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def time_difference(was_hours, was_minutes, was_seconds, now_hours, now_minutes, now_seconds):
now_hours -= was_hours
now_minutes -= was_minutes
now_seconds -= was_seconds
seconds_passed = 0
now_minutes = now_minutes * 60
now_hours = now_hours * 3600
seconds_passed += now_seconds
seconds_passed += now_minutes
seconds_passed += now_hours
print(seconds_passed)
time_difference(int(input()), int(input()), int(input()), int(input()), int(input()), int(input())) |
# Plot the raw data before setting the datetime index
df.plot()
plt.show()
# Convert the 'Date' column into a collection of datetime objects: df.Date
df.Date = pd.to_datetime(df.Date)
# Set the index to be the converted 'Date' column
df.set_index('Date', inplace=True)
# Re-plot the DataFrame to see that the axis is now datetime aware!
df.plot()
plt.show()
|
a = 3
b = 5
print(f'Os valores são \033[31m{a}\033[m e \033[34m{b}\033[m')
nome = 'Guanabara'
cores = {'limpa': '\033[m',
'azul': '\033[34m',
'amarelo': '\033[33m',
'pretoebranco': '\033[7;29m'}
print(f'{cores["azul"]}{nome}{cores["limpa"]}')
|
def binary(num):
s = ""
if num != 0:
while num >= 1:
if num % 2 == 0:
s = s + "0"
num = num/2
else:
s = s + "1"
num = num/2
else:
s="0"
return "".join(reversed(s))
print(binary(12)) |
_lookup = {
# https://support.microsoft.com/en-us/kb/89879
'MS_ADPCM': 1,
'IMA_ADPCM': 1,
'PCM_S8': 1,
'PCM_U8': 1,
'PCM_16': 2,
'PCM_24': 3,
'PCM_32': 4,
'FLOAT': 4,
'DOUBLE': 8,
# this is a guess, erring on the side of caution
'VORBIS': 3
}
def chunk_size_samples(sf, buf):
"""
Black magic to account for the fact that libsndfile's behavior varies
depending on file format when using the virtual io api.
If you ask for more samples from an ogg or flac file than are available
at that moment, libsndfile will give you no more samples ever, even if
more bytes arrive in the buffer later.
"""
byte_depth = _lookup[sf.subtype]
channels = sf.channels
bytes_per_second = byte_depth * sf.samplerate * channels
secs = len(buf) / bytes_per_second
secs = max(1, secs - 6)
return int(secs * sf.samplerate)
|
numbers = [int(s) for s in input().split()]
command = input()
while command != 'end':
command = command.split()
action = command[0]
if action == 'swap':
index_1 = int(command[1])
index_2 = int(command[2])
numbers[index_1], numbers[index_2] = numbers[index_2], numbers[index_1]
elif action == 'multiply':
index_1 = int(command[1])
index_2 = int(command[2])
numbers[index_1] = numbers[index_1] * numbers[index_2]
elif action == 'decrease':
numbers = [s - 1 for s in numbers]
command = input()
numbers = [str(s) for s in numbers]
print(', '.join(numbers)) |
_base_ = [
'../_base_/models/stylegan/stylegan3_base.py',
'../_base_/datasets/ffhq_flip.py', '../_base_/default_runtime.py'
]
batch_size = 32
magnitude_ema_beta = 0.5**(batch_size / (20 * 1e3))
synthesis_cfg = {
'type': 'SynthesisNetwork',
'channel_base': 32768,
'channel_max': 512,
'magnitude_ema_beta': 0.999
}
r1_gamma = 32.8
d_reg_interval = 16
model = dict(
type='StaticUnconditionalGAN',
generator=dict(out_size=1024, img_channels=3, synthesis_cfg=synthesis_cfg),
discriminator=dict(in_size=1024),
gan_loss=dict(type='GANLoss', gan_type='wgan-logistic-ns'),
disc_auxiliary_loss=dict(loss_weight=r1_gamma / 2.0 * d_reg_interval))
imgs_root = None # set by user
data = dict(
samples_per_gpu=4,
train=dict(dataset=dict(imgs_root=imgs_root)),
val=dict(imgs_root=imgs_root))
ema_half_life = 10. # G_smoothing_kimg
custom_hooks = [
dict(
type='VisualizeUnconditionalSamples',
output_dir='training_samples',
interval=5000),
dict(
type='ExponentialMovingAverageHook',
module_keys=('generator_ema', ),
interp_mode='lerp',
interval=1,
start_iter=0,
momentum_policy='rampup',
momentum_cfg=dict(
ema_kimg=10, ema_rampup=0.05, batch_size=batch_size, eps=1e-8),
priority='VERY_HIGH')
]
inception_pkl = 'work_dirs/inception_pkl/ffhq_noflip_1024x1024.pkl'
metrics = dict(
fid50k=dict(
type='FID',
num_images=50000,
inception_pkl=inception_pkl,
inception_args=dict(type='StyleGAN'),
bgr2rgb=True))
evaluation = dict(
type='GenerativeEvalHook',
interval=10000,
metrics=dict(
type='FID',
num_images=50000,
inception_pkl=inception_pkl,
inception_args=dict(type='StyleGAN'),
bgr2rgb=True),
sample_kwargs=dict(sample_model='ema'))
checkpoint_config = dict(interval=10000, by_epoch=False, max_keep_ckpts=30)
lr_config = None
total_iters = 800002
|
potencia=int(input())
tempo=int(input())
calculo=(potencia/1000)*(tempo/60)
print(f'{calculo:.1f} kWh')
|
def is_palindrome(input_string):
"""Check if a string is a palindrome
irrespective of capitalisation
Returns:
True if string is a palindrome
e.g
>>> is_palindrome("kayak")
OUTPUT : True
False if string is not a palindrome
e.g
>>> is_palindrome("Boat")
OUTPUT : False
"""
# Create variables to hold new strings to be compared
new_string = ""
reversed_string = ""
# Ensure that the string is not empty
if input_string != '':
# Change input into lower case and loop through each letter
for char in input_string.lower():
# Remove all white spaces
# Add each letter to a string
# Reverse the string
if char != " ":
new_string += char
reversed_string = ''.join(reversed(new_string))
# Compare the strings
if new_string == reversed_string:
return True
return False
return "String is empty"
# Tests
print(is_palindrome("kayak")) # Return True
print(is_palindrome("Hold Your fire")) # Return False
print(is_palindrome("Never Odd or Even")) # Return True
print(is_palindrome("abc")) # Return False
print(is_palindrome("")) # Return "String is empty"
|
# Complexity O(n)
def linear_search(array: list, elem):
for index, number in enumerate(array):
if number == elem:
print(f"The elem {elem} is present ind array, on index {index}.")
return index
print(f"The elem {elem} isn't on array.")
return -1
def linear_search_in(array: list, elem):
return elem in array # this return true or false
def linear_search_index(array: list, elem):
try:
return array.index(elem)
except ValueError:
return -1
array = list(range(1, 100))
print(linear_search(array, 101))
print(linear_search(array, 1))
|
# lcs = longest_consecutive_series
# ccn = count_of_consecutive_numbers
class Solution(object): #main function
def longestConsecutive(self, values): #sub funcction
lcs = 0 # Initializing
for i in values: # Iteration the given value
if i-1 not in values: # condition check
value = i
ccn = 0
while i in values:
i+=1 #increament
ccn+=1 #increment
lcs = max(lcs,ccn) #maximum finding
return lcs
print(" Length of LCS is ",Solution().longestConsecutive({13,15,19,16,21,17,18,23,1,4})) #Calling two function Solution and longestConsecutive
'''
longestConsecutive will be called and it will pass the value.
longest_consecutive_series value will be assign
loop will be called
for i = 1 (True ):-
if i-1 not in values ( True ):-
value = 1
count_of_consecutive_numbers = 0
for i =1 (True )
i +=1 , i=2
count_of_consecutive_numbers = 1
max will be find between longest_consecutive_series,count_of_consecutive_numbers
for i =2 ( False )
back to main loop.
for i = 4 ( True ) :-
if i-1 not in values ( True ):-
value = 4
count_of_consecutive_numbers = 0
for i = 4 (True )
i +=1 , i = 5
count_of_consecutive_numbers = 1
longest_consecutive_series =1
for i = 5 ( False )
back to main loop
for i = 5 (False ) :- The value of i will be iterate
for i = 13 (True ) :-
if i-1 not in values ( True ):-
value = 13
count_of_consecutive_numbers = 0
for i = 13 ( True )
i +=1 , i = 13
count_of_consecutive_numbers = 1
longest_consecutive_series =
for i = 14 (False)
back to main loop
for i = 14 (False ):-
if i-1 not in values ( False )
for i = 15 (True ):-
if i-1 not in values ( True ):-
value = 15
count_of_consecutive_numbers = 0
for i = 15 ( True )
i +=1 , i = 16
count_of_consecutive_numbers = 1
longest_consecutive_series =1
for i = 16 ( True )
i +=1 , i = 17
count_of_consecutive_numbers = 2
longest_consecutive_series =2
for i = 17 ( True )
i +=1 , i = 18
count_of_consecutive_numbers = 3
longest_consecutive_series =3
for i = 18 ( True )
i +=1 , i = 19
count_of_consecutive_numbers = 4
longest_consecutive_series =4
for i = 19 ( True )
i +=1 , i = 20
count_of_consecutive_numbers = 5
longest_consecutive_series =5
for i = 20 ( False )
back to main loop
for i = 16 ( True ):-
if i-1 not in values ( False ):-
back to main loop
for i = 17 ( True ):-
if i-1 not in values ( False ):-
back to main loop
for i = 18 ( True ):-
if i-1 not in values ( False ):-
back to main loo
for i = 19 ( True ):-
if i-1 not in values ( False ):-
back to main loo
for i = 21 ( True ):-
if i-1 not in values ( True ):-
value = 21
count_of_consecutive_numbers = 0
for i = 21 ( True )
i +=1 , i = 22
count_of_consecutive_numbers = 1
longest_consecutive_series =1
for i = 22 ( False ):-
back to main loop
for i = 23 ( True ):-
if i-1 not in values ( True ):-
value = 23
count_of_consecutive_numbers = 0
for i = 23 ( True )
i +=1 , i = 24
count_of_consecutive_numbers = 1
longest_consecutive_series = 1
for i = 24 (False ):-
back to main loop
'''
|
"""
This module contains some constants and utilities for converting between
stars and levels.
The EXP system works as follows:
- To advance to the next level, you need to acquare 8 banners.
- Banners can be bought with stars. A banner costs a single star at level one,
with the cost of a banner increasing by a single star for every three levels
after the fifth level.
The rules are implemented here mostly for reference since the EXP system is
rather freeform and does not have a lot of rules. These conversion functions
are also separately implemented in the front end to allow for easy display of
and modifications to a character's progress.
"""
# The number of banners needed to achieve a single level.
BANNERS_PER_LEVEL = 8
# The number stars needed to purchase a banner for a character of a certain
# level. These values are hardcoded here for convenience since there are only a
# few of them and it makes calculations a lot simpler and clearer.
#
# The TypeScript version includes some more levels after level 20, but those are
# purely for comestic purposes.
STARS_PER_BANNER = {
1: 1,
2: 1,
3: 1,
4: 1,
5: 2,
6: 2,
7: 2,
8: 3,
9: 3,
10: 3,
11: 4,
12: 4,
13: 4,
14: 5,
15: 5,
16: 5,
17: 6,
18: 6,
19: 6,
20: 6,
}
# We can use the above values to calculate how many stars we need to reach a
# certain level
STARS_FOR_LEVEL = {1: 0}
for level, banner_cost in STARS_PER_BANNER.items():
# There's no progression after level 20, only awesomeness
if level >= 20:
continue
last_level_requirement = STARS_FOR_LEVEL[level]
STARS_FOR_LEVEL[level + 1] = (
last_level_requirement + banner_cost * BANNERS_PER_LEVEL
)
LEVELS = list(sorted(STARS_FOR_LEVEL.keys()))
def stars_to_level(character_stars):
"""
Convert between stars and level progression.
Parameters
----------
character_stars : int
The number of stars a character has.
Returns
-------
level : int
The character's current level.
banners : int
The number of banners towards the next level the character currently
possesses.
stars : int
The number of stars towards the next banner the character currently
possesses.
"""
# We can determine a character's level from the leveling table above and
# calculate the rest from there
level, level_cost = next(
(
(level, STARS_FOR_LEVEL[level])
for level in reversed(LEVELS)
if character_stars >= STARS_FOR_LEVEL[level]
),
(0, STARS_FOR_LEVEL[2]),
)
banner_cost = STARS_PER_BANNER[level]
banners = (character_stars - level_cost) // banner_cost
remaining_stars = character_stars - level_cost - (banners * banner_cost)
return level, banners, remaining_stars
def level_to_stars(level):
"""
Calculate how many stars are needed to reach a certain level.
This is useful when adding new characters.
Parameters
----------
level : int
The character's level.
Returns
-------
int
The number of stars needed to reach this level.
"""
return STARS_FOR_LEVEL.get(level, 0)
|
# Uses python3
def lcm_naive(a, b):
for l in range(1, a*b + 1):
if l % a == 0 and l % b == 0:
return l
return a*b
def gcd(a, b):
while b:
a, b = b, a % b
return a
def lcm(a, b):
d = gcd(a, b)
return (a // d) * b
if __name__ == '__main__':
a, b = map(int, input().split())
print(lcm(a, b))
|
"""
app.py
the main file for launching the web dashboard.
By: Calacuda | MIT Licence | Epoch: Mar 25, 2021
"""
|
# french verb conjugation (present)
# greet the user
print('welcome to the french verb conjugator')
# user enter their word
word = str(input('please enter the word you want to conjugate: ')).lower()
# list of conjugated words
word_conjugate = []
# function (and conditional) to check word ending
def conjugate():
# create the conjugated word
if word.endswith('oir'):
word_oir = ['je ' + word.replace('oir', 'ois', 1),
'tu ' + word.replace('oir', 'ois', 1),
'il ' + word.replace('oir', 'oit', 1),
'nous ' + word.replace('oir', 'ons', 1),
'vous ' + word.replace('oir', 'ez', 1),
'ils ' + word.replace('oir', 'ent', 1)]
# append results to the list
word_conjugate.extend(word_oir)
elif word.endswith('dre'):
word_dre = ['je ' + word.replace('dre', 'ds', 1),
'tu ' + word.replace('dre', 'ds', 1),
'il ' + word.replace('dre', 'd', 1),
'nous ' + word.replace('dre', 'dons', 1),
'vous ' + word.replace('dre', 'dez', 1),
'ils ' + word.replace('dre', 'dent', 1)]
word_conjugate.extend(word_dre)
elif word.endswith('ir'):
word_ir = ['je ' + word.replace('ir', 'is', 1),
'tu ' + word.replace('ir', 'is', 1),
'il '+ word.replace('ir', 'it', 1),
'nous ' + word.replace('ir', 'issons', 1),
'vous ' + word.replace('ir', 'issez', 1),
'ils ' + word.replace('ir', 'issent', 1)]
word_conjugate.extend(word_ir)
elif word.endswith('er'):
word_er = ['je ' + word.replace('er', 'e', 1),
'tu ' + word.replace('er', 'es', 1),
'il ' + word.replace('er', 'e', 1),
'nous ' + word.replace('er', 'ons', 1),
'vous ' + word.replace('er', 'ez', 1),
'ils ' + word.replace('er', 'ent', 1)]
word_conjugate.extend(word_er)
else:
print('i can not handle exceptions yet.')
# format the list of conjugated words
def conjugate_format():
print(*word_conjugate, sep = '\n')
# call the functions
conjugate()
conjugate_format()
|
class payload:
def __init__(self):
self.name = "next"
self.description = "tell iTunes to play next track"
self.type = "applescript"
self.id = 121
def run(self,session,server,command):
payload = "tell application \"iTunes\" to next track"
server.sendCommand(self.name,payload,self.type,session.conn)
return ""
|
def draw_polygons(self, pipes, gaps):
BLACK = (0, 0, 0)
danger = []
# upper left of pipe[0]
a = (0, 0)
b = (pipes['upper'][0]['x'], 0)
c = (pipes['upper'][0]['x'], gaps[0]['y'])
d = (0, gaps[0]['y'])
danger.append([a, b, c, d])
# lower left of pipe[0]
a = (0, pipes['lower'][0]['y'])
b = (pipes['lower'][0]['x'], pipes['lower'][0]['y'])
c = (pipes['lower'][0]['x'], BASE_Y)
d = (0, BASE_Y)
danger.append([a, b, c, d])
#between upper pipe[0] and pipe[1]
a = (pipes['upper'][0]['x'] + PIPE_W, 0)
b = (pipes['upper'][1]['x'], 0)
c = (pipes['upper'][1]['x'], gaps[1]['y'])
d = (pipes['upper'][0]['x'] + PIPE_W, gaps[0]['y'])
danger.append([a, b, c, d])
a = (pipes['lower'][0]['x'] + PIPE_W, pipes['lower'][0]['y'])
b = (pipes['lower'][1]['x'], pipes['lower'][1]['y'])
c = (pipes['lower'][1]['x'], BASE_Y)
d = (pipes['lower'][0]['x'] + PIPE_W, BASE_Y)
danger.append([a, b, c, d])
a = (pipes['upper'][1]['x'] + PIPE_W, 0)
b = (SCREEN_W, 0)
c = (SCREEN_W, gaps[1]['y'])
d = (pipes['upper'][1]['x'] + PIPE_W, gaps[1]['y'])
danger.append([a, b, c, d])
a = (pipes['lower'][1]['x'] + PIPE_W, pipes['lower'][1]['y'])
b = (SCREEN_W, pipes['lower'][1]['y'])
c = (SCREEN_W, BASE_Y)
d = (pipes['lower'][1]['x'] + PIPE_W, BASE_Y)
danger.append([a, b, c, d])
danger_zone = []
masks = []
for z in danger:
poly = [z[0], z[1], z[2], z[3]]
danger_zone.append(pygame.draw.polygon(SCREEN, BLACK, poly))
masks.append(fl.getHitmask(poly))
return danger_zone, masks |
#!/usr/bin/env python
# -*- coding: utf-8 -*-
try:
f = open('myfile.txt')
s = f.readline()
i = int(s.strip())
except OSError as err:
print("OS error: ", err)
except ValueError:
print("Could not convert data to integer.")
raise
except:
print("Unexpected error!")
raise
|
"""
########################################################################
The parameters.py module contains the Parameters class, which provides
I/O tools for defining input parameters, as required for FAO-56
calculations.
The parameters.py module contains the following:
Parameters - A class for managing input parameters for FAO-56
calculations
01/07/2016 Initial Python functions developed by Kelly Thorp
11/04/2021 Finalized updates for inclusion in the pyfao56 Python package
########################################################################
"""
class Parameters:
"""A class for managing input parameters for FAO-56 calculations
Attributes
----------
Kcbini : float
Kcb Initial (FAO-56 Table 17)
Kcbmid : float
Kcb Mid (FAO-56 Table 17)
Kcbend : float
Kcb End (FAO-56 Table 17)
Lini : int
Length Stage Initial (days) (FAO-56 Table 11)
Ldev : int
Length Stage Development (days) (FAO-56 Table 11)
Lmid : int
Length Stage Mid (days) (FAO-56 Table 11)
Lend : int
Length Stage End (days) (FAO-56 Table 11)
hini : float
Plant Height Initial (m)
hmax : float
Plant Height Maximum (m) (FAO-56 Table 12)
thetaFC : float
Volumetric Soil Water Content, Field Capacity (cm3/cm3)
thetaWP : float
Volumetric Soil Water Content, Wilting Point (cm3/cm3)
theta0 : float
Volumetric Soil Water Content, Initial (cm3/cm3)
Zrini : float
Rooting Depth Initial (m)
Zrmax : float
Rooting Depth Maximum (m) (FAO-56 Table 22)
pbase : float
Depletion Fraction (p) (FAO-56 Table 22)
Ze : float
Depth of surface evaporation layer (m) (FAO-56 Table 19 & p144)
REW : float
Total depth Stage 1 evaporation (mm) (FAO-56 Table 19)
Methods
-------
savefile(filepath='pyfao56.par')
Save the parameter data to a file
loadfile(filepath='pyfao56.par')
Load the parameter data from a file
"""
def __init__(self, Kcbini=0.15, Kcbmid=1.10, Kcbend=0.50, Lini=25,
Ldev=50, Lmid=50, Lend=25, hini=0.05, hmax=1.20,
thetaFC=0.250, thetaWP=0.100, theta0=0.100, Zrini=0.20,
Zrmax=1.40, pbase=0.50, Ze=0.10, REW=8.0):
"""Initialize the Parameters class attributes.
Default parameter values are given below. Users should update
the parameters with values for their specific crop and field
conditions based on FAO-56 documentation.
Parameters
----------
See Parameters class docstring for parameter definitions.
Kcbini : float, default = 0.15
Kcbmid : float, default = 1.10
Kcbend : float, default = 0.50
Lini : int , default = 25
Ldev : int , default = 50
Lmid : int , default = 50
Lend : int , default = 25
hini : float, default = 0.05
hmax : float, default = 1.20
thetaFC : float, default = 0.250
thetaWP : float, default = 0.100
theta0 : float, default = 0.100
Zrini : float, default = 0.20
Zrmax : float, default = 1.40
pbase : float, default = 0.50
Ze : float, default = 0.10
REW : float, default = 8.0
"""
self.Kcbini = Kcbini
self.Kcbmid = Kcbmid
self.Kcbend = Kcbend
self.Lini = Lini
self.Ldev = Ldev
self.Lmid = Lmid
self.Lend = Lend
self.hini = hini
self.hmax = hmax
self.thetaFC = thetaFC
self.thetaWP = thetaWP
self.theta0 = theta0
self.Zrini = Zrini
self.Zrmax = Zrmax
self.pbase = pbase
self.Ze = Ze
self.REW = REW
def __str__(self):
"""Represent the Parameter class variables as a string."""
ast='*'*72
s=('{:s}\n'
'pyfao56: FAO-56 in Python\n'
'Parameter Data\n'
'{:s}\n'
'{:9.4f} Kcbini, Kcb Initial (FAO-56 Table 17)\n'
'{:9.4f} Kcbmid, Kcb Mid (FAO-56 Table 17)\n'
'{:9.4f} Kcbend, Kcb End (FAO-56 Table 17)\n'
'{:9d} Lini, Length Stage Initial (days) (FAO-56 Table 11)\n'
'{:9d} Ldev, Length Stage Development (days) '
'(FAO-56 Table 11)\n'
'{:9d} Lmid, Length Stage Mid (days) (FAO-56 Table 11)\n'
'{:9d} Lend, Length Stage End (days) (FAO-56 Table 11)\n'
'{:9.4f} hini, Plant Height Initial (m)\n'
'{:9.4f} hmax, Plant Height Maximum (m) (FAO-56 Table 12)\n'
'{:9.4f} thetaFC, Vol. Soil Water Content, Field Capacity '
'(cm3/cm3)\n'
'{:9.4f} thetaWP, Vol. Soil Water Content, Wilting Point '
'(cm3/cm3)\n'
'{:9.4f} theta0, Vol. Soil Water Content, Initial '
'(cm3/cm3)\n'
'{:9.4f} Zrini, Rooting Depth Initial (m)\n'
'{:9.4f} Zrmax, Rooting Depth Maximum (m) '
'(FAO-56 Table 22)\n'
'{:9.4f} pbase, Depletion Fraction (p) (FAO-56 Table 22)\n'
'{:9.4f} Ze, Depth of surface evaporation layer (m) '
'(FAO-56 Table 19 and Page 144)\n'
'{:9.4f} REW, Total depth Stage 1 evaporation (mm) '
'(FAO-56 Table 19)\n'
).format(ast,ast,self.Kcbini,self.Kcbmid,self.Kcbend,
self.Lini,self.Ldev,self.Lmid,self.Lend,self.hini,
self.hmax,self.thetaFC,self.thetaWP,self.theta0,
self.Zrini,self.Zrmax,self.pbase,self.Ze,self.REW)
return s
def savefile(self,filepath='pyfao56.par'):
"""Save pyfao56 parameters to a file.
Parameters
----------
filepath : str, optional
Any valid filepath string (default = 'pyfao56.par')
Raises
------
FileNotFoundError
If filepath is not found.
"""
try:
f = open(filepath, 'w')
except FileNotFoundError:
print("The filepath for parameter data is not found.")
else:
f.write(self.__str__())
f.close()
def loadfile(self, filepath='pyfao56.par'):
"""Load pyfao56 parameters from a file.
Parameters
----------
filepath : str, optional
Any valid filepath string (default = 'pyfao56.par')
Raises
------
FileNotFoundError
If filepath is not found.
"""
try:
f = open(filepath, 'r')
except FileNotFoundError:
print("The filepath for parameter data is not found.")
else:
lines = f.readlines()
f.close()
self.Kcbini = float(lines[ 4][:9])
self.Kcbmid = float(lines[ 5][:9])
self.Kcbend = float(lines[ 6][:9])
self.Lini = int(lines[ 7][:9])
self.Ldev = int(lines[ 8][:9])
self.Lmid = int(lines[ 9][:9])
self.Lend = int(lines[10][:9])
self.hini = float(lines[11][:9])
self.hmax = float(lines[12][:9])
self.thetaFC = float(lines[13][:9])
self.thetaWP = float(lines[14][:9])
self.theta0 = float(lines[15][:9])
self.Zrini = float(lines[16][:9])
self.Zrmax = float(lines[17][:9])
self.pbase = float(lines[18][:9])
self.Ze = float(lines[19][:9])
self.REW = float(lines[20][:9])
|
"""
Iterator in Python is simply an object that can be iterated upon.
An object which will return data, one element at a time.
Technically, Python 'iterator object' must implement two special methods, __iter__(), and __next__(),
collectively called the iterator protocol.
Most of built-in containers in python like list, tuple, string etc. are iterables.
The advantage of using iterators is that they save resources.
For example we could get all the odd numbers without storing the entire number system in memory
Concept/Code: Hem Raj Regmi ([email protected])
github repository: https://github.com/sangamsyabil/hemAutomation
Happy coding !!!
"""
print('#' * 50)
# define a list
my_list = [4, 3, 5, 4]
# get an iterator using iter()
my_iter = iter(my_list)
print(type(my_iter)) # <class 'list_iterator'>
# iterate through it using next()
print(next(my_iter)) # 4
# next(job) is same as obj.__next__()
print(my_iter.__next__()) # 3
print('#' * 50)
# An example that will give us next power of 2 in each iteration. Power exponent starts from zero upto a user set num.
class PowOfTwo:
"""
Class to implement an iterator of power of two
"""
def __init__(self, max=0):
self.max = max
def __iter__(self):
self.n = 0
return self
def __next__(self):
if self.n <= self.max:
result = 2 ** self.n
self.n += 1
return result
else:
raise StopIteration
# We can create an iterator and iterate through it
a = PowOfTwo(4)
i = iter(a)
print(next(i)) # 1
print(next(i)) # 2
print(next(i)) # 4
print('\n')
# We also can use a for lop to iterate over our iterator class
for i in PowOfTwo(4):
print(i)
|
test = { 'name': 'q1.1',
'points': 1,
'suites': [ { 'cases': [ { 'code': '>>> assert abs(P[0] - 0.003819) < .1*0.003819;\n'
'>>> assert abs(P[1] - 0.016803) < .1*0.016803;\n'
'>>> assert abs(P[2] - 0.180881) < .1*0.180881;\n'
'>>> assert abs(P[3] - 0.631248) < .1*0.631248\n',
'hidden': False,
'locked': False}],
'scored': True,
'setup': '',
'teardown': '',
'type': 'doctest'}]}
|
"""
This module contains a class for sharing information on the state of the ACC,
rover, and obstacle between the main process for the ACC and the listener
process. It allows for this information to be relayed to the user.
"""
UNKNOWN = "-" # An initial value given to all of the values, so that the user interface has something to show that the
# given value is currently unknown
class SystemInfo(object):
def __init__(self):
self.currentSpeed = UNKNOWN
self.obstacleDistance = UNKNOWN
self.obstacleRelSpeed = UNKNOWN
self.ticksLeft = UNKNOWN
self.ticksRight = UNKNOWN
self.safetyRange = UNKNOWN
self.startupVoltage = UNKNOWN
self.userSetSpeed = UNKNOWN
self.safeDistance = UNKNOWN
self.criticalDistance = UNKNOWN
self.alertDistance = UNKNOWN
self.power = True
def getPower(self):
return self.power
def getUserSetSpeed(self):
return self.userSetSpeed
def getCurrentSpeed(self):
return self.currentSpeed
def getSafeDistance(self):
return self.safeDistance
def getCriticalDistance(self):
return self.criticalDistance
def getAlertDistance(self):
return self.alertDistance
def getObstacleDistance(self):
return self.obstacleDistance
def getObstacleRelSpeed(self):
return self.obstacleRelSpeed
def getTicksLeft(self):
return self.ticksLeft
def getTicksRight(self):
return self.ticksRight
def getSafetyRange(self):
return self.safetyRange
def getStartupVoltage(self):
return self.startupVoltage
def setPower(self, power):
self.power = power
def setUserSetSpeed(self, speed):
self.userSetSpeed = speed
def setCurrentSpeed(self, speed):
self.currentSpeed = int(speed)
def setSafeDistance(self, distance):
self.safeDistance = distance
def setCriticalDistance(self, distance):
self.criticalDistance = distance
def setAlertDistance(self, distance):
self.alertDistance = distance
def setObstacleDistance(self, distance):
self.obstacleDistance = distance
def setObstacleRelSpeed(self, speed):
self.obstacleRelSpeed = speed
def setTicksLeft(self, ticks):
self.ticksLeft = ticks
def setTicksRight(self, ticks):
self.ticksRight = ticks
def setSafetyRange(self, s_range):
self.safetyRange = s_range
def setStartupVoltage(self, volt):
self.startupVoltage = volt
|
input = """
c num blocks = 1
c num vars = 250
c minblockids[0] = 1
c maxblockids[0] = 250
p cnf 250 1112
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-250 -21 100 0
151 -110 -209 0
48 -168 -81 0
-168 -143 239 0
-9 216 -184 0
-96 230 40 0
-108 -77 -62 0
80 6 -113 0
-73 -1 -242 0
193 -220 -33 0
-74 78 129 0
142 -112 -167 0
11 -197 -89 0
7 231 150 0
130 145 -201 0
-128 47 116 0
-90 141 78 0
204 -22 -245 0
-105 -156 -28 0
218 -105 40 0
213 82 -220 0
209 -87 -198 0
-146 -186 147 0
-241 -181 43 0
-106 41 49 0
-214 92 -213 0
109 -218 60 0
30 102 21 0
161 133 178 0
-197 225 -38 0
226 -87 -122 0
-76 106 -208 0
-147 -124 -44 0
132 -115 67 0
191 151 28 0
236 142 -77 0
-164 187 -78 0
-185 -76 48 0
-145 -84 160 0
71 -160 -151 0
-39 -183 22 0
37 -159 209 0
46 81 -150 0
-89 -119 -165 0
-158 -29 -26 0
113 234 10 0
243 93 -3 0
61 -149 -207 0
-231 67 82 0
-172 -84 229 0
-2 182 213 0
-25 113 63 0
-182 189 171 0
-202 -4 -148 0
-209 166 -109 0
-113 -87 -210 0
38 -35 -232 0
-155 -191 192 0
-113 148 -232 0
-26 -106 -206 0
-149 211 94 0
223 -206 94 0
93 -23 40 0
22 191 157 0
5 198 -13 0
211 151 249 0
13 175 -229 0
126 -14 -227 0
250 -244 -239 0
64 127 176 0
140 -182 244 0
-183 -189 158 0
22 118 89 0
109 56 110 0
53 -48 206 0
64 131 -137 0
205 -219 -102 0
-6 -154 -116 0
-24 -249 77 0
-175 122 -26 0
-63 -183 -192 0
-178 -173 -165 0
6 -181 56 0
149 -218 -11 0
-160 -211 -115 0
-54 -242 -94 0
-103 12 56 0
-4 -144 -236 0
-195 1 -54 0
-157 192 50 0
237 -86 154 0
42 -110 33 0
-132 233 245 0
7 147 -250 0
195 64 238 0
-225 -2 129 0
-91 -154 -138 0
-51 -61 -43 0
-85 -136 -209 0
-24 -219 -45 0
37 -219 72 0
186 -106 -51 0
-151 -149 10 0
241 71 94 0
-146 155 236 0
41 -38 121 0
-250 119 -19 0
6 -91 -103 0
235 -21 184 0
-60 -9 -99 0
138 16 -141 0
230 19 98 0
-228 133 -24 0
190 118 186 0
-246 28 61 0
200 213 99 0
-132 15 -131 0
-105 233 -202 0
183 165 114 0
50 238 181 0
-117 -130 139 0
125 -110 24 0
-229 -114 -174 0
138 -93 -64 0
-176 153 58 0
-221 -244 62 0
-8 -83 -197 0
-158 36 -4 0
-96 -149 -81 0
119 142 -191 0
87 -6 -139 0
-118 102 3 0
-151 -58 -236 0
-135 -142 -75 0
-205 224 65 0
-59 63 -171 0
-219 -98 -14 0
-94 108 -66 0
-237 -94 113 0
184 183 -99 0
218 164 -181 0
-209 -11 -160 0
-68 -138 -235 0
-221 -41 180 0
63 73 -240 0
-185 -180 81 0
104 -181 161 0
120 -104 80 0
96 -184 168 0
245 210 208 0
240 -85 -114 0
-35 47 -180 0
-199 131 22 0
15 -227 170 0
99 -89 116 0
234 162 -15 0
48 145 192 0
56 -187 17 0
226 172 -75 0
-28 229 31 0
103 62 183 0
226 -79 -120 0
-73 110 65 0
223 -76 192 0
-126 -115 -234 0
122 -82 -226 0
-64 14 -204 0
191 -218 -208 0
172 -95 -14 0
146 -95 -187 0
-172 4 -240 0
66 63 -100 0
58 239 -117 0
-88 -175 -244 0
-195 -118 220 0
6 -91 -106 0
-49 158 -140 0
44 -39 231 0
50 -205 -221 0
-86 241 -126 0
55 73 241 0
-154 -144 -43 0
97 -56 149 0
-204 -75 55 0
17 -153 247 0
250 135 77 0
-205 -178 -43 0
-88 73 -8 0
-77 159 170 0
36 -153 -59 0
222 249 82 0
146 177 123 0
174 -49 -229 0
-37 -223 6 0
-146 24 -229 0
-216 -81 212 0
-8 -175 234 0
-153 6 221 0
243 88 -4 0
-241 165 36 0
-148 111 135 0
-129 -38 40 0
158 19 -149 0
48 163 -20 0
166 11 -126 0
-22 -244 214 0
163 -139 162 0
112 240 15 0
-199 -83 33 0
-132 -34 -9 0
221 246 121 0
-226 41 195 0
-88 140 14 0
237 -72 -228 0
-124 -44 153 0
-239 210 -246 0
29 -241 250 0
207 -152 132 0
3 -155 249 0
-170 189 -125 0
149 113 155 0
-207 249 36 0
124 -215 60 0
-131 -105 140 0
237 93 38 0
-244 96 21 0
-27 172 58 0
90 -63 -50 0
93 69 77 0
-96 74 -145 0
172 -99 73 0
170 -9 -97 0
-141 179 -34 0
62 -226 215 0
-230 72 -175 0
25 158 9 0
73 37 -245 0
-105 141 -82 0
88 -201 221 0
-27 58 -30 0
-194 235 -136 0
119 -133 129 0
-248 -190 164 0
65 197 -72 0
-203 -123 140 0
-142 -108 -86 0
228 240 -80 0
-154 -125 136 0
-88 -168 -34 0
-151 -62 122 0
-241 226 -142 0
161 229 -203 0
-182 -84 -29 0
26 -238 218 0
195 246 -225 0
-20 246 -203 0
-139 102 222 0
-194 -68 17 0
221 166 -26 0
238 -113 -150 0
98 139 -140 0
128 -117 -222 0
46 -83 171 0
-102 -116 -60 0
67 -124 234 0
-190 133 25 0
-98 -1 -104 0
-159 234 -106 0
-98 -142 80 0
32 83 10 0
4 89 109 0
53 101 -14 0
-66 -25 -141 0
-196 10 66 0
-250 -180 156 0
141 183 -98 0
72 -109 -20 0
166 138 -92 0
106 99 211 0
231 31 73 0
-175 -33 -143 0
82 -36 73 0
152 39 95 0
-135 139 -5 0
117 -241 3 0
145 -244 123 0
200 -147 -219 0
-51 247 79 0
-190 -175 183 0
203 -54 125 0
1 -203 -172 0
12 50 99 0
-248 81 217 0
-92 -250 54 0
-70 202 61 0
-210 179 20 0
119 -20 -59 0
238 -5 182 0
63 -241 141 0
51 -94 -105 0
36 -145 -143 0
217 -52 69 0
218 -99 105 0
36 -75 48 0
-99 41 189 0
111 -53 -51 0
161 -118 137 0
-132 -119 155 0
-98 244 134 0
235 171 -139 0
78 100 -45 0
200 -123 -43 0
-240 -48 -165 0
-249 -56 90 0
"""
output = "UNSAT"
|
'''
Write a Python program to make a chain of function decorators (bold, italic, underline etc.).
'''
def make_bold(fn):
def wrapped():
return "<b>" + fn() + "</b>"
return wrapped
def make_italic(fn):
def wrapped():
return "<i>" + fn() + "</i>"
return wrapped
def make_underline(fn):
def wrapped():
return "<u>" + fn() + "</u>"
return wrapped
@make_bold
@make_italic
@make_underline
def hello():
return "hello world"
fp = open("xyz.html", 'w')
mod_string = hello() ## returns "<b><i><u>hello world</u></i></b>"
fp.write("<html>")
fp.write("<br>")
fp.write(mod_string)
fp.write("</html>")
|
#
# @lc app=leetcode.cn id=1288 lang=python3
#
# [1288] 删除被覆盖区间
#
# https://leetcode-cn.com/problems/remove-covered-intervals/description/
#
# algorithms
# Medium (55.24%)
# Likes: 21
# Dislikes: 0
# Total Accepted: 4.7K
# Total Submissions: 8.6K
# Testcase Example: '[[1,4],[3,6],[2,8]]'
#
# 给你一个区间列表，请你删除列表中被其他区间所覆盖的区间。
#
# 只有当 c <= a 且 b <= d 时，我们才认为区间 [a,b) 被区间 [c,d) 覆盖。
#
# 在完成所有删除操作后，请你返回列表中剩余区间的数目。
#
#
#
# 示例：
#
#
# 输入：intervals = [[1,4],[3,6],[2,8]]
# 输出：2
# 解释：区间 [3,6] 被区间 [2,8] 覆盖，所以它被删除了。
#
#
#
#
# 提示：
#
#
# 1 <= intervals.length <= 1000
# 0 <= intervals[i][0] < intervals[i][1] <= 10^5
# 对于所有的 i != j：intervals[i] != intervals[j]
#
#
#
# @lc code=start
class Solution:
def removeCoveredIntervals(self, intervals: List[List[int]]) -> int:
res = 0
intervals.sort(key=lambda x:(x[0],-x[1]))
l,r = intervals[0][0],intervals[0][1]
for i in range(1,len(intervals)):
interval = intervals[i]
if interval[0] >= l and interval[1] <= r:
res += 1
if r >= interval[0] and r <= interval[1]:
r = interval[1]
if r < interval[0]:
l,r = interval[0],interval[1]
return len(intervals) - res
# @lc code=end
|
"""Run module."""
class Run:
"""Class describing a TRNSYS simulation.
- convention: left (00:00 is [00:00;01:00[ for an hourly series)
- clock: tzt
"""
def __init__(self):
"""Initialize object."""
pass
|
# Program to calcualte LCM of two numbers
# function to calculate LCM
def lcm(x,y):
if x > y:
greater = x
else:
greater = y
while True:
if (greater % x) == 0 and (greater % y) == 0:
lcm = greater
break
greater+=1
return lcm
a = int(input("Enter first number:"))
b = int(input("Enter second number:"))
print("The LCM of",a,"&",b,"is:",lcm(a,b)) |
def processRecord(RecordClass, row):
record = RecordClass('mphillips')
record.mapping('basic', 'title', row['title'],
qualifier='officialtitle')
record.mapping('agent', 'creator', row['author'],
qualifier='aut', agent_type='per', info='born somewhere')
record.mapping('basic', 'date', row['date'],
qualifier='creation', required=False)
record.setBaseDirectory('records')
record.setFolderName(row['isbn'])
return record
|
#!/usr/bin/env python
# coding: utf-8
# In[1]:
# assignment No 1 {day 3}
# In[2]:
# you all are pilots, & we have to land a plane, the altitiude required to land a plane is 1000ft. if its less than that ask the pilot to land
#if its more than 1000ft but less than 5000ft ask the pilot to reduce the altitude to 1000ft.
#if its more than 5000ft then ask the pilot to try again later
# In[4]:
# taking the variable for altitude
at=int(input("inter the altitude"))
#ptint("at is "at)
# In[5]:
if (at<=1000):
print("its safe to land the plane")
elif (at>1000 and at<5000):
print("reduce the altitude to 1000ft")
else:
print ("try later")
# In[ ]:
|
# -*- coding: utf-8 -*-
"""
Created on Tue Jul 27 13:17:41 2021
You are given a string and your task is to swap cases. In other words, convert all lowercase letters to uppercase letters and vice versa.
For Example:
Www.HackerRank.com → wWW.hACKERrANK.COM
Pythonist 2 → pYTHONIST 2
@author: Ashish
"""
def swap_case(s):
# change data type
mystring = str(s)
# check if string is empty return error
mystring = mystring.strip()
newstring = mystring.swapcase()
return newstring
if __name__ == '__main__':
mystring = input("\n Enter a string: ")
change_case = swap_case(mystring)
print(change_case) |
#=========================================================================
# test_timing.py
#=========================================================================
# Additional timing assertions for special paths (e.g., feedthroughs)
#
#-------------------------------------------------------------------------
# tests
#-------------------------------------------------------------------------
def test_clk_pass_through_arrival():
rpt = 'reports/time-clock-passthrough.rpt'
#assert arrival( rpt ) >= 0.030 # clock must pass through >= 0.030 ns
#assert arrival( rpt ) <= 0.052 # clock must pass through <= 0.052 ns
#-------------------------------------------------------------------------
# slack
#-------------------------------------------------------------------------
# Reads a timing report (dc or innovus) and returns the slack (for the
# first path) as a float.
#
def slack( rpt ):
# Read the timing report
with open( rpt ) as f:
lines = [ l for l in f.readlines() if 'slack' in l.lower() ]
# Extract the slack
#
# Get the first line with a slack number, which looks like this for DC:
#
# slack (MET) 0.0195
#
# It looks like this for Innovus:
#
# = Slack Time 0.020
#
output = float( lines[0].split()[-1] )
return output
#-------------------------------------------------------------------------
# arrival
#-------------------------------------------------------------------------
# Reads a timing report and returns the arrival time (for the first path)
# as a float.
#
def arrival( rpt ):
# Read the timing report
with open( rpt ) as f:
lines = [ l for l in f.readlines() if 'arrival time' in l.lower() ]
# To allow us to use this function to extract the arrival times in both
# DC/Innovus timing reports, we filter out certain kinds of lines from
# the Innovus timing report, which would normally look like this:
#
# Other End Arrival Time 0.000
# = Beginpoint Arrival Time 10.009
#
lines = [ l for l in lines if 'Other End' not in l ]
lines = [ l for l in lines if 'Beginpoint' not in l ]
# Extract the arrival time
#
# Get the first line with an arrival time, which looks like this for
# DC:
#
# data arrival time 0.0305
#
# > Note that there is usually another "negative" version of this
# number just below, where the report shows its math:
#
# data required time 0.0500
# data arrival time -0.0305
#
# > We want the first number, not this one.
#
# It looks like this for Innovus:
#
# - Arrival Time 0.031
#
output = float( lines[0].split()[-1] )
return output
|
NAME_PREFIX_SEPARATOR = "_"
ENDPOINTS_SEPARATOR = ", "
CSI_CONTROLLER_SERVER_WORKERS = 10
# array types
ARRAY_TYPE_XIV = 'A9000'
ARRAY_TYPE_SVC = 'SVC'
ARRAY_TYPE_DS8K = 'DS8K'
|
# optimizer
optimizer = dict(type="SGD", lr=0.04, momentum=0.9, weight_decay=0.0001)
optimizer_config = dict(grad_clip=None)
# learning policy
lr_config = dict(policy="step", warmup="linear", warmup_iters=100, warmup_ratio=0.001, step=[7, 11])
total_epochs = 12
|
class SplitEnd:
"""Event used when the separation of a request into several files is completed"""
NAME = "SPLIT_END"
def __init__(self, directory):
self.directory = directory
def serialize(self):
return {
"name": self.NAME,
"data": {
"directory": self.directory
}
}
@staticmethod
def deserialize(serializedHook):
data = serializedHook["data"]
directory = data["directory"] if "directory" in data else None
return SplitEnd(directory) |
#Escreva um programa para aprovar empréstimo bancário para compra deuma casa.
#O programa vai perguntar o valor da casa,o salario do comprador e em quantos anos ele vai pagar
#Calcule o valor da prestação mensal, sabendo que ela nâo pode exceder 30%do salario ou
#entao o emprestimo sera negado.
#======== COMO EU FIZ===============================
'''vlcasa = float(input('Qual valor do imóvel? '))
salario = float(input('Qual renda salarial? '))
anos = int(input('\033[0;33;41mEm quantos meses pretende pagar?\033[m'))
prestacao = vlcasa (anos * 12)
prestmax = salario*1.30
prest = vlcasa/anos
if prest <= prestmax:
print('Emprestimo liberado .O valor da prestação é R$ {} reais durante {} anos'.format(prest, anos))
elif prest > prestmax:
print('Emprestimo Negado. O Valor excede a margem consignada.')
else:
print ('Tente novamente')'''
#======== GUANABARA ===============================
print('-=' * 30)
print('\33[0;30;41m ANALISADOR DE EMPRÉSTIMOS \33[m')
print('-=' *30)
casa = float(input('Valor da Casa: R$ '))
salario = float(input('Salario do Comprador: R$'))
anos = int(input('Quantos anos de Financiamento? '))
prestacao = casa / (anos*12)
minimo = salario * 30 / 100
print('Para pagar uma casa de R${:.2f} reais em {} anos, '.format(casa, anos), end='') # end faz com que o paragrafo fique na mesma linha.
print('a prestação será de {:.2f}'.format(prestacao))
print(' COMPARANDO tem que pagar {} e o minimo é de {}'.format(prestacao,minimo))
if prestacao <= minimo:
print('\33[0;30;41mEmpréstimo pode ser CONCEDIDO\33[m')
else:
print('\33[0;30;41mEmpréstimo NÃO pode ser CONCEDIDO\33[m')
|
def pattern(n):
s = ''
for i in range(n):
s += str(n)
for ni in range(n-1,i,-1):
s += str(ni)
if n-1 == i:
pass
else:
s += '\n'
return s |
class AlignmentState(basestring):
"""
aligned|misaligned|partial-writes|indeterminate
Possible values:
<ul>
<li> "aligned" - All or most of the IO to the LUN
is aligned to the underlying file,
<li> "misaligned" - A significant amount of IO to the
LUN is not aligned to the underlying file,
<li> "partial_writes" - A significant amount of IO to the
LUN is partial,
<li> "indeterminate" - There is not enough IO to
determine the LUN's alignment state
</ul>
"""
@staticmethod
def get_api_name():
return "alignment-state"
|
print("/"*20)
# lol
stlist = ["qwev", "kleb", "lew", "fvb", "eivf", "igsi", "ycgbayg"]
for s in stlist:
if s.startswith("A"):
print("Found!")
break
else:
print("Not found")
print("/"*20)
answer = 42
guess = 0
while answer != guess:
guess = int(input("Guess the number: "))
else:
pass
# print("no")
print("Ok")
|
# coding: utf-8
class Task:
pass
|
class ProtoConverter:
@classmethod
def proto_to_dict(cls, proto_message):
proto_dict = {}
desc = proto_message.DESCRIPTOR
for field in desc.fields:
field_name = field.name
proto_dict[field_name] = getattr(proto_message, field_name)
return proto_dict |
report = []
with open('input') as file:
report = list(map(lambda x: x.strip(), file))
gamma = ''
epsilon = ''
for bits in zip(*report[::1]):
zero = 0
one = 0
for bit in bits:
if bit == '1':
one += 1
else:
zero += 1
if one > zero:
gamma += '1'
epsilon += '0'
elif zero > one:
gamma += '0'
epsilon += '1'
print('part 1')
print(int(gamma, 2) * int(epsilon, 2))
def get_rating(initial, weight):
p = initial
for i in range(len(p[0])):
one = []
zero = []
for row in p:
if row[i] == '1':
one.append(row)
else:
zero.append(row)
if len(one) > len(zero):
if weight == '1':
p = one
else:
p = zero
elif len(zero) > len(one):
if weight == '1':
p = zero
else:
p = one
else:
if weight == '1':
p = one
else:
p = zero
if len(p) == 1:
return p[0]
o2 = get_rating(report, '1')
co2 = get_rating(report, '0')
print('part 2')
print(int(o2, 2) * int(co2, 2))
|
"""
Write a function to delete a node (except the tail) in a singly linked list, given only access to that node.
Given linked list -- head = [4,5,1,9], which looks like following:
4 -> 5 -> 1 -> 9
Example 1:
Input: head = [4,5,1,9], node = 5
Output: [4,1,9]
Explanation: You are given the second node with value 5, the linked list
should become 4 -> 1 -> 9 after calling your function.
Example 2:
Input: head = [4,5,1,9], node = 1
Output: [4,5,9]
Explanation: You are given the third node with value 1, the linked list
should become 4 -> 5 -> 9 after calling your function.
Note:
The linked list will have at least two elements.
All of the nodes' values will be unique.
The given node will not be the tail and it will always be a valid node of the linked list.
Do not return anything from your function.
"""
# Definition for singly-linked list.
class ListNode:
def __init__(self, x):
self.val = x
self.next = None
class Solution:
@staticmethod
def deleteNode(node):
"""
:type node: ListNode
:rtype: void Do not return anything, modify node in-place instead.
"""
while node.next:
node.val = node.next.val
if not node.next.next:
node.next = None
else:
node = node.next
if __name__ == '__main__':
linked_list = ListNode(4)
linked_list.next = ListNode(5)
to_delete = linked_list.next
linked_list.next.next = ListNode(1)
linked_list.next.next.next = ListNode(9)
Solution.deleteNode(to_delete)
|
# make a player object
health = 100
max_health = 100
level = 1
experience = 0
gold = 0
attack = 10
defense = 8
heal = 5 |
"""Mapping of recipe options to celery configuration directives.
"""
STRING_OPTIONS = {
'broker-url' : 'BROKER_URL',
'broker-password': 'BROKER_PASSWORD',
'broker-transport': 'BROKER_TRANSPORT',
'broker-user': 'BROKER_USER',
'broker-vhost': 'BROKER_VHOST',
'celeryd-log-file': 'CELERYD_LOG_FILE',
'celeryd-log-level': 'CELERYD_LOG_LEVEL',
'result-backend': 'CELERY_RESULT_BACKEND',
'result-dburi': 'CELERY_RESULT_DBURI',
'broker-host': 'BROKER_HOST',
}
NUMERIC_OPTIONS = {
'broker-port': 'BROKER_PORT',
'celeryd-concurrency': 'CELERYD_CONCURRENCY',
}
SEQUENCE_OPTIONS = {
'imports': 'CELERY_IMPORTS',
}
|
f_1 = open("C:/repos/voc2coco/sample/valid.txt", "r")
#f_2 = open("sample_ouput.txt", "r")
f_3 = open("C:/repos/voc2coco/sample/annpaths_list.txt", "w")
for l_1 in f_1:
result = "./sample/Annotations/" + l_1.replace("\n", "") + ".xml\n"
f_3.writelines(result)
f_1.close()
#f_2.close()
f_3.close()
|
MAGIC = 'NICKNAME' # used for 3 way handshake
ENCODING = 'utf-8'
"""
Localhost and port to be used for testing the server
"""
HOST_NAME = '127.0.0.1'
PORT_NUM = 55555
|
"""
General IaC constants
"""
PARAMETER_OVERRIDES = "parameter_overrides"
GLOBAL_PARAMETER_OVERRIDES = "global_parameter_overrides"
|
#!/usr/bin/env python
# -*- coding: utf-8 -*-
"""
ConsumedThing and related entities.
.. autosummary::
:toctree: _consumed
wotpy.wot.consumed.interaction_map
wotpy.wot.consumed.thing
"""
|
'''
9. Write a Python program to display the examination schedule. (extract the date from exam_st_date).
exam_st_date = (11, 12, 2014)
Sample Output : The examination will start from : 11 / 12 / 2014
Tools:slicing,indexing
'''
#9
exam_st_date = (11, 12, 2014)
x = exam_st_date[0]
y = exam_st_date[1]
z = exam_st_date[2]
a = (x,y,z,)
print('The examination will start from : %s / %s / %s' %(a) ) |
"""
Given two strings str1 and str2,
find the length of the smallest string which has both, str1 and str2 as its sub-sequences.
Example:
Input:
2
abcd xycd
efgh jghi
Output:
6
6
SOLUTION:
if str[i] == str[j], then dp[i][j] = dp[i-1][j-1] + 1
else, dp[i][j] = min(dp[i-1][j], dp[i][j-1]) + 1
Be careful when i-1 or j-1 is less than 0!
ALTERNATE:
Answer = len1 + len2 - (Length of LCS of two given strings)
"""
def shortest_common_supersequence(string1, string2):
len1 = len(string1)
len2 = len(string2)
dp_array = [[0] * (len2) for row in range(len1)]
for i in range(0, len(dp_array)):
for j in range(0, len(dp_array[0])):
if string1[i] == string2[j]:
# CAREFUL: Note the `else max(i, j)`.
# Also `j+1` and `i+1` in the next lines.
dp_array[i][j] = (
dp_array[i - 1][j - 1] if (i >= 1 and j >= 1) else max(i, j)
)
else:
up = dp_array[i - 1][j] if i >= 1 else j + 1
left = dp_array[i][j - 1] if j >= 1 else i + 1
dp_array[i][j] = min(left, up)
dp_array[i][j] += 1
return dp_array[len1 - 1][len2 - 1]
def main():
str1 = "abcd"
str2 = "xycd"
ans = shortest_common_supersequence(str1, str2)
print(ans)
main()
|
#!/usr/bin/env python
# encoding: utf-8
"""
@author:nikan
@file: Request.py
@time: 28/02/2018 12:19 PM
""" |
VERSION = 1
SERVICE_URL_BASE = "/api/v" + VERSION + "/"
PG_HOST = "localhost"
PG_USER = "postgres"
PG_PASSWORD = "postgres"
PG_DB = "postgres"
PG_CONNECTION = "host=" + PG_HOST + " user=" + PG_USER + " password=" + PG_PASSWORD + " dbname=" + PG_DB |
def findAllSubset(nums):
if len(nums) == 0:
return []
results = []
cur_num = nums[0]
results.append({cur_num})
rest_set = nums[1:]
tmp = findAllSubset(rest_set)
for ele in tmp:
results.append({cur_num} | ele)
results = results + tmp
return results
def findAllSubset_bit(nums):
length = len(nums)
L = 1 << length # 2 ^ len
result = []
for i in range(L):
temp = []
for j in range(length):
if (i & (1 << j)) != 0:
temp.append(nums[j])
result.append(temp)
return result
a = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13]
result = findAllSubset_bit(a)
print(len(result))
print(result)
|
# FIXME 这个不是正确解, 不满足时间复杂度
class Solution:
def findMedianSortedArrays(self, nums1, nums2):
"""
:type nums1: List[int]
:type nums2: List[int]
:rtype: float
"""
pointer1 = 0
pointer2 = 0
merged_list = []
while pointer1 < len(nums1) or pointer2 < len(nums2):
if pointer1 >= len(nums1):
merged_list.append(nums2[pointer2])
pointer2 += 1
continue
if pointer2 >= len(nums2):
merged_list.append(nums1[pointer1])
pointer1 += 1
continue
if nums1[pointer1] <= nums2[pointer2]:
merged_list.append(nums1[pointer1])
pointer1 += 1
else:
merged_list.append(nums2[pointer2])
pointer2 += 1
merged_list_length = len(merged_list)
if merged_list_length % 2 == 1:
return merged_list[int(merged_list_length / 2)]
else:
return (merged_list[int(merged_list_length / 2) - 1] + merged_list[int(merged_list_length / 2)]) / 2
solution = Solution()
print(solution.findMedianSortedArrays([1, 3], [2]))
print(solution.findMedianSortedArrays([1, 2], [3, 4]))
|
class Queue:
def __init__(self) -> None:
self.items = []
def push(self, item):
self.items.append(item)
def pop(self):
if self.size() > 0:
return self.items.pop(0)
return None
def peek(self):
if self.size() > 0:
return self.items[0]
return None
def size(self):
return len(self.items)
def print(self):
print("Contents of Queue(Right is open) are: ")
for i in self.items:
print(i, end=' ')
print()
if __name__=='__main__':
queue = Queue()
queue.push(2)
queue.push(5)
queue.push(4)
queue.print()
print("Peeked element: " + str(queue.peek()))
print("Popped element: " + str(queue.pop()))
print("Popped element: " + str(queue.pop()))
queue.print()
|
class Maths:
"""Math methods akin to fractions"""
def mdc(self, x, y):
"""Greatest Common Divisor"""
while y != 0:
resto = x % y
x = y
y = resto
return x
def controlador(op,x,y):
"""controls the calculation based on operator"""
if op=="+":
return x+y
elif op=="-":
return x-y
elif op=="/":
return x/y
elif op=="*":
return x*y |
t=int(input())
while(t):
t-=1
b,s,m=map(int,input().split())
print(b+s-m) |
class WXMPCode(object):
SUCCESS = 0
#########################################################################
# Weixin Security Module Error Definition
#########################################################################
# 校验签名失败
ERR_VALIDATE_SIGNATURE = -40001
# 解析xml失败
ERR_PARSE_XML = -40002
# 计算签名失败
ERR_CALCULATE_SIGNATURE = -40003
# 不合法的AESKey
ERR_INVALID_AES_KEY = -40004
# 校验AppID失败
ERR_VERITY_APP_ID = -40005
# AES加密失败
ERR_ENCRYPT_AES = -40006
# AES解密失败
ERR_DECRYPT_AES = -40007
# 公众平台发送的xml不合法
ERR_INVALID_XML_MSG = -40008
# Base64编码失败
ERR_ENCODE_BASE64 = -40009
# Base64解码失败
ERR_DECODE_BASE64 = -40010
# 公众帐号生成回包xml失败
ERR_GENERATE_XML = -40011
|
# Example 1 - names.py: Output three names to the console.
names = ['Issac Newton', 'Marie Curie', 'Albert Einstein']
for name in names:
print(name) |
# Definition for singly-linked list.
# class ListNode:
# def __init__(self, x):
# self.val = x
# self.next = None
class Solution:
def isPalindrome(self, head: ListNode) -> bool:
def reverseList(head: ListNode) -> ListNode:
if head == None:
return
prev = head
curr = head.next
head.next = None
while curr != None:
nextNode = curr.next
curr.next = prev
prev = curr
curr = nextNode
return prev
if head == None:
return True
l = 0
start = head
# First we find length of list
while start != None:
l += 1
start = start.next
# Now we try two pointer approach
secondStart, secondHead = l//2, head
count = 0
while count < secondStart:
count += 1
secondHead = secondHead.next
# if l is odd, we skip the center
secondHead = secondHead.next if l % 2 != 0 else secondHead
# Finally check for palindrome
first, second = head, reverseList(secondHead)
while second != None:
if first.val == second.val:
first = first.next
second = second.next
else:
return False
return True
|
# Copyright 2021 Edoardo Riggio
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
# Complexity: O(2^n)
# This algorithm checks if s can be obtained by adding a subset
# of the elements of A together in a set A with n elements there
# are 2^n subsets. The worst case is where the number is never
# found, which means that the entire set of subsets has to be
# checked. The best case is the one in which the len(A) == 0 or
# s == 0 in both cases the answer is found immediately.
def sum_a(A, s):
return sum_r(A, s, 0, len(A)-1)
def sum_r(A, s, b, e):
if b > e and s == 0:
return True
elif b <= e and sum_r(A, s, b + 1, e):
return True
elif b <= e and sum_r(A, s-A[b], b+1, e):
return True
else:
return False
arr = [1, 1, 1, 1, 1, 5, 4, 8, 6, 3, 10, 4, 8]
print(sum_a(arr, 0))
|
"""External dependencies for Dossier."""
load("@bazel_tools//tools/build_defs/repo:http.bzl", "http_archive")
load("@bazel_tools//tools/build_defs/repo:jvm.bzl", "jvm_maven_import_external")
def dossier_repositories(
omit_aopalliance_aopalliance = False,
omit_args4j_args4j = False,
omit_com_google_auto_auto_common = False,
omit_com_google_auto_factory_auto_factory = False,
omit_com_google_auto_service_auto_service = False,
omit_com_google_auto_value_auto_value = False,
omit_com_google_auto_value_auto_value_annotations = False,
omit_com_google_googlejavaformat_google_java_format = False,
omit_com_squareup_javapoet = False,
omit_com_google_javascript_closure_compiler_unshaded = False,
omit_com_google_javascript_closure_compiler_externs = False,
omit_com_google_template_soy = False,
omit_com_atlassian_commonmark_commonmark = False,
omit_com_google_code_gson_gson = False,
omit_com_google_errorprone_error_prone_annotations = False,
omit_com_google_errorprone_javac_shaded = False,
omit_com_google_guava_guava = False,
omit_com_google_guava_failureaccess_jar = False,
omit_com_google_inject_guice = False,
omit_com_google_inject_extensions_guice_assistedinject = False,
omit_com_google_inject_extensions_guice_multibindings = False,
omit_com_ibm_icu_icu4j = False,
omit_org_hamcrest_hamcrest_core = False,
omit_javax_inject_javax_inject = False,
omit_com_google_jimfs_jimfs = False,
omit_org_jsoup_jsoup = False,
omit_com_google_code_findbugs_jsr305 = False,
omit_junit_junit = False,
omit_org_mockito_mockito_all = False,
omit_com_googlecode_owasp_java_html_sanitizer_owasp_java_html_sanitizer = False,
omit_com_google_common_html_types_types = False,
omit_com_google_truth_truth = False,
omit_com_google_truth_extensions_truth_proto_extension = False,
omit_com_google_truth_extensions_truth_liteproto_extension = False,
omit_com_googlecode_java_diff_utils_diffutils = False):
"""Imports dependencies for Doessier rules"""
if not omit_aopalliance_aopalliance:
aopalliance_aopalliance()
if not omit_args4j_args4j:
args4j_args4j()
if not omit_com_google_auto_auto_common:
com_google_auto_auto_common()
if not omit_com_google_auto_factory_auto_factory:
com_google_auto_factory_auto_factory()
if not omit_com_google_auto_service_auto_service:
com_google_auto_service_auto_service()
if not omit_com_google_auto_value_auto_value:
com_google_auto_value_auto_value()
if not omit_com_google_auto_value_auto_value_annotations:
com_google_auto_value_auto_value_annotations()
if not omit_com_google_googlejavaformat_google_java_format:
com_google_googlejavaformat_google_java_format()
if not omit_com_squareup_javapoet:
com_squareup_javapoet()
if not omit_com_google_javascript_closure_compiler_unshaded:
com_google_javascript_closure_compiler_unshaded()
if not omit_com_google_javascript_closure_compiler_externs:
com_google_javascript_closure_compiler_externs()
if not omit_com_google_template_soy:
com_google_template_soy()
if not omit_com_atlassian_commonmark_commonmark:
com_atlassian_commonmark_commonmark()
if not omit_com_google_code_gson_gson:
com_google_code_gson_gson()
if not omit_com_google_errorprone_error_prone_annotations:
com_google_errorprone_error_prone_annotations()
if not omit_com_google_errorprone_javac_shaded:
com_google_errorprone_javac_shaded()
if not omit_com_google_guava_guava:
com_google_guava_guava()
if not omit_com_google_guava_failureaccess_jar:
com_google_guava_failureaccess_jar()
if not omit_com_google_inject_guice:
com_google_inject_guice()
if not omit_com_google_inject_extensions_guice_assistedinject:
com_google_inject_extensions_guice_assistedinject()
if not omit_com_google_inject_extensions_guice_multibindings:
com_google_inject_extensions_guice_multibindings()
if not omit_com_ibm_icu_icu4j:
com_ibm_icu_icu4j()
if not omit_org_hamcrest_hamcrest_core:
org_hamcrest_hamcrest_core()
if not omit_javax_inject_javax_inject:
javax_inject_javax_inject()
if not omit_com_google_jimfs_jimfs:
com_google_jimfs_jimfs()
if not omit_org_jsoup_jsoup:
org_jsoup_jsoup()
if not omit_com_google_code_findbugs_jsr305:
com_google_code_findbugs_jsr305()
if not omit_junit_junit:
junit_junit()
if not omit_org_mockito_mockito_all:
org_mockito_mockito_all()
if not omit_com_googlecode_owasp_java_html_sanitizer_owasp_java_html_sanitizer:
com_googlecode_owasp_java_html_sanitizer_owasp_java_html_sanitizer()
if not omit_com_google_common_html_types_types:
com_google_common_html_types_types()
if not omit_com_google_truth_truth:
com_google_truth_truth()
if not omit_com_google_truth_extensions_truth_proto_extension:
com_google_truth_extensions_truth_proto_extension()
if not omit_com_google_truth_extensions_truth_liteproto_extension:
com_google_truth_extensions_truth_liteproto_extension()
if not omit_com_googlecode_java_diff_utils_diffutils:
com_googlecode_java_diff_utils_diffutils()
def aopalliance_aopalliance():
jvm_maven_import_external(
name = "aopalliance_aopalliance",
artifact = "aopalliance:aopalliance:1.0",
artifact_sha256 = "0addec670fedcd3f113c5c8091d783280d23f75e3acb841b61a9cdb079376a08",
server_urls = ["http://central.maven.org/maven2"],
)
def args4j_args4j():
jvm_maven_import_external(
name = "args4j_args4j",
artifact = "args4j:args4j:2.0.26",
artifact_sha256 = "989bda2321ea073a03686e9d4437ea4928c72c99f993f9ca6fab24615f0771a4",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_auto_auto_common():
jvm_maven_import_external(
name = "com_google_auto_auto_common",
artifact = "com.google.auto:auto-common:0.10",
artifact_sha256 = "b876b5fddaceeba7d359667f6c4fb8c6f8658da1ab902ffb79ec9a415deede5f",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_auto_factory_auto_factory():
jvm_maven_import_external(
name = "com_google_auto_factory_auto_factory",
artifact = "com.google.auto.factory:auto-factory:1.0-beta6",
artifact_sha256 = "bd26a49f93e5de5fcc8507e1a6554814adc9d5cb682f9df9057f8aadf60d2c91",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_auto_service_auto_service():
jvm_maven_import_external(
name = "com_google_auto_service_auto_service",
artifact = "com.google.auto.service:auto-service:1.0-rc4",
artifact_sha256 = "e422d49c312fd2031222e7306e8108c1b4118eb9c049f1b51eca280bed87e924",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_auto_value_auto_value():
jvm_maven_import_external(
name = "com_google_auto_value_auto_value",
artifact = "com.google.auto.value:auto-value:1.6.3",
artifact_sha256 = "0aa5463f85a210aacecbebaa45e61b79ec17e903218d79f8db9e1efde06b3c7f",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_auto_value_auto_value_annotations():
jvm_maven_import_external(
name = "com_google_auto_value_auto_value_annotations",
artifact = "com.google.auto.value:auto-value-annotations:1.6.3",
artifact_sha256 = "0e951fee8c31f60270bc46553a8586001b7b93dbb12aec06373aa99a150392c0",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_googlejavaformat_google_java_format():
jvm_maven_import_external(
name = "com_google_googlejavaformat_google_java_format",
artifact = "com.google.googlejavaformat:google-java-format:1.7",
artifact_sha256 = "0e13edfb91fc373075790beb1dc1f36e0b7ddd11865696f928ef63e328781cc2",
server_urls = ["http://central.maven.org/maven2"],
)
def com_squareup_javapoet():
jvm_maven_import_external(
name = "com_squareup_javapoet",
artifact = "com.squareup:javapoet:1.11.1",
artifact_sha256 = "9cbf2107be499ec6e95afd36b58e3ca122a24166cdd375732e51267d64058e90",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_javascript_closure_compiler_unshaded():
jvm_maven_import_external(
name = "com_google_javascript_closure_compiler_unshaded",
artifact = "com.google.javascript:closure-compiler-unshaded:v20190819",
artifact_sha256 = "d8e74a9b26ada0bd190c7946fcdbcc2e342c5144d7fe37a9278688ff3a36241d",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_javascript_closure_compiler_externs():
jvm_maven_import_external(
name = "com_google_javascript_closure_compiler_externs",
artifact = "com.google.javascript:closure-compiler-externs:v20190819",
artifact_sha256 = "84a40e90d3252ea3b19f1c5d2c8a17b33f92566479c62a38848ae4f9d332914f",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_template_soy():
jvm_maven_import_external(
name = "com_google_template_soy",
artifact = "com.google.template:soy:2019-08-22",
artifact_sha256 = "417107a07db1324769ac9fc381846ef3b7723309f55a1229502c4323235f453a",
server_urls = ["http://central.maven.org/maven2"],
)
def com_atlassian_commonmark_commonmark():
jvm_maven_import_external(
name = "com_atlassian_commonmark_commonmark",
artifact = "com.atlassian.commonmark:commonmark:0.12.1",
artifact_sha256 = "3ebc3a3ee06f6b5b17f449e28a0c2ae6f60aa25dcf6b10b69d9dce42ed00b024",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_code_gson_gson():
jvm_maven_import_external(
name = "com_google_code_gson_gson",
artifact = "com.google.code.gson:gson:2.8.5",
artifact_sha256 = "233a0149fc365c9f6edbd683cfe266b19bdc773be98eabdaf6b3c924b48e7d81",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_errorprone_error_prone_annotations():
jvm_maven_import_external(
name = "com_google_errorprone_error_prone_annotations",
artifact = "com.google.errorprone:error_prone_annotations:2.3.3",
artifact_sha256 = "ec59f1b702d9afc09e8c3929f5c42777dec623a6ea2731ac694332c7d7680f5a",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_errorprone_javac_shaded():
jvm_maven_import_external(
name = "com_google_errorprone_javac_shaded",
artifact = "com.google.errorprone:javac-shaded:9-dev-r4023-3",
artifact_sha256 = "65bfccf60986c47fbc17c9ebab0be626afc41741e0a6ec7109e0768817a36f30",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_guava_guava():
jvm_maven_import_external(
name = "com_google_guava_guava",
artifact = "com.google.guava:guava:27.0.1-jre",
artifact_sha256 = "e1c814fd04492a27c38e0317eabeaa1b3e950ec8010239e400fe90ad6c9107b4",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_guava_failureaccess_jar():
jvm_maven_import_external(
name = "com_google_guava_failureaccess_jar",
artifact = "com.google.guava:failureaccess:jar:1.0.1",
artifact_sha256 = "a171ee4c734dd2da837e4b16be9df4661afab72a41adaf31eb84dfdaf936ca26",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_inject_guice():
jvm_maven_import_external(
name = "com_google_inject_guice",
artifact = "com.google.inject:guice:4.1.0",
artifact_sha256 = "9b9df27a5b8c7864112b4137fd92b36c3f1395bfe57be42fedf2f520ead1a93e",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_inject_extensions_guice_assistedinject():
jvm_maven_import_external(
name = "com_google_inject_extensions_guice_assistedinject",
artifact = "com.google.inject.extensions:guice-assistedinject:4.1.0",
artifact_sha256 = "663728123fb9a6b79ea39ae289e5d56b4113e1b8e9413eb792f91e53a6dd5868",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_inject_extensions_guice_multibindings():
jvm_maven_import_external(
name = "com_google_inject_extensions_guice_multibindings",
artifact = "com.google.inject.extensions:guice-multibindings:4.1.0",
artifact_sha256 = "592773a4c745cc87ba37fa0647fed8126c7e474349c603c9f229aa25d3ef5448",
server_urls = ["http://central.maven.org/maven2"],
)
def com_ibm_icu_icu4j():
jvm_maven_import_external(
name = "com_ibm_icu_icu4j",
artifact = "com.ibm.icu:icu4j:51.1",
artifact_sha256 = "0df1166825c48007b163569e28a8e4121c95bc33c5dcfa83e167be5d20482212",
server_urls = ["http://central.maven.org/maven2"],
)
def org_hamcrest_hamcrest_core():
jvm_maven_import_external(
name = "org_hamcrest_hamcrest_core",
artifact = "org.hamcrest:hamcrest-core:1.3",
artifact_sha256 = "66fdef91e9739348df7a096aa384a5685f4e875584cce89386a7a47251c4d8e9",
server_urls = ["http://central.maven.org/maven2"],
)
def javax_inject_javax_inject():
jvm_maven_import_external(
name = "javax_inject_javax_inject",
artifact = "javax.inject:javax.inject:1",
artifact_sha256 = "91c77044a50c481636c32d916fd89c9118a72195390452c81065080f957de7ff",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_jimfs_jimfs():
jvm_maven_import_external(
name = "com_google_jimfs_jimfs",
artifact = "com.google.jimfs:jimfs:1.0",
artifact_sha256 = "b1d8bd55390b8859933e099ef3298b589081aa185c71645f4c7666982f10b714",
server_urls = ["http://central.maven.org/maven2"],
)
def org_jsoup_jsoup():
jvm_maven_import_external(
name = "org_jsoup_jsoup",
artifact = "org.jsoup:jsoup:1.8.3",
artifact_sha256 = "abeaf34795a4de70f72aed6de5966d2955ec7eb348eeb813324f23c999575473",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_code_findbugs_jsr305():
jvm_maven_import_external(
name = "com_google_code_findbugs_jsr305",
artifact = "com.google.code.findbugs:jsr305:1.3.9",
artifact_sha256 = "905721a0eea90a81534abb7ee6ef4ea2e5e645fa1def0a5cd88402df1b46c9ed",
server_urls = ["http://central.maven.org/maven2"],
)
def junit_junit():
jvm_maven_import_external(
name = "junit_junit",
artifact = "junit:junit:4.12",
artifact_sha256 = "59721f0805e223d84b90677887d9ff567dc534d7c502ca903c0c2b17f05c116a",
server_urls = ["http://central.maven.org/maven2"],
)
def org_mockito_mockito_all():
jvm_maven_import_external(
name = "org_mockito_mockito_all",
artifact = "org.mockito:mockito-all:1.10.19",
artifact_sha256 = "d1a7a7ef14b3db5c0fc3e0a63a81b374b510afe85add9f7984b97911f4c70605",
server_urls = ["http://central.maven.org/maven2"],
)
def com_googlecode_owasp_java_html_sanitizer_owasp_java_html_sanitizer():
jvm_maven_import_external(
name = "com_googlecode_owasp_java_html_sanitizer_owasp_java_html_sanitizer",
artifact = "com.googlecode.owasp-java-html-sanitizer:owasp-java-html-sanitizer:r239",
artifact_sha256 = "a3270c26f4b77925665773234e5d70642269a1127a39623f7535ed597dc10f69",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_common_html_types_types():
jvm_maven_import_external(
name = "com_google_common_html_types_types",
artifact = "com.google.common.html.types:types:1.0.8",
artifact_sha256 = "7d81d47117284457c8760f9372a47d6cdf45398d9e9a3dfbfd108fc57937aebe",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_truth_truth():
jvm_maven_import_external(
name = "com_google_truth_truth",
artifact = "com.google.truth:truth:0.42",
artifact_sha256 = "dd652bdf0c4427c59848ac0340fd6b6d20c2cbfaa3c569a8366604dbcda5214c",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_truth_extensions_truth_proto_extension():
jvm_maven_import_external(
name = "com_google_truth_extensions_truth_proto_extension",
artifact = "com.google.truth.extensions:truth-proto-extension:0.42",
artifact_sha256 = "017fc2fa836a4d90fb7cbf10a42d7065f0ca58901dbe52c91b8a371556e99776",
server_urls = ["http://central.maven.org/maven2"],
)
def com_google_truth_extensions_truth_liteproto_extension():
jvm_maven_import_external(
name = "com_google_truth_extensions_truth_liteproto_extension",
artifact = "com.google.truth.extensions:truth-liteproto-extension:0.42",
artifact_sha256 = "5f9e2ac1004cd782159b0407f633bebbedc580968bcbb9d0e0b165bbe81f4b80",
server_urls = ["http://central.maven.org/maven2"],
)
def com_googlecode_java_diff_utils_diffutils():
jvm_maven_import_external(
name = "com_googlecode_java_diff_utils_diffutils",
artifact = "com.googlecode.java-diff-utils:diffutils:1.3.0",
artifact_sha256 = "61ba4dc49adca95243beaa0569adc2a23aedb5292ae78aa01186fa782ebdc5c2",
server_urls = ["http://central.maven.org/maven2"],
)
|
def previously_valid_data(data: list, invalid_data: set):
"""
Return a list of valid data from a input list. When an element is in the
invalid data set, is must be replaced with the previous valid data.
>>> previously_valid_data(['0', '2', None, '1', None, '0', None, '2'], {None})
['0', '2', '2', '1', '1', '0', '0', '2']
>>> previously_valid_data(['0', '2', 'None', '1', None, '0', None, '2'], {None, 'None'})
['0', '2', '2', '1', '1', '0', '0', '2']
"""
last_valid_data = None
result = list()
for elem in data:
if elem not in invalid_data:
last_valid_data = elem
result.append(last_valid_data)
return result
if __name__ == '__main__':
input()
input()
data_ = input().split()
print(' '.join(previously_valid_data(data_, {'-1'})))
|
class My_Rectangle:
def __init__(self, region, is_white=False, model=(None, None)):
self.region = region
self.is_white = is_white
self.model = model
def is_white(self):
return self.is_white
def get_model(self):
return self.model
|
i=0
arr=[65, 0, 0, 0, 66, 0, 0, 0, 67, 0, 0, 0, 68, 0, 0, 0, 69, 0, 0, 0, 0, 0, 0, 0, 70, 0, 0, 0, 71, 0, 0, 0, 72, 0, 0, 0, 73, 0, 0, 0, 75, 0, 0, 0, 0, 0, 0, 0, 76, 0, 0, 0, 77, 0, 0, 0, 78, 0, 0, 0, 79, 0, 0, 0, 80, 0, 0, 0, 0, 0, 0, 0, 81, 0, 0, 0, 82, 0, 0, 0, 83, 0, 0, 0, 84, 0, 0, 0, 85, 0, 0, 0, 0, 0, 0, 0, 86, 0, 0, 0, 87, 0, 0, 0, 88, 0, 0, 0, 89, 0, 0, 0, 90]
password=['a']*14
newarr="B1A1A3A5A2C4C4B5B4D3A5E1B4C1"
while(i<28):
for j in range(5):
for k in range(5):
if((newarr[i] == chr(j+65)) and (newarr[i+1] == chr(k+49))):
password[i//2]=chr(arr[(j*6+k)*4])
i+=2
password="".join(password)
print(password) |
class Hand:
# poker hand
__POINTS = {
'2': 2,
'3': 3,
'4': 4,
'5': 5,
'6': 6,
'7': 7,
'8': 8,
'9': 9,
'10': 10,
'J': 11,
'Q': 12,
'K': 13,
'A': 14
}
__RANKING = {
'straightflush': 9,
'quads': 8,
'fullhouse': 7,
'flush': 6,
'straight': 5,
'trips': 4,
'twopair': 3,
'pair': 2,
'highcard': 1
}
def __init__(self, deck, players):
self.__deck = deck
self.__players = players
self.__board = []
self.__hands = []
self.__inprogress = False
self.__playerlimit = playerlimit - 1
self.__bettingengine = Betting(self.__players, blindinterval)
self.__blinds = (0, 0)
self.__allowedactions = ()
def addplayer(self, player):
# limit to 8 players
if self.__inprogress == True:
raise GameException('Cannot add players, game in progress')
if len(self.__players) > self.__playerlimit:
raise GameException('Cannot add players, game is full')
for p in self.__players:
if p.name() == player.name():
raise GameException('Cannot add player, already a player with that name')
if p.getid() == player.getid():
raise GameException('Cannot add player, you are already registered')
self.__players.append(player)
def players(self):
return self.__players
def newhand(self):
for player in self.__players:
player.reset()
self.__deck.reset()
self.__deck.shuffle()
self.__board = []
self.__hands = []
self.__inprogress = True
self.__blinds = self.__bettingengine.newhand()
self.__allowedactions = ()
def getblinds(self):
return self.__blinds
def hands(self):
return self.__hands
def setboard(self, board):
self.__board = board[:]
def deal(self):
for i in range(0, 2):
for player in self.__players:
player.deal(self.__deck.card())
self.__bettingengine.newround(Betting.PREFLOP)
def flop(self):
if self.playersinhand() < 2:
raise GameOverException('Hand is won already')
for i in range (0, 3):
self.__board.append(self.__deck.card())
self.__bettingengine.newround(Betting.FLOP)
def showboard(self):
return self.__board
def burnandturn(self):
self.__deck.card() # burn one
self.__board.append(self.__deck.card()) # turn one
def turn(self):
if self.playersinhand() < 2:
raise GameOverException('Hand is won already')
self.__bettingengine.newround(Betting.TURN)
self.burnandturn()
def river(self):
if self.playersinhand() < 2:
raise GameOverException('Hand is won already')
self.__bettingengine.newround(Betting.RIVER)
self.burnandturn()
def rotatedealer(self):
player = self.__players.pop(0)
self.__players.append(player)
def nextbet(self):
if self.playersinhand() <= 1:
return None
nextbet = self.__bettingengine.nextbet()
if nextbet == None:
self.__allowedactions = ()
return None
self.__allowedactions = nextbet[1]
return nextbet
def playeract(self, player, action, amount=0):
if action not in self.__allowedactions:
raise GameException('Action not allowed')
self.__bettingengine.act(player, action, amount)
def getcurrentbet(self):
return self.__bettingengine.currentbet()
def playersinhand(self):
no_of_players = 0
for player in self.__players:
if player.isactive():
no_of_players = no_of_players + 1
return no_of_players
def getpot(self):
return self.__bettingengine.getpot()
def winner(self):
hands = []
for player in self.__players:
if player.isactive() == False:
continue
hands.append(self.makehand(player))
self.__hands = hands[:]
winners = []
for hand in hands:
if winners and hand[1] > winners[0][1]: # pick the biggest ranking
winners = []
winners.append(hand)
elif winners and hand[1] < winners[0][1]:
pass
else:
winners.append(hand)
if len(winners) > 1: # equal rank, look for high card
dedup = []
i = 0
highvalue = 0
while i < 5:
for hand in winners:
cards = hand[2]
if cards[i].points() > highvalue:
dedup = []
dedup.append(hand)
highvalue = cards[i].points()
elif cards[i].points() == highvalue:
dedup.append(hand)
winners = dedup[:]
if len(winners) == 1:
break
dedup = []
highvalue = 0
i = i + 1
the_pot = self.__bettingengine.getpot()
while the_pot > 0:
for winner in winners:
for player in self.__players:
if player.name() == winner[0]:
player.addchips(1)
the_pot = the_pot - 1
if the_pot < 1:
break
if the_pot < 1:
break
return winners
def makehand(self, player):
hand = self.__board + player.hand()
sortedhand = []
for card in hand:
card.setpoints(self.__POINTS[card.value()])
sortedhand.append(card)
sortedhand = sorted(sortedhand, key=lambda card: (14 - card.points()))
flushhand = self.isflush(sortedhand)
if flushhand:
straighthand = self.isstraight(flushhand)
if straighthand:
return (player.name(), self.__RANKING['straightflush'], straighthand)
else:
return (player.name(), self.__RANKING['flush'], flushhand[0:5])
quadshand = self.isquads(sortedhand)
if quadshand:
return (player.name(), self.__RANKING['quads'], quadshand)
fullhousehand = self.isfullhouse(sortedhand)
if fullhousehand:
return (player.name(), self.__RANKING['fullhouse'], fullhousehand)
straighthand = self.isstraight(sortedhand)
if straighthand:
return (player.name(), self.__RANKING['straight'], straighthand)
tripshand = self.istrips(sortedhand)
if tripshand:
return (player.name(), self.__RANKING['trips'], tripshand)
twopairhand = self.istwopair(sortedhand)
if twopairhand:
return (player.name(), self.__RANKING['twopair'], twopairhand)
pairhand = self.ispair(sortedhand)
if pairhand:
return (player.name(), self.__RANKING['pair'], pairhand)
return (player.name(), self.__RANKING['highcard'], sortedhand[0:5])
def isquads(self, hand):
count = {}
quadhand = False
for card in hand:
if card.points() not in count:
count[card.points()] = []
count[card.points()].append(card)
for k, v in count.items():
if len(v) > 3:
quadhand = v
break
if quadhand:
for k in sorted(count, reverse=True):
if len(count[k]) < 4:
quadhand.append(count[k][0])
break
return quadhand
def isfullhouse(self, hand):
count = {}
fhhand = False
for card in hand:
if card.points() not in count:
count[card.points()] = []
count[card.points()].append(card)
sortedcount = sorted(count, reverse=True)
for k in sortedcount:
if len(count[k]) == 3:
fhhand = count[k]
break
if fhhand:
for k in sortedcount:
if len(count[k]) == 2:
fhhand = fhhand + count[k]
break
if fhhand and len(fhhand) == 5:
return fhhand
else:
return False
def isflush(self, hand):
clubs = []
diamonds = []
hearts = []
spades = []
for card in hand:
if card.suit() == 'C':
clubs.append(card)
elif card.suit() == 'D':
diamonds.append(card)
elif card.suit() == 'H':
hearts.append(card)
else:
spades.append(card)
# got a flush?
if len(clubs) > 4:
return clubs
elif len(diamonds) > 4:
return diamonds
elif len(hearts) > 4:
return hearts
elif len(spades) > 4:
return spades
return False
def isstraight(self, hand):
topcard = hand[0]
newhand = hand[:]
if topcard.value() == 'A':
# ace can be low too
bottomcard = Card(topcard.value(), topcard.suit())
bottomcard.setpoints(1)
newhand.append(bottomcard)
straight = []
lastvalue = 0
for card in newhand:
if straight == [] or card.points() == (lastvalue - 1):
straight.append(card)
elif card.points() == lastvalue:
continue
else:
straight = []
straight.append(card)
if len(straight) > 4:
return straight
lastvalue = card.points()
return False
def istrips(self, hand):
count = {}
tripshand = False
for card in hand:
if card.points() not in count:
count[card.points()] = []
count[card.points()].append(card)
for k in sorted(count, reverse=True):
if len(count[k]) == 3:
tripshand = count[k]
break
if tripshand:
for card in hand:
if card not in tripshand:
tripshand.append(card);
if len(tripshand) > 4:
break
return tripshand
def istwopair(self, hand):
count = {}
tphand = []
for card in hand:
if card.points() not in count:
count[card.points()] = []
count[card.points()].append(card)
for k in sorted(count, reverse=True):
if len(count[k]) == 2:
tphand = tphand + count[k]
if len(tphand) == 4:
break
if len(tphand) == 4:
for card in hand:
if card not in tphand:
tphand.append(card);
break
else:
tphand = []
return tphand
def ispair(self, hand):
count = {}
pairhand = []
for card in hand:
if card.points() not in count:
count[card.points()] = []
count[card.points()].append(card)
for k in sorted(count, reverse=True):
if len(count[k]) == 2:
pairhand = count[k]
break
if pairhand:
for card in hand:
if card not in pairhand:
pairhand.append(card);
if len(pairhand) > 4:
break
return pairhand
|
# Copyright 2019 The Bazel Authors. All rights reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
"""Defines the emulator_toolchain rule to allow configuring emulator binaries to use."""
EmulatorInfo = provider(
doc = "Information used to launch a specific version of the emulator.",
fields = {
"emulator": "A label for the emulator launcher executable at stable version.",
"emulator_deps": "Additional files required to launch the stable version of emulator.",
"emulator_head": "A label for the emulator launcher executable at head version.",
"emulator_head_deps": "Additional files required to launch the head version of emulator.",
},
)
def _emulator_toolchain_impl(ctx):
toolchain_info = platform_common.ToolchainInfo(
info = EmulatorInfo(
emulator = ctx.attr.emulator,
emulator_deps = ctx.attr.emulator_deps,
emulator_head = ctx.attr.emulator_head,
emulator_head_deps = ctx.attr.emulator_head_deps,
),
)
return [toolchain_info]
emulator_toolchain = rule(
implementation = _emulator_toolchain_impl,
attrs = {
"emulator": attr.label(
allow_files = True,
cfg = "host",
executable = True,
mandatory = True,
),
"emulator_deps": attr.label_list(
allow_files = True,
cfg = "host",
),
"emulator_head": attr.label(
allow_files = True,
cfg = "host",
executable = True,
),
"emulator_head_deps": attr.label_list(
allow_files = True,
cfg = "host",
),
},
)
|
GlobalMarketCommandSchema = """
{
"namespace": "confluent.io.examples.serialization.avro",
"name": "CBPCommand",
"type": "record",
"fields": [
{"name": "timestamp", "type": "long", "logicalType": "timestamp-millis"},
{"name": "pair", "type": "string"},
{"name": "command", "type": {
"type": "enum",
"name": "Command",
"symbols": ["Tick", "OrderBook"]
}
}
]
}
""" |
# -*- coding: utf-8 -*-
"""
Created on Tue Nov 12 09:19:40 2019
@author: PC
"""
"""
liste=[7,2,6,9,-9]
mini=456545
for each in liste:
if(each<mini):
mini=each
else:
continue
print(mini)
"""
class Calisan:
zam_oranı=1.8
counter=0
def __init__(self,isim,soyisim,maas): # constructor
self.isim = isim
self.soyisim = soyisim
self.maas = maas
self.email = isim+soyisim+"@asd.com"
Calisan.counter=Calisan.counter+1
def giveNameSurname(self):
return self.isim +" " +self.soyisim
def zam_yap(self):
self.maas=self.maas+self.maas*self.zam_oranı
calisan1=Calisan("ali","ak",100)
print("ilk maas:",calisan1.maas)
calisan1.zam_yap()
print("yeni maas:",calisan1.maas)
calisan2=Calisan("ayse","yaz", 250)
print(calisan1.isim,calisan1.soyisim,calisan1.counter)
print(calisan2.isim,calisan2.soyisim,calisan2.counter)
calisan3=Calisan("fatma","kara", 8990)
print(calisan3.isim,calisan3.soyisim,calisan3.counter)
calisan4=Calisan("selma","dogan", 290)
print(calisan4.isim,calisan4.soyisim,calisan4.counter)
Calisan.counter
liste=[calisan1,calisan2,calisan3,calisan4]
maxi_maas=-1
index=-1
for each in liste:
if(each.maas>maxi_maas):
maxi_maas=each.maas
index=each
print(maxi_maas)
print("en yüksek maas:",index.giveNameSurname())
#isci1 = Calisan("ali", "veli",100)
#print(isci1.maas)
#print(isci1.giveNameSurname())
|
a = [1, 2, 3]
b = [*a, 4, 5, 6]
print(b)
|
EXPECTED = {'EUTRA-InterNodeDefinitions': {'extensibility-implied': False,
'imports': {'EUTRA-RRC-Definitions': ['ARFCN-ValueEUTRA',
'AntennaInfoCommon',
'C-RNTI',
'CellIdentity',
'DL-DCCH-Message',
'MasterInformationBlock',
'MeasConfig',
'PhysCellId',
'RadioResourceConfigDedicated',
'SecurityAlgorithmConfig',
'ShortMAC-I',
'SystemInformationBlockType1',
'SystemInformationBlockType2',
'UE-CapabilityRAT-ContainerList',
'UECapabilityInformation']},
'object-classes': {},
'object-sets': {},
'tags': 'AUTOMATIC',
'types': {'AS-Config': {'members': [{'name': 'sourceMeasConfig',
'type': 'MeasConfig'},
{'name': 'sourceRadioResourceConfig',
'type': 'RadioResourceConfigDedicated'},
{'name': 'sourceSecurityAlgorithmConfig',
'type': 'SecurityAlgorithmConfig'},
{'name': 'sourceUE-Identity',
'type': 'C-RNTI'},
{'name': 'sourceMasterInformationBlock',
'type': 'MasterInformationBlock'},
{'name': 'sourceSystemInformationBlockType1',
'type': 'SystemInformationBlockType1'},
{'name': 'sourceSystemInformationBlockType2',
'type': 'SystemInformationBlockType2'},
{'name': 'antennaInfoCommon',
'type': 'AntennaInfoCommon'},
{'name': 'sourceDl-CarrierFreq',
'type': 'ARFCN-ValueEUTRA'},
None],
'type': 'SEQUENCE'},
'AS-Context': {'members': [{'name': 'reestablishmentInfo',
'optional': True,
'type': 'ReestablishmentInfo'}],
'type': 'SEQUENCE'},
'AdditionalReestabInfo': {'members': [{'name': 'cellIdentity',
'type': 'CellIdentity'},
{'name': 'key-eNodeB-Star',
'type': 'Key-eNodeB-Star'},
{'name': 'shortMAC-I',
'type': 'ShortMAC-I'}],
'type': 'SEQUENCE'},
'AdditionalReestabInfoList': {'element': {'type': 'AdditionalReestabInfo'},
'size': [(1,
'maxReestabInfo')],
'type': 'SEQUENCE '
'OF'},
'HandoverCommand': {'members': [{'members': [{'members': [{'name': 'handoverCommand-r8',
'type': 'HandoverCommand-r8-IEs'},
{'name': 'spare7',
'type': 'NULL'},
{'name': 'spare6',
'type': 'NULL'},
{'name': 'spare5',
'type': 'NULL'},
{'name': 'spare4',
'type': 'NULL'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'HandoverCommand-r8-IEs': {'members': [{'name': 'handoverCommandMessage',
'type': 'OCTET '
'STRING'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'HandoverPreparationInformation': {'members': [{'members': [{'members': [{'name': 'handoverPreparationInformation-r8',
'type': 'HandoverPreparationInformation-r8-IEs'},
{'name': 'spare7',
'type': 'NULL'},
{'name': 'spare6',
'type': 'NULL'},
{'name': 'spare5',
'type': 'NULL'},
{'name': 'spare4',
'type': 'NULL'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'HandoverPreparationInformation-r8-IEs': {'members': [{'name': 'ue-RadioAccessCapabilityInfo',
'type': 'UE-CapabilityRAT-ContainerList'},
{'name': 'as-Config',
'optional': True,
'type': 'AS-Config'},
{'name': 'rrm-Config',
'optional': True,
'type': 'RRM-Config'},
{'name': 'as-Context',
'optional': True,
'type': 'AS-Context'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'Key-eNodeB-Star': {'size': [256],
'type': 'BIT '
'STRING'},
'RRM-Config': {'members': [{'name': 'ue-InactiveTime',
'optional': True,
'type': 'ENUMERATED',
'values': [('s1',
0),
('s2',
1),
('s3',
2),
('s5',
3),
('s7',
4),
('s10',
5),
('s15',
6),
('s20',
7),
('s25',
8),
('s30',
9),
('s40',
10),
('s50',
11),
('min1',
12),
('min1s20c',
13),
('min1s40',
14),
('min2',
15),
('min2s30',
16),
('min3',
17),
('min3s30',
18),
('min4',
19),
('min5',
20),
('min6',
21),
('min7',
22),
('min8',
23),
('min9',
24),
('min10',
25),
('min12',
26),
('min14',
27),
('min17',
28),
('min20',
29),
('min24',
30),
('min28',
31),
('min33',
32),
('min38',
33),
('min44',
34),
('min50',
35),
('hr1',
36),
('hr1min30',
37),
('hr2',
38),
('hr2min30',
39),
('hr3',
40),
('hr3min30',
41),
('hr4',
42),
('hr5',
43),
('hr6',
44),
('hr8',
45),
('hr10',
46),
('hr13',
47),
('hr16',
48),
('hr20',
49),
('day1',
50),
('day1hr12',
51),
('day2',
52),
('day2hr12',
53),
('day3',
54),
('day4',
55),
('day5',
56),
('day7',
57),
('day10',
58),
('day14',
59),
('day19',
60),
('day24',
61),
('day30',
62),
('dayMoreThan30',
63)]},
None],
'type': 'SEQUENCE'},
'ReestablishmentInfo': {'members': [{'name': 'sourcePhysCellId',
'type': 'PhysCellId'},
{'name': 'targetCellShortMAC-I',
'type': 'ShortMAC-I'},
{'name': 'additionalReestabInfoList',
'optional': True,
'type': 'AdditionalReestabInfoList'},
None],
'type': 'SEQUENCE'},
'UERadioAccessCapabilityInformation': {'members': [{'members': [{'members': [{'name': 'ueRadioAccessCapabilityInformation-r8',
'type': 'UERadioAccessCapabilityInformation-r8-IEs'},
{'name': 'spare7',
'type': 'NULL'},
{'name': 'spare6',
'type': 'NULL'},
{'name': 'spare5',
'type': 'NULL'},
{'name': 'spare4',
'type': 'NULL'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'UERadioAccessCapabilityInformation-r8-IEs': {'members': [{'name': 'ue-RadioAccessCapabilityInfo',
'type': 'OCTET '
'STRING'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'}},
'values': {'maxReestabInfo': {'type': 'INTEGER',
'value': 32}}},
'EUTRA-RRC-Definitions': {'extensibility-implied': False,
'imports': {},
'object-classes': {},
'object-sets': {},
'tags': 'AUTOMATIC',
'types': {'AC-BarringConfig': {'members': [{'name': 'ac-BarringFactor',
'type': 'ENUMERATED',
'values': [('p00',
0),
('p05',
1),
('p10',
2),
('p15',
3),
('p20',
4),
('p25',
5),
('p30',
6),
('p40',
7),
('p50',
8),
('p60',
9),
('p70',
10),
('p75',
11),
('p80',
12),
('p85',
13),
('p90',
14),
('p95',
15)]},
{'name': 'ac-BarringTime',
'type': 'ENUMERATED',
'values': [('s4',
0),
('s8',
1),
('s16',
2),
('s32',
3),
('s64',
4),
('s128',
5),
('s256',
6),
('s512',
7)]},
{'name': 'ac-BarringForSpecialAC',
'size': [5],
'type': 'BIT '
'STRING'}],
'type': 'SEQUENCE'},
'ARFCN-ValueCDMA2000': {'restricted-to': [(0,
2047)],
'type': 'INTEGER'},
'ARFCN-ValueEUTRA': {'restricted-to': [(0,
'maxEARFCN')],
'type': 'INTEGER'},
'ARFCN-ValueGERAN': {'restricted-to': [(0,
1023)],
'type': 'INTEGER'},
'ARFCN-ValueUTRA': {'restricted-to': [(0,
16383)],
'type': 'INTEGER'},
'AccessStratumRelease': {'type': 'ENUMERATED',
'values': [('rel8',
0),
('spare7',
1),
('spare6',
2),
('spare5',
3),
('spare4',
4),
('spare3',
5),
('spare2',
6),
('spare1',
7),
None]},
'AdditionalSpectrumEmission': {'restricted-to': [(1,
32)],
'type': 'INTEGER'},
'AllowedMeasBandwidth': {'type': 'ENUMERATED',
'values': [('mbw6',
0),
('mbw15',
1),
('mbw25',
2),
('mbw50',
3),
('mbw75',
4),
('mbw100',
5)]},
'AntennaInfoCommon': {'members': [{'name': 'antennaPortsCount',
'type': 'ENUMERATED',
'values': [('an1',
0),
('an2',
1),
('an4',
2),
('spare1',
3)]}],
'type': 'SEQUENCE'},
'AntennaInfoDedicated': {'members': [{'name': 'transmissionMode',
'type': 'ENUMERATED',
'values': [('tm1',
0),
('tm2',
1),
('tm3',
2),
('tm4',
3),
('tm5',
4),
('tm6',
5),
('tm7',
6),
('spare1',
7)]},
{'members': [{'name': 'n2TxAntenna-tm3',
'size': [2],
'type': 'BIT '
'STRING'},
{'name': 'n4TxAntenna-tm3',
'size': [4],
'type': 'BIT '
'STRING'},
{'name': 'n2TxAntenna-tm4',
'size': [6],
'type': 'BIT '
'STRING'},
{'name': 'n4TxAntenna-tm4',
'size': [64],
'type': 'BIT '
'STRING'},
{'name': 'n2TxAntenna-tm5',
'size': [4],
'type': 'BIT '
'STRING'},
{'name': 'n4TxAntenna-tm5',
'size': [16],
'type': 'BIT '
'STRING'},
{'name': 'n2TxAntenna-tm6',
'size': [4],
'type': 'BIT '
'STRING'},
{'name': 'n4TxAntenna-tm6',
'size': [16],
'type': 'BIT '
'STRING'}],
'name': 'codebookSubsetRestriction',
'optional': True,
'type': 'CHOICE'},
{'members': [{'name': 'release',
'type': 'NULL'},
{'name': 'setup',
'type': 'ENUMERATED',
'values': [('closedLoop',
0),
('openLoop',
1)]}],
'name': 'ue-TransmitAntennaSelection',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'BCCH-BCH-Message': {'members': [{'name': 'message',
'type': 'BCCH-BCH-MessageType'}],
'type': 'SEQUENCE'},
'BCCH-BCH-MessageType': {'type': 'MasterInformationBlock'},
'BCCH-Config': {'members': [{'name': 'modificationPeriodCoeff',
'type': 'ENUMERATED',
'values': [('n2',
0),
('n4',
1),
('n8',
2),
('n16',
3)]}],
'type': 'SEQUENCE'},
'BCCH-DL-SCH-Message': {'members': [{'name': 'message',
'type': 'BCCH-DL-SCH-MessageType'}],
'type': 'SEQUENCE'},
'BCCH-DL-SCH-MessageType': {'members': [{'members': [{'name': 'systemInformation',
'type': 'SystemInformation'},
{'name': 'systemInformationBlockType1',
'type': 'SystemInformationBlockType1'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'messageClassExtension',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'BandClassInfoCDMA2000': {'members': [{'name': 'bandClass',
'type': 'BandclassCDMA2000'},
{'name': 'cellReselectionPriority',
'optional': True,
'type': 'CellReselectionPriority'},
{'name': 'threshX-High',
'restricted-to': [(0,
63)],
'type': 'INTEGER'},
{'name': 'threshX-Low',
'restricted-to': [(0,
63)],
'type': 'INTEGER'},
None],
'type': 'SEQUENCE'},
'BandClassListCDMA2000': {'element': {'type': 'BandClassInfoCDMA2000'},
'size': [(1,
'maxCDMA-BandClass')],
'type': 'SEQUENCE '
'OF'},
'BandClassPriority1XRTT': {'members': [{'name': 'bandClass',
'type': 'BandclassCDMA2000'},
{'name': 'cellReselectionPriority',
'type': 'CellReselectionPriority'}],
'type': 'SEQUENCE'},
'BandClassPriorityHRPD': {'members': [{'name': 'bandClass',
'type': 'BandclassCDMA2000'},
{'name': 'cellReselectionPriority',
'type': 'CellReselectionPriority'}],
'type': 'SEQUENCE'},
'BandClassPriorityList1XRTT': {'element': {'type': 'BandClassPriority1XRTT'},
'size': [(1,
'maxCDMA-BandClass')],
'type': 'SEQUENCE '
'OF'},
'BandClassPriorityListHRPD': {'element': {'type': 'BandClassPriorityHRPD'},
'size': [(1,
'maxCDMA-BandClass')],
'type': 'SEQUENCE '
'OF'},
'BandIndicatorGERAN': {'type': 'ENUMERATED',
'values': [('dcs1800',
0),
('pcs1900',
1)]},
'BandInfoEUTRA': {'members': [{'name': 'interFreqBandList',
'type': 'InterFreqBandList'},
{'name': 'interRAT-BandList',
'optional': True,
'type': 'InterRAT-BandList'}],
'type': 'SEQUENCE'},
'BandListEUTRA': {'element': {'type': 'BandInfoEUTRA'},
'size': [(1,
'maxBands')],
'type': 'SEQUENCE OF'},
'BandclassCDMA2000': {'type': 'ENUMERATED',
'values': [('bc0',
0),
('bc1',
1),
('bc2',
2),
('bc3',
3),
('bc4',
4),
('bc5',
5),
('bc6',
6),
('bc7',
7),
('bc8',
8),
('bc9',
9),
('bc10',
10),
('bc11',
11),
('bc12',
12),
('bc13',
13),
('bc14',
14),
('bc15',
15),
('bc16',
16),
('bc17',
17),
('spare14',
18),
('spare13',
19),
('spare12',
20),
('spare11',
21),
('spare10',
22),
('spare9',
23),
('spare8',
24),
('spare7',
25),
('spare6',
26),
('spare5',
27),
('spare4',
28),
('spare3',
29),
('spare2',
30),
('spare1',
31),
None]},
'BlackCellsToAddMod': {'members': [{'name': 'cellIndex',
'restricted-to': [(1,
'maxCellMeas')],
'type': 'INTEGER'},
{'name': 'physCellIdRange',
'type': 'PhysCellIdRange'}],
'type': 'SEQUENCE'},
'BlackCellsToAddModList': {'element': {'type': 'BlackCellsToAddMod'},
'size': [(1,
'maxCellMeas')],
'type': 'SEQUENCE '
'OF'},
'C-RNTI': {'size': [16],
'type': 'BIT STRING'},
'CDMA2000-Type': {'type': 'ENUMERATED',
'values': [('type1XRTT',
0),
('typeHRPD',
1)]},
'CQI-ReportConfig': {'members': [{'name': 'cqi-ReportModeAperiodic',
'optional': True,
'type': 'ENUMERATED',
'values': [('rm12',
0),
('rm20',
1),
('rm22',
2),
('rm30',
3),
('rm31',
4),
('spare3',
5),
('spare2',
6),
('spare1',
7)]},
{'name': 'nomPDSCH-RS-EPRE-Offset',
'restricted-to': [(-1,
6)],
'type': 'INTEGER'},
{'name': 'cqi-ReportPeriodic',
'optional': True,
'type': 'CQI-ReportPeriodic'}],
'type': 'SEQUENCE'},
'CQI-ReportPeriodic': {'members': [{'name': 'release',
'type': 'NULL'},
{'members': [{'name': 'cqi-PUCCH-ResourceIndex',
'restricted-to': [(0,
1185)],
'type': 'INTEGER'},
{'name': 'cqi-pmi-ConfigIndex',
'restricted-to': [(0,
1023)],
'type': 'INTEGER'},
{'members': [{'name': 'widebandCQI',
'type': 'NULL'},
{'members': [{'name': 'k',
'restricted-to': [(1,
4)],
'type': 'INTEGER'}],
'name': 'subbandCQI',
'type': 'SEQUENCE'}],
'name': 'cqi-FormatIndicatorPeriodic',
'type': 'CHOICE'},
{'name': 'ri-ConfigIndex',
'optional': True,
'restricted-to': [(0,
1023)],
'type': 'INTEGER'},
{'name': 'simultaneousAckNackAndCQI',
'type': 'BOOLEAN'}],
'name': 'setup',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'CSFB-RegistrationParam1XRTT': {'members': [{'name': 'sid',
'size': [15],
'type': 'BIT '
'STRING'},
{'name': 'nid',
'size': [16],
'type': 'BIT '
'STRING'},
{'name': 'multipleSID',
'type': 'BOOLEAN'},
{'name': 'multipleNID',
'type': 'BOOLEAN'},
{'name': 'homeReg',
'type': 'BOOLEAN'},
{'name': 'foreignSIDReg',
'type': 'BOOLEAN'},
{'name': 'foreignNIDReg',
'type': 'BOOLEAN'},
{'name': 'parameterReg',
'type': 'BOOLEAN'},
{'name': 'powerUpReg',
'type': 'BOOLEAN'},
{'name': 'registrationPeriod',
'size': [7],
'type': 'BIT '
'STRING'},
{'name': 'registrationZone',
'size': [12],
'type': 'BIT '
'STRING'},
{'name': 'totalZone',
'size': [3],
'type': 'BIT '
'STRING'},
{'name': 'zoneTimer',
'size': [3],
'type': 'BIT '
'STRING'}],
'type': 'SEQUENCE'},
'CSFBParametersRequestCDMA2000': {'members': [{'members': [{'name': 'csfbParametersRequestCDMA2000-r8',
'type': 'CSFBParametersRequestCDMA2000-r8-IEs'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'CSFBParametersRequestCDMA2000-r8-IEs': {'members': [{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'CSFBParametersResponseCDMA2000': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'name': 'csfbParametersResponseCDMA2000-r8',
'type': 'CSFBParametersResponseCDMA2000-r8-IEs'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'CSFBParametersResponseCDMA2000-r8-IEs': {'members': [{'name': 'rand',
'type': 'RAND-CDMA2000'},
{'name': 'mobilityParameters',
'type': 'MobilityParametersCDMA2000'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'CarrierBandwidthEUTRA': {'members': [{'name': 'dl-Bandwidth',
'type': 'ENUMERATED',
'values': [('n6',
0),
('n15',
1),
('n25',
2),
('n50',
3),
('n75',
4),
('n100',
5),
('spare10',
6),
('spare9',
7),
('spare8',
8),
('spare7',
9),
('spare6',
10),
('spare5',
11),
('spare4',
12),
('spare3',
13),
('spare2',
14),
('spare1',
15)]},
{'name': 'ul-Bandwidth',
'optional': True,
'type': 'ENUMERATED',
'values': [('n6',
0),
('n15',
1),
('n25',
2),
('n50',
3),
('n75',
4),
('n100',
5),
('spare10',
6),
('spare9',
7),
('spare8',
8),
('spare7',
9),
('spare6',
10),
('spare5',
11),
('spare4',
12),
('spare3',
13),
('spare2',
14),
('spare1',
15)]}],
'type': 'SEQUENCE'},
'CarrierFreqCDMA2000': {'members': [{'name': 'bandClass',
'type': 'BandclassCDMA2000'},
{'name': 'arfcn',
'type': 'ARFCN-ValueCDMA2000'}],
'type': 'SEQUENCE'},
'CarrierFreqEUTRA': {'members': [{'name': 'dl-CarrierFreq',
'type': 'ARFCN-ValueEUTRA'},
{'name': 'ul-CarrierFreq',
'optional': True,
'type': 'ARFCN-ValueEUTRA'}],
'type': 'SEQUENCE'},
'CarrierFreqGERAN': {'members': [{'name': 'arfcn',
'type': 'ARFCN-ValueGERAN'},
{'name': 'bandIndicator',
'type': 'BandIndicatorGERAN'}],
'type': 'SEQUENCE'},
'CarrierFreqListUTRA-FDD': {'element': {'type': 'CarrierFreqUTRA-FDD'},
'size': [(1,
'maxUTRA-FDD-Carrier')],
'type': 'SEQUENCE '
'OF'},
'CarrierFreqListUTRA-TDD': {'element': {'type': 'CarrierFreqUTRA-TDD'},
'size': [(1,
'maxUTRA-TDD-Carrier')],
'type': 'SEQUENCE '
'OF'},
'CarrierFreqUTRA-FDD': {'members': [{'name': 'carrierFreq',
'type': 'ARFCN-ValueUTRA'},
{'name': 'cellReselectionPriority',
'optional': True,
'type': 'CellReselectionPriority'},
{'name': 'threshX-High',
'type': 'ReselectionThreshold'},
{'name': 'threshX-Low',
'type': 'ReselectionThreshold'},
{'name': 'q-RxLevMin',
'restricted-to': [(-60,
-13)],
'type': 'INTEGER'},
{'name': 'p-MaxUTRA',
'restricted-to': [(-50,
33)],
'type': 'INTEGER'},
{'name': 'q-QualMin',
'restricted-to': [(-24,
0)],
'type': 'INTEGER'},
None],
'type': 'SEQUENCE'},
'CarrierFreqUTRA-TDD': {'members': [{'name': 'carrierFreq',
'type': 'ARFCN-ValueUTRA'},
{'name': 'cellReselectionPriority',
'optional': True,
'type': 'CellReselectionPriority'},
{'name': 'threshX-High',
'type': 'ReselectionThreshold'},
{'name': 'threshX-Low',
'type': 'ReselectionThreshold'},
{'name': 'q-RxLevMin',
'restricted-to': [(-60,
-13)],
'type': 'INTEGER'},
{'name': 'p-MaxUTRA',
'restricted-to': [(-50,
33)],
'type': 'INTEGER'},
None],
'type': 'SEQUENCE'},
'CarrierFreqsGERAN': {'members': [{'name': 'startingARFCN',
'type': 'ARFCN-ValueGERAN'},
{'name': 'bandIndicator',
'type': 'BandIndicatorGERAN'},
{'members': [{'name': 'explicitListOfARFCNs',
'type': 'ExplicitListOfARFCNs'},
{'members': [{'name': 'arfcn-Spacing',
'restricted-to': [(1,
8)],
'type': 'INTEGER'},
{'name': 'numberOfFollowingARFCNs',
'restricted-to': [(0,
31)],
'type': 'INTEGER'}],
'name': 'equallySpacedARFCNs',
'type': 'SEQUENCE'},
{'name': 'variableBitMapOfARFCNs',
'size': [(1,
16)],
'type': 'OCTET '
'STRING'}],
'name': 'followingARFCNs',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'CarrierFreqsInfoGERAN': {'members': [{'name': 'carrierFreqs',
'type': 'CarrierFreqsGERAN'},
{'members': [{'name': 'cellReselectionPriority',
'optional': True,
'type': 'CellReselectionPriority'},
{'name': 'ncc-Permitted',
'size': [8],
'type': 'BIT '
'STRING'},
{'name': 'q-RxLevMin',
'restricted-to': [(0,
45)],
'type': 'INTEGER'},
{'name': 'p-MaxGERAN',
'optional': True,
'restricted-to': [(0,
39)],
'type': 'INTEGER'},
{'name': 'threshX-High',
'type': 'ReselectionThreshold'},
{'name': 'threshX-Low',
'type': 'ReselectionThreshold'}],
'name': 'commonInfo',
'type': 'SEQUENCE'},
None],
'type': 'SEQUENCE'},
'CarrierFreqsInfoListGERAN': {'element': {'type': 'CarrierFreqsInfoGERAN'},
'size': [(1,
'maxGNFG')],
'type': 'SEQUENCE '
'OF'},
'CellChangeOrder': {'members': [{'name': 't304',
'type': 'ENUMERATED',
'values': [('ms100',
0),
('ms200',
1),
('ms500',
2),
('ms1000',
3),
('ms2000',
4),
('ms4000',
5),
('ms8000',
6),
('spare1',
7)]},
{'members': [{'members': [{'name': 'physCellId',
'type': 'PhysCellIdGERAN'},
{'name': 'carrierFreq',
'type': 'CarrierFreqGERAN'},
{'name': 'networkControlOrder',
'optional': True,
'size': [2],
'type': 'BIT '
'STRING'},
{'name': 'systemInformation',
'optional': True,
'type': 'SI-OrPSI-GERAN'}],
'name': 'geran',
'type': 'SEQUENCE'},
None],
'name': 'targetRAT-Type',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'CellGlobalIdCDMA2000': {'members': [{'name': 'cellGlobalId1XRTT',
'size': [47],
'type': 'BIT '
'STRING'},
{'name': 'cellGlobalIdHRPD',
'size': [128],
'type': 'BIT '
'STRING'}],
'type': 'CHOICE'},
'CellGlobalIdEUTRA': {'members': [{'name': 'plmn-Identity',
'type': 'PLMN-Identity'},
{'name': 'cellIdentity',
'type': 'CellIdentity'}],
'type': 'SEQUENCE'},
'CellGlobalIdGERAN': {'members': [{'name': 'plmn-Identity',
'type': 'PLMN-Identity'},
{'name': 'locationAreaCode',
'size': [16],
'type': 'BIT '
'STRING'},
{'name': 'cellIdentity',
'size': [16],
'type': 'BIT '
'STRING'}],
'type': 'SEQUENCE'},
'CellGlobalIdUTRA': {'members': [{'name': 'plmn-Identity',
'type': 'PLMN-Identity'},
{'name': 'cellIdentity',
'size': [28],
'type': 'BIT '
'STRING'}],
'type': 'SEQUENCE'},
'CellIdentity': {'size': [28],
'type': 'BIT STRING'},
'CellIndex': {'restricted-to': [(1,
'maxCellMeas')],
'type': 'INTEGER'},
'CellIndexList': {'element': {'type': 'CellIndex'},
'size': [(1,
'maxCellMeas')],
'type': 'SEQUENCE OF'},
'CellReselectionParametersCDMA2000': {'members': [{'name': 'bandClassList',
'type': 'BandClassListCDMA2000'},
{'name': 'neighCellList',
'type': 'NeighCellListCDMA2000'},
{'name': 't-ReselectionCDMA2000',
'type': 'T-Reselection'},
{'name': 't-ReselectionCDMA2000-SF',
'optional': True,
'type': 'SpeedStateScaleFactors'}],
'type': 'SEQUENCE'},
'CellReselectionPriority': {'restricted-to': [(0,
7)],
'type': 'INTEGER'},
'CellsToAddMod': {'members': [{'name': 'cellIndex',
'restricted-to': [(1,
'maxCellMeas')],
'type': 'INTEGER'},
{'name': 'physCellId',
'type': 'PhysCellId'},
{'name': 'cellIndividualOffset',
'type': 'Q-OffsetRange'}],
'type': 'SEQUENCE'},
'CellsToAddModCDMA2000': {'members': [{'name': 'cellIndex',
'restricted-to': [(1,
'maxCellMeas')],
'type': 'INTEGER'},
{'name': 'physCellId',
'type': 'PhysCellIdCDMA2000'}],
'type': 'SEQUENCE'},
'CellsToAddModList': {'element': {'type': 'CellsToAddMod'},
'size': [(1,
'maxCellMeas')],
'type': 'SEQUENCE '
'OF'},
'CellsToAddModListCDMA2000': {'element': {'type': 'CellsToAddModCDMA2000'},
'size': [(1,
'maxCellMeas')],
'type': 'SEQUENCE '
'OF'},
'CellsToAddModListUTRA-FDD': {'element': {'type': 'CellsToAddModUTRA-FDD'},
'size': [(1,
'maxCellMeas')],
'type': 'SEQUENCE '
'OF'},
'CellsToAddModListUTRA-TDD': {'element': {'type': 'CellsToAddModUTRA-TDD'},
'size': [(1,
'maxCellMeas')],
'type': 'SEQUENCE '
'OF'},
'CellsToAddModUTRA-FDD': {'members': [{'name': 'cellIndex',
'restricted-to': [(1,
'maxCellMeas')],
'type': 'INTEGER'},
{'name': 'physCellId',
'type': 'PhysCellIdUTRA-FDD'}],
'type': 'SEQUENCE'},
'CellsToAddModUTRA-TDD': {'members': [{'name': 'cellIndex',
'restricted-to': [(1,
'maxCellMeas')],
'type': 'INTEGER'},
{'name': 'physCellId',
'type': 'PhysCellIdUTRA-TDD'}],
'type': 'SEQUENCE'},
'CounterCheck': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'members': [{'name': 'counterCheck-r8',
'type': 'CounterCheck-r8-IEs'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'CounterCheck-r8-IEs': {'members': [{'name': 'drb-CountMSB-InfoList',
'type': 'DRB-CountMSB-InfoList'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'CounterCheckResponse': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'name': 'counterCheckResponse-r8',
'type': 'CounterCheckResponse-r8-IEs'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'CounterCheckResponse-r8-IEs': {'members': [{'name': 'drb-CountInfoList',
'type': 'DRB-CountInfoList'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'DL-AM-RLC': {'members': [{'name': 't-Reordering',
'type': 'T-Reordering'},
{'name': 't-StatusProhibit',
'type': 'T-StatusProhibit'}],
'type': 'SEQUENCE'},
'DL-CCCH-Message': {'members': [{'name': 'message',
'type': 'DL-CCCH-MessageType'}],
'type': 'SEQUENCE'},
'DL-CCCH-MessageType': {'members': [{'members': [{'name': 'rrcConnectionReestablishment',
'type': 'RRCConnectionReestablishment'},
{'name': 'rrcConnectionReestablishmentReject',
'type': 'RRCConnectionReestablishmentReject'},
{'name': 'rrcConnectionReject',
'type': 'RRCConnectionReject'},
{'name': 'rrcConnectionSetup',
'type': 'RRCConnectionSetup'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'messageClassExtension',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'DL-DCCH-Message': {'members': [{'name': 'message',
'type': 'DL-DCCH-MessageType'}],
'type': 'SEQUENCE'},
'DL-DCCH-MessageType': {'members': [{'members': [{'name': 'csfbParametersResponseCDMA2000',
'type': 'CSFBParametersResponseCDMA2000'},
{'name': 'dlInformationTransfer',
'type': 'DLInformationTransfer'},
{'name': 'handoverFromEUTRAPreparationRequest',
'type': 'HandoverFromEUTRAPreparationRequest'},
{'name': 'mobilityFromEUTRACommand',
'type': 'MobilityFromEUTRACommand'},
{'name': 'rrcConnectionReconfiguration',
'type': 'RRCConnectionReconfiguration'},
{'name': 'rrcConnectionRelease',
'type': 'RRCConnectionRelease'},
{'name': 'securityModeCommand',
'type': 'SecurityModeCommand'},
{'name': 'ueCapabilityEnquiry',
'type': 'UECapabilityEnquiry'},
{'name': 'counterCheck',
'type': 'CounterCheck'},
{'name': 'spare7',
'type': 'NULL'},
{'name': 'spare6',
'type': 'NULL'},
{'name': 'spare5',
'type': 'NULL'},
{'name': 'spare4',
'type': 'NULL'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'messageClassExtension',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'DL-UM-RLC': {'members': [{'name': 'sn-FieldLength',
'type': 'SN-FieldLength'},
{'name': 't-Reordering',
'type': 'T-Reordering'}],
'type': 'SEQUENCE'},
'DLInformationTransfer': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'members': [{'name': 'dlInformationTransfer-r8',
'type': 'DLInformationTransfer-r8-IEs'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'DLInformationTransfer-r8-IEs': {'members': [{'members': [{'name': 'dedicatedInfoNAS',
'type': 'DedicatedInfoNAS'},
{'name': 'dedicatedInfoCDMA2000-1XRTT',
'type': 'DedicatedInfoCDMA2000'},
{'name': 'dedicatedInfoCDMA2000-HRPD',
'type': 'DedicatedInfoCDMA2000'}],
'name': 'dedicatedInfoType',
'type': 'CHOICE'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'DRB-CountInfo': {'members': [{'name': 'drb-Identity',
'type': 'DRB-Identity'},
{'name': 'count-Uplink',
'restricted-to': [(0,
4294967295)],
'type': 'INTEGER'},
{'name': 'count-Downlink',
'restricted-to': [(0,
4294967295)],
'type': 'INTEGER'}],
'type': 'SEQUENCE'},
'DRB-CountInfoList': {'element': {'type': 'DRB-CountInfo'},
'size': [(0,
'maxDRB')],
'type': 'SEQUENCE '
'OF'},
'DRB-CountMSB-Info': {'members': [{'name': 'drb-Identity',
'type': 'DRB-Identity'},
{'name': 'countMSB-Uplink',
'restricted-to': [(0,
33554431)],
'type': 'INTEGER'},
{'name': 'countMSB-Downlink',
'restricted-to': [(0,
33554431)],
'type': 'INTEGER'}],
'type': 'SEQUENCE'},
'DRB-CountMSB-InfoList': {'element': {'type': 'DRB-CountMSB-Info'},
'size': [(1,
'maxDRB')],
'type': 'SEQUENCE '
'OF'},
'DRB-Identity': {'restricted-to': [(1,
32)],
'type': 'INTEGER'},
'DRB-ToAddMod': {'members': [{'name': 'eps-BearerIdentity',
'optional': True,
'restricted-to': [(0,
15)],
'type': 'INTEGER'},
{'name': 'drb-Identity',
'type': 'DRB-Identity'},
{'name': 'pdcp-Config',
'optional': True,
'type': 'PDCP-Config'},
{'name': 'rlc-Config',
'optional': True,
'type': 'RLC-Config'},
{'name': 'logicalChannelIdentity',
'optional': True,
'restricted-to': [(3,
10)],
'type': 'INTEGER'},
{'name': 'logicalChannelConfig',
'optional': True,
'type': 'LogicalChannelConfig'},
None],
'type': 'SEQUENCE'},
'DRB-ToAddModList': {'element': {'type': 'DRB-ToAddMod'},
'size': [(1,
'maxDRB')],
'type': 'SEQUENCE '
'OF'},
'DRB-ToReleaseList': {'element': {'type': 'DRB-Identity'},
'size': [(1,
'maxDRB')],
'type': 'SEQUENCE '
'OF'},
'DRX-Config': {'members': [{'name': 'release',
'type': 'NULL'},
{'members': [{'name': 'onDurationTimer',
'type': 'ENUMERATED',
'values': [('psf1',
0),
('psf2',
1),
('psf3',
2),
('psf4',
3),
('psf5',
4),
('psf6',
5),
('psf8',
6),
('psf10',
7),
('psf20',
8),
('psf30',
9),
('psf40',
10),
('psf50',
11),
('psf60',
12),
('psf80',
13),
('psf100',
14),
('psf200',
15)]},
{'name': 'drx-InactivityTimer',
'type': 'ENUMERATED',
'values': [('psf1',
0),
('psf2',
1),
('psf3',
2),
('psf4',
3),
('psf5',
4),
('psf6',
5),
('psf8',
6),
('psf10',
7),
('psf20',
8),
('psf30',
9),
('psf40',
10),
('psf50',
11),
('psf60',
12),
('psf80',
13),
('psf100',
14),
('psf200',
15),
('psf300',
16),
('psf500',
17),
('psf750',
18),
('psf1280',
19),
('psf1920',
20),
('psf2560',
21),
('spare10',
22),
('spare9',
23),
('spare8',
24),
('spare7',
25),
('spare6',
26),
('spare5',
27),
('spare4',
28),
('spare3',
29),
('spare2',
30),
('spare1',
31)]},
{'name': 'drx-RetransmissionTimer',
'type': 'ENUMERATED',
'values': [('psf1',
0),
('psf2',
1),
('psf4',
2),
('psf6',
3),
('psf8',
4),
('psf16',
5),
('psf24',
6),
('psf33',
7)]},
{'members': [{'name': 'sf10',
'restricted-to': [(0,
9)],
'type': 'INTEGER'},
{'name': 'sf20',
'restricted-to': [(0,
19)],
'type': 'INTEGER'},
{'name': 'sf32',
'restricted-to': [(0,
31)],
'type': 'INTEGER'},
{'name': 'sf40',
'restricted-to': [(0,
39)],
'type': 'INTEGER'},
{'name': 'sf64',
'restricted-to': [(0,
63)],
'type': 'INTEGER'},
{'name': 'sf80',
'restricted-to': [(0,
79)],
'type': 'INTEGER'},
{'name': 'sf128',
'restricted-to': [(0,
127)],
'type': 'INTEGER'},
{'name': 'sf160',
'restricted-to': [(0,
159)],
'type': 'INTEGER'},
{'name': 'sf256',
'restricted-to': [(0,
255)],
'type': 'INTEGER'},
{'name': 'sf320',
'restricted-to': [(0,
319)],
'type': 'INTEGER'},
{'name': 'sf512',
'restricted-to': [(0,
511)],
'type': 'INTEGER'},
{'name': 'sf640',
'restricted-to': [(0,
639)],
'type': 'INTEGER'},
{'name': 'sf1024',
'restricted-to': [(0,
1023)],
'type': 'INTEGER'},
{'name': 'sf1280',
'restricted-to': [(0,
1279)],
'type': 'INTEGER'},
{'name': 'sf2048',
'restricted-to': [(0,
2047)],
'type': 'INTEGER'},
{'name': 'sf2560',
'restricted-to': [(0,
2559)],
'type': 'INTEGER'}],
'name': 'longDRX-CycleStartOffset',
'type': 'CHOICE'},
{'members': [{'name': 'shortDRX-Cycle',
'type': 'ENUMERATED',
'values': [('sf2',
0),
('sf5',
1),
('sf8',
2),
('sf10',
3),
('sf16',
4),
('sf20',
5),
('sf32',
6),
('sf40',
7),
('sf64',
8),
('sf80',
9),
('sf128',
10),
('sf160',
11),
('sf256',
12),
('sf320',
13),
('sf512',
14),
('sf640',
15)]},
{'name': 'drxShortCycleTimer',
'restricted-to': [(1,
16)],
'type': 'INTEGER'}],
'name': 'shortDRX',
'optional': True,
'type': 'SEQUENCE'}],
'name': 'setup',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'DedicatedInfoCDMA2000': {'type': 'OCTET '
'STRING'},
'DedicatedInfoNAS': {'type': 'OCTET '
'STRING'},
'DeltaFList-PUCCH': {'members': [{'name': 'deltaF-PUCCH-Format1',
'type': 'ENUMERATED',
'values': [('deltaF-2',
0),
('deltaF0',
1),
('deltaF2',
2)]},
{'name': 'deltaF-PUCCH-Format1b',
'type': 'ENUMERATED',
'values': [('deltaF1',
0),
('deltaF3',
1),
('deltaF5',
2)]},
{'name': 'deltaF-PUCCH-Format2',
'type': 'ENUMERATED',
'values': [('deltaF-2',
0),
('deltaF0',
1),
('deltaF1',
2),
('deltaF2',
3)]},
{'name': 'deltaF-PUCCH-Format2a',
'type': 'ENUMERATED',
'values': [('deltaF-2',
0),
('deltaF0',
1),
('deltaF2',
2)]},
{'name': 'deltaF-PUCCH-Format2b',
'type': 'ENUMERATED',
'values': [('deltaF-2',
0),
('deltaF0',
1),
('deltaF2',
2)]}],
'type': 'SEQUENCE'},
'EstablishmentCause': {'type': 'ENUMERATED',
'values': [('emergency',
0),
('highPriorityAccess',
1),
('mt-Access',
2),
('mo-Signalling',
3),
('mo-Data',
4),
('spare3',
5),
('spare2',
6),
('spare1',
7)]},
'ExplicitListOfARFCNs': {'element': {'type': 'ARFCN-ValueGERAN'},
'size': [(0, 31)],
'type': 'SEQUENCE '
'OF'},
'FilterCoefficient': {'type': 'ENUMERATED',
'values': [('fc0',
0),
('fc1',
1),
('fc2',
2),
('fc3',
3),
('fc4',
4),
('fc5',
5),
('fc6',
6),
('fc7',
7),
('fc8',
8),
('fc9',
9),
('fc11',
10),
('fc13',
11),
('fc15',
12),
('fc17',
13),
('fc19',
14),
('spare1',
15),
None]},
'FreqPriorityEUTRA': {'members': [{'name': 'carrierFreq',
'type': 'ARFCN-ValueEUTRA'},
{'name': 'cellReselectionPriority',
'type': 'CellReselectionPriority'}],
'type': 'SEQUENCE'},
'FreqPriorityListEUTRA': {'element': {'type': 'FreqPriorityEUTRA'},
'size': [(1,
'maxFreq')],
'type': 'SEQUENCE '
'OF'},
'FreqPriorityListUTRA-FDD': {'element': {'type': 'FreqPriorityUTRA-FDD'},
'size': [(1,
'maxUTRA-FDD-Carrier')],
'type': 'SEQUENCE '
'OF'},
'FreqPriorityListUTRA-TDD': {'element': {'type': 'FreqPriorityUTRA-TDD'},
'size': [(1,
'maxUTRA-TDD-Carrier')],
'type': 'SEQUENCE '
'OF'},
'FreqPriorityUTRA-FDD': {'members': [{'name': 'carrierFreq',
'type': 'ARFCN-ValueUTRA'},
{'name': 'cellReselectionPriority',
'type': 'CellReselectionPriority'}],
'type': 'SEQUENCE'},
'FreqPriorityUTRA-TDD': {'members': [{'name': 'carrierFreq',
'type': 'ARFCN-ValueUTRA'},
{'name': 'cellReselectionPriority',
'type': 'CellReselectionPriority'}],
'type': 'SEQUENCE'},
'FreqsPriorityGERAN': {'members': [{'name': 'carrierFreqs',
'type': 'CarrierFreqsGERAN'},
{'name': 'cellReselectionPriority',
'type': 'CellReselectionPriority'}],
'type': 'SEQUENCE'},
'FreqsPriorityListGERAN': {'element': {'type': 'FreqsPriorityGERAN'},
'size': [(1,
'maxGNFG')],
'type': 'SEQUENCE '
'OF'},
'Handover': {'members': [{'name': 'targetRAT-Type',
'type': 'ENUMERATED',
'values': [('utra',
0),
('geran',
1),
('cdma2000-1XRTT',
2),
('cdma2000-HRPD',
3),
('spare4',
4),
('spare3',
5),
('spare2',
6),
('spare1',
7),
None]},
{'name': 'targetRAT-MessageContainer',
'type': 'OCTET '
'STRING'},
{'name': 'nas-SecurityParamFromEUTRA',
'optional': True,
'size': [1],
'type': 'OCTET '
'STRING'},
{'name': 'systemInformation',
'optional': True,
'type': 'SI-OrPSI-GERAN'}],
'type': 'SEQUENCE'},
'HandoverFromEUTRAPreparationRequest': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'members': [{'name': 'handoverFromEUTRAPreparationRequest-r8',
'type': 'HandoverFromEUTRAPreparationRequest-r8-IEs'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'HandoverFromEUTRAPreparationRequest-r8-IEs': {'members': [{'name': 'cdma2000-Type',
'type': 'CDMA2000-Type'},
{'name': 'rand',
'optional': True,
'type': 'RAND-CDMA2000'},
{'name': 'mobilityParameters',
'optional': True,
'type': 'MobilityParametersCDMA2000'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'Hysteresis': {'restricted-to': [(0, 30)],
'type': 'INTEGER'},
'IMSI': {'element': {'type': 'IMSI-Digit'},
'size': [(6, 21)],
'type': 'SEQUENCE OF'},
'IMSI-Digit': {'restricted-to': [(0, 9)],
'type': 'INTEGER'},
'IRAT-ParametersCDMA2000-1XRTT': {'members': [{'name': 'supportedBandList1XRTT',
'type': 'SupportedBandList1XRTT'},
{'name': 'tx-Config1XRTT',
'type': 'ENUMERATED',
'values': [('single',
0),
('dual',
1)]},
{'name': 'rx-Config1XRTT',
'type': 'ENUMERATED',
'values': [('single',
0),
('dual',
1)]}],
'type': 'SEQUENCE'},
'IRAT-ParametersCDMA2000-HRPD': {'members': [{'name': 'supportedBandListHRPD',
'type': 'SupportedBandListHRPD'},
{'name': 'tx-ConfigHRPD',
'type': 'ENUMERATED',
'values': [('single',
0),
('dual',
1)]},
{'name': 'rx-ConfigHRPD',
'type': 'ENUMERATED',
'values': [('single',
0),
('dual',
1)]}],
'type': 'SEQUENCE'},
'IRAT-ParametersGERAN': {'members': [{'name': 'supportedBandListGERAN',
'type': 'SupportedBandListGERAN'},
{'name': 'interRAT-PS-HO-ToGERAN',
'type': 'BOOLEAN'}],
'type': 'SEQUENCE'},
'IRAT-ParametersUTRA-FDD': {'members': [{'name': 'supportedBandListUTRA-FDD',
'type': 'SupportedBandListUTRA-FDD'}],
'type': 'SEQUENCE'},
'IRAT-ParametersUTRA-TDD128': {'members': [{'name': 'supportedBandListUTRA-TDD128',
'type': 'SupportedBandListUTRA-TDD128'}],
'type': 'SEQUENCE'},
'IRAT-ParametersUTRA-TDD384': {'members': [{'name': 'supportedBandListUTRA-TDD384',
'type': 'SupportedBandListUTRA-TDD384'}],
'type': 'SEQUENCE'},
'IRAT-ParametersUTRA-TDD768': {'members': [{'name': 'supportedBandListUTRA-TDD768',
'type': 'SupportedBandListUTRA-TDD768'}],
'type': 'SEQUENCE'},
'IdleModeMobilityControlInfo': {'members': [{'name': 'freqPriorityListEUTRA',
'optional': True,
'type': 'FreqPriorityListEUTRA'},
{'name': 'freqPriorityListGERAN',
'optional': True,
'type': 'FreqsPriorityListGERAN'},
{'name': 'freqPriorityListUTRA-FDD',
'optional': True,
'type': 'FreqPriorityListUTRA-FDD'},
{'name': 'freqPriorityListUTRA-TDD',
'optional': True,
'type': 'FreqPriorityListUTRA-TDD'},
{'name': 'bandClassPriorityListHRPD',
'optional': True,
'type': 'BandClassPriorityListHRPD'},
{'name': 'bandClassPriorityList1XRTT',
'optional': True,
'type': 'BandClassPriorityList1XRTT'},
{'name': 't320',
'optional': True,
'type': 'ENUMERATED',
'values': [('min5',
0),
('min10',
1),
('min20',
2),
('min30',
3),
('min60',
4),
('min120',
5),
('min180',
6),
('spare1',
7)]},
None],
'type': 'SEQUENCE'},
'InitialUE-Identity': {'members': [{'name': 's-TMSI',
'type': 'S-TMSI'},
{'name': 'randomValue',
'size': [40],
'type': 'BIT '
'STRING'}],
'type': 'CHOICE'},
'InterFreqBandInfo': {'members': [{'name': 'interFreqNeedForGaps',
'type': 'BOOLEAN'}],
'type': 'SEQUENCE'},
'InterFreqBandList': {'element': {'type': 'InterFreqBandInfo'},
'size': [(1,
'maxBands')],
'type': 'SEQUENCE '
'OF'},
'InterFreqBlackCellList': {'element': {'type': 'PhysCellIdRange'},
'size': [(1,
'maxCellBlack')],
'type': 'SEQUENCE '
'OF'},
'InterFreqCarrierFreqInfo': {'members': [{'name': 'dl-CarrierFreq',
'type': 'ARFCN-ValueEUTRA'},
{'name': 'q-RxLevMin',
'type': 'Q-RxLevMin'},
{'name': 'p-Max',
'optional': True,
'type': 'P-Max'},
{'name': 't-ReselectionEUTRA',
'type': 'T-Reselection'},
{'name': 't-ReselectionEUTRA-SF',
'optional': True,
'type': 'SpeedStateScaleFactors'},
{'name': 'threshX-High',
'type': 'ReselectionThreshold'},
{'name': 'threshX-Low',
'type': 'ReselectionThreshold'},
{'name': 'allowedMeasBandwidth',
'type': 'AllowedMeasBandwidth'},
{'name': 'presenceAntennaPort1',
'type': 'PresenceAntennaPort1'},
{'name': 'cellReselectionPriority',
'optional': True,
'type': 'CellReselectionPriority'},
{'name': 'neighCellConfig',
'type': 'NeighCellConfig'},
{'default': 'dB0',
'name': 'q-OffsetFreq',
'type': 'Q-OffsetRange'},
{'name': 'interFreqNeighCellList',
'optional': True,
'type': 'InterFreqNeighCellList'},
{'name': 'interFreqBlackCellList',
'optional': True,
'type': 'InterFreqBlackCellList'},
None],
'type': 'SEQUENCE'},
'InterFreqCarrierFreqList': {'element': {'type': 'InterFreqCarrierFreqInfo'},
'size': [(1,
'maxFreq')],
'type': 'SEQUENCE '
'OF'},
'InterFreqNeighCellInfo': {'members': [{'name': 'physCellId',
'type': 'PhysCellId'},
{'name': 'q-OffsetCell',
'type': 'Q-OffsetRange'}],
'type': 'SEQUENCE'},
'InterFreqNeighCellList': {'element': {'type': 'InterFreqNeighCellInfo'},
'size': [(1,
'maxCellInter')],
'type': 'SEQUENCE '
'OF'},
'InterRAT-BandInfo': {'members': [{'name': 'interRAT-NeedForGaps',
'type': 'BOOLEAN'}],
'type': 'SEQUENCE'},
'InterRAT-BandList': {'element': {'type': 'InterRAT-BandInfo'},
'size': [(1,
'maxBands')],
'type': 'SEQUENCE '
'OF'},
'IntraFreqBlackCellList': {'element': {'type': 'PhysCellIdRange'},
'size': [(1,
'maxCellBlack')],
'type': 'SEQUENCE '
'OF'},
'IntraFreqNeighCellInfo': {'members': [{'name': 'physCellId',
'type': 'PhysCellId'},
{'name': 'q-OffsetCell',
'type': 'Q-OffsetRange'},
None],
'type': 'SEQUENCE'},
'IntraFreqNeighCellList': {'element': {'type': 'IntraFreqNeighCellInfo'},
'size': [(1,
'maxCellIntra')],
'type': 'SEQUENCE '
'OF'},
'LogicalChannelConfig': {'members': [{'members': [{'name': 'priority',
'restricted-to': [(1,
16)],
'type': 'INTEGER'},
{'name': 'prioritisedBitRate',
'type': 'ENUMERATED',
'values': [('kBps0',
0),
('kBps8',
1),
('kBps16',
2),
('kBps32',
3),
('kBps64',
4),
('kBps128',
5),
('kBps256',
6),
('infinity',
7),
('spare8',
8),
('spare7',
9),
('spare6',
10),
('spare5',
11),
('spare4',
12),
('spare3',
13),
('spare2',
14),
('spare1',
15)]},
{'name': 'bucketSizeDuration',
'type': 'ENUMERATED',
'values': [('ms50',
0),
('ms100',
1),
('ms150',
2),
('ms300',
3),
('ms500',
4),
('ms1000',
5),
('spare2',
6),
('spare1',
7)]},
{'name': 'logicalChannelGroup',
'optional': True,
'restricted-to': [(0,
3)],
'type': 'INTEGER'}],
'name': 'ul-SpecificParameters',
'optional': True,
'type': 'SEQUENCE'},
None],
'type': 'SEQUENCE'},
'MAC-MainConfig': {'members': [{'members': [{'name': 'maxHARQ-Tx',
'optional': True,
'type': 'ENUMERATED',
'values': [('n1',
0),
('n2',
1),
('n3',
2),
('n4',
3),
('n5',
4),
('n6',
5),
('n7',
6),
('n8',
7),
('n10',
8),
('n12',
9),
('n16',
10),
('n20',
11),
('n24',
12),
('n28',
13),
('spare2',
14),
('spare1',
15)]},
{'name': 'periodicBSR-Timer',
'optional': True,
'type': 'ENUMERATED',
'values': [('sf5',
0),
('sf10',
1),
('sf16',
2),
('sf20',
3),
('sf32',
4),
('sf40',
5),
('sf64',
6),
('sf80',
7),
('sf128',
8),
('sf160',
9),
('sf320',
10),
('sf640',
11),
('sf1280',
12),
('sf2560',
13),
('infinity',
14),
('spare1',
15)]},
{'name': 'retxBSR-Timer',
'type': 'ENUMERATED',
'values': [('sf320',
0),
('sf640',
1),
('sf1280',
2),
('sf2560',
3),
('sf5120',
4),
('sf10240',
5),
('spare2',
6),
('spare1',
7)]},
{'name': 'ttiBundling',
'type': 'BOOLEAN'}],
'name': 'ul-SCH-Config',
'optional': True,
'type': 'SEQUENCE'},
{'name': 'drx-Config',
'optional': True,
'type': 'DRX-Config'},
{'name': 'timeAlignmentTimerDedicated',
'type': 'TimeAlignmentTimer'},
{'members': [{'name': 'release',
'type': 'NULL'},
{'members': [{'name': 'periodicPHR-Timer',
'type': 'ENUMERATED',
'values': [('sf10',
0),
('sf20',
1),
('sf50',
2),
('sf100',
3),
('sf200',
4),
('sf500',
5),
('sf1000',
6),
('infinity',
7)]},
{'name': 'prohibitPHR-Timer',
'type': 'ENUMERATED',
'values': [('sf0',
0),
('sf10',
1),
('sf20',
2),
('sf50',
3),
('sf100',
4),
('sf200',
5),
('sf500',
6),
('sf1000',
7)]},
{'name': 'dl-PathlossChange',
'type': 'ENUMERATED',
'values': [('dB1',
0),
('dB3',
1),
('dB6',
2),
('infinity',
3)]}],
'name': 'setup',
'type': 'SEQUENCE'}],
'name': 'phr-Config',
'optional': True,
'type': 'CHOICE'},
None],
'type': 'SEQUENCE'},
'MBSFN-SubframeConfig': {'members': [{'name': 'radioframeAllocationPeriod',
'type': 'ENUMERATED',
'values': [('n1',
0),
('n2',
1),
('n4',
2),
('n8',
3),
('n16',
4),
('n32',
5)]},
{'name': 'radioframeAllocationOffset',
'restricted-to': [(0,
7)],
'type': 'INTEGER'},
{'members': [{'name': 'oneFrame',
'size': [6],
'type': 'BIT '
'STRING'},
{'name': 'fourFrames',
'size': [24],
'type': 'BIT '
'STRING'}],
'name': 'subframeAllocation',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'MBSFN-SubframeConfigList': {'element': {'type': 'MBSFN-SubframeConfig'},
'size': [(1,
'maxMBSFN-Allocations')],
'type': 'SEQUENCE '
'OF'},
'MCC': {'element': {'type': 'MCC-MNC-Digit'},
'size': [3],
'type': 'SEQUENCE OF'},
'MCC-MNC-Digit': {'restricted-to': [(0,
9)],
'type': 'INTEGER'},
'MMEC': {'size': [8],
'type': 'BIT STRING'},
'MNC': {'element': {'type': 'MCC-MNC-Digit'},
'size': [(2, 3)],
'type': 'SEQUENCE OF'},
'MasterInformationBlock': {'members': [{'name': 'dl-Bandwidth',
'type': 'ENUMERATED',
'values': [('n6',
0),
('n15',
1),
('n25',
2),
('n50',
3),
('n75',
4),
('n100',
5)]},
{'name': 'phich-Config',
'type': 'PHICH-Config'},
{'name': 'systemFrameNumber',
'size': [8],
'type': 'BIT '
'STRING'},
{'name': 'spare',
'size': [10],
'type': 'BIT '
'STRING'}],
'type': 'SEQUENCE'},
'MeasConfig': {'members': [{'name': 'measObjectToRemoveList',
'optional': True,
'type': 'MeasObjectToRemoveList'},
{'name': 'measObjectToAddModList',
'optional': True,
'type': 'MeasObjectToAddModList'},
{'name': 'reportConfigToRemoveList',
'optional': True,
'type': 'ReportConfigToRemoveList'},
{'name': 'reportConfigToAddModList',
'optional': True,
'type': 'ReportConfigToAddModList'},
{'name': 'measIdToRemoveList',
'optional': True,
'type': 'MeasIdToRemoveList'},
{'name': 'measIdToAddModList',
'optional': True,
'type': 'MeasIdToAddModList'},
{'name': 'quantityConfig',
'optional': True,
'type': 'QuantityConfig'},
{'name': 'measGapConfig',
'optional': True,
'type': 'MeasGapConfig'},
{'name': 's-Measure',
'optional': True,
'type': 'RSRP-Range'},
{'name': 'preRegistrationInfoHRPD',
'optional': True,
'type': 'PreRegistrationInfoHRPD'},
{'members': [{'name': 'release',
'type': 'NULL'},
{'members': [{'name': 'mobilityStateParameters',
'type': 'MobilityStateParameters'},
{'name': 'timeToTrigger-SF',
'type': 'SpeedStateScaleFactors'}],
'name': 'setup',
'type': 'SEQUENCE'}],
'name': 'speedStatePars',
'optional': True,
'type': 'CHOICE'},
None],
'type': 'SEQUENCE'},
'MeasGapConfig': {'members': [{'name': 'release',
'type': 'NULL'},
{'members': [{'members': [{'name': 'gp0',
'restricted-to': [(0,
39)],
'type': 'INTEGER'},
{'name': 'gp1',
'restricted-to': [(0,
79)],
'type': 'INTEGER'},
None],
'name': 'gapOffset',
'type': 'CHOICE'}],
'name': 'setup',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'MeasId': {'restricted-to': [(1,
'maxMeasId')],
'type': 'INTEGER'},
'MeasIdToAddMod': {'members': [{'name': 'measId',
'type': 'MeasId'},
{'name': 'measObjectId',
'type': 'MeasObjectId'},
{'name': 'reportConfigId',
'type': 'ReportConfigId'}],
'type': 'SEQUENCE'},
'MeasIdToAddModList': {'element': {'type': 'MeasIdToAddMod'},
'size': [(1,
'maxMeasId')],
'type': 'SEQUENCE '
'OF'},
'MeasIdToRemoveList': {'element': {'type': 'MeasId'},
'size': [(1,
'maxMeasId')],
'type': 'SEQUENCE '
'OF'},
'MeasObjectCDMA2000': {'members': [{'name': 'cdma2000-Type',
'type': 'CDMA2000-Type'},
{'name': 'carrierFreq',
'type': 'CarrierFreqCDMA2000'},
{'name': 'searchWindowSize',
'optional': True,
'restricted-to': [(0,
15)],
'type': 'INTEGER'},
{'default': 0,
'name': 'offsetFreq',
'type': 'Q-OffsetRangeInterRAT'},
{'name': 'cellsToRemoveList',
'optional': True,
'type': 'CellIndexList'},
{'name': 'cellsToAddModList',
'optional': True,
'type': 'CellsToAddModListCDMA2000'},
{'name': 'cellForWhichToReportCGI',
'optional': True,
'type': 'PhysCellIdCDMA2000'},
None],
'type': 'SEQUENCE'},
'MeasObjectEUTRA': {'members': [{'name': 'carrierFreq',
'type': 'ARFCN-ValueEUTRA'},
{'name': 'allowedMeasBandwidth',
'type': 'AllowedMeasBandwidth'},
{'name': 'presenceAntennaPort1',
'type': 'PresenceAntennaPort1'},
{'name': 'neighCellConfig',
'type': 'NeighCellConfig'},
{'default': 'dB0',
'name': 'offsetFreq',
'type': 'Q-OffsetRange'},
{'name': 'cellsToRemoveList',
'optional': True,
'type': 'CellIndexList'},
{'name': 'cellsToAddModList',
'optional': True,
'type': 'CellsToAddModList'},
{'name': 'blackCellsToRemoveList',
'optional': True,
'type': 'CellIndexList'},
{'name': 'blackCellsToAddModList',
'optional': True,
'type': 'BlackCellsToAddModList'},
{'name': 'cellForWhichToReportCGI',
'optional': True,
'type': 'PhysCellId'},
None],
'type': 'SEQUENCE'},
'MeasObjectGERAN': {'members': [{'name': 'carrierFreqs',
'type': 'CarrierFreqsGERAN'},
{'default': 0,
'name': 'offsetFreq',
'type': 'Q-OffsetRangeInterRAT'},
{'default': '0b11111111',
'name': 'ncc-Permitted',
'size': [8],
'type': 'BIT '
'STRING'},
{'name': 'cellForWhichToReportCGI',
'optional': True,
'type': 'PhysCellIdGERAN'},
None],
'type': 'SEQUENCE'},
'MeasObjectId': {'restricted-to': [(1,
'maxObjectId')],
'type': 'INTEGER'},
'MeasObjectToAddMod': {'members': [{'name': 'measObjectId',
'type': 'MeasObjectId'},
{'members': [{'name': 'measObjectEUTRA',
'type': 'MeasObjectEUTRA'},
{'name': 'measObjectUTRA',
'type': 'MeasObjectUTRA'},
{'name': 'measObjectGERAN',
'type': 'MeasObjectGERAN'},
{'name': 'measObjectCDMA2000',
'type': 'MeasObjectCDMA2000'},
None],
'name': 'measObject',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'MeasObjectToAddModList': {'element': {'type': 'MeasObjectToAddMod'},
'size': [(1,
'maxObjectId')],
'type': 'SEQUENCE '
'OF'},
'MeasObjectToRemoveList': {'element': {'type': 'MeasObjectId'},
'size': [(1,
'maxObjectId')],
'type': 'SEQUENCE '
'OF'},
'MeasObjectUTRA': {'members': [{'name': 'carrierFreq',
'type': 'ARFCN-ValueUTRA'},
{'default': 0,
'name': 'offsetFreq',
'type': 'Q-OffsetRangeInterRAT'},
{'name': 'cellsToRemoveList',
'optional': True,
'type': 'CellIndexList'},
{'members': [{'name': 'cellsToAddModListUTRA-FDD',
'type': 'CellsToAddModListUTRA-FDD'},
{'name': 'cellsToAddModListUTRA-TDD',
'type': 'CellsToAddModListUTRA-TDD'}],
'name': 'cellsToAddModList',
'optional': True,
'type': 'CHOICE'},
{'members': [{'name': 'utra-FDD',
'type': 'PhysCellIdUTRA-FDD'},
{'name': 'utra-TDD',
'type': 'PhysCellIdUTRA-TDD'}],
'name': 'cellForWhichToReportCGI',
'optional': True,
'type': 'CHOICE'},
None],
'type': 'SEQUENCE'},
'MeasParameters': {'members': [{'name': 'bandListEUTRA',
'type': 'BandListEUTRA'}],
'type': 'SEQUENCE'},
'MeasResultCDMA2000': {'members': [{'name': 'physCellId',
'type': 'PhysCellIdCDMA2000'},
{'name': 'cgi-Info',
'optional': True,
'type': 'CellGlobalIdCDMA2000'},
{'members': [{'name': 'pilotPnPhase',
'optional': True,
'restricted-to': [(0,
32767)],
'type': 'INTEGER'},
{'name': 'pilotStrength',
'restricted-to': [(0,
63)],
'type': 'INTEGER'},
None],
'name': 'measResult',
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'MeasResultEUTRA': {'members': [{'name': 'physCellId',
'type': 'PhysCellId'},
{'members': [{'name': 'cellGlobalId',
'type': 'CellGlobalIdEUTRA'},
{'name': 'trackingAreaCode',
'type': 'TrackingAreaCode'},
{'name': 'plmn-IdentityList',
'optional': True,
'type': 'PLMN-IdentityList2'}],
'name': 'cgi-Info',
'optional': True,
'type': 'SEQUENCE'},
{'members': [{'name': 'rsrpResult',
'optional': True,
'type': 'RSRP-Range'},
{'name': 'rsrqResult',
'optional': True,
'type': 'RSRQ-Range'},
None],
'name': 'measResult',
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'MeasResultGERAN': {'members': [{'name': 'carrierFreq',
'type': 'CarrierFreqGERAN'},
{'name': 'physCellId',
'type': 'PhysCellIdGERAN'},
{'members': [{'name': 'cellGlobalId',
'type': 'CellGlobalIdGERAN'},
{'name': 'routingAreaCode',
'optional': True,
'size': [8],
'type': 'BIT '
'STRING'}],
'name': 'cgi-Info',
'optional': True,
'type': 'SEQUENCE'},
{'members': [{'name': 'rssi',
'restricted-to': [(0,
63)],
'type': 'INTEGER'},
None],
'name': 'measResult',
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'MeasResultListCDMA2000': {'element': {'type': 'MeasResultCDMA2000'},
'size': [(1,
'maxCellReport')],
'type': 'SEQUENCE '
'OF'},
'MeasResultListEUTRA': {'element': {'type': 'MeasResultEUTRA'},
'size': [(1,
'maxCellReport')],
'type': 'SEQUENCE '
'OF'},
'MeasResultListGERAN': {'element': {'type': 'MeasResultGERAN'},
'size': [(1,
'maxCellReport')],
'type': 'SEQUENCE '
'OF'},
'MeasResultListUTRA': {'element': {'type': 'MeasResultUTRA'},
'size': [(1,
'maxCellReport')],
'type': 'SEQUENCE '
'OF'},
'MeasResultUTRA': {'members': [{'members': [{'name': 'fdd',
'type': 'PhysCellIdUTRA-FDD'},
{'name': 'tdd',
'type': 'PhysCellIdUTRA-TDD'}],
'name': 'physCellId',
'type': 'CHOICE'},
{'members': [{'name': 'cellGlobalId',
'type': 'CellGlobalIdUTRA'},
{'name': 'locationAreaCode',
'optional': True,
'size': [16],
'type': 'BIT '
'STRING'},
{'name': 'routingAreaCode',
'optional': True,
'size': [8],
'type': 'BIT '
'STRING'},
{'name': 'plmn-IdentityList',
'optional': True,
'type': 'PLMN-IdentityList2'}],
'name': 'cgi-Info',
'optional': True,
'type': 'SEQUENCE'},
{'members': [{'name': 'utra-RSCP',
'optional': True,
'restricted-to': [(-5,
91)],
'type': 'INTEGER'},
{'name': 'utra-EcN0',
'optional': True,
'restricted-to': [(0,
49)],
'type': 'INTEGER'},
None],
'name': 'measResult',
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'MeasResults': {'members': [{'name': 'measId',
'type': 'MeasId'},
{'members': [{'name': 'rsrpResult',
'type': 'RSRP-Range'},
{'name': 'rsrqResult',
'type': 'RSRQ-Range'}],
'name': 'measResultServCell',
'type': 'SEQUENCE'},
{'members': [{'name': 'measResultListEUTRA',
'type': 'MeasResultListEUTRA'},
{'name': 'measResultListUTRA',
'type': 'MeasResultListUTRA'},
{'name': 'measResultListGERAN',
'type': 'MeasResultListGERAN'},
{'name': 'measResultsCDMA2000',
'type': 'MeasResultsCDMA2000'},
None],
'name': 'measResultNeighCells',
'optional': True,
'type': 'CHOICE'},
None],
'type': 'SEQUENCE'},
'MeasResultsCDMA2000': {'members': [{'name': 'preRegistrationStatusHRPD',
'type': 'BOOLEAN'},
{'name': 'measResultListCDMA2000',
'type': 'MeasResultListCDMA2000'}],
'type': 'SEQUENCE'},
'MeasurementReport': {'members': [{'members': [{'members': [{'name': 'measurementReport-r8',
'type': 'MeasurementReport-r8-IEs'},
{'name': 'spare7',
'type': 'NULL'},
{'name': 'spare6',
'type': 'NULL'},
{'name': 'spare5',
'type': 'NULL'},
{'name': 'spare4',
'type': 'NULL'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'MeasurementReport-r8-IEs': {'members': [{'name': 'measResults',
'type': 'MeasResults'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'MobilityControlInfo': {'members': [{'name': 'targetPhysCellId',
'type': 'PhysCellId'},
{'name': 'carrierFreq',
'optional': True,
'type': 'CarrierFreqEUTRA'},
{'name': 'carrierBandwidth',
'optional': True,
'type': 'CarrierBandwidthEUTRA'},
{'name': 'additionalSpectrumEmission',
'optional': True,
'type': 'AdditionalSpectrumEmission'},
{'name': 't304',
'type': 'ENUMERATED',
'values': [('ms50',
0),
('ms100',
1),
('ms150',
2),
('ms200',
3),
('ms500',
4),
('ms1000',
5),
('ms2000',
6),
('spare1',
7)]},
{'name': 'newUE-Identity',
'type': 'C-RNTI'},
{'name': 'radioResourceConfigCommon',
'type': 'RadioResourceConfigCommon'},
{'name': 'rach-ConfigDedicated',
'optional': True,
'type': 'RACH-ConfigDedicated'},
None],
'type': 'SEQUENCE'},
'MobilityFromEUTRACommand': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'members': [{'name': 'mobilityFromEUTRACommand-r8',
'type': 'MobilityFromEUTRACommand-r8-IEs'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'MobilityFromEUTRACommand-r8-IEs': {'members': [{'name': 'cs-FallbackIndicator',
'type': 'BOOLEAN'},
{'members': [{'name': 'handover',
'type': 'Handover'},
{'name': 'cellChangeOrder',
'type': 'CellChangeOrder'}],
'name': 'purpose',
'type': 'CHOICE'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'MobilityParametersCDMA2000': {'type': 'OCTET '
'STRING'},
'MobilityStateParameters': {'members': [{'name': 't-Evaluation',
'type': 'ENUMERATED',
'values': [('s30',
0),
('s60',
1),
('s120',
2),
('s180',
3),
('s240',
4),
('spare3',
5),
('spare2',
6),
('spare1',
7)]},
{'name': 't-HystNormal',
'type': 'ENUMERATED',
'values': [('s30',
0),
('s60',
1),
('s120',
2),
('s180',
3),
('s240',
4),
('spare3',
5),
('spare2',
6),
('spare1',
7)]},
{'name': 'n-CellChangeMedium',
'restricted-to': [(1,
16)],
'type': 'INTEGER'},
{'name': 'n-CellChangeHigh',
'restricted-to': [(1,
16)],
'type': 'INTEGER'}],
'type': 'SEQUENCE'},
'N1-PUCCH-AN-PersistentList': {'element': {'restricted-to': [(0,
2047)],
'type': 'INTEGER'},
'size': [(1,
4)],
'type': 'SEQUENCE '
'OF'},
'NeighCellCDMA2000': {'members': [{'name': 'bandClass',
'type': 'BandclassCDMA2000'},
{'name': 'neighCellsPerFreqList',
'type': 'NeighCellsPerBandclassListCDMA2000'}],
'type': 'SEQUENCE'},
'NeighCellConfig': {'size': [2],
'type': 'BIT STRING'},
'NeighCellListCDMA2000': {'element': {'type': 'NeighCellCDMA2000'},
'size': [(1,
16)],
'type': 'SEQUENCE '
'OF'},
'NeighCellsPerBandclassCDMA2000': {'members': [{'name': 'arfcn',
'type': 'ARFCN-ValueCDMA2000'},
{'name': 'physCellIdList',
'type': 'PhysCellIdListCDMA2000'}],
'type': 'SEQUENCE'},
'NeighCellsPerBandclassListCDMA2000': {'element': {'type': 'NeighCellsPerBandclassCDMA2000'},
'size': [(1,
16)],
'type': 'SEQUENCE '
'OF'},
'NextHopChainingCount': {'restricted-to': [(0,
7)],
'type': 'INTEGER'},
'P-Max': {'restricted-to': [(-30, 33)],
'type': 'INTEGER'},
'PCCH-Config': {'members': [{'name': 'defaultPagingCycle',
'type': 'ENUMERATED',
'values': [('rf32',
0),
('rf64',
1),
('rf128',
2),
('rf256',
3)]},
{'name': 'nB',
'type': 'ENUMERATED',
'values': [('fourT',
0),
('twoT',
1),
('oneT',
2),
('halfT',
3),
('quarterT',
4),
('oneEighthT',
5),
('oneSixteenthT',
6),
('oneThirtySecondT',
7)]}],
'type': 'SEQUENCE'},
'PCCH-Message': {'members': [{'name': 'message',
'type': 'PCCH-MessageType'}],
'type': 'SEQUENCE'},
'PCCH-MessageType': {'members': [{'members': [{'name': 'paging',
'type': 'Paging'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'messageClassExtension',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'PDCP-Config': {'members': [{'name': 'discardTimer',
'optional': True,
'type': 'ENUMERATED',
'values': [('ms50',
0),
('ms100',
1),
('ms150',
2),
('ms300',
3),
('ms500',
4),
('ms750',
5),
('ms1500',
6),
('infinity',
7)]},
{'members': [{'name': 'statusReportRequired',
'type': 'BOOLEAN'}],
'name': 'rlc-AM',
'optional': True,
'type': 'SEQUENCE'},
{'members': [{'name': 'pdcp-SN-Size',
'type': 'ENUMERATED',
'values': [('len7bits',
0),
('len12bits',
1)]}],
'name': 'rlc-UM',
'optional': True,
'type': 'SEQUENCE'},
{'members': [{'name': 'notUsed',
'type': 'NULL'},
{'members': [{'default': 15,
'name': 'maxCID',
'restricted-to': [(1,
16383)],
'type': 'INTEGER'},
{'members': [{'name': 'profile0x0001',
'type': 'BOOLEAN'},
{'name': 'profile0x0002',
'type': 'BOOLEAN'},
{'name': 'profile0x0003',
'type': 'BOOLEAN'},
{'name': 'profile0x0004',
'type': 'BOOLEAN'},
{'name': 'profile0x0006',
'type': 'BOOLEAN'},
{'name': 'profile0x0101',
'type': 'BOOLEAN'},
{'name': 'profile0x0102',
'type': 'BOOLEAN'},
{'name': 'profile0x0103',
'type': 'BOOLEAN'},
{'name': 'profile0x0104',
'type': 'BOOLEAN'}],
'name': 'profiles',
'type': 'SEQUENCE'},
None],
'name': 'rohc',
'type': 'SEQUENCE'}],
'name': 'headerCompression',
'type': 'CHOICE'},
None],
'type': 'SEQUENCE'},
'PDCP-Parameters': {'members': [{'members': [{'name': 'profile0x0001',
'type': 'BOOLEAN'},
{'name': 'profile0x0002',
'type': 'BOOLEAN'},
{'name': 'profile0x0003',
'type': 'BOOLEAN'},
{'name': 'profile0x0004',
'type': 'BOOLEAN'},
{'name': 'profile0x0006',
'type': 'BOOLEAN'},
{'name': 'profile0x0101',
'type': 'BOOLEAN'},
{'name': 'profile0x0102',
'type': 'BOOLEAN'},
{'name': 'profile0x0103',
'type': 'BOOLEAN'},
{'name': 'profile0x0104',
'type': 'BOOLEAN'}],
'name': 'supportedROHC-Profiles',
'type': 'SEQUENCE'},
{'default': 'cs16',
'name': 'maxNumberROHC-ContextSessions',
'type': 'ENUMERATED',
'values': [('cs2',
0),
('cs4',
1),
('cs8',
2),
('cs12',
3),
('cs16',
4),
('cs24',
5),
('cs32',
6),
('cs48',
7),
('cs64',
8),
('cs128',
9),
('cs256',
10),
('cs512',
11),
('cs1024',
12),
('cs16384',
13),
('spare2',
14),
('spare1',
15)]},
None],
'type': 'SEQUENCE'},
'PDSCH-ConfigCommon': {'members': [{'name': 'referenceSignalPower',
'restricted-to': [(-60,
50)],
'type': 'INTEGER'},
{'name': 'p-b',
'restricted-to': [(0,
3)],
'type': 'INTEGER'}],
'type': 'SEQUENCE'},
'PDSCH-ConfigDedicated': {'members': [{'name': 'p-a',
'type': 'ENUMERATED',
'values': [('dB-6',
0),
('dB-4dot77',
1),
('dB-3',
2),
('dB-1dot77',
3),
('dB0',
4),
('dB1',
5),
('dB2',
6),
('dB3',
7)]}],
'type': 'SEQUENCE'},
'PHICH-Config': {'members': [{'name': 'phich-Duration',
'type': 'ENUMERATED',
'values': [('normal',
0),
('extended',
1)]},
{'name': 'phich-Resource',
'type': 'ENUMERATED',
'values': [('oneSixth',
0),
('half',
1),
('one',
2),
('two',
3)]}],
'type': 'SEQUENCE'},
'PLMN-Identity': {'members': [{'name': 'mcc',
'optional': True,
'type': 'MCC'},
{'name': 'mnc',
'type': 'MNC'}],
'type': 'SEQUENCE'},
'PLMN-IdentityInfo': {'members': [{'name': 'plmn-Identity',
'type': 'PLMN-Identity'},
{'name': 'cellReservedForOperatorUse',
'type': 'ENUMERATED',
'values': [('reserved',
0),
('notReserved',
1)]}],
'type': 'SEQUENCE'},
'PLMN-IdentityList': {'element': {'type': 'PLMN-IdentityInfo'},
'size': [(1, 6)],
'type': 'SEQUENCE '
'OF'},
'PLMN-IdentityList2': {'element': {'type': 'PLMN-Identity'},
'size': [(1, 5)],
'type': 'SEQUENCE '
'OF'},
'PRACH-Config': {'members': [{'name': 'rootSequenceIndex',
'restricted-to': [(0,
837)],
'type': 'INTEGER'},
{'name': 'prach-ConfigInfo',
'optional': True,
'type': 'PRACH-ConfigInfo'}],
'type': 'SEQUENCE'},
'PRACH-ConfigInfo': {'members': [{'name': 'prach-ConfigIndex',
'restricted-to': [(0,
63)],
'type': 'INTEGER'},
{'name': 'highSpeedFlag',
'type': 'BOOLEAN'},
{'name': 'zeroCorrelationZoneConfig',
'restricted-to': [(0,
15)],
'type': 'INTEGER'},
{'name': 'prach-FreqOffset',
'restricted-to': [(0,
94)],
'type': 'INTEGER'}],
'type': 'SEQUENCE'},
'PRACH-ConfigSIB': {'members': [{'name': 'rootSequenceIndex',
'restricted-to': [(0,
837)],
'type': 'INTEGER'},
{'name': 'prach-ConfigInfo',
'type': 'PRACH-ConfigInfo'}],
'type': 'SEQUENCE'},
'PUCCH-ConfigCommon': {'members': [{'name': 'deltaPUCCH-Shift',
'type': 'ENUMERATED',
'values': [('ds1',
0),
('ds2',
1),
('ds3',
2)]},
{'name': 'nRB-CQI',
'restricted-to': [(0,
98)],
'type': 'INTEGER'},
{'name': 'nCS-AN',
'restricted-to': [(0,
7)],
'type': 'INTEGER'},
{'name': 'n1PUCCH-AN',
'restricted-to': [(0,
2047)],
'type': 'INTEGER'}],
'type': 'SEQUENCE'},
'PUCCH-ConfigDedicated': {'members': [{'members': [{'name': 'release',
'type': 'NULL'},
{'members': [{'name': 'repetitionFactor',
'type': 'ENUMERATED',
'values': [('n2',
0),
('n4',
1),
('n6',
2),
('spare1',
3)]},
{'name': 'n1PUCCH-AN-Rep',
'restricted-to': [(0,
2047)],
'type': 'INTEGER'}],
'name': 'setup',
'type': 'SEQUENCE'}],
'name': 'ackNackRepetition',
'type': 'CHOICE'},
{'name': 'tdd-AckNackFeedbackMode',
'optional': True,
'type': 'ENUMERATED',
'values': [('bundling',
0),
('multiplexing',
1)]}],
'type': 'SEQUENCE'},
'PUSCH-ConfigCommon': {'members': [{'members': [{'name': 'n-SB',
'restricted-to': [(1,
4)],
'type': 'INTEGER'},
{'name': 'hoppingMode',
'type': 'ENUMERATED',
'values': [('interSubFrame',
0),
('intraAndInterSubFrame',
1)]},
{'name': 'pusch-HoppingOffset',
'restricted-to': [(0,
98)],
'type': 'INTEGER'},
{'name': 'enable64QAM',
'type': 'BOOLEAN'}],
'name': 'pusch-ConfigBasic',
'type': 'SEQUENCE'},
{'name': 'ul-ReferenceSignalsPUSCH',
'type': 'UL-ReferenceSignalsPUSCH'}],
'type': 'SEQUENCE'},
'PUSCH-ConfigDedicated': {'members': [{'name': 'betaOffset-ACK-Index',
'restricted-to': [(0,
15)],
'type': 'INTEGER'},
{'name': 'betaOffset-RI-Index',
'restricted-to': [(0,
15)],
'type': 'INTEGER'},
{'name': 'betaOffset-CQI-Index',
'restricted-to': [(0,
15)],
'type': 'INTEGER'}],
'type': 'SEQUENCE'},
'Paging': {'members': [{'name': 'pagingRecordList',
'optional': True,
'type': 'PagingRecordList'},
{'name': 'systemInfoModification',
'optional': True,
'type': 'ENUMERATED',
'values': [('true',
0)]},
{'name': 'etws-Indication',
'optional': True,
'type': 'ENUMERATED',
'values': [('true',
0)]},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'PagingRecord': {'members': [{'name': 'ue-Identity',
'type': 'PagingUE-Identity'},
{'name': 'cn-Domain',
'type': 'ENUMERATED',
'values': [('ps',
0),
('cs',
1)]},
None],
'type': 'SEQUENCE'},
'PagingRecordList': {'element': {'type': 'PagingRecord'},
'size': [(1,
'maxPageRec')],
'type': 'SEQUENCE '
'OF'},
'PagingUE-Identity': {'members': [{'name': 's-TMSI',
'type': 'S-TMSI'},
{'name': 'imsi',
'type': 'IMSI'},
None],
'type': 'CHOICE'},
'PhyLayerParameters': {'members': [{'name': 'ue-TxAntennaSelectionSupported',
'type': 'BOOLEAN'},
{'name': 'ue-SpecificRefSigsSupported',
'type': 'BOOLEAN'}],
'type': 'SEQUENCE'},
'PhysCellId': {'restricted-to': [(0, 503)],
'type': 'INTEGER'},
'PhysCellIdCDMA2000': {'restricted-to': [(0,
'maxPNOffset')],
'type': 'INTEGER'},
'PhysCellIdGERAN': {'members': [{'name': 'networkColourCode',
'size': [3],
'type': 'BIT '
'STRING'},
{'name': 'baseStationColourCode',
'size': [3],
'type': 'BIT '
'STRING'}],
'type': 'SEQUENCE'},
'PhysCellIdListCDMA2000': {'element': {'type': 'PhysCellIdCDMA2000'},
'size': [(1,
16)],
'type': 'SEQUENCE '
'OF'},
'PhysCellIdRange': {'members': [{'name': 'start',
'type': 'PhysCellId'},
{'name': 'range',
'optional': True,
'type': 'ENUMERATED',
'values': [('n4',
0),
('n8',
1),
('n12',
2),
('n16',
3),
('n24',
4),
('n32',
5),
('n48',
6),
('n64',
7),
('n84',
8),
('n96',
9),
('n128',
10),
('n168',
11),
('n252',
12),
('n504',
13),
('spare2',
14),
('spare1',
15)]}],
'type': 'SEQUENCE'},
'PhysCellIdUTRA-FDD': {'restricted-to': [(0,
511)],
'type': 'INTEGER'},
'PhysCellIdUTRA-TDD': {'restricted-to': [(0,
127)],
'type': 'INTEGER'},
'PhysicalConfigDedicated': {'members': [{'name': 'pdsch-ConfigDedicated',
'optional': True,
'type': 'PDSCH-ConfigDedicated'},
{'name': 'pucch-ConfigDedicated',
'optional': True,
'type': 'PUCCH-ConfigDedicated'},
{'name': 'pusch-ConfigDedicated',
'optional': True,
'type': 'PUSCH-ConfigDedicated'},
{'name': 'uplinkPowerControlDedicated',
'optional': True,
'type': 'UplinkPowerControlDedicated'},
{'name': 'tpc-PDCCH-ConfigPUCCH',
'optional': True,
'type': 'TPC-PDCCH-Config'},
{'name': 'tpc-PDCCH-ConfigPUSCH',
'optional': True,
'type': 'TPC-PDCCH-Config'},
{'name': 'cqi-ReportConfig',
'optional': True,
'type': 'CQI-ReportConfig'},
{'name': 'soundingRS-UL-ConfigDedicated',
'optional': True,
'type': 'SoundingRS-UL-ConfigDedicated'},
{'members': [{'name': 'explicitValue',
'type': 'AntennaInfoDedicated'},
{'name': 'defaultValue',
'type': 'NULL'}],
'name': 'antennaInfo',
'optional': True,
'type': 'CHOICE'},
{'name': 'schedulingRequestConfig',
'optional': True,
'type': 'SchedulingRequestConfig'},
None],
'type': 'SEQUENCE'},
'PollByte': {'type': 'ENUMERATED',
'values': [('kB25', 0),
('kB50', 1),
('kB75', 2),
('kB100', 3),
('kB125', 4),
('kB250', 5),
('kB375', 6),
('kB500', 7),
('kB750', 8),
('kB1000', 9),
('kB1250', 10),
('kB1500', 11),
('kB2000', 12),
('kB3000', 13),
('kBinfinity', 14),
('spare1', 15)]},
'PollPDU': {'type': 'ENUMERATED',
'values': [('p4', 0),
('p8', 1),
('p16', 2),
('p32', 3),
('p64', 4),
('p128', 5),
('p256', 6),
('pInfinity', 7)]},
'PreRegistrationInfoHRPD': {'members': [{'name': 'preRegistrationAllowed',
'type': 'BOOLEAN'},
{'name': 'preRegistrationZoneId',
'optional': True,
'type': 'PreRegistrationZoneIdHRPD'},
{'name': 'secondaryPreRegistrationZoneIdList',
'optional': True,
'type': 'SecondaryPreRegistrationZoneIdListHRPD'}],
'type': 'SEQUENCE'},
'PreRegistrationZoneIdHRPD': {'restricted-to': [(0,
255)],
'type': 'INTEGER'},
'PresenceAntennaPort1': {'type': 'BOOLEAN'},
'Q-OffsetRange': {'type': 'ENUMERATED',
'values': [('dB-24', 0),
('dB-22', 1),
('dB-20', 2),
('dB-18', 3),
('dB-16', 4),
('dB-14', 5),
('dB-12', 6),
('dB-10', 7),
('dB-8', 8),
('dB-6', 9),
('dB-5', 10),
('dB-4', 11),
('dB-3', 12),
('dB-2', 13),
('dB-1', 14),
('dB0', 15),
('dB1', 16),
('dB2', 17),
('dB3', 18),
('dB4', 19),
('dB5', 20),
('dB6', 21),
('dB8', 22),
('dB10', 23),
('dB12', 24),
('dB14', 25),
('dB16', 26),
('dB18', 27),
('dB20', 28),
('dB22', 29),
('dB24',
30)]},
'Q-OffsetRangeInterRAT': {'restricted-to': [(-15,
15)],
'type': 'INTEGER'},
'Q-RxLevMin': {'restricted-to': [(-70,
-22)],
'type': 'INTEGER'},
'QuantityConfig': {'members': [{'name': 'quantityConfigEUTRA',
'optional': True,
'type': 'QuantityConfigEUTRA'},
{'name': 'quantityConfigUTRA',
'optional': True,
'type': 'QuantityConfigUTRA'},
{'name': 'quantityConfigGERAN',
'optional': True,
'type': 'QuantityConfigGERAN'},
{'name': 'quantityConfigCDMA2000',
'optional': True,
'type': 'QuantityConfigCDMA2000'},
None],
'type': 'SEQUENCE'},
'QuantityConfigCDMA2000': {'members': [{'name': 'measQuantityCDMA2000',
'type': 'ENUMERATED',
'values': [('pilotStrength',
0),
('pilotPnPhaseAndPilotStrength',
1)]}],
'type': 'SEQUENCE'},
'QuantityConfigEUTRA': {'members': [{'default': 'fc4',
'name': 'filterCoefficientRSRP',
'type': 'FilterCoefficient'},
{'default': 'fc4',
'name': 'filterCoefficientRSRQ',
'type': 'FilterCoefficient'}],
'type': 'SEQUENCE'},
'QuantityConfigGERAN': {'members': [{'name': 'measQuantityGERAN',
'type': 'ENUMERATED',
'values': [('rssi',
0)]},
{'default': 'fc2',
'name': 'filterCoefficient',
'type': 'FilterCoefficient'}],
'type': 'SEQUENCE'},
'QuantityConfigUTRA': {'members': [{'name': 'measQuantityUTRA-FDD',
'type': 'ENUMERATED',
'values': [('cpich-RSCP',
0),
('cpich-EcN0',
1)]},
{'name': 'measQuantityUTRA-TDD',
'type': 'ENUMERATED',
'values': [('pccpch-RSCP',
0)]},
{'default': 'fc4',
'name': 'filterCoefficient',
'type': 'FilterCoefficient'}],
'type': 'SEQUENCE'},
'RACH-ConfigCommon': {'members': [{'members': [{'name': 'numberOfRA-Preambles',
'type': 'ENUMERATED',
'values': [('n4',
0),
('n8',
1),
('n12',
2),
('n16',
3),
('n20',
4),
('n24',
5),
('n28',
6),
('n32',
7),
('n36',
8),
('n40',
9),
('n44',
10),
('n48',
11),
('n52',
12),
('n56',
13),
('n60',
14),
('n64',
15)]},
{'members': [{'name': 'sizeOfRA-PreamblesGroupA',
'type': 'ENUMERATED',
'values': [('n4',
0),
('n8',
1),
('n12',
2),
('n16',
3),
('n20',
4),
('n24',
5),
('n28',
6),
('n32',
7),
('n36',
8),
('n40',
9),
('n44',
10),
('n48',
11),
('n52',
12),
('n56',
13),
('n60',
14)]},
{'name': 'messageSizeGroupA',
'type': 'ENUMERATED',
'values': [('b56',
0),
('b144',
1),
('b208',
2),
('b256',
3)]},
{'name': 'messagePowerOffsetGroupB',
'type': 'ENUMERATED',
'values': [('minusinfinity',
0),
('dB0',
1),
('dB5',
2),
('dB8',
3),
('dB10',
4),
('dB12',
5),
('dB15',
6),
('dB18',
7)]},
None],
'name': 'preamblesGroupAConfig',
'optional': True,
'type': 'SEQUENCE'}],
'name': 'preambleInfo',
'type': 'SEQUENCE'},
{'members': [{'name': 'powerRampingStep',
'type': 'ENUMERATED',
'values': [('dB0',
0),
('dB2',
1),
('dB4',
2),
('dB6',
3)]},
{'name': 'preambleInitialReceivedTargetPower',
'type': 'ENUMERATED',
'values': [('dBm-120',
0),
('dBm-118',
1),
('dBm-116',
2),
('dBm-114',
3),
('dBm-112',
4),
('dBm-110',
5),
('dBm-108',
6),
('dBm-106',
7),
('dBm-104',
8),
('dBm-102',
9),
('dBm-100',
10),
('dBm-98',
11),
('dBm-96',
12),
('dBm-94',
13),
('dBm-92',
14),
('dBm-90',
15)]}],
'name': 'powerRampingParameters',
'type': 'SEQUENCE'},
{'members': [{'name': 'preambleTransMax',
'type': 'ENUMERATED',
'values': [('n3',
0),
('n4',
1),
('n5',
2),
('n6',
3),
('n7',
4),
('n8',
5),
('n10',
6),
('n20',
7),
('n50',
8),
('n100',
9),
('n200',
10)]},
{'name': 'ra-ResponseWindowSize',
'type': 'ENUMERATED',
'values': [('sf2',
0),
('sf3',
1),
('sf4',
2),
('sf5',
3),
('sf6',
4),
('sf7',
5),
('sf8',
6),
('sf10',
7)]},
{'name': 'mac-ContentionResolutionTimer',
'type': 'ENUMERATED',
'values': [('sf8',
0),
('sf16',
1),
('sf24',
2),
('sf32',
3),
('sf40',
4),
('sf48',
5),
('sf56',
6),
('sf64',
7)]}],
'name': 'ra-SupervisionInfo',
'type': 'SEQUENCE'},
{'name': 'maxHARQ-Msg3Tx',
'restricted-to': [(1,
8)],
'type': 'INTEGER'},
None],
'type': 'SEQUENCE'},
'RACH-ConfigDedicated': {'members': [{'name': 'ra-PreambleIndex',
'restricted-to': [(0,
63)],
'type': 'INTEGER'},
{'name': 'ra-PRACH-MaskIndex',
'restricted-to': [(0,
15)],
'type': 'INTEGER'}],
'type': 'SEQUENCE'},
'RAND-CDMA2000': {'size': [32],
'type': 'BIT STRING'},
'RAT-Type': {'type': 'ENUMERATED',
'values': [('eutra', 0),
('utra', 1),
('geran-cs', 2),
('geran-ps', 3),
('cdma2000-1XRTT',
4),
('spare3', 5),
('spare2', 6),
('spare1', 7),
None]},
'RF-Parameters': {'members': [{'name': 'supportedBandListEUTRA',
'type': 'SupportedBandListEUTRA'}],
'type': 'SEQUENCE'},
'RLC-Config': {'members': [{'members': [{'name': 'ul-AM-RLC',
'type': 'UL-AM-RLC'},
{'name': 'dl-AM-RLC',
'type': 'DL-AM-RLC'}],
'name': 'am',
'type': 'SEQUENCE'},
{'members': [{'name': 'ul-UM-RLC',
'type': 'UL-UM-RLC'},
{'name': 'dl-UM-RLC',
'type': 'DL-UM-RLC'}],
'name': 'um-Bi-Directional',
'type': 'SEQUENCE'},
{'members': [{'name': 'ul-UM-RLC',
'type': 'UL-UM-RLC'}],
'name': 'um-Uni-Directional-UL',
'type': 'SEQUENCE'},
{'members': [{'name': 'dl-UM-RLC',
'type': 'DL-UM-RLC'}],
'name': 'um-Uni-Directional-DL',
'type': 'SEQUENCE'},
None],
'type': 'CHOICE'},
'RRC-TransactionIdentifier': {'restricted-to': [(0,
3)],
'type': 'INTEGER'},
'RRCConnectionReconfiguration': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'members': [{'name': 'rrcConnectionReconfiguration-r8',
'type': 'RRCConnectionReconfiguration-r8-IEs'},
{'name': 'spare7',
'type': 'NULL'},
{'name': 'spare6',
'type': 'NULL'},
{'name': 'spare5',
'type': 'NULL'},
{'name': 'spare4',
'type': 'NULL'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'RRCConnectionReconfiguration-r8-IEs': {'members': [{'name': 'measConfig',
'optional': True,
'type': 'MeasConfig'},
{'name': 'mobilityControlInfo',
'optional': True,
'type': 'MobilityControlInfo'},
{'element': {'type': 'DedicatedInfoNAS'},
'name': 'dedicatedInfoNASList',
'optional': True,
'size': [(1,
'maxDRB')],
'type': 'SEQUENCE '
'OF'},
{'name': 'radioResourceConfigDedicated',
'optional': True,
'type': 'RadioResourceConfigDedicated'},
{'name': 'securityConfigHO',
'optional': True,
'type': 'SecurityConfigHO'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'RRCConnectionReconfigurationComplete': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'name': 'rrcConnectionReconfigurationComplete-r8',
'type': 'RRCConnectionReconfigurationComplete-r8-IEs'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'RRCConnectionReconfigurationComplete-r8-IEs': {'members': [{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'RRCConnectionReestablishment': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'members': [{'name': 'rrcConnectionReestablishment-r8',
'type': 'RRCConnectionReestablishment-r8-IEs'},
{'name': 'spare7',
'type': 'NULL'},
{'name': 'spare6',
'type': 'NULL'},
{'name': 'spare5',
'type': 'NULL'},
{'name': 'spare4',
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{'name': 'spare3',
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{'name': 'spare2',
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{'name': 'spare1',
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'name': 'criticalExtensionsFuture',
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'name': 'criticalExtensions',
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'type': 'SEQUENCE'},
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'type': 'RadioResourceConfigDedicated'},
{'name': 'nextHopChainingCount',
'type': 'NextHopChainingCount'},
{'members': [],
'name': 'nonCriticalExtension',
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'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'RRCConnectionReestablishmentComplete': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'name': 'rrcConnectionReestablishmentComplete-r8',
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{'members': [],
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'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'RRCConnectionReestablishmentComplete-r8-IEs': {'members': [{'members': [],
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'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
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{'members': [],
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'type': 'SEQUENCE'},
'RRCConnectionReestablishmentReject-r8-IEs': {'members': [{'members': [],
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'type': 'SEQUENCE'},
'RRCConnectionReestablishmentRequest': {'members': [{'members': [{'name': 'rrcConnectionReestablishmentRequest-r8',
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{'members': [],
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'type': 'SEQUENCE'},
'RRCConnectionReestablishmentRequest-r8-IEs': {'members': [{'name': 'ue-Identity',
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{'name': 'reestablishmentCause',
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{'name': 'spare',
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'type': 'BIT '
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'type': 'SEQUENCE'},
'RRCConnectionReject': {'members': [{'members': [{'members': [{'name': 'rrcConnectionReject-r8',
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{'name': 'spare1',
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16)],
'type': 'INTEGER'},
{'members': [],
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'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
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{'members': [{'members': [{'name': 'rrcConnectionRelease-r8',
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{'name': 'spare2',
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{'name': 'spare1',
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{'members': [],
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'RRCConnectionRelease-r8-IEs': {'members': [{'name': 'releaseCause',
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{'name': 'redirectedCarrierInfo',
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'type': 'RedirectedCarrierInfo'},
{'name': 'idleModeMobilityControlInfo',
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'type': 'IdleModeMobilityControlInfo'},
{'members': [],
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'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'RRCConnectionRequest': {'members': [{'members': [{'name': 'rrcConnectionRequest-r8',
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{'members': [],
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'type': 'SEQUENCE'}],
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'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'RRCConnectionRequest-r8-IEs': {'members': [{'name': 'ue-Identity',
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{'name': 'establishmentCause',
'type': 'EstablishmentCause'},
{'name': 'spare',
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'type': 'BIT '
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'type': 'SEQUENCE'},
'RRCConnectionSetup': {'members': [{'name': 'rrc-TransactionIdentifier',
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{'members': [{'members': [{'name': 'rrcConnectionSetup-r8',
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'type': 'NULL'},
{'name': 'spare6',
'type': 'NULL'},
{'name': 'spare5',
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{'name': 'spare4',
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{'name': 'spare3',
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{'name': 'spare2',
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{'name': 'spare1',
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{'members': [],
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'type': 'SEQUENCE'},
'RRCConnectionSetup-r8-IEs': {'members': [{'name': 'radioResourceConfigDedicated',
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'type': 'SEQUENCE'}],
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{'members': [{'members': [{'name': 'rrcConnectionSetupComplete-r8',
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{'name': 'spare2',
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{'name': 'spare1',
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{'members': [],
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'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'RRCConnectionSetupComplete-r8-IEs': {'members': [{'name': 'selectedPLMN-Identity',
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6)],
'type': 'INTEGER'},
{'name': 'registeredMME',
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'type': 'RegisteredMME'},
{'name': 'dedicatedInfoNAS',
'type': 'DedicatedInfoNAS'},
{'members': [],
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'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
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'type': 'INTEGER'},
'RSRQ-Range': {'restricted-to': [(0, 34)],
'type': 'INTEGER'},
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'type': 'RACH-ConfigCommon'},
{'name': 'prach-Config',
'type': 'PRACH-Config'},
{'name': 'pdsch-ConfigCommon',
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'type': 'PDSCH-ConfigCommon'},
{'name': 'pusch-ConfigCommon',
'type': 'PUSCH-ConfigCommon'},
{'name': 'phich-Config',
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'type': 'PHICH-Config'},
{'name': 'pucch-ConfigCommon',
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'type': 'PUCCH-ConfigCommon'},
{'name': 'soundingRS-UL-ConfigCommon',
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'type': 'SoundingRS-UL-ConfigCommon'},
{'name': 'uplinkPowerControlCommon',
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'type': 'UplinkPowerControlCommon'},
{'name': 'antennaInfoCommon',
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'type': 'AntennaInfoCommon'},
{'name': 'p-Max',
'optional': True,
'type': 'P-Max'},
{'name': 'tdd-Config',
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'type': 'TDD-Config'},
{'name': 'ul-CyclicPrefixLength',
'type': 'UL-CyclicPrefixLength'},
None],
'type': 'SEQUENCE'},
'RadioResourceConfigCommonSIB': {'members': [{'name': 'rach-ConfigCommon',
'type': 'RACH-ConfigCommon'},
{'name': 'bcch-Config',
'type': 'BCCH-Config'},
{'name': 'pcch-Config',
'type': 'PCCH-Config'},
{'name': 'prach-Config',
'type': 'PRACH-ConfigSIB'},
{'name': 'pdsch-ConfigCommon',
'type': 'PDSCH-ConfigCommon'},
{'name': 'pusch-ConfigCommon',
'type': 'PUSCH-ConfigCommon'},
{'name': 'pucch-ConfigCommon',
'type': 'PUCCH-ConfigCommon'},
{'name': 'soundingRS-UL-ConfigCommon',
'type': 'SoundingRS-UL-ConfigCommon'},
{'name': 'uplinkPowerControlCommon',
'type': 'UplinkPowerControlCommon'},
{'name': 'ul-CyclicPrefixLength',
'type': 'UL-CyclicPrefixLength'},
None],
'type': 'SEQUENCE'},
'RadioResourceConfigDedicated': {'members': [{'name': 'srb-ToAddModList',
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'type': 'SRB-ToAddModList'},
{'name': 'drb-ToAddModList',
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'type': 'DRB-ToAddModList'},
{'name': 'drb-ToReleaseList',
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'type': 'DRB-ToReleaseList'},
{'members': [{'name': 'explicitValue',
'type': 'MAC-MainConfig'},
{'name': 'defaultValue',
'type': 'NULL'}],
'name': 'mac-MainConfig',
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'type': 'CHOICE'},
{'name': 'sps-Config',
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'type': 'SPS-Config'},
{'name': 'physicalConfigDedicated',
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'type': 'PhysicalConfigDedicated'},
None],
'type': 'SEQUENCE'},
'RedirectedCarrierInfo': {'members': [{'name': 'eutra',
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{'name': 'geran',
'type': 'CarrierFreqsGERAN'},
{'name': 'utra-FDD',
'type': 'ARFCN-ValueUTRA'},
{'name': 'utra-TDD',
'type': 'ARFCN-ValueUTRA'},
{'name': 'cdma2000-HRPD',
'type': 'CarrierFreqCDMA2000'},
{'name': 'cdma2000-1xRTT',
'type': 'CarrierFreqCDMA2000'},
None],
'type': 'CHOICE'},
'ReestabUE-Identity': {'members': [{'name': 'c-RNTI',
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{'name': 'physCellId',
'type': 'PhysCellId'},
{'name': 'shortMAC-I',
'type': 'ShortMAC-I'}],
'type': 'SEQUENCE'},
'ReestablishmentCause': {'type': 'ENUMERATED',
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0),
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1),
('otherFailure',
2),
('spare1',
3)]},
'RegisteredMME': {'members': [{'name': 'plmn-Identity',
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'type': 'PLMN-Identity'},
{'name': 'mmegi',
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'type': 'BIT '
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{'name': 'mmec',
'type': 'MMEC'}],
'type': 'SEQUENCE'},
'ReleaseCause': {'type': 'ENUMERATED',
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0),
('other', 1),
('spare2', 2),
('spare1',
3)]},
'ReportConfigEUTRA': {'members': [{'members': [{'members': [{'members': [{'members': [{'name': 'a1-Threshold',
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'type': 'SEQUENCE'},
{'members': [{'name': 'a3-Offset',
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'type': 'INTEGER'},
{'name': 'reportOnLeave',
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'type': 'SEQUENCE'},
{'members': [{'name': 'a4-Threshold',
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{'members': [{'name': 'a5-Threshold1',
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'type': 'SEQUENCE'},
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{'name': 'hysteresis',
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{'name': 'timeToTrigger',
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'type': 'SEQUENCE'},
{'members': [{'name': 'purpose',
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{'name': 'triggerQuantity',
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{'name': 'reportQuantity',
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{'name': 'maxReportCells',
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{'name': 'reportInterval',
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{'name': 'reportAmount',
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1),
('r4',
2),
('r8',
3),
('r16',
4),
('r32',
5),
('r64',
6),
('infinity',
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None],
'type': 'SEQUENCE'},
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{'members': [{'name': 'b2-Threshold2UTRA',
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'name': 'eventB2',
'type': 'SEQUENCE'},
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{'name': 'hysteresis',
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('r4',
2),
('r8',
3),
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4),
('r32',
5),
('r64',
6),
('infinity',
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None],
'type': 'SEQUENCE'},
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'type': 'ReportConfigId'},
{'members': [{'name': 'reportConfigEUTRA',
'type': 'ReportConfigEUTRA'},
{'name': 'reportConfigInterRAT',
'type': 'ReportConfigInterRAT'}],
'name': 'reportConfig',
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'type': 'SEQUENCE'},
'ReportConfigToAddModList': {'element': {'type': 'ReportConfigToAddMod'},
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'type': 'SEQUENCE '
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'ReportConfigToRemoveList': {'element': {'type': 'ReportConfigId'},
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'type': 'SEQUENCE '
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'ReportInterval': {'type': 'ENUMERATED',
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('ms480', 2),
('ms640', 3),
('ms1024',
4),
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5),
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6),
('ms10240',
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('min1', 8),
('min6', 9),
('min12',
10),
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11),
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12),
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13),
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14),
('spare1',
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'S-TMSI': {'members': [{'name': 'mmec',
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'type': 'BIT '
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'type': 'SEQUENCE'},
'SI-OrPSI-GERAN': {'members': [{'name': 'si',
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'type': 'SEQUENCE OF'},
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('spare4', 12),
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('spare2', 14),
('spare1', 15),
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'SN-FieldLength': {'type': 'ENUMERATED',
'values': [('size5', 0),
('size10',
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'SPS-Config': {'members': [{'name': 'semiPersistSchedC-RNTI',
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'type': 'C-RNTI'},
{'name': 'sps-ConfigDL',
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'type': 'SPS-ConfigDL'},
{'name': 'sps-ConfigUL',
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'type': 'SPS-ConfigUL'}],
'type': 'SEQUENCE'},
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{'members': [{'name': 'semiPersistSchedIntervalDL',
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1),
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2),
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3),
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4),
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5),
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6),
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7),
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8),
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10),
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11),
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12),
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13),
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14),
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{'name': 'numberOfConfSPS-Processes',
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8)],
'type': 'INTEGER'},
{'name': 'n1-PUCCH-AN-PersistentList',
'type': 'N1-PUCCH-AN-PersistentList'},
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'type': 'CHOICE'},
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2),
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3),
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4),
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5),
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6),
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11),
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12),
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13),
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14),
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15)]},
{'name': 'implicitReleaseAfter',
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1),
('e4',
2),
('e8',
3)]},
{'members': [{'name': 'p0-NominalPUSCH-Persistent',
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{'name': 'p0-UE-PUSCH-Persistent',
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'type': 'SEQUENCE'},
{'name': 'twoIntervalsConfig',
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'type': 'ENUMERATED',
'values': [('true',
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'type': 'CHOICE'},
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2)],
'type': 'INTEGER'},
{'members': [{'name': 'explicitValue',
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'type': 'CHOICE'},
{'members': [{'name': 'explicitValue',
'type': 'LogicalChannelConfig'},
{'name': 'defaultValue',
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'name': 'logicalChannelConfig',
'optional': True,
'type': 'CHOICE'},
None],
'type': 'SEQUENCE'},
'SRB-ToAddModList': {'element': {'type': 'SRB-ToAddMod'},
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'type': 'SEQUENCE '
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'SchedulingInfo': {'members': [{'name': 'si-Periodicity',
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'values': [('rf8',
0),
('rf16',
1),
('rf32',
2),
('rf64',
3),
('rf128',
4),
('rf256',
5),
('rf512',
6)]},
{'name': 'sib-MappingInfo',
'type': 'SIB-MappingInfo'}],
'type': 'SEQUENCE'},
'SchedulingInfoList': {'element': {'type': 'SchedulingInfo'},
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'type': 'SEQUENCE '
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'SchedulingRequestConfig': {'members': [{'name': 'release',
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{'members': [{'name': 'sr-PUCCH-ResourceIndex',
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'type': 'INTEGER'},
{'name': 'sr-ConfigIndex',
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155)],
'type': 'INTEGER'},
{'name': 'dsr-TransMax',
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'values': [('n4',
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('n8',
1),
('n16',
2),
('n32',
3),
('n64',
4),
('spare3',
5),
('spare2',
6),
('spare1',
7)]}],
'name': 'setup',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'SecondaryPreRegistrationZoneIdListHRPD': {'element': {'type': 'PreRegistrationZoneIdHRPD'},
'size': [(1,
2)],
'type': 'SEQUENCE '
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'SecurityAlgorithmConfig': {'members': [{'name': 'cipheringAlgorithm',
'type': 'ENUMERATED',
'values': [('eea0',
0),
('eea1',
1),
('eea2',
2),
('spare5',
3),
('spare4',
4),
('spare3',
5),
('spare2',
6),
('spare1',
7),
None]},
{'name': 'integrityProtAlgorithm',
'type': 'ENUMERATED',
'values': [('reserved',
0),
('eia1',
1),
('eia2',
2),
('spare5',
3),
('spare4',
4),
('spare3',
5),
('spare2',
6),
('spare1',
7),
None]}],
'type': 'SEQUENCE'},
'SecurityConfigHO': {'members': [{'members': [{'members': [{'name': 'securityAlgorithmConfig',
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'type': 'SecurityAlgorithmConfig'},
{'name': 'keyChangeIndicator',
'type': 'BOOLEAN'},
{'name': 'nextHopChainingCount',
'type': 'NextHopChainingCount'}],
'name': 'intraLTE',
'type': 'SEQUENCE'},
{'members': [{'name': 'securityAlgorithmConfig',
'type': 'SecurityAlgorithmConfig'},
{'name': 'nas-SecurityParamToEUTRA',
'size': [6],
'type': 'OCTET '
'STRING'}],
'name': 'interRAT',
'type': 'SEQUENCE'}],
'name': 'handoverType',
'type': 'CHOICE'},
None],
'type': 'SEQUENCE'},
'SecurityConfigSMC': {'members': [{'name': 'securityAlgorithmConfig',
'type': 'SecurityAlgorithmConfig'},
None],
'type': 'SEQUENCE'},
'SecurityModeCommand': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'members': [{'name': 'securityModeCommand-r8',
'type': 'SecurityModeCommand-r8-IEs'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'SecurityModeCommand-r8-IEs': {'members': [{'name': 'securityConfigSMC',
'type': 'SecurityConfigSMC'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'SecurityModeComplete': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'name': 'securityModeComplete-r8',
'type': 'SecurityModeComplete-r8-IEs'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'SecurityModeComplete-r8-IEs': {'members': [{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'SecurityModeFailure': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'name': 'securityModeFailure-r8',
'type': 'SecurityModeFailure-r8-IEs'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'SecurityModeFailure-r8-IEs': {'members': [{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'ShortMAC-I': {'size': [16],
'type': 'BIT STRING'},
'SoundingRS-UL-ConfigCommon': {'members': [{'name': 'release',
'type': 'NULL'},
{'members': [{'name': 'srs-BandwidthConfig',
'type': 'ENUMERATED',
'values': [('bw0',
0),
('bw1',
1),
('bw2',
2),
('bw3',
3),
('bw4',
4),
('bw5',
5),
('bw6',
6),
('bw7',
7)]},
{'name': 'srs-SubframeConfig',
'type': 'ENUMERATED',
'values': [('sc0',
0),
('sc1',
1),
('sc2',
2),
('sc3',
3),
('sc4',
4),
('sc5',
5),
('sc6',
6),
('sc7',
7),
('sc8',
8),
('sc9',
9),
('sc10',
10),
('sc11',
11),
('sc12',
12),
('sc13',
13),
('sc14',
14),
('sc15',
15)]},
{'name': 'ackNackSRS-SimultaneousTransmission',
'type': 'BOOLEAN'},
{'name': 'srs-MaxUpPts',
'optional': True,
'type': 'ENUMERATED',
'values': [('true',
0)]}],
'name': 'setup',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'SoundingRS-UL-ConfigDedicated': {'members': [{'name': 'release',
'type': 'NULL'},
{'members': [{'name': 'srs-Bandwidth',
'type': 'ENUMERATED',
'values': [('bw0',
0),
('bw1',
1),
('bw2',
2),
('bw3',
3)]},
{'name': 'srs-HoppingBandwidth',
'type': 'ENUMERATED',
'values': [('hbw0',
0),
('hbw1',
1),
('hbw2',
2),
('hbw3',
3)]},
{'name': 'freqDomainPosition',
'restricted-to': [(0,
23)],
'type': 'INTEGER'},
{'name': 'duration',
'type': 'BOOLEAN'},
{'name': 'srs-ConfigIndex',
'restricted-to': [(0,
1023)],
'type': 'INTEGER'},
{'name': 'transmissionComb',
'restricted-to': [(0,
1)],
'type': 'INTEGER'},
{'name': 'cyclicShift',
'type': 'ENUMERATED',
'values': [('cs0',
0),
('cs1',
1),
('cs2',
2),
('cs3',
3),
('cs4',
4),
('cs5',
5),
('cs6',
6),
('cs7',
7)]}],
'name': 'setup',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'SpeedStateScaleFactors': {'members': [{'name': 'sf-Medium',
'type': 'ENUMERATED',
'values': [('oDot25',
0),
('oDot5',
1),
('oDot75',
2),
('lDot0',
3)]},
{'name': 'sf-High',
'type': 'ENUMERATED',
'values': [('oDot25',
0),
('oDot5',
1),
('oDot75',
2),
('lDot0',
3)]}],
'type': 'SEQUENCE'},
'SupportedBandEUTRA': {'members': [{'name': 'bandEUTRA',
'restricted-to': [(1,
64)],
'type': 'INTEGER'},
{'name': 'halfDuplex',
'type': 'BOOLEAN'}],
'type': 'SEQUENCE'},
'SupportedBandGERAN': {'type': 'ENUMERATED',
'values': [('gsm450',
0),
('gsm480',
1),
('gsm710',
2),
('gsm750',
3),
('gsm810',
4),
('gsm850',
5),
('gsm900P',
6),
('gsm900E',
7),
('gsm900R',
8),
('gsm1800',
9),
('gsm1900',
10),
('spare5',
11),
('spare4',
12),
('spare3',
13),
('spare2',
14),
('spare1',
15),
None]},
'SupportedBandList1XRTT': {'element': {'type': 'BandclassCDMA2000'},
'size': [(1,
'maxCDMA-BandClass')],
'type': 'SEQUENCE '
'OF'},
'SupportedBandListEUTRA': {'element': {'type': 'SupportedBandEUTRA'},
'size': [(1,
'maxBands')],
'type': 'SEQUENCE '
'OF'},
'SupportedBandListGERAN': {'element': {'type': 'SupportedBandGERAN'},
'size': [(1,
'maxBands')],
'type': 'SEQUENCE '
'OF'},
'SupportedBandListHRPD': {'element': {'type': 'BandclassCDMA2000'},
'size': [(1,
'maxCDMA-BandClass')],
'type': 'SEQUENCE '
'OF'},
'SupportedBandListUTRA-FDD': {'element': {'type': 'SupportedBandUTRA-FDD'},
'size': [(1,
'maxBands')],
'type': 'SEQUENCE '
'OF'},
'SupportedBandListUTRA-TDD128': {'element': {'type': 'SupportedBandUTRA-TDD128'},
'size': [(1,
'maxBands')],
'type': 'SEQUENCE '
'OF'},
'SupportedBandListUTRA-TDD384': {'element': {'type': 'SupportedBandUTRA-TDD384'},
'size': [(1,
'maxBands')],
'type': 'SEQUENCE '
'OF'},
'SupportedBandListUTRA-TDD768': {'element': {'type': 'SupportedBandUTRA-TDD768'},
'size': [(1,
'maxBands')],
'type': 'SEQUENCE '
'OF'},
'SupportedBandUTRA-FDD': {'type': 'ENUMERATED',
'values': [('bandI',
0),
('bandII',
1),
('bandIII',
2),
('bandIV',
3),
('bandV',
4),
('bandVI',
5),
('bandVII',
6),
('bandVIII',
7),
('bandIX',
8),
('bandX',
9),
('bandXI',
10),
('bandXII',
11),
('bandXIII',
12),
('bandXIV',
13),
('bandXV',
14),
('bandXVI',
15),
None,
('bandXVII-8a0',
16),
('bandXVIII-8a0',
17),
('bandXIX-8a0',
18),
('bandXX-8a0',
19),
('bandXXI-8a0',
20),
('bandXXII-8a0',
21),
('bandXXIII-8a0',
22),
('bandXXIV-8a0',
23),
('bandXXV-8a0',
24),
('bandXXVI-8a0',
25),
('bandXXVII-8a0',
26),
('bandXXVIII-8a0',
27),
('bandXXIX-8a0',
28),
('bandXXX-8a0',
29),
('bandXXXI-8a0',
30),
('bandXXXII-8a0',
31)]},
'SupportedBandUTRA-TDD128': {'type': 'ENUMERATED',
'values': [('a',
0),
('b',
1),
('c',
2),
('d',
3),
('e',
4),
('f',
5),
('g',
6),
('h',
7),
('i',
8),
('j',
9),
('k',
10),
('l',
11),
('m',
12),
('n',
13),
('o',
14),
('p',
15),
None]},
'SupportedBandUTRA-TDD384': {'type': 'ENUMERATED',
'values': [('a',
0),
('b',
1),
('c',
2),
('d',
3),
('e',
4),
('f',
5),
('g',
6),
('h',
7),
('i',
8),
('j',
9),
('k',
10),
('l',
11),
('m',
12),
('n',
13),
('o',
14),
('p',
15),
None]},
'SupportedBandUTRA-TDD768': {'type': 'ENUMERATED',
'values': [('a',
0),
('b',
1),
('c',
2),
('d',
3),
('e',
4),
('f',
5),
('g',
6),
('h',
7),
('i',
8),
('j',
9),
('k',
10),
('l',
11),
('m',
12),
('n',
13),
('o',
14),
('p',
15),
None]},
'SystemInfoListGERAN': {'element': {'size': [(1,
23)],
'type': 'OCTET '
'STRING'},
'size': [(1,
'maxGERAN-SI')],
'type': 'SEQUENCE '
'OF'},
'SystemInformation': {'members': [{'members': [{'name': 'systemInformation-r8',
'type': 'SystemInformation-r8-IEs'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'SystemInformation-r8-IEs': {'members': [{'element': {'members': [{'name': 'sib2',
'type': 'SystemInformationBlockType2'},
{'name': 'sib3',
'type': 'SystemInformationBlockType3'},
{'name': 'sib4',
'type': 'SystemInformationBlockType4'},
{'name': 'sib5',
'type': 'SystemInformationBlockType5'},
{'name': 'sib6',
'type': 'SystemInformationBlockType6'},
{'name': 'sib7',
'type': 'SystemInformationBlockType7'},
{'name': 'sib8',
'type': 'SystemInformationBlockType8'},
{'name': 'sib9',
'type': 'SystemInformationBlockType9'},
{'name': 'sib10',
'type': 'SystemInformationBlockType10'},
{'name': 'sib11',
'type': 'SystemInformationBlockType11'},
None],
'type': 'CHOICE'},
'name': 'sib-TypeAndInfo',
'size': [(1,
'maxSIB')],
'type': 'SEQUENCE '
'OF'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'SystemInformationBlockType1': {'members': [{'members': [{'name': 'plmn-IdentityList',
'type': 'PLMN-IdentityList'},
{'name': 'trackingAreaCode',
'type': 'TrackingAreaCode'},
{'name': 'cellIdentity',
'type': 'CellIdentity'},
{'name': 'cellBarred',
'type': 'ENUMERATED',
'values': [('barred',
0),
('notBarred',
1)]},
{'name': 'intraFreqReselection',
'type': 'ENUMERATED',
'values': [('allowed',
0),
('notAllowed',
1)]},
{'name': 'csg-Indication',
'type': 'BOOLEAN'},
{'name': 'csg-Identity',
'optional': True,
'size': [27],
'type': 'BIT '
'STRING'}],
'name': 'cellAccessRelatedInfo',
'type': 'SEQUENCE'},
{'members': [{'name': 'q-RxLevMin',
'type': 'Q-RxLevMin'},
{'name': 'q-RxLevMinOffset',
'optional': True,
'restricted-to': [(1,
8)],
'type': 'INTEGER'}],
'name': 'cellSelectionInfo',
'type': 'SEQUENCE'},
{'name': 'p-Max',
'optional': True,
'type': 'P-Max'},
{'name': 'freqBandIndicator',
'restricted-to': [(1,
64)],
'type': 'INTEGER'},
{'name': 'schedulingInfoList',
'type': 'SchedulingInfoList'},
{'name': 'tdd-Config',
'optional': True,
'type': 'TDD-Config'},
{'name': 'si-WindowLength',
'type': 'ENUMERATED',
'values': [('ms1',
0),
('ms2',
1),
('ms5',
2),
('ms10',
3),
('ms15',
4),
('ms20',
5),
('ms40',
6)]},
{'name': 'systemInfoValueTag',
'restricted-to': [(0,
31)],
'type': 'INTEGER'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'SystemInformationBlockType10': {'members': [{'name': 'messageIdentifier',
'size': [16],
'type': 'BIT '
'STRING'},
{'name': 'serialNumber',
'size': [16],
'type': 'BIT '
'STRING'},
{'name': 'warningType',
'size': [2],
'type': 'OCTET '
'STRING'},
{'name': 'warningSecurityInfo',
'optional': True,
'size': [50],
'type': 'OCTET '
'STRING'},
None],
'type': 'SEQUENCE'},
'SystemInformationBlockType11': {'members': [{'name': 'messageIdentifier',
'size': [16],
'type': 'BIT '
'STRING'},
{'name': 'serialNumber',
'size': [16],
'type': 'BIT '
'STRING'},
{'name': 'warningMessageSegmentType',
'type': 'ENUMERATED',
'values': [('notLastSegment',
0),
('lastSegment',
1)]},
{'name': 'warningMessageSegmentNumber',
'restricted-to': [(0,
63)],
'type': 'INTEGER'},
{'name': 'warningMessageSegment',
'type': 'OCTET '
'STRING'},
{'name': 'dataCodingScheme',
'optional': True,
'size': [1],
'type': 'OCTET '
'STRING'},
None],
'type': 'SEQUENCE'},
'SystemInformationBlockType2': {'members': [{'members': [{'name': 'ac-BarringForEmergency',
'type': 'BOOLEAN'},
{'name': 'ac-BarringForMO-Signalling',
'optional': True,
'type': 'AC-BarringConfig'},
{'name': 'ac-BarringForMO-Data',
'optional': True,
'type': 'AC-BarringConfig'}],
'name': 'ac-BarringInfo',
'optional': True,
'type': 'SEQUENCE'},
{'name': 'radioResourceConfigCommon',
'type': 'RadioResourceConfigCommonSIB'},
{'name': 'ue-TimersAndConstants',
'type': 'UE-TimersAndConstants'},
{'members': [{'name': 'ul-CarrierFreq',
'optional': True,
'type': 'ARFCN-ValueEUTRA'},
{'name': 'ul-Bandwidth',
'optional': True,
'type': 'ENUMERATED',
'values': [('n6',
0),
('n15',
1),
('n25',
2),
('n50',
3),
('n75',
4),
('n100',
5)]},
{'name': 'additionalSpectrumEmission',
'type': 'AdditionalSpectrumEmission'}],
'name': 'freqInfo',
'type': 'SEQUENCE'},
{'name': 'mbsfn-SubframeConfigList',
'optional': True,
'type': 'MBSFN-SubframeConfigList'},
{'name': 'timeAlignmentTimerCommon',
'type': 'TimeAlignmentTimer'},
None],
'type': 'SEQUENCE'},
'SystemInformationBlockType3': {'members': [{'members': [{'name': 'q-Hyst',
'type': 'ENUMERATED',
'values': [('dB0',
0),
('dB1',
1),
('dB2',
2),
('dB3',
3),
('dB4',
4),
('dB5',
5),
('dB6',
6),
('dB8',
7),
('dB10',
8),
('dB12',
9),
('dB14',
10),
('dB16',
11),
('dB18',
12),
('dB20',
13),
('dB22',
14),
('dB24',
15)]},
{'members': [{'name': 'mobilityStateParameters',
'type': 'MobilityStateParameters'},
{'members': [{'name': 'sf-Medium',
'type': 'ENUMERATED',
'values': [('dB-6',
0),
('dB-4',
1),
('dB-2',
2),
('dB0',
3)]},
{'name': 'sf-High',
'type': 'ENUMERATED',
'values': [('dB-6',
0),
('dB-4',
1),
('dB-2',
2),
('dB0',
3)]}],
'name': 'q-HystSF',
'type': 'SEQUENCE'}],
'name': 'speedStateReselectionPars',
'optional': True,
'type': 'SEQUENCE'}],
'name': 'cellReselectionInfoCommon',
'type': 'SEQUENCE'},
{'members': [{'name': 's-NonIntraSearch',
'optional': True,
'type': 'ReselectionThreshold'},
{'name': 'threshServingLow',
'type': 'ReselectionThreshold'},
{'name': 'cellReselectionPriority',
'type': 'CellReselectionPriority'}],
'name': 'cellReselectionServingFreqInfo',
'type': 'SEQUENCE'},
{'members': [{'name': 'q-RxLevMin',
'type': 'Q-RxLevMin'},
{'name': 'p-Max',
'optional': True,
'type': 'P-Max'},
{'name': 's-IntraSearch',
'optional': True,
'type': 'ReselectionThreshold'},
{'name': 'allowedMeasBandwidth',
'optional': True,
'type': 'AllowedMeasBandwidth'},
{'name': 'presenceAntennaPort1',
'type': 'PresenceAntennaPort1'},
{'name': 'neighCellConfig',
'type': 'NeighCellConfig'},
{'name': 't-ReselectionEUTRA',
'type': 'T-Reselection'},
{'name': 't-ReselectionEUTRA-SF',
'optional': True,
'type': 'SpeedStateScaleFactors'}],
'name': 'intraFreqCellReselectionInfo',
'type': 'SEQUENCE'},
None],
'type': 'SEQUENCE'},
'SystemInformationBlockType4': {'members': [{'name': 'intraFreqNeighCellList',
'optional': True,
'type': 'IntraFreqNeighCellList'},
{'name': 'intraFreqBlackCellList',
'optional': True,
'type': 'IntraFreqBlackCellList'},
{'name': 'csg-PhysCellIdRange',
'optional': True,
'type': 'PhysCellIdRange'},
None],
'type': 'SEQUENCE'},
'SystemInformationBlockType5': {'members': [{'name': 'interFreqCarrierFreqList',
'type': 'InterFreqCarrierFreqList'},
None],
'type': 'SEQUENCE'},
'SystemInformationBlockType6': {'members': [{'name': 'carrierFreqListUTRA-FDD',
'optional': True,
'type': 'CarrierFreqListUTRA-FDD'},
{'name': 'carrierFreqListUTRA-TDD',
'optional': True,
'type': 'CarrierFreqListUTRA-TDD'},
{'name': 't-ReselectionUTRA',
'type': 'T-Reselection'},
{'name': 't-ReselectionUTRA-SF',
'optional': True,
'type': 'SpeedStateScaleFactors'},
None],
'type': 'SEQUENCE'},
'SystemInformationBlockType7': {'members': [{'name': 't-ReselectionGERAN',
'type': 'T-Reselection'},
{'name': 't-ReselectionGERAN-SF',
'optional': True,
'type': 'SpeedStateScaleFactors'},
{'name': 'carrierFreqsInfoList',
'optional': True,
'type': 'CarrierFreqsInfoListGERAN'},
None],
'type': 'SEQUENCE'},
'SystemInformationBlockType8': {'members': [{'name': 'systemTimeInfo',
'optional': True,
'type': 'SystemTimeInfoCDMA2000'},
{'name': 'searchWindowSize',
'optional': True,
'restricted-to': [(0,
15)],
'type': 'INTEGER'},
{'members': [{'name': 'preRegistrationInfoHRPD',
'type': 'PreRegistrationInfoHRPD'},
{'name': 'cellReselectionParametersHRPD',
'optional': True,
'type': 'CellReselectionParametersCDMA2000'}],
'name': 'parametersHRPD',
'optional': True,
'type': 'SEQUENCE'},
{'members': [{'name': 'csfb-RegistrationParam1XRTT',
'optional': True,
'type': 'CSFB-RegistrationParam1XRTT'},
{'name': 'longCodeState1XRTT',
'optional': True,
'size': [42],
'type': 'BIT '
'STRING'},
{'name': 'cellReselectionParameters1XRTT',
'optional': True,
'type': 'CellReselectionParametersCDMA2000'}],
'name': 'parameters1XRTT',
'optional': True,
'type': 'SEQUENCE'},
None],
'type': 'SEQUENCE'},
'SystemInformationBlockType9': {'members': [{'name': 'hnb-Name',
'optional': True,
'size': [(1,
48)],
'type': 'OCTET '
'STRING'},
None],
'type': 'SEQUENCE'},
'SystemTimeInfoCDMA2000': {'members': [{'name': 'cdma-EUTRA-Synchronisation',
'type': 'BOOLEAN'},
{'members': [{'name': 'synchronousSystemTime',
'size': [39],
'type': 'BIT '
'STRING'},
{'name': 'asynchronousSystemTime',
'size': [49],
'type': 'BIT '
'STRING'}],
'name': 'cdma-SystemTime',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'T-PollRetransmit': {'type': 'ENUMERATED',
'values': [('ms5', 0),
('ms10',
1),
('ms15',
2),
('ms20',
3),
('ms25',
4),
('ms30',
5),
('ms35',
6),
('ms40',
7),
('ms45',
8),
('ms50',
9),
('ms55',
10),
('ms60',
11),
('ms65',
12),
('ms70',
13),
('ms75',
14),
('ms80',
15),
('ms85',
16),
('ms90',
17),
('ms95',
18),
('ms100',
19),
('ms105',
20),
('ms110',
21),
('ms115',
22),
('ms120',
23),
('ms125',
24),
('ms130',
25),
('ms135',
26),
('ms140',
27),
('ms145',
28),
('ms150',
29),
('ms155',
30),
('ms160',
31),
('ms165',
32),
('ms170',
33),
('ms175',
34),
('ms180',
35),
('ms185',
36),
('ms190',
37),
('ms195',
38),
('ms200',
39),
('ms205',
40),
('ms210',
41),
('ms215',
42),
('ms220',
43),
('ms225',
44),
('ms230',
45),
('ms235',
46),
('ms240',
47),
('ms245',
48),
('ms250',
49),
('ms300',
50),
('ms350',
51),
('ms400',
52),
('ms450',
53),
('ms500',
54),
('spare9',
55),
('spare8',
56),
('spare7',
57),
('spare6',
58),
('spare5',
59),
('spare4',
60),
('spare3',
61),
('spare2',
62),
('spare1',
63)]},
'T-Reordering': {'type': 'ENUMERATED',
'values': [('ms0', 0),
('ms5', 1),
('ms10', 2),
('ms15', 3),
('ms20', 4),
('ms25', 5),
('ms30', 6),
('ms35', 7),
('ms40', 8),
('ms45', 9),
('ms50', 10),
('ms55', 11),
('ms60', 12),
('ms65', 13),
('ms70', 14),
('ms75', 15),
('ms80', 16),
('ms85', 17),
('ms90', 18),
('ms95', 19),
('ms100', 20),
('ms110', 21),
('ms120', 22),
('ms130', 23),
('ms140', 24),
('ms150', 25),
('ms160', 26),
('ms170', 27),
('ms180', 28),
('ms190', 29),
('ms200', 30),
('spare1',
31)]},
'T-Reselection': {'restricted-to': [(0,
7)],
'type': 'INTEGER'},
'T-StatusProhibit': {'type': 'ENUMERATED',
'values': [('ms0', 0),
('ms5', 1),
('ms10',
2),
('ms15',
3),
('ms20',
4),
('ms25',
5),
('ms30',
6),
('ms35',
7),
('ms40',
8),
('ms45',
9),
('ms50',
10),
('ms55',
11),
('ms60',
12),
('ms65',
13),
('ms70',
14),
('ms75',
15),
('ms80',
16),
('ms85',
17),
('ms90',
18),
('ms95',
19),
('ms100',
20),
('ms105',
21),
('ms110',
22),
('ms115',
23),
('ms120',
24),
('ms125',
25),
('ms130',
26),
('ms135',
27),
('ms140',
28),
('ms145',
29),
('ms150',
30),
('ms155',
31),
('ms160',
32),
('ms165',
33),
('ms170',
34),
('ms175',
35),
('ms180',
36),
('ms185',
37),
('ms190',
38),
('ms195',
39),
('ms200',
40),
('ms205',
41),
('ms210',
42),
('ms215',
43),
('ms220',
44),
('ms225',
45),
('ms230',
46),
('ms235',
47),
('ms240',
48),
('ms245',
49),
('ms250',
50),
('ms300',
51),
('ms350',
52),
('ms400',
53),
('ms450',
54),
('ms500',
55),
('spare8',
56),
('spare7',
57),
('spare6',
58),
('spare5',
59),
('spare4',
60),
('spare3',
61),
('spare2',
62),
('spare1',
63)]},
'TDD-Config': {'members': [{'name': 'subframeAssignment',
'type': 'ENUMERATED',
'values': [('sa0',
0),
('sa1',
1),
('sa2',
2),
('sa3',
3),
('sa4',
4),
('sa5',
5),
('sa6',
6)]},
{'name': 'specialSubframePatterns',
'type': 'ENUMERATED',
'values': [('ssp0',
0),
('ssp1',
1),
('ssp2',
2),
('ssp3',
3),
('ssp4',
4),
('ssp5',
5),
('ssp6',
6),
('ssp7',
7),
('ssp8',
8)]}],
'type': 'SEQUENCE'},
'TPC-Index': {'members': [{'name': 'indexOfFormat3',
'restricted-to': [(1,
15)],
'type': 'INTEGER'},
{'name': 'indexOfFormat3A',
'restricted-to': [(1,
31)],
'type': 'INTEGER'}],
'type': 'CHOICE'},
'TPC-PDCCH-Config': {'members': [{'name': 'release',
'type': 'NULL'},
{'members': [{'name': 'tpc-RNTI',
'size': [16],
'type': 'BIT '
'STRING'},
{'name': 'tpc-Index',
'type': 'TPC-Index'}],
'name': 'setup',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'ThresholdCDMA2000': {'restricted-to': [(0,
63)],
'type': 'INTEGER'},
'ThresholdEUTRA': {'members': [{'name': 'threshold-RSRP',
'type': 'RSRP-Range'},
{'name': 'threshold-RSRQ',
'type': 'RSRQ-Range'}],
'type': 'CHOICE'},
'ThresholdGERAN': {'restricted-to': [(0,
63)],
'type': 'INTEGER'},
'ThresholdUTRA': {'members': [{'name': 'utra-RSCP',
'restricted-to': [(-5,
91)],
'type': 'INTEGER'},
{'name': 'utra-EcN0',
'restricted-to': [(0,
49)],
'type': 'INTEGER'}],
'type': 'CHOICE'},
'TimeAlignmentTimer': {'type': 'ENUMERATED',
'values': [('sf500',
0),
('sf750',
1),
('sf1280',
2),
('sf1920',
3),
('sf2560',
4),
('sf5120',
5),
('sf10240',
6),
('infinity',
7)]},
'TimeToTrigger': {'type': 'ENUMERATED',
'values': [('ms0', 0),
('ms40', 1),
('ms64', 2),
('ms80', 3),
('ms100', 4),
('ms128', 5),
('ms160', 6),
('ms256', 7),
('ms320', 8),
('ms480', 9),
('ms512', 10),
('ms640', 11),
('ms1024',
12),
('ms1280',
13),
('ms2560',
14),
('ms5120',
15)]},
'TrackingAreaCode': {'size': [16],
'type': 'BIT STRING'},
'UE-CapabilityRAT-Container': {'members': [{'name': 'rat-Type',
'type': 'RAT-Type'},
{'name': 'ueCapabilityRAT-Container',
'type': 'OCTET '
'STRING'}],
'type': 'SEQUENCE'},
'UE-CapabilityRAT-ContainerList': {'element': {'type': 'UE-CapabilityRAT-Container'},
'size': [(0,
'maxRAT-Capabilities')],
'type': 'SEQUENCE '
'OF'},
'UE-CapabilityRequest': {'element': {'type': 'RAT-Type'},
'size': [(1,
'maxRAT-Capabilities')],
'type': 'SEQUENCE '
'OF'},
'UE-EUTRA-Capability': {'members': [{'name': 'accessStratumRelease',
'type': 'AccessStratumRelease'},
{'name': 'ue-Category',
'restricted-to': [(1,
5)],
'type': 'INTEGER'},
{'name': 'pdcp-Parameters',
'type': 'PDCP-Parameters'},
{'name': 'phyLayerParameters',
'type': 'PhyLayerParameters'},
{'name': 'rf-Parameters',
'type': 'RF-Parameters'},
{'name': 'measParameters',
'type': 'MeasParameters'},
{'name': 'featureGroupIndicators',
'optional': True,
'size': [32],
'type': 'BIT '
'STRING'},
{'members': [{'name': 'utraFDD',
'optional': True,
'type': 'IRAT-ParametersUTRA-FDD'},
{'name': 'utraTDD128',
'optional': True,
'type': 'IRAT-ParametersUTRA-TDD128'},
{'name': 'utraTDD384',
'optional': True,
'type': 'IRAT-ParametersUTRA-TDD384'},
{'name': 'utraTDD768',
'optional': True,
'type': 'IRAT-ParametersUTRA-TDD768'},
{'name': 'geran',
'optional': True,
'type': 'IRAT-ParametersGERAN'},
{'name': 'cdma2000-HRPD',
'optional': True,
'type': 'IRAT-ParametersCDMA2000-HRPD'},
{'name': 'cdma2000-1xRTT',
'optional': True,
'type': 'IRAT-ParametersCDMA2000-1XRTT'}],
'name': 'interRAT-Parameters',
'type': 'SEQUENCE'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'UE-TimersAndConstants': {'members': [{'name': 't300',
'type': 'ENUMERATED',
'values': [('ms100',
0),
('ms200',
1),
('ms300',
2),
('ms400',
3),
('ms600',
4),
('ms1000',
5),
('ms1500',
6),
('ms2000',
7)]},
{'name': 't301',
'type': 'ENUMERATED',
'values': [('ms100',
0),
('ms200',
1),
('ms300',
2),
('ms400',
3),
('ms600',
4),
('ms1000',
5),
('ms1500',
6),
('ms2000',
7)]},
{'name': 't310',
'type': 'ENUMERATED',
'values': [('ms0',
0),
('ms50',
1),
('ms100',
2),
('ms200',
3),
('ms500',
4),
('ms1000',
5),
('ms2000',
6)]},
{'name': 'n310',
'type': 'ENUMERATED',
'values': [('n1',
0),
('n2',
1),
('n3',
2),
('n4',
3),
('n6',
4),
('n8',
5),
('n10',
6),
('n20',
7)]},
{'name': 't311',
'type': 'ENUMERATED',
'values': [('ms1000',
0),
('ms3000',
1),
('ms5000',
2),
('ms10000',
3),
('ms15000',
4),
('ms20000',
5),
('ms30000',
6)]},
{'name': 'n311',
'type': 'ENUMERATED',
'values': [('n1',
0),
('n2',
1),
('n3',
2),
('n4',
3),
('n5',
4),
('n6',
5),
('n8',
6),
('n10',
7)]},
None],
'type': 'SEQUENCE'},
'UECapabilityEnquiry': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'members': [{'name': 'ueCapabilityEnquiry-r8',
'type': 'UECapabilityEnquiry-r8-IEs'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'UECapabilityEnquiry-r8-IEs': {'members': [{'name': 'ue-CapabilityRequest',
'type': 'UE-CapabilityRequest'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'UECapabilityInformation': {'members': [{'name': 'rrc-TransactionIdentifier',
'type': 'RRC-TransactionIdentifier'},
{'members': [{'members': [{'name': 'ueCapabilityInformation-r8',
'type': 'UECapabilityInformation-r8-IEs'},
{'name': 'spare7',
'type': 'NULL'},
{'name': 'spare6',
'type': 'NULL'},
{'name': 'spare5',
'type': 'NULL'},
{'name': 'spare4',
'type': 'NULL'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'UECapabilityInformation-r8-IEs': {'members': [{'name': 'ue-CapabilityRAT-ContainerList',
'type': 'UE-CapabilityRAT-ContainerList'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'UL-AM-RLC': {'members': [{'name': 't-PollRetransmit',
'type': 'T-PollRetransmit'},
{'name': 'pollPDU',
'type': 'PollPDU'},
{'name': 'pollByte',
'type': 'PollByte'},
{'name': 'maxRetxThreshold',
'type': 'ENUMERATED',
'values': [('t1',
0),
('t2',
1),
('t3',
2),
('t4',
3),
('t6',
4),
('t8',
5),
('t16',
6),
('t32',
7)]}],
'type': 'SEQUENCE'},
'UL-CCCH-Message': {'members': [{'name': 'message',
'type': 'UL-CCCH-MessageType'}],
'type': 'SEQUENCE'},
'UL-CCCH-MessageType': {'members': [{'members': [{'name': 'rrcConnectionReestablishmentRequest',
'type': 'RRCConnectionReestablishmentRequest'},
{'name': 'rrcConnectionRequest',
'type': 'RRCConnectionRequest'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'messageClassExtension',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'UL-CyclicPrefixLength': {'type': 'ENUMERATED',
'values': [('len1',
0),
('len2',
1)]},
'UL-DCCH-Message': {'members': [{'name': 'message',
'type': 'UL-DCCH-MessageType'}],
'type': 'SEQUENCE'},
'UL-DCCH-MessageType': {'members': [{'members': [{'name': 'csfbParametersRequestCDMA2000',
'type': 'CSFBParametersRequestCDMA2000'},
{'name': 'measurementReport',
'type': 'MeasurementReport'},
{'name': 'rrcConnectionReconfigurationComplete',
'type': 'RRCConnectionReconfigurationComplete'},
{'name': 'rrcConnectionReestablishmentComplete',
'type': 'RRCConnectionReestablishmentComplete'},
{'name': 'rrcConnectionSetupComplete',
'type': 'RRCConnectionSetupComplete'},
{'name': 'securityModeComplete',
'type': 'SecurityModeComplete'},
{'name': 'securityModeFailure',
'type': 'SecurityModeFailure'},
{'name': 'ueCapabilityInformation',
'type': 'UECapabilityInformation'},
{'name': 'ulHandoverPreparationTransfer',
'type': 'ULHandoverPreparationTransfer'},
{'name': 'ulInformationTransfer',
'type': 'ULInformationTransfer'},
{'name': 'counterCheckResponse',
'type': 'CounterCheckResponse'},
{'name': 'spare5',
'type': 'NULL'},
{'name': 'spare4',
'type': 'NULL'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'messageClassExtension',
'type': 'SEQUENCE'}],
'type': 'CHOICE'},
'UL-ReferenceSignalsPUSCH': {'members': [{'name': 'groupHoppingEnabled',
'type': 'BOOLEAN'},
{'name': 'groupAssignmentPUSCH',
'restricted-to': [(0,
29)],
'type': 'INTEGER'},
{'name': 'sequenceHoppingEnabled',
'type': 'BOOLEAN'},
{'name': 'cyclicShift',
'restricted-to': [(0,
7)],
'type': 'INTEGER'}],
'type': 'SEQUENCE'},
'UL-UM-RLC': {'members': [{'name': 'sn-FieldLength',
'type': 'SN-FieldLength'}],
'type': 'SEQUENCE'},
'ULHandoverPreparationTransfer': {'members': [{'members': [{'members': [{'name': 'ulHandoverPreparationTransfer-r8',
'type': 'ULHandoverPreparationTransfer-r8-IEs'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'ULHandoverPreparationTransfer-r8-IEs': {'members': [{'name': 'cdma2000-Type',
'type': 'CDMA2000-Type'},
{'name': 'meid',
'optional': True,
'size': [56],
'type': 'BIT '
'STRING'},
{'name': 'dedicatedInfo',
'type': 'DedicatedInfoCDMA2000'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'ULInformationTransfer': {'members': [{'members': [{'members': [{'name': 'ulInformationTransfer-r8',
'type': 'ULInformationTransfer-r8-IEs'},
{'name': 'spare3',
'type': 'NULL'},
{'name': 'spare2',
'type': 'NULL'},
{'name': 'spare1',
'type': 'NULL'}],
'name': 'c1',
'type': 'CHOICE'},
{'members': [],
'name': 'criticalExtensionsFuture',
'type': 'SEQUENCE'}],
'name': 'criticalExtensions',
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'ULInformationTransfer-r8-IEs': {'members': [{'members': [{'name': 'dedicatedInfoNAS',
'type': 'DedicatedInfoNAS'},
{'name': 'dedicatedInfoCDMA2000-1XRTT',
'type': 'DedicatedInfoCDMA2000'},
{'name': 'dedicatedInfoCDMA2000-HRPD',
'type': 'DedicatedInfoCDMA2000'}],
'name': 'dedicatedInfoType',
'type': 'CHOICE'},
{'members': [],
'name': 'nonCriticalExtension',
'optional': True,
'type': 'SEQUENCE'}],
'type': 'SEQUENCE'},
'UplinkPowerControlCommon': {'members': [{'name': 'p0-NominalPUSCH',
'restricted-to': [(-126,
24)],
'type': 'INTEGER'},
{'name': 'alpha',
'type': 'ENUMERATED',
'values': [('al0',
0),
('al04',
1),
('al05',
2),
('al06',
3),
('al07',
4),
('al08',
5),
('al09',
6),
('al1',
7)]},
{'name': 'p0-NominalPUCCH',
'restricted-to': [(-127,
-96)],
'type': 'INTEGER'},
{'name': 'deltaFList-PUCCH',
'type': 'DeltaFList-PUCCH'},
{'name': 'deltaPreambleMsg3',
'restricted-to': [(-1,
6)],
'type': 'INTEGER'}],
'type': 'SEQUENCE'},
'UplinkPowerControlDedicated': {'members': [{'name': 'p0-UE-PUSCH',
'restricted-to': [(-8,
7)],
'type': 'INTEGER'},
{'name': 'deltaMCS-Enabled',
'type': 'ENUMERATED',
'values': [('en0',
0),
('en1',
1)]},
{'name': 'accumulationEnabled',
'type': 'BOOLEAN'},
{'name': 'p0-UE-PUCCH',
'restricted-to': [(-8,
7)],
'type': 'INTEGER'},
{'name': 'pSRS-Offset',
'restricted-to': [(0,
15)],
'type': 'INTEGER'},
{'default': 'fc4',
'name': 'filterCoefficient',
'type': 'FilterCoefficient'}],
'type': 'SEQUENCE'}},
'values': {'maxBands': {'type': 'INTEGER',
'value': 64},
'maxCDMA-BandClass': {'type': 'INTEGER',
'value': 32},
'maxCellBlack': {'type': 'INTEGER',
'value': 16},
'maxCellInter': {'type': 'INTEGER',
'value': 16},
'maxCellIntra': {'type': 'INTEGER',
'value': 16},
'maxCellMeas': {'type': 'INTEGER',
'value': 32},
'maxCellReport': {'type': 'INTEGER',
'value': 8},
'maxDRB': {'type': 'INTEGER',
'value': 11},
'maxEARFCN': {'type': 'INTEGER',
'value': 65535},
'maxFreq': {'type': 'INTEGER',
'value': 8},
'maxGERAN-SI': {'type': 'INTEGER',
'value': 10},
'maxGNFG': {'type': 'INTEGER',
'value': 16},
'maxMBSFN-Allocations': {'type': 'INTEGER',
'value': 8},
'maxMCS-1': {'type': 'INTEGER',
'value': 16},
'maxMeasId': {'type': 'INTEGER',
'value': 32},
'maxObjectId': {'type': 'INTEGER',
'value': 32},
'maxPNOffset': {'type': 'INTEGER',
'value': 511},
'maxPageRec': {'type': 'INTEGER',
'value': 16},
'maxRAT-Capabilities': {'type': 'INTEGER',
'value': 8},
'maxReportConfigId': {'type': 'INTEGER',
'value': 32},
'maxSI-Message': {'type': 'INTEGER',
'value': 32},
'maxSIB': {'type': 'INTEGER',
'value': 32},
'maxSIB-1': {'type': 'INTEGER',
'value': 31},
'maxUTRA-FDD-Carrier': {'type': 'INTEGER',
'value': 16},
'maxUTRA-TDD-Carrier': {'type': 'INTEGER',
'value': 16}}},
'EUTRA-UE-Variables': {'extensibility-implied': False,
'imports': {'EUTRA-RRC-Definitions': ['C-RNTI',
'CellIdentity',
'MeasId',
'MeasIdToAddModList',
'MeasObjectToAddModList',
'MobilityStateParameters',
'NeighCellConfig',
'PhysCellId',
'QuantityConfig',
'RSRP-Range',
'ReportConfigToAddModList',
'SpeedStateScaleFactors',
'maxCellMeas',
'maxMeasId']},
'object-classes': {},
'object-sets': {},
'tags': 'AUTOMATIC',
'types': {'CellsTriggeredList': {'element': {'type': 'PhysCellId'},
'size': [(1,
'maxCellMeas')],
'type': 'SEQUENCE OF'},
'VarMeasConfig': {'members': [{'name': 'measIdList',
'optional': True,
'type': 'MeasIdToAddModList'},
{'name': 'measObjectList',
'optional': True,
'type': 'MeasObjectToAddModList'},
{'name': 'reportConfigList',
'optional': True,
'type': 'ReportConfigToAddModList'},
{'name': 'quantityConfig',
'optional': True,
'type': 'QuantityConfig'},
{'name': 's-Measure',
'optional': True,
'type': 'RSRP-Range'},
{'members': [{'name': 'release',
'type': 'NULL'},
{'members': [{'name': 'mobilityStateParameters',
'type': 'MobilityStateParameters'},
{'name': 'timeToTrigger-SF',
'type': 'SpeedStateScaleFactors'}],
'name': 'setup',
'type': 'SEQUENCE'}],
'name': 'speedStatePars',
'optional': True,
'type': 'CHOICE'}],
'type': 'SEQUENCE'},
'VarMeasReport': {'members': [{'name': 'measId',
'type': 'MeasId'},
{'name': 'cellsTriggeredList',
'optional': True,
'type': 'CellsTriggeredList'},
{'name': 'numberOfReportsSent',
'type': 'INTEGER'}],
'type': 'SEQUENCE'},
'VarMeasReportList': {'element': {'type': 'VarMeasReport'},
'size': [(1,
'maxMeasId')],
'type': 'SEQUENCE OF'},
'VarShortMAC-Input': {'members': [{'name': 'cellIdentity',
'type': 'CellIdentity'},
{'name': 'physCellId',
'type': 'PhysCellId'},
{'name': 'c-RNTI',
'type': 'C-RNTI'}],
'type': 'SEQUENCE'}},
'values': {}}} |
#!/usr/bin/python
# ==============================================================================
# Author: Tao Li ([email protected])
# Date: Jul 7, 2015
# Question: 121-Best-Time-to-Buy-and-Sell-Stock
# Link: https://leetcode.com/problems/best-time-to-buy-and-sell-stock/
# ==============================================================================
# Say you have an array for which the ith element is the price of a given stock
# on day i.
#
# If you were only permitted to complete at most one transaction (ie, buy one
# and sell one share of the stock), design an algorithm to find the maximum
# profit.
# ==============================================================================
# Method: DP
# Time Complexity: O(n)
# Space Complexity: O(n)
# ==============================================================================
class Solution:
# @param {integer[]} prices
# @return {integer}
def maxProfit(self, prices):
size = len(prices)
if size <= 1:
return 0
dp = [0] * size
minVal = prices[0]
for i in xrange(1, size):
dp[i] = max(dp[i-1], prices[i]-minVal)
minVal = prices[i] if prices[i] < minVal else minVal
return dp[-1]
|
mandado=["naranja","manzana","pina"]
for fruta in mandado:
print(fruta)
i=1
while i<=15:
print(i)
i=i+1
a=-3
while a<=3:
print(a)
a=a+1
#Imprimir los primeros 20 numeros pares
iterador=0
print("Tope")
#while iterador<40:
# iterador+=2
# print(iterador)
palabra="el elefante negro"
#for caracter in palabra:
#print(caracter)
#Hacer un programa que me imprima cada fruta de mi mandado pero sin la letra a
#for fruta in mandado:
# for caracter in fruta:
# if caracter=="a":
# continue
# else:
# print(caracter, end=" ")
#print("\n")
#i=0
#while i<=10:
# print(i)
# i+=1
#i=0
carros=["bmw","mercedes","chevy"]
saludo="hola"
numero=123456
print(len(str(numero)))
print(len(saludo))
print(len(carros))
for elemento in carros:
print(elemento)
i=0
while i<len(carros):
print(carros[i])
i=i+1
|
STATUS_TO_ERROR = {
# basic server errors
0: 'AS_OK',
1: 'AS_ERR_UNKNOWN',
2: 'AS_ERR_NOT_FOUND',
3: 'AS_ERR_GENERATION',
4: 'AS_ERR_PARAMETER',
5: 'AS_ERR_RECORD_EXISTS',
6: 'AS_ERR_BIN_EXISTS',
7: 'AS_ERR_CLUSTER_KEY_MISMATCH',
8: 'AS_ERR_OUT_OF_SPACE',
9: 'AS_ERR_TIMEOUT',
10: 'AS_ERR_ALWAYS_FORBIDDEN',
11: 'AS_ERR_UNAVAILABLE',
12: 'AS_ERR_INCOMPATIBLE_TYPE',
13: 'AS_ERR_RECORD_TOO_BIG',
14: 'AS_ERR_KEY_BUSY',
15: 'AS_ERR_SCAN_ABORT',
16: 'AS_ERR_UNSUPPORTED_FEATURE',
17: 'AS_ERR_BIN_NOT_FOUND',
18: 'AS_ERR_DEVICE_OVERLOAD',
19: 'AS_ERR_KEY_MISMATCH',
20: 'AS_ERR_NAMESPACE',
21: 'AS_ERR_BIN_NAME',
22: 'AS_ERR_FORBIDDEN',
23: 'AS_ERR_ELEMENT_NOT_FOUND',
24: 'AS_ERR_ELEMENT_EXISTS',
25: 'AS_ERR_ENTERPRISE_ONLY',
26: 'AS_ERR_OP_NOT_APPLICABLE',
27: 'AS_ERR_LOST_CONFLICT',
# security specific errors
50: 'AS_SEC_OK_LAST',
51: 'AS_SEC_ERR_NOT_SUPPORTED',
52: 'AS_SEC_ERR_NOT_ENABLED',
53: 'AS_SEC_ERR_SCHEME',
54: 'AS_SEC_ERR_COMMAND',
55: 'AS_SEC_ERR_FIELD',
56: 'AS_SEC_ERR_STATE',
60: 'AS_SEC_ERR_USER',
61: 'AS_SEC_ERR_USER_EXISTS',
62: 'AS_SEC_ERR_PASSWORD',
63: 'AS_SEC_ERR_EXPIRED_PASSWORD',
64: 'AS_SEC_ERR_FORBIDDEN_PASSWORD',
65: 'AS_SEC_ERR_CREDENTIAL',
66: 'AS_SEC_ERR_EXPIRED_SESSION',
70: 'AS_SEC_ERR_ROLE',
71: 'AS_SEC_ERR_ROLE_EXISTS',
72: 'AS_SEC_ERR_PRIVILEGE',
73: 'AS_SEC_ERR_WHITELIST',
80: 'AS_SEC_ERR_NOT_AUTHENTICATED',
81: 'AS_SEC_ERR_ROLE_VIOLATION',
82: 'AS_SEC_ERR_NOT_WHITELISTED',
90: 'AS_SEC_ERR_LDAP_NOT_ENABLED',
91: 'AS_SEC_ERR_LDAP_SETUP',
92: 'AS_SEC_ERR_LDAP_TLS_SETUP',
93: 'AS_SEC_ERR_LDAP_AUTHENTICATION',
94: 'AS_SEC_ERR_LDAP_QUERY',
# UDF specific errors
100: 'AS_ERR_UDF_EXECUTION',
# batch specific errors
150: 'AS_ERR_BATCH_DISABLED',
151: 'AS_ERR_BATCH_MAX_REQUESTS',
152: 'AS_ERR_BATCH_QUEUES_FULL',
# GEO specific errors
160: 'AS_ERR_GEO_INVALID_GEOJSON',
# secondary index specific errors
200: 'AS_ERR_SINDEX_FOUND',
201: 'AS_ERR_SINDEX_NOT_FOUND',
202: 'AS_ERR_SINDEX_OOM',
203: 'AS_ERR_SINDEX_NOT_READABLE',
204: 'AS_ERR_SINDEX_GENERIC',
205: 'AS_ERR_SINDEX_NAME',
206: 'AS_ERR_SINDEX_MAX_COUNT',
210: 'AS_ERR_QUERY_USER_ABORT',
211: 'AS_ERR_QUERY_QUEUE_FULL',
212: 'AS_ERR_QUERY_TIMEOUT',
213: 'AS_ERR_QUERY_CB',
214: 'AS_ERR_QUERY_NET_IO',
215: 'AS_ERR_QUERY_DUPLICATE'
}
class AerospikeError(Exception):
"""Base Aerospike Error"""
def __init__(self, status_code, message):
self.status_code = status_code
self.message = message
super().__init__(self.message)
|
"""Handles import of external/third-party repositories.
"""
load("@bazel_tools//tools/build_defs/repo:http.bzl", "http_archive")
load("@bazel_tools//tools/build_defs/repo:utils.bzl", "maybe")
def optimus_repositories():
maybe(
http_archive,
name = "bazel_skylib",
urls = ["https://github.com/bazelbuild/bazel-skylib/releases/download/1.0.3/bazel-skylib-1.0.3.tar.gz"],
sha256 = "1c531376ac7e5a180e0237938a2536de0c54d93f5c278634818e0efc952dd56c",
)
maybe(
http_archive,
name = "eigen",
build_file = "@com_github_mvukov_optimus//repositories:eigen.BUILD.bazel",
sha256 = "7985975b787340124786f092b3a07d594b2e9cd53bbfe5f3d9b1daee7d55f56f",
strip_prefix = "eigen-3.3.9",
urls = ["https://gitlab.com/libeigen/eigen/-/archive/3.3.9/eigen-3.3.9.tar.gz"],
)
maybe(
http_archive,
name = "com_github_mvukov_qpoases_embedded",
sha256 = "8834df1bbd12c21a69d8f2de6e6a2066e8ebd91f91371f7eeb72fe415934cb34",
strip_prefix = "qpoases_embedded-0.1.0",
urls = ["https://github.com/mvukov/qpoases_embedded/archive/refs/tags/v0.1.0.tar.gz"],
)
|
'''
6 kyu Convert string to camel case.py
https://www.codewars.com/kata/517abf86da9663f1d2000003/train/python
Complete the method/function so that it converts dash/underscore delimited words into camel casing. The first word within the output should be capitalized only if the original word was capitalized (known as Upper Camel Case, also often referred to as Pascal case).
Examples
to_camel_case("the-stealth-warrior") # returns "theStealthWarrior"
to_camel_case("The_Stealth_Warrior") # returns "TheStealthWarrior"
'''
def to_camel_case(text):
return text[:1] + text.title()[1:].replace('_', '').replace('-', '') |
class FrankaArmCommException(Exception):
''' Communication failure. Usually occurs due to timeouts.
'''
def __init__(self, message, *args, **kwargs):
Exception.__init__(self, *args, **kwargs)
self.message = message
def __str__(self):
return "Communication w/ FrankaInterface ran into a problem: {}. FrankaInterface is probably not ready.".format(self.message)
class FrankaArmFrankaInterfaceNotReadyException(Exception):
''' Exception for when franka_interface is not ready
'''
def __init__(self, *args, **kwargs):
Exception.__init__(self, *args, **kwargs)
def __str__(self):
return 'FrankaInterface was not ready!'
class FrankaArmException(Exception):
''' Failure of control, typically due to a kinematically unreachable pose.
'''
def __init__(self, message, *args, **kwargs):
Exception.__init__(self, *args, **kwargs)
self.message = message
def __str__(self):
return "FrankaInterface ran into a problem: {}".format(self.message)
|
""" This module contains all the exceptions that are specific
to BGD. """
# errors.py
# author : Antoine Passemiers, Robin Petit
__all__ = [
'RequiredComponentError', 'WrongComponentTypeError',
'NonLearnableLayerError'
]
class RequiredComponentError(Exception):
""" Exception raised when a :class:`bgd.nn.NeuralStack`
hasn't been setup properly and at least a component is missing.
"""
pass
class WrongComponentTypeError(Exception):
""" Exception raised when a component of unrecognized type is
attempted to be added to a :class:`bgd.nn.NeuralStack`.
"""
pass
class NonLearnableLayerError(Exception):
""" Exception raised to warn that an attempt to update
parameter of a non-parametric layer has been attempted.
"""
pass
|
class Solution(object):
def getRow(self, rowIndex):
"""
:type rowIndex: int
:rtype: List[int]
"""
row = [1]
for _ in range(rowIndex):
# pad 0, perform element-wise addition
row = [x + y for x, y in zip([0] + row, row + [0])]
return row
# row = [1]
# for i in range(rowIndex):
# row = [1] + [row[j] + row[j + 1] for j in range(len(row) - 1)] + [1]
# return row |
#
# @lc app=leetcode.cn id=62 lang=python3
#
# [62] 不同路径
#
# https://leetcode-cn.com/problems/unique-paths/description/
#
# algorithms
# Medium (52.81%)
# Total Accepted: 16.6K
# Total Submissions: 31.3K
# Testcase Example: '3\n2'
#
# 一个机器人位于一个 m x n 网格的左上角 （起始点在下图中标记为“Start” ）。
#
# 机器人每次只能向下或者向右移动一步。机器人试图达到网格的右下角（在下图中标记为“Finish”）。
#
# 问总共有多少条不同的路径？
#
#
#
# 例如，上图是一个7 x 3 的网格。有多少可能的路径？
#
# 说明：m 和 n 的值均不超过 100。
#
# 示例 1:
#
# 输入: m = 3, n = 2
# 输出: 3
# 解释:
# 从左上角开始，总共有 3 条路径可以到达右下角。
# 1. 向右 -> 向右 -> 向下
# 2. 向右 -> 向下 -> 向右
# 3. 向下 -> 向右 -> 向右
#
#
# 示例 2:
#
# 输入: m = 7, n = 3
# 输出: 28
#
#
class Solution:
path_dict = {}
# 递归
def uniquePaths(self, m: int, n: int) -> int:
if m == 0 or n == 0:
return 0
elif m == 1 or n == 1:
return 1
if (m,n) in self.path_dict:
return self.path_dict[(m,n)]
else:
path = self.uniquePaths(m - 1, n) + self.uniquePaths(m, n - 1)
self.path_dict[(m,n)] = path
return path
|
def created(data_json):
# A user creates an issue for a repository.
repository = data_json['repository']
# repository_scm = repository['scm']
repository_name = repository['name']
repository_link = repository['links']['html']['href']
# actor = data_json['actor']
# actor_name = actor['display_name']
# actor_profile = actor['links']['html']['href']
issue = data_json['issue']
issue_title = issue['title']
issue_priority = issue['priority']
if 'assignee' in issue:
if issue['assignee']:
issue_assignee_name = issue['assignee']['display_name']
issue_assignee_link = issue['assignee']['links']['html']['href']
else:
issue_assignee_name = "' '"
issue_assignee_link = "' '"
else:
issue_assignee_name = "' '"
issue_assignee_link = "' '"
issue_reporter_name = issue['reporter']['display_name']
issue_reporter_link = issue['reporter']['links']['html']['href']
issue_description = issue['content']['raw']
issue_created_on = issue['created_on']
issue_link = issue['links']['html']['href']
message = "Issue Created in [{}]({}) " \
" \nTitle: [{}]({}) " \
"\nPriority: *{}* " \
"\nReporter: [{}]({}) " \
"\nAssignee: [{}]({}) " \
"\nCreated On: {}" \
"\nDescription: {}".format(repository_name, repository_link, issue_title, issue_link, issue_priority,
issue_reporter_name, issue_reporter_link, issue_assignee_name,
issue_assignee_link, issue_created_on,
issue_description)
return message
|
class CheckPosture:
def __init__(self, scale=1, key_points={}):
self.key_points = key_points
self.scale = scale
self.message = ""
def set_key_points(self, key_points):
self.key_points = key_points
def get_key_points(self):
return self.key_points
def set_message(self, message):
self.message = message
def get_message(self):
return self.message
def set_scale(self, scale):
self.scale = scale
def get_scale(self):
return self.scale
def check_lean_forward(self):
if self.key_points['Left Shoulder'].x != -1 and self.key_points['Left Ear'].x != -1 \
and self.key_points['Left Shoulder'].x >= (self.key_points['Left Ear'].x +
(self.scale * 150)):
return False
if self.key_points['Right Shoulder'].x != -1 and self.key_points['Right Ear'].x != -1 \
and self.key_points['Right Shoulder'].x >= (self.key_points['Right Ear'].x +
(self.scale * 160)):
return False
return True
def check_slump(self):
if self.key_points['Neck'].y != -1 and self.key_points['Nose'].y != -1 and (self.key_points['Nose'].y >= self.key_points['Neck'].y - (self.scale * 150)):
return False
return True
def check_head_drop(self):
if self.key_points['Left Eye'].y != -1 and self.key_points['Left Ear'].y != -1 and self.key_points['Left Eye'].y > (self.key_points['Left Ear'].y + (self.scale * 15)):
return False
if self.key_points['Right Eye'].y != -1 and self.key_points['Right Ear'].y != -1 and self.key_points['Right Eye'].y > (self.key_points['Right Ear'].y + (self.scale * 15)):
return False
return True
def correct_posture(self):
return all([self.check_slump(), self.check_head_drop(), self.check_lean_forward()])
def build_message(self):
current_message = ""
if not self.check_head_drop():
current_message += "Lift up your head!\n"
if not self.check_lean_forward():
current_message += "Lean back!\n"
if not self.check_slump():
current_message += "Sit up in your chair, you're slumping!\n"
self.message = current_message
return current_message
|
#! python3
# __author__ = "YangJiaHao"
# date: 2018/2/23
class Solution:
def groupAnagrams(self, strs):
"""
:type strs: List[str]
:rtype: List[List[str]]
"""
result = {}
for s in strs:
# key = tuple(sorted(s))
# result[key] = result.get(key, []) + [s]
if tuple(sorted(s)) in result:
result[tuple(sorted(s))].append(s)
else:
result[tuple(sorted(s))] = [s]
return list(result.values())
if __name__ == '__main__':
so = Solution()
res = so.groupAnagrams(["eat", "tea", "tan", "ate", "nat", "bat"])
print(res)
|
# 無效率作法 O(n^2)
# def singleNumber(nums):
# for i in range(len(nums)):
# count = 0
# for j in range(len(nums)):
# if nums[i] == nums[j]:
# count += 1
# if count == 1:
# return nums[i]
# 用bitwise去解 XOR(^)
# A XOR A = 0
# A XOR 0 = A
# A XOR B = B XOR A
# 時間複雜度為O(n)，空間複雜度則為O(1))
def singleNumber(nums):
n = nums[0]
for i in range(1, len(nums)):
n ^= nums[i]
return n
if __name__=='__main__':
nums = [4, 2, 4, 2, 3]
print(singleNumber(nums))
class Solution:
def singleNumber(self, nums) -> int:
table = {}
for n in nums:
table[n] = table.get(n, 0) + 1
for key in table.keys():
if table[key] == 1:
return key |
# Defining rule for gdrive command and config.
def _gdrive(ctx):
gdrive_cmd = ctx.attr.gdrive_cmd
gdrive_cfg = ctx.attr.gdrive_config
return struct(command=gdrive_cmd,
config=gdrive_cfg)
gdrive = rule(
implementation=_gdrive,
attrs={
"gdrive_cmd": attr.string(mandatory=True),
"gdrive_config": attr.string(mandatory=True),
},
)
# Defining rule to export using gdrive.
def _gdrive_export(ctx):
doc_id = ctx.attr.doc_id
gdrive_cmd = ctx.attr.gdrive.command
mime = ctx.attr.mime
gdrive_config = ctx.attr.gdrive.config
output = ctx.outputs.out
ctx.action(
outputs=[output],
command="""x=`%s export --force --mime %s --config %s %s`; \
x=${x#*\\'}; x=${x%%\\' with*} ; \
mv \"${x}\" %s""" % (gdrive_cmd,
mime,
gdrive_config,
doc_id,
output.path))
return struct(output_file=output)
gdrive_export = rule(
implementation=_gdrive_export,
attrs={
"doc_id": attr.string(mandatory=True),
"mime": attr.string(mandatory=False,
default="text/plain"),
"gdrive": attr.label(mandatory=False,
providers=["config","command"]),
"output": attr.string(mandatory=True),
},
outputs={"out":"%{output}"},
)
# Defining rule to download using gdrive.
def _gdrive_download(ctx):
folder_id = ctx.attr.folder_id
gdrive_cmd = ctx.attr.gdrive.command
gdrive_config = ctx.attr.gdrive.config
output = ctx.outputs.out
ctx.action(
outputs=[output],
command="""x=`%s download --recursive --force --config %s %s`; \
x=${x##*-> }; x=${x%%/*}; \
mv \"${x}\" %s""" % (gdrive_cmd,
gdrive_config,
folder_id,
output.path))
return struct(output_file=output)
gdrive_download = rule(
implementation=_gdrive_download,
attrs={
"folder_id": attr.string(mandatory=True),
"gdrive": attr.label(mandatory=False,
providers=["config","command"]),
"output": attr.string(mandatory=True),
},
outputs={"out":"%{output}"},
)
# Defining rule to update using gdrive.
def _gdrive_update(ctx):
doc_id = ctx.attr.doc_id
gdrive_cmd = ctx.attr.gdrive.command
gdrive_config = ctx.attr.gdrive.config
file_to_update = ctx.attr.output_file.output_file
output = ctx.outputs.out
ctx.action(
inputs=[file_to_update],
outputs=[output],
command="""cp %s %s;\
%s update --config %s %s %s""" % (file_to_update.path,
output.path,
gdrive_cmd,
gdrive_config,
doc_id,
output.path))
return struct(output_file=output)
gdrive_update = rule(
implementation=_gdrive_update,
attrs={
"doc_id": attr.string(mandatory=True),
"gdrive_name": attr.string(mandatory=True),
"gdrive": attr.label(mandatory=False,
providers=["config","command"]),
"output_file": attr.label(mandatory=True,
providers=["output_file"]),
},
outputs={"out":"%{gdrive_name}"},
)
|
'''Function'''
def read_input(path: str):
"""
Read game board file from path.
Return list of str.
>>> read_input("check.txt")
['***21**', '412453*', '423145*', '*543215', '*35214*', '*41532*', '*2*1***']
"""
field = ''
with open(path, 'r') as input_f:
for line in input_f:
field += line
field = field.split('\n')
return field[:-1]
def check_lines(input_line, point):
'''
The following functions checks the visibility from the horizontal
perspective.
'''
input_line = input_line[1:-1]
counter = 0
start = int(input_line[0])
for elem in input_line:
if int(elem) >= start:
counter += 1
start = int(elem)
if counter != point:
return False
return True
def left_to_right_check(input_line: str, pivot: int):
"""
Check row-wise visibility from left to right.
Return True if number of building from the left-most hint is visible looking to the right,
False otherwise.
input_line - representing board row.
pivot - number on the left-most hint of the input_line.
>>> left_to_right_check("412453*", 4)
True
>>> left_to_right_check("452453*", 5)
False
"""
input_line = input_line[1:pivot+1]
marked = input_line[pivot-1]
if marked < max(list(input_line)):
return False
return True
def check_not_finished_board(board: list):
"""
Check if skyscraper board is not finished, i.e., '?' present on the game board.
Return True if finished, False otherwise.
>>> check_not_finished_board(['***21**', '4?????*', '4?????*', '*?????5', \
'*?????*', '*?????*', '*2*1***'])
False
>>> check_not_finished_board(['***21**', '412453*', '423145*', '*543215', \
'*35214*', '*41532*', '*2*1***'])
True
>>> check_not_finished_board(['***21**', '412453*', '423145*', '*5?3215', \
'*35214*', '*41532*', '*2*1***'])
False
"""
for elem in board:
if '?' in elem:
return False
return True
def check_uniqueness_in_rows(board: list):
"""
Check buildings of unique height in each row.
Return True if buildings in a row have unique length, False otherwise.
>>> check_uniqueness_in_rows(['***21**', '412453*', '423145*', '*543215', \
'*35214*', '*41532*', '*2*1***'])
True
>>> check_uniqueness_in_rows(['***21**', '452453*', '423145*', '*543215', \
'*35214*', '*41532*', '*2*1***'])
False
>>> check_uniqueness_in_rows(['***21**', '412453*', '423145*', '*553215', \
'*35214*', '*41532*', '*2*1***'])
False
"""
for elem in board:
elem = elem[1:-1]
elem = elem.replace('*', '')
elem = list(elem)
copy_elem = set(elem)
if len(elem) != len(copy_elem):
return False
return True
def check_horizontal_visibility(board: list):
"""
Check row-wise visibility (left-right and vice versa)
Return True if all horizontal hints are satisfiable,
i.e., for line 412453* , hint is 4, and 1245 are the four buildings
that could be observed from the hint looking to the right.
>>> check_horizontal_visibility(['***21**', '412453*', '423145*', '*543215',\
'*35214*', '*41532*', '*2*1***'])
True
>>> check_horizontal_visibility(['***21**', '452453*', '423145*', '*543215', \
'*35214*', '*41532*', '*2*1***'])
False
>>> check_horizontal_visibility(['***21**', '452413*', '423145*', '*543215', \
'*35214*', '*41532*', '*2*1***'])
False
"""
for elem in board:
if elem[0] != '*':
result = check_lines(elem, int(elem[0]))
if not result:
return False
elif elem[-1] != '*':
elem = elem[::-1]
result = check_lines(elem, int(elem[0]))
if not result:
return False
return True
def check_columns(board: list):
"""
Check column-wise compliance of the board for uniqueness (buildings of \
unique height) and visibility (top-bottom and vice versa).
Same as for horizontal cases, but aggregated in one function for vertical \
case, i.e. columns.
>>> check_columns(['***21**', '412453*', '423145*', '*543215', '*35214*', \
'*41532*', '*2*1***'])
True
>>> check_columns(['***21**', '412453*', '423145*', '*543215', '*35214*', \
'*41232*', '*2*1***'])
False
>>> check_columns(['***21**', '412553*', '423145*', '*543215', '*35214*', \
'*41532*', '*2*1***'])
False
"""
new_board = []
for _ in range(len(board[0])):
new_row = ''
for col in board:
new_row += col[_]
new_board.append(new_row)
new_board = new_board[1:-1]
case = check_uniqueness_in_rows(new_board)
if not case:
return False
for char in board[0]:
if char != '*':
index = board[0].find(char)
column = ''
for elem in board:
column += elem[index]
result = check_lines(column, int(column[0]))
if not result:
return False
for rahc in board[-1]:
if rahc != '*':
index = board[-1].find(rahc)
column = ''
for elem in board:
column += elem[index]
column = column[::-1]
result = check_lines(column, int(column[0]))
if not result:
return False
return True
def check_skyscrapers(input_path: str):
"""
Main function to check the status of skyscraper game board.
Return True if the board status is compliant with the rules,
False otherwise.
>>> check_skyscrapers("check.txt")
True
"""
board = read_input(input_path)
test1 = check_not_finished_board(board)
test2 = check_uniqueness_in_rows(board)
test3 = check_horizontal_visibility(board)
test4 = check_columns(board)
if not test1 or not test2 or not test3 or not test4:
return False
return True
if __name__ == "__main__":
print(check_skyscrapers("check.txt"))
|
## Arruma os NCM
## Os registros nos grupos C180 e C190 são populados pelo PCMOV
## inserindo NCM diferente, com isso preciso pegar o ncm do produto
## no 0200 e propagar nos C180 e C190
def exec(conexao):
cursor = conexao.cursor()
print("RULE 01 - Inicializando",end=' - ')
for i in ["C180","C190"]:
upd = " UPDATE principal SET "
upd = upd + " r6 = (SELECT distinct p.r8 "
upd = upd + " FROM principal as p "
upd = upd + " WHERE p.r1 = \"0200\" "
upd = upd + " AND p.r2 = principal.r5) "
upd = upd + " WHERE r1 = \"" + i + "\" "
print('-',end=' ')
cursor.execute(upd)
conexao.commit()
print("Finalizado")
|
#python OrderedDict
class LRUCache:
def __init__(self, capacity: int):
self.cache = collections.OrderedDict()
self.capacity = capacity
def get(self, key: int) -> int:
if key not in self.cache:
return -1
val = self.cache.pop[key]
self.cache[key] = val
return val
def put(self, key: int, value: int) -> None:
if key in self.cache:
del self.cache[key]
elif len(self.cache) == self.capacity:
self.cache.popitem(last = False)
self.cache[key] = value
class LRUCache:
def __init__(self, MSize):
self.size = MSize
self.cache = {}
self.next, self.before = {}, {}
self.head, self.tail = '#', '$'
self.connect(self.head, self.tail)
def connect(self, a, b):
self.next[a], self.before[b] = b, a
def delete(self, key):
self.connect(self.before[key], self.next[key])
del self.before[key], self.next[key], self.cache[key]
def append(self, k, v):
self.cache[k] = v
self.connect(self.before[self.tail], k)
self.connect(k, self.tail)
if len(self.cache) > self.size:
self.delete(self.next[self.head])
def get(self, key):
if key not in self.cache: return -1
val = self.cache[key]
self.delete(key)
self.append(key, val)
return val
def put(self, key, value):
if key in self.cache: self.delete(key)
self.append(key, value)
#Push in tail, delete from head
class ListNode:
def __init__(self,key, val):
self.key = key
self.val = val
self.next = None
self.prev = None
class LinkedList:
def __init__(self,):
self.head = None
self.tail = None
def insert(self, node):
node.next, node.prev = None, None
if self.head:
self.tail.next = node
node.prev = self.tail
else:
self.head = node
self.tail = node
def delete(self,node):
if node.prev:
node.prev.next = node.next
else:
self.head = node.next
if node.next:
node.next.prev = node.prev
else:
self.tail = node.prev
node.next, node.prev = None, None
class LRUCache:
def __init__(self, capacity: int):
self.List = LinkedList()
self.dic = {}
self.capacity = capacity
def __insert(self,key, val):
if key in self.dic:
self.List.delete(self.dic[key])
node = ListNode(key,val)
self.List.insert(node)
self.dic[key] = node
def get(self, key: int) -> int:
if key not in self.dic:
return -1
val = self.dic[key].val
self.__insert(key, val)
return val
def put(self, key: int, value: int) -> None:
if len(self.dic) == self.capacity and key not in self.dic:
#print("del ",self.List.head.key)
del self.dic[self.List.head.key]
self.List.delete(self.List.head)
self.__insert(key,value)
#Push in head, delete from tail
class ListNode:
def __init__(self,key, val):
self.key = key
self.val = val
self.next = None
self.prev = None
class LinkedList:
def __init__(self,):
self.head = None
self.tail = None
def insert(self, node):
node.next, node.prev = None, None
if not self.tail:
self.tail = node
if self.head:
node.next = self.head
self.head.prev = node
self.head = node
def delete(self,node):
if node.prev:
node.prev.next = node.next
else:
self.head = node.next
if node.next:
node.next.prev = node.prev
else:
self.tail = node.prev
node.next, node.prev = None, None
class LRUCache:
def __init__(self, capacity: int):
self.List = LinkedList()
self.dic = {}
self.capacity = capacity
def __insert(self,key, val):
if key in self.dic:
self.List.delete(self.dic[key])
node = ListNode(key,val)
self.List.insert(node)
self.dic[key] = node
def get(self, key: int) -> int:
if key not in self.dic:
return -1
val = self.dic[key].val
self.__insert(key, val)
return val
def put(self, key: int, value: int) -> None:
if len(self.dic) == self.capacity and key not in self.dic:
#print("del ",self.List.tail.key)
del self.dic[self.List.tail.key]
self.List.delete(self.List.tail)
self.__insert(key,value)
|
pessoa = dict()
while True:
nome = str(input("Nome: "))
media = float(input(f"Média de {nome}: "))
pessoa = {"media" : media}
pessoa["nome"] = nome
pessoa["situcao"] = "empty"
if media < 7 and media >= 5:
pessoa["situacao"] = "Recuperação"
elif media < 5:
pessoa["situcao"] = "Reprovado"
else:
pessoa["situacao"] = "Aprovado"
print(20 * "-=")
for k, v in pessoa.items():
print(f"{k} é igual a {v}")
res = str(input("Quer Continuar [S/N]")).upper
if res == "N":
break
print() |
# CENG 487 Assignment6 by
# Arif Burak Demiray
# December 2021
class Scene:
def __init__(self):
self.nodes = []
def add(self, node):
self.nodes.append(node)
|
CONSUMER_KEY = 'CHANGE_ME'
CONSUMER_SECRET = 'CHANGE_ME'
ACCESS_TOKEN = 'CHANGE_ME'
ACCESS_TOKEN_SECRET = 'CHANGE_ME'
|
li = list(map(int, input().split()))
li.sort()
print(li[0]+li[1])
|
# 二叉搜索树
class BST:
class Node:
def __init__(self,key,value):
self.key = key
self.value = value
self.left_node = self.right_node = None
def __init__(self):
self.__root = None
self.__count = 0
def get_size(self):
return self.__count
def isEmpty(self):
return self.__count == 0
def insert(self,key,value):
self.__root = self.__insert(self,self.__root,key,value)
|
class Solution:
def strStr(self, haystack: str, needle: str) -> int:
if not needle:
return 0
if not haystack:
return 0 if not needle else -1
for i in range(len(haystack)):
for j in range(len(needle)):
if i+j > len(haystack)-1:
return -1
if haystack[i+j] != needle[j]:
break
if j == len(needle)-1:
return i
return -1
#####
## More python way
#####
# for i in range(len(haystack) - len(needle)+1):
# if haystack[i:i+len(needle)] == needle:
# return i
# return -1
assert Solution().strStr("", "a") == -1
assert Solution().strStr("a", "") == 0
assert Solution().strStr("aaa", "aaaa") == -1
assert Solution().strStr("hello", "ll") == 2
assert Solution().strStr("mississippi", "issip") == 4
assert Solution().strStr("mississippi", "issipi") == -1
assert Solution().strStr("aaaaa", "bba") == -1
print("OH YEAH!") |
# -*- coding: utf-8 -*-
# @Author: 何睿
# @Create Date: 2018-12-18 17:28:42
# @Last Modified by: 何睿
# @Last Modified time: 2018-12-18 17:36:33
class Solution:
def plusOne(self, digits):
"""
:type digits: List[int]
:rtype: List[int]
"""
# 结果数组
res = []
# 数组最后一个元素的索引
index = len(digits)-1
# 获取最后一个元素的值
last = digits[index]
# 当需要进位的时候才进行循环
while last+1 == 10:
# 需要进位，在首位插入0
res.insert(0, 0)
# index指向数组的前一个元素
index -= 1
# 如果index越界，重新赋值为0，即重新指向首位置
if index == -1:
index += 1
# 在输入数组的首位插入0占位
digits.insert(0, 0)
# last继续指向输入数组的末尾位置，此时index已经自减一次
last = digits[index]
digits[index] += 1
# 将res和digits数组中的元素合并
res = digits[:index+1]+res
return res
|
{
"targets": [
{
"target_name": "daqhats",
"cflags!": [ "-fno-exceptions" ],
"cflags_cc!": [ "-fno-exceptions" ],
"sources": [
"./lib/cJSON.c",
"./lib/gpio.c",
"./lib/mcc118.c",
"./lib/mcc128.c",
"./lib/mcc134_adc.c",
"./lib/mcc134.c",
"./lib/mcc152_dac.c",
"./lib/mcc152_dio.c",
"./lib/mcc152.c",
"./lib/mcc172.c",
"./lib/nist.c",
"./lib/util.c",
# "./tools/daqhats_check_152.c",
# "./tools/daqhats_list_boards.c",
# "./tools/mcc118_update_firmware.c",
# "./tools/mcc128_update_firmware.c",
# "./tools/mcc172_update_firmware.c",
"./usercode/mcc118_single_read.c",
"./usercode/index.cpp"
],
"include_dirs": [
"<!@(node -p \"require('node-addon-api').include\")",
"./lib",
"./include",
"./examples/c",
"/opt/vc/include",
"/usr/include",
"/opt/vc/lib"
# "./tools"
],
'defines': [ 'NAPI_DISABLE_CPP_EXCEPTIONS' ],
'cflags_cc': [
'-lm',
'-lbcm_host'
]
}
]
}
|
#IMPORTANT: This syntax will create an empty dictionary and not an empty set
a = {}
print(type(a))
#An empty set can be created using the below syntax:
b = set()
print(type(b))
b.add(4)
b.add(5) |
class Config(object):
def __init__(self):
# Font Size
# 1. Index, Distance, Degree
self.fontSize = 10
# Font Family
# 1. Index, Distance, Degree
self.fontFamily = 'Consolas'
# Shifting
# 1. Index
self.indexShifting = 3
# 2. Distance
self.distanceShifting = 8
# 3. Degree
self.degreeShiftingBase = 15
self.degreeShiftingMore = 30
# Width
# 1. Point
self.pointWidth = 7
# 2. Line, Circle
self.lineWidth = 3
# 3. Angle
self.angleWidth = 2
# Color
# 1. Default
self.defaultColor = 'red'
# 2. List
self.colorList = [
'red',
'green',
'blue',
'cyan',
'yellow',
'black',
'white',
'gray'
]
# Ratio
# 1. Angle
# For ∠ABC, the radius of the degree is
# r = min(AB, AC) * ratioToRadius
self.ratioToRadius = 0.2
# Math Constant
self.eps = 1e-5
self.base = 2 ** 7
# Debug
self.debug = True
# 操作列表
self.defaultAction = '无操作'
self.actionList = ['无操作', '点', '线', '角度', '圆', '中点', '直角', '移动点', '删除点']
def __setattr__(self, key, value):
if key in self.__dict__:
raise self.ConstException
self.__dict__[key] = value
def __getattr__(self, item):
if item in self.__dict__:
return self.item
raise self.ScopeException
config = Config()
|
######################################################
# dom
SCROLL_BAR_WIDTH = getScrollBarWidth()
def ce(tag):
return document.createElement(tag)
def ge(id):
return document.getElementById(id)
def addEventListener(object, kind, callback):
object.addEventListener(kind, callback, False)
class e:
def __init__(self, tag):
self.e = ce(tag)
# background color
def bc(self, color):
self.e.style.backgroundColor = color
return self
# cursor pointer
def cp(self):
self.e.style.cursor = "pointer"
return self
# conditional background color
def cbc(self, cond, colortrue, colorfalse):
self.e.style.backgroundColor = cpick(cond, colortrue, colorfalse)
return self
# color
def c(self, color):
self.e.style.color = color
return self
# conditional color
def cc(self, cond, colortrue, colorfalse):
self.e.style.color = cpick(cond, colortrue, colorfalse)
return self
# z-index
def zi(self, zindex):
self.e.style.zIndex = zindex
return self
# opacity
def op(self, opacity):
self.e.style.opacity = opacity
return self
# monospace
def ms(self):
self.e.style.fontFamily = "monospace"
return self
# append element
def a(self, e):
self.e.appendChild(e.e)
return self
# append list of elements
def aa(self, es):
for e in es:
self.a(e)
return self
# shorthand for setAttribute
def sa(self, key, value):
self.e.setAttribute(key,value)
return self
# shorthand for removeAttribute
def ra(self, key):
self.e.removeAttribute(key)
return self
# set or remove attribute conditional
def srac(self, cond, key, value):
if cond:
self.sa(key, value)
else:
self.ra(key)
# shorthand for getAttribute
def ga(self, key):
return self.e.getAttribute(key)
# shorthand for setting value
def sv(self, value):
self.e.value = value
return self
# set inner html
def html(self, value):
self.e.innerHTML = value
return self
# clear
def x(self):
#self.html("")
while self.e.firstChild:
self.e.removeChild(self.e.firstChild)
return self
# width
def w(self, w):
self.e.style.width = w + "px"
return self
def mw(self, w):
self.e.style.minWidth = w + "px"
return self
# height
def h(self, h):
self.e.style.height = h + "px"
return self
def mh(self, h):
self.e.style.minHeight = h + "px"
return self
# top
def t(self, t):
self.e.style.top = t + "px"
return self
# left
def l(self, l):
self.e.style.left = l + "px"
return self
# conditional left
def cl(self, cond, ltrue, lfalse):
self.e.style.left = cpick(cond, ltrue, lfalse) + "px"
return self
# conditional top
def ct(self, cond, ttrue, tfalse):
self.e.style.top = cpick(cond, ttrue, tfalse) + "px"
return self
# position vector
def pv(self, v):
return self.l(v.x).t(v.y)
# position absolute
def pa(self):
self.e.style.position = "absolute"
return self
# position relative
def pr(self):
self.e.style.position = "relative"
return self
# margin left
def ml(self, ml):
self.e.style.marginLeft = ml + "px"
return self
# margin right
def mr(self, mr):
self.e.style.marginRight = mr + "px"
return self
# margin top
def mt(self, mt):
self.e.style.marginTop = mt + "px"
return self
# margin bottom
def mb(self, mb):
self.e.style.marginBottom = mb + "px"
return self
# add class
def ac(self, klass):
self.e.classList.add(klass)
return self
# add class conditional
def acc(self, cond, klass):
if cond:
self.e.classList.add(klass)
return self
# add classes
def aac(self, klasses):
for klass in klasses:
self.e.classList.add(klass)
return self
# remove class
def rc(self, klass):
self.e.classList.remove(klass)
return self
# add or remove class based on condition
def arc(self, cond, klass):
if cond:
self.e.classList.add(klass)
else:
self.e.classList.remove(klass)
return self
# return value
def v(self):
return self.e.value
def focusme(self):
self.e.focus()
return self
# focus later
def fl(self):
setTimeout(self.focusme, 50)
return self
# add event listener
def ae(self, kind, callback):
self.e.addEventListener(kind, callback)
return self
# add event listener with false arg
def aef(self, kind, callback):
self.e.addEventListener(kind, callback, False)
return self
# disable
def disable(self):
return self.sa("disabled", True)
# enable
def enable(self):
return self.ra("disabled")
# able
def able(self, able):
if able:
return self.enable()
return self.disable()
# font size
def fs(self, size):
self.e.style.fontSize = size + "px"
return self
class Div(e):
def __init__(self):
super().__init__("div")
class Span(e):
def __init__(self):
super().__init__("span")
class Input(e):
def __init__(self, kind):
super().__init__("input")
self.sa("type", kind)
class Select(e):
def __init__(self):
super().__init__("select")
class Option(e):
def __init__(self, key, displayname, selected = False):
super().__init__("option")
self.sa("name", key)
self.sa("id", key)
self.sv(key)
self.html(displayname)
if selected:
self.sa("selected", True)
class Slider(Input):
def setmin(self, min):
self.sa("min", min)
return self
def setmax(self, max):
self.sa("max", max)
return self
def __init__(self):
super().__init__("range")
class CheckBox(Input):
def setchecked(self, checked):
self.e.checked = checked
return self
def getchecked(self):
return self.e.checked
def __init__(self, checked = False):
super().__init__("checkbox")
self.setchecked(checked)
class TextArea(e):
def __init__(self):
super().__init__("textarea")
def setText(self, content):
self.sv(content)
return self
def getText(self):
return self.v()
class Canvas(e):
def __init__(self, width, height):
super().__init__("canvas")
self.width = width
self.height = height
self.sa("width", self.width)
self.sa("height", self.height)
self.ctx = self.e.getContext("2d")
def lineWidth(self, linewidth):
self.ctx.lineWidth = linewidth
def strokeStyle(self, strokestyle):
self.ctx.strokeStyle = strokestyle
def fillStyle(self, fillstyle):
self.ctx.fillStyle = fillstyle
def fillRect(self, tlv, brv):
self.ctx.fillRect(tlv.x, tlv.y, brv.m(tlv).x, brv.m(tlv).y)
def clear(self):
self.ctx.clearRect(0, 0, self.width, self.height)
def drawline(self, fromv, tov):
self.ctx.beginPath()
self.ctx.moveTo(fromv.x, fromv.y)
self.ctx.lineTo(tov.x, tov.y)
self.ctx.stroke()
class Form(e):
def __init__(self):
super().__init__("form")
class P(e):
def __init__(self):
super().__init__("p")
class Label(e):
def __init__(self):
super().__init__("label")
class FileInput(Input):
def setmultiple(self, multiple):
self.srac(multiple, "multiple", True)
return self
def getmultiple(self):
return self.ga("multiple")
def setaccept(self, accept):
return self.sa("accept", accept)
def getaccept(self):
return self.ga("accept")
def files(self):
return self.e.files
def __init__(self):
super().__init__("file")
######################################################
|
N = int(input())
s_list = [input() for _ in range(N)]
M = int(input())
t_list = [input() for _ in range(M)]
tmp = s_list.copy()
tmp.append("fdsfsdfsfs")
s_set = list(set(tmp))
result = []
for s in s_set:
r = 0
for i in s_list:
if i == s:
r += 1
for j in t_list:
if j == s:
r -= 1
result.append(r)
print(max(result))
|
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