTime),
),
)
}
@Test
fun `retrieve a default paginated Jobs list filtered by job sector`() {
givenThreeJobsAreCreated()
assertGetJobIsOK(
parameters = "sector=retail",
expectedResponse = expectedResponseListOf(
amazonForkliftOperatorJobItemListResponse(jobCreationTime),
),
)
}
@Test
fun `retrieve a default paginated Jobs list filtered by Job title OR Employer name AND job sector`() {
givenThreeJobsAreCreated()
assertGetJobIsOK(
parameters = "jobTitleOrEmployerName=tesco§or=retail",
expectedResponse = expectedResponseListOf(),
)
}
@Test
fun `retrieve a default paginated Jobs list filtered by incomplete Job title OR Employer name AND job sector`() {
givenThreeJobsAreCreated()
assertGetJobIsOK(
parameters = "jobTitleOrEmployerName=er§or=construction",
expectedResponse = expectedResponseListOf(
abcConstructionJobItemListResponse(jobCreationTime),
),
)
}
@Test
fun `retrieve a custom paginated Jobs list filtered by Job title OR Employer name AND job sector`() {
givenThreeJobsAreCreated()
assertGetJobIsOK(
parameters = "jobTitleOrEmployerName=Tesco§or=warehousing&page=0&size=1",
expectedResponse = expectedResponseListOf(
size = 1,
page = 0,
totalElements = 1,
tescoWarehouseHandlerJobItemListResponse(jobCreationTime),
),
)
}
@Test
fun `retrieve a default paginated Jobs list sorted by job title, in ascending order, by default`() {
givenThreeJobsAreCreated()
assertGetJobIsOKAndSortedByJobTitle(
expectedJobTitlesSorted = listOf(
"Apprentice plasterer",
"Forklift operator",
"Warehouse handler",
),
)
}
@Test
fun `retrieve a default paginated Jobs list sorted by job title, in ascending order`() {
givenThreeJobsAreCreated()
assertGetJobIsOKAndSortedByJobTitle(
parameters = "sortBy=jobTitle&sortOrder=asc",
expectedJobTitlesSorted = listOf(
"Apprentice plasterer",
"Forklift operator",
"Warehouse handler",
),
)
}
@Test
fun `retrieve a default paginated Jobs list sorted by job title, in descending order`() {
givenThreeJobsAreCreated()
assertGetJobIsOKAndSortedByJobTitle(
parameters = "sortBy=jobTitle&sortOrder=desc",
expectedJobTitlesSorted = listOf(
"Warehouse handler",
"Forklift operator",
"Apprentice plasterer",
),
)
}
@Test
fun `retrieve a default paginated Jobs list sorted by creation date, in ascending order, by default`() {
givenJobsMustHaveDifferentCreationTimes()
givenThreeJobsAreCreated()
assertGetJobIsOKAndSortedByDate(
parameters = "sortBy=createdAt",
expectedSortingOrder = "asc",
)
}
@Test
fun `retrieve a default paginated Jobs list sorted by creation date, in ascending order`() {
val sortingOrder = "asc"
givenJobsMustHaveDifferentCreationTimes()
givenThreeJobsAreCreated()
assertGetJobIsOKAndSortedByDate(
parameters = "sortBy=createdAt&sortOrder=$sortingOrder",
expectedSortingOrder = sortingOrder,
)
}
@Test
fun `retrieve a default paginated Jobs list sorted by creation date, in descending order`() {
val sortingOrder = "desc"
givenJobsMustHaveDifferentCreationTimes()
givenThreeJobsAreCreated()
assertGetJobIsOKAndSortedByDate(
parameters = "sortBy=createdAt&sortOrder=$sortingOrder",
expectedSortingOrder = sortingOrder,
)
}
private fun givenJobsMustHaveDifferentCreationTimes() {
givenCurrentTimeIsStrictlyIncreasing(jobCreationTime)
}
private fun givenThreeJobsAreCreated() {
assertAddEmployer(
id = "89de6c84-3372-4546-bbc1-9d1dc9ceb354",
body = tescoBody,
expectedStatus = CREATED,
)
assertAddEmployer(
id = "bf392249-b360-4e3e-81a0-8497047987e8",
body = amazonBody,
expectedStatus = CREATED,
)
assertAddEmployer(
id = "182e9a24-6edb-48a6-a84f-b7061f004a97",
body = abcConstructionBody,
expectedStatus = CREATED,
)
assertAddJobIsCreated(
body = tescoWarehouseHandlerJobBody,
)
assertAddJobIsCreated(
body = amazonForkliftOperatorJobBody,
)
assertAddJobIsCreated(
body = abcConstructionJobBody,
)
}
}
| 3 | Kotlin | 0 | 1 | f821551ec9a18686b0dafe343377857b683e47b0 | 7,976 | hmpps-jobs-board-api | MIT License |
src/commonMain/kotlin/baaahs/show/live/LinkedPatch.kt | baaahs | 174,897,412 | false | {"Kotlin": 4817609, "C": 1529197, "C++": 661363, "GLSL": 412779, "JavaScript": 61944, "HTML": 56277, "CMake": 30499, "CSS": 4340, "Shell": 2381, "Python": 1450} | package baaahs.show.live
import baaahs.app.ui.patchmod.PatchMod
import baaahs.gl.patch.Component
import baaahs.gl.patch.ProgramLinker
import baaahs.gl.patch.ProgramNode
import baaahs.gl.patch.ShaderComponent
import baaahs.gl.shader.OpenShader
import baaahs.gl.shader.OutputPort
import baaahs.show.Stream
import baaahs.util.Logger
class LinkedPatch(
val shader: OpenShader,
incomingLinks: Map<String, ProgramNode>,
val stream: Stream,
val priority: Float,
val injectedPorts: Set<String> = emptySet(),
val patchMods: List<PatchMod> = emptyList(),
val modsNode: ProgramNode? = null
) : ProgramNode {
override val title: String get() = shader.title
override val outputPort: OutputPort get() = shader.outputPort
val isPatchMod get() = modsNode != null
val unmoddedIncomingLinks = incomingLinks
val incomingLinks = incomingLinks.mapValues { (inputPortId, link) ->
var redirectableLink = link
patchMods.forEach { patchMod ->
val oldLink = redirectableLink
redirectableLink = patchMod.maybeWrapLink(this, inputPortId, redirectableLink, shader)
?: redirectableLink
if (redirectableLink !== oldLink)
logger.debug { "Redirected $oldLink via $redirectableLink." }
}
redirectableLink
}
val passThroughUniforms =
shader.glslCode.globalInputVars.filter { it.isPassThrough }
override fun getNodeId(programLinker: ProgramLinker): String = programLinker.idFor(shader.shader)
override fun traverse(programLinker: ProgramLinker) {
programLinker.visit(shader)
incomingLinks.forEach { (_, link) ->
programLinker.visit(link)
}
}
override fun buildComponent(
id: String,
index: Int,
prefix: String,
findUpstreamComponent: (ProgramNode) -> Component
): Component {
return ShaderComponent(id, index, prefix, this, findUpstreamComponent)
}
override fun toString(): String = "LinkedPatch(shader=${shader.title})"
companion object {
private val logger = Logger<LinkedPatch>()
}
} | 113 | Kotlin | 13 | 40 | e895b295f951668acdce0371b791e0316a633da6 | 2,144 | sparklemotion | MIT License |
app/src/test/java/com/actively/statistics/StatisticsViewModelTest.kt | actively-pw | 671,584,612 | false | {"Kotlin": 364808} | package com.actively.statistics
import app.cash.turbine.test
import com.actively.R
import com.actively.activity.Discipline
import com.actively.statistics.usecase.GetStatisticsUseCase
import com.actively.stubs.stubStatPage
import io.kotest.core.spec.IsolationMode
import io.kotest.core.spec.style.FunSpec
import io.kotest.matchers.shouldBe
import io.mockk.coEvery
import io.mockk.mockk
import kotlinx.coroutines.Dispatchers
import kotlinx.coroutines.ExperimentalCoroutinesApi
import kotlinx.coroutines.delay
import kotlinx.coroutines.test.UnconfinedTestDispatcher
import kotlinx.coroutines.test.resetMain
import kotlinx.coroutines.test.setMain
import kotlin.time.Duration.Companion.milliseconds
@OptIn(ExperimentalCoroutinesApi::class)
class StatisticsViewModelTest : FunSpec({
isolationMode = IsolationMode.InstancePerTest
coroutineTestScope = true
val getStatisticsUseCase = mockk<GetStatisticsUseCase>()
coEvery { getStatisticsUseCase() } coAnswers {
delay(500.milliseconds)
Result.success(
listOf(
stubStatPage(sport = Discipline.Cycling),
stubStatPage(sport = Discipline.Running),
stubStatPage(sport = Discipline.NordicWalking)
)
)
}
val statTabFactory = StatTabFactory()
context("state test") {
test("init state is correct") {
val viewModel = StatisticsViewModel(getStatisticsUseCase, statTabFactory)
viewModel.state.test {
awaitItem() shouldBe StatisticsState(
tabs = listOf(
StatTab(R.string.cycling),
StatTab(R.string.running),
StatTab(R.string.nordic_walking)
),
selectedTab = 0,
isLoading = true,
isError = false
)
}
}
test("loads state on init") {
val viewModel = StatisticsViewModel(getStatisticsUseCase, statTabFactory)
viewModel.state.test {
awaitItem()
awaitItem() shouldBe StatisticsState(
tabs = listOf(cyclingState(), runningState(), nordicWalingState()),
selectedTab = 0,
isLoading = false,
isError = false
)
}
}
test("sets error flag if getStatisticsUseCase failed") {
coEvery { getStatisticsUseCase() } coAnswers {
delay(500.milliseconds)
Result.failure(Exception())
}
val viewModel = StatisticsViewModel(getStatisticsUseCase, statTabFactory)
viewModel.state.test {
awaitItem()
awaitItem() shouldBe StatisticsState(
tabs = listOf(
StatTab(sport = R.string.cycling),
StatTab(sport = R.string.running),
StatTab(sport = R.string.nordic_walking),
),
selectedTab = 0,
isLoading = false,
isError = true
)
}
}
}
context("actions") {
val viewModel = StatisticsViewModel(getStatisticsUseCase, statTabFactory)
test("onSelectTab properly updates selected tab index") {
viewModel.state.test {
awaitItem()
awaitItem()
viewModel.onSelectTab(2)
awaitItem() shouldBe StatisticsState(
tabs = listOf(cyclingState(), runningState(), nordicWalingState()),
selectedTab = 2,
isLoading = false,
isError = false
)
viewModel.onSelectTab(1)
awaitItem() shouldBe StatisticsState(
tabs = listOf(cyclingState(), runningState(), nordicWalingState()),
selectedTab = 1,
isLoading = false,
isError = false
)
viewModel.onSelectTab(0)
awaitItem() shouldBe StatisticsState(
tabs = listOf(cyclingState(), runningState(), nordicWalingState()),
selectedTab = 0,
isLoading = false,
isError = false
)
viewModel.onSelectTab(2)
awaitItem() shouldBe StatisticsState(
tabs = listOf(cyclingState(), runningState(), nordicWalingState()),
selectedTab = 2,
isLoading = false,
isError = false
)
}
}
}
beforeTest {
Dispatchers.setMain(UnconfinedTestDispatcher())
}
afterTest {
Dispatchers.resetMain()
}
})
private fun runningState() = StatTab(
sport = R.string.running,
avgWeekly = listOf(
LabeledValue(R.string.runs, "1"),
LabeledValue(R.string.time, "1h 0m"),
LabeledValue(R.string.distance, "10 km"),
),
yearToDate = listOf(
LabeledValue(R.string.runs, "10"),
LabeledValue(R.string.time, "10h 0m"),
LabeledValue(R.string.distance, "100 km"),
LabeledValue(R.string.elevation_gain, "1000 m"),
),
allTime = listOf(
LabeledValue(R.string.runs, "10"),
LabeledValue(R.string.distance, "100 km"),
LabeledValue(R.string.longest_run, "10 km"),
)
)
private fun cyclingState() = StatTab(
sport = R.string.cycling,
avgWeekly = listOf(
LabeledValue(R.string.rides, "1"),
LabeledValue(R.string.time, "1h 0m"),
LabeledValue(R.string.distance, "10 km"),
),
yearToDate = listOf(
LabeledValue(R.string.rides, "10"),
LabeledValue(R.string.time, "10h 0m"),
LabeledValue(R.string.distance, "100 km"),
LabeledValue(R.string.elevation_gain, "1000 m"),
),
allTime = listOf(
LabeledValue(R.string.rides, "10"),
LabeledValue(R.string.distance, "100 km"),
LabeledValue(R.string.longest_ride, "10 km"),
)
)
private fun nordicWalingState() = StatTab(
sport = R.string.nordic_walking,
avgWeekly = listOf(
LabeledValue(R.string.walks, "1"),
LabeledValue(R.string.time, "1h 0m"),
LabeledValue(R.string.distance, "10 km"),
),
yearToDate = listOf(
LabeledValue(R.string.walks, "10"),
LabeledValue(R.string.time, "10h 0m"),
LabeledValue(R.string.distance, "100 km"),
LabeledValue(R.string.elevation_gain, "1000 m"),
),
allTime = listOf(
LabeledValue(R.string.walks, "10"),
LabeledValue(R.string.distance, "100 km"),
LabeledValue(R.string.longest_walk, "10 km"),
)
)
| 0 | Kotlin | 0 | 0 | 33c791dfa6ce82a6ccacb1b5cdb39d2a26302ef4 | 6,867 | actively-mobile | MIT License |
core/src/main/kotlin/org/neo4j/graphql/QueryContext.kt | neo4j-graphql | 147,095,795 | false | null | package org.neo4j.graphql
data class QueryContext @JvmOverloads constructor(
/**
* if true the <code>__typename</code> will always be returned for interfaces, no matter if it was queried or not
*/
var queryTypeOfInterfaces: Boolean = false,
/**
* If set alternative approaches for query translation will be used
*/
var optimizedQuery: Set<OptimizationStrategy>? = null
) {
enum class OptimizationStrategy {
/**
* If used, filter queries will be converted to cypher matches
*/
FILTER_AS_MATCH
}
}
| 58 | null | 37 | 94 | 95a63e0e1b0e1c43ab09246a463fea3de99ede87 | 609 | neo4j-graphql-java | Apache License 2.0 |
data/src/main/java/com/saeedlotfi/limlam/data/mapper/ThemeDoMapper.kt | lotfi-workbox | 603,992,478 | false | null | package com.saeedlotfi.limlam.data.mapper
import com.saeedlotfi.limlam.data.model.ThemeDbModel
import com.saeedlotfi.limlam.domain.model.ThemeDoModel
import io.realm.RealmList
fun ThemeDoModel.asDatabaseModel(): ThemeDbModel {
return ThemeDbModel(
name = this.name,
backgrounds = this.backgrounds,
selectionBackgrounds = this.selectionBackgrounds,
paleBackgrounds = this.paleBackgrounds,
windowBackground = this.windowBackground,
textsAndIcons = this.textsAndIcons,
textHint = this.textHint,
strokeColor = this.strokeColor,
topOfWindows = this.topOfWindows,
topOfWindowTexts = this.topOfWindowTexts,
undoBar = this.undoBar,
startShadow = this.startShadow,
endShadow = this.endShadow,
rippleColor = this.rippleColor,
id = this.id,
)
}
fun ThemeDbModel.asDomainModel(): ThemeDoModel {
return ThemeDoModel(
name = this.name,
backgrounds = this.backgrounds,
selectionBackgrounds = this.selectionBackgrounds,
paleBackgrounds = this.paleBackgrounds,
windowBackground = this.windowBackground,
textsAndIcons = this.textsAndIcons,
textHint = this.textHint,
strokeColor = this.strokeColor,
topOfWindows = this.topOfWindows,
topOfWindowTexts = this.topOfWindowTexts,
undoBar = this.undoBar,
startShadow = this.startShadow,
endShadow = this.endShadow,
rippleColor = this.rippleColor,
id = this.id,
)
}
fun List<ThemeDoModel>.asDatabaseModel(): RealmList<ThemeDbModel> {
return RealmList<ThemeDbModel>().also { list ->
list.addAll(this.map { it.asDatabaseModel() })
}
}
fun List<ThemeDbModel>.asDomainModel(): List<ThemeDoModel> = this.map { it.asDomainModel() }
| 0 | Kotlin | 0 | 0 | 8964b2b259d96252b1381e844d23ba3c15e85001 | 1,830 | limlam | Apache License 2.0 |
plugin/src/main/kotlin/ru/cian/huawei/publish/HuaweiPublishPlugin.kt | cianru | 234,567,962 | false | {"Kotlin": 89181} | package ru.cian.huawei.publish
import com.android.build.api.variant.ApplicationAndroidComponentsExtension
import com.android.build.api.variant.ApplicationVariant
import com.android.build.api.variant.VariantSelector
import com.android.build.gradle.AppPlugin
import org.gradle.api.Plugin
import org.gradle.api.Project
import org.gradle.api.tasks.TaskProvider
import org.gradle.kotlin.dsl.create
import org.gradle.kotlin.dsl.getByType
import org.gradle.kotlin.dsl.register
import org.gradle.kotlin.dsl.withType
class HuaweiPublishPlugin : Plugin<Project> {
override fun apply(project: Project) {
project.plugins.withType<AppPlugin> {
configureHuaweiPublish(project)
}
}
private fun configureHuaweiPublish(project: Project) {
project.extensions.create<HuaweiPublishExtension>(
HuaweiPublishExtension.MAIN_EXTENSION_NAME,
project
)
val androidComponents = project.extensions.getByType<ApplicationAndroidComponentsExtension>()
androidComponents.onVariants(androidComponents.selector().all() as VariantSelector) { variant ->
createTask(project, variant)
}
}
@Suppress("DefaultLocale")
private fun createTask(
project: Project,
variant: ApplicationVariant,
) {
val variantName = variant.name.capitalize()
val publishTaskName = "${HuaweiPublishTask.TASK_NAME}$variantName"
val publishTask = project.tasks.register<HuaweiPublishTask>(publishTaskName, variant)
scheduleTasksOrder(publishTask, project, variantName)
}
private fun scheduleTasksOrder(
publishTask: TaskProvider<HuaweiPublishTask>,
project: Project,
variantName: String
) {
project.gradle.projectsEvaluated {
mustRunAfter(project, publishTask, "assemble$variantName")
mustRunAfter(project, publishTask, "bundle$variantName")
}
}
private fun mustRunAfter(
project: Project,
publishTask: TaskProvider<HuaweiPublishTask>,
taskBeforeName: String,
) {
if (project.tasks.findByName(taskBeforeName) != null) {
val assembleTask = project.tasks.named(taskBeforeName).get()
publishTask.get().mustRunAfter(assembleTask)
}
}
}
| 4 | Kotlin | 22 | 113 | 64b57d5615f6738d458e53404905d1c11babc0ce | 2,311 | huawei-appgallery-publish-gradle-plugin | Apache License 2.0 |
app/src/main/java/com/dilsahozkan/papafood/common/PageIndicator.kt | dilekdilsahozkan | 810,291,020 | false | {"Kotlin": 95375} | package com.dilsahozkan.papafood.common
import androidx.compose.foundation.layout.Arrangement
import androidx.compose.foundation.layout.Row
import androidx.compose.runtime.Composable
import androidx.compose.ui.Alignment
import androidx.compose.ui.Modifier
@Composable
fun PageIndicator(pageCount: Int, currentPage: Int, modifier: Modifier) {
Row(
horizontalArrangement = Arrangement.Absolute.Center,
verticalAlignment = Alignment.CenterVertically,
modifier = modifier
) {
repeat(pageCount){
IndicatorDot(isSelected = it == currentPage, modifier= modifier)
}
}
} | 0 | Kotlin | 0 | 0 | 58c528af3a474136ea3d4946425c3ced79889a5a | 628 | PapaFood | MIT License |
src/test/java/com/github/greennick/properties/generic/BooleanExtensionsTest.kt | green-nick | 170,363,475 | false | null | package com.github.greennick.properties.generic
import com.github.greennick.properties.propertyOf
import com.github.greennick.properties.triggerPropertyOf
import org.junit.Test
class BooleanExtensionsTest {
@Test
fun `not creates property with opposite value`() {
val init = true
val property = propertyOf(init)
val oppositeProperty = !property
assert(oppositeProperty.value != init)
}
@Test
fun `opposite property listen parent's changes`() {
val property = propertyOf(true)
val oppositeProperty = !property
val newValue = false
property.value = false
assert(oppositeProperty.value != newValue)
}
@Test
fun `toggle changes property's value`() {
val init = true
val property = propertyOf(init)
property.toggle()
assert(property.value != init)
}
@Test
fun `double toggle return property's value to begin`() {
val init = true
val property = propertyOf(init)
property.toggle()
property.toggle()
assert(property.value == init)
}
@Test
fun `subscribeOnTrue called on true`() {
var called = 0
val property = triggerPropertyOf(true)
property.subscribeOnTrue { called++ }
property.value = true
assert(called == 2)
}
@Test
fun `subscribeOnTrue isn't called on false`() {
var called = 0
val property = triggerPropertyOf(false)
property.subscribeOnTrue { called++ }
property.value = false
assert(called == 0)
}
@Test
fun `subscribeOnFalse called on false`() {
var called = 0
val property = triggerPropertyOf(false)
property.subscribeOnFalse { called++ }
property.value = false
assert(called == 2)
}
@Test
fun `subscribeOnFalse isn't called on true`() {
var called = 0
val property = triggerPropertyOf(true)
property.subscribeOnFalse { called++ }
property.value = true
assert(called == 0)
}
} | 0 | Kotlin | 0 | 8 | 969741bf9750634e7c5a673c7551746fc4a1e1ab | 2,103 | properties | MIT License |
core/src/main/kotlin/org/galois/core/engine/GaloisEngine.kt | fcarne | 361,818,657 | false | null | package org.galois.core.engine
import kotlinx.coroutines.async
import kotlinx.coroutines.coroutineScope
import org.galois.core.provider.GaloisJCE
import org.galois.core.provider.decodeHex
import org.galois.core.provider.fpe.FPEParameterSpec
import org.galois.core.provider.fpe.dff.DFFParameterSpec
import org.galois.core.provider.fpe.dff.DFF_ALGORITHM_NAME
import org.galois.core.provider.fpe.ff3.FF3ParameterSpec
import org.galois.core.provider.ope.aicd.AICDParameterSpec
import org.galois.core.provider.ope.aicd.AICD_ALGORITHM_NAME
import org.galois.core.provider.ope.fope.FOPEParameterSpec
import org.galois.core.provider.ope.fope.FOPE_ALGORITHM_NAME
import org.galois.core.provider.ope.pore.POREParameterSpec
import org.galois.core.provider.ope.pore.PORE_ALGORITHM_NAME
import org.galois.core.provider.ppe.cryptopan.CRYPTOPAN_ALGORITHM_NAME
import org.galois.core.provider.ppe.cryptopan.CryptoPAnParameterSpec
import org.galois.core.provider.ppe.hpcbc.HPCBCParameterSpec
import org.galois.core.provider.ppe.hpcbc.HPCBC_ALGORITHM_NAME
import org.galois.core.provider.toHexString
import tech.tablesaw.api.StringColumn
import tech.tablesaw.api.Table
import tech.tablesaw.columns.Column
import java.math.BigDecimal
import java.math.BigInteger
import java.net.InetAddress
import java.nio.ByteBuffer
import java.security.InvalidKeyException
import java.security.spec.AlgorithmParameterSpec
import java.util.*
import javax.crypto.Cipher
import javax.crypto.KeyGenerator
import javax.crypto.SecretKey
import javax.crypto.spec.SecretKeySpec
import kotlin.experimental.and
import kotlin.experimental.or
import kotlin.math.ceil
import kotlin.math.log2
class GaloisEngine(private val dataset: Table, configuration: EngineConfiguration) {
private val configuration: EngineConfiguration
init {
GaloisJCE.add()
this.configuration = configuration.clone()
val columns = configuration.encryptionDetails.map { it.columnName }
val nonExistentColumns = columns.minus(dataset.columnNames())
require(nonExistentColumns.isEmpty())
{ "Columns $nonExistentColumns do not exist in the dataset" }
val duplicateColumns = columns.groupingBy { it }.eachCount().filter { it.value > 1 }
require(duplicateColumns.isEmpty())
{ "Each column must appear only once: ${duplicateColumns.keys} appeared more than once" }
val ciphers = configuration.encryptionDetails.map { it.cipher }
val notSupportedCiphers = ciphers.minus(GaloisJCE.supportedAlgorithms)
require(notSupportedCiphers.isEmpty())
{ "Ciphers $notSupportedCiphers are not yet supported" }
if (configuration.mode == EngineMode.DECRYPT) {
val nullKeys = configuration.encryptionDetails.filter { it.key == null }
require(nullKeys.isEmpty()) { "In DECRYPT mode all keys must be explicitly set" }
val nullTweak = configuration.encryptionDetails.filter {
it.cipher in GaloisJCE.fpeAlgorithms && it.params.cipherSpecific["tweak"] == null
}
require(nullTweak.isEmpty()) { "In DECRYPT mode, tweaks for must be explicitly set. Set them for columns ${nullTweak.map { it.columnName }}" }
}
}
suspend fun compute(): Table = coroutineScope {
val result = dataset.copy()
val columns = configuration.encryptionDetails.map {
async { columnDoFinal(it, dataset.column(it.columnName)) }
}
val computedColumns = columns.map { it.await() }
computedColumns.forEach { result.replaceColumn(it) }
result
}
private suspend fun columnDoFinal(detail: EncryptionDetail, column: Column<*>): Column<*> = coroutineScope {
val computedColumn = StringColumn.create(column.name())
val (secretKey, parameters) = getKeyAndParameters(detail, column)
val cipher = getCipher(detail, secretKey, parameters)
val computedTaxonomy =
detail.params.taxonomyTree?.let { async { taxonomyTreeDoFinal(it, detail, secretKey, parameters) } }
column.forEach { value ->
val cell =
if (detail.cipher in GaloisJCE.fpeAlgorithms && value is Double) BigDecimal(value).toPlainString()
else value.toString()
val input = plaintextToByteArray(cell, detail)
val output = cipher.doFinal(input)
computedColumn.append(byteArrayToCiphertext(output, detail))
}
computedTaxonomy?.await()
computedColumn
}
private fun taxonomyTreeDoFinal(
taxonomyTree: TaxonomyTree,
detail: EncryptionDetail,
secretKey: SecretKey,
parameters: AlgorithmParameterSpec?
) {
val cipher = getCipher(detail, secretKey, parameters)
taxonomyNodeDoFinal(taxonomyTree.root, cipher, detail)
}
private fun taxonomyNodeDoFinal(node: TaxonomyNode, cipher: Cipher, detail: EncryptionDetail) {
val input = plaintextToByteArray(node.cat.toString(), detail)
val output = cipher.doFinal(input)
node.cat = byteArrayToCiphertext(output, detail)
node.subcats?.forEach { subNode -> taxonomyNodeDoFinal(subNode, cipher, detail) }
}
private fun plaintextToByteArray(plaintext: String, detail: EncryptionDetail): ByteArray {
val suffixMode =
detail.cipher in GaloisJCE.ppeAlgorithms && detail.params.cipherSpecific["suffix"] == true
val ipMode =
detail.cipher in GaloisJCE.ppeAlgorithms && detail.params.cipherSpecific.containsKey("ip")
val opMode = configuration.mode
return when {
detail.cipher in GaloisJCE.opeAlgorithms && opMode == EngineMode.ENCRYPT ->
ByteBuffer.allocate(Long.SIZE_BYTES).putLong(plaintext.toLong()).array()
detail.cipher in GaloisJCE.opeAlgorithms && opMode == EngineMode.DECRYPT ->
BigInteger(plaintext).toByteArray()
ipMode && !suffixMode -> InetAddress.getByName(plaintext).address
ipMode && suffixMode -> InetAddress.getByName(plaintext).address.reverseBits()
suffixMode && opMode == EngineMode.ENCRYPT -> plaintext.reversed().toByteArray()
suffixMode && opMode == EngineMode.DECRYPT -> Base64.getDecoder().decode(plaintext.reversed())
detail.cipher in GaloisJCE.fpeAlgorithms -> plaintext.toByteArray()
((!suffixMode && !ipMode) || detail.cipher in GaloisJCE.symmetricAlgorithms) && opMode == EngineMode.ENCRYPT ->
plaintext.toByteArray()
else -> Base64.getDecoder().decode(plaintext)
}
}
private fun byteArrayToCiphertext(byteArray: ByteArray, detail: EncryptionDetail): String {
val suffixMode =
detail.cipher in GaloisJCE.ppeAlgorithms && detail.params.cipherSpecific["suffix"] == true
val ipMode =
detail.cipher in GaloisJCE.ppeAlgorithms && detail.params.cipherSpecific.containsKey("ip")
val opMode = configuration.mode
return when {
detail.cipher in GaloisJCE.opeAlgorithms && opMode == EngineMode.ENCRYPT ->
BigInteger(byteArray).toString()
detail.cipher in GaloisJCE.opeAlgorithms && opMode == EngineMode.DECRYPT ->
ByteBuffer.wrap(byteArray).long.toString()
ipMode && !suffixMode -> InetAddress.getByAddress(byteArray).hostAddress
ipMode && suffixMode -> InetAddress.getByAddress(byteArray.reverseBits()).hostAddress
suffixMode && opMode == EngineMode.ENCRYPT -> Base64.getEncoder().encodeToString(byteArray).reversed()
suffixMode && opMode == EngineMode.DECRYPT -> String(byteArray).reversed()
detail.cipher in GaloisJCE.fpeAlgorithms -> String(byteArray)
((!suffixMode && !ipMode) || detail.cipher in GaloisJCE.symmetricAlgorithms) && opMode == EngineMode.ENCRYPT ->
Base64.getEncoder().encodeToString(byteArray)
else -> String(byteArray)
}
}
private fun getKeyAndParameters(
detail: EncryptionDetail,
column: Column<*>
): Pair<SecretKey, AlgorithmParameterSpec?> {
val parameterSpec = getParameterSpec(detail, column)
val secretKey: SecretKey
if (detail.key != null) {
secretKey = SecretKeySpec(Base64.getDecoder().decode(detail.key), detail.cipher)
} else {
val keyGenerator = KeyGenerator.getInstance(detail.cipher)
// if it's an opeScheme or HPCBC+ set parameters
if (detail.cipher in GaloisJCE.opeAlgorithms + HPCBC_ALGORITHM_NAME) keyGenerator.init(parameterSpec)
// set keySize, after the parameters since an algorithm key size may depend on these parameters
if (detail.cipher != AICD_ALGORITHM_NAME) detail.params.keySize?.let { keyGenerator.init(it) }
secretKey = keyGenerator.generateKey()
detail.key = Base64.getEncoder().encodeToString(secretKey.encoded)
}
return Pair(secretKey, parameterSpec)
}
private fun getParameterSpec(detail: EncryptionDetail, column: Column<*>): AlgorithmParameterSpec? {
val values = column.toMutableList()
if (detail.params.taxonomyTree != null) values.addAll(detail.params.taxonomyTree.root.toList())
return when {
detail.cipher == AICD_ALGORITHM_NAME && configuration.mode == EngineMode.ENCRYPT -> {
val parameterSpec = AICDParameterSpec()
parameterSpec.m = (detail.params.cipherSpecific["m"] as? Long
?: values.maxByOrNull { it.toString().toLong() }).toString().toLong()
parameterSpec
}
detail.cipher == FOPE_ALGORITHM_NAME && configuration.mode == EngineMode.ENCRYPT -> {
val parameterSpec = FOPEParameterSpec()
parameterSpec.d = (detail.params.cipherSpecific["d"] as? Number)?.toByte()
?: ceil(log2(values.maxByOrNull { it.toString().toLong() }.toString().toDouble())).toInt().toByte()
parameterSpec.tau = detail.params.cipherSpecific["tau"] as? Int ?: parameterSpec.tau
parameterSpec
}
detail.cipher == PORE_ALGORITHM_NAME && configuration.mode == EngineMode.ENCRYPT -> {
val parameterSpec = POREParameterSpec()
parameterSpec.n = (detail.params.cipherSpecific["n"] as? Number)?.toByte()
?: ceil(log2(values.maxByOrNull { it.toString().toLong() }.toString().toDouble())).toInt().toByte()
parameterSpec.q = (detail.params.cipherSpecific["q"] as? Number)?.toShort() ?: parameterSpec.q
parameterSpec
}
detail.cipher == CRYPTOPAN_ALGORITHM_NAME -> {
val ipMode = detail.params.cipherSpecific["ip"]
val parameterSpec = CryptoPAnParameterSpec()
parameterSpec.maxLength =
when (ipMode) {
"4" -> 4
"6" -> 16
else -> detail.params.cipherSpecific["max_length"] as? Int
?: values.maxByOrNull { it.toString().length }.toString().length
}
parameterSpec
}
detail.cipher == HPCBC_ALGORITHM_NAME -> {
val parameterSpec = HPCBCParameterSpec()
parameterSpec.integrityCheck = detail.params.cipherSpecific["integrity_check"] as? Boolean ?: false
parameterSpec.blockSize = detail.params.cipherSpecific["block_size"] as? Int ?: parameterSpec.blockSize
parameterSpec
}
detail.cipher in GaloisJCE.fpeAlgorithms -> {
val parameterSpec: FPEParameterSpec =
if (detail.cipher == DFF_ALGORITHM_NAME) DFFParameterSpec() else FF3ParameterSpec()
parameterSpec.radix = detail.params.cipherSpecific["radix"] as? Int ?: parameterSpec.radix
parameterSpec.tweak = (detail.params.cipherSpecific["tweak"] as? String)?.decodeHex()
?: GaloisJCE.random.generateSeed(parameterSpec.maxTLen).also {
detail.params.cipherSpecific["tweak"] = it.toHexString()
}
parameterSpec
}
else -> null
}
}
private fun getCipher(detail: EncryptionDetail, secretKey: SecretKey, parameters: AlgorithmParameterSpec?): Cipher {
val cipher = Cipher.getInstance(detail.cipher)
val opMode = if (configuration.mode == EngineMode.ENCRYPT) Cipher.ENCRYPT_MODE else Cipher.DECRYPT_MODE
try {
if (detail.cipher in GaloisJCE.opeAlgorithms + GaloisJCE.symmetricAlgorithms) cipher.init(opMode, secretKey)
else cipher.init(opMode, secretKey, parameters)
} catch (e: InvalidKeyException) {
throw InvalidKeyException(
"""Invalid key for ${detail.columnName}:
|${e.localizedMessage}""".trimMargin()
)
}
return cipher
}
fun tidyConfiguration(): EngineConfiguration {
val clone = configuration.clone()
clone.encryptionDetails.forEach {
if (configuration.mode == EngineMode.DECRYPT) {
it.key = null
it.params.keySize = null
}
when (it.cipher) {
in GaloisJCE.opeAlgorithms + GaloisJCE.symmetricAlgorithms -> it.params.cipherSpecific.clear()
CRYPTOPAN_ALGORITHM_NAME -> it.params.cipherSpecific.keys.retainAll(
listOf("ip", "suffix", "max_length")
)
HPCBC_ALGORITHM_NAME -> it.params.cipherSpecific.keys.retainAll(listOf("ip", "suffix", "block_size"))
in GaloisJCE.fpeAlgorithms -> it.params.cipherSpecific.keys.retainAll(listOf("radix", "tweak"))
}
}
clone.mode = if (configuration.mode == EngineMode.ENCRYPT) EngineMode.DECRYPT else EngineMode.ENCRYPT
return clone
}
}
private fun ByteArray.reverseBits(): ByteArray {
val reverse = ByteArray(size)
for (j in indices) {
for (i in 0..7) {
reverse[lastIndex - j] = reverse[lastIndex - j] shl 1
reverse[lastIndex - j] = reverse[lastIndex - j] or (this[j] and 0x1)
this[j] = this[j] shr 1
}
}
return reverse
}
private infix fun Byte.shl(i: Int) = (this.toInt() shl i and 0xFF).toByte()
private infix fun Byte.shr(i: Int) = (this.toInt() shl i and 0xFF).toByte()
| 0 | Kotlin | 0 | 0 | dbcb3ae1e9d824f88b361b9dbbad5e3356135db1 | 14,641 | Galois | Apache License 2.0 |
rest-authentication/src/main/kotlin/com/github/skiedrowski/tools/rest/authentication/server/AuthenticationFeature.kt | skiedrowski | 113,460,824 | false | null | package com.github.skiedrowski.tools.rest.authentication.server
import com.github.skiedrowski.tools.rest.authentication.AuthenticationNotRequired
import javax.inject.Inject
import javax.ws.rs.container.DynamicFeature
import javax.ws.rs.container.ResourceInfo
import javax.ws.rs.core.FeatureContext
import javax.ws.rs.ext.Provider
@Provider
class AuthenticationFeature @Inject constructor(
private val authenticationProvider: HTTPBasicAuthenticationProvider) : DynamicFeature {
override fun configure(resourceInfo: ResourceInfo, context: FeatureContext) {
val method = resourceInfo.resourceMethod
if (!method.isAnnotationPresent(AuthenticationNotRequired::class.java)) {
context.register(AuthenticationFilter(authenticationProvider))
}
}
} | 0 | Kotlin | 0 | 0 | 7919a1dc809fd1fa43ce48fdd72a4e9a88893626 | 793 | rest-tools | MIT License |
src/main/kotlin/strategy/behavior/quacking/MuteQuack.kt | Jason-Adam | 271,697,189 | false | null | package strategy.behavior.quacking
class MuteQuack() : QuackBehavior {
override fun quack() {
println("<<< silence >>>")
}
}
| 0 | Kotlin | 0 | 0 | d0867b814af23648557648e3f56281c90de3b84f | 142 | kotlin-design-patterns | The Unlicense |
klock/src/commonTest/kotlin/com/soywiz/klock/DateRangeTest.kt | AndreasMattsson | 204,931,298 | true | {"Kotlin": 154563, "Shell": 2318, "Batchfile": 1483} | package com.soywiz.klock
import kotlin.test.*
class DateRangeTest {
val date1 = DateTime(2018, Month.December, 24)
val date2 = DateTime(2018, Month.November, 26)
val date3 = DateTime(2017, Month.November, 26)
val date4 = DateTime(1, Month.November, 26)
val christmas = DateTime(2018, Month.December, 25)
@Test
fun test() {
val src = DateTime(2000, Month.January, 10)
val dst = DateTime(2000, Month.February, 20)
val other = DateTime(2000, Month.February, 1)
val outside1 = DateTime(2000, Month.January, 9)
val outside2 = DateTime(2000, Month.February, 21)
assertTrue(other in (src .. dst))
assertTrue(src in (src .. dst))
assertTrue(dst in (src .. dst))
assertTrue(src in (src until dst))
assertTrue(dst !in (src until dst))
assertTrue(outside1 !in (src .. dst))
assertTrue(outside2 !in (src .. dst))
assertTrue(outside1 !in (src until dst))
assertTrue(outside2 !in (src until dst))
}
@Test
fun testDaysUntilChristmas() {
assertEquals("1D", (date1 until christmas).span.toString())
assertEquals("29D", (date2 until christmas).span.toString(includeWeeks = false))
assertEquals("1Y 29D", (date3 until christmas).span.toString(includeWeeks = false))
assertEquals("2017Y 29D", (date4 until christmas).span.toString(includeWeeks = false))
}
@Test
fun testDaysUntilChristmasRev() {
assertEquals("-1D", (christmas until date1).span.toString())
assertEquals("-29D", (christmas until date2).span.toString(includeWeeks = false))
assertEquals("-1Y -29D", (christmas until date3).span.toString(includeWeeks = false))
assertEquals("-2017Y -29D", (christmas until date4).span.toString(includeWeeks = false))
}
}
| 0 | Kotlin | 0 | 0 | 1ac26e2b0655686240d920f2b9a6eb11fdb184cf | 1,840 | klock | Apache License 2.0 |
idbdata/src/main/java/com/gmail/eamosse/idbdata/repository/MovieRepository.kt | DevLoris | 242,684,191 | true | {"Kotlin": 102230} | package com.gmail.eamosse.idbdata.repository
import android.util.Log
import com.gmail.eamosse.idbdata.api.response.*
import com.gmail.eamosse.idbdata.api.response.toCategory
import com.gmail.eamosse.idbdata.api.response.toEntity
import com.gmail.eamosse.idbdata.api.response.toToken
import com.gmail.eamosse.idbdata.data.*
import com.gmail.eamosse.idbdata.datasources.LocalDataSource
import com.gmail.eamosse.idbdata.datasources.OnlineDataSource
import com.gmail.eamosse.idbdata.extensions.safeCall
import com.gmail.eamosse.idbdata.local.entities.FavoriteMovie
import com.gmail.eamosse.idbdata.utils.Result
import org.koin.core.KoinComponent
import org.koin.core.inject
/**
* La classe permettant de gérer les données de l'application
*/
class MovieRepository : KoinComponent {
//Gestion des sources de données locales
private val local: LocalDataSource by inject()
//Gestion des sources de données en lignes
private val online: OnlineDataSource by inject()
/**
* Récupérer le token permettant de consommer les ressources sur le serveur
* Le résultat du datasource est converti en instance d'objets publiques
*/
suspend fun getToken(): Result<Token> {
return when(val result = online.getToken()) {
is Result.Succes -> {
//save the response in the local database
local.saveToken(result.data.toEntity())
//return the response
Result.Succes(result.data.toToken())
}
is Result.Error -> result
}
}
suspend fun getCategories(): Result<List<Category>> {
return when(val result = online.getCategories()) {
is Result.Succes -> {
// On utilise la fonction map pour convertir les catégories de la réponse serveur
// en liste de categories d'objets de l'application
val categories = result.data.map {
it.toCategory()
}
Result.Succes(categories)
}
is Result.Error -> result
}
}
suspend fun getDiscover(id:Int, page:Int = 0): Result<List<Discover>> {
return when(val result = online.getDiscover(id, page)) {
is Result.Succes -> {
// On utilise la fonction map pour convertir les catégories de la réponse serveur
// en liste de categories d'objets de l'application
val discover = result.data.map {
it.toDiscover()
}
Result.Succes(discover)
}
is Result.Error -> result
}
}
/**
* Get a movie by ID
* @param int id
* @return Result<Movie>
*/
suspend fun getMovie(id:Int): Result<Movie> {
return when(val result = online.getMovie(id)) {
is Result.Succes -> {
Result.Succes(result.data.toMovie())
}
is Result.Error -> result
}
}
/**
* Get a movie by ID
* @param int id
*/
suspend fun getSimilarMovies(id:Int): Result<List<SimilarMovie>> {
return when(val result = online.getSimilarMovies(id)) {
is Result.Succes -> {
// On utilise la fonction map pour convertir les catégories de la réponse serveur
// en liste de categories d'objets de l'application
val discover = result.data.map {
it.toSimilarMovie()
}
Result.Succes(discover)
}
is Result.Error -> result
}
}
/**
* Get vdieos of a movie by ID
* @param int id
*/
suspend fun getVideosOfMovie(id:Int): Result<List<VideoMovie>> {
return when(val result = online.getVideos(id)) {
is Result.Succes -> {
// On utilise la fonction map pour convertir les catégories de la réponse serveur
// en liste de categories d'objets de l'application
val discover = result.data.map {
it.toVideo()
}
Result.Succes(discover)
}
is Result.Error -> result
}
}
/**
* Get trending movies
*/
suspend fun getTrendingMovies(): Result<List<Trending>> {
return when(val result = online.getTrendingMovies()) {
is Result.Succes -> {
// On utilise la fonction map pour convertir les catégories de la réponse serveur
// en liste de categories d'objets de l'application
val discover = result.data.map {
it.toTrending()
}
Result.Succes(discover)
}
is Result.Error -> result
}
}
/**
* Get trending movies
*/
suspend fun getTrendingPeoples(): Result<List<Person>> {
return when(val result = online.getTrendingPeoples()) {
is Result.Succes -> {
// On utilise la fonction map pour convertir les catégories de la réponse serveur
// en liste de categories d'objets de l'application
val discover = result.data.map {
it.toPerson()
}
Result.Succes(discover)
}
is Result.Error -> result
}
}
/**
* Get trending movies
*/
suspend fun getSearch(query:String): Result<List<Discover>> {
return when(val result = online.getSearch(query)) {
is Result.Succes -> {
// On utilise la fonction map pour convertir les catégories de la réponse serveur
// en liste de categories d'objets de l'application
val discover = result.data.map {
it.toDiscover()
}
Result.Succes(discover)
}
is Result.Error -> result
}
}
/**
* Get trending movies
*/
suspend fun getMovieActors(movieId: Int): Result<List<Actor>> {
return when(val result = online.getMovieActor(movieId)) {
is Result.Succes -> {
val discover = result.data.map {
it.toActor()
}
Result.Succes(discover)
}
is Result.Error -> result
}
}
/**
* Get actor
*/
suspend fun getActor(id: Int): Result<Actor> {
return when(val result = online.getActor(id)) {
is Result.Succes -> Result.Succes(result.data.toActor())
is Result.Error -> result
}
}
/**
* Get actor movies
*/
suspend fun getActorMovies(id: Int): Result<List<ActorMovies>> {
return when(val result = online.getActorMovies(id)) {
is Result.Succes -> {
val movies = result.data.map {
it.toMovie()
}
Result.Succes(movies)
}
is Result.Error -> result
}
}
suspend fun postRating(movie:Int, rating:Float, session:String) {
online.postRating(movie, rating, session)
}
suspend fun getFavoritesMovies() : List<FavoriteMovie> {
return local.getFavoritesMovies();
}
} | 0 | Kotlin | 0 | 0 | ffde1346853912326f89b47d604c2e3975f052dc | 7,290 | the-movie-app | Apache License 2.0 |
app/src/main/java/com/chris/dictionmaster/di/modules/ApiModule.kt | christyansegecs | 748,753,751 | false | {"Kotlin": 30962} | package com.chris.dictionmaster.di.modules
import com.chris.dictionmaster.api.DictionaryAPI
import org.koin.dsl.module
import retrofit2.Retrofit
import retrofit2.converter.gson.GsonConverterFactory
val apiModule = module {
single { provideDictionaryAPI() }
}
fun provideDictionaryAPI(): DictionaryAPI {
return Retrofit.Builder()
.baseUrl("https://api.dictionaryapi.dev/")
.addConverterFactory(GsonConverterFactory.create())
.build().create(DictionaryAPI::class.java)
} | 0 | Kotlin | 0 | 0 | 711c2b014a1207519ded447829ed914f92647982 | 503 | DictionMaster | Apache License 2.0 |
app/src/main/java/ch/abwesend/privatecontacts/view/permission/IPermissionProvider.kt | fgubler | 462,182,037 | false | {"Kotlin": 1123936, "Java": 369326} | /*
* Private Contacts
* Copyright (c) 2023.
* <NAME>
*/
package ch.abwesend.privatecontacts.view.permission
interface IPermissionProvider {
val callPermissionHelper: CallPermissionHelper
val contactPermissionHelper: AndroidContactPermissionHelper
val callScreeningRoleHelper: CallScreeningRoleHelper
}
data class PermissionProvider(
override val callPermissionHelper: CallPermissionHelper,
override val contactPermissionHelper: AndroidContactPermissionHelper,
override val callScreeningRoleHelper: CallScreeningRoleHelper,
) : IPermissionProvider
| 2 | Kotlin | 1 | 9 | fe855a8b3154186f255435f7f6847b00014bf101 | 578 | PrivateContacts | Apache License 2.0 |
src/main/kotlin/ui/controller/Controller.kt | hyunjung-choi | 848,331,879 | false | {"Kotlin": 16748} | package org.sessac.ui.controller
import domain.model.MovieInfo
import kotlinx.coroutines.runBlocking
import org.sessac.domain.usecase.MovieUseCase
import org.sessac.ui.InputView
import org.sessac.ui.OutputView
class Controller(
private val inputView: InputView,
private val outputView: OutputView,
private val movieUseCase: MovieUseCase
) {
fun start() = runBlocking {
outputView.printCinemaArt()
while (true) {
outputView.showMenu()
when (inputView.chooseMenu()) {
"1" -> handleMovieBooking()
"2" -> getBookingInfo()
"0" -> break
else -> outputView.showInvalidInputMessage()
}
}
}
private suspend fun handleMovieBooking() {
val movieInfos = movieUseCase.getAllMovies()
val movieIndex = selectMovie(movieInfos)
if (movieIndex == -1) return
val movieInfo = movieInfos[movieIndex]
val movieManager = movieUseCase.loadMovie(movieInfo)
outputView.printSeatArt()
movieUseCase.displaySeats(movieManager)
val row = inputView.getRowNumber() - 1
val col = inputView.getColumnNumber() - 1
val success = movieUseCase.bookSeat(movieManager, row, col)
movieUseCase.displaySeats(movieManager)
if (success) {
outputView.showBookingSuccess()
movieUseCase.saveBookingInfo(
MovieInfo(movieInfo.title, movieInfo.emoji, row + 1, col + 1)
)
} else outputView.showBookingFailure()
}
private suspend fun getBookingInfo() {
val bookingInfo = movieUseCase.getBookingInfo()
outputView.showBookingInfo(bookingInfo)
}
private fun selectMovie(movieInfos: List<MovieInfo>): Int {
outputView.showMovieList(movieInfos.map { it.emoji + it.title })
val choice = inputView.getMovieNumber() - 1 // 사용자 입력을 1부터 시작한다고 가정
return if (choice in movieInfos.indices) choice else -1
}
}
| 0 | Kotlin | 0 | 0 | 23a19f971e4feff9854815817e58cded8c91e1d9 | 2,016 | kotlin-movie-console-app | MIT License |
navigator-android/src/main/java/dev/funkymuse/fosho/navigator/android/AndroidBottomSheet.kt | FunkyMuse | 713,433,647 | false | {"Kotlin": 254630} | package dev.funkymuse.fosho.navigator.android
import androidx.compose.foundation.layout.ColumnScope
import androidx.compose.runtime.Composable
import dev.funkymuse.fosho.navigator.codegen.argument.ArgumentContract
import dev.funkymuse.fosho.navigator.codegen.contract.BottomSheet
interface AndroidBottomSheet : NavigationDestination, BottomSheet {
val argumentsList: List<ArgumentContract>
get() = emptyList()
@Composable
fun ColumnScope.Content()
}
| 0 | Kotlin | 1 | 24 | 21632d154713f7fa35595317589aeabefb563725 | 473 | foSho | Apache License 2.0 |
library/src/main/java/com/github/pelmenstar1/rangecalendar/Border.kt | pelmenstar1 | 454,918,220 | false | null | package com.github.pelmenstar1.rangecalendar
import android.graphics.DashPathEffect
import android.graphics.Paint
import android.graphics.RectF
import androidx.annotation.ColorInt
/**
* Represents information needed for drawing border around some shape.
*/
class Border {
private var pathEffect: DashPathEffect? = null
/**
* Stroke width of border
*/
val width: Float
/**
* Array with even length of floats specifying "on" and "off" length intervals of dashes
*/
val dashPathIntervals: FloatArray?
/**
* An offset into the [dashPathIntervals] array (mod the sum of all of the intervals)
*/
val dashPathPhase: Float
/**
* Color of border expressed by color int.
*
* If border color is initially specified by color long, color is converted to sRGB color space
* and it causes additional allocations.
*/
@get:ColorInt
val color: Int
/**
* Constructs [Border] instance using color specified by color int and stroke width.
*
* @param color color of the border.
* @param width stroke width of the border in pixels.
*/
constructor(@ColorInt color: Int, width: Float) {
this.color = color
this.width = width
dashPathIntervals = null
dashPathPhase = 0f
}
/**
* Constructs [Border] instance with dashed line.
*
* @param color color of the border.
* @param width stroke width of the border.
* @param dashPathIntervals array with even length of floats specifying "on" and "off" length intervals of dashes
* @param dashPathPhase an offset into the [dashPathIntervals] array (mod the sum of all of the intervals)
*/
constructor(
@ColorInt color: Int,
width: Float,
dashPathIntervals: FloatArray,
dashPathPhase: Float
) {
this.color = color
this.width = width
this.dashPathIntervals = dashPathIntervals
this.dashPathPhase = dashPathPhase
}
/**
* Mutates [Paint] instance to apply [Border] to the paint setting its style, stroke width, color, and path effect.
*/
fun applyToPaint(paint: Paint) {
if (pathEffect == null && dashPathIntervals != null) {
pathEffect = DashPathEffect(dashPathIntervals, dashPathPhase)
}
paint.color = color
paint.style = Paint.Style.STROKE
paint.strokeWidth = width
paint.pathEffect = pathEffect
}
}
internal fun RectF.adjustForBorder(strokeWidth: Float) {
val half = strokeWidth * 0.5f
left += half
top += half
right -= half
bottom -= half
}
/**
* Represents all the supported animation types for border
*/
enum class BorderAnimationType {
/**
* Only internal shape of border is animated, stroke width is not.
*/
ONLY_SHAPE,
/**
* Only stroke width of border is animated, internal shape is not.
*/
ONLY_WIDTH,
/**
* Both internal shape of border and stroke width are animated
*/
SHAPE_AND_WIDTH
} | 2 | Kotlin | 0 | 11 | b67bfeb8783dab29a9939f77159c2ad00d2ce88c | 3,063 | RangeCalendar | MIT License |
src/main/kotlin/me/bzvol/fifimod/item/ModArmorMaterials.kt | bzvol | 508,218,419 | false | {"Kotlin": 162220} | package me.bzvol.fifimod.item
import me.bzvol.fifimod.FifiMod
import net.minecraft.sounds.SoundEvent
import net.minecraft.sounds.SoundEvents
import net.minecraft.world.entity.EquipmentSlot
import net.minecraft.world.item.ArmorMaterial
import net.minecraft.world.item.crafting.Ingredient
enum class ModArmorMaterials(
private val materialName: String,
private val durabilityMultiplier: Int,
private val slotProtections: List<Int>,
private val enchantmentValue: Int,
private val sound: SoundEvent,
private val toughness: Float,
private val knockbackResistance: Float,
private val repairIngredient: () -> Ingredient
) : ArmorMaterial {
BRONZE("bronze", 15, listOf(2, 5, 6, 2), 9, SoundEvents.ARMOR_EQUIP_IRON, 0f, 0f, {
Ingredient.of(ModItems.BRONZE_INGOT)
}),
STEEL("steel", 15, listOf(2, 5, 6, 2), 9, SoundEvents.ARMOR_EQUIP_IRON, 0f, 0f, {
Ingredient.of(ModItems.STEEL)
}),
FIFI("fifi", 45, listOf(3, 6, 8, 3), 30, SoundEvents.ARMOR_EQUIP_NETHERITE, 4f, 0.3f, {
Ingredient.of(ModItems.FIFI)
}),
PIG_IRON("pig_iron", 30, listOf(3, 6, 8, 3), 10, SoundEvents.ARMOR_EQUIP_DIAMOND, 2f, 0f, {
Ingredient.of(ModItems.PIG_IRON_INGOT)
});
override fun getDurabilityForSlot(pSlot: EquipmentSlot): Int =
HEALTH_PER_SLOT[pSlot.index] * this.durabilityMultiplier
override fun getDefenseForSlot(pSlot: EquipmentSlot): Int = this.slotProtections[pSlot.index]
override fun getEnchantmentValue(): Int = this.enchantmentValue
override fun getEquipSound(): SoundEvent = this.sound
override fun getRepairIngredient(): Ingredient = this.repairIngredient.invoke()
override fun getName(): String = "${FifiMod.MOD_ID}:${this.materialName}"
override fun getToughness(): Float = this.toughness
override fun getKnockbackResistance(): Float = this.knockbackResistance
companion object {
val HEALTH_PER_SLOT: List<Int> = listOf(13, 15, 16, 11)
}
} | 0 | Kotlin | 0 | 0 | 95903762a1876342bfeae2b11c272f71d97621a3 | 1,974 | FifiMod | MIT License |
compiler/src/main/kotlin/pers/shawxingkwok/phone/server/KSFun.getServerRouteContent.kt | ShawxingKwok | 702,423,277 | false | {"Kotlin": 122297} | package pers.shawxingkwok.phone.server
import com.google.devtools.ksp.symbol.KSClassDeclaration
import com.google.devtools.ksp.symbol.KSFunctionDeclaration
import pers.shawxingkwok.ksputil.CodeFormatter
import pers.shawxingkwok.ksputil.resolver
import pers.shawxingkwok.ksputil.simpleName
import pers.shawxingkwok.ktutil.fastLazy
import pers.shawxingkwok.phone.*
import pers.shawxingkwok.phone.Kind
import pers.shawxingkwok.phone.getMethodInfo
import pers.shawxingkwok.phone.kind
import pers.shawxingkwok.phone.pathEnd
import pers.shawxingkwok.phone.server.parts.getServerParametersPart
context (CodeFormatter)
internal fun KSFunctionDeclaration.getServerRouteContent(ksclass: KSClassDeclaration): String {
val retType = when(val kind = kind){
is Kind.WebSocket -> return getServerWebSocketContent(ksclass, kind)
is Kind.Manual -> kind.tagType
is Kind.Common -> kind.returnType
is Kind.PartialContent -> kind.tagType
}
val (methodName, withForm) = getMethodInfo(ksclass)
val start = methodName.replaceFirstChar { it.lowercase() }
return buildString {
"""
$start("/$pathEnd"){
""".trimStart()
.let(::append)
when{
parameters.none() -> {}
withForm -> append("val params = call.${Decls().receiveParameters}()\n\n")
else -> append("val params = call.request.queryParameters\n\n")
}
val invokePart = buildString {
append("${ksclass.apiPropNameInPhone}.${simpleName()}(")
append(getServerParametersPart(ksclass, start))
append(")()")
}
@Suppress("LocalVariableName")
val `val text = encode~~` by fastLazy {
"val text = encode(ret, ${retType.getSerializerText()}, ${getCipherTextForReturn(ksclass)})"
}
val isUnit = retType == resolver.builtIns.unitType
if (kind is Kind.Common)
when{
isUnit ->
"""
$invokePart
call.response.status(HttpStatusCode.OK)
"""
retType.isMarkedNullable ->
"""
val ret = $invokePart
if (ret == null)
~call.response.status(HttpStatusCode.NoContent)!~
else{
$`val text = encode~~`
call.respondText(text)
call.response.status(HttpStatusCode.OK)
}
"""
else ->
"""
val ret = $invokePart
$`val text = encode~~`
call.respondText(text)
call.response.status(HttpStatusCode.OK)
"""
}
.trimStart().let(::append)
else {
when{
kind is Kind.PartialContent -> append("val (ret, file) = $invokePart\n\n")
// Manual
isUnit -> append("$invokePart\n\n")
else -> append("val ret = $invokePart\n\n")
}
when{
isUnit -> {}
retType.isMarkedNullable -> {
"""
if (ret != null){
$`val text = encode~~`
call.response.header("Phone-Tag", text)
}
""".trimStart()
.let(::append)
}
else ->
"""
$`val text = encode~~`
call.response.header("Phone-Tag", text)
""".trimStart()
.let(::append)
}
if (kind is Kind.PartialContent) {
append("call.response.status(HttpStatusCode.OK)\n")
append("call.respondFile(file)\n")
}else
// Manual
append("call.response.status(HttpStatusCode.OK)\n")
}
append("}")
}
} | 0 | Kotlin | 0 | 0 | 402c4c6c351bb743736a6fb50724a177be6dc95e | 4,282 | Phone | Apache License 2.0 |
src/test/kotlin/uk/gov/justice/digital/hmpps/incentivesapi/service/NearestPrisonIncentiveLevelServiceTest.kt | ministryofjustice | 445,553,088 | false | null | package uk.gov.justice.digital.hmpps.incentivesapi.service
import kotlinx.coroutines.runBlocking
import org.assertj.core.api.Assertions.assertThat
import org.assertj.core.api.Assertions.assertThatThrownBy
import org.junit.jupiter.api.BeforeEach
import org.junit.jupiter.api.Nested
import org.junit.jupiter.api.Test
import org.mockito.kotlin.mock
import org.mockito.kotlin.whenever
import uk.gov.justice.digital.hmpps.incentivesapi.config.DataIntegrityException
import uk.gov.justice.digital.hmpps.incentivesapi.dto.IncentiveLevel
class NearestPrisonIncentiveLevelServiceTest {
private val incentiveLevelService: IncentiveLevelAuditedService = mock()
private val prisonIncentiveLevelService: PrisonIncentiveLevelAuditedService = mock()
private val nearestPrisonIncentiveLevelService = NearestPrisonIncentiveLevelService(incentiveLevelService, prisonIncentiveLevelService)
@Nested
inner class `finding nearest levels` {
private val prisonId = "MDI"
@BeforeEach
fun setup(): Unit = runBlocking {
whenever(incentiveLevelService.getAllIncentiveLevels()).thenReturn(
listOf(
IncentiveLevel(code = "BAS", name = "Basic"),
IncentiveLevel(code = "ENT", name = "Entry", active = false),
IncentiveLevel(code = "STD", name = "Standard"),
IncentiveLevel(code = "ENH", name = "Enhanced"),
IncentiveLevel(code = "EN2", name = "Enhanced 2"),
IncentiveLevel(code = "EN3", name = "Enhanced 3"),
),
)
}
@Test
fun `when target level is available`(): Unit = runBlocking {
// the case for most transfers (most prisons use the same set of levels)
whenever(prisonIncentiveLevelService.getActivePrisonIncentiveLevels(prisonId)).thenReturn(
listOf(
prisonIncentiveLevel(prisonId, "BAS"),
// default & active
prisonIncentiveLevel(prisonId, "STD"),
prisonIncentiveLevel(prisonId, "ENH"),
),
)
for (level in listOf("BAS", "STD", "ENH")) {
assertThat(nearestPrisonIncentiveLevelService.findNearestHighestLevel(prisonId, level)).isEqualTo(level)
}
}
@Test
fun `when target level is not present, nor is there a higher one`(): Unit = runBlocking {
// can happen when transferring from a prison that has high levels to a typical prison
whenever(prisonIncentiveLevelService.getActivePrisonIncentiveLevels(prisonId)).thenReturn(
listOf(
prisonIncentiveLevel(prisonId, "BAS"),
// default & active
prisonIncentiveLevel(prisonId, "STD"),
prisonIncentiveLevel(prisonId, "ENH"),
),
)
assertThat(nearestPrisonIncentiveLevelService.findNearestHighestLevel(prisonId, "EN2")).isEqualTo("ENH")
}
@Test
fun `when target and many other high levels are unavailable`(): Unit = runBlocking {
// exaggerated version of transferring from a prison that has high levels to another prison
whenever(prisonIncentiveLevelService.getActivePrisonIncentiveLevels(prisonId)).thenReturn(
listOf(
prisonIncentiveLevel(prisonId, "BAS", defaultOnAdmission = true, active = true),
prisonIncentiveLevel(prisonId, "ENT", active = true),
prisonIncentiveLevel(prisonId, "STD", defaultOnAdmission = false, active = false),
prisonIncentiveLevel(prisonId, "ENH", active = false),
prisonIncentiveLevel(prisonId, "EN2", active = false),
prisonIncentiveLevel(prisonId, "EN3", active = false),
),
)
assertThat(nearestPrisonIncentiveLevelService.findNearestHighestLevel(prisonId, "EN3")).isEqualTo("BAS")
}
@Test
fun `when target level is not present, but there is a higher one higher`(): Unit = runBlocking {
// not likely to happen, but covers case where a prison may have mistakenly removed a level
whenever(prisonIncentiveLevelService.getActivePrisonIncentiveLevels(prisonId)).thenReturn(
listOf(
prisonIncentiveLevel(prisonId, "BAS"),
// default & active
prisonIncentiveLevel(prisonId, "STD"),
prisonIncentiveLevel(prisonId, "ENH"),
prisonIncentiveLevel(prisonId, "EN3"),
),
)
assertThat(nearestPrisonIncentiveLevelService.findNearestHighestLevel(prisonId, "EN2")).isEqualTo("EN3")
}
@Test
fun `when target and many other low levels are unavailable`(): Unit = runBlocking {
// exaggerated version of prisons with predominantly high levels
whenever(prisonIncentiveLevelService.getActivePrisonIncentiveLevels(prisonId)).thenReturn(
listOf(
prisonIncentiveLevel(prisonId, "BAS", active = false),
prisonIncentiveLevel(prisonId, "ENT"),
prisonIncentiveLevel(prisonId, "STD", defaultOnAdmission = false, active = false),
prisonIncentiveLevel(prisonId, "ENH", active = false),
prisonIncentiveLevel(prisonId, "EN2"),
prisonIncentiveLevel(prisonId, "EN3", defaultOnAdmission = true),
),
)
assertThat(nearestPrisonIncentiveLevelService.findNearestHighestLevel(prisonId, "BAS")).isEqualTo("EN2")
}
@Test
fun `when target level is present but inactive`(): Unit = runBlocking {
// can happen when a prison disables a high level
whenever(prisonIncentiveLevelService.getActivePrisonIncentiveLevels(prisonId)).thenReturn(
listOf(
prisonIncentiveLevel(prisonId, "BAS"),
// default & active
prisonIncentiveLevel(prisonId, "STD"),
prisonIncentiveLevel(prisonId, "ENH"),
prisonIncentiveLevel(prisonId, "EN2", active = false),
),
)
assertThat(nearestPrisonIncentiveLevelService.findNearestHighestLevel(prisonId, "EN2")).isEqualTo("ENH")
}
@Test
fun `when target level is globally inactive`(): Unit = runBlocking {
// unlikely to happen, but feasible if a prisoner has not had a review in a long time
whenever(prisonIncentiveLevelService.getActivePrisonIncentiveLevels(prisonId)).thenReturn(
listOf(
prisonIncentiveLevel(prisonId, "BAS"),
// default & active
prisonIncentiveLevel(prisonId, "STD"),
prisonIncentiveLevel(prisonId, "ENH"),
),
)
assertThat(nearestPrisonIncentiveLevelService.findNearestHighestLevel(prisonId, "ENT")).isEqualTo("STD")
}
@Test
fun `falls back to the prison's default when target is not found`(): Unit = runBlocking {
// extreme edge case when a level is globally removed
whenever(prisonIncentiveLevelService.getActivePrisonIncentiveLevels(prisonId)).thenReturn(
listOf(
prisonIncentiveLevel(prisonId, "BAS"),
// default & active
prisonIncentiveLevel(prisonId, "STD"),
prisonIncentiveLevel(prisonId, "ENH"),
),
)
assertThat(nearestPrisonIncentiveLevelService.findNearestHighestLevel(prisonId, "ABC")).isEqualTo("STD")
}
@Test
fun `fails when target is not found and there is no default`(): Unit = runBlocking {
// extreme edge case when a level is globally removed AND the prison does not have a default set but standard is available
whenever(prisonIncentiveLevelService.getActivePrisonIncentiveLevels(prisonId)).thenReturn(
listOf(
prisonIncentiveLevel(prisonId, "BAS"),
prisonIncentiveLevel(prisonId, "STD", defaultOnAdmission = false, active = true),
prisonIncentiveLevel(prisonId, "ENH"),
),
)
assertThatThrownBy {
runBlocking { assertThat(nearestPrisonIncentiveLevelService.findNearestHighestLevel(prisonId, "ABC")) }
}.isInstanceOf(DataIntegrityException::class.java)
}
@Test
fun `fails when target is not found and there is no default or standard`(): Unit = runBlocking {
// extreme edge case when a level is globally removed AND the prison does not have a default set AND standard is unavailable
whenever(prisonIncentiveLevelService.getActivePrisonIncentiveLevels(prisonId)).thenReturn(
listOf(
prisonIncentiveLevel(prisonId, "BAS"),
prisonIncentiveLevel(prisonId, "STD", defaultOnAdmission = false, active = false),
prisonIncentiveLevel(prisonId, "ENH"),
),
)
assertThatThrownBy {
runBlocking { assertThat(nearestPrisonIncentiveLevelService.findNearestHighestLevel(prisonId, "ABC")) }
}.isInstanceOf(DataIntegrityException::class.java)
}
@Test
fun `fails when a prison does not have any available levels`(): Unit = runBlocking {
// extreme edge case when the prison does not have any levels
whenever(prisonIncentiveLevelService.getActivePrisonIncentiveLevels(prisonId)).thenReturn(
listOf(
prisonIncentiveLevel(prisonId, "BAS", active = false),
prisonIncentiveLevel(prisonId, "STD", defaultOnAdmission = false, active = false),
prisonIncentiveLevel(prisonId, "ENH", active = false),
),
)
assertThatThrownBy {
runBlocking { nearestPrisonIncentiveLevelService.findNearestHighestLevel(prisonId, "STD") }
}.isInstanceOf(DataIntegrityException::class.java)
}
@Test
fun `fails when there are no available levels in a prison because a default cannot be chosen`(): Unit = runBlocking {
// extreme edge case when a level is globally removed AND the prison does not have any levels
whenever(prisonIncentiveLevelService.getActivePrisonIncentiveLevels(prisonId)).thenReturn(
listOf(
prisonIncentiveLevel(prisonId, "BAS", active = false),
prisonIncentiveLevel(prisonId, "STD", defaultOnAdmission = false, active = false),
prisonIncentiveLevel(prisonId, "ENH", active = false),
),
)
assertThatThrownBy {
runBlocking { nearestPrisonIncentiveLevelService.findNearestHighestLevel(prisonId, "ABC") }
}.isInstanceOf(DataIntegrityException::class.java)
}
}
}
| 4 | null | 1 | 3 | 5e0385eb256f64623f521a70acfa3166bcbfb82f | 10,016 | hmpps-incentives-api | MIT License |
src/test/kotlin/com/kalikov/game/TankStateNormalTest.kt | kalikov | 696,277,791 | false | {"Kotlin": 423521} | package com.kalikov.game
import org.junit.jupiter.api.BeforeEach
import org.junit.jupiter.api.Test
import org.mockito.kotlin.mock
import kotlin.test.assertTrue
class TankStateNormalTest {
private lateinit var game: Game
private lateinit var pauseManager: PauseManager
private lateinit var tank: Tank
private lateinit var state: TankStateNormal
@BeforeEach
fun beforeEach() {
game = mockGame(clock = TestClock())
pauseManager = mock()
tank = mockPlayerTank(game, pauseManager)
state = TankStateNormal(game.imageManager, tank)
tank.state = state
}
@Test
fun `should allow movement`() {
assertTrue(state.canMove)
}
@Test
fun `should allow shooting`() {
assertTrue(state.canShoot)
}
} | 0 | Kotlin | 0 | 0 | 71e178ea0b7746998808cbc602cd30b5f5a2bf1c | 793 | battle-city | MIT License |
src/main/kotlin/no/nav/arbeidsplassen/importapi/MicronautConfig.kt | navikt | 236,483,368 | false | null | package no.nav.arbeidsplassen.importapi
import io.micronaut.context.annotation.Factory
import no.nav.pam.yrkeskategorimapper.StyrkCodeConverter
import jakarta.inject.Singleton
@Factory
class MicronautConfig {
@Singleton
fun styrkCodeConverter(): StyrkCodeConverter {
return StyrkCodeConverter()
}
}
| 0 | Kotlin | 0 | 4 | de2f1f01409d7ce02129f68709b21cf609f3426f | 324 | pam-import-api | MIT License |
src/main/kotlin/eu/wojciechzurek/mattermost/attendancebot/events/commands/CommandSubscriber.kt | wojciech-zurek | 251,014,723 | false | null | package eu.wojciechzurek.mattermost.attendancebot.events.commands
import eu.wojciechzurek.mattermost.attendancebot.ConfigReloadedEvent
import eu.wojciechzurek.mattermost.attendancebot.api.mattermost.Event
import eu.wojciechzurek.mattermost.attendancebot.api.mattermost.Post
import eu.wojciechzurek.mattermost.attendancebot.events.CommandType
import eu.wojciechzurek.mattermost.attendancebot.events.PostedEventSubscriber
import eu.wojciechzurek.mattermost.attendancebot.loggerFor
import eu.wojciechzurek.mattermost.attendancebot.services.ConfigService
import eu.wojciechzurek.mattermost.attendancebot.services.MattermostService
import org.springframework.beans.factory.annotation.Autowired
import org.springframework.boot.context.event.ApplicationReadyEvent
import org.springframework.context.ApplicationListener
import org.springframework.context.MessageSource
abstract class CommandSubscriber : PostedEventSubscriber(), ApplicationListener<ApplicationReadyEvent> {
private val logger = loggerFor(this.javaClass)
@Autowired
protected lateinit var mattermostService: MattermostService
@Autowired
protected lateinit var configService: ConfigService
@Autowired
protected lateinit var messageSource: MessageSource
private val prefix = ".prefix"
abstract fun getName(): String
abstract fun getHelp(): String
abstract fun getCommandType(): CommandType
abstract fun onEvent(event: Event, message: String)
private fun getPrefix(): String = getName() + prefix
override fun onApplicationEvent(event: ApplicationReadyEvent) {
botService.setCommand(getCommandType(), getPrefix())
botService.setHelp(getPrefix(), getHelp())
}
override fun filter(event: Event): Boolean {
return (event.data.post?.message?.trimStart()?.startsWith(configService.get(getPrefix()))
?: false) && super.filter(event)
}
override fun onEvent(event: Event) {
logger.info("Command: {}", getName())
onEvent(event, event.data.post?.message?.removePrefix(configService.get(getPrefix()))?.trim()!!)
}
override fun onError(event: Event, e: Exception) {
val post = Post(
// userId = it.data.post!!.userId,
channelId = event.data.post?.channelId!!,
message = "${event.data.senderName}\n" +
"command error!\n" +
"exception:\n" +
"```\n" +
"${e.message}!\n" +
"```\n" +
"usage: ${configService.get(getPrefix()) + " " + getHelp()}"
)
mattermostService.post(post)
}
} | 0 | Kotlin | 0 | 0 | 5dabc91deffcfa3ac0d0bc2f915f6b62061a4b0b | 2,690 | mattermost-attendance-bot | MIT License |
src/main/kotlin/dev/schlaubi/musicbot/module/music/playlist/commands/RemoveCommand.kt | Korsti | 414,297,572 | true | {"Kotlin": 265776, "Dockerfile": 199, "Shell": 97} | package dev.schlaubi.musicbot.module.music.playlist.commands
import com.kotlindiscord.kord.extensions.commands.converters.impl.int
import com.kotlindiscord.kord.extensions.types.respond
import dev.schlaubi.musicbot.utils.database
import dev.schlaubi.musicbot.utils.format
class PlaylistRemoveArguments : PlaylistArguments() {
val index by int("index", "The index of the track to remove")
}
fun PlaylistModule.removeCommand() = ephemeralSubCommand(::PlaylistRemoveArguments) {
name = "remove"
description = "Removes a Track from the playlist"
action {
checkPermissions { playlist ->
val index = arguments.index - 1
val item = playlist.songs.getOrNull(index)
if (item == null) {
respond {
content = translate("commands.playlist.remove.too_high_index")
}
return@action
}
database.playlists.save(
playlist.copy(
songs = playlist.songs.toMutableList().apply {
removeAt(index) // this might be a dupe, so we remove by index
}
)
)
respond {
content = translate("commands.playlist.remove.removed", arrayOf(item.format(), playlist.name))
}
}
}
}
| 0 | null | 0 | 0 | 488ac29bf58aac7aa30a41de296e5a908524b492 | 1,356 | mikmusic | MIT License |
app/src/main/java/com/haoyh/luckynumberview/lucknumber/LuckyNumberView.kt | haoyh | 284,584,215 | false | null | package com.haoyh.luckynumberview.lucknumber
import android.animation.Animator
import android.animation.AnimatorListenerAdapter
import android.animation.AnimatorSet
import android.animation.ValueAnimator
import android.content.Context
import android.graphics.*
import android.util.AttributeSet
import android.util.Log
import android.view.MotionEvent
import android.view.View
import android.view.animation.LinearInterpolator
import com.haoyh.luckynumberview.R
import kotlin.math.absoluteValue
/**
* @FileName: LuckNumberView
* @Description: happy hash 选择数字及显示加载中奖号码动画 view
* @Author: haoyanhui
* @Date: 2020-07-24 16:42
*/
class LuckyNumberView @JvmOverloads constructor(
context: Context, attrs: AttributeSet? = null, defStyleAttr: Int = 0
) : View(context, attrs, defStyleAttr) {
private val TAG = "hyh"
companion object {
const val strokeResId = R.mipmap.bg_animator
val defNumResId = arrayOf(
R.mipmap.bg_hphash_zero_def, R.mipmap.bg_hphash_one_def,
R.mipmap.bg_hphash_two_def, R.mipmap.bg_hphash_three_def, R.mipmap.bg_hphash_four_def,
R.mipmap.bg_hphash_five_def, R.mipmap.bg_hphash_six_def, R.mipmap.bg_hphash_seven_def,
R.mipmap.bg_hphash_eight_def, R.mipmap.bg_hphash_nine_def
)
val checkedNumResId = arrayOf(
R.mipmap.bg_hphash_zero_checked,
R.mipmap.bg_hphash_one_checked,
R.mipmap.bg_hphash_two_checked,
R.mipmap.bg_hphash_three_checked,
R.mipmap.bg_hphash_four_checked,
R.mipmap.bg_hphash_five_checked,
R.mipmap.bg_hphash_six_checked,
R.mipmap.bg_hphash_seven_checked,
R.mipmap.bg_hphash_eight_checked,
R.mipmap.bg_hphash_nine_checked
)
val SECOND = 1000L
}
// item 点击事件接口
interface OnItemClickListener {
fun onItemClick(index: String)
}
// 显示中奖结果动画结束事件接口
interface OnLuckNumberAnimationEndListener {
fun onLuckNumberAnimationEnd()
}
private var mOnItemClickListener: OnItemClickListener? = null
fun setOnItemClickListener(listener: OnItemClickListener) {
this.mOnItemClickListener = listener
}
private var mOnLuckNumberAnimationEndListener: OnLuckNumberAnimationEndListener? = null
fun setOnLuckNumberAnimationEndListener(listener: OnLuckNumberAnimationEndListener) {
this.mOnLuckNumberAnimationEndListener = listener
}
// 存放数字 bitmap
private var mDefBitmapList: MutableList<Bitmap>
private var mCheckedBitmapList: MutableList<Bitmap>
// 动画 bitmap
private var mStorkBitmap: Bitmap
// 画笔
private var mPaint: Paint = Paint(Paint.ANTI_ALIAS_FLAG)
// 每行的个数
private val mRowCount = 5
// 预留安全距离
private var mSafeMargin = 5f
// 水平边距，最左/最右 需要除以 2
private var marginL = 5f
// 垂直边距，最上/最下 需要除以 2
private var marginT = 5f
// 存储矩形的集合
private var mNumberRects: MutableList<RectF>
// 矩形的宽和高
private var mRectW = 52f
private var mRectH = 55f
// 按下时点击的 item 项,确保一次点击是在同一个按钮上
private var mLastClickIndex = ""
// 动画类型
var mAnimatorMode = AnimatorMode.MODE_TRANSLATION
// 动画相关
// JUMP 类型时
private var mLuckSpinJumpLoadingAnimator: ValueAnimator? = null
// 有中奖结果之后的动画
private var mLuckSpinJumpResultAnimator: ValueAnimator? = null
// 移动的index
private var mCurrentMoveIndex = -1
// TRANSLATION 类型时
private var mLuckSpinTranslateLoadingAnimatorSet: AnimatorSet? = null
// 移动图片隐藏 rectF
private val mHiddenRectF = RectF(0f, 0f, 0f, 0f)
private val mHiddenRect = Rect(0, 0, 0, 0)
// 当前移动的坐标
private var mCurrentRectF: RectF? = null
// 当前选中的 数字
var mChoosedItemList: MutableList<String> = mutableListOf()
set(value) {
field = value
invalidate()
}
// 开始动画
var startAnimation: Boolean = false
set(value) {
field = value
if (value) {
startMoveAnimation()
}
}
// 中奖码
var mLuckNumber: String = ""
set(value) {
field = value
stopMoveAnimation()
}
// 隐藏滑块
var mHiddenAnimatorView: Boolean = false
set(value) {
field = value
if (value) {
hiddenAnimatorView()
}
}
init {
mNumberRects = mutableListOf()
// 初始化图片相关信息
mStorkBitmap = BitmapFactory.decodeResource(resources, strokeResId)
mDefBitmapList = mutableListOf()
defNumResId.forEach {
mDefBitmapList.add(BitmapFactory.decodeResource(resources, it))
}
mCheckedBitmapList = mutableListOf()
checkedNumResId.forEach {
mCheckedBitmapList.add(BitmapFactory.decodeResource(resources, it))
}
mRectW = dp2px(mRectW)
mRectH = dp2px(mRectH)
mSafeMargin = dp2px(mSafeMargin)
}
override fun onSizeChanged(w: Int, h: Int, oldw: Int, oldh: Int) {
super.onSizeChanged(w, h, oldw, oldh)
// 计算水平、垂直边距
marginL = (w.toFloat() - (mRowCount * mRectW) - mSafeMargin * 2) / mRowCount.toFloat()
marginT = (h.toFloat() - (2f * mRectH) - mSafeMargin * 2) / 2f
mNumberRects.clear()
initRect()
}
// 画矩形
private fun initRect() {
var l: Float
var t: Float
var r: Float
var b: Float
var rectf: RectF?
// 第一行
for (i in 0 until mRowCount) {
l = i * mRectW + marginL * i + marginL / 2 + mSafeMargin
t = marginT / 2 + mSafeMargin
r = i * mRectW + marginL * i + marginL / 2 + mRectW + mSafeMargin
b = mRectH + marginT / 2 + mSafeMargin
rectf = RectF(l, t, r, b)
mNumberRects.add(rectf)
}
// 第二行
for (i in 0 until mRowCount) {
l = i * mRectW + marginL * i + marginL / 2 + mSafeMargin
t = mRectH + marginT + mSafeMargin
r = i * mRectW + marginL * i + marginL / 2 + mRectW + mSafeMargin
b = mRectH * 2 + marginT / 2 + marginT + mSafeMargin
rectf = RectF(l, t, r, b)
mNumberRects.add(rectf)
}
}
override fun onDraw(canvas: Canvas?) {
super.onDraw(canvas)
canvas?.let {
// 画数字
drawNumberRects(it)
// 画移动图片
drawMoveImage(it)
}
}
// 画 9 个数字
private fun drawNumberRects(canvas: Canvas) {
mNumberRects.forEachIndexed { index, rectF ->
if (mChoosedItemList.contains(index.toString())) {
canvas.drawBitmap(mCheckedBitmapList[index], rectF.left, rectF.top, mPaint)
} else {
canvas.drawBitmap(mDefBitmapList[index], rectF.left, rectF.top, mPaint)
}
}
}
// 画动画时平移的 bitmap
private fun drawMoveImage(canvas: Canvas) {
if (mAnimatorMode == AnimatorMode.MODE_JUMP) {
if (mCurrentMoveIndex in 0..mNumberRects.size) {
// 平移bitmap 同 数字bitmap 不同，所以需要重新计算坐标
val left = mNumberRects[mCurrentMoveIndex].left - (mRectW - mStorkBitmap.width).absoluteValue.div(2)
val top = mNumberRects[mCurrentMoveIndex].top - (mRectH - mStorkBitmap.height).absoluteValue.div(2)
canvas.drawBitmap(mStorkBitmap, left, top, mPaint)
}
} else if (mAnimatorMode == AnimatorMode.MODE_TRANSLATION) {
mCurrentRectF?.let {
if (it != mHiddenRectF) {
val left = it.left - (mRectW - mStorkBitmap.width).absoluteValue.div(2)
val top = it.top - (mRectH - mStorkBitmap.height).absoluteValue.div(2)
canvas.drawBitmap(mStorkBitmap, left, top, mPaint)
} else {
// 使移动图片不可见
canvas.drawBitmap(mStorkBitmap, Rect(it.left.toInt(), it.top.toInt(), it.right.toInt(),
it.bottom.toInt()), mHiddenRect, mPaint)
}
}
}
}
override fun onTouchEvent(event: MotionEvent?): Boolean {
event?.let {
if (it.action == MotionEvent.ACTION_DOWN) {
mNumberRects.forEachIndexed { index, rectF ->
if (rectF.contains(event.x, event.y)) {
// 点击了某个按钮，返回 index
mLastClickIndex = index.toString()
Log.d(TAG, "down 点击了 $index")
return true
}
}
return true
}
if (it.action == MotionEvent.ACTION_UP) {
mNumberRects.forEachIndexed { index, rectF ->
if (rectF.contains(event.x, event.y)) {
// 点击了某个按钮，返回 index
Log.d(TAG, "up 点击了 $index")
if (mLastClickIndex == index.toString()) {
// 点击监听回调
mOnItemClickListener?.onItemClick(mLastClickIndex)
}
return true
}
}
}
}
return super.onTouchEvent(event)
}
// 开始平移动画
private fun startMoveAnimation() {
if (mAnimatorMode == AnimatorMode.MODE_JUMP) {
mLuckSpinJumpLoadingAnimator = ValueAnimator.ofInt(0, mNumberRects.size).apply {
setInterpolatorAndDuration()
repeatCount = ValueAnimator.INFINITE
addUpdateListener {
val i: Int = (it.animatedValue) as Int
mCurrentMoveIndex = i % mNumberRects.size
invalidate()
}
start()
}
} else if (mAnimatorMode == AnimatorMode.MODE_TRANSLATION) {
// 平移动画相当于画两条平行线，第一条线的起点、终点坐标对应 0、4 的坐标，第二条线的起点、终点坐标对应 5、9 的坐标
// 从左到右的移动 第一条线
val topLine = ValueAnimator.ofObject(RectFEvaluator(), mNumberRects[0], mNumberRects[4]).apply {
setInterpolatorAndDuration()
addUpdateListener {
mCurrentRectF = it.animatedValue as RectF
invalidate()
}
}
// 从左到右的移动 第二条线
val bottomLine = ValueAnimator.ofObject(RectFEvaluator(), mNumberRects[5], mNumberRects[9])
.apply {
setInterpolatorAndDuration()
addUpdateListener {
mCurrentRectF = it.animatedValue as RectF
invalidate()
}
}
mLuckSpinTranslateLoadingAnimatorSet = AnimatorSet().apply {
play(topLine).before(bottomLine)
addListener(object : AnimatorListenerAdapter() {
override fun onAnimationEnd(animation: Animator?) {
// 实现重复执行该动画
start()
}
})
start()
}
}
}
// 暂停平移动画，并开启结果锁定中奖码的动画
private fun stopMoveAnimation() {
// 开始最后一轮动画，动画结束选中中奖数字
if (mAnimatorMode == AnimatorMode.MODE_JUMP) {
if (mLuckNumber.isEmpty()) {
mLuckSpinJumpLoadingAnimator?.cancel()
mOnLuckNumberAnimationEndListener?.onLuckNumberAnimationEnd()
} else {
mLuckSpinJumpResultAnimator = ValueAnimator.ofInt(mCurrentMoveIndex, mLuckNumber.toInt() + mNumberRects.size)
.apply {
setInterpolatorAndDuration()
removeAllUpdateListeners()
addUpdateListener {
val i: Int = (it.animatedValue) as Int
mCurrentMoveIndex = i % mNumberRects.size
invalidate()
}
addListener(object : AnimatorListenerAdapter() {
override fun onAnimationStart(animation: Animator?) {
super.onAnimationStart(animation)
mLuckSpinJumpLoadingAnimator?.cancel()
}
override fun onAnimationEnd(animation: Animator?) {
super.onAnimationEnd(animation)
mOnLuckNumberAnimationEndListener?.onLuckNumberAnimationEnd()
}
})
start()
}
}
} else if (mAnimatorMode == AnimatorMode.MODE_TRANSLATION) {
// 根据当前位置画到指定暂停的位置
if (mLuckNumber.isEmpty()) {
mLuckSpinTranslateLoadingAnimatorSet?.pause()
mLuckSpinTranslateLoadingAnimatorSet?.removeAllListeners()
mOnLuckNumberAnimationEndListener?.onLuckNumberAnimationEnd()
hiddenAnimatorView()
} else {
// 继续画线
// 起点是 mCurrentRectF 的坐标
// 终点就是中奖码对应的坐标
val endRectF = mNumberRects[mLuckNumber.toInt()]
// 需要判断起点、终点位于哪儿条（第一/二）条线上
// 仍然是画线，动画不需要重复
mCurrentRectF?.let { currentRectF ->
// 第一条线的坐标，通过数字0同数字4的坐标可以得到
val topLineRectF = RectF(mNumberRects[0].left, mNumberRects[0].top, mNumberRects[4].right, mNumberRects[0].bottom)
// 第一条线的坐标，通过数字5同数字9的坐标可以得到
val bottomLineRectF = RectF(mNumberRects[5].left, mNumberRects[5].top, mNumberRects[9].right, mNumberRects[5].bottom)
val fullLine = mNumberRects[4].left - mNumberRects[0].left
var startInTop = false
var endInTop = false
if (topLineRectF.contains(currentRectF)) {
Log.d(TAG, "起点在 topLine")
startInTop = true
}
if (bottomLineRectF.contains(currentRectF)) {
Log.d(TAG, "起点在 bottomLine")
startInTop = false
}
if (topLineRectF.contains(endRectF)) {
Log.d(TAG, "终点在 topLine")
endInTop = true
}
if (bottomLineRectF.contains(endRectF)) {
Log.d(TAG, "终点在 bottomLine")
endInTop = false
}
// 第一条线的坐标：起点（mCurrentRectF） 到所在线的终点值
val topLineEnd: RectF
topLineEnd = if (startInTop) {
mNumberRects[4]
} else {
mNumberRects[9]
}
val topLineAnimator = ValueAnimator.ofObject(RectFEvaluator(), currentRectF, topLineEnd).apply {
interpolator = LinearInterpolator()
// 计算时间，起点到终点的距离占完整线的比例 * SECOND
duration = ((topLineEnd.left - currentRectF.left).div(fullLine) * SECOND).toLong()
addUpdateListener {
mCurrentRectF = it.animatedValue as RectF
invalidate()
}
}
// 第二条线（只有当起点、终点在同一条线上时才需要添加）
var middleLineAnimator: ValueAnimator? = null
var middleLineStart: RectF? = null
var middleLineEnd: RectF? = null
if (startInTop && endInTop) {
middleLineStart = mNumberRects[5]
middleLineEnd = mNumberRects[9]
}
if (!startInTop && !endInTop) {
middleLineStart = mNumberRects[0]
middleLineEnd = mNumberRects[4]
}
middleLineStart?.let { start ->
middleLineEnd?.let { end ->
middleLineAnimator = ValueAnimator.ofObject(RectFEvaluator(), start, end).apply {
setInterpolatorAndDuration()
addUpdateListener {
mCurrentRectF = it.animatedValue as RectF
invalidate()
}
}
Log.d(TAG, "需要画中间线")
}
}
// 第三条线的坐标：所在线的起点值到 终点（中奖码对应的坐标）
val bottomLineStart: RectF
bottomLineStart = if (endInTop) {
mNumberRects[0]
} else {
mNumberRects[5]
}
val bottomLineAnimator = ValueAnimator.ofObject(RectFEvaluator(), bottomLineStart, endRectF)
.apply {
interpolator = LinearInterpolator()
// 计算时间，起点到终点的距离占完整线的比例 * SECOND
duration = ((endRectF.left - bottomLineStart.left).div(fullLine) * SECOND).toLong()
addUpdateListener {
mCurrentRectF = it.animatedValue as RectF
invalidate()
}
}
AnimatorSet().apply {
topLineAnimator?.let {
if (null != middleLineAnimator) {
play(middleLineAnimator).after(topLineAnimator).before(bottomLineAnimator)
} else {
play(topLineAnimator).before(bottomLineAnimator)
}
}
addListener(object : AnimatorListenerAdapter() {
override fun onAnimationStart(animation: Animator?) {
// 结束加载时动画
mLuckSpinTranslateLoadingAnimatorSet?.pause()
}
override fun onAnimationEnd(animation: Animator?) {
// 通知页面动画结束
mOnLuckNumberAnimationEndListener?.onLuckNumberAnimationEnd()
}
})
start()
}
}
}
}
}
// 设置动画差值器和动画时长
private fun ValueAnimator?.setInterpolatorAndDuration() {
this?.let {
interpolator = LinearInterpolator()
duration = SECOND
}
}
// 隐藏动画滑块
private fun hiddenAnimatorView() {
mCurrentRectF = mHiddenRectF
invalidate()
}
fun onDestroy() {
mLuckSpinJumpLoadingAnimator?.cancel()
mLuckSpinJumpResultAnimator?.cancel()
}
private fun dp2px(dp: Float): Float {
return (resources.displayMetrics.density * dp + 0.5).toFloat()
}
} | 0 | Kotlin | 0 | 1 | 0f0c2aa38974ce02068767318a9db36909ec9873 | 19,250 | LuckyNumberView | Apache License 2.0 |
projects/soc-and-delius/src/main/kotlin/uk/gov/justice/digital/hmpps/controller/DetailController.kt | ministryofjustice | 500,855,647 | false | {"Kotlin": 3073554, "HTML": 50359, "D2": 27334, "Ruby": 22218, "Shell": 12351, "SCSS": 5460, "JavaScript": 2970, "HCL": 2708, "Dockerfile": 2102} | package uk.gov.justice.digital.hmpps.controller
import org.springframework.security.access.prepost.PreAuthorize
import org.springframework.web.bind.annotation.GetMapping
import org.springframework.web.bind.annotation.PathVariable
import org.springframework.web.bind.annotation.RequestParam
import org.springframework.web.bind.annotation.RestController
import uk.gov.justice.digital.hmpps.service.DetailService
@RestController
class DetailController(private val detailService: DetailService) {
@PreAuthorize("hasAnyRole('ROLE_SOC_PROBATION_CASE','PROBATION_API__SOC__CASE_DETAIL')")
@GetMapping(value = ["/detail/{value}"])
fun convictions(
@PathVariable value: String,
@RequestParam(required = false, defaultValue = "CRN") type: IdentifierType
) = detailService.getDetails(value, type)
}
| 6 | Kotlin | 0 | 2 | fb5efdbdedcdc6e88c25c529af94ebaeba419c7f | 822 | hmpps-probation-integration-services | MIT License |
src/main/kotlin/th/nstda/thongkum/tele_api/config/Config.kt | lionants02 | 578,446,115 | false | {"Kotlin": 12303, "Batchfile": 207, "Dockerfile": 174} | package th.nstda.thongkum.tele_api.config
interface Config {
val openviduDefaultUrl: String
val openviduDefaultSecret: String
val hikariConfigFile: String
val apiKey: String
}
/**
* Application config
*/
val config: Config by lazy { ConfigWithSystemEnv() } | 0 | Kotlin | 0 | 0 | 5ea65230659143a2bce07037c8d5c8c9ff862b18 | 276 | tele_api_ktor_template | Apache License 2.0 |
shared/presentation/src/commonMain/kotlin/com/moonlightbutterfly/rigplay/gamedetails/controller/GameDetailsController.kt | Dragoonov | 653,808,838 | false | null | package com.moonlightbutterfly.rigplay.gamedetails.controller
import com.arkivanov.essenty.lifecycle.Lifecycle
import com.arkivanov.essenty.lifecycle.doOnDestroy
import com.arkivanov.mvikotlin.core.binder.BinderLifecycleMode
import com.arkivanov.mvikotlin.extensions.coroutines.bind
import com.arkivanov.mvikotlin.extensions.coroutines.events
import com.arkivanov.mvikotlin.extensions.coroutines.states
import com.moonlightbutterfly.rigplay.dispatchers.Dispatchers
import com.moonlightbutterfly.rigplay.gamedetails.eventToIntent
import com.moonlightbutterfly.rigplay.gamedetails.stateToModel
import com.moonlightbutterfly.rigplay.gamedetails.store.GameDetailsStore
import com.moonlightbutterfly.rigplay.gamedetails.view.GameDetailsView
import kotlinx.coroutines.flow.map
import kotlinx.coroutines.flow.mapNotNull
internal class GameDetailsController(
lifecycle: Lifecycle,
private val store: GameDetailsStore,
private val dispatchers: Dispatchers,
) {
init {
lifecycle.doOnDestroy(store::dispose)
}
fun onViewCreated(view: GameDetailsView, viewLifecycle: Lifecycle) {
bind(viewLifecycle, BinderLifecycleMode.START_STOP, dispatchers.unconfined) {
view.events.mapNotNull(eventToIntent) bindTo store
store.states.map(stateToModel) bindTo view
}
}
} | 0 | Kotlin | 0 | 0 | c8a45a5db1fbe73f1801b67dbdd0b70a1757b380 | 1,325 | RigPlay | Apache License 2.0 |
backend/src/test/kotlin/com/mobilispect/backend/data/agency/OneStopAgencyIDTest.kt | alandovskis | 502,662,711 | false | {"Kotlin": 358753, "Shell": 472, "Swift": 345} | package com.mobilispect.backend.data.agency
import org.junit.jupiter.api.Test
import org.junit.jupiter.api.assertThrows
internal class OneStopAgencyIDTest {
@Test
fun agencyNotCreatedIfIDMissingGeoHash() {
assertThrows<IllegalArgumentException> {
OneStopAgencyID("o--a")
}
}
@Test
fun agencyNotCreatedIfIDMissingName() {
assertThrows<IllegalArgumentException> {
OneStopAgencyID("o-a-")
}
}
@Test
fun idIsAcceptedIfHasGeohashAndName() {
OneStopAgencyID("o-a-b")
}
@Test
fun idIsAcceptedIfMissingGeohashButHasName() {
OneStopAgencyID("o-orleans~express~ca")
}
}
| 2 | Kotlin | 0 | 1 | 7b48fafb75d432509e71107d501b6c7e2563bd00 | 685 | mobilispect | Apache License 2.0 |
common/src/main/java/io/github/pelmenstar1/digiDict/common/binarySerialization/PrimitiveValueWriter.kt | pelmenstar1 | 512,710,767 | false | null | package io.github.pelmenstar1.digiDict.common.binarySerialization
import io.github.pelmenstar1.digiDict.common.*
import java.io.OutputStream
import java.nio.*
import kotlin.math.min
/**
* Provides means for writing primitive types (like [Int], [Long], [String]) to [OutputStream].
* The byte order can't be changed and is always little-endian.
*
* The class provides emit-like methods that write a value and move the cursor forward for the amount of bytes that was written.
* Because of its stream nature, there's no going back and the cursor can't be moved forward or backward.
*
* The writer is already buffered, thus a reasonable buffer size should be specified in constructor.
* There are several limitations imposed on buffer size:
* - It should be greater than or equals to 8.
* - It should be even.
*/
class PrimitiveValueWriter(private val output: OutputStream, bufferSize: Int) {
private val byteBufferArray = ByteArray(bufferSize)
private var byteBuffer: ByteBuffer? = null
// A CharBuffer which can effectively write chars to byteBufferArray
private var byteBufferAsCharHolder: CharBuffer? = null
// A IntBuffer which can effectively write ints to byteBufferArray
private var byteBufferAsIntHolder: IntBuffer? = null
private var byteBufferAsIntOffset = 0
// A cached reference to the char array which is used in emit(String) to write a char data to it and write the array to the stream.
// There's a temporary step with the char array because CharBuffer (when mapped from ByteBuffer)
// provides optimized way for writing CharArray but not String.
//
// The size of the array is only extended when a string with bigger length than the array's one is requested.
// Outside the emit(String) method, the array's content should be considered as garbage.
private var charBuffer: CharArray? = null
// Stores a current position in byteBufferArray from which writing the data should start.
// It can't equal to byteBufferArray.size and should be even.
private var bufferPos = 0
init {
when {
bufferSize < 8 -> throw IllegalArgumentException("bufferSize should be greater than or equals to 8")
bufferSize % 2 != 0 -> throw IllegalArgumentException("bufferSize should be even")
}
}
private fun getByteBuffer(): ByteBuffer {
return getLazyValue(
byteBuffer,
{
ByteBuffer.wrap(byteBufferArray).apply {
order(ByteOrder.LITTLE_ENDIAN)
}
},
{ byteBuffer = it }
)
}
// offset is not used and its only purpose is to match a lambda signature in emitArray()
private fun getByteBufferAsChar(@Suppress("UNUSED_PARAMETER") offset: Int = 0): CharBuffer {
return getLazyValue(
byteBufferAsCharHolder,
{ getByteBuffer().asCharBuffer() },
{ byteBufferAsCharHolder = it }
)
}
private fun getByteBufferAsInt(offset: Int): IntBuffer {
var bbAsInt = byteBufferAsIntHolder
if (bbAsInt == null || byteBufferAsIntOffset != offset) {
val bb = getByteBuffer()
bb.position(offset)
bbAsInt = bb.asIntBuffer()
}
byteBufferAsIntHolder = bbAsInt
byteBufferAsIntOffset = offset
return bbAsInt!!
}
fun emit(value: Short) {
// Short (2 bytes) emission is special because as bufferPos should be even and buffer size is greater than or equals to 8,
// there can't be cross-buffer writing. The logic can be simpler comparing to general emitPrimitive.
val bp = bufferPos
value.writeTo(byteBufferArray, bp)
setBufferPosAndSyncIfNecessary(bp + 2)
}
fun emit(value: Int) {
emitNumberPrimitive(value.toLong(), byteCount = 4)
}
fun emit(value: Long) {
emitNumberPrimitive(value, byteCount = 8)
}
private fun emitNumberPrimitive(
value: Long,
byteCount: Int
) {
val buf = byteBufferArray
var bp = bufferPos
val remaining = buf.size - bp
if (remaining >= byteCount) {
writeLongPartToBuffer(buf, bp, value, 0, byteCount)
bp += byteCount
} else {
writeLongPartToBuffer(buf, bp, value, 0, remaining)
// If remaining < byteCount, it means that we can't write enough bits of value to the buffer and
// it needs to be written to the stream first.
output.write(buf, 0, buf.size)
val remainingInValue = byteCount - remaining
writeLongPartToBuffer(buf, 0, value, remaining, remainingInValue)
bp = remainingInValue
}
setBufferPosAndSyncIfNecessary(bp)
}
fun emit(value: String) {
var cb = charBuffer
val valueLength = value.length
checkStringLength(valueLength)
emit(valueLength.toShort())
// It saves a few allocations if the string is empty.
if (valueLength > 0) {
if (cb == null || valueLength > cb.size) {
cb = CharArray(valueLength)
charBuffer = cb
}
value.toCharArray(cb)
emit(cb, 0, valueLength)
}
}
fun emit(chars: CharArray, start: Int, end: Int) {
emitPrimitiveArray(chars, start, end, elementSize = 2, this::getByteBufferAsChar, CharBuffer::put)
}
fun emit(ints: IntArray, start: Int, end: Int) {
emitPrimitiveArray(ints, start, end, elementSize = 4, this::getByteBufferAsInt, IntBuffer::put)
}
fun emitArrayAndLength(ints: IntArray, start: Int = 0, end: Int = ints.size) {
val length = end - start
emit(length)
emit(ints, start, end)
}
private inline fun <TArray : Any, TBuffer : Buffer> emitPrimitiveArray(
array: TArray,
start: Int,
end: Int,
elementSize: Int,
getElementBuffer: (offset: Int) -> TBuffer,
putArray: TBuffer.(TArray, start: Int, length: Int) -> Unit
) {
val out = output
val bb = byteBufferArray
var bp = bufferPos
val bufSize = bb.size
val elemPos = bp / elementSize
val elemOffset = bp % elementSize
val offsetElemBuffer = getElementBuffer(elemOffset)
val elementLength = end - start
offsetElemBuffer.position(elemPos)
val remElementsInByteBuffer = (bufSize - bp) / elementSize
val prefixElemLength = min(remElementsInByteBuffer, elementLength)
offsetElemBuffer.putArray(array, start, prefixElemLength)
bp += prefixElemLength * elementSize
if (prefixElemLength != elementLength) {
// We've written what we can to the buffer which means we need to write it down the stream and start to re-fill the buffer.
out.write(bb, 0, bp)
var elementPos = start + prefixElemLength
val elemBuffer = getElementBuffer(0)
val bufSizeAsElement = bufSize / elementSize
val alignedBufSize = bufSizeAsElement * elementSize
// Stores amount of elements that need to be written.
var remElements: Int
while (true) {
remElements = end - elementPos
// Exit the loop if we can't do full buffer write.
if (remElements < bufSizeAsElement) {
break
}
elemBuffer.position(0)
elemBuffer.putArray(array, elementPos, bufSizeAsElement)
elementPos += bufSizeAsElement
out.write(bb, 0, alignedBufSize)
}
// Write suffix if it exists.
if (remElements > 0) {
elemBuffer.position(0)
elemBuffer.putArray(array, elementPos, remElements)
}
bp = remElements * elementSize
}
setBufferPosAndSyncIfNecessary(bp)
}
fun <T : Any> emit(
values: Array<out T>,
serializer: BinarySerializer<in T>,
progressReporter: ProgressReporter? = null
) {
val size = values.size
emit(size)
trackLoopProgressWith(progressReporter, size) { i ->
serializer.writeTo(this, values[i])
}
}
fun flush() {
val bp = bufferPos
if (bp > 0) {
output.write(byteBufferArray, 0, bp)
}
}
private fun setBufferPosAndSyncIfNecessary(newPos: Int) {
val bb = byteBufferArray
val bufSize = bb.size
bufferPos = if (newPos == bufSize) {
output.write(bb, 0, bufSize)
0
} else {
newPos
}
}
companion object {
internal fun checkStringLength(length: Int) {
if (length > 65535) {
throw IllegalArgumentException("Length of the string to be written can't be greater than 65535")
}
}
internal fun writeLongPartToBuffer(
buffer: ByteArray,
bufferStart: Int,
value: Long,
valueStart: Int,
length: Int
) {
var shift = valueStart shl 3
for (i in 0 until length) {
val b = (value shr shift).toByte()
shift += 8
buffer[bufferStart + i] = b
}
}
}
} | 3 | Kotlin | 0 | 2 | 944988a5f0028f93229cc324a6cd3ad5816ab80a | 9,442 | DigiDictionary | MIT License |
common/src/main/java/io/github/pelmenstar1/digiDict/common/binarySerialization/PrimitiveValueWriter.kt | pelmenstar1 | 512,710,767 | false | null | package io.github.pelmenstar1.digiDict.common.binarySerialization
import io.github.pelmenstar1.digiDict.common.*
import java.io.OutputStream
import java.nio.*
import kotlin.math.min
/**
* Provides means for writing primitive types (like [Int], [Long], [String]) to [OutputStream].
* The byte order can't be changed and is always little-endian.
*
* The class provides emit-like methods that write a value and move the cursor forward for the amount of bytes that was written.
* Because of its stream nature, there's no going back and the cursor can't be moved forward or backward.
*
* The writer is already buffered, thus a reasonable buffer size should be specified in constructor.
* There are several limitations imposed on buffer size:
* - It should be greater than or equals to 8.
* - It should be even.
*/
class PrimitiveValueWriter(private val output: OutputStream, bufferSize: Int) {
private val byteBufferArray = ByteArray(bufferSize)
private var byteBuffer: ByteBuffer? = null
// A CharBuffer which can effectively write chars to byteBufferArray
private var byteBufferAsCharHolder: CharBuffer? = null
// A IntBuffer which can effectively write ints to byteBufferArray
private var byteBufferAsIntHolder: IntBuffer? = null
private var byteBufferAsIntOffset = 0
// A cached reference to the char array which is used in emit(String) to write a char data to it and write the array to the stream.
// There's a temporary step with the char array because CharBuffer (when mapped from ByteBuffer)
// provides optimized way for writing CharArray but not String.
//
// The size of the array is only extended when a string with bigger length than the array's one is requested.
// Outside the emit(String) method, the array's content should be considered as garbage.
private var charBuffer: CharArray? = null
// Stores a current position in byteBufferArray from which writing the data should start.
// It can't equal to byteBufferArray.size and should be even.
private var bufferPos = 0
init {
when {
bufferSize < 8 -> throw IllegalArgumentException("bufferSize should be greater than or equals to 8")
bufferSize % 2 != 0 -> throw IllegalArgumentException("bufferSize should be even")
}
}
private fun getByteBuffer(): ByteBuffer {
return getLazyValue(
byteBuffer,
{
ByteBuffer.wrap(byteBufferArray).apply {
order(ByteOrder.LITTLE_ENDIAN)
}
},
{ byteBuffer = it }
)
}
// offset is not used and its only purpose is to match a lambda signature in emitArray()
private fun getByteBufferAsChar(@Suppress("UNUSED_PARAMETER") offset: Int = 0): CharBuffer {
return getLazyValue(
byteBufferAsCharHolder,
{ getByteBuffer().asCharBuffer() },
{ byteBufferAsCharHolder = it }
)
}
private fun getByteBufferAsInt(offset: Int): IntBuffer {
var bbAsInt = byteBufferAsIntHolder
if (bbAsInt == null || byteBufferAsIntOffset != offset) {
val bb = getByteBuffer()
bb.position(offset)
bbAsInt = bb.asIntBuffer()
}
byteBufferAsIntHolder = bbAsInt
byteBufferAsIntOffset = offset
return bbAsInt!!
}
fun emit(value: Short) {
// Short (2 bytes) emission is special because as bufferPos should be even and buffer size is greater than or equals to 8,
// there can't be cross-buffer writing. The logic can be simpler comparing to general emitPrimitive.
val bp = bufferPos
value.writeTo(byteBufferArray, bp)
setBufferPosAndSyncIfNecessary(bp + 2)
}
fun emit(value: Int) {
emitNumberPrimitive(value.toLong(), byteCount = 4)
}
fun emit(value: Long) {
emitNumberPrimitive(value, byteCount = 8)
}
private fun emitNumberPrimitive(
value: Long,
byteCount: Int
) {
val buf = byteBufferArray
var bp = bufferPos
val remaining = buf.size - bp
if (remaining >= byteCount) {
writeLongPartToBuffer(buf, bp, value, 0, byteCount)
bp += byteCount
} else {
writeLongPartToBuffer(buf, bp, value, 0, remaining)
// If remaining < byteCount, it means that we can't write enough bits of value to the buffer and
// it needs to be written to the stream first.
output.write(buf, 0, buf.size)
val remainingInValue = byteCount - remaining
writeLongPartToBuffer(buf, 0, value, remaining, remainingInValue)
bp = remainingInValue
}
setBufferPosAndSyncIfNecessary(bp)
}
fun emit(value: String) {
var cb = charBuffer
val valueLength = value.length
checkStringLength(valueLength)
emit(valueLength.toShort())
// It saves a few allocations if the string is empty.
if (valueLength > 0) {
if (cb == null || valueLength > cb.size) {
cb = CharArray(valueLength)
charBuffer = cb
}
value.toCharArray(cb)
emit(cb, 0, valueLength)
}
}
fun emit(chars: CharArray, start: Int, end: Int) {
emitPrimitiveArray(chars, start, end, elementSize = 2, this::getByteBufferAsChar, CharBuffer::put)
}
fun emit(ints: IntArray, start: Int, end: Int) {
emitPrimitiveArray(ints, start, end, elementSize = 4, this::getByteBufferAsInt, IntBuffer::put)
}
fun emitArrayAndLength(ints: IntArray, start: Int = 0, end: Int = ints.size) {
val length = end - start
emit(length)
emit(ints, start, end)
}
private inline fun <TArray : Any, TBuffer : Buffer> emitPrimitiveArray(
array: TArray,
start: Int,
end: Int,
elementSize: Int,
getElementBuffer: (offset: Int) -> TBuffer,
putArray: TBuffer.(TArray, start: Int, length: Int) -> Unit
) {
val out = output
val bb = byteBufferArray
var bp = bufferPos
val bufSize = bb.size
val elemPos = bp / elementSize
val elemOffset = bp % elementSize
val offsetElemBuffer = getElementBuffer(elemOffset)
val elementLength = end - start
offsetElemBuffer.position(elemPos)
val remElementsInByteBuffer = (bufSize - bp) / elementSize
val prefixElemLength = min(remElementsInByteBuffer, elementLength)
offsetElemBuffer.putArray(array, start, prefixElemLength)
bp += prefixElemLength * elementSize
if (prefixElemLength != elementLength) {
// We've written what we can to the buffer which means we need to write it down the stream and start to re-fill the buffer.
out.write(bb, 0, bp)
var elementPos = start + prefixElemLength
val elemBuffer = getElementBuffer(0)
val bufSizeAsElement = bufSize / elementSize
val alignedBufSize = bufSizeAsElement * elementSize
// Stores amount of elements that need to be written.
var remElements: Int
while (true) {
remElements = end - elementPos
// Exit the loop if we can't do full buffer write.
if (remElements < bufSizeAsElement) {
break
}
elemBuffer.position(0)
elemBuffer.putArray(array, elementPos, bufSizeAsElement)
elementPos += bufSizeAsElement
out.write(bb, 0, alignedBufSize)
}
// Write suffix if it exists.
if (remElements > 0) {
elemBuffer.position(0)
elemBuffer.putArray(array, elementPos, remElements)
}
bp = remElements * elementSize
}
setBufferPosAndSyncIfNecessary(bp)
}
fun <T : Any> emit(
values: Array<out T>,
serializer: BinarySerializer<in T>,
progressReporter: ProgressReporter? = null
) {
val size = values.size
emit(size)
trackLoopProgressWith(progressReporter, size) { i ->
serializer.writeTo(this, values[i])
}
}
fun flush() {
val bp = bufferPos
if (bp > 0) {
output.write(byteBufferArray, 0, bp)
}
}
private fun setBufferPosAndSyncIfNecessary(newPos: Int) {
val bb = byteBufferArray
val bufSize = bb.size
bufferPos = if (newPos == bufSize) {
output.write(bb, 0, bufSize)
0
} else {
newPos
}
}
companion object {
internal fun checkStringLength(length: Int) {
if (length > 65535) {
throw IllegalArgumentException("Length of the string to be written can't be greater than 65535")
}
}
internal fun writeLongPartToBuffer(
buffer: ByteArray,
bufferStart: Int,
value: Long,
valueStart: Int,
length: Int
) {
var shift = valueStart shl 3
for (i in 0 until length) {
val b = (value shr shift).toByte()
shift += 8
buffer[bufferStart + i] = b
}
}
}
} | 3 | Kotlin | 0 | 2 | 944988a5f0028f93229cc324a6cd3ad5816ab80a | 9,442 | DigiDictionary | MIT License |
app/src/main/kotlin/co/netguru/android/carrecognition/data/recognizer/Car.kt | netguru | 135,276,208 | false | null | package co.netguru.android.carrecognition.data.recognizer
enum class Car(
val id: String
) {
OTHER_CAR("OtherCar"),
NOT_A_CAR("NotCar"),
FORD_FIESTA("FordFiesta"),
HONDA_CIVIC("HondaCivic"),
NISSAN_QASHQAI("NissanQashqai"),
VOLKSWAGEN_PASSAT("VolkswagenPassat");
companion object {
const val TOP_SPEED_MAX = 200
const val ZERO_TO_SIXTY_MIN = 2.9f
const val ZERO_TO_SIXTY_MAX = 20f
const val HORSEPOWER_MAX = 320
const val ENGINE_MAX = 2000
fun of(text: String) = valueOf(text.replace(" ", "_").toUpperCase())
}
}
| 0 | Kotlin | 8 | 24 | 321fa52c5cc0a339b27737b626163f8f72348cd9 | 600 | CarLens-Android | Apache License 2.0 |
app/src/main/java/com/asteriatech/mobile/di/WebSocketThermalDataChannelModule.kt | erdemserhat | 829,683,635 | false | {"Kotlin": 43502} | package com.asteriatech.mobile.di
import com.asteriatech.mobile.data.remote.websocket.WebSocketThermalDataChannelClient
import com.asteriatech.mobile.data.remote.websocket.listeners.WebSocketThermalDataListenerImpl
import com.asteriatech.mobile.data.repository.WebSocketThermalDataChannelRepository
import com.asteriatech.mobile.domain.WebSocketThermalDataChannelService
import dagger.Module
import dagger.Provides
import dagger.hilt.InstallIn
import dagger.hilt.components.SingletonComponent
import okhttp3.OkHttpClient
import okhttp3.Request
@Module
@InstallIn(SingletonComponent::class)
object WebSocketThermalDataChannelModule {
@Provides
@WebSocketChannel(WebSocketChannels.THERMAL_DATA_CHANNEL)
fun provideThermalDataUrl(): String {
val customURL = CustomURL.Builder()
.communicationProtocolType(CommunicationProtocolType.WS)
.serverIp(ServerInformation.SERVER_IP)
.serverPort(ServerInformation.SERVER_PORT)
.endPoint(ServerInformation.EndPoints.THERMAL_DATA_ENDPOINT)
.build()
return customURL
}
@Provides
@WebSocketChannel(WebSocketChannels.THERMAL_DATA_CHANNEL)
fun provideWebSocketThermalDataRequest(@WebSocketChannel(WebSocketChannels.THERMAL_DATA_CHANNEL) url: String): Request {
return Request.Builder().url(url).build()
}
@Provides
@WebSocketChannel(WebSocketChannels.THERMAL_DATA_CHANNEL)
fun provideWebSocketThermalDataClient(
@WebSocketChannel(WebSocketChannels.THERMAL_DATA_CHANNEL) request: Request,
client: OkHttpClient
): WebSocketThermalDataChannelClient {
return WebSocketThermalDataChannelClient(request, client)
}
@Provides
@WebSocketChannel(WebSocketChannels.THERMAL_DATA_CHANNEL)
fun provideWebSocketThermalDataService(
@WebSocketChannel(WebSocketChannels.THERMAL_DATA_CHANNEL) webSocketThermalDataChannelClient: WebSocketThermalDataChannelClient,
webSocketThermalDataListener: WebSocketThermalDataListenerImpl
): WebSocketThermalDataChannelService {
return WebSocketThermalDataChannelService(
webSocketThermalDataChannelClient,
webSocketThermalDataListener
)
}
@Provides
@WebSocketChannel(WebSocketChannels.THERMAL_DATA_CHANNEL)
fun provideWebSocketThermalDataRepository(
@WebSocketChannel(WebSocketChannels.THERMAL_DATA_CHANNEL) webSocketThermalDataChannelService: WebSocketThermalDataChannelService
): WebSocketThermalDataChannelRepository {
return WebSocketThermalDataChannelRepository(webSocketThermalDataChannelService)
}
} | 0 | Kotlin | 0 | 0 | cfc2d8a0c75352acf00a8955cbd57e0ae60011cc | 2,639 | AsteriaMobile | MIT License |
model/src/main/kotlin/dev/msfjarvis/claw/model/UIPost.kt | msfjarvis | 289,347,156 | false | null | /*
* Copyright © 2021-2024 Harsh Shandilya.
* Use of this source code is governed by an MIT-style
* license that can be found in the LICENSE file or at
* https://opensource.org/licenses/MIT.
*/
package dev.msfjarvis.claw.model
import dev.msfjarvis.claw.database.local.SavedPost
import io.mcarle.konvert.api.KonvertFrom
import io.mcarle.konvert.api.KonvertTo
import io.mcarle.konvert.api.Mapping
import kotlinx.serialization.SerialName
@KonvertTo(
value = SavedPost::class,
mappings =
[
Mapping(target = "submitterName", expression = "it.submitter.username"),
Mapping(target = "submitterAvatarUrl", expression = "it.submitter.avatarUrl"),
],
)
data class UIPost(
val shortId: String,
val createdAt: String,
val title: String,
val url: String,
val description: String,
val commentCount: Int,
val commentsUrl: String,
@SerialName("submitter_user") val submitter: User,
val tags: List<String>,
val comments: List<Comment> = emptyList(),
val isSaved: Boolean = false,
val isRead: Boolean = false,
) {
@KonvertFrom(
value = SavedPost::class,
mappings =
[
Mapping(
target = "submitter",
expression = "User(it.submitterName, \"\", null, it.submitterAvatarUrl, \"\")",
),
Mapping(target = "commentCount", expression = "it.commentCount ?: 0"),
Mapping(target = "isSaved", expression = "true"),
],
)
companion object
}
| 5 | null | 8 | 99 | 8303530857c7a94eefae83e4853438d0e73435db | 1,441 | compose-lobsters | MIT License |
WX/WX-Maven/WX-Plugin/Maven-Wgllss-Dynamic-Plugin-Sample/maven-wgllss-sample-ui-other-lib/src/main/java/com/wgllss/sample/features_ui/page/home/viewmodels/CollectViewModel.kt | wgllss | 805,804,060 | false | {"Kotlin": 891471, "Java": 50011, "JavaScript": 17530} | package com.wgllss.sample.features_ui.page.home.viewmodels
import androidx.lifecycle.LiveData
import androidx.lifecycle.MutableLiveData
import com.wgllss.core.units.AppGlobals
import com.wgllss.core.viewmodel.BaseViewModel
import com.wgllss.sample.datasource.repository.NewsRepository
import com.wgllss.sample.feature_system.room.table.CollectTableBean
import kotlinx.coroutines.flow.onEach
class CollectViewModel : BaseViewModel() {
private val newsRepositoryL by lazy { NewsRepository.getInstance(AppGlobals.sApplication) }
lateinit var liveData: LiveData<MutableList<CollectTableBean>>
val isInitSuccess by lazy { MutableLiveData<Boolean>() }
override fun start() {
flowAsyncWorkOnViewModelScopeLaunch {
newsRepositoryL.getAllList().onEach {
liveData = it
isInitSuccess.postValue(true)
}
}
}
fun deleteFromId(id: Long) {
flowAsyncWorkOnViewModelScopeLaunch {
newsRepositoryL.deleteFromId(id)
}
}
} | 4 | Kotlin | 8 | 40 | 868c09711b3e67b22e3345261734db09df9f2162 | 1,032 | WXDynamicPlugin | Apache License 2.0 |
main/src/main/java/xyz/laziness/fontsimulator/main/MyActivity.kt | hwshim0810 | 127,599,118 | false | null | package xyz.laziness.fontsimulator.main
import android.support.v7.app.AppCompatActivity
import android.widget.Toast
const val BACK_EVENT_GAP_TIME = 2000
open class MyActivity : AppCompatActivity() {
var onPressTime : Long = 0L
override fun onBackPressed() {
val now = System.currentTimeMillis()
if (now > onPressTime + BACK_EVENT_GAP_TIME) {
onPressTime = now
Toast.makeText(applicationContext,
getString(R.string.app_finish_msg), Toast.LENGTH_SHORT).show()
} else {
super.onBackPressed()
}
}
} | 0 | Kotlin | 0 | 0 | 98d20badc4103454ac8a0f63672f1cebda7822c0 | 601 | font-simulator-Android | Apache License 2.0 |
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