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142,300
decred/dcrdata
stakedb/ticketpool.go
Cursor
func (tp *TicketPool) Cursor() int64 { tp.mtx.RLock() defer tp.mtx.RUnlock() return tp.cursor }
go
func (tp *TicketPool) Cursor() int64 { tp.mtx.RLock() defer tp.mtx.RUnlock() return tp.cursor }
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// Cursor returns the current cursor, the location of the next unapplied diff.
[ "Cursor", "returns", "the", "current", "cursor", "the", "location", "of", "the", "next", "unapplied", "diff", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L342-L346
142,301
decred/dcrdata
stakedb/ticketpool.go
append
func (tp *TicketPool) append(diff *PoolDiff) { tp.tip++ tp.diffs = append(tp.diffs, *diff) }
go
func (tp *TicketPool) append(diff *PoolDiff) { tp.tip++ tp.diffs = append(tp.diffs, *diff) }
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// append grows the diffs slice and advances the tip height.
[ "append", "grows", "the", "diffs", "slice", "and", "advances", "the", "tip", "height", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L349-L352
142,302
decred/dcrdata
stakedb/ticketpool.go
trim
func (tp *TicketPool) trim() (int64, PoolDiff) { if tp.tip == 0 || len(tp.diffs) == 0 { return tp.tip, PoolDiff{} } tp.tip-- newMaxCursor := tp.maxCursor() if tp.cursor > newMaxCursor { if err := tp.retreatTo(newMaxCursor); err != nil { log.Errorf("retreatTo failed: %v", err) } } // Trim AFTER retreating undo := tp.diffs[len(tp.diffs)-1] tp.diffs = tp.diffs[:len(tp.diffs)-1] return tp.tip, undo }
go
func (tp *TicketPool) trim() (int64, PoolDiff) { if tp.tip == 0 || len(tp.diffs) == 0 { return tp.tip, PoolDiff{} } tp.tip-- newMaxCursor := tp.maxCursor() if tp.cursor > newMaxCursor { if err := tp.retreatTo(newMaxCursor); err != nil { log.Errorf("retreatTo failed: %v", err) } } // Trim AFTER retreating undo := tp.diffs[len(tp.diffs)-1] tp.diffs = tp.diffs[:len(tp.diffs)-1] return tp.tip, undo }
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// trim is the non-thread-safe version of Trim.
[ "trim", "is", "the", "non", "-", "thread", "-", "safe", "version", "of", "Trim", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L355-L370
142,303
decred/dcrdata
stakedb/ticketpool.go
Trim
func (tp *TicketPool) Trim() (int64, PoolDiff) { tp.mtx.Lock() defer tp.mtx.Unlock() return tp.trim() }
go
func (tp *TicketPool) Trim() (int64, PoolDiff) { tp.mtx.Lock() defer tp.mtx.Unlock() return tp.trim() }
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// Trim removes the end diff and decrements the tip height. If the cursor would // fall beyond the end of the diffs, the removed diffs are applied in reverse.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L374-L378
142,304
decred/dcrdata
stakedb/ticketpool.go
storeDiff
func storeDiff(db *badger.DB, diff *PoolDiff, height int64) error { var heightBytes [8]byte binary.BigEndian.PutUint64(heightBytes[:], uint64(height)) var poolDiffBuffer bytes.Buffer if err := gob.NewEncoder(&poolDiffBuffer).Encode(diff); err != nil { return err } return db.Update(func(txn *badger.Txn) error { return txn.Set(heightBytes[:], poolDiffBuffer.Bytes()) }) }
go
func storeDiff(db *badger.DB, diff *PoolDiff, height int64) error { var heightBytes [8]byte binary.BigEndian.PutUint64(heightBytes[:], uint64(height)) var poolDiffBuffer bytes.Buffer if err := gob.NewEncoder(&poolDiffBuffer).Encode(diff); err != nil { return err } return db.Update(func(txn *badger.Txn) error { return txn.Set(heightBytes[:], poolDiffBuffer.Bytes()) }) }
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// storeDiff stores the input diff for the specified height in the on-disk DB.
[ "storeDiff", "stores", "the", "input", "diff", "for", "the", "specified", "height", "in", "the", "on", "-", "disk", "DB", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L381-L393
142,305
decred/dcrdata
stakedb/ticketpool.go
storeDiffs
func storeDiffs(db *badger.DB, diffs []*PoolDiff, heights []int64) error { heightToBytes := func(height int64) (heightBytes [8]byte) { binary.BigEndian.PutUint64(heightBytes[:], uint64(height)) return } poolDiffBuffer := new(bytes.Buffer) txn := db.NewTransaction(true) for i, h := range heights { heightBytes := heightToBytes(h) poolDiffBuffer.Reset() gobEnc := gob.NewEncoder(poolDiffBuffer) err := gobEnc.Encode(diffs[i]) if err != nil { txn.Discard() return err } err = txn.Set(heightBytes[:], poolDiffBuffer.Bytes()) // If this transaction got too big, commit and make a new one if err == badger.ErrTxnTooBig { if err = txn.Commit(); err != nil { txn.Discard() return err } txn = db.NewTransaction(true) if err = txn.Set(heightBytes[:], poolDiffBuffer.Bytes()); err != nil { txn.Discard() return err } } if err != nil { txn.Discard() return err } } return txn.Commit() }
go
func storeDiffs(db *badger.DB, diffs []*PoolDiff, heights []int64) error { heightToBytes := func(height int64) (heightBytes [8]byte) { binary.BigEndian.PutUint64(heightBytes[:], uint64(height)) return } poolDiffBuffer := new(bytes.Buffer) txn := db.NewTransaction(true) for i, h := range heights { heightBytes := heightToBytes(h) poolDiffBuffer.Reset() gobEnc := gob.NewEncoder(poolDiffBuffer) err := gobEnc.Encode(diffs[i]) if err != nil { txn.Discard() return err } err = txn.Set(heightBytes[:], poolDiffBuffer.Bytes()) // If this transaction got too big, commit and make a new one if err == badger.ErrTxnTooBig { if err = txn.Commit(); err != nil { txn.Discard() return err } txn = db.NewTransaction(true) if err = txn.Set(heightBytes[:], poolDiffBuffer.Bytes()); err != nil { txn.Discard() return err } } if err != nil { txn.Discard() return err } } return txn.Commit() }
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// storeDiffs stores the input diffs for the specified heights in the on-disk DB.
[ "storeDiffs", "stores", "the", "input", "diffs", "for", "the", "specified", "heights", "in", "the", "on", "-", "disk", "DB", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L396-L432
142,306
decred/dcrdata
stakedb/ticketpool.go
fetchDiff
func (tp *TicketPool) fetchDiff(height int64) (*PoolDiffDBItem, error) { var heightBytes [8]byte binary.BigEndian.PutUint64(heightBytes[:], uint64(height)) var diff *PoolDiffDBItem err := tp.diffDB.View(func(txn *badger.Txn) error { item, errTx := txn.Get(heightBytes[:]) if errTx != nil { return fmt.Errorf("failed to find height %d in TicketPool: %v", height, errTx) } // Don't waste time with a copy since we are going to read the data in // this transaction. var hashReader bytes.Reader //nolint:unparam errTx = item.Value(func(v []byte) error { hashReader.Reset(v) return nil }) if errTx != nil { return fmt.Errorf("key [%x]. Error while fetching value [%v]", item.Key(), errTx) } var poolDiff PoolDiff if errTx = gob.NewDecoder(&hashReader).Decode(&poolDiff); errTx != nil { return fmt.Errorf("failed to decode PoolDiff: %v", errTx) } diff = &PoolDiffDBItem{ Height: height, PoolDiff: poolDiff, } return nil }) return diff, err }
go
func (tp *TicketPool) fetchDiff(height int64) (*PoolDiffDBItem, error) { var heightBytes [8]byte binary.BigEndian.PutUint64(heightBytes[:], uint64(height)) var diff *PoolDiffDBItem err := tp.diffDB.View(func(txn *badger.Txn) error { item, errTx := txn.Get(heightBytes[:]) if errTx != nil { return fmt.Errorf("failed to find height %d in TicketPool: %v", height, errTx) } // Don't waste time with a copy since we are going to read the data in // this transaction. var hashReader bytes.Reader //nolint:unparam errTx = item.Value(func(v []byte) error { hashReader.Reset(v) return nil }) if errTx != nil { return fmt.Errorf("key [%x]. Error while fetching value [%v]", item.Key(), errTx) } var poolDiff PoolDiff if errTx = gob.NewDecoder(&hashReader).Decode(&poolDiff); errTx != nil { return fmt.Errorf("failed to decode PoolDiff: %v", errTx) } diff = &PoolDiffDBItem{ Height: height, PoolDiff: poolDiff, } return nil }) return diff, err }
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// fetchDiff retrieves the diff at the specified height from the on-disk DB.
[ "fetchDiff", "retrieves", "the", "diff", "at", "the", "specified", "height", "from", "the", "on", "-", "disk", "DB", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L439-L477
142,307
decred/dcrdata
stakedb/ticketpool.go
Append
func (tp *TicketPool) Append(diff *PoolDiff, height int64) error { if height != tp.tip+1 { return fmt.Errorf("block height %d does not build on %d", height, tp.tip) } tp.mtx.Lock() defer tp.mtx.Unlock() tp.append(diff) return tp.storeDiff(diff, height) }
go
func (tp *TicketPool) Append(diff *PoolDiff, height int64) error { if height != tp.tip+1 { return fmt.Errorf("block height %d does not build on %d", height, tp.tip) } tp.mtx.Lock() defer tp.mtx.Unlock() tp.append(diff) return tp.storeDiff(diff, height) }
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// Append grows the diffs slice with the specified diff, and stores it in the // on-disk DB. The height of the diff is used to check that it builds on the // chain tip, and as a primary key in the DB.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L482-L490
142,308
decred/dcrdata
stakedb/ticketpool.go
AppendAndAdvancePool
func (tp *TicketPool) AppendAndAdvancePool(diff *PoolDiff, height int64) error { if height != tp.tip+1 { return fmt.Errorf("block height %d does not build on %d", height, tp.tip) } tp.mtx.Lock() defer tp.mtx.Unlock() tp.append(diff) if err := tp.storeDiff(diff, height); err != nil { return err } return tp.advance() }
go
func (tp *TicketPool) AppendAndAdvancePool(diff *PoolDiff, height int64) error { if height != tp.tip+1 { return fmt.Errorf("block height %d does not build on %d", height, tp.tip) } tp.mtx.Lock() defer tp.mtx.Unlock() tp.append(diff) if err := tp.storeDiff(diff, height); err != nil { return err } return tp.advance() }
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// AppendAndAdvancePool functions like Append, except that after growing the // diffs slice and storing the diff in DB, the ticket pool is advanced.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L494-L505
142,309
decred/dcrdata
stakedb/ticketpool.go
currentPool
func (tp *TicketPool) currentPool() ([]chainhash.Hash, int64) { poolSize := len(tp.pool) // allocate space for all the ticket hashes, but use append to avoid the // slice initialization having to zero initialize all of the arrays. pool := make([]chainhash.Hash, 0, poolSize) for h := range tp.pool { pool = append(pool, h) } return pool, tp.cursor }
go
func (tp *TicketPool) currentPool() ([]chainhash.Hash, int64) { poolSize := len(tp.pool) // allocate space for all the ticket hashes, but use append to avoid the // slice initialization having to zero initialize all of the arrays. pool := make([]chainhash.Hash, 0, poolSize) for h := range tp.pool { pool = append(pool, h) } return pool, tp.cursor }
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// currentPool is the non-thread-safe version of CurrentPool.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L508-L517
142,310
decred/dcrdata
stakedb/ticketpool.go
CurrentPoolSize
func (tp *TicketPool) CurrentPoolSize() int { tp.mtx.RLock() defer tp.mtx.RUnlock() return len(tp.pool) }
go
func (tp *TicketPool) CurrentPoolSize() int { tp.mtx.RLock() defer tp.mtx.RUnlock() return len(tp.pool) }
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// CurrentPoolSize returns the number of tickets stored in the current pool map.
[ "CurrentPoolSize", "returns", "the", "number", "of", "tickets", "stored", "in", "the", "current", "pool", "map", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L530-L534
142,311
decred/dcrdata
stakedb/ticketpool.go
advance
func (tp *TicketPool) advance() error { if tp.cursor > tp.maxCursor() { return fmt.Errorf("cursor at tip, unable to advance") } diffToNext := tp.diffs[tp.cursor] initPoolSize := len(tp.pool) expectedFinalSize := initPoolSize + len(diffToNext.In) - len(diffToNext.Out) tp.applyDiff(diffToNext.In, diffToNext.Out) tp.cursor++ if len(tp.pool) != expectedFinalSize { return fmt.Errorf("pool size is %d, expected %d, at height %d", len(tp.pool), expectedFinalSize, tp.cursor-1) } return nil }
go
func (tp *TicketPool) advance() error { if tp.cursor > tp.maxCursor() { return fmt.Errorf("cursor at tip, unable to advance") } diffToNext := tp.diffs[tp.cursor] initPoolSize := len(tp.pool) expectedFinalSize := initPoolSize + len(diffToNext.In) - len(diffToNext.Out) tp.applyDiff(diffToNext.In, diffToNext.Out) tp.cursor++ if len(tp.pool) != expectedFinalSize { return fmt.Errorf("pool size is %d, expected %d, at height %d", len(tp.pool), expectedFinalSize, tp.cursor-1) } return nil }
[ "func", "(", "tp", "*", "TicketPool", ")", "advance", "(", ")", "error", "{", "if", "tp", ".", "cursor", ">", "tp", ".", "maxCursor", "(", ")", "{", "return", "fmt", ".", "Errorf", "(", "\"", "\"", ")", "\n", "}", "\n\n", "diffToNext", ":=", "tp", ".", "diffs", "[", "tp", ".", "cursor", "]", "\n", "initPoolSize", ":=", "len", "(", "tp", ".", "pool", ")", "\n", "expectedFinalSize", ":=", "initPoolSize", "+", "len", "(", "diffToNext", ".", "In", ")", "-", "len", "(", "diffToNext", ".", "Out", ")", "\n\n", "tp", ".", "applyDiff", "(", "diffToNext", ".", "In", ",", "diffToNext", ".", "Out", ")", "\n", "tp", ".", "cursor", "++", "\n\n", "if", "len", "(", "tp", ".", "pool", ")", "!=", "expectedFinalSize", "{", "return", "fmt", ".", "Errorf", "(", "\"", "\"", ",", "len", "(", "tp", ".", "pool", ")", ",", "expectedFinalSize", ",", "tp", ".", "cursor", "-", "1", ")", "\n", "}", "\n\n", "return", "nil", "\n", "}" ]
// advance applies the pool diff at the current cursor location, and advances // the cursor. Note that when advancing at the last diff, the resulting cursor // will be beyond the last element in the diffs slice.
[ "advance", "applies", "the", "pool", "diff", "at", "the", "current", "cursor", "location", "and", "advances", "the", "cursor", ".", "Note", "that", "when", "advancing", "at", "the", "last", "diff", "the", "resulting", "cursor", "will", "be", "beyond", "the", "last", "element", "in", "the", "diffs", "slice", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L564-L582
142,312
decred/dcrdata
stakedb/ticketpool.go
advanceTo
func (tp *TicketPool) advanceTo(height int64) error { if height > tp.tip { return fmt.Errorf("cannot advance past tip") } for height > tp.cursor { if err := tp.advance(); err != nil { return err } } return nil }
go
func (tp *TicketPool) advanceTo(height int64) error { if height > tp.tip { return fmt.Errorf("cannot advance past tip") } for height > tp.cursor { if err := tp.advance(); err != nil { return err } } return nil }
[ "func", "(", "tp", "*", "TicketPool", ")", "advanceTo", "(", "height", "int64", ")", "error", "{", "if", "height", ">", "tp", ".", "tip", "{", "return", "fmt", ".", "Errorf", "(", "\"", "\"", ")", "\n", "}", "\n", "for", "height", ">", "tp", ".", "cursor", "{", "if", "err", ":=", "tp", ".", "advance", "(", ")", ";", "err", "!=", "nil", "{", "return", "err", "\n", "}", "\n", "}", "\n", "return", "nil", "\n", "}" ]
// advanceTo successively applies pool diffs with advance until the cursor // reaches the desired height. Note that this function will return without error // if the initial cursor is at or beyond the specified height.
[ "advanceTo", "successively", "applies", "pool", "diffs", "with", "advance", "until", "the", "cursor", "reaches", "the", "desired", "height", ".", "Note", "that", "this", "function", "will", "return", "without", "error", "if", "the", "initial", "cursor", "is", "at", "or", "beyond", "the", "specified", "height", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L587-L597
142,313
decred/dcrdata
stakedb/ticketpool.go
AdvanceToTip
func (tp *TicketPool) AdvanceToTip() (int64, error) { tp.mtx.Lock() defer tp.mtx.Unlock() err := tp.advanceTo(tp.tip) return tp.cursor - 1, err }
go
func (tp *TicketPool) AdvanceToTip() (int64, error) { tp.mtx.Lock() defer tp.mtx.Unlock() err := tp.advanceTo(tp.tip) return tp.cursor - 1, err }
[ "func", "(", "tp", "*", "TicketPool", ")", "AdvanceToTip", "(", ")", "(", "int64", ",", "error", ")", "{", "tp", ".", "mtx", ".", "Lock", "(", ")", "\n", "defer", "tp", ".", "mtx", ".", "Unlock", "(", ")", "\n", "err", ":=", "tp", ".", "advanceTo", "(", "tp", ".", "tip", ")", "\n", "return", "tp", ".", "cursor", "-", "1", ",", "err", "\n", "}" ]
// AdvanceToTip advances the pool map by applying all stored diffs. Note that // the cursor will stop just beyond the last element of the diffs slice. It will // not be possible to advance further, only retreat.
[ "AdvanceToTip", "advances", "the", "pool", "map", "by", "applying", "all", "stored", "diffs", ".", "Note", "that", "the", "cursor", "will", "stop", "just", "beyond", "the", "last", "element", "of", "the", "diffs", "slice", ".", "It", "will", "not", "be", "possible", "to", "advance", "further", "only", "retreat", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L602-L607
142,314
decred/dcrdata
stakedb/ticketpool.go
retreat
func (tp *TicketPool) retreat() error { if tp.cursor == 0 { return fmt.Errorf("cursor at genesis, unable to retreat") } diffFromPrev := tp.diffs[tp.cursor-1] initPoolSize := len(tp.pool) expectedFinalSize := initPoolSize - len(diffFromPrev.In) + len(diffFromPrev.Out) tp.applyDiff(diffFromPrev.Out, diffFromPrev.In) tp.cursor-- if len(tp.pool) != expectedFinalSize { return fmt.Errorf("pool size is %d, expected %d", len(tp.pool), expectedFinalSize) } return nil }
go
func (tp *TicketPool) retreat() error { if tp.cursor == 0 { return fmt.Errorf("cursor at genesis, unable to retreat") } diffFromPrev := tp.diffs[tp.cursor-1] initPoolSize := len(tp.pool) expectedFinalSize := initPoolSize - len(diffFromPrev.In) + len(diffFromPrev.Out) tp.applyDiff(diffFromPrev.Out, diffFromPrev.In) tp.cursor-- if len(tp.pool) != expectedFinalSize { return fmt.Errorf("pool size is %d, expected %d", len(tp.pool), expectedFinalSize) } return nil }
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// retreat applies the previous diff in reverse, moving the pool map to the // state before that diff was applied. The cursor is decremented, and may go to // 0 but not beyond as the cursor is the location of the next unapplied diff.
[ "retreat", "applies", "the", "previous", "diff", "in", "reverse", "moving", "the", "pool", "map", "to", "the", "state", "before", "that", "diff", "was", "applied", ".", "The", "cursor", "is", "decremented", "and", "may", "go", "to", "0", "but", "not", "beyond", "as", "the", "cursor", "is", "the", "location", "of", "the", "next", "unapplied", "diff", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L612-L628
142,315
decred/dcrdata
stakedb/ticketpool.go
retreatTo
func (tp *TicketPool) retreatTo(height int64) error { if height < 0 || height > tp.tip { return fmt.Errorf("Invalid destination cursor %d", height) } for tp.cursor > height { if err := tp.retreat(); err != nil { return err } } return nil }
go
func (tp *TicketPool) retreatTo(height int64) error { if height < 0 || height > tp.tip { return fmt.Errorf("Invalid destination cursor %d", height) } for tp.cursor > height { if err := tp.retreat(); err != nil { return err } } return nil }
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// retreatTo successively applies pool diffs in reverse with retreate until the // cursor reaches the desired height. Note that this function will return // without error if the initial cursor is at or below the specified height.
[ "retreatTo", "successively", "applies", "pool", "diffs", "in", "reverse", "with", "retreate", "until", "the", "cursor", "reaches", "the", "desired", "height", ".", "Note", "that", "this", "function", "will", "return", "without", "error", "if", "the", "initial", "cursor", "is", "at", "or", "below", "the", "specified", "height", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L642-L652
142,316
decred/dcrdata
stakedb/ticketpool.go
applyDiff
func (tp *TicketPool) applyDiff(in, out []chainhash.Hash) { initsize := len(tp.pool) for i := range in { tp.pool[in[i]] = struct{}{} } endsize := len(tp.pool) if endsize != initsize+len(in) { log.Warnf("pool grew by %d instead of %d", endsize-initsize, len(in)) } initsize = endsize for i := range out { ii := len(tp.pool) delete(tp.pool, out[i]) if len(tp.pool) == ii { log.Errorf("Failed to remove ticket %v from pool.", out[i]) } } endsize = len(tp.pool) if endsize != initsize-len(out) { log.Warnf("pool shrank by %d instead of %d", initsize-endsize, len(out)) } }
go
func (tp *TicketPool) applyDiff(in, out []chainhash.Hash) { initsize := len(tp.pool) for i := range in { tp.pool[in[i]] = struct{}{} } endsize := len(tp.pool) if endsize != initsize+len(in) { log.Warnf("pool grew by %d instead of %d", endsize-initsize, len(in)) } initsize = endsize for i := range out { ii := len(tp.pool) delete(tp.pool, out[i]) if len(tp.pool) == ii { log.Errorf("Failed to remove ticket %v from pool.", out[i]) } } endsize = len(tp.pool) if endsize != initsize-len(out) { log.Warnf("pool shrank by %d instead of %d", initsize-endsize, len(out)) } }
[ "func", "(", "tp", "*", "TicketPool", ")", "applyDiff", "(", "in", ",", "out", "[", "]", "chainhash", ".", "Hash", ")", "{", "initsize", ":=", "len", "(", "tp", ".", "pool", ")", "\n", "for", "i", ":=", "range", "in", "{", "tp", ".", "pool", "[", "in", "[", "i", "]", "]", "=", "struct", "{", "}", "{", "}", "\n", "}", "\n", "endsize", ":=", "len", "(", "tp", ".", "pool", ")", "\n", "if", "endsize", "!=", "initsize", "+", "len", "(", "in", ")", "{", "log", ".", "Warnf", "(", "\"", "\"", ",", "endsize", "-", "initsize", ",", "len", "(", "in", ")", ")", "\n", "}", "\n", "initsize", "=", "endsize", "\n", "for", "i", ":=", "range", "out", "{", "ii", ":=", "len", "(", "tp", ".", "pool", ")", "\n", "delete", "(", "tp", ".", "pool", ",", "out", "[", "i", "]", ")", "\n", "if", "len", "(", "tp", ".", "pool", ")", "==", "ii", "{", "log", ".", "Errorf", "(", "\"", "\"", ",", "out", "[", "i", "]", ")", "\n", "}", "\n", "}", "\n", "endsize", "=", "len", "(", "tp", ".", "pool", ")", "\n", "if", "endsize", "!=", "initsize", "-", "len", "(", "out", ")", "{", "log", ".", "Warnf", "(", "\"", "\"", ",", "initsize", "-", "endsize", ",", "len", "(", "out", ")", ")", "\n", "}", "\n", "}" ]
// applyDiff adds and removes tickets from the pool map.
[ "applyDiff", "adds", "and", "removes", "tickets", "from", "the", "pool", "map", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/stakedb/ticketpool.go#L655-L676
142,317
decred/dcrdata
mempool/mempoolcache.go
GetHeight
func (c *MempoolDataCache) GetHeight() uint32 { c.mtx.RLock() defer c.mtx.RUnlock() return c.height }
go
func (c *MempoolDataCache) GetHeight() uint32 { c.mtx.RLock() defer c.mtx.RUnlock() return c.height }
[ "func", "(", "c", "*", "MempoolDataCache", ")", "GetHeight", "(", ")", "uint32", "{", "c", ".", "mtx", ".", "RLock", "(", ")", "\n", "defer", "c", ".", "mtx", ".", "RUnlock", "(", ")", "\n", "return", "c", ".", "height", "\n", "}" ]
// GetHeight returns the mempool height
[ "GetHeight", "returns", "the", "mempool", "height" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/mempool/mempoolcache.go#L64-L68
142,318
decred/dcrdata
mempool/mempoolcache.go
GetNumTickets
func (c *MempoolDataCache) GetNumTickets() (uint32, uint32) { c.mtx.RLock() defer c.mtx.RUnlock() return c.height, c.numTickets }
go
func (c *MempoolDataCache) GetNumTickets() (uint32, uint32) { c.mtx.RLock() defer c.mtx.RUnlock() return c.height, c.numTickets }
[ "func", "(", "c", "*", "MempoolDataCache", ")", "GetNumTickets", "(", ")", "(", "uint32", ",", "uint32", ")", "{", "c", ".", "mtx", ".", "RLock", "(", ")", "\n", "defer", "c", ".", "mtx", ".", "RUnlock", "(", ")", "\n", "return", "c", ".", "height", ",", "c", ".", "numTickets", "\n", "}" ]
// GetNumTickets returns the mempool height and number of tickets
[ "GetNumTickets", "returns", "the", "mempool", "height", "and", "number", "of", "tickets" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/mempool/mempoolcache.go#L71-L75
142,319
decred/dcrdata
mempool/mempoolcache.go
GetFeeInfo
func (c *MempoolDataCache) GetFeeInfo() (uint32, dcrjson.FeeInfoMempool) { c.mtx.RLock() defer c.mtx.RUnlock() return c.height, c.ticketFeeInfo }
go
func (c *MempoolDataCache) GetFeeInfo() (uint32, dcrjson.FeeInfoMempool) { c.mtx.RLock() defer c.mtx.RUnlock() return c.height, c.ticketFeeInfo }
[ "func", "(", "c", "*", "MempoolDataCache", ")", "GetFeeInfo", "(", ")", "(", "uint32", ",", "dcrjson", ".", "FeeInfoMempool", ")", "{", "c", ".", "mtx", ".", "RLock", "(", ")", "\n", "defer", "c", ".", "mtx", ".", "RUnlock", "(", ")", "\n", "return", "c", ".", "height", ",", "c", ".", "ticketFeeInfo", "\n", "}" ]
// GetFeeInfo returns the mempool height and basic fee info
[ "GetFeeInfo", "returns", "the", "mempool", "height", "and", "basic", "fee", "info" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/mempool/mempoolcache.go#L78-L82
142,320
decred/dcrdata
mempool/mempoolcache.go
GetFeeInfoExtra
func (c *MempoolDataCache) GetFeeInfoExtra() (uint32, *apitypes.MempoolTicketFeeInfo) { c.mtx.RLock() defer c.mtx.RUnlock() feeInfo := apitypes.MempoolTicketFeeInfo{ Height: c.height, Time: c.timestamp.Unix(), FeeInfoMempool: c.ticketFeeInfo, LowestMineable: c.lowestMineableByFeeRate, } return c.height, &feeInfo }
go
func (c *MempoolDataCache) GetFeeInfoExtra() (uint32, *apitypes.MempoolTicketFeeInfo) { c.mtx.RLock() defer c.mtx.RUnlock() feeInfo := apitypes.MempoolTicketFeeInfo{ Height: c.height, Time: c.timestamp.Unix(), FeeInfoMempool: c.ticketFeeInfo, LowestMineable: c.lowestMineableByFeeRate, } return c.height, &feeInfo }
[ "func", "(", "c", "*", "MempoolDataCache", ")", "GetFeeInfoExtra", "(", ")", "(", "uint32", ",", "*", "apitypes", ".", "MempoolTicketFeeInfo", ")", "{", "c", ".", "mtx", ".", "RLock", "(", ")", "\n", "defer", "c", ".", "mtx", ".", "RUnlock", "(", ")", "\n", "feeInfo", ":=", "apitypes", ".", "MempoolTicketFeeInfo", "{", "Height", ":", "c", ".", "height", ",", "Time", ":", "c", ".", "timestamp", ".", "Unix", "(", ")", ",", "FeeInfoMempool", ":", "c", ".", "ticketFeeInfo", ",", "LowestMineable", ":", "c", ".", "lowestMineableByFeeRate", ",", "}", "\n", "return", "c", ".", "height", ",", "&", "feeInfo", "\n", "}" ]
// GetFeeInfoExtra returns the mempool height and detailed fee info
[ "GetFeeInfoExtra", "returns", "the", "mempool", "height", "and", "detailed", "fee", "info" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/mempool/mempoolcache.go#L85-L95
142,321
decred/dcrdata
mempool/mempoolcache.go
GetFees
func (c *MempoolDataCache) GetFees(N int) (uint32, int, []float64) { c.mtx.RLock() defer c.mtx.RUnlock() numFees := len(c.allFees) //var fees []float64 fees := []float64{} // for consistency if N == 0 { return c.height, numFees, fees } if N < 0 || N >= numFees { fees = make([]float64, numFees) copy(fees, c.allFees) } else if N < numFees { // fees are in ascending order, take from end of slice smallestFeeInd := numFees - N fees = make([]float64, N) copy(fees, c.allFees[smallestFeeInd:]) } return c.height, numFees, fees }
go
func (c *MempoolDataCache) GetFees(N int) (uint32, int, []float64) { c.mtx.RLock() defer c.mtx.RUnlock() numFees := len(c.allFees) //var fees []float64 fees := []float64{} // for consistency if N == 0 { return c.height, numFees, fees } if N < 0 || N >= numFees { fees = make([]float64, numFees) copy(fees, c.allFees) } else if N < numFees { // fees are in ascending order, take from end of slice smallestFeeInd := numFees - N fees = make([]float64, N) copy(fees, c.allFees[smallestFeeInd:]) } return c.height, numFees, fees }
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// GetFees returns the mempool height number of fees and an array of the fields
[ "GetFees", "returns", "the", "mempool", "height", "number", "of", "fees", "and", "an", "array", "of", "the", "fields" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/mempool/mempoolcache.go#L98-L121
142,322
decred/dcrdata
mempool/mempoolcache.go
GetFeeRates
func (c *MempoolDataCache) GetFeeRates(N int) (uint32, int64, int, []float64) { c.mtx.RLock() defer c.mtx.RUnlock() numFees := len(c.allFeeRates) //var fees []float64 fees := []float64{} if N == 0 { return c.height, c.timestamp.Unix(), numFees, fees } if N < 0 || N >= numFees { fees = make([]float64, numFees) copy(fees, c.allFeeRates) } else if N < numFees { // fees are in ascending order, take from end of slice smallestFeeInd := numFees - N fees = make([]float64, N) copy(fees, c.allFeeRates[smallestFeeInd:]) } return c.height, c.timestamp.Unix(), numFees, fees }
go
func (c *MempoolDataCache) GetFeeRates(N int) (uint32, int64, int, []float64) { c.mtx.RLock() defer c.mtx.RUnlock() numFees := len(c.allFeeRates) //var fees []float64 fees := []float64{} if N == 0 { return c.height, c.timestamp.Unix(), numFees, fees } if N < 0 || N >= numFees { fees = make([]float64, numFees) copy(fees, c.allFeeRates) } else if N < numFees { // fees are in ascending order, take from end of slice smallestFeeInd := numFees - N fees = make([]float64, N) copy(fees, c.allFeeRates[smallestFeeInd:]) } return c.height, c.timestamp.Unix(), numFees, fees }
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// GetFeeRates returns the mempool height, time, number of fees and an array of // fee rates
[ "GetFeeRates", "returns", "the", "mempool", "height", "time", "number", "of", "fees", "and", "an", "array", "of", "fee", "rates" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/mempool/mempoolcache.go#L125-L148
142,323
decred/dcrdata
mempool/mempoolcache.go
GetTicketsDetails
func (c *MempoolDataCache) GetTicketsDetails(N int) (uint32, int64, int, TicketsDetails) { c.mtx.RLock() defer c.mtx.RUnlock() numSSTx := len(c.allTicketsDetails) //var details TicketsDetails details := TicketsDetails{} if N == 0 { return c.height, c.timestamp.Unix(), numSSTx, details } if N < 0 || N >= numSSTx { details = make(TicketsDetails, numSSTx) copy(details, c.allTicketsDetails) } else if N < numSSTx { // fees are in ascending order, take from end of slice smallestFeeInd := numSSTx - N details = make(TicketsDetails, N) copy(details, c.allTicketsDetails[smallestFeeInd:]) } return c.height, c.timestamp.Unix(), numSSTx, details }
go
func (c *MempoolDataCache) GetTicketsDetails(N int) (uint32, int64, int, TicketsDetails) { c.mtx.RLock() defer c.mtx.RUnlock() numSSTx := len(c.allTicketsDetails) //var details TicketsDetails details := TicketsDetails{} if N == 0 { return c.height, c.timestamp.Unix(), numSSTx, details } if N < 0 || N >= numSSTx { details = make(TicketsDetails, numSSTx) copy(details, c.allTicketsDetails) } else if N < numSSTx { // fees are in ascending order, take from end of slice smallestFeeInd := numSSTx - N details = make(TicketsDetails, N) copy(details, c.allTicketsDetails[smallestFeeInd:]) } return c.height, c.timestamp.Unix(), numSSTx, details }
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// GetTicketsDetails returns the mempool height, time, number of tickets and the // ticket details
[ "GetTicketsDetails", "returns", "the", "mempool", "height", "time", "number", "of", "tickets", "and", "the", "ticket", "details" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/mempool/mempoolcache.go#L152-L174
142,324
decred/dcrdata
mempool/mempoolcache.go
GetTicketPriceCountTime
func (c *MempoolDataCache) GetTicketPriceCountTime(feeAvgLength int) *apitypes.PriceCountTime { c.mtx.RLock() defer c.mtx.RUnlock() numFees := len(c.allFees) if numFees < feeAvgLength { feeAvgLength = numFees } var feeAvg float64 for i := 0; i < feeAvgLength; i++ { feeAvg += c.allFees[numFees-i-1] } feeAvg /= float64(feeAvgLength) return &apitypes.PriceCountTime{ Price: c.stakeDiff + feeAvg, Count: numFees, Time: dbtypes.NewTimeDef(c.timestamp), } }
go
func (c *MempoolDataCache) GetTicketPriceCountTime(feeAvgLength int) *apitypes.PriceCountTime { c.mtx.RLock() defer c.mtx.RUnlock() numFees := len(c.allFees) if numFees < feeAvgLength { feeAvgLength = numFees } var feeAvg float64 for i := 0; i < feeAvgLength; i++ { feeAvg += c.allFees[numFees-i-1] } feeAvg /= float64(feeAvgLength) return &apitypes.PriceCountTime{ Price: c.stakeDiff + feeAvg, Count: numFees, Time: dbtypes.NewTimeDef(c.timestamp), } }
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// GetTicketPriceCountTime gathers the nominal info for mempool tickets.
[ "GetTicketPriceCountTime", "gathers", "the", "nominal", "info", "for", "mempool", "tickets", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/mempool/mempoolcache.go#L177-L196
142,325
decred/dcrdata
api/insight/apiroutes.go
NewInsightApi
func NewInsightApi(client *rpcclient.Client, blockData *dcrpg.ChainDBRPC, params *chaincfg.Params, memPoolData rpcutils.MempoolAddressChecker, JSONIndent string, maxAddrs int, status *apitypes.Status) *InsightApi { newContext := InsightApi{ nodeClient: client, BlockData: blockData, params: params, mp: memPoolData, status: status, ReqPerSecLimit: defaultReqPerSecLimit, maxCSVAddrs: maxAddrs, } return &newContext }
go
func NewInsightApi(client *rpcclient.Client, blockData *dcrpg.ChainDBRPC, params *chaincfg.Params, memPoolData rpcutils.MempoolAddressChecker, JSONIndent string, maxAddrs int, status *apitypes.Status) *InsightApi { newContext := InsightApi{ nodeClient: client, BlockData: blockData, params: params, mp: memPoolData, status: status, ReqPerSecLimit: defaultReqPerSecLimit, maxCSVAddrs: maxAddrs, } return &newContext }
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// NewInsightApi is the constructor for InsightApi.
[ "NewInsightApi", "is", "the", "constructor", "for", "InsightApi", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/api/insight/apiroutes.go#L46-L59
142,326
decred/dcrdata
db/dcrpg/insightapi.go
GetRawTransaction
func (pgb *ChainDBRPC) GetRawTransaction(txid *chainhash.Hash) (*dcrjson.TxRawResult, error) { txraw, err := rpcutils.GetTransactionVerboseByID(pgb.Client, txid) if err != nil { log.Errorf("GetRawTransactionVerbose failed for: %s", txid) return nil, err } return txraw, nil }
go
func (pgb *ChainDBRPC) GetRawTransaction(txid *chainhash.Hash) (*dcrjson.TxRawResult, error) { txraw, err := rpcutils.GetTransactionVerboseByID(pgb.Client, txid) if err != nil { log.Errorf("GetRawTransactionVerbose failed for: %s", txid) return nil, err } return txraw, nil }
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// GetRawTransaction gets a dcrjson.TxRawResult for the specified transaction // hash.
[ "GetRawTransaction", "gets", "a", "dcrjson", ".", "TxRawResult", "for", "the", "specified", "transaction", "hash", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/insightapi.go#L23-L30
142,327
decred/dcrdata
db/dcrpg/insightapi.go
GetBlockHeight
func (pgb *ChainDB) GetBlockHeight(hash string) (int64, error) { ctx, cancel := context.WithTimeout(pgb.ctx, pgb.queryTimeout) defer cancel() height, err := RetrieveBlockHeight(ctx, pgb.db, hash) if err != nil { log.Errorf("Unable to get block height for hash %s: %v", hash, err) return -1, pgb.replaceCancelError(err) } return height, nil }
go
func (pgb *ChainDB) GetBlockHeight(hash string) (int64, error) { ctx, cancel := context.WithTimeout(pgb.ctx, pgb.queryTimeout) defer cancel() height, err := RetrieveBlockHeight(ctx, pgb.db, hash) if err != nil { log.Errorf("Unable to get block height for hash %s: %v", hash, err) return -1, pgb.replaceCancelError(err) } return height, nil }
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// GetBlockHeight returns the height of the block with the specified hash.
[ "GetBlockHeight", "returns", "the", "height", "of", "the", "block", "with", "the", "specified", "hash", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/insightapi.go#L33-L42
142,328
decred/dcrdata
db/dcrpg/insightapi.go
SendRawTransaction
func (pgb *ChainDBRPC) SendRawTransaction(txhex string) (string, error) { msg, err := txhelpers.MsgTxFromHex(txhex) if err != nil { log.Errorf("SendRawTransaction failed: could not decode hex") return "", err } hash, err := pgb.Client.SendRawTransaction(msg, true) if err != nil { log.Errorf("SendRawTransaction failed: %v", err) return "", err } return hash.String(), err }
go
func (pgb *ChainDBRPC) SendRawTransaction(txhex string) (string, error) { msg, err := txhelpers.MsgTxFromHex(txhex) if err != nil { log.Errorf("SendRawTransaction failed: could not decode hex") return "", err } hash, err := pgb.Client.SendRawTransaction(msg, true) if err != nil { log.Errorf("SendRawTransaction failed: %v", err) return "", err } return hash.String(), err }
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// SendRawTransaction attempts to decode the input serialized transaction, // passed as hex encoded string, and broadcast it, returning the tx hash.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/insightapi.go#L46-L58
142,329
decred/dcrdata
db/dcrpg/insightapi.go
GetTransactionHex
func (pgb *ChainDBRPC) GetTransactionHex(txid *chainhash.Hash) string { txraw, err := rpcutils.GetTransactionVerboseByID(pgb.Client, txid) if err != nil { log.Errorf("GetRawTransactionVerbose failed for: %v", err) return "" } return txraw.Hex }
go
func (pgb *ChainDBRPC) GetTransactionHex(txid *chainhash.Hash) string { txraw, err := rpcutils.GetTransactionVerboseByID(pgb.Client, txid) if err != nil { log.Errorf("GetRawTransactionVerbose failed for: %v", err) return "" } return txraw.Hex }
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// GetTransactionHex returns the full serialized transaction for the specified // transaction hash as a hex encode string.
[ "GetTransactionHex", "returns", "the", "full", "serialized", "transaction", "for", "the", "specified", "transaction", "hash", "as", "a", "hex", "encode", "string", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/insightapi.go#L172-L181
142,330
decred/dcrdata
db/dcrpg/indexing.go
IndexVinTableOnVins
func IndexVinTableOnVins(db *sql.DB) (err error) { _, err = db.Exec(internal.IndexVinTableOnVins) return }
go
func IndexVinTableOnVins(db *sql.DB) (err error) { _, err = db.Exec(internal.IndexVinTableOnVins) return }
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// Vins table indexes
[ "Vins", "table", "indexes" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/indexing.go#L29-L32
142,331
decred/dcrdata
db/dcrpg/indexing.go
MissingIndexes
func (pgb *ChainDB) MissingIndexes() (missing, descs []string, err error) { for idxName, desc := range internal.IndexDescriptions { var exists bool exists, err = ExistsIndex(pgb.db, idxName) if err != nil { return } if !exists { missing = append(missing, idxName) descs = append(descs, desc) } } return }
go
func (pgb *ChainDB) MissingIndexes() (missing, descs []string, err error) { for idxName, desc := range internal.IndexDescriptions { var exists bool exists, err = ExistsIndex(pgb.db, idxName) if err != nil { return } if !exists { missing = append(missing, idxName) descs = append(descs, desc) } } return }
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// Indexes checks // MissingIndexes lists missing table indexes and their descriptions.
[ "Indexes", "checks", "MissingIndexes", "lists", "missing", "table", "indexes", "and", "their", "descriptions", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/indexing.go#L364-L377
142,332
decred/dcrdata
db/dcrpg/indexing.go
MissingAddressIndexes
func (pgb *ChainDB) MissingAddressIndexes() (missing []string, descs []string, err error) { for _, idxName := range internal.AddressesIndexNames { var exists bool exists, err = ExistsIndex(pgb.db, idxName) if err != nil { return } if !exists { missing = append(missing, idxName) descs = append(descs, pgb.indexDescription(idxName)) } } return }
go
func (pgb *ChainDB) MissingAddressIndexes() (missing []string, descs []string, err error) { for _, idxName := range internal.AddressesIndexNames { var exists bool exists, err = ExistsIndex(pgb.db, idxName) if err != nil { return } if !exists { missing = append(missing, idxName) descs = append(descs, pgb.indexDescription(idxName)) } } return }
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// MissingAddressIndexes list missing addresses table indexes and their // descriptions.
[ "MissingAddressIndexes", "list", "missing", "addresses", "table", "indexes", "and", "their", "descriptions", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/indexing.go#L381-L394
142,333
decred/dcrdata
db/dcrpg/indexing.go
indexDescription
func (pgb *ChainDB) indexDescription(indexName string) string { name, ok := internal.IndexDescriptions[indexName] if !ok { name = "unknown index" } return name }
go
func (pgb *ChainDB) indexDescription(indexName string) string { name, ok := internal.IndexDescriptions[indexName] if !ok { name = "unknown index" } return name }
[ "func", "(", "pgb", "*", "ChainDB", ")", "indexDescription", "(", "indexName", "string", ")", "string", "{", "name", ",", "ok", ":=", "internal", ".", "IndexDescriptions", "[", "indexName", "]", "\n", "if", "!", "ok", "{", "name", "=", "\"", "\"", "\n", "}", "\n", "return", "name", "\n", "}" ]
// indexDescription gives the description of the named index.
[ "indexDescription", "gives", "the", "description", "of", "the", "named", "index", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/indexing.go#L397-L403
142,334
decred/dcrdata
db/dcrpg/indexing.go
DeindexAll
func (pgb *ChainDB) DeindexAll() error { allDeIndexes := []deIndexingInfo{ // blocks table {DeindexBlockTableOnHash}, {DeindexBlockTableOnHeight}, // transactions table {DeindexTransactionTableOnHashes}, {DeindexTransactionTableOnBlockIn}, // vins table {DeindexVinTableOnVins}, {DeindexVinTableOnPrevOuts}, // vouts table {DeindexVoutTableOnTxHashIdx}, // addresses table {DeindexBlockTimeOnTableAddress}, {DeindexMatchingTxHashOnTableAddress}, {DeindexAddressTableOnAddress}, {DeindexAddressTableOnVoutID}, {DeindexAddressTableOnTxHash}, // votes table {DeindexVotesTableOnCandidate}, {DeindexVotesTableOnBlockHash}, {DeindexVotesTableOnHash}, {DeindexVotesTableOnVoteVersion}, {DeindexVotesTableOnHeight}, {DeindexVotesTableOnBlockTime}, // misses table {DeindexMissesTableOnHash}, // agendas table {DeindexAgendasTableOnAgendaID}, // agenda votes table {DeindexAgendaVotesTableOnAgendaID}, // proposals table {DeindexProposalsTableOnToken}, // proposal votes table {DeindexProposalVotesTableOnProposalsID}, } var err error for _, val := range allDeIndexes { if err = val.DeIndexFunc(pgb.db); err != nil { warnUnlessNotExists(err) } } if err = pgb.DeindexTicketsTable(); err != nil { warnUnlessNotExists(err) err = nil } return err }
go
func (pgb *ChainDB) DeindexAll() error { allDeIndexes := []deIndexingInfo{ // blocks table {DeindexBlockTableOnHash}, {DeindexBlockTableOnHeight}, // transactions table {DeindexTransactionTableOnHashes}, {DeindexTransactionTableOnBlockIn}, // vins table {DeindexVinTableOnVins}, {DeindexVinTableOnPrevOuts}, // vouts table {DeindexVoutTableOnTxHashIdx}, // addresses table {DeindexBlockTimeOnTableAddress}, {DeindexMatchingTxHashOnTableAddress}, {DeindexAddressTableOnAddress}, {DeindexAddressTableOnVoutID}, {DeindexAddressTableOnTxHash}, // votes table {DeindexVotesTableOnCandidate}, {DeindexVotesTableOnBlockHash}, {DeindexVotesTableOnHash}, {DeindexVotesTableOnVoteVersion}, {DeindexVotesTableOnHeight}, {DeindexVotesTableOnBlockTime}, // misses table {DeindexMissesTableOnHash}, // agendas table {DeindexAgendasTableOnAgendaID}, // agenda votes table {DeindexAgendaVotesTableOnAgendaID}, // proposals table {DeindexProposalsTableOnToken}, // proposal votes table {DeindexProposalVotesTableOnProposalsID}, } var err error for _, val := range allDeIndexes { if err = val.DeIndexFunc(pgb.db); err != nil { warnUnlessNotExists(err) } } if err = pgb.DeindexTicketsTable(); err != nil { warnUnlessNotExists(err) err = nil } return err }
[ "func", "(", "pgb", "*", "ChainDB", ")", "DeindexAll", "(", ")", "error", "{", "allDeIndexes", ":=", "[", "]", "deIndexingInfo", "{", "// blocks table", "{", "DeindexBlockTableOnHash", "}", ",", "{", "DeindexBlockTableOnHeight", "}", ",", "// transactions table", "{", "DeindexTransactionTableOnHashes", "}", ",", "{", "DeindexTransactionTableOnBlockIn", "}", ",", "// vins table", "{", "DeindexVinTableOnVins", "}", ",", "{", "DeindexVinTableOnPrevOuts", "}", ",", "// vouts table", "{", "DeindexVoutTableOnTxHashIdx", "}", ",", "// addresses table", "{", "DeindexBlockTimeOnTableAddress", "}", ",", "{", "DeindexMatchingTxHashOnTableAddress", "}", ",", "{", "DeindexAddressTableOnAddress", "}", ",", "{", "DeindexAddressTableOnVoutID", "}", ",", "{", "DeindexAddressTableOnTxHash", "}", ",", "// votes table", "{", "DeindexVotesTableOnCandidate", "}", ",", "{", "DeindexVotesTableOnBlockHash", "}", ",", "{", "DeindexVotesTableOnHash", "}", ",", "{", "DeindexVotesTableOnVoteVersion", "}", ",", "{", "DeindexVotesTableOnHeight", "}", ",", "{", "DeindexVotesTableOnBlockTime", "}", ",", "// misses table", "{", "DeindexMissesTableOnHash", "}", ",", "// agendas table", "{", "DeindexAgendasTableOnAgendaID", "}", ",", "// agenda votes table", "{", "DeindexAgendaVotesTableOnAgendaID", "}", ",", "// proposals table", "{", "DeindexProposalsTableOnToken", "}", ",", "// proposal votes table", "{", "DeindexProposalVotesTableOnProposalsID", "}", ",", "}", "\n\n", "var", "err", "error", "\n", "for", "_", ",", "val", ":=", "range", "allDeIndexes", "{", "if", "err", "=", "val", ".", "DeIndexFunc", "(", "pgb", ".", "db", ")", ";", "err", "!=", "nil", "{", "warnUnlessNotExists", "(", "err", ")", "\n", "}", "\n", "}", "\n\n", "if", "err", "=", "pgb", ".", "DeindexTicketsTable", "(", ")", ";", "err", "!=", "nil", "{", "warnUnlessNotExists", "(", "err", ")", "\n", "err", "=", "nil", "\n", "}", "\n", "return", "err", "\n", "}" ]
// DeindexAll drops indexes in most tables.
[ "DeindexAll", "drops", "indexes", "in", "most", "tables", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/indexing.go#L406-L466
142,335
decred/dcrdata
db/dcrpg/indexing.go
IndexTicketsTable
func (pgb *ChainDB) IndexTicketsTable(barLoad chan *dbtypes.ProgressBarLoad) error { ticketsTableIndexes := []indexingInfo{ {Msg: "ticket hash", IndexFunc: IndexTicketsTableOnHashes}, {Msg: "ticket pool status", IndexFunc: IndexTicketsTableOnPoolStatus}, {Msg: "transaction Db ID", IndexFunc: IndexTicketsTableOnTxDbID}, } for _, val := range ticketsTableIndexes { logMsg := "Indexing tickets table on " + val.Msg + "..." log.Info(logMsg) if barLoad != nil { barLoad <- &dbtypes.ProgressBarLoad{BarID: dbtypes.AddressesTableSync, Subtitle: logMsg} } if err := val.IndexFunc(pgb.db); err != nil { return err } } // Signal task is done. if barLoad != nil { barLoad <- &dbtypes.ProgressBarLoad{BarID: dbtypes.AddressesTableSync, Subtitle: " "} } return nil }
go
func (pgb *ChainDB) IndexTicketsTable(barLoad chan *dbtypes.ProgressBarLoad) error { ticketsTableIndexes := []indexingInfo{ {Msg: "ticket hash", IndexFunc: IndexTicketsTableOnHashes}, {Msg: "ticket pool status", IndexFunc: IndexTicketsTableOnPoolStatus}, {Msg: "transaction Db ID", IndexFunc: IndexTicketsTableOnTxDbID}, } for _, val := range ticketsTableIndexes { logMsg := "Indexing tickets table on " + val.Msg + "..." log.Info(logMsg) if barLoad != nil { barLoad <- &dbtypes.ProgressBarLoad{BarID: dbtypes.AddressesTableSync, Subtitle: logMsg} } if err := val.IndexFunc(pgb.db); err != nil { return err } } // Signal task is done. if barLoad != nil { barLoad <- &dbtypes.ProgressBarLoad{BarID: dbtypes.AddressesTableSync, Subtitle: " "} } return nil }
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// IndexTicketsTable creates indexes in the tickets table on ticket hash, // ticket pool status and tx DB ID columns.
[ "IndexTicketsTable", "creates", "indexes", "in", "the", "tickets", "table", "on", "ticket", "hash", "ticket", "pool", "status", "and", "tx", "DB", "ID", "columns", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/indexing.go#L540-L563
142,336
decred/dcrdata
db/dcrpg/indexing.go
DeindexTicketsTable
func (pgb *ChainDB) DeindexTicketsTable() error { ticketsTablesDeIndexes := []deIndexingInfo{ {DeindexTicketsTableOnHashes}, {DeindexTicketsTableOnPoolStatus}, {DeindexTicketsTableOnTxDbID}, } var err error for _, val := range ticketsTablesDeIndexes { if err = val.DeIndexFunc(pgb.db); err != nil { warnUnlessNotExists(err) err = nil } } return err }
go
func (pgb *ChainDB) DeindexTicketsTable() error { ticketsTablesDeIndexes := []deIndexingInfo{ {DeindexTicketsTableOnHashes}, {DeindexTicketsTableOnPoolStatus}, {DeindexTicketsTableOnTxDbID}, } var err error for _, val := range ticketsTablesDeIndexes { if err = val.DeIndexFunc(pgb.db); err != nil { warnUnlessNotExists(err) err = nil } } return err }
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// DeindexTicketsTable drops indexes in the tickets table on ticket hash, // ticket pool status and tx DB ID columns.
[ "DeindexTicketsTable", "drops", "indexes", "in", "the", "tickets", "table", "on", "ticket", "hash", "ticket", "pool", "status", "and", "tx", "DB", "ID", "columns", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/indexing.go#L567-L582
142,337
decred/dcrdata
db/dcrpg/indexing.go
IndexAddressTable
func (pgb *ChainDB) IndexAddressTable(barLoad chan *dbtypes.ProgressBarLoad) error { addressesTableIndexes := []indexingInfo{ {Msg: "address", IndexFunc: IndexAddressTableOnAddress}, {Msg: "matching tx hash", IndexFunc: IndexMatchingTxHashOnTableAddress}, {Msg: "block time", IndexFunc: IndexBlockTimeOnTableAddress}, {Msg: "vout Db ID", IndexFunc: IndexAddressTableOnVoutID}, //{Msg: "tx hash", IndexFunc: IndexAddressTableOnTxHash}, } for _, val := range addressesTableIndexes { logMsg := "Indexing addresses table on " + val.Msg + "..." log.Info(logMsg) if barLoad != nil { barLoad <- &dbtypes.ProgressBarLoad{BarID: dbtypes.AddressesTableSync, Subtitle: logMsg} } if err := val.IndexFunc(pgb.db); err != nil { return err } } // Signal task is done. if barLoad != nil { barLoad <- &dbtypes.ProgressBarLoad{BarID: dbtypes.AddressesTableSync, Subtitle: " "} } return nil }
go
func (pgb *ChainDB) IndexAddressTable(barLoad chan *dbtypes.ProgressBarLoad) error { addressesTableIndexes := []indexingInfo{ {Msg: "address", IndexFunc: IndexAddressTableOnAddress}, {Msg: "matching tx hash", IndexFunc: IndexMatchingTxHashOnTableAddress}, {Msg: "block time", IndexFunc: IndexBlockTimeOnTableAddress}, {Msg: "vout Db ID", IndexFunc: IndexAddressTableOnVoutID}, //{Msg: "tx hash", IndexFunc: IndexAddressTableOnTxHash}, } for _, val := range addressesTableIndexes { logMsg := "Indexing addresses table on " + val.Msg + "..." log.Info(logMsg) if barLoad != nil { barLoad <- &dbtypes.ProgressBarLoad{BarID: dbtypes.AddressesTableSync, Subtitle: logMsg} } if err := val.IndexFunc(pgb.db); err != nil { return err } } // Signal task is done. if barLoad != nil { barLoad <- &dbtypes.ProgressBarLoad{BarID: dbtypes.AddressesTableSync, Subtitle: " "} } return nil }
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// IndexAddressTable creates the indexes on the address table on the vout ID, // block_time, matching_tx_hash and address columns.
[ "IndexAddressTable", "creates", "the", "indexes", "on", "the", "address", "table", "on", "the", "vout", "ID", "block_time", "matching_tx_hash", "and", "address", "columns", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/indexing.go#L607-L632
142,338
decred/dcrdata
db/dcrpg/indexing.go
DeindexAddressTable
func (pgb *ChainDB) DeindexAddressTable() error { addressesDeindexes := []deIndexingInfo{ {DeindexAddressTableOnAddress}, {DeindexMatchingTxHashOnTableAddress}, {DeindexBlockTimeOnTableAddress}, {DeindexAddressTableOnVoutID}, //{DeindexAddressTableOnTxHash}, } var err error for _, val := range addressesDeindexes { if err = val.DeIndexFunc(pgb.db); err != nil { warnUnlessNotExists(err) err = nil } } return err }
go
func (pgb *ChainDB) DeindexAddressTable() error { addressesDeindexes := []deIndexingInfo{ {DeindexAddressTableOnAddress}, {DeindexMatchingTxHashOnTableAddress}, {DeindexBlockTimeOnTableAddress}, {DeindexAddressTableOnVoutID}, //{DeindexAddressTableOnTxHash}, } var err error for _, val := range addressesDeindexes { if err = val.DeIndexFunc(pgb.db); err != nil { warnUnlessNotExists(err) err = nil } } return err }
[ "func", "(", "pgb", "*", "ChainDB", ")", "DeindexAddressTable", "(", ")", "error", "{", "addressesDeindexes", ":=", "[", "]", "deIndexingInfo", "{", "{", "DeindexAddressTableOnAddress", "}", ",", "{", "DeindexMatchingTxHashOnTableAddress", "}", ",", "{", "DeindexBlockTimeOnTableAddress", "}", ",", "{", "DeindexAddressTableOnVoutID", "}", ",", "//{DeindexAddressTableOnTxHash},", "}", "\n\n", "var", "err", "error", "\n", "for", "_", ",", "val", ":=", "range", "addressesDeindexes", "{", "if", "err", "=", "val", ".", "DeIndexFunc", "(", "pgb", ".", "db", ")", ";", "err", "!=", "nil", "{", "warnUnlessNotExists", "(", "err", ")", "\n", "err", "=", "nil", "\n", "}", "\n", "}", "\n", "return", "err", "\n", "}" ]
// DeindexAddressTable drops the vin ID, block_time, matching_tx_hash // and address column indexes for the address table.
[ "DeindexAddressTable", "drops", "the", "vin", "ID", "block_time", "matching_tx_hash", "and", "address", "column", "indexes", "for", "the", "address", "table", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrpg/indexing.go#L636-L653
142,339
decred/dcrdata
txhelpers/staketree.go
TicketTxnsInBlock
func TicketTxnsInBlock(bl *dcrutil.Block) ([]chainhash.Hash, []*dcrutil.Tx) { tickets := make([]chainhash.Hash, 0) ticketTxns := make([]*dcrutil.Tx, 0) for _, stx := range bl.STransactions() { if stake.DetermineTxType(stx.MsgTx()) == stake.TxTypeSStx { h := stx.Hash() tickets = append(tickets, *h) ticketTxns = append(ticketTxns, stx) } } return tickets, ticketTxns }
go
func TicketTxnsInBlock(bl *dcrutil.Block) ([]chainhash.Hash, []*dcrutil.Tx) { tickets := make([]chainhash.Hash, 0) ticketTxns := make([]*dcrutil.Tx, 0) for _, stx := range bl.STransactions() { if stake.DetermineTxType(stx.MsgTx()) == stake.TxTypeSStx { h := stx.Hash() tickets = append(tickets, *h) ticketTxns = append(ticketTxns, stx) } } return tickets, ticketTxns }
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// TicketTxnsInBlock finds all the new tickets in the block.
[ "TicketTxnsInBlock", "finds", "all", "the", "new", "tickets", "in", "the", "block", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/staketree.go#L161-L173
142,340
decred/dcrdata
txhelpers/staketree.go
TicketsSpentInBlock
func TicketsSpentInBlock(bl *dcrutil.Block) []chainhash.Hash { tickets := make([]chainhash.Hash, 0) for _, stx := range bl.STransactions() { if stake.DetermineTxType(stx.MsgTx()) == stake.TxTypeSSGen { // Hash of the original STtx tickets = append(tickets, stx.MsgTx().TxIn[1].PreviousOutPoint.Hash) } } return tickets }
go
func TicketsSpentInBlock(bl *dcrutil.Block) []chainhash.Hash { tickets := make([]chainhash.Hash, 0) for _, stx := range bl.STransactions() { if stake.DetermineTxType(stx.MsgTx()) == stake.TxTypeSSGen { // Hash of the original STtx tickets = append(tickets, stx.MsgTx().TxIn[1].PreviousOutPoint.Hash) } } return tickets }
[ "func", "TicketsSpentInBlock", "(", "bl", "*", "dcrutil", ".", "Block", ")", "[", "]", "chainhash", ".", "Hash", "{", "tickets", ":=", "make", "(", "[", "]", "chainhash", ".", "Hash", ",", "0", ")", "\n", "for", "_", ",", "stx", ":=", "range", "bl", ".", "STransactions", "(", ")", "{", "if", "stake", ".", "DetermineTxType", "(", "stx", ".", "MsgTx", "(", ")", ")", "==", "stake", ".", "TxTypeSSGen", "{", "// Hash of the original STtx", "tickets", "=", "append", "(", "tickets", ",", "stx", ".", "MsgTx", "(", ")", ".", "TxIn", "[", "1", "]", ".", "PreviousOutPoint", ".", "Hash", ")", "\n", "}", "\n", "}", "\n\n", "return", "tickets", "\n", "}" ]
// TicketsSpentInBlock finds all the tickets spent in the block.
[ "TicketsSpentInBlock", "finds", "all", "the", "tickets", "spent", "in", "the", "block", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/staketree.go#L176-L186
142,341
decred/dcrdata
txhelpers/staketree.go
VotesInBlock
func VotesInBlock(bl *dcrutil.Block) []chainhash.Hash { votes := make([]chainhash.Hash, 0) for _, stx := range bl.STransactions() { if stake.DetermineTxType(stx.MsgTx()) == stake.TxTypeSSGen { h := stx.Hash() votes = append(votes, *h) } } return votes }
go
func VotesInBlock(bl *dcrutil.Block) []chainhash.Hash { votes := make([]chainhash.Hash, 0) for _, stx := range bl.STransactions() { if stake.DetermineTxType(stx.MsgTx()) == stake.TxTypeSSGen { h := stx.Hash() votes = append(votes, *h) } } return votes }
[ "func", "VotesInBlock", "(", "bl", "*", "dcrutil", ".", "Block", ")", "[", "]", "chainhash", ".", "Hash", "{", "votes", ":=", "make", "(", "[", "]", "chainhash", ".", "Hash", ",", "0", ")", "\n", "for", "_", ",", "stx", ":=", "range", "bl", ".", "STransactions", "(", ")", "{", "if", "stake", ".", "DetermineTxType", "(", "stx", ".", "MsgTx", "(", ")", ")", "==", "stake", ".", "TxTypeSSGen", "{", "h", ":=", "stx", ".", "Hash", "(", ")", "\n", "votes", "=", "append", "(", "votes", ",", "*", "h", ")", "\n", "}", "\n", "}", "\n\n", "return", "votes", "\n", "}" ]
// VotesInBlock finds all the votes in the block.
[ "VotesInBlock", "finds", "all", "the", "votes", "in", "the", "block", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/staketree.go#L189-L199
142,342
decred/dcrdata
pubsub/democlient/main.go
AnotInB
func AnotInB(sA []string, sB []string) (AnotB []string) { for _, s := range sA { if found, _ := strInSlice(sB, s); found { continue } AnotB = append(AnotB, s) } return }
go
func AnotInB(sA []string, sB []string) (AnotB []string) { for _, s := range sA { if found, _ := strInSlice(sB, s); found { continue } AnotB = append(AnotB, s) } return }
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// AnotInB returns strings in the slice sA that are not in slice sB.
[ "AnotInB", "returns", "strings", "in", "the", "slice", "sA", "that", "are", "not", "in", "slice", "sB", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/pubsub/democlient/main.go#L237-L245
142,343
decred/dcrdata
db/dcrsqlite/sync.go
RewindStakeDB
func (db *WiredDB) RewindStakeDB(ctx context.Context, toHeight int64, quiet ...bool) (stakeDBHeight int64, err error) { // Target height must be non-negative. It is not possible to disconnect the // genesis block. if toHeight < 0 { toHeight = 0 } // Periodically log progress unless quiet[0]==true showProgress := true if len(quiet) > 0 { showProgress = !quiet[0] } // Disconnect blocks until the stake database reaches the target height. stakeDBHeight = int64(db.sDB.Height()) startHeight := stakeDBHeight pStep := int64(1000) for stakeDBHeight > toHeight { // Log rewind progress at regular intervals. if stakeDBHeight == startHeight || stakeDBHeight%pStep == 0 { endSegment := pStep * ((stakeDBHeight - 1) / pStep) if endSegment < toHeight { endSegment = toHeight } if showProgress { log.Infof("Rewinding from %d to %d", stakeDBHeight, endSegment) } } // Check for quit signal. select { case <-ctx.Done(): log.Infof("Rewind cancelled at height %d.", stakeDBHeight) return default: } // Disconect the best block. if err = db.sDB.DisconnectBlock(false); err != nil { return } stakeDBHeight = int64(db.sDB.Height()) log.Tracef("Stake db now at height %d.", stakeDBHeight) } return }
go
func (db *WiredDB) RewindStakeDB(ctx context.Context, toHeight int64, quiet ...bool) (stakeDBHeight int64, err error) { // Target height must be non-negative. It is not possible to disconnect the // genesis block. if toHeight < 0 { toHeight = 0 } // Periodically log progress unless quiet[0]==true showProgress := true if len(quiet) > 0 { showProgress = !quiet[0] } // Disconnect blocks until the stake database reaches the target height. stakeDBHeight = int64(db.sDB.Height()) startHeight := stakeDBHeight pStep := int64(1000) for stakeDBHeight > toHeight { // Log rewind progress at regular intervals. if stakeDBHeight == startHeight || stakeDBHeight%pStep == 0 { endSegment := pStep * ((stakeDBHeight - 1) / pStep) if endSegment < toHeight { endSegment = toHeight } if showProgress { log.Infof("Rewinding from %d to %d", stakeDBHeight, endSegment) } } // Check for quit signal. select { case <-ctx.Done(): log.Infof("Rewind cancelled at height %d.", stakeDBHeight) return default: } // Disconect the best block. if err = db.sDB.DisconnectBlock(false); err != nil { return } stakeDBHeight = int64(db.sDB.Height()) log.Tracef("Stake db now at height %d.", stakeDBHeight) } return }
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// RewindStakeDB attempts to disconnect blocks from the stake database to reach // the specified height. A channel must be provided for signaling if the rewind // should abort. If the specified height is greater than the current stake DB // height, RewindStakeDB will exit without error, returning the current stake DB // height and a nil error.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrsqlite/sync.go#L103-L148
142,344
decred/dcrdata
db/dcrsqlite/sync.go
ImportSideChains
func (db *WiredDB) ImportSideChains(collector *blockdata.Collector) error { tips, err := rpcutils.SideChains(db.client) if err != nil { return err } var hashlist []*chainhash.Hash for it := range tips { log.Tracef("Primary DB -> Getting base DB side chain with tip %s at %d.", tips[it].Hash, tips[it].Height) sideChain, err := rpcutils.SideChainFull(db.client, tips[it].Hash) if err != nil { log.Errorf("Primary DB -> Unable to get side chain blocks for chain tip %s: %v", tips[it].Hash, err) return err } // For each block in the side chain, check if it already stored. for is := range sideChain { // Check for the block hash in the DB. isMainchainNow, err := db.getMainchainStatus(sideChain[is]) if isMainchainNow || err == sql.ErrNoRows { blockhash, err := chainhash.NewHashFromStr(sideChain[is]) if err != nil { log.Errorf("Primary DB -> Invalid block hash %s: %v.", blockhash, err) continue } hashlist = append(hashlist, blockhash) } } } log.Infof("Primary DB -> %d new sidechain block(s) to import", len(hashlist)) for _, blockhash := range hashlist { // Collect block data. blockDataBasic, _ := collector.CollectAPITypes(blockhash) log.Debugf("Primary DB -> Importing block %s (height %d) into primary DB.", blockhash.String(), blockDataBasic.Height) if blockDataBasic == nil { // Do not quit if unable to collect side chain block data. log.Error("Primary DB -> Unable to collect data for side chain block %s", blockhash.String()) continue } err := db.StoreSideBlockSummary(blockDataBasic) if err != nil { log.Errorf("Primary DB -> Failed to store block %s", blockhash.String()) } } return nil }
go
func (db *WiredDB) ImportSideChains(collector *blockdata.Collector) error { tips, err := rpcutils.SideChains(db.client) if err != nil { return err } var hashlist []*chainhash.Hash for it := range tips { log.Tracef("Primary DB -> Getting base DB side chain with tip %s at %d.", tips[it].Hash, tips[it].Height) sideChain, err := rpcutils.SideChainFull(db.client, tips[it].Hash) if err != nil { log.Errorf("Primary DB -> Unable to get side chain blocks for chain tip %s: %v", tips[it].Hash, err) return err } // For each block in the side chain, check if it already stored. for is := range sideChain { // Check for the block hash in the DB. isMainchainNow, err := db.getMainchainStatus(sideChain[is]) if isMainchainNow || err == sql.ErrNoRows { blockhash, err := chainhash.NewHashFromStr(sideChain[is]) if err != nil { log.Errorf("Primary DB -> Invalid block hash %s: %v.", blockhash, err) continue } hashlist = append(hashlist, blockhash) } } } log.Infof("Primary DB -> %d new sidechain block(s) to import", len(hashlist)) for _, blockhash := range hashlist { // Collect block data. blockDataBasic, _ := collector.CollectAPITypes(blockhash) log.Debugf("Primary DB -> Importing block %s (height %d) into primary DB.", blockhash.String(), blockDataBasic.Height) if blockDataBasic == nil { // Do not quit if unable to collect side chain block data. log.Error("Primary DB -> Unable to collect data for side chain block %s", blockhash.String()) continue } err := db.StoreSideBlockSummary(blockDataBasic) if err != nil { log.Errorf("Primary DB -> Failed to store block %s", blockhash.String()) } } return nil }
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// ImportSideChains imports all side chains. Similar to pgblockchain.MissingSideChainBlocks // plus the rest from main.go
[ "ImportSideChains", "imports", "all", "side", "chains", ".", "Similar", "to", "pgblockchain", ".", "MissingSideChainBlocks", "plus", "the", "rest", "from", "main", ".", "go" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dcrsqlite/sync.go#L452-L497
142,345
decred/dcrdata
gov/agendas/deployments.go
NewAgendasDB
func NewAgendasDB(client DeploymentSource, dbPath string) (*AgendaDB, error) { if dbPath == "" { return nil, fmt.Errorf("empty db Path found") } if client == DeploymentSource(nil) { return nil, fmt.Errorf("invalid deployment source found") } _, err := os.Stat(dbPath) if err != nil && !os.IsNotExist(err) { return nil, err } db, err := storm.Open(dbPath) if err != nil { return nil, err } // Checks if the correct db version has been set. var version string err = db.Get(dbinfo, "version", &version) if err != nil && err != storm.ErrNotFound { return nil, err } // Check if the versions match. if version != dbVersion.String() { // Attempt to delete AgendaTagged bucket. if err = db.Drop(&AgendaTagged{}); err != nil { // If error due bucket not found was returned ignore it. if !strings.Contains(err.Error(), "not found") { return nil, fmt.Errorf("delete bucket struct failed: %v", err) } } // Set the required db version. err = db.Set(dbinfo, "version", dbVersion.String()) if err != nil { return nil, err } log.Infof("agendas.db version %v was set", dbVersion) } return &AgendaDB{sdb: db, rpcClient: client}, nil }
go
func NewAgendasDB(client DeploymentSource, dbPath string) (*AgendaDB, error) { if dbPath == "" { return nil, fmt.Errorf("empty db Path found") } if client == DeploymentSource(nil) { return nil, fmt.Errorf("invalid deployment source found") } _, err := os.Stat(dbPath) if err != nil && !os.IsNotExist(err) { return nil, err } db, err := storm.Open(dbPath) if err != nil { return nil, err } // Checks if the correct db version has been set. var version string err = db.Get(dbinfo, "version", &version) if err != nil && err != storm.ErrNotFound { return nil, err } // Check if the versions match. if version != dbVersion.String() { // Attempt to delete AgendaTagged bucket. if err = db.Drop(&AgendaTagged{}); err != nil { // If error due bucket not found was returned ignore it. if !strings.Contains(err.Error(), "not found") { return nil, fmt.Errorf("delete bucket struct failed: %v", err) } } // Set the required db version. err = db.Set(dbinfo, "version", dbVersion.String()) if err != nil { return nil, err } log.Infof("agendas.db version %v was set", dbVersion) } return &AgendaDB{sdb: db, rpcClient: client}, nil }
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// NewAgendasDB opens an existing database or create a new one using with the // specified file name. An initialized agendas db connection is returned. // It also checks the db version, Reindexes the db if need be and sets the // required db version.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/gov/agendas/deployments.go#L66-L111
142,346
decred/dcrdata
gov/agendas/deployments.go
countProperties
func (db *AgendaDB) countProperties() error { numAgendas, err := db.sdb.Count(&AgendaTagged{}) if err != nil { log.Errorf("Agendas count failed: %v\n", err) return err } db.NumAgendas = numAgendas return nil }
go
func (db *AgendaDB) countProperties() error { numAgendas, err := db.sdb.Count(&AgendaTagged{}) if err != nil { log.Errorf("Agendas count failed: %v\n", err) return err } db.NumAgendas = numAgendas return nil }
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// countProperties fetches the Agendas count and appends it to the AgendaDB // receiver.
[ "countProperties", "fetches", "the", "Agendas", "count", "and", "appends", "it", "to", "the", "AgendaDB", "receiver", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/gov/agendas/deployments.go#L115-L124
142,347
decred/dcrdata
gov/agendas/deployments.go
Close
func (db *AgendaDB) Close() error { if db == nil || db.sdb == nil { return nil } return db.sdb.Close() }
go
func (db *AgendaDB) Close() error { if db == nil || db.sdb == nil { return nil } return db.sdb.Close() }
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// Close should be called when you are done with the AgendaDB to close the // underlying database.
[ "Close", "should", "be", "called", "when", "you", "are", "done", "with", "the", "AgendaDB", "to", "close", "the", "underlying", "database", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/gov/agendas/deployments.go#L128-L133
142,348
decred/dcrdata
gov/agendas/deployments.go
loadAgenda
func (db *AgendaDB) loadAgenda(agendaID string) (*AgendaTagged, error) { agenda := new(AgendaTagged) if err := db.sdb.One("ID", agendaID, agenda); err != nil { return nil, err } return agenda, nil }
go
func (db *AgendaDB) loadAgenda(agendaID string) (*AgendaTagged, error) { agenda := new(AgendaTagged) if err := db.sdb.One("ID", agendaID, agenda); err != nil { return nil, err } return agenda, nil }
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// loadAgenda retrieves an agenda corresponding to the specified unique agenda // ID, or returns nil if it does not exist.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/gov/agendas/deployments.go#L137-L144
142,349
decred/dcrdata
gov/agendas/deployments.go
agendasForVoteVersion
func agendasForVoteVersion(ver uint32, client DeploymentSource) ([]AgendaTagged, error) { voteInfo, err := client.GetVoteInfo(ver) if err != nil { return nil, err } // Set the agendas slice capacity. agendas := make([]AgendaTagged, 0, len(voteInfo.Agendas)) for i := range voteInfo.Agendas { v := &voteInfo.Agendas[i] agendas = append(agendas, AgendaTagged{ ID: v.ID, Description: v.Description, Mask: v.Mask, StartTime: v.StartTime, ExpireTime: v.ExpireTime, Status: dbtypes.AgendaStatusFromStr(v.Status), QuorumProgress: v.QuorumProgress, Choices: v.Choices, VoteVersion: voteInfo.VoteVersion, }) } return agendas, nil }
go
func agendasForVoteVersion(ver uint32, client DeploymentSource) ([]AgendaTagged, error) { voteInfo, err := client.GetVoteInfo(ver) if err != nil { return nil, err } // Set the agendas slice capacity. agendas := make([]AgendaTagged, 0, len(voteInfo.Agendas)) for i := range voteInfo.Agendas { v := &voteInfo.Agendas[i] agendas = append(agendas, AgendaTagged{ ID: v.ID, Description: v.Description, Mask: v.Mask, StartTime: v.StartTime, ExpireTime: v.ExpireTime, Status: dbtypes.AgendaStatusFromStr(v.Status), QuorumProgress: v.QuorumProgress, Choices: v.Choices, VoteVersion: voteInfo.VoteVersion, }) } return agendas, nil }
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// agendasForVoteVersion fetches the agendas using the vote versions provided.
[ "agendasForVoteVersion", "fetches", "the", "agendas", "using", "the", "vote", "versions", "provided", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/gov/agendas/deployments.go#L147-L171
142,350
decred/dcrdata
gov/agendas/deployments.go
updatedb
func (db *AgendaDB) updatedb(activeVersions map[uint32][]chaincfg.ConsensusDeployment) (int, error) { var agendas []AgendaTagged for voteVersion := range activeVersions { taggedAgendas, err := agendasForVoteVersion(voteVersion, db.rpcClient) if err != nil || len(taggedAgendas) == 0 { return -1, fmt.Errorf("vote version %d agendas retrieval failed: %v", voteVersion, err) } agendas = append(agendas, taggedAgendas...) } for i := range agendas { agenda := &agendas[i] err := db.storeAgenda(agenda) if err != nil { return -1, fmt.Errorf("agenda '%s' was not saved: %v", agenda.Description, err) } } return len(agendas), nil }
go
func (db *AgendaDB) updatedb(activeVersions map[uint32][]chaincfg.ConsensusDeployment) (int, error) { var agendas []AgendaTagged for voteVersion := range activeVersions { taggedAgendas, err := agendasForVoteVersion(voteVersion, db.rpcClient) if err != nil || len(taggedAgendas) == 0 { return -1, fmt.Errorf("vote version %d agendas retrieval failed: %v", voteVersion, err) } agendas = append(agendas, taggedAgendas...) } for i := range agendas { agenda := &agendas[i] err := db.storeAgenda(agenda) if err != nil { return -1, fmt.Errorf("agenda '%s' was not saved: %v", agenda.Description, err) } } return len(agendas), nil }
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// updatedb checks if vote versions available in chaincfg.ConsensusDeployment // are already updated in the agendas db, if not yet their data is updated. // dcrjson.GetVoteInfoResult and chaincfg.ConsensusDeployment hold almost similar // data contents but chaincfg.Vote does not contain the important vote status // field that is found in dcrjson.Agenda.
[ "updatedb", "checks", "if", "vote", "versions", "available", "in", "chaincfg", ".", "ConsensusDeployment", "are", "already", "updated", "in", "the", "agendas", "db", "if", "not", "yet", "their", "data", "is", "updated", ".", "dcrjson", ".", "GetVoteInfoResult", "and", "chaincfg", ".", "ConsensusDeployment", "hold", "almost", "similar", "data", "contents", "but", "chaincfg", ".", "Vote", "does", "not", "contain", "the", "important", "vote", "status", "field", "that", "is", "found", "in", "dcrjson", ".", "Agenda", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/gov/agendas/deployments.go#L178-L200
142,351
decred/dcrdata
gov/agendas/deployments.go
storeAgenda
func (db *AgendaDB) storeAgenda(agenda *AgendaTagged) error { return db.sdb.Save(agenda) }
go
func (db *AgendaDB) storeAgenda(agenda *AgendaTagged) error { return db.sdb.Save(agenda) }
[ "func", "(", "db", "*", "AgendaDB", ")", "storeAgenda", "(", "agenda", "*", "AgendaTagged", ")", "error", "{", "return", "db", ".", "sdb", ".", "Save", "(", "agenda", ")", "\n", "}" ]
// storeAgenda saves an agenda in the database.
[ "storeAgenda", "saves", "an", "agenda", "in", "the", "database", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/gov/agendas/deployments.go#L203-L205
142,352
decred/dcrdata
gov/agendas/deployments.go
CheckAgendasUpdates
func (db *AgendaDB) CheckAgendasUpdates(activeVersions map[uint32][]chaincfg.ConsensusDeployment) error { if db == nil || db.sdb == nil { return errDefault } if len(activeVersions) == 0 { return nil } numRecords, err := db.updatedb(activeVersions) if err != nil { return fmt.Errorf("agendas.CheckAgendasUpdates failed: %v", err) } log.Infof("%d agenda records (agendas) were updated", numRecords) return db.countProperties() }
go
func (db *AgendaDB) CheckAgendasUpdates(activeVersions map[uint32][]chaincfg.ConsensusDeployment) error { if db == nil || db.sdb == nil { return errDefault } if len(activeVersions) == 0 { return nil } numRecords, err := db.updatedb(activeVersions) if err != nil { return fmt.Errorf("agendas.CheckAgendasUpdates failed: %v", err) } log.Infof("%d agenda records (agendas) were updated", numRecords) return db.countProperties() }
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// CheckAgendasUpdates checks for update at the start of the process and will // proceed to update when necessary.
[ "CheckAgendasUpdates", "checks", "for", "update", "at", "the", "start", "of", "the", "process", "and", "will", "proceed", "to", "update", "when", "necessary", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/gov/agendas/deployments.go#L209-L226
142,353
decred/dcrdata
gov/agendas/deployments.go
AgendaInfo
func (db *AgendaDB) AgendaInfo(agendaID string) (*AgendaTagged, error) { if db == nil || db.sdb == nil { return nil, errDefault } agenda, err := db.loadAgenda(agendaID) if err != nil { return nil, err } return agenda, nil }
go
func (db *AgendaDB) AgendaInfo(agendaID string) (*AgendaTagged, error) { if db == nil || db.sdb == nil { return nil, errDefault } agenda, err := db.loadAgenda(agendaID) if err != nil { return nil, err } return agenda, nil }
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// AgendaInfo fetches an agenda's details given it's agendaID.
[ "AgendaInfo", "fetches", "an", "agenda", "s", "details", "given", "it", "s", "agendaID", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/gov/agendas/deployments.go#L229-L240
142,354
decred/dcrdata
gov/agendas/deployments.go
AllAgendas
func (db *AgendaDB) AllAgendas() (agendas []*AgendaTagged, err error) { if db == nil || db.sdb == nil { return nil, errDefault } err = db.sdb.All(&agendas) if err != nil { log.Errorf("Failed to fetch data from Agendas DB: %v", err) } return }
go
func (db *AgendaDB) AllAgendas() (agendas []*AgendaTagged, err error) { if db == nil || db.sdb == nil { return nil, errDefault } err = db.sdb.All(&agendas) if err != nil { log.Errorf("Failed to fetch data from Agendas DB: %v", err) } return }
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// AllAgendas returns all agendas and their info in the db.
[ "AllAgendas", "returns", "all", "agendas", "and", "their", "info", "in", "the", "db", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/gov/agendas/deployments.go#L243-L253
142,355
decred/dcrdata
db/dbtypes/extraction.go
DevSubsidyAddress
func DevSubsidyAddress(params *chaincfg.Params) (string, error) { var devSubsidyAddress string var err error switch params.Name { case "testnet2": // TestNet2 uses an invalid organization PkScript devSubsidyAddress = "TccTkqj8wFqrUemmHMRSx8SYEueQYLmuuFk" err = fmt.Errorf("testnet2 has invalid project fund script") default: _, devSubsidyAddresses, _, err0 := txscript.ExtractPkScriptAddrs( params.OrganizationPkScriptVersion, params.OrganizationPkScript, params) if err0 != nil || len(devSubsidyAddresses) != 1 { err = fmt.Errorf("failed to decode dev subsidy address: %v", err0) } else { devSubsidyAddress = devSubsidyAddresses[0].String() } } return devSubsidyAddress, err }
go
func DevSubsidyAddress(params *chaincfg.Params) (string, error) { var devSubsidyAddress string var err error switch params.Name { case "testnet2": // TestNet2 uses an invalid organization PkScript devSubsidyAddress = "TccTkqj8wFqrUemmHMRSx8SYEueQYLmuuFk" err = fmt.Errorf("testnet2 has invalid project fund script") default: _, devSubsidyAddresses, _, err0 := txscript.ExtractPkScriptAddrs( params.OrganizationPkScriptVersion, params.OrganizationPkScript, params) if err0 != nil || len(devSubsidyAddresses) != 1 { err = fmt.Errorf("failed to decode dev subsidy address: %v", err0) } else { devSubsidyAddress = devSubsidyAddresses[0].String() } } return devSubsidyAddress, err }
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// DevSubsidyAddress returns the development subsidy address for the specified // network.
[ "DevSubsidyAddress", "returns", "the", "development", "subsidy", "address", "for", "the", "specified", "network", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dbtypes/extraction.go#L17-L35
142,356
decred/dcrdata
db/dbtypes/extraction.go
ExtractBlockTransactions
func ExtractBlockTransactions(msgBlock *wire.MsgBlock, txTree int8, chainParams *chaincfg.Params, isValid, isMainchain bool) ([]*Tx, [][]*Vout, []VinTxPropertyARRAY) { dbTxs, dbTxVouts, dbTxVins := processTransactions(msgBlock, txTree, chainParams, isValid, isMainchain) if txTree != wire.TxTreeRegular && txTree != wire.TxTreeStake { fmt.Printf("Invalid transaction tree: %v", txTree) } return dbTxs, dbTxVouts, dbTxVins }
go
func ExtractBlockTransactions(msgBlock *wire.MsgBlock, txTree int8, chainParams *chaincfg.Params, isValid, isMainchain bool) ([]*Tx, [][]*Vout, []VinTxPropertyARRAY) { dbTxs, dbTxVouts, dbTxVins := processTransactions(msgBlock, txTree, chainParams, isValid, isMainchain) if txTree != wire.TxTreeRegular && txTree != wire.TxTreeStake { fmt.Printf("Invalid transaction tree: %v", txTree) } return dbTxs, dbTxVouts, dbTxVins }
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// ExtractBlockTransactions extracts transaction information from a // wire.MsgBlock and returns the processed information in slices of the dbtypes // Tx, Vout, and VinTxPropertyARRAY.
[ "ExtractBlockTransactions", "extracts", "transaction", "information", "from", "a", "wire", ".", "MsgBlock", "and", "returns", "the", "processed", "information", "in", "slices", "of", "the", "dbtypes", "Tx", "Vout", "and", "VinTxPropertyARRAY", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/db/dbtypes/extraction.go#L40-L48
142,357
decred/dcrdata
gov/politeia/piclient/piclient.go
RetrieveAllProposals
func RetrieveAllProposals(client *http.Client, APIRootPath, URLParams string) ( *pitypes.Proposals, error) { // Constructs the full vetted proposals API URL URLpath := APIRootPath + piapi.RouteAllVetted + URLParams data, err := HandleGetRequests(client, URLpath) if err != nil { return nil, err } var publicProposals pitypes.Proposals err = json.Unmarshal(data, &publicProposals) if err != nil || len(publicProposals.Data) == 0 { return &publicProposals, err } // Constructs the full vote status API URL URLpath = APIRootPath + piapi.RouteAllVoteStatus + URLParams data, err = HandleGetRequests(client, URLpath) if err != nil { return nil, err } var votesInfo pitypes.Votes err = json.Unmarshal(data, &votesInfo) if err != nil { return nil, err } // Append the votes status information to the respective proposals if it exists. for _, val := range publicProposals.Data { for k := range votesInfo.Data { if val.TokenVal == votesInfo.Data[k].Token { val.ProposalVotes = votesInfo.Data[k] // exits the second loop after finding a match. break } } } return &publicProposals, nil }
go
func RetrieveAllProposals(client *http.Client, APIRootPath, URLParams string) ( *pitypes.Proposals, error) { // Constructs the full vetted proposals API URL URLpath := APIRootPath + piapi.RouteAllVetted + URLParams data, err := HandleGetRequests(client, URLpath) if err != nil { return nil, err } var publicProposals pitypes.Proposals err = json.Unmarshal(data, &publicProposals) if err != nil || len(publicProposals.Data) == 0 { return &publicProposals, err } // Constructs the full vote status API URL URLpath = APIRootPath + piapi.RouteAllVoteStatus + URLParams data, err = HandleGetRequests(client, URLpath) if err != nil { return nil, err } var votesInfo pitypes.Votes err = json.Unmarshal(data, &votesInfo) if err != nil { return nil, err } // Append the votes status information to the respective proposals if it exists. for _, val := range publicProposals.Data { for k := range votesInfo.Data { if val.TokenVal == votesInfo.Data[k].Token { val.ProposalVotes = votesInfo.Data[k] // exits the second loop after finding a match. break } } } return &publicProposals, nil }
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// RetrieveAllProposals returns a list of Proposals whose maximum count is defined // by piapi.ProposalListPageSize. Data returned is queried from Politeia API.
[ "RetrieveAllProposals", "returns", "a", "list", "of", "Proposals", "whose", "maximum", "count", "is", "defined", "by", "piapi", ".", "ProposalListPageSize", ".", "Data", "returned", "is", "queried", "from", "Politeia", "API", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/gov/politeia/piclient/piclient.go#L54-L94
142,358
decred/dcrdata
gov/politeia/piclient/piclient.go
RetrieveProposalByToken
func RetrieveProposalByToken(client *http.Client, APIRootPath, token string) (*pitypes.Proposal, error) { // Constructs the full proposal's URl and fetch is data. proposalRoute := APIRootPath + DropURLRegex(piapi.RouteProposalDetails, token) data, err := HandleGetRequests(client, proposalRoute) if err != nil { return nil, fmt.Errorf("retrieving %s proposal details failed: %v", token, err) } var proposal pitypes.Proposal err = json.Unmarshal(data, &proposal) if err != nil { return nil, err } // Check if null proposal data was returned as part of the proposal details. if proposal.Data == nil { return nil, fmt.Errorf("invalid proposal with null data found for %s", token) } // Constructs the full votes status URL and fetch its data. votesStatusRoute := APIRootPath + DropURLRegex(piapi.RouteVoteStatus, token) data, err = HandleGetRequests(client, votesStatusRoute) if err != nil { return nil, fmt.Errorf("retrieving %s proposal vote status failed: %v", token, err) } err = json.Unmarshal(data, &proposal.Data.ProposalVotes) if err != nil { return nil, err } return &proposal, nil }
go
func RetrieveProposalByToken(client *http.Client, APIRootPath, token string) (*pitypes.Proposal, error) { // Constructs the full proposal's URl and fetch is data. proposalRoute := APIRootPath + DropURLRegex(piapi.RouteProposalDetails, token) data, err := HandleGetRequests(client, proposalRoute) if err != nil { return nil, fmt.Errorf("retrieving %s proposal details failed: %v", token, err) } var proposal pitypes.Proposal err = json.Unmarshal(data, &proposal) if err != nil { return nil, err } // Check if null proposal data was returned as part of the proposal details. if proposal.Data == nil { return nil, fmt.Errorf("invalid proposal with null data found for %s", token) } // Constructs the full votes status URL and fetch its data. votesStatusRoute := APIRootPath + DropURLRegex(piapi.RouteVoteStatus, token) data, err = HandleGetRequests(client, votesStatusRoute) if err != nil { return nil, fmt.Errorf("retrieving %s proposal vote status failed: %v", token, err) } err = json.Unmarshal(data, &proposal.Data.ProposalVotes) if err != nil { return nil, err } return &proposal, nil }
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// RetrieveProposalByToken returns a single proposal identified by the token // hash provided if it exists. Data returned is queried from Politeia API.
[ "RetrieveProposalByToken", "returns", "a", "single", "proposal", "identified", "by", "the", "token", "hash", "provided", "if", "it", "exists", ".", "Data", "returned", "is", "queried", "from", "Politeia", "API", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/gov/politeia/piclient/piclient.go#L98-L130
142,359
decred/dcrdata
explorer/syncstatus.go
ShowingSyncStatusPage
func (exp *explorerUI) ShowingSyncStatusPage() bool { display, ok := exp.displaySyncStatusPage.Load().(bool) return ok && display }
go
func (exp *explorerUI) ShowingSyncStatusPage() bool { display, ok := exp.displaySyncStatusPage.Load().(bool) return ok && display }
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// ShowingSyncStatusPage is a thread-safe way to fetch the // displaySyncStatusPage.
[ "ShowingSyncStatusPage", "is", "a", "thread", "-", "safe", "way", "to", "fetch", "the", "displaySyncStatusPage", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/explorer/syncstatus.go#L50-L53
142,360
decred/dcrdata
explorer/syncstatus.go
BeginSyncStatusUpdates
func (exp *explorerUI) BeginSyncStatusUpdates(barLoad chan *dbtypes.ProgressBarLoad) { // Do not start listening for updates if channel is nil. if barLoad == nil { log.Warnf("Not updating sync status page.") return } // stopTimer allows safe exit of the goroutine that triggers periodic // websocket progress update. stopTimer := make(chan struct{}) exp.EnableSyncStatusPage(true) // Periodically trigger websocket hub to signal a progress update. go func() { timer := time.NewTicker(syncStatusInterval) timerLoop: for { select { case <-timer.C: log.Trace("Sending progress bar signal.") exp.wsHub.HubRelay <- pstypes.HubMessage{Signal: sigSyncStatus} case <-stopTimer: log.Debug("Stopping progress bar signals.") timer.Stop() break timerLoop } } }() // Update the progress bar data when progress updates are received from the // sync routine of a database backend. go func() { // The receive loop quits when barLoad is closed or a nil *Hash is sent. // In either case, the barLoad channel is set to nil when the goroutine // returns. As a result, the websocket trigger goroutine will return. defer func() { log.Debug("Finished with sync status updates.") barLoad = nil // Send the one last signal so that the websocket can send the final // confirmation that syncing is done and home page auto reload should // happen. exp.wsHub.HubRelay <- pstypes.HubMessage{Signal: sigSyncStatus} exp.EnableSyncStatusPage(false) }() barloop: for bar := range barLoad { if bar == nil { stopTimer <- struct{}{} return } var percentage float64 if bar.To > 0 { percentage = math.Floor(float64(bar.From)/float64(bar.To)*10000) / 100 } val := SyncStatusInfo{ PercentComplete: percentage, BarMsg: bar.Msg, Time: bar.Timestamp, ProgressBarID: bar.BarID, BarSubtitle: bar.Subtitle, } // Update existing progress bar if one is found with this ID. blockchainSyncStatus.Lock() for i, v := range blockchainSyncStatus.ProgressBars { if v.ProgressBarID == bar.BarID { // Existing progress bar data. if len(bar.Subtitle) > 0 && bar.Timestamp == 0 { // Handle case scenario when only subtitle should be updated. blockchainSyncStatus.ProgressBars[i].BarSubtitle = bar.Subtitle } else { blockchainSyncStatus.ProgressBars[i] = val } // Go back to waiting for updates. blockchainSyncStatus.Unlock() continue barloop } } // Existing bar with this ID not found, append new. blockchainSyncStatus.ProgressBars = append(blockchainSyncStatus.ProgressBars, val) blockchainSyncStatus.Unlock() } }() }
go
func (exp *explorerUI) BeginSyncStatusUpdates(barLoad chan *dbtypes.ProgressBarLoad) { // Do not start listening for updates if channel is nil. if barLoad == nil { log.Warnf("Not updating sync status page.") return } // stopTimer allows safe exit of the goroutine that triggers periodic // websocket progress update. stopTimer := make(chan struct{}) exp.EnableSyncStatusPage(true) // Periodically trigger websocket hub to signal a progress update. go func() { timer := time.NewTicker(syncStatusInterval) timerLoop: for { select { case <-timer.C: log.Trace("Sending progress bar signal.") exp.wsHub.HubRelay <- pstypes.HubMessage{Signal: sigSyncStatus} case <-stopTimer: log.Debug("Stopping progress bar signals.") timer.Stop() break timerLoop } } }() // Update the progress bar data when progress updates are received from the // sync routine of a database backend. go func() { // The receive loop quits when barLoad is closed or a nil *Hash is sent. // In either case, the barLoad channel is set to nil when the goroutine // returns. As a result, the websocket trigger goroutine will return. defer func() { log.Debug("Finished with sync status updates.") barLoad = nil // Send the one last signal so that the websocket can send the final // confirmation that syncing is done and home page auto reload should // happen. exp.wsHub.HubRelay <- pstypes.HubMessage{Signal: sigSyncStatus} exp.EnableSyncStatusPage(false) }() barloop: for bar := range barLoad { if bar == nil { stopTimer <- struct{}{} return } var percentage float64 if bar.To > 0 { percentage = math.Floor(float64(bar.From)/float64(bar.To)*10000) / 100 } val := SyncStatusInfo{ PercentComplete: percentage, BarMsg: bar.Msg, Time: bar.Timestamp, ProgressBarID: bar.BarID, BarSubtitle: bar.Subtitle, } // Update existing progress bar if one is found with this ID. blockchainSyncStatus.Lock() for i, v := range blockchainSyncStatus.ProgressBars { if v.ProgressBarID == bar.BarID { // Existing progress bar data. if len(bar.Subtitle) > 0 && bar.Timestamp == 0 { // Handle case scenario when only subtitle should be updated. blockchainSyncStatus.ProgressBars[i].BarSubtitle = bar.Subtitle } else { blockchainSyncStatus.ProgressBars[i] = val } // Go back to waiting for updates. blockchainSyncStatus.Unlock() continue barloop } } // Existing bar with this ID not found, append new. blockchainSyncStatus.ProgressBars = append(blockchainSyncStatus.ProgressBars, val) blockchainSyncStatus.Unlock() } }() }
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// BeginSyncStatusUpdates receives the progress updates and and updates the // blockchainSyncStatus.ProgressBars.
[ "BeginSyncStatusUpdates", "receives", "the", "progress", "updates", "and", "and", "updates", "the", "blockchainSyncStatus", ".", "ProgressBars", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/explorer/syncstatus.go#L62-L152
142,361
decred/dcrdata
pubsub/pubsubhub.go
NewPubSubHub
func NewPubSubHub(dataSource wsDataSource) (*PubSubHub, error) { psh := new(PubSubHub) psh.sourceBase = dataSource // Allocate Mempool fields. psh.invs = new(exptypes.MempoolInfo) // Retrieve chain parameters. params := psh.sourceBase.GetChainParams() psh.params = params // Development subsidy address of the current network devSubsidyAddress, err := dbtypes.DevSubsidyAddress(params) if err != nil { return nil, fmt.Errorf("bad project fund address: %v", err) } psh.state = &State{ // Set the constant parameters of GeneralInfo. GeneralInfo: &exptypes.HomeInfo{ DevAddress: devSubsidyAddress, Params: exptypes.ChainParams{ WindowSize: params.StakeDiffWindowSize, RewardWindowSize: params.SubsidyReductionInterval, BlockTime: params.TargetTimePerBlock.Nanoseconds(), MeanVotingBlocks: txhelpers.CalcMeanVotingBlocks(params), }, PoolInfo: exptypes.TicketPoolInfo{ Target: params.TicketPoolSize * params.TicketsPerBlock, }, }, // BlockInfo and BlockchainInfo are set by Store() } psh.wsHub = NewWebsocketHub() go psh.wsHub.Run() return psh, nil }
go
func NewPubSubHub(dataSource wsDataSource) (*PubSubHub, error) { psh := new(PubSubHub) psh.sourceBase = dataSource // Allocate Mempool fields. psh.invs = new(exptypes.MempoolInfo) // Retrieve chain parameters. params := psh.sourceBase.GetChainParams() psh.params = params // Development subsidy address of the current network devSubsidyAddress, err := dbtypes.DevSubsidyAddress(params) if err != nil { return nil, fmt.Errorf("bad project fund address: %v", err) } psh.state = &State{ // Set the constant parameters of GeneralInfo. GeneralInfo: &exptypes.HomeInfo{ DevAddress: devSubsidyAddress, Params: exptypes.ChainParams{ WindowSize: params.StakeDiffWindowSize, RewardWindowSize: params.SubsidyReductionInterval, BlockTime: params.TargetTimePerBlock.Nanoseconds(), MeanVotingBlocks: txhelpers.CalcMeanVotingBlocks(params), }, PoolInfo: exptypes.TicketPoolInfo{ Target: params.TicketPoolSize * params.TicketsPerBlock, }, }, // BlockInfo and BlockchainInfo are set by Store() } psh.wsHub = NewWebsocketHub() go psh.wsHub.Run() return psh, nil }
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// NewPubSubHub constructs a PubSubHub given a primary and auxiliary data // source. The primary data source is required, while the aux. source may be // nil, which indicates a "lite" mode of operation. The WebSocketHub is // automatically started.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/pubsub/pubsubhub.go#L89-L127
142,362
decred/dcrdata
pubsub/pubsubhub.go
StopWebsocketHub
func (psh *PubSubHub) StopWebsocketHub() { if psh == nil { return } log.Info("Stopping websocket hub.") psh.wsHub.Stop() }
go
func (psh *PubSubHub) StopWebsocketHub() { if psh == nil { return } log.Info("Stopping websocket hub.") psh.wsHub.Stop() }
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// StopWebsocketHub stops the websocket hub.
[ "StopWebsocketHub", "stops", "the", "websocket", "hub", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/pubsub/pubsubhub.go#L130-L136
142,363
decred/dcrdata
pubsub/pubsubhub.go
closeWS
func closeWS(ws *websocket.Conn) { err := ws.Close() // Do not log error if connection is just closed if err != nil && !pstypes.IsWSClosedErr(err) && !pstypes.IsIOTimeoutErr(err) { log.Errorf("Failed to close websocket: %v", err) } }
go
func closeWS(ws *websocket.Conn) { err := ws.Close() // Do not log error if connection is just closed if err != nil && !pstypes.IsWSClosedErr(err) && !pstypes.IsIOTimeoutErr(err) { log.Errorf("Failed to close websocket: %v", err) } }
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// closeWS attempts to close a websocket.Conn, logging errors other than those // with messages containing ErrWsClosed.
[ "closeWS", "attempts", "to", "close", "a", "websocket", ".", "Conn", "logging", "errors", "other", "than", "those", "with", "messages", "containing", "ErrWsClosed", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/pubsub/pubsubhub.go#L163-L169
142,364
decred/dcrdata
pubsub/websocket.go
Ready
func (wsh *WebsocketHub) Ready() bool { syncing, ok := wsh.ready.Load().(bool) return ok && syncing }
go
func (wsh *WebsocketHub) Ready() bool { syncing, ok := wsh.ready.Load().(bool) return ok && syncing }
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// Ready is a thread-safe way to fetch the boolean in ready.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/pubsub/websocket.go#L92-L95
142,365
decred/dcrdata
pubsub/websocket.go
NewWebsocketHub
func NewWebsocketHub() *WebsocketHub { return &WebsocketHub{ clients: make(map[*hubSpoke]*client), Register: make(chan *clientHubSpoke), Unregister: make(chan *hubSpoke), HubRelay: make(chan pstypes.HubMessage), bufferTickerChan: make(chan int, clientSignalSize), quitWSHandler: make(chan struct{}), requestLimit: MaxPayloadBytes, // 1 MB } }
go
func NewWebsocketHub() *WebsocketHub { return &WebsocketHub{ clients: make(map[*hubSpoke]*client), Register: make(chan *clientHubSpoke), Unregister: make(chan *hubSpoke), HubRelay: make(chan pstypes.HubMessage), bufferTickerChan: make(chan int, clientSignalSize), quitWSHandler: make(chan struct{}), requestLimit: MaxPayloadBytes, // 1 MB } }
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// NewWebsocketHub creates a new WebsocketHub.
[ "NewWebsocketHub", "creates", "a", "new", "WebsocketHub", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/pubsub/websocket.go#L189-L199
142,366
decred/dcrdata
pubsub/websocket.go
NewClientHubSpoke
func (wsh *WebsocketHub) NewClientHubSpoke() *clientHubSpoke { c := make(hubSpoke, 16) ch := &clientHubSpoke{ cl: newClient(), c: &c, } wsh.Register <- ch return ch }
go
func (wsh *WebsocketHub) NewClientHubSpoke() *clientHubSpoke { c := make(hubSpoke, 16) ch := &clientHubSpoke{ cl: newClient(), c: &c, } wsh.Register <- ch return ch }
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// NewClientHubSpoke registers a connection with the hub, and returns a pointer // to the new client data object. Use UnregisterClient on this object to stop // signaling messages, and close the signal channel.
[ "NewClientHubSpoke", "registers", "a", "connection", "with", "the", "hub", "and", "returns", "a", "pointer", "to", "the", "new", "client", "data", "object", ".", "Use", "UnregisterClient", "on", "this", "object", "to", "stop", "signaling", "messages", "and", "close", "the", "signal", "channel", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/pubsub/websocket.go#L211-L219
142,367
decred/dcrdata
pubsub/websocket.go
registerClient
func (wsh *WebsocketHub) registerClient(ch *clientHubSpoke) { wsh.clients[ch.c] = ch.cl wsh.setNumClients(len(wsh.clients)) log.Debugf("Registered new websocket client (%d).", wsh.NumClients()) }
go
func (wsh *WebsocketHub) registerClient(ch *clientHubSpoke) { wsh.clients[ch.c] = ch.cl wsh.setNumClients(len(wsh.clients)) log.Debugf("Registered new websocket client (%d).", wsh.NumClients()) }
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// registerClient should only be called from the run loop.
[ "registerClient", "should", "only", "be", "called", "from", "the", "run", "loop", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/pubsub/websocket.go#L233-L237
142,368
decred/dcrdata
pubsub/websocket.go
addTxToBuffer
func (wsh *WebsocketHub) addTxToBuffer(tx *exptypes.MempoolTx) (someReadyToSend bool) { for _, client := range wsh.clients { someReadyToSend = client.newTxs.addTxToBuffer(tx) } return }
go
func (wsh *WebsocketHub) addTxToBuffer(tx *exptypes.MempoolTx) (someReadyToSend bool) { for _, client := range wsh.clients { someReadyToSend = client.newTxs.addTxToBuffer(tx) } return }
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// addTxToBuffer adds a tx to each client's tx buffer. The return boolean value // indicates if at least one buffer is ready to be sent.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/pubsub/websocket.go#L465-L470
142,369
decred/dcrdata
pubsub/websocket.go
periodicTxBufferSend
func (wsh *WebsocketHub) periodicTxBufferSend() { ticker := time.NewTicker(bufferTickerInterval * time.Second) for { select { case <-ticker.C: wsh.SetTimeToSendTxBuffer(true) case sig := <-wsh.bufferTickerChan: switch sig { case tickerSigReset: ticker.Stop() ticker = time.NewTicker(bufferTickerInterval * time.Second) case tickerSigStop: close(wsh.bufferTickerChan) return } } } }
go
func (wsh *WebsocketHub) periodicTxBufferSend() { ticker := time.NewTicker(bufferTickerInterval * time.Second) for { select { case <-ticker.C: wsh.SetTimeToSendTxBuffer(true) case sig := <-wsh.bufferTickerChan: switch sig { case tickerSigReset: ticker.Stop() ticker = time.NewTicker(bufferTickerInterval * time.Second) case tickerSigStop: close(wsh.bufferTickerChan) return } } } }
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// periodicTxBufferSend initiates a transaction buffer send via sendTxBufferChan // every bufferTickerInterval seconds.
[ "periodicTxBufferSend", "initiates", "a", "transaction", "buffer", "send", "via", "sendTxBufferChan", "every", "bufferTickerInterval", "seconds", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/pubsub/websocket.go#L474-L491
142,370
decred/dcrdata
txhelpers/txhelpers.go
HashInSlice
func HashInSlice(h chainhash.Hash, list []chainhash.Hash) bool { for _, hash := range list { if h == hash { return true } } return false }
go
func HashInSlice(h chainhash.Hash, list []chainhash.Hash) bool { for _, hash := range list { if h == hash { return true } } return false }
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// HashInSlice determines if a hash exists in a slice of hashes.
[ "HashInSlice", "determines", "if", "a", "hash", "exists", "in", "a", "slice", "of", "hashes", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L100-L107
142,371
decred/dcrdata
txhelpers/txhelpers.go
IncludesStakeTx
func IncludesStakeTx(txHash *chainhash.Hash, block *dcrutil.Block) (int, int8) { blockTxs := block.STransactions() if tx := TxhashInSlice(blockTxs, txHash); tx != nil { return tx.Index(), tx.Tree() } return -1, -1 }
go
func IncludesStakeTx(txHash *chainhash.Hash, block *dcrutil.Block) (int, int8) { blockTxs := block.STransactions() if tx := TxhashInSlice(blockTxs, txHash); tx != nil { return tx.Index(), tx.Tree() } return -1, -1 }
[ "func", "IncludesStakeTx", "(", "txHash", "*", "chainhash", ".", "Hash", ",", "block", "*", "dcrutil", ".", "Block", ")", "(", "int", ",", "int8", ")", "{", "blockTxs", ":=", "block", ".", "STransactions", "(", ")", "\n\n", "if", "tx", ":=", "TxhashInSlice", "(", "blockTxs", ",", "txHash", ")", ";", "tx", "!=", "nil", "{", "return", "tx", ".", "Index", "(", ")", ",", "tx", ".", "Tree", "(", ")", "\n", "}", "\n", "return", "-", "1", ",", "-", "1", "\n", "}" ]
// IncludesStakeTx checks if a block contains a stake transaction hash
[ "IncludesStakeTx", "checks", "if", "a", "block", "contains", "a", "stake", "transaction", "hash" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L126-L133
142,372
decred/dcrdata
txhelpers/txhelpers.go
IncludesTx
func IncludesTx(txHash *chainhash.Hash, block *dcrutil.Block) (int, int8) { blockTxs := block.Transactions() if tx := TxhashInSlice(blockTxs, txHash); tx != nil { return tx.Index(), tx.Tree() } return -1, -1 }
go
func IncludesTx(txHash *chainhash.Hash, block *dcrutil.Block) (int, int8) { blockTxs := block.Transactions() if tx := TxhashInSlice(blockTxs, txHash); tx != nil { return tx.Index(), tx.Tree() } return -1, -1 }
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// IncludesTx checks if a block contains a transaction hash
[ "IncludesTx", "checks", "if", "a", "block", "contains", "a", "transaction", "hash" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L136-L143
142,373
decred/dcrdata
txhelpers/txhelpers.go
Update
func (a *AddressOutpoints) Update(txns []*TxWithBlockData, outpoints []*wire.OutPoint, prevOutpoint []PrevOut) { // Relevant outpoints a.Outpoints = append(a.Outpoints, outpoints...) // Previous outpoints (inputs) a.PrevOuts = append(a.PrevOuts, prevOutpoint...) // Referenced transactions for _, t := range txns { a.TxnsStore[t.Hash()] = t } }
go
func (a *AddressOutpoints) Update(txns []*TxWithBlockData, outpoints []*wire.OutPoint, prevOutpoint []PrevOut) { // Relevant outpoints a.Outpoints = append(a.Outpoints, outpoints...) // Previous outpoints (inputs) a.PrevOuts = append(a.PrevOuts, prevOutpoint...) // Referenced transactions for _, t := range txns { a.TxnsStore[t.Hash()] = t } }
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// Update appends the provided outpoints, and merges the transactions.
[ "Update", "appends", "the", "provided", "outpoints", "and", "merges", "the", "transactions", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L209-L221
142,374
decred/dcrdata
txhelpers/txhelpers.go
Merge
func (a *AddressOutpoints) Merge(ao *AddressOutpoints) { // Relevant outpoints a.Outpoints = append(a.Outpoints, ao.Outpoints...) // Previous outpoints (inputs) a.PrevOuts = append(a.PrevOuts, ao.PrevOuts...) // Referenced transactions for h, t := range ao.TxnsStore { a.TxnsStore[h] = t } }
go
func (a *AddressOutpoints) Merge(ao *AddressOutpoints) { // Relevant outpoints a.Outpoints = append(a.Outpoints, ao.Outpoints...) // Previous outpoints (inputs) a.PrevOuts = append(a.PrevOuts, ao.PrevOuts...) // Referenced transactions for h, t := range ao.TxnsStore { a.TxnsStore[h] = t } }
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// Merge concatenates the outpoints of two AddressOutpoints, and merges the // transactions.
[ "Merge", "concatenates", "the", "outpoints", "of", "two", "AddressOutpoints", "and", "merges", "the", "transactions", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L225-L236
142,375
decred/dcrdata
txhelpers/txhelpers.go
TxInvolvesAddress
func TxInvolvesAddress(msgTx *wire.MsgTx, addr string, c VerboseTransactionGetter, params *chaincfg.Params) (outpoints []*wire.OutPoint, prevOuts []PrevOut, prevTxs []*TxWithBlockData) { // The outpoints of this transaction paying to the address outpoints = TxPaysToAddress(msgTx, addr, params) // The inputs of this transaction funded by outpoints of previous // transactions paying to the address. prevOuts, prevTxs = TxConsumesOutpointWithAddress(msgTx, addr, c, params) return }
go
func TxInvolvesAddress(msgTx *wire.MsgTx, addr string, c VerboseTransactionGetter, params *chaincfg.Params) (outpoints []*wire.OutPoint, prevOuts []PrevOut, prevTxs []*TxWithBlockData) { // The outpoints of this transaction paying to the address outpoints = TxPaysToAddress(msgTx, addr, params) // The inputs of this transaction funded by outpoints of previous // transactions paying to the address. prevOuts, prevTxs = TxConsumesOutpointWithAddress(msgTx, addr, c, params) return }
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// TxInvolvesAddress checks the inputs and outputs of a transaction for // involvement of the given address.
[ "TxInvolvesAddress", "checks", "the", "inputs", "and", "outputs", "of", "a", "transaction", "for", "involvement", "of", "the", "given", "address", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L240-L249
142,376
decred/dcrdata
txhelpers/txhelpers.go
TxOutpointsByAddr
func TxOutpointsByAddr(txAddrOuts MempoolAddressStore, msgTx *wire.MsgTx, params *chaincfg.Params) (newOuts int, addrs map[string]bool) { if txAddrOuts == nil { panic("TxAddressOutpoints: input map must be initialized: map[string]*AddressOutpoints") } // Check the addresses associated with the PkScript of each TxOut. txTree := TxTree(msgTx) hash := msgTx.TxHash() addrs = make(map[string]bool) for outIndex, txOut := range msgTx.TxOut { _, txOutAddrs, _, err := txscript.ExtractPkScriptAddrs(txOut.Version, txOut.PkScript, params) if err != nil { fmt.Printf("ExtractPkScriptAddrs: %v", err.Error()) continue } if len(txOutAddrs) == 0 { continue } newOuts++ // Check if we are watching any address for this TxOut. for _, txAddr := range txOutAddrs { addr := txAddr.EncodeAddress() op := wire.NewOutPoint(&hash, uint32(outIndex), txTree) addrOuts := txAddrOuts[addr] if addrOuts == nil { addrOuts = &AddressOutpoints{ Address: addr, Outpoints: []*wire.OutPoint{op}, } txAddrOuts[addr] = addrOuts addrs[addr] = true // new continue } if _, found := addrs[addr]; !found { addrs[addr] = false // not new to the address store } addrOuts.Outpoints = append(addrOuts.Outpoints, op) } } return }
go
func TxOutpointsByAddr(txAddrOuts MempoolAddressStore, msgTx *wire.MsgTx, params *chaincfg.Params) (newOuts int, addrs map[string]bool) { if txAddrOuts == nil { panic("TxAddressOutpoints: input map must be initialized: map[string]*AddressOutpoints") } // Check the addresses associated with the PkScript of each TxOut. txTree := TxTree(msgTx) hash := msgTx.TxHash() addrs = make(map[string]bool) for outIndex, txOut := range msgTx.TxOut { _, txOutAddrs, _, err := txscript.ExtractPkScriptAddrs(txOut.Version, txOut.PkScript, params) if err != nil { fmt.Printf("ExtractPkScriptAddrs: %v", err.Error()) continue } if len(txOutAddrs) == 0 { continue } newOuts++ // Check if we are watching any address for this TxOut. for _, txAddr := range txOutAddrs { addr := txAddr.EncodeAddress() op := wire.NewOutPoint(&hash, uint32(outIndex), txTree) addrOuts := txAddrOuts[addr] if addrOuts == nil { addrOuts = &AddressOutpoints{ Address: addr, Outpoints: []*wire.OutPoint{op}, } txAddrOuts[addr] = addrOuts addrs[addr] = true // new continue } if _, found := addrs[addr]; !found { addrs[addr] = false // not new to the address store } addrOuts.Outpoints = append(addrOuts.Outpoints, op) } } return }
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// TxOutpointsByAddr sets the Outpoints field for the AddressOutpoints stored in // the input MempoolAddressStore. For addresses not yet present in the // MempoolAddressStore, a new AddressOutpoints is added to the store. The // provided MempoolAddressStore must be initialized. The number of msgTx outputs // that pay to any address are counted and returned. The addresses paid to by // the transaction are listed in the output addrs map, where the value of the // stored bool indicates the address is new to the MempoolAddressStore.
[ "TxOutpointsByAddr", "sets", "the", "Outpoints", "field", "for", "the", "AddressOutpoints", "stored", "in", "the", "input", "MempoolAddressStore", ".", "For", "addresses", "not", "yet", "present", "in", "the", "MempoolAddressStore", "a", "new", "AddressOutpoints", "is", "added", "to", "the", "store", ".", "The", "provided", "MempoolAddressStore", "must", "be", "initialized", ".", "The", "number", "of", "msgTx", "outputs", "that", "pay", "to", "any", "address", "are", "counted", "and", "returned", ".", "The", "addresses", "paid", "to", "by", "the", "transaction", "are", "listed", "in", "the", "output", "addrs", "map", "where", "the", "value", "of", "the", "stored", "bool", "indicates", "the", "address", "is", "new", "to", "the", "MempoolAddressStore", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L264-L308
142,377
decred/dcrdata
txhelpers/txhelpers.go
TxPrevOutsByAddr
func TxPrevOutsByAddr(txAddrOuts MempoolAddressStore, txnsStore TxnsStore, msgTx *wire.MsgTx, c VerboseTransactionGetter, params *chaincfg.Params) (newPrevOuts int, addrs map[string]bool) { if txAddrOuts == nil { panic("TxPrevOutAddresses: input map must be initialized: map[string]*AddressOutpoints") } if txnsStore == nil { panic("TxPrevOutAddresses: input map must be initialized: map[string]*AddressOutpoints") } // Send all the raw transaction requests type promiseGetRawTransaction struct { result rpcclient.FutureGetRawTransactionVerboseResult inIdx int } promisesGetRawTransaction := make([]promiseGetRawTransaction, 0, len(msgTx.TxIn)) for inIdx, txIn := range msgTx.TxIn { hash := &txIn.PreviousOutPoint.Hash if zeroHash.IsEqual(hash) { continue // coinbase or stakebase } promisesGetRawTransaction = append(promisesGetRawTransaction, promiseGetRawTransaction{ result: c.GetRawTransactionVerboseAsync(hash), inIdx: inIdx, }) } addrs = make(map[string]bool) // For each TxIn of this transaction, inspect the previous outpoint. for i := range promisesGetRawTransaction { // Previous outpoint for this TxIn inIdx := promisesGetRawTransaction[i].inIdx prevOut := &msgTx.TxIn[inIdx].PreviousOutPoint hash := prevOut.Hash prevTxRaw, err := promisesGetRawTransaction[i].result.Receive() if err != nil { fmt.Printf("Unable to get raw transaction for %v: %v\n", hash, err) return } if prevTxRaw.Txid != hash.String() { fmt.Printf("TxPrevOutsByAddr error: %v != %v", prevTxRaw.Txid, hash.String()) continue } prevTx, err := MsgTxFromHex(prevTxRaw.Hex) if err != nil { fmt.Printf("TxPrevOutsByAddr: MsgTxFromHex failed: %s\n", err) continue } // prevOut.Index indicates which output. txOut := prevTx.TxOut[prevOut.Index] // Extract the addresses from this output's PkScript. _, txAddrs, _, err := txscript.ExtractPkScriptAddrs( txOut.Version, txOut.PkScript, params) if err != nil { fmt.Printf("TxPrevOutsByAddr: ExtractPkScriptAddrs: %v\n", err.Error()) continue } if len(txAddrs) == 0 { fmt.Printf("pkScript of a previous transaction output "+ "(%v:%d) unexpectedly encoded no addresses.", prevOut.Hash, prevOut.Index) continue } newPrevOuts++ // Put the previous outpoint's transaction in the txnsStore. txnsStore[hash] = &TxWithBlockData{ Tx: prevTx, BlockHeight: prevTxRaw.BlockHeight, BlockHash: prevTxRaw.BlockHash, } outpoint := wire.NewOutPoint(&hash, prevOut.Index, TxTree(prevTx)) prevOutExtended := PrevOut{ TxSpending: msgTx.TxHash(), InputIndex: inIdx, PreviousOutpoint: outpoint, } // For each address paid to by this previous outpoint, record the // previous outpoint and the containing transactions. for _, txAddr := range txAddrs { addr := txAddr.EncodeAddress() // Check if it is already in the address store. addrOuts := txAddrOuts[addr] if addrOuts == nil { // Insert into affected address map. addrs[addr] = true // new // Insert into the address store. txAddrOuts[addr] = &AddressOutpoints{ Address: addr, PrevOuts: []PrevOut{prevOutExtended}, } continue } // Address already in the address store, append the prevout. addrOuts.PrevOuts = append(addrOuts.PrevOuts, prevOutExtended) // See if the address was new before processing this transaction or // if it was added by a different prevout consumed by this // transaction. Only set new=false if this is the first occurrence // of this address in a prevout of this transaction. if _, found := addrs[addr]; !found { addrs[addr] = false // not new to the address store } } } return }
go
func TxPrevOutsByAddr(txAddrOuts MempoolAddressStore, txnsStore TxnsStore, msgTx *wire.MsgTx, c VerboseTransactionGetter, params *chaincfg.Params) (newPrevOuts int, addrs map[string]bool) { if txAddrOuts == nil { panic("TxPrevOutAddresses: input map must be initialized: map[string]*AddressOutpoints") } if txnsStore == nil { panic("TxPrevOutAddresses: input map must be initialized: map[string]*AddressOutpoints") } // Send all the raw transaction requests type promiseGetRawTransaction struct { result rpcclient.FutureGetRawTransactionVerboseResult inIdx int } promisesGetRawTransaction := make([]promiseGetRawTransaction, 0, len(msgTx.TxIn)) for inIdx, txIn := range msgTx.TxIn { hash := &txIn.PreviousOutPoint.Hash if zeroHash.IsEqual(hash) { continue // coinbase or stakebase } promisesGetRawTransaction = append(promisesGetRawTransaction, promiseGetRawTransaction{ result: c.GetRawTransactionVerboseAsync(hash), inIdx: inIdx, }) } addrs = make(map[string]bool) // For each TxIn of this transaction, inspect the previous outpoint. for i := range promisesGetRawTransaction { // Previous outpoint for this TxIn inIdx := promisesGetRawTransaction[i].inIdx prevOut := &msgTx.TxIn[inIdx].PreviousOutPoint hash := prevOut.Hash prevTxRaw, err := promisesGetRawTransaction[i].result.Receive() if err != nil { fmt.Printf("Unable to get raw transaction for %v: %v\n", hash, err) return } if prevTxRaw.Txid != hash.String() { fmt.Printf("TxPrevOutsByAddr error: %v != %v", prevTxRaw.Txid, hash.String()) continue } prevTx, err := MsgTxFromHex(prevTxRaw.Hex) if err != nil { fmt.Printf("TxPrevOutsByAddr: MsgTxFromHex failed: %s\n", err) continue } // prevOut.Index indicates which output. txOut := prevTx.TxOut[prevOut.Index] // Extract the addresses from this output's PkScript. _, txAddrs, _, err := txscript.ExtractPkScriptAddrs( txOut.Version, txOut.PkScript, params) if err != nil { fmt.Printf("TxPrevOutsByAddr: ExtractPkScriptAddrs: %v\n", err.Error()) continue } if len(txAddrs) == 0 { fmt.Printf("pkScript of a previous transaction output "+ "(%v:%d) unexpectedly encoded no addresses.", prevOut.Hash, prevOut.Index) continue } newPrevOuts++ // Put the previous outpoint's transaction in the txnsStore. txnsStore[hash] = &TxWithBlockData{ Tx: prevTx, BlockHeight: prevTxRaw.BlockHeight, BlockHash: prevTxRaw.BlockHash, } outpoint := wire.NewOutPoint(&hash, prevOut.Index, TxTree(prevTx)) prevOutExtended := PrevOut{ TxSpending: msgTx.TxHash(), InputIndex: inIdx, PreviousOutpoint: outpoint, } // For each address paid to by this previous outpoint, record the // previous outpoint and the containing transactions. for _, txAddr := range txAddrs { addr := txAddr.EncodeAddress() // Check if it is already in the address store. addrOuts := txAddrOuts[addr] if addrOuts == nil { // Insert into affected address map. addrs[addr] = true // new // Insert into the address store. txAddrOuts[addr] = &AddressOutpoints{ Address: addr, PrevOuts: []PrevOut{prevOutExtended}, } continue } // Address already in the address store, append the prevout. addrOuts.PrevOuts = append(addrOuts.PrevOuts, prevOutExtended) // See if the address was new before processing this transaction or // if it was added by a different prevout consumed by this // transaction. Only set new=false if this is the first occurrence // of this address in a prevout of this transaction. if _, found := addrs[addr]; !found { addrs[addr] = false // not new to the address store } } } return }
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// TxPrevOutsByAddr sets the PrevOuts field for the AddressOutpoints stored in // the MempoolAddressStore. For addresses not yet present in the // MempoolAddressStore, a new AddressOutpoints is added to the store. The // provided MempoolAddressStore must be initialized. A VerboseTransactionGetter // is required to retrieve the pkScripts for the previous outpoints. The number // of consumed previous outpoints that paid addresses in the provided // transaction are counted and returned. The addresses in the previous outpoints // are listed in the output addrs map, where the value of the stored bool // indicates the address is new to the MempoolAddressStore.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L319-L436
142,378
decred/dcrdata
txhelpers/txhelpers.go
TxConsumesOutpointWithAddress
func TxConsumesOutpointWithAddress(msgTx *wire.MsgTx, addr string, c VerboseTransactionGetter, params *chaincfg.Params) (prevOuts []PrevOut, prevTxs []*TxWithBlockData) { // Send all the raw transaction requests type promiseGetRawTransaction struct { result rpcclient.FutureGetRawTransactionVerboseResult inIdx int } numPrevOut := len(msgTx.TxIn) promisesGetRawTransaction := make([]promiseGetRawTransaction, 0, numPrevOut) for inIdx, txIn := range msgTx.TxIn { hash := &txIn.PreviousOutPoint.Hash if zeroHash.IsEqual(hash) { continue // coinbase or stakebase } promisesGetRawTransaction = append(promisesGetRawTransaction, promiseGetRawTransaction{ result: c.GetRawTransactionVerboseAsync(hash), inIdx: inIdx, }) } // For each TxIn of this transaction, inspect the previous outpoint. for i := range promisesGetRawTransaction { // Previous outpoint for this TxIn inIdx := promisesGetRawTransaction[i].inIdx prevOut := &msgTx.TxIn[inIdx].PreviousOutPoint hash := prevOut.Hash prevTxRaw, err := promisesGetRawTransaction[i].result.Receive() if err != nil { fmt.Printf("Unable to get raw transaction for %v: %v\n", hash, err) return nil, nil } if prevTxRaw.Txid != hash.String() { fmt.Printf("%v != %v", prevTxRaw.Txid, hash.String()) return nil, nil } prevTx, err := MsgTxFromHex(prevTxRaw.Hex) if err != nil { fmt.Printf("MsgTxFromHex failed: %s\n", err) continue } // prevOut.Index indicates which output. txOut := prevTx.TxOut[prevOut.Index] // Extract the addresses from this output's PkScript. _, txAddrs, _, err := txscript.ExtractPkScriptAddrs( txOut.Version, txOut.PkScript, params) if err != nil { fmt.Printf("ExtractPkScriptAddrs: %v\n", err.Error()) continue } // For each address that matches the address of interest, record this // previous outpoint and the containing transactions. for _, txAddr := range txAddrs { addrstr := txAddr.EncodeAddress() if addr == addrstr { outpoint := wire.NewOutPoint(&hash, prevOut.Index, TxTree(prevTx)) prevOuts = append(prevOuts, PrevOut{ TxSpending: msgTx.TxHash(), InputIndex: inIdx, PreviousOutpoint: outpoint, }) prevTxs = append(prevTxs, &TxWithBlockData{ Tx: prevTx, BlockHeight: prevTxRaw.BlockHeight, BlockHash: prevTxRaw.BlockHash, }) } } } return }
go
func TxConsumesOutpointWithAddress(msgTx *wire.MsgTx, addr string, c VerboseTransactionGetter, params *chaincfg.Params) (prevOuts []PrevOut, prevTxs []*TxWithBlockData) { // Send all the raw transaction requests type promiseGetRawTransaction struct { result rpcclient.FutureGetRawTransactionVerboseResult inIdx int } numPrevOut := len(msgTx.TxIn) promisesGetRawTransaction := make([]promiseGetRawTransaction, 0, numPrevOut) for inIdx, txIn := range msgTx.TxIn { hash := &txIn.PreviousOutPoint.Hash if zeroHash.IsEqual(hash) { continue // coinbase or stakebase } promisesGetRawTransaction = append(promisesGetRawTransaction, promiseGetRawTransaction{ result: c.GetRawTransactionVerboseAsync(hash), inIdx: inIdx, }) } // For each TxIn of this transaction, inspect the previous outpoint. for i := range promisesGetRawTransaction { // Previous outpoint for this TxIn inIdx := promisesGetRawTransaction[i].inIdx prevOut := &msgTx.TxIn[inIdx].PreviousOutPoint hash := prevOut.Hash prevTxRaw, err := promisesGetRawTransaction[i].result.Receive() if err != nil { fmt.Printf("Unable to get raw transaction for %v: %v\n", hash, err) return nil, nil } if prevTxRaw.Txid != hash.String() { fmt.Printf("%v != %v", prevTxRaw.Txid, hash.String()) return nil, nil } prevTx, err := MsgTxFromHex(prevTxRaw.Hex) if err != nil { fmt.Printf("MsgTxFromHex failed: %s\n", err) continue } // prevOut.Index indicates which output. txOut := prevTx.TxOut[prevOut.Index] // Extract the addresses from this output's PkScript. _, txAddrs, _, err := txscript.ExtractPkScriptAddrs( txOut.Version, txOut.PkScript, params) if err != nil { fmt.Printf("ExtractPkScriptAddrs: %v\n", err.Error()) continue } // For each address that matches the address of interest, record this // previous outpoint and the containing transactions. for _, txAddr := range txAddrs { addrstr := txAddr.EncodeAddress() if addr == addrstr { outpoint := wire.NewOutPoint(&hash, prevOut.Index, TxTree(prevTx)) prevOuts = append(prevOuts, PrevOut{ TxSpending: msgTx.TxHash(), InputIndex: inIdx, PreviousOutpoint: outpoint, }) prevTxs = append(prevTxs, &TxWithBlockData{ Tx: prevTx, BlockHeight: prevTxRaw.BlockHeight, BlockHash: prevTxRaw.BlockHash, }) } } } return }
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// TxConsumesOutpointWithAddress checks a transaction for inputs that spend an // outpoint paying to the given address. Returned are the identified input // indexes and the corresponding previous outpoints determined.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L441-L518
142,379
decred/dcrdata
txhelpers/txhelpers.go
BlockConsumesOutpointWithAddresses
func BlockConsumesOutpointWithAddresses(block *dcrutil.Block, addrs map[string]TxAction, c RawTransactionGetter, params *chaincfg.Params) map[string][]*dcrutil.Tx { addrMap := make(map[string][]*dcrutil.Tx) checkForOutpointAddr := func(blockTxs []*dcrutil.Tx) { for _, tx := range blockTxs { for _, txIn := range tx.MsgTx().TxIn { prevOut := &txIn.PreviousOutPoint if bytes.Equal(zeroHash[:], prevOut.Hash[:]) { continue } // For each TxIn, check the indicated vout index in the txid of the // previous outpoint. // txrr, err := c.GetRawTransactionVerbose(&prevOut.Hash) prevTx, err := c.GetRawTransaction(&prevOut.Hash) if err != nil { fmt.Printf("Unable to get raw transaction for %s\n", prevOut.Hash.String()) continue } // prevOut.Index should tell us which one, but check all anyway for _, txOut := range prevTx.MsgTx().TxOut { _, txAddrs, _, err := txscript.ExtractPkScriptAddrs( txOut.Version, txOut.PkScript, params) if err != nil { fmt.Printf("ExtractPkScriptAddrs: %v\n", err.Error()) continue } for _, txAddr := range txAddrs { addrstr := txAddr.EncodeAddress() if _, ok := addrs[addrstr]; ok { if addrMap[addrstr] == nil { addrMap[addrstr] = make([]*dcrutil.Tx, 0) } addrMap[addrstr] = append(addrMap[addrstr], prevTx) } } } } } } checkForOutpointAddr(block.Transactions()) checkForOutpointAddr(block.STransactions()) return addrMap }
go
func BlockConsumesOutpointWithAddresses(block *dcrutil.Block, addrs map[string]TxAction, c RawTransactionGetter, params *chaincfg.Params) map[string][]*dcrutil.Tx { addrMap := make(map[string][]*dcrutil.Tx) checkForOutpointAddr := func(blockTxs []*dcrutil.Tx) { for _, tx := range blockTxs { for _, txIn := range tx.MsgTx().TxIn { prevOut := &txIn.PreviousOutPoint if bytes.Equal(zeroHash[:], prevOut.Hash[:]) { continue } // For each TxIn, check the indicated vout index in the txid of the // previous outpoint. // txrr, err := c.GetRawTransactionVerbose(&prevOut.Hash) prevTx, err := c.GetRawTransaction(&prevOut.Hash) if err != nil { fmt.Printf("Unable to get raw transaction for %s\n", prevOut.Hash.String()) continue } // prevOut.Index should tell us which one, but check all anyway for _, txOut := range prevTx.MsgTx().TxOut { _, txAddrs, _, err := txscript.ExtractPkScriptAddrs( txOut.Version, txOut.PkScript, params) if err != nil { fmt.Printf("ExtractPkScriptAddrs: %v\n", err.Error()) continue } for _, txAddr := range txAddrs { addrstr := txAddr.EncodeAddress() if _, ok := addrs[addrstr]; ok { if addrMap[addrstr] == nil { addrMap[addrstr] = make([]*dcrutil.Tx, 0) } addrMap[addrstr] = append(addrMap[addrstr], prevTx) } } } } } } checkForOutpointAddr(block.Transactions()) checkForOutpointAddr(block.STransactions()) return addrMap }
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// BlockConsumesOutpointWithAddresses checks the specified block to see if it // includes transactions that spend from outputs created using any of the // addresses in addrs. The TxAction for each address is not important, but it // would logically be TxMined. Both regular and stake transactions are checked. // The RPC client is used to get the PreviousOutPoint for each TxIn of each // transaction in the block, from which the address is obtained from the // PkScript of that output. chaincfg Params is required to decode the script.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L527-L574
142,380
decred/dcrdata
txhelpers/txhelpers.go
TxPaysToAddress
func TxPaysToAddress(msgTx *wire.MsgTx, addr string, params *chaincfg.Params) (outpoints []*wire.OutPoint) { // Check the addresses associated with the PkScript of each TxOut txTree := TxTree(msgTx) hash := msgTx.TxHash() for outIndex, txOut := range msgTx.TxOut { _, txOutAddrs, _, err := txscript.ExtractPkScriptAddrs(txOut.Version, txOut.PkScript, params) if err != nil { fmt.Printf("ExtractPkScriptAddrs: %v", err.Error()) continue } // Check if we are watching any address for this TxOut for _, txAddr := range txOutAddrs { addrstr := txAddr.EncodeAddress() if addr == addrstr { outpoints = append(outpoints, wire.NewOutPoint(&hash, uint32(outIndex), txTree)) } } } return }
go
func TxPaysToAddress(msgTx *wire.MsgTx, addr string, params *chaincfg.Params) (outpoints []*wire.OutPoint) { // Check the addresses associated with the PkScript of each TxOut txTree := TxTree(msgTx) hash := msgTx.TxHash() for outIndex, txOut := range msgTx.TxOut { _, txOutAddrs, _, err := txscript.ExtractPkScriptAddrs(txOut.Version, txOut.PkScript, params) if err != nil { fmt.Printf("ExtractPkScriptAddrs: %v", err.Error()) continue } // Check if we are watching any address for this TxOut for _, txAddr := range txOutAddrs { addrstr := txAddr.EncodeAddress() if addr == addrstr { outpoints = append(outpoints, wire.NewOutPoint(&hash, uint32(outIndex), txTree)) } } } return }
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// TxPaysToAddress returns a slice of outpoints of a transaction which pay to // specified address.
[ "TxPaysToAddress", "returns", "a", "slice", "of", "outpoints", "of", "a", "transaction", "which", "pay", "to", "specified", "address", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L578-L601
142,381
decred/dcrdata
txhelpers/txhelpers.go
BlockReceivesToAddresses
func BlockReceivesToAddresses(block *dcrutil.Block, addrs map[string]TxAction, params *chaincfg.Params) map[string][]*dcrutil.Tx { addrMap := make(map[string][]*dcrutil.Tx) checkForAddrOut := func(blockTxs []*dcrutil.Tx) { for _, tx := range blockTxs { // Check the addresses associated with the PkScript of each TxOut for _, txOut := range tx.MsgTx().TxOut { _, txOutAddrs, _, err := txscript.ExtractPkScriptAddrs(txOut.Version, txOut.PkScript, params) if err != nil { fmt.Printf("ExtractPkScriptAddrs: %v", err.Error()) continue } // Check if we are watching any address for this TxOut for _, txAddr := range txOutAddrs { addrstr := txAddr.EncodeAddress() if _, ok := addrs[addrstr]; ok { if _, gotSlice := addrMap[addrstr]; !gotSlice { addrMap[addrstr] = make([]*dcrutil.Tx, 0) // nil } addrMap[addrstr] = append(addrMap[addrstr], tx) } } } } } checkForAddrOut(block.Transactions()) checkForAddrOut(block.STransactions()) return addrMap }
go
func BlockReceivesToAddresses(block *dcrutil.Block, addrs map[string]TxAction, params *chaincfg.Params) map[string][]*dcrutil.Tx { addrMap := make(map[string][]*dcrutil.Tx) checkForAddrOut := func(blockTxs []*dcrutil.Tx) { for _, tx := range blockTxs { // Check the addresses associated with the PkScript of each TxOut for _, txOut := range tx.MsgTx().TxOut { _, txOutAddrs, _, err := txscript.ExtractPkScriptAddrs(txOut.Version, txOut.PkScript, params) if err != nil { fmt.Printf("ExtractPkScriptAddrs: %v", err.Error()) continue } // Check if we are watching any address for this TxOut for _, txAddr := range txOutAddrs { addrstr := txAddr.EncodeAddress() if _, ok := addrs[addrstr]; ok { if _, gotSlice := addrMap[addrstr]; !gotSlice { addrMap[addrstr] = make([]*dcrutil.Tx, 0) // nil } addrMap[addrstr] = append(addrMap[addrstr], tx) } } } } } checkForAddrOut(block.Transactions()) checkForAddrOut(block.STransactions()) return addrMap }
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// BlockReceivesToAddresses checks a block for transactions paying to the // specified addresses, and creates a map of addresses to a slice of dcrutil.Tx // involving the address.
[ "BlockReceivesToAddresses", "checks", "a", "block", "for", "transactions", "paying", "to", "the", "specified", "addresses", "and", "creates", "a", "map", "of", "addresses", "to", "a", "slice", "of", "dcrutil", ".", "Tx", "involving", "the", "address", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L606-L639
142,382
decred/dcrdata
txhelpers/txhelpers.go
OutPointAddresses
func OutPointAddresses(outPoint *wire.OutPoint, c RawTransactionGetter, params *chaincfg.Params) ([]string, dcrutil.Amount, error) { // The addresses are encoded in the pkScript, so we need to get the // raw transaction, and the TxOut that contains the pkScript. prevTx, err := c.GetRawTransaction(&outPoint.Hash) if err != nil { return nil, 0, fmt.Errorf("unable to get raw transaction for %s", outPoint.Hash.String()) } txOuts := prevTx.MsgTx().TxOut if len(txOuts) <= int(outPoint.Index) { return nil, 0, fmt.Errorf("PrevOut index (%d) is beyond the TxOuts slice (length %d)", outPoint.Index, len(txOuts)) } // For the TxOut of interest, extract the list of addresses txOut := txOuts[outPoint.Index] _, txAddrs, _, err := txscript.ExtractPkScriptAddrs( txOut.Version, txOut.PkScript, params) if err != nil { return nil, 0, fmt.Errorf("ExtractPkScriptAddrs: %v", err.Error()) } value := dcrutil.Amount(txOut.Value) addresses := make([]string, 0, len(txAddrs)) for _, txAddr := range txAddrs { addr := txAddr.EncodeAddress() addresses = append(addresses, addr) } return addresses, value, nil }
go
func OutPointAddresses(outPoint *wire.OutPoint, c RawTransactionGetter, params *chaincfg.Params) ([]string, dcrutil.Amount, error) { // The addresses are encoded in the pkScript, so we need to get the // raw transaction, and the TxOut that contains the pkScript. prevTx, err := c.GetRawTransaction(&outPoint.Hash) if err != nil { return nil, 0, fmt.Errorf("unable to get raw transaction for %s", outPoint.Hash.String()) } txOuts := prevTx.MsgTx().TxOut if len(txOuts) <= int(outPoint.Index) { return nil, 0, fmt.Errorf("PrevOut index (%d) is beyond the TxOuts slice (length %d)", outPoint.Index, len(txOuts)) } // For the TxOut of interest, extract the list of addresses txOut := txOuts[outPoint.Index] _, txAddrs, _, err := txscript.ExtractPkScriptAddrs( txOut.Version, txOut.PkScript, params) if err != nil { return nil, 0, fmt.Errorf("ExtractPkScriptAddrs: %v", err.Error()) } value := dcrutil.Amount(txOut.Value) addresses := make([]string, 0, len(txAddrs)) for _, txAddr := range txAddrs { addr := txAddr.EncodeAddress() addresses = append(addresses, addr) } return addresses, value, nil }
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// OutPointAddresses gets the addresses paid to by a transaction output.
[ "OutPointAddresses", "gets", "the", "addresses", "paid", "to", "by", "a", "transaction", "output", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L642-L671
142,383
decred/dcrdata
txhelpers/txhelpers.go
OutPointAddressesFromString
func OutPointAddressesFromString(txid string, index uint32, tree int8, c RawTransactionGetter, params *chaincfg.Params) ([]string, error) { hash, err := chainhash.NewHashFromStr(txid) if err != nil { return nil, fmt.Errorf("Invalid hash %s", txid) } outPoint := wire.NewOutPoint(hash, index, tree) outPointAddress, _, err := OutPointAddresses(outPoint, c, params) return outPointAddress, err }
go
func OutPointAddressesFromString(txid string, index uint32, tree int8, c RawTransactionGetter, params *chaincfg.Params) ([]string, error) { hash, err := chainhash.NewHashFromStr(txid) if err != nil { return nil, fmt.Errorf("Invalid hash %s", txid) } outPoint := wire.NewOutPoint(hash, index, tree) outPointAddress, _, err := OutPointAddresses(outPoint, c, params) return outPointAddress, err }
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// OutPointAddressesFromString is the same as OutPointAddresses, but it takes // the outpoint as the tx string, vout index, and tree.
[ "OutPointAddressesFromString", "is", "the", "same", "as", "OutPointAddresses", "but", "it", "takes", "the", "outpoint", "as", "the", "tx", "string", "vout", "index", "and", "tree", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L675-L685
142,384
decred/dcrdata
txhelpers/txhelpers.go
MedianAmount
func MedianAmount(s []dcrutil.Amount) dcrutil.Amount { if len(s) == 0 { return 0 } sort.Sort(dcrutil.AmountSorter(s)) middle := len(s) / 2 if len(s) == 0 { return 0 } else if (len(s) % 2) != 0 { return s[middle] } return (s[middle] + s[middle-1]) / 2 }
go
func MedianAmount(s []dcrutil.Amount) dcrutil.Amount { if len(s) == 0 { return 0 } sort.Sort(dcrutil.AmountSorter(s)) middle := len(s) / 2 if len(s) == 0 { return 0 } else if (len(s) % 2) != 0 { return s[middle] } return (s[middle] + s[middle-1]) / 2 }
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// MedianAmount gets the median Amount from a slice of Amounts
[ "MedianAmount", "gets", "the", "median", "Amount", "from", "a", "slice", "of", "Amounts" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L688-L703
142,385
decred/dcrdata
txhelpers/txhelpers.go
MedianCoin
func MedianCoin(s []float64) float64 { if len(s) == 0 { return 0 } sort.Float64s(s) middle := len(s) / 2 if len(s) == 0 { return 0 } else if (len(s) % 2) != 0 { return s[middle] } return (s[middle] + s[middle-1]) / 2 }
go
func MedianCoin(s []float64) float64 { if len(s) == 0 { return 0 } sort.Float64s(s) middle := len(s) / 2 if len(s) == 0 { return 0 } else if (len(s) % 2) != 0 { return s[middle] } return (s[middle] + s[middle-1]) / 2 }
[ "func", "MedianCoin", "(", "s", "[", "]", "float64", ")", "float64", "{", "if", "len", "(", "s", ")", "==", "0", "{", "return", "0", "\n", "}", "\n\n", "sort", ".", "Float64s", "(", "s", ")", "\n\n", "middle", ":=", "len", "(", "s", ")", "/", "2", "\n\n", "if", "len", "(", "s", ")", "==", "0", "{", "return", "0", "\n", "}", "else", "if", "(", "len", "(", "s", ")", "%", "2", ")", "!=", "0", "{", "return", "s", "[", "middle", "]", "\n", "}", "\n", "return", "(", "s", "[", "middle", "]", "+", "s", "[", "middle", "-", "1", "]", ")", "/", "2", "\n", "}" ]
// MedianCoin gets the median DCR from a slice of float64s
[ "MedianCoin", "gets", "the", "median", "DCR", "from", "a", "slice", "of", "float64s" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L706-L721
142,386
decred/dcrdata
txhelpers/txhelpers.go
GetDifficultyRatio
func GetDifficultyRatio(bits uint32, params *chaincfg.Params) float64 { // The minimum difficulty is the max possible proof-of-work limit bits // converted back to a number. Note this is not the same as the proof of // work limit directly because the block difficulty is encoded in a block // with the compact form which loses precision. max := blockchain.CompactToBig(params.PowLimitBits) target := blockchain.CompactToBig(bits) difficulty := new(big.Rat).SetFrac(max, target) outString := difficulty.FloatString(8) diff, err := strconv.ParseFloat(outString, 64) if err != nil { fmt.Printf("Cannot get difficulty: %v", err) return 0 } return diff }
go
func GetDifficultyRatio(bits uint32, params *chaincfg.Params) float64 { // The minimum difficulty is the max possible proof-of-work limit bits // converted back to a number. Note this is not the same as the proof of // work limit directly because the block difficulty is encoded in a block // with the compact form which loses precision. max := blockchain.CompactToBig(params.PowLimitBits) target := blockchain.CompactToBig(bits) difficulty := new(big.Rat).SetFrac(max, target) outString := difficulty.FloatString(8) diff, err := strconv.ParseFloat(outString, 64) if err != nil { fmt.Printf("Cannot get difficulty: %v", err) return 0 } return diff }
[ "func", "GetDifficultyRatio", "(", "bits", "uint32", ",", "params", "*", "chaincfg", ".", "Params", ")", "float64", "{", "// The minimum difficulty is the max possible proof-of-work limit bits", "// converted back to a number. Note this is not the same as the proof of", "// work limit directly because the block difficulty is encoded in a block", "// with the compact form which loses precision.", "max", ":=", "blockchain", ".", "CompactToBig", "(", "params", ".", "PowLimitBits", ")", "\n", "target", ":=", "blockchain", ".", "CompactToBig", "(", "bits", ")", "\n\n", "difficulty", ":=", "new", "(", "big", ".", "Rat", ")", ".", "SetFrac", "(", "max", ",", "target", ")", "\n", "outString", ":=", "difficulty", ".", "FloatString", "(", "8", ")", "\n", "diff", ",", "err", ":=", "strconv", ".", "ParseFloat", "(", "outString", ",", "64", ")", "\n", "if", "err", "!=", "nil", "{", "fmt", ".", "Printf", "(", "\"", "\"", ",", "err", ")", "\n", "return", "0", "\n", "}", "\n", "return", "diff", "\n", "}" ]
// GetDifficultyRatio returns the proof-of-work difficulty as a multiple of the // minimum difficulty using the passed bits field from the header of a block.
[ "GetDifficultyRatio", "returns", "the", "proof", "-", "of", "-", "work", "difficulty", "as", "a", "multiple", "of", "the", "minimum", "difficulty", "using", "the", "passed", "bits", "field", "from", "the", "header", "of", "a", "block", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L725-L741
142,387
decred/dcrdata
txhelpers/txhelpers.go
SSTXInBlock
func SSTXInBlock(block *dcrutil.Block) []*dcrutil.Tx { _, txns := TicketTxnsInBlock(block) return txns }
go
func SSTXInBlock(block *dcrutil.Block) []*dcrutil.Tx { _, txns := TicketTxnsInBlock(block) return txns }
[ "func", "SSTXInBlock", "(", "block", "*", "dcrutil", ".", "Block", ")", "[", "]", "*", "dcrutil", ".", "Tx", "{", "_", ",", "txns", ":=", "TicketTxnsInBlock", "(", "block", ")", "\n", "return", "txns", "\n", "}" ]
// SSTXInBlock gets a slice containing all of the SSTX mined in a block
[ "SSTXInBlock", "gets", "a", "slice", "containing", "all", "of", "the", "SSTX", "mined", "in", "a", "block" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L744-L747
142,388
decred/dcrdata
txhelpers/txhelpers.go
VoteBitsInBlock
func VoteBitsInBlock(block *dcrutil.Block) []stake.VoteVersionTuple { var voteBits []stake.VoteVersionTuple for _, stx := range block.MsgBlock().STransactions { if !stake.IsSSGen(stx) { continue } voteBits = append(voteBits, stake.VoteVersionTuple{ Version: stake.SSGenVersion(stx), Bits: stake.SSGenVoteBits(stx), }) } return voteBits }
go
func VoteBitsInBlock(block *dcrutil.Block) []stake.VoteVersionTuple { var voteBits []stake.VoteVersionTuple for _, stx := range block.MsgBlock().STransactions { if !stake.IsSSGen(stx) { continue } voteBits = append(voteBits, stake.VoteVersionTuple{ Version: stake.SSGenVersion(stx), Bits: stake.SSGenVoteBits(stx), }) } return voteBits }
[ "func", "VoteBitsInBlock", "(", "block", "*", "dcrutil", ".", "Block", ")", "[", "]", "stake", ".", "VoteVersionTuple", "{", "var", "voteBits", "[", "]", "stake", ".", "VoteVersionTuple", "\n", "for", "_", ",", "stx", ":=", "range", "block", ".", "MsgBlock", "(", ")", ".", "STransactions", "{", "if", "!", "stake", ".", "IsSSGen", "(", "stx", ")", "{", "continue", "\n", "}", "\n\n", "voteBits", "=", "append", "(", "voteBits", ",", "stake", ".", "VoteVersionTuple", "{", "Version", ":", "stake", ".", "SSGenVersion", "(", "stx", ")", ",", "Bits", ":", "stake", ".", "SSGenVoteBits", "(", "stx", ")", ",", "}", ")", "\n", "}", "\n\n", "return", "voteBits", "\n", "}" ]
// VoteBitsInBlock returns a list of vote bits for the votes in a block
[ "VoteBitsInBlock", "returns", "a", "list", "of", "vote", "bits", "for", "the", "votes", "in", "a", "block" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L769-L783
142,389
decred/dcrdata
txhelpers/txhelpers.go
VoteVersion
func VoteVersion(pkScript []byte) uint32 { if len(pkScript) < 8 { return stake.VoteConsensusVersionAbsent } return binary.LittleEndian.Uint32(pkScript[4:8]) }
go
func VoteVersion(pkScript []byte) uint32 { if len(pkScript) < 8 { return stake.VoteConsensusVersionAbsent } return binary.LittleEndian.Uint32(pkScript[4:8]) }
[ "func", "VoteVersion", "(", "pkScript", "[", "]", "byte", ")", "uint32", "{", "if", "len", "(", "pkScript", ")", "<", "8", "{", "return", "stake", ".", "VoteConsensusVersionAbsent", "\n", "}", "\n\n", "return", "binary", ".", "LittleEndian", ".", "Uint32", "(", "pkScript", "[", "4", ":", "8", "]", ")", "\n", "}" ]
// VoteVersion extracts the vote version from the input pubkey script.
[ "VoteVersion", "extracts", "the", "vote", "version", "from", "the", "input", "pubkey", "script", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L840-L846
142,390
decred/dcrdata
txhelpers/txhelpers.go
FeeInfoBlock
func FeeInfoBlock(block *dcrutil.Block) *dcrjson.FeeInfoBlock { feeInfo := new(dcrjson.FeeInfoBlock) _, sstxMsgTxns := TicketsInBlock(block) feeInfo.Height = uint32(block.Height()) feeInfo.Number = uint32(len(sstxMsgTxns)) var minFee, maxFee, meanFee float64 minFee = math.MaxFloat64 fees := make([]float64, feeInfo.Number) for it, msgTx := range sstxMsgTxns { var amtIn int64 for iv := range msgTx.TxIn { amtIn += msgTx.TxIn[iv].ValueIn } var amtOut int64 for iv := range msgTx.TxOut { amtOut += msgTx.TxOut[iv].Value } fee := dcrutil.Amount(amtIn - amtOut).ToCoin() if fee < minFee { minFee = fee } if fee > maxFee { maxFee = fee } meanFee += fee fees[it] = fee } if feeInfo.Number > 0 { N := float64(feeInfo.Number) meanFee /= N feeInfo.Mean = meanFee feeInfo.Median = MedianCoin(fees) feeInfo.Min = minFee feeInfo.Max = maxFee if N > 1 { var variance float64 for _, f := range fees { variance += (f - meanFee) * (f - meanFee) } variance /= (N - 1) feeInfo.StdDev = math.Sqrt(variance) } } return feeInfo }
go
func FeeInfoBlock(block *dcrutil.Block) *dcrjson.FeeInfoBlock { feeInfo := new(dcrjson.FeeInfoBlock) _, sstxMsgTxns := TicketsInBlock(block) feeInfo.Height = uint32(block.Height()) feeInfo.Number = uint32(len(sstxMsgTxns)) var minFee, maxFee, meanFee float64 minFee = math.MaxFloat64 fees := make([]float64, feeInfo.Number) for it, msgTx := range sstxMsgTxns { var amtIn int64 for iv := range msgTx.TxIn { amtIn += msgTx.TxIn[iv].ValueIn } var amtOut int64 for iv := range msgTx.TxOut { amtOut += msgTx.TxOut[iv].Value } fee := dcrutil.Amount(amtIn - amtOut).ToCoin() if fee < minFee { minFee = fee } if fee > maxFee { maxFee = fee } meanFee += fee fees[it] = fee } if feeInfo.Number > 0 { N := float64(feeInfo.Number) meanFee /= N feeInfo.Mean = meanFee feeInfo.Median = MedianCoin(fees) feeInfo.Min = minFee feeInfo.Max = maxFee if N > 1 { var variance float64 for _, f := range fees { variance += (f - meanFee) * (f - meanFee) } variance /= (N - 1) feeInfo.StdDev = math.Sqrt(variance) } } return feeInfo }
[ "func", "FeeInfoBlock", "(", "block", "*", "dcrutil", ".", "Block", ")", "*", "dcrjson", ".", "FeeInfoBlock", "{", "feeInfo", ":=", "new", "(", "dcrjson", ".", "FeeInfoBlock", ")", "\n", "_", ",", "sstxMsgTxns", ":=", "TicketsInBlock", "(", "block", ")", "\n\n", "feeInfo", ".", "Height", "=", "uint32", "(", "block", ".", "Height", "(", ")", ")", "\n", "feeInfo", ".", "Number", "=", "uint32", "(", "len", "(", "sstxMsgTxns", ")", ")", "\n\n", "var", "minFee", ",", "maxFee", ",", "meanFee", "float64", "\n", "minFee", "=", "math", ".", "MaxFloat64", "\n", "fees", ":=", "make", "(", "[", "]", "float64", ",", "feeInfo", ".", "Number", ")", "\n", "for", "it", ",", "msgTx", ":=", "range", "sstxMsgTxns", "{", "var", "amtIn", "int64", "\n", "for", "iv", ":=", "range", "msgTx", ".", "TxIn", "{", "amtIn", "+=", "msgTx", ".", "TxIn", "[", "iv", "]", ".", "ValueIn", "\n", "}", "\n", "var", "amtOut", "int64", "\n", "for", "iv", ":=", "range", "msgTx", ".", "TxOut", "{", "amtOut", "+=", "msgTx", ".", "TxOut", "[", "iv", "]", ".", "Value", "\n", "}", "\n", "fee", ":=", "dcrutil", ".", "Amount", "(", "amtIn", "-", "amtOut", ")", ".", "ToCoin", "(", ")", "\n", "if", "fee", "<", "minFee", "{", "minFee", "=", "fee", "\n", "}", "\n", "if", "fee", ">", "maxFee", "{", "maxFee", "=", "fee", "\n", "}", "\n", "meanFee", "+=", "fee", "\n", "fees", "[", "it", "]", "=", "fee", "\n", "}", "\n\n", "if", "feeInfo", ".", "Number", ">", "0", "{", "N", ":=", "float64", "(", "feeInfo", ".", "Number", ")", "\n", "meanFee", "/=", "N", "\n", "feeInfo", ".", "Mean", "=", "meanFee", "\n", "feeInfo", ".", "Median", "=", "MedianCoin", "(", "fees", ")", "\n", "feeInfo", ".", "Min", "=", "minFee", "\n", "feeInfo", ".", "Max", "=", "maxFee", "\n\n", "if", "N", ">", "1", "{", "var", "variance", "float64", "\n", "for", "_", ",", "f", ":=", "range", "fees", "{", "variance", "+=", "(", "f", "-", "meanFee", ")", "*", "(", "f", "-", "meanFee", ")", "\n", "}", "\n", "variance", "/=", "(", "N", "-", "1", ")", "\n", "feeInfo", ".", "StdDev", "=", "math", ".", "Sqrt", "(", "variance", ")", "\n", "}", "\n", "}", "\n\n", "return", "feeInfo", "\n", "}" ]
// FeeInfoBlock computes ticket fee statistics for the tickets included in the // specified block.
[ "FeeInfoBlock", "computes", "ticket", "fee", "statistics", "for", "the", "tickets", "included", "in", "the", "specified", "block", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L889-L938
142,391
decred/dcrdata
txhelpers/txhelpers.go
MsgTxFromHex
func MsgTxFromHex(txhex string) (*wire.MsgTx, error) { msgTx := wire.NewMsgTx() if err := msgTx.Deserialize(hex.NewDecoder(strings.NewReader(txhex))); err != nil { return nil, err } return msgTx, nil }
go
func MsgTxFromHex(txhex string) (*wire.MsgTx, error) { msgTx := wire.NewMsgTx() if err := msgTx.Deserialize(hex.NewDecoder(strings.NewReader(txhex))); err != nil { return nil, err } return msgTx, nil }
[ "func", "MsgTxFromHex", "(", "txhex", "string", ")", "(", "*", "wire", ".", "MsgTx", ",", "error", ")", "{", "msgTx", ":=", "wire", ".", "NewMsgTx", "(", ")", "\n", "if", "err", ":=", "msgTx", ".", "Deserialize", "(", "hex", ".", "NewDecoder", "(", "strings", ".", "NewReader", "(", "txhex", ")", ")", ")", ";", "err", "!=", "nil", "{", "return", "nil", ",", "err", "\n", "}", "\n", "return", "msgTx", ",", "nil", "\n", "}" ]
// MsgTxFromHex returns a wire.MsgTx struct built from the transaction hex string.
[ "MsgTxFromHex", "returns", "a", "wire", ".", "MsgTx", "struct", "built", "from", "the", "transaction", "hex", "string", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L993-L999
142,392
decred/dcrdata
txhelpers/txhelpers.go
DetermineTxTypeString
func DetermineTxTypeString(msgTx *wire.MsgTx) string { switch stake.DetermineTxType(msgTx) { case stake.TxTypeSSGen: return "Vote" case stake.TxTypeSStx: return "Ticket" case stake.TxTypeSSRtx: return "Revocation" default: return "Regular" } }
go
func DetermineTxTypeString(msgTx *wire.MsgTx) string { switch stake.DetermineTxType(msgTx) { case stake.TxTypeSSGen: return "Vote" case stake.TxTypeSStx: return "Ticket" case stake.TxTypeSSRtx: return "Revocation" default: return "Regular" } }
[ "func", "DetermineTxTypeString", "(", "msgTx", "*", "wire", ".", "MsgTx", ")", "string", "{", "switch", "stake", ".", "DetermineTxType", "(", "msgTx", ")", "{", "case", "stake", ".", "TxTypeSSGen", ":", "return", "\"", "\"", "\n", "case", "stake", ".", "TxTypeSStx", ":", "return", "\"", "\"", "\n", "case", "stake", ".", "TxTypeSSRtx", ":", "return", "\"", "\"", "\n", "default", ":", "return", "\"", "\"", "\n", "}", "\n", "}" ]
// DetermineTxTypeString returns a string representing the transaction type given // a wire.MsgTx struct
[ "DetermineTxTypeString", "returns", "a", "string", "representing", "the", "transaction", "type", "given", "a", "wire", ".", "MsgTx", "struct" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L1003-L1014
142,393
decred/dcrdata
txhelpers/txhelpers.go
TxTypeToString
func TxTypeToString(txType int) string { switch stake.TxType(txType) { case stake.TxTypeSSGen: return "Vote" case stake.TxTypeSStx: return "Ticket" case stake.TxTypeSSRtx: return "Revocation" default: return "Regular" } }
go
func TxTypeToString(txType int) string { switch stake.TxType(txType) { case stake.TxTypeSSGen: return "Vote" case stake.TxTypeSStx: return "Ticket" case stake.TxTypeSSRtx: return "Revocation" default: return "Regular" } }
[ "func", "TxTypeToString", "(", "txType", "int", ")", "string", "{", "switch", "stake", ".", "TxType", "(", "txType", ")", "{", "case", "stake", ".", "TxTypeSSGen", ":", "return", "\"", "\"", "\n", "case", "stake", ".", "TxTypeSStx", ":", "return", "\"", "\"", "\n", "case", "stake", ".", "TxTypeSSRtx", ":", "return", "\"", "\"", "\n", "default", ":", "return", "\"", "\"", "\n", "}", "\n", "}" ]
// TxTypeToString returns a string representation of the provided transaction // type, which corresponds to the txn types defined for stake.TxType type.
[ "TxTypeToString", "returns", "a", "string", "representation", "of", "the", "provided", "transaction", "type", "which", "corresponds", "to", "the", "txn", "types", "defined", "for", "stake", ".", "TxType", "type", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L1018-L1029
142,394
decred/dcrdata
txhelpers/txhelpers.go
IsStakeTx
func IsStakeTx(msgTx *wire.MsgTx) bool { switch stake.DetermineTxType(msgTx) { case stake.TxTypeSSGen: fallthrough case stake.TxTypeSStx: fallthrough case stake.TxTypeSSRtx: return true default: return false } }
go
func IsStakeTx(msgTx *wire.MsgTx) bool { switch stake.DetermineTxType(msgTx) { case stake.TxTypeSSGen: fallthrough case stake.TxTypeSStx: fallthrough case stake.TxTypeSSRtx: return true default: return false } }
[ "func", "IsStakeTx", "(", "msgTx", "*", "wire", ".", "MsgTx", ")", "bool", "{", "switch", "stake", ".", "DetermineTxType", "(", "msgTx", ")", "{", "case", "stake", ".", "TxTypeSSGen", ":", "fallthrough", "\n", "case", "stake", ".", "TxTypeSStx", ":", "fallthrough", "\n", "case", "stake", ".", "TxTypeSSRtx", ":", "return", "true", "\n", "default", ":", "return", "false", "\n", "}", "\n", "}" ]
// IsStakeTx indicates if the input MsgTx is a stake transaction.
[ "IsStakeTx", "indicates", "if", "the", "input", "MsgTx", "is", "a", "stake", "transaction", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L1053-L1064
142,395
decred/dcrdata
txhelpers/txhelpers.go
TxTree
func TxTree(msgTx *wire.MsgTx) int8 { if IsStakeTx(msgTx) { return wire.TxTreeStake } return wire.TxTreeRegular }
go
func TxTree(msgTx *wire.MsgTx) int8 { if IsStakeTx(msgTx) { return wire.TxTreeStake } return wire.TxTreeRegular }
[ "func", "TxTree", "(", "msgTx", "*", "wire", ".", "MsgTx", ")", "int8", "{", "if", "IsStakeTx", "(", "msgTx", ")", "{", "return", "wire", ".", "TxTreeStake", "\n", "}", "\n", "return", "wire", ".", "TxTreeRegular", "\n", "}" ]
// TxTree returns for a wire.MsgTx either wire.TxTreeStake or wire.TxTreeRegular // depending on the type of transaction.
[ "TxTree", "returns", "for", "a", "wire", ".", "MsgTx", "either", "wire", ".", "TxTreeStake", "or", "wire", ".", "TxTreeRegular", "depending", "on", "the", "type", "of", "transaction", "." ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L1068-L1073
142,396
decred/dcrdata
txhelpers/txhelpers.go
TxFee
func TxFee(msgTx *wire.MsgTx) dcrutil.Amount { var amtIn int64 for iv := range msgTx.TxIn { amtIn += msgTx.TxIn[iv].ValueIn } var amtOut int64 for iv := range msgTx.TxOut { amtOut += msgTx.TxOut[iv].Value } return dcrutil.Amount(amtIn - amtOut) }
go
func TxFee(msgTx *wire.MsgTx) dcrutil.Amount { var amtIn int64 for iv := range msgTx.TxIn { amtIn += msgTx.TxIn[iv].ValueIn } var amtOut int64 for iv := range msgTx.TxOut { amtOut += msgTx.TxOut[iv].Value } return dcrutil.Amount(amtIn - amtOut) }
[ "func", "TxFee", "(", "msgTx", "*", "wire", ".", "MsgTx", ")", "dcrutil", ".", "Amount", "{", "var", "amtIn", "int64", "\n", "for", "iv", ":=", "range", "msgTx", ".", "TxIn", "{", "amtIn", "+=", "msgTx", ".", "TxIn", "[", "iv", "]", ".", "ValueIn", "\n", "}", "\n", "var", "amtOut", "int64", "\n", "for", "iv", ":=", "range", "msgTx", ".", "TxOut", "{", "amtOut", "+=", "msgTx", ".", "TxOut", "[", "iv", "]", ".", "Value", "\n", "}", "\n", "return", "dcrutil", ".", "Amount", "(", "amtIn", "-", "amtOut", ")", "\n", "}" ]
// TxFee computes and returns the fee for a given tx
[ "TxFee", "computes", "and", "returns", "the", "fee", "for", "a", "given", "tx" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L1076-L1086
142,397
decred/dcrdata
txhelpers/txhelpers.go
TotalOutFromMsgTx
func TotalOutFromMsgTx(msgTx *wire.MsgTx) dcrutil.Amount { var amtOut int64 for _, v := range msgTx.TxOut { amtOut += v.Value } return dcrutil.Amount(amtOut) }
go
func TotalOutFromMsgTx(msgTx *wire.MsgTx) dcrutil.Amount { var amtOut int64 for _, v := range msgTx.TxOut { amtOut += v.Value } return dcrutil.Amount(amtOut) }
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// TotalOutFromMsgTx computes the total value out of a MsgTx
[ "TotalOutFromMsgTx", "computes", "the", "total", "value", "out", "of", "a", "MsgTx" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L1115-L1121
142,398
decred/dcrdata
txhelpers/txhelpers.go
TotalVout
func TotalVout(vouts []dcrjson.Vout) dcrutil.Amount { var total dcrutil.Amount for _, v := range vouts { a, err := dcrutil.NewAmount(v.Value) if err != nil { continue } total += a } return total }
go
func TotalVout(vouts []dcrjson.Vout) dcrutil.Amount { var total dcrutil.Amount for _, v := range vouts { a, err := dcrutil.NewAmount(v.Value) if err != nil { continue } total += a } return total }
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// TotalVout computes the total value of a slice of dcrjson.Vout
[ "TotalVout", "computes", "the", "total", "value", "of", "a", "slice", "of", "dcrjson", ".", "Vout" ]
02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L1124-L1134
142,399
decred/dcrdata
txhelpers/txhelpers.go
GenesisTxHash
func GenesisTxHash(params *chaincfg.Params) chainhash.Hash { return params.GenesisBlock.Transactions[0].TxHash() }
go
func GenesisTxHash(params *chaincfg.Params) chainhash.Hash { return params.GenesisBlock.Transactions[0].TxHash() }
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// GenesisTxHash returns the hash of the single coinbase transaction in the // genesis block of the specified network. This transaction is hard coded, and // the pubkey script for its one output only decodes for simnet.
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02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6
https://github.com/decred/dcrdata/blob/02d6f8e648f7e2c5cf78ea92fb17b1d4aa4a99f6/txhelpers/txhelpers.go#L1139-L1141