xszheng2020/the_stack_dedup_python_hits_4 · Datasets at Hugging Face

73914c1324d7bc3bf8a013996584f73b1c0dcb87

172

py

Python

object_detections/service.py

nilufertokdemir/object_detection

4fa5f84826abdd5e3c8b1de032aca50caeb9f9c8

[ "Apache-2.0" ]

1

2021-03-22T19:00:47.000Z

object_detections/service.py

nilufertokdemir/object_detection

4fa5f84826abdd5e3c8b1de032aca50caeb9f9c8

[ "Apache-2.0" ]

11

2020-03-24T18:22:39.000Z

2022-03-12T00:20:40.000Z

object_detections/service.py

nilufertokdemir/object_detection

4fa5f84826abdd5e3c8b1de032aca50caeb9f9c8

[ "Apache-2.0" ]

null

from abc import ABC class Service(ABC): def save_image(self,image, extention, c): pass def get_model(self): pass def start(self): pass

17.2

45

0.598837

24

172

4.208333

0.625

0.138614

0

0.313953

172

10

46

17.2

0.855932

0

0.375

0

1

0.375

false

0.375

0.125

0

0.625

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null

0

null

0

1

0

1

0

1

0

4

73935378635bc85cc92df3ed75c2dc7503b42c2c

147

py

Python

epayco_django/apps.py

gustav0/epayco_django

ea71a3a48271ba87a501135ba2025c56279bf8fc

[ "MIT" ]

1

2020-05-09T22:35:10.000Z

epayco_django/apps.py

gustav0/epayco_django

ea71a3a48271ba87a501135ba2025c56279bf8fc

[ "MIT" ]

2

2020-09-24T10:49:58.000Z

2021-06-25T15:40:34.000Z

epayco_django/apps.py

gustav0/epayco_django

ea71a3a48271ba87a501135ba2025c56279bf8fc

[ "MIT" ]

2

2020-07-08T04:46:07.000Z

2020-08-12T13:16:34.000Z

from django.apps import AppConfig class EpaycoDjangoConfig(AppConfig): name = "epayco_django" verbose_name = "ePayco Django application"

21

46

0.768707

16

147

6.9375

0.6875

0.18018

0.288288

0

0.163265

147

6

47

24.5

0.902439

0

0.258503

0

1

0

false

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0.25

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1

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null

0

1

0

1

0

null

0

1

0

4

739ba10575646bc3f79a77b6692251404149b404

288

py

Python

main/models.py

Kn1MS/CGProject

7ca101e3ad080dcc2e732c5c3071a02aacb4ebe0

[ "MIT" ]

null

main/models.py

Kn1MS/CGProject

7ca101e3ad080dcc2e732c5c3071a02aacb4ebe0

[ "MIT" ]

null

main/models.py

Kn1MS/CGProject

7ca101e3ad080dcc2e732c5c3071a02aacb4ebe0

[ "MIT" ]

1

2019-11-25T06:34:34.000Z

from django.db import models from datetime import datetime # Create your models here. class NumberGenerateTask(models.Model): time = models.DateTimeField(default = datetime.now) status = models.CharField(max_length = 30, default = "Pending") result = models.IntegerField(default = 0)

32

64

0.777778

36

288

6.194444

0.694444

0

0.011952

0.128472

288

9

65

32

0.876494

0.083333

0

1

0

0.026616

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false

0

0.333333

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1

0

null

0

1

0

1

0

4

73afa277b4b76ad7e00a732d9cbf9c11056f1c1e

457

py

Python

frappe-bench/apps/erpnext/erpnext/patches/v8_4/make_scorecard_records.py

Semicheche/foa_frappe_docker

a186b65d5e807dd4caf049e8aeb3620a799c1225

[ "MIT" ]

1

2021-04-29T14:55:29.000Z

frappe-bench/apps/erpnext/erpnext/patches/v8_4/make_scorecard_records.py

Semicheche/foa_frappe_docker

a186b65d5e807dd4caf049e8aeb3620a799c1225

[ "MIT" ]

null

frappe-bench/apps/erpnext/erpnext/patches/v8_4/make_scorecard_records.py

Semicheche/foa_frappe_docker

a186b65d5e807dd4caf049e8aeb3620a799c1225

[ "MIT" ]

1

2021-04-29T14:39:01.000Z

# Copyright (c) 2017, Frappe Technologies Pvt. Ltd. and Contributors # License: GNU General Public License v3. See license.txt from __future__ import unicode_literals import frappe from erpnext.buying.doctype.supplier_scorecard.supplier_scorecard import make_default_records def execute(): frappe.reload_doc('buying', 'doctype', 'supplier_scorecard_variable') frappe.reload_doc('buying', 'doctype', 'supplier_scorecard_standing') make_default_records()

41.545455

93

0.818381

58

457

6.155172

0.603448

0.190476

0.176471

0.252101

0

0.012048

0.091904

457

11

94

41.545455

0.848193

0.266958

0

0.24024

0.162162

0

1

0.142857

true

0

0.428571

0

0.571429

0

null

0

1

0

null

0

1

0

1

0

1

0

4

73da34d6648e38aa72be0eb516bb57e8d0941a6c

106

py

Python

doctorbot/hospital_crawler/apps.py

zuxfoucault/DoctorBot_demo

82e24078da4d2e6caba728b959812401109e014d

[ "MIT" ]

1

2020-09-24T07:26:14.000Z

doctorbot/hospital_crawler/apps.py

lintzuhsiang/Doctorbot

6be98bbf380d14bb789d30a137ded3b51b3f31fd

[ "MIT" ]

null

doctorbot/hospital_crawler/apps.py

lintzuhsiang/Doctorbot

6be98bbf380d14bb789d30a137ded3b51b3f31fd

[ "MIT" ]

null

from django.apps import AppConfig class HospitalCrawlerConfig(AppConfig): name = 'hospital_crawler'

17.666667

39

0.792453

11

106

7.545455

0.909091

0

0.141509

106

5

40

21.2

0.912088

0

0.150943

0

1

0

false

0

0.333333

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

4

73eef1ef00ede13b83b31fdf997e6835fa127689

510

py

Python

src/praxxis/display/display_model.py

blimongi/praxxis

4c2496c89d1d26d01b91896496342ca60f3d15ae

[ "MIT" ]

9

2019-07-31T23:50:16.000Z

2021-08-21T00:43:44.000Z

src/praxxis/display/display_model.py

blimongi/praxxis

4c2496c89d1d26d01b91896496342ca60f3d15ae

[ "MIT" ]

22

2019-08-01T00:37:53.000Z

2020-03-31T05:01:57.000Z

src/praxxis/display/display_model.py

blimongi/praxxis

4c2496c89d1d26d01b91896496342ca60f3d15ae

[ "MIT" ]

7

2020-01-03T02:28:36.000Z

2021-05-13T20:59:19.000Z

""" This file contains all of the display functions for model management """ def display_init_model_root(root): """display function for creating new model folder""" print("Created model directory at %s" % (root)) def display_init_model_db(db_root): """display function for initializing the model db""" print("Created model database at %s" % (db_root)) def display_imported_model(name): """display function for importing a model""" print("Model %s imported successfully" % (name))

26.842105

68

0.713725

70

510

5.057143

0.442857

0.084746

0.152542

0.107345

0

0.17451

510

18

69

28.333333

0.840855

0.394118

0

0.304196

0

1

0.5

false

0

0.333333

0

0.833333

0.5

0

null

0

null

0

1

0

1

0

1

0

4

fb43b44ea4fe64bf5fdfa8a492e5708153a354ad

23

py

Python

bandwidth/version.py

suhaa18/python-bandwidth

816f3661e686db49e5e22c0ff1d678658c7baf36

[ "MIT" ]

null

bandwidth/version.py

suhaa18/python-bandwidth

816f3661e686db49e5e22c0ff1d678658c7baf36

[ "MIT" ]

null

bandwidth/version.py

suhaa18/python-bandwidth

816f3661e686db49e5e22c0ff1d678658c7baf36

[ "MIT" ]

null

__version__ = 'v3.0.3'

11.5

22

0.652174

4

23

2.75

1

0

0.15

0.130435

23

1

23

0.4

0

0.26087

0

1

0

false

0

1

0

null

0

1

0

1

0

null

0

4

fb454e9b9ff05cd67fe159c4fdc996cb96acfdef

900

py

Python

testsuite/test_slug.py

wenbs/mptracker

e011ab11954bbf785ae11fea7ed977440df2284a

[ "MIT" ]

4

2015-01-20T15:03:15.000Z

2017-03-15T09:56:07.000Z

testsuite/test_slug.py

wenbs/mptracker

e011ab11954bbf785ae11fea7ed977440df2284a

[ "MIT" ]

3

2021-03-31T18:53:12.000Z

2022-03-21T22:16:35.000Z

testsuite/test_slug.py

wenbs/mptracker

e011ab11954bbf785ae11fea7ed977440df2284a

[ "MIT" ]

6

2015-12-13T08:56:49.000Z

2021-08-07T20:36:29.000Z

import pytest def test_simple_slug(): from mptracker.common import generate_slug assert generate_slug('foo') == 'foo' assert generate_slug(' bar ') == 'bar' assert generate_slug('Foo Bar') == 'foo-bar' assert generate_slug('Foo Bar bAz') == 'foo-bar-baz' assert generate_slug('"wtf"') == 'wtf' assert generate_slug("___-%") == '-' def test_diacritics(): from mptracker.common import generate_slug assert generate_slug('șțuâîâü') == 'stuaiau' def test_sequential(): from mptracker.common import generate_slug values = [] for c in range(4): values.append(generate_slug('foo', lambda v: v not in values)) assert values == ['foo', 'foo-1', 'foo-2', 'foo-3'] def test_sequential_limit(): from mptracker.common import generate_slug with pytest.raises(RuntimeError): generate_slug('foo', lambda v: False)

29.032258

70

0.654444

115

900

4.930435

0.321739

0.275132

0.222222

0.176367

0.497355

0.419753

0.194004

0

0.005618

0.208889

900

30

71

30

0.79073

0

0.181818

1

0

0.133333

0

0.363636

1

0.181818

false

0

0.227273

0

0.409091

0

null

1

0

1

0

null

0

4

fb4c989d3ed4f60e13ce3b2c612f8e1f1736d2ab

131

py

Python

example/other_module.py

mitsuhiko/multiversion

3e7c6e1b95b73be633f498d381345b49a877a857

[ "BSD-3-Clause" ]

37

2015-11-05T03:40:40.000Z

2021-11-22T23:18:19.000Z

example/other_module.py

mitsuhiko/multiversion

3e7c6e1b95b73be633f498d381345b49a877a857

[ "BSD-3-Clause" ]

1

2019-05-17T08:16:21.000Z

2019-05-17T08:21:07.000Z

example/other_module.py

mitsuhiko/multiversion

3e7c6e1b95b73be633f498d381345b49a877a857

[ "BSD-3-Clause" ]

9

2015-05-11T03:40:55.000Z

2022-02-07T16:22:15.000Z

import multiversion multiversion.require_version('mylib', '2.0') import mylib print 'mylib in %s: %s' % (__name__, mylib.version)

21.833333

51

0.740458

18

131

5.111111

0.611111

0

0.017241

0.114504

131

5

52

26.2

0.775862

0

0.175573

0

null

0

0.5

null

0.25

1

0

null

0

1

0

null

0

1

0

1

0

4

fb61e0aea26c1266f0818a4b2253501d8a9fb5e5

47

py

Python

RTool/ffmpeg/__init__.py

RonNofar/RTool

c7cc53ba732d19f3eba8860539289b08773a15d3

[ "MIT" ]

null

RTool/ffmpeg/__init__.py

RonNofar/RTool

c7cc53ba732d19f3eba8860539289b08773a15d3

[ "MIT" ]

null

RTool/ffmpeg/__init__.py

RonNofar/RTool

c7cc53ba732d19f3eba8860539289b08773a15d3

[ "MIT" ]

null

from RTool.ffmpeg import * __all__ = ["util"]

11.75

26

0.680851

6

47

4.666667

1

0

0.170213

47

3

27

15.666667

0.717949

0

0.085106

0

1

0

false

0

0.5

0

0.5

0

1

0

null

0

1

0

null

0

1

0

4

fb7c85208905407dcbed281fb2e69e5ca2bb676b

244

py

Python

Aula 10 - If else/ex032 - Ano Bissexto.py

wandersonDeve/Curso-em-Video

9831b8ed5ac8d4a4476eea5e21e7358c5ef823e8

[ "MIT" ]

null

Aula 10 - If else/ex032 - Ano Bissexto.py

wandersonDeve/Curso-em-Video

9831b8ed5ac8d4a4476eea5e21e7358c5ef823e8

[ "MIT" ]

null

Aula 10 - If else/ex032 - Ano Bissexto.py

wandersonDeve/Curso-em-Video

9831b8ed5ac8d4a4476eea5e21e7358c5ef823e8

[ "MIT" ]

null

print('==== SERA QUE O ANO É BISSEXTO ? ====') ano = int(input('Digite um ano que deseja verificar se é bissexto: ')) if ano % 4 ==0 and ano % 100 != 0 or ano % 400 ==0: print('O ano é BISSEXTO.') else: print('O ano não é BISSEXTO.')

27.111111

70

0.594262

43

244

3.372093

0.534884

0.248276

0.068966

0.17931

0

0.053476

0.233607

244

8

71

30.5

0.721925

0

0.512295

0

1

0

false

0

0.5

0

null

1

0

1

0

1

0

null

0

1

0

4

fbb0b0f09cb441b14c03ef9b0544cfefa9067ce5

236

py

Python

plugin/python/env/methods.py

deqode/CodeAnalyser

253488e3f54772010c92d159cd7a9808e13f45e1

[ "MIT" ]

3

2021-07-13T12:48:48.000Z

2021-07-21T07:57:21.000Z

plugin/python/env/methods.py

deqode/code-analyser

253488e3f54772010c92d159cd7a9808e13f45e1

[ "MIT" ]

null

plugin/python/env/methods.py

deqode/code-analyser

253488e3f54772010c92d159cd7a9808e13f45e1

[ "MIT" ]

null

from protos.plugin import env_pb2_grpc, env_pb2 class Methods(env_pb2_grpc.EnvServiceServicer): def Detect(self, request, context): return env_pb2.ServiceOutputEnv(envKeyValues={ "name": "tera baap" })

26.222222

54

0.690678

28

236

5.607143

0.75

0.152866

0.127389

0

0.021622

0.216102

236

8

55

29.5

0.827027

0

0.055085

0

1

0.166667

false

0

0.166667

0.666667

0

1

0

null

0

1

0

null

0

1

0

4

fbd2563c974c688b8d8d66f6fb69293b5cbedb9e

193

py

Python

Content/Scripts/test.py

nrewkowski/MPCVehicle

ac9d2df157f6f7ca574b964a10d0d448ea626336

[ "MIT" ]

null

Content/Scripts/test.py

nrewkowski/MPCVehicle

ac9d2df157f6f7ca574b964a10d0d448ea626336

[ "MIT" ]

null

Content/Scripts/test.py

nrewkowski/MPCVehicle

ac9d2df157f6f7ca574b964a10d0d448ea626336

[ "MIT" ]

null

print("TEST") import unreal_engine as ue class PyTester: def begin_play(self): ue.log('Begin Play on visualizer class') def tick(self, delta_time): ue.log('pytick')

24.125

48

0.647668

28

193

4.357143

0.714286

0.147541

0

0.238342

193

8

49

24.125

0.829932

0

0.206186

0

1

0.285714

false

0

0.142857

0

0.571429

0.142857

1

0

null

0

1

0

null

0

1

0

1

0

4

8383c27e008f0029438eb4b03817c866aea8bc2c

30,943

py

Python

output.py

Lebhoryi/ML-KWS-for-MCU

47316dafb1cfbb8ead3e049cc846bdb45f3e7995

[ "Apache-2.0" ]

1

2021-11-15T20:34:14.000Z

output.py

Lebhoryi/ML-KWS-for-MCU

47316dafb1cfbb8ead3e049cc846bdb45f3e7995

[ "Apache-2.0" ]

null

output.py

Lebhoryi/ML-KWS-for-MCU

47316dafb1cfbb8ead3e049cc846bdb45f3e7995

[ "Apache-2.0" ]

null

# coding=utf-8 ''' @ Summary: 输入模型训练好的权重，与潘多拉的输出结果进行比对 @ Update: @ file: output.py @ version: 1.0.0 @ Author: Lebhoryi@gmail.com @ Date: 2020/4/30 下午6:08 ''' import os os.environ["TF_CPP_MIN_LOG_LEVEL"]='2' # Only showing warning & Error import tensorflow as tf import quant_models as models sess = tf.InteractiveSession() mfcc = [[[-28.47772979736328, 6.232580184936523, -0.7323054075241089, 1.852686882019043, -0.4169664680957794, -0.038299284875392914, 0.6997793912887573, -0.7218685150146484, 0.0835101455450058, 1.0458019971847534], [-10.995686531066895, 11.675433158874512, 2.2612571716308594, 3.8114795684814453, -0.6941754221916199, -2.248173713684082, 1.9229321479797363, -2.718489408493042, 0.10330352932214737, -1.0725167989730835], [6.733222007751465, 4.848242282867432, 3.923840045928955, -0.048045795410871506, -1.3335096836090088, -1.5169341564178467, 0.6901776194572449, -1.348293662071228, 1.3484402894973755, -1.6831859350204468], [14.70645523071289, 1.729396939277649, 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[19.130598068237305, 3.570549964904785, -1.9375230073928833, -1.3918774127960205, -1.843523383140564, 0.7867953777313232, -1.6472187042236328, -0.331064373254776, -0.5053485631942749, -3.056791067123413], [11.969919204711914, 2.0006039142608643, 3.0796635150909424, -0.11285752803087234, -0.6707153916358948, -2.301300287246704, -0.6316763162612915, -0.4558755159378052, -1.5959348678588867, 0.6176353096961975], [16.375123977661133, 2.044121265411377, 2.0189924240112305, -1.004473328590393, -1.8650375604629517, -1.5193067789077759, -0.6629136800765991, 1.6639924049377441, -1.2058801651000977, -0.7202045321464539], [23.407773971557617, 2.252476930618286, -1.99592125415802, -2.023789167404175, -0.755499005317688, -0.18748196959495544, -1.1648322343826294, 0.4021648168563843, -0.7670190930366516, -1.8504992723464966], [19.986770629882812, 3.257030725479126, -2.8699522018432617, -3.3221049308776855, 1.660710096359253, -0.650823712348938, -1.7389931678771973, 0.9581623673439026, 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2.888833999633789, 0.3489323556423187, -2.3990089893341064, -0.5171321630477905, -0.8501068353652954, 0.4814678132534027], [-31.240209579467773, 2.6271843910217285, 4.53864049911499, 0.7581155300140381, 1.1670550107955933, -1.5967334508895874, -2.0775086879730225, 2.167428970336914, 2.0232858657836914, -0.22446736693382263], [-27.011871337890625, 4.646502494812012, 1.678626298904419, -2.2216334342956543, 1.2726268768310547, -0.6197118759155273, -1.0274529457092285, 0.39075013995170593, 0.42831623554229736, 0.09981822222471237]]] input_data = tf.Variable(mfcc) input_data = tf.expand_dims(input_data, -1) # saver = tf.train.Saver() # checkpoint = './train_model/506_cnn/best/cnn_8803.ckpt' # # models.load_variables_from_checkpoint(sess, checkpoint) # saver.restore(sess, checkpoint) # # for v in tf.trainable_variables(): # var_name = str(v.name) # var_values = sess.run(v) # print('var_name : ', var_name) # print('var_values : ', var_values) first_weights = [[[[0.03182170167565346, 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0.009607364423573017, 0.0631202757358551, -0.04000326991081238, -0.04271175339818001, -0.05798780173063278, 0.07732495665550232, -0.03512071818113327, 0.05313609540462494, 0.03008253313601017, -0.013058574870228767, -0.015161808580160141, 0.05385464057326317]], [[-0.009285577572882175, 0.07968758791685104, -0.01709660515189171, 0.009421653114259243, 0.03565264493227005, -0.05773761123418808, 0.05897844582796097, -0.1106780469417572, 0.07353970408439636, -0.037450455129146576, 0.04430598393082619, 0.06548281013965607, 0.01048460602760315, -0.05757608637213707, 0.08285468071699142, 0.042800139635801315, 0.02925843559205532, -0.05016304925084114, -0.01389655563980341, -0.03642236068844795, -0.0566115565598011, -0.13862253725528717, -0.033653680235147476, 0.08933233469724655, 0.0072340937331318855, -0.09729224443435669, 0.03701883554458618, 0.08332987874746323]]]] first_weights = tf.Variable(first_weights) first_bias = tf.Variable(tf.zeros([28])) y = tf.nn.conv2d(input_data, first_weights, [1, 1, 1, 1], 'VALID') + first_bias sess.run(tf.initialize_all_variables()) y = y.eval() print('tf.nn.conv2d : \n', y)

595.057692

24,741

0.826972

2,899

30,943

8.816144

0.507071

0.001409

0.000861

0

0.846714

0.049995

30,943

51

24,742

606.72549

0.022724

0.016902

0

0.001415

0

1

0

false

0

0.1875

0

0.1875

0.0625

0

null

0

1

0

1

0

null

0

4

838ca4ced51a17ec9a6cb3cf9d9c0b21a049b70e

1,030

py

Python

src/rogerthat/restapi/registration.py

goubertbrent/oca-backend

b9f59cc02568aecb55d4b54aec05245790ea25fd

[ "Apache-2.0" ]

null

src/rogerthat/restapi/registration.py

goubertbrent/oca-backend

b9f59cc02568aecb55d4b54aec05245790ea25fd

[ "Apache-2.0" ]

null

src/rogerthat/restapi/registration.py

goubertbrent/oca-backend

b9f59cc02568aecb55d4b54aec05245790ea25fd

[ "Apache-2.0" ]

null

# -*- coding: utf-8 -*- # Copyright 2020 Green Valley Belgium NV # # 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. # # @@license_version:1.7@@ from rogerthat.bizz.registration import register_mobile from rogerthat.rpc import users from rogerthat.to.registration import AccountTO from mcfw.restapi import rest from mcfw.rpc import returns, arguments # TODO: unused? @rest("/mobi/rest/devices/mobiles/register", "post") @returns(AccountTO) @arguments() def rest_register_mobile(): return register_mobile(users.get_current_user())

34.333333

74

0.767961

151

1,030

5.192053

0.635762

0.076531

0.033163

0.040816

0

0.012458

0.142718

1,030

29

75

35.517241

0.875425

0.601942

0

0.09949

0.089286

0

0.034483

0

1

0.1

true

0

0.5

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null

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null

0

1

0

1

0

1

0

1

0

4

839835884c633dc2a43723572a77d591803b1e0c

337

py

Python

src/sacnn/core/__init__.py

aicroe/sacnn

897102151f08b149510a71107a24ca1d9544e274

[ "MIT" ]

null

src/sacnn/core/__init__.py

aicroe/sacnn

897102151f08b149510a71107a24ca1d9544e274

[ "MIT" ]

null

src/sacnn/core/__init__.py

aicroe/sacnn

897102151f08b149510a71107a24ca1d9544e274

[ "MIT" ]

null

from .sacnn_model import SacnnModel from .kim_arch import KimArch from .kim_1fc_arch import Kim1FcArch from .kim_pc_arch import KimPcArch from .kim_1fc_pc_arch import Kim1FcPcArch from .get_arch import get_arch from .get_trainer import get_trainer from .confusion_matrix_measurer import ConfusionMatrixMeasurer, compute_labels_accuracy

33.7

87

0.872404

50

337

5.54

0.44

0.180505

0.072202

0

0.013201

0.10089

337

9

88

37.444444

0.90099

0

1

0

true

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

4

83aed8b7a3de5969aae386ed4bd3d4b0b3234609

47

py

Python

tests/configuration_files/settings.py

topicaxis/text-analysis-service

e94dfd3ea4e9e2259ba61f135e77c6d702c440e6

[ "MIT" ]

1

2020-01-07T00:08:40.000Z

tests/configuration_files/settings.py

pmatigakis/text-analysis-service

e94dfd3ea4e9e2259ba61f135e77c6d702c440e6

[ "MIT" ]

1

2019-11-02T15:41:28.000Z

tests/configuration_files/settings.py

pmatigakis/text-analysis-service

e94dfd3ea4e9e2259ba61f135e77c6d702c440e6

[ "MIT" ]

null

TESTING = True HOST = "127.0.0.1" PORT = 8000

9.4

18

0.617021

9

47

3.222222

0.888889

0

0.27027

0.212766

47

4

19

11.75

0.513514

0

0.191489

0

1

0

false

0

1

0

null

0

1

0

1

0

null

0

4

83b04d6a454021b0431f9e96be3dedc71227e274

67

py

Python

conftest.py

Roseann-Guttierrez/stix-shifter

88c5960b7b7fddf4c59acbdb5f6df622cddb8101

[ "Apache-2.0" ]

null

conftest.py

Roseann-Guttierrez/stix-shifter

88c5960b7b7fddf4c59acbdb5f6df622cddb8101

[ "Apache-2.0" ]

null

conftest.py

Roseann-Guttierrez/stix-shifter

88c5960b7b7fddf4c59acbdb5f6df622cddb8101

[ "Apache-2.0" ]

null

collect_ignore = ["tests/stix_transmission/cloudsql/test_class.py"]

67

0.835821

9

67

5.888889

1

0

0.029851

67

1

67

0.815385

0

0.676471

0

1

0

false

0

1

0

null

0

1

0

1

null

0

4

83b71d9ecfb7e0b63d4a22fabb617d10a7db5bdf

80

py

Python

example/base.py

oyeolamilekan/quidax-python

fa329bc21f03f28ddc26bd2bf25bad85ff37acc2

[ "MIT" ]

1

2021-09-07T17:52:27.000Z

example/base.py

oyeolamilekan/quidax-python

fa329bc21f03f28ddc26bd2bf25bad85ff37acc2

[ "MIT" ]

null

example/base.py

oyeolamilekan/quidax-python

fa329bc21f03f28ddc26bd2bf25bad85ff37acc2

[ "MIT" ]

null

from quidaxapi.quidax import Quidax quidax = Quidax(secret_key="<secret_key>")

20

42

0.7875

11

80

5.545455

0.545455

0.393443

0

0.1

80

3

43

26.666667

0.847222

0

0.15

0

1

0

false

0

0.5

0

0.5

0

1

0

null

1

0

1

0

null

0

1

0

4

83b78f83467f6fd36fc6479b3f18a3a4f2089c3b

104

py

Python

first_attempt_SC/acmetest.py

alastra32/DS-Unit-3-Sprint-1-Software-Engineering

d4eb7dad315522ee18998b8e25d60e1fbd3aa4fe

[ "MIT" ]

null

first_attempt_SC/acmetest.py

alastra32/DS-Unit-3-Sprint-1-Software-Engineering

d4eb7dad315522ee18998b8e25d60e1fbd3aa4fe

[ "MIT" ]

null

first_attempt_SC/acmetest.py

alastra32/DS-Unit-3-Sprint-1-Software-Engineering

d4eb7dad315522ee18998b8e25d60e1fbd3aa4fe

[ "MIT" ]

null

from acme import Product prod = Product('A Cool Toy') print(prod.price) print(prod.weight) print()

17.333333

29

0.711538

16

104

4.625

0.6875

0.243243

0

0.163462

104

5

30

20.8

0.850575

0

0.10101

0

1

0

false

0

0.2

0

0.2

0.6

1

0

null

1

0

1

0

null

0

1

0

4

83cab9f7229a6b08031f6099f6a4a4be9e0f3b1a

97

py

Python

test/closure-cmd/t01.py

joe-greenawalt/skulpt

1db078e2f6d453403287233254b012bf31960ef4

[ "MIT" ]

2

2021-01-10T16:19:38.000Z

2021-06-14T22:09:59.000Z

test/closure-cmd/t01.py

joe-greenawalt/skulpt

1db078e2f6d453403287233254b012bf31960ef4

[ "MIT" ]

null

test/closure-cmd/t01.py

joe-greenawalt/skulpt

1db078e2f6d453403287233254b012bf31960ef4

[ "MIT" ]

1

2015-06-28T18:58:22.000Z

from goog.json import parse as jparse print jparse(''' {"x":5, "y":6, "z":[3.1, 4.7, 5.6]} ''')

16.166667

37

0.546392

20

97

2.65

0.85

0

0.097561

0.154639

97

5

38

19.4

0.54878

0

0.25

0.381443

0

null

0

0.25

null

0.25

1

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null

0

1

0

1

0

null

0

1

0

4

83f69b469ad9ab54c2d22857b2ca946dcd95cb76

63

py

Python

tests/__init__.py

plaguss/wodext

22e9a38a8a6b54f4b7dbdf06f68c3ba38ae837bc

[ "MIT" ]

null

tests/__init__.py

plaguss/wodext

22e9a38a8a6b54f4b7dbdf06f68c3ba38ae837bc

[ "MIT" ]

null

tests/__init__.py

plaguss/wodext

22e9a38a8a6b54f4b7dbdf06f68c3ba38ae837bc

[ "MIT" ]

null

"""The package contains basic tests for the implementation. """

63

0.761905

8

63

6

0.875

0

0.126984

63

1

63

0.872727

0.888889

0

null

0

null

0

null

0

null

1

null

true

0

null

1

0

null

0

1

0

1

0

null

0

1

0

4

860200fa4c372e2df20e82b4f00b7737b9268efe

34,640

py

Python

S4/S4 Library/simulation/traits/traits.py

NeonOcean/Environment

ca658cf66e8fd6866c22a4a0136d415705b36d26

[ "CC-BY-4.0" ]

1

2021-05-20T19:33:37.000Z

S4/S4 Library/simulation/traits/traits.py

NeonOcean/Environment

ca658cf66e8fd6866c22a4a0136d415705b36d26

[ "CC-BY-4.0" ]

null

S4/S4 Library/simulation/traits/traits.py

NeonOcean/Environment

ca658cf66e8fd6866c22a4a0136d415705b36d26

[ "CC-BY-4.0" ]

null

from _sims4_collections import frozendict from autonomy.content_sets import ContentSet from buffs.tunable import TunableBuffReference from objects.mixins import SuperAffordanceProviderMixin, MixerActorMixin, MixerProviderMixin from objects.mixins import TargetSuperAffordanceProviderMixin from sims import sim_info_types from sims.culling.culling_tuning import CullingBehaviorDefault, CullingBehaviorImmune, CullingBehaviorImportanceAsNpc from sims.lod_mixin import HasTunableLodMixin from sims.outfits.outfit_enums import OutfitChangeReason from sims.sim_info_types import Species, Age, Gender from sims4.localization import TunableLocalizedString, TunableLocalizedStringFactory from sims4.resources import CompoundTypes from sims4.tuning.dynamic_enum import DynamicEnum from sims4.tuning.instances import HashedTunedInstanceMetaclass from sims4.tuning.tunable import TunableResourceKey, OptionalTunable, TunableReference, TunableList, TunableEnumEntry, TunableSet, TunableMapping, Tunable, HasTunableReference, TunableTuple, TunableEnumFlags, TunableEnumWithFilter, TunableVariant, TunableInteractionAsmResourceKey from sims4.tuning.tunable_base import ExportModes, SourceQueries, GroupNames from sims4.utils import classproperty from statistics.commodity import Commodity from sims.fixup.sim_info_career_fixup_action import _SimInfoCareerFixupAction from sims.fixup.sim_info_fixup_action import SimInfoFixupActionTiming from sims.fixup.sim_info_perk_fixup_action import _SimInfoPerkFixupAction from sims.fixup.sim_info_skill_fixup_action import _SimInfoSkillFixupAction from sims.fixup.sim_info_unlock_fixup_action import _SimInfoUnlockFixupAction from traits.trait_day_night_tracking import DayNightTracking from traits.trait_plumbbob_override import PlumbbobOverrideRequest from traits.trait_type import TraitType from traits.trait_voice_effect import VoiceEffectRequest from vfx.vfx_mask import VFXMask import services import sims4.log import tag logger = sims4.log.Logger('Trait', default_owner='cjiang') def are_traits_conflicting(trait_a, trait_b): if trait_a is None or trait_b is None: return False return trait_a.is_conflicting(trait_b) def get_possible_traits(sim_info_data, trait_type=TraitType.PERSONALITY): trait_manager = services.get_instance_manager(sims4.resources.Types.TRAIT) return [trait for trait in trait_manager.types.values() if trait.trait_type == trait_type if trait.is_valid_trait(sim_info_data)] class TraitBuffReplacementPriority(DynamicEnum): NORMAL = 0 class TraitUICategory(DynamicEnum): PERSONALITY = 0 GENDER = 1 class Trait(HasTunableReference, SuperAffordanceProviderMixin, TargetSuperAffordanceProviderMixin, HasTunableLodMixin, MixerActorMixin, MixerProviderMixin, metaclass=HashedTunedInstanceMetaclass, manager=services.trait_manager()): EQUIP_SLOT_NUMBER_MAP = TunableMapping(description='\n The number of personality traits available to Sims of specific ages.\n ', key_type=TunableEnumEntry(description="\n The Sim's age.\n ", tunable_type=sim_info_types.Age, default=sim_info_types.Age.YOUNGADULT), value_type=Tunable(description='\n The number of personality traits available to a Sim of the specified\n age.\n ', tunable_type=int, default=3), key_name='Age', value_name='Slot Number') PERSONALITY_TRAIT_TAG = TunableEnumEntry(description='\n The tag that marks a trait as a personality trait.\n ', tunable_type=tag.Tag, default=tag.Tag.INVALID, invalid_enums=(tag.Tag.INVALID,)) DAY_NIGHT_TRACKING_BUFF_TAG = TunableEnumWithFilter(description='\n The tag that marks buffs as opting in to Day Night Tracking on traits..\n ', tunable_type=tag.Tag, filter_prefixes=['buff'], default=tag.Tag.INVALID, invalid_enums=(tag.Tag.INVALID,)) INSTANCE_TUNABLES = {'trait_type': TunableEnumEntry(description='\n The type of the trait.\n ', tunable_type=TraitType, default=TraitType.PERSONALITY, export_modes=ExportModes.All, tuning_group=GroupNames.APPEARANCE), 'display_name': TunableLocalizedStringFactory(description="\n The trait's display name. This string is provided with the owning\n Sim as its only token.\n ", allow_none=True, export_modes=ExportModes.All, tuning_group=GroupNames.APPEARANCE), 'display_name_gender_neutral': TunableLocalizedString(description="\n The trait's gender-neutral display name. This string is not provided\n any tokens, and thus can't rely on context to properly form\n masculine and feminine forms.\n ", allow_none=True, tuning_group=GroupNames.APPEARANCE), 'trait_description': TunableLocalizedStringFactory(description="\n The trait's description.\n ", allow_none=True, export_modes=ExportModes.All, tuning_group=GroupNames.APPEARANCE), 'trait_origin_description': TunableLocalizedString(description="\n A description of how the Sim obtained this trait. Can be overloaded\n for other uses in certain cases:\n - When the trait type is AGENT this string is the name of the \n agency's Trade type and will be provided with the owning sim \n as its token.\n - When the trait type is HIDDEN and the trait is used by the CAS\n STORIES flow, this can be used as a secondary description in \n the CAS Stories UI. If this trait is tagged as a CAREER CAS \n stories trait, this description will be used to explain which \n skills are also granted with this career.\n ", allow_none=True, export_modes=ExportModes.All, tuning_group=GroupNames.APPEARANCE), 'icon': TunableResourceKey(description="\n The trait's icon.\n ", allow_none=True, resource_types=CompoundTypes.IMAGE, export_modes=ExportModes.All, tuning_group=GroupNames.APPEARANCE), 'pie_menu_icon': TunableResourceKey(description="\n The trait's pie menu icon.\n ", resource_types=CompoundTypes.IMAGE, default=None, allow_none=True, tuning_group=GroupNames.APPEARANCE), 'trait_asm_overrides': TunableTuple(description='\n Tunables that will specify if a Trait will add any parameters\n to the Sim and how it will affect their boundary conditions.\n ', param_type=OptionalTunable(description='\n Define if this trait is parameterized as an on/off value or as\n part of an enumeration.\n ', tunable=Tunable(description='\n The name of the parameter enumeration. For example, if this\n value is tailType, then the tailType actor parameter is set\n to the value specified in param_value, for this Sim.\n ', tunable_type=str, default=None), disabled_name='boolean', enabled_name='enum'), trait_asm_param=Tunable(description="\n The ASM parameter for this trait. If unset, it will be auto-\n generated depending on the instance name (e.g. 'trait_Clumsy').\n ", tunable_type=str, default=None), consider_for_boundary_conditions=Tunable(description='\n If enabled the trait_asm_param will be considered when a Sim\n is building the goals and validating against its boundary\n conditions.\n This should ONLY be enabled, if we need this parameter for\n cases like a posture transition, or boundary specific cases. \n On regular cases like an animation outcome, this is not needed.\n i.e. Vampire trait has an isVampire parameter set to True, so\n when animatin out of the coffin it does different get in/out \n animations. When this is enabled, isVampire will be set to \n False for every other Sim.\n ', tunable_type=bool, default=False), tuning_group=GroupNames.ANIMATION), 'ages': TunableSet(description='\n The allowed ages for this trait. If no ages are specified, then all\n ages are considered valid.\n ', tunable=TunableEnumEntry(tunable_type=Age, default=None, export_modes=ExportModes.All), tuning_group=GroupNames.AVAILABILITY), 'genders': TunableSet(description='\n The allowed genders for this trait. If no genders are specified,\n then all genders are considered valid.\n ', tunable=TunableEnumEntry(tunable_type=Gender, default=None, export_modes=ExportModes.All), tuning_group=GroupNames.AVAILABILITY), 'species': TunableSet(description='\n The allowed species for this trait. If not species are specified,\n then all species are considered valid.\n ', tunable=TunableEnumEntry(tunable_type=Species, default=Species.HUMAN, invalid_enums=(Species.INVALID,), export_modes=ExportModes.All), tuning_group=GroupNames.AVAILABILITY), 'conflicting_traits': TunableList(description='\n Conflicting traits for this trait. If the Sim has any of the\n specified traits, then they are not allowed to be equipped with this\n one.\n \n e.g.\n Family Oriented conflicts with Hates Children, and vice-versa.\n ', tunable=TunableReference(manager=services.trait_manager(), pack_safe=True), export_modes=ExportModes.All, tuning_group=GroupNames.AVAILABILITY), 'is_npc_only': Tunable(description='\n If checked, this trait will get removed from Sims that have a home\n when the zone is loaded or whenever they switch to a household that\n has a home zone.\n ', tunable_type=bool, default=False, tuning_group=GroupNames.AVAILABILITY), 'cas_selected_icon': TunableResourceKey(description='\n Icon to be displayed in CAS when this trait has already been applied\n to a Sim.\n ', resource_types=CompoundTypes.IMAGE, default=None, allow_none=True, export_modes=(ExportModes.ClientBinary,), tuning_group=GroupNames.CAS), 'cas_idle_asm_key': TunableInteractionAsmResourceKey(description='\n The ASM to use for the CAS idle.\n ', default=None, allow_none=True, category='asm', export_modes=ExportModes.All, tuning_group=GroupNames.CAS), 'cas_idle_asm_state': Tunable(description='\n The state to play for the CAS idle.\n ', tunable_type=str, default=None, source_location='cas_idle_asm_key', source_query=SourceQueries.ASMState, export_modes=ExportModes.All, tuning_group=GroupNames.CAS), 'cas_trait_asm_param': Tunable(description='\n The ASM parameter for this trait for use with CAS ASM state machine,\n driven by selection of this Trait, i.e. when a player selects the a\n romantic trait, the Flirty ASM is given to the state machine to\n play. The name tuned here must match the animation state name\n parameter expected in Swing.\n ', tunable_type=str, default=None, export_modes=ExportModes.All, tuning_group=GroupNames.CAS), 'tags': TunableList(description="\n The associated categories of the trait. Need to distinguish among\n 'Personality Traits', 'Achievement Traits' and 'Walkstyle\n Traits'.\n ", tunable=TunableEnumEntry(tunable_type=tag.Tag, default=tag.Tag.INVALID), export_modes=ExportModes.All, tuning_group=GroupNames.CAS), 'sim_info_fixup_actions': TunableList(description='\n A list of fixup actions which will be performed on a sim_info with\n this trait when it is loaded.\n ', tunable=TunableVariant(career_fixup_action=_SimInfoCareerFixupAction.TunableFactory(description='\n A fix up action to set a career with a specific level.\n '), skill_fixup_action=_SimInfoSkillFixupAction.TunableFactory(description='\n A fix up action to set a skill with a specific level.\n '), unlock_fixup_action=_SimInfoUnlockFixupAction.TunableFactory(description='\n A fix up action to unlock certain things for a Sim\n '), perk_fixup_action=_SimInfoPerkFixupAction.TunableFactory(description='\n A fix up action to grant perks to a Sim. It checks perk required\n unlock tuning and unlocks prerequisite perks first.\n '), default='career_fixup_action'), tuning_group=GroupNames.CAS), 'sim_info_fixup_actions_timing': TunableEnumEntry(description="\n This is DEPRECATED, don't tune this field. We usually don't do trait-based\n fixup unless it's related to CAS stories. We keep this field only for legacy\n support reason.\n \n This is mostly to optimize performance when applying fix-ups to\n a Sim. We ideally would not like to spend time scanning every Sim \n on every load to see if they need fixups. Please be sure you \n consult a GPE whenever you are creating fixup tuning.\n ", tunable_type=SimInfoFixupActionTiming, default=SimInfoFixupActionTiming.ON_FIRST_SIMINFO_LOAD, tuning_group=GroupNames.DEPRECATED, deprecated=True), 'teleport_style_interaction_to_inject': TunableReference(description='\n When this trait is added to a Sim, if a teleport style interaction\n is specified, any time another interaction runs, we may run this\n teleport style interaction to shorten or replace the route to the \n target.\n ', manager=services.get_instance_manager(sims4.resources.Types.INTERACTION), class_restrictions=('TeleportStyleSuperInteraction',), allow_none=True, tuning_group=GroupNames.SPECIAL_CASES), 'interactions': OptionalTunable(description='\n Mixer interactions that are available to Sims equipped with this\n trait.\n ', tunable=ContentSet.TunableFactory(locked_args={'phase_affordances': frozendict(), 'phase_tuning': None})), 'buffs_add_on_spawn_only': Tunable(description='\n If unchecked, buffs are added to the Sim as soon as this trait is\n added. If checked, buffs will be added only when the Sim is\n instantiated and removed when the Sim uninstantiates.\n \n General guidelines: If the buffs only matter to Sims, for example\n buffs that alter autonomy behavior or walkstyle, this should be\n checked.\n ', tunable_type=bool, default=True), 'buffs': TunableList(description='\n Buffs that should be added to the Sim whenever this trait is\n equipped.\n ', tunable=TunableBuffReference(pack_safe=True), unique_entries=True), 'buffs_proximity': TunableList(description='\n Proximity buffs that are active when this trait is equipped.\n ', tunable=TunableReference(manager=services.buff_manager())), 'buff_replacements': TunableMapping(description='\n A mapping of buff replacement. If Sim has this trait on, whenever he\n get the buff tuned in the key of the mapping, it will get replaced\n by the value of the mapping.\n ', key_type=TunableReference(description='\n Buff that will get replaced to apply on Sim by this trait.\n ', manager=services.buff_manager(), reload_dependent=True, pack_safe=True), value_type=TunableTuple(description='\n Data specific to this buff replacement.\n ', buff_type=TunableReference(description='\n Buff used to replace the buff tuned as key.\n ', manager=services.buff_manager(), reload_dependent=True, pack_safe=True), buff_reason=OptionalTunable(description='\n If enabled, override the buff reason.\n ', tunable=TunableLocalizedString(description='\n The overridden buff reason.\n ')), buff_replacement_priority=TunableEnumEntry(description="\n The priority of this buff replacement, relative to other\n replacements. Tune this to be a higher value if you want\n this replacement to take precedence.\n \n e.g.\n (NORMAL) trait_HatesChildren (buff_FirstTrimester -> \n buff_FirstTrimester_HatesChildren)\n (HIGH) trait_Male (buff_FirstTrimester -> \n buff_FirstTrimester_Male)\n \n In this case, both traits have overrides on the pregnancy\n buffs. However, we don't want males impregnated by aliens\n that happen to hate children to lose their alien-specific\n buffs. Therefore we tune the male replacement at a higher\n priority.\n ", tunable_type=TraitBuffReplacementPriority, default=TraitBuffReplacementPriority.NORMAL))), 'excluded_mood_types': TunableList(TunableReference(description='\n List of moods that are prevented by having this trait.\n ', manager=services.mood_manager())), 'outfit_replacements': TunableMapping(description="\n A mapping of outfit replacements. If the Sim has this trait, outfit\n change requests are intercepted to produce the tuned result. If\n multiple traits with outfit replacements exist, the behavior is\n undefined.\n \n Tuning 'Invalid' as a key acts as a fallback and applies to all\n reasons.\n \n Tuning 'Invalid' as a value keeps a Sim in their current outfit.\n ", key_type=TunableEnumEntry(tunable_type=OutfitChangeReason, default=OutfitChangeReason.Invalid), value_type=TunableEnumEntry(tunable_type=OutfitChangeReason, default=OutfitChangeReason.Invalid)), 'disable_aging': OptionalTunable(description='\n If enabled, aging out of specific ages can be disabled.\n ', tunable=TunableTuple(description='\n The tuning that disables aging out of specific age groups.\n ', allowed_ages=TunableSet(description='\n A list of ages that the Sim CAN age out of. If an age is in\n this list then the Sim is allowed to age out of it. If an\n age is not in this list than a Sim is not allowed to age out\n of it. For example, if the list only contains Child and\n Teen, then a Child Sim would be able to age up to Teen and\n a Teen Sim would be able to age up to Young Adult. But, a\n Young Adult, Adult, or Elder Sim would not be able to age\n up.\n ', tunable=TunableEnumEntry(Age, default=Age.ADULT)), tooltip=OptionalTunable(description='\n When enabled, this tooltip will be displayed in the aging\n progress bar when aging is disabled because of the trait.\n ', tunable=TunableLocalizedStringFactory(description='\n The string that displays in the aging UI when aging up\n is disabled due to the trait.\n '))), tuning_group=GroupNames.SPECIAL_CASES), 'can_die': Tunable(description='\n When set, Sims with this trait are allowed to die. When unset, Sims\n are prevented from dying.\n ', tunable_type=bool, default=True, tuning_group=GroupNames.SPECIAL_CASES), 'culling_behavior': TunableVariant(description='\n The culling behavior of a Sim with this trait.\n ', default_behavior=CullingBehaviorDefault.TunableFactory(), immune_to_culling=CullingBehaviorImmune.TunableFactory(), importance_as_npc_score=CullingBehaviorImportanceAsNpc.TunableFactory(), default='default_behavior', tuning_group=GroupNames.SPECIAL_CASES), 'always_send_test_event_on_add': Tunable(description='\n If checked, will send out a test event when added to a trait\n tracker even if the receiving sim is hidden or not instanced.\n ', tunable_type=bool, default=False, tuning_group=GroupNames.SPECIAL_CASES), 'voice_effect': OptionalTunable(description='\n The voice effect of a Sim with this trait. This is prioritized\n against other traits with voice effects.\n \n The Sim may only have one voice effect at a time.\n ', tunable=VoiceEffectRequest.TunableFactory()), 'plumbbob_override': OptionalTunable(description='\n If enabled, allows a new plumbbob model to be used when a Sim has\n this occult type.\n ', tunable=PlumbbobOverrideRequest.TunableFactory()), 'vfx_mask': OptionalTunable(description='\n If enabled when this trait is added the masks will be applied to\n the Sim affecting the visibility of specific VFX.\n Example: TRAIT_CHILDREN will provide a mask MASK_CHILDREN which \n the monster battle object will only display VFX for any Sim \n using that mask.\n ', tunable=TunableEnumFlags(description="\n Mask that will be added to the Sim's mask when the trait is\n added.\n ", enum_type=VFXMask), enabled_name='apply_vfx_mask', disabled_name='no_vfx_mask'), 'day_night_tracking': OptionalTunable(description="\n If enabled, allows this trait to track various aspects of day and\n night via buffs on the owning Sim.\n \n For example, if this is enabled and the Sunlight Buff is tuned with\n buffs, the Sim will get the buffs added every time they're in\n sunlight and removed when they're no longer in sunlight.\n ", tunable=DayNightTracking.TunableFactory()), 'persistable': Tunable(description='\n If checked then this trait will be saved onto the sim. If\n unchecked then the trait will not be saved.\n Example unchecking:\n Traits that are applied for the sim being in the region.\n ', tunable_type=bool, default=True), 'initial_commodities': TunableSet(description='\n A list of commodities that will be added to a sim on load, if the\n sim has this trait.\n \n If a given commodity is also blacklisted by another trait that the\n sim also has, it will NOT be added.\n \n Example:\n Adult Age Trait adds Hunger.\n Vampire Trait blacklists Hunger.\n Hunger will not be added.\n ', tunable=Commodity.TunableReference(pack_safe=True)), 'initial_commodities_blacklist': TunableSet(description="\n A list of commodities that will be prevented from being\n added to a sim that has this trait.\n \n This always takes priority over any commodities listed in any\n trait's initial_commodities.\n \n Example:\n Adult Age Trait adds Hunger.\n Vampire Trait blacklists Hunger.\n Hunger will not be added.\n ", tunable=Commodity.TunableReference(pack_safe=True)), 'ui_commodity_sort_override': OptionalTunable(description='\n Optional list of commodities to override the default UI sort order.\n ', tunable=TunableList(description='\n The position of the commodity in this list represents the sort order.\n Add all possible combination of traits in the list.\n If we have two traits which have sort override, we will implement\n a priority system to determine which determines which trait sort\n order to use.\n ', tunable=Commodity.TunableReference())), 'ui_category': OptionalTunable(description='\n If enabled then this trait will be displayed in a specific category\n within the relationship panel if this trait would be displayed\n within that panel.\n ', tunable=TunableEnumEntry(description='\n The UI trait category that we use to categorize this trait\n within the relationship panel.\n ', tunable_type=TraitUICategory, default=TraitUICategory.PERSONALITY), export_modes=ExportModes.All, enabled_name='ui_trait_category_tag'), 'loot_on_trait_add': OptionalTunable(description='\n If tuned, this list of loots will be applied when trait is added in game.\n ', tunable=TunableList(description='\n List of loot to apply on the sim when this trait is added not\n through CAS.\n ', tunable=TunableReference(description='\n Loot to apply.\n ', manager=services.get_instance_manager(sims4.resources.Types.ACTION), pack_safe=True))), 'npc_leave_lot_interactions': OptionalTunable(description='\n If enabled, allows tuning a set of Leave Lot and Leave Lot Must Run\n interactions that this trait provides. NPC Sims with this trait will\n use these interactions to leave the lot instead of the defaults.\n ', tunable=TunableTuple(description='\n Leave Lot Now and Leave Lot Now Must Run interactions.\n ', leave_lot_now_interactions=TunableSet(TunableReference(description='\n If tuned, the Sim will consider these interaction when trying to run\n any "leave lot" situation.\n ', manager=services.get_instance_manager(sims4.resources.Types.INTERACTION), allow_none=False, pack_safe=True)), leave_lot_now_must_run_interactions=TunableSet(TunableReference(description='\n If tuned, the Sim will consider these interaction when trying to run\n any "leave lot must run" situation.\n ', manager=services.get_instance_manager(sims4.resources.Types.INTERACTION), allow_none=False, pack_safe=True)))), 'hide_relationships': Tunable(description='\n If checked, then any relationships with a Sim who has this trait\n will not be displayed in the UI. This is done by keeping the\n relationship from having any tracks to actually track which keeps\n it out of the UI.\n ', tunable_type=bool, default=False, tuning_group=GroupNames.RELATIONSHIP), 'whim_set': OptionalTunable(description='\n If enabled then this trait will offer a whim set to the Sim when it\n is active.\n ', tunable=TunableReference(description='\n A whim set that is active when this trait is active.\n ', manager=services.get_instance_manager(sims4.resources.Types.ASPIRATION), class_restrictions=('ObjectivelessWhimSet',))), 'allow_from_gallery': Tunable(description='\n If checked, then this trait is allowed to be transferred over from\n Sims downloaded from the gallery.\n ', tunable_type=bool, default=True, tuning_group=GroupNames.SPECIAL_CASES), 'remove_on_death': Tunable(description='\n If checked, when a Sim dies this trait will be removed.\n ', tunable_type=bool, default=False, tuning_group=GroupNames.SPECIAL_CASES), 'build_buy_purchase_tracking': OptionalTunable(description='\n If enabled, allows this trait to track various build-buy purchases\n via event listening in the trait tracker.\n ', tunable=TunableList(description='\n Loots to apply to the hamper when clothing pile is being put.\n ', tunable=TunableReference(manager=services.get_instance_manager(sims4.resources.Types.ACTION), class_restrictions=('LootActions',), pack_safe=True)))} _asm_param_name = None default_trait_params = set() def __repr__(self): return '<Trait:({})>'.format(self.__name__) def __str__(self): return '{}'.format(self.__name__) @classmethod def _tuning_loaded_callback(cls): cls._asm_param_name = cls.trait_asm_overrides.trait_asm_param if cls._asm_param_name is None: cls._asm_param_name = cls.__name__ if cls.trait_asm_overrides.trait_asm_param is not None and cls.trait_asm_overrides.consider_for_boundary_conditions: cls.default_trait_params.add(cls.trait_asm_overrides.trait_asm_param) for (buff, replacement_buff) in cls.buff_replacements.items(): if buff.trait_replacement_buffs is None: buff.trait_replacement_buffs = {} buff.trait_replacement_buffs[cls] = replacement_buff for mood in cls.excluded_mood_types: if mood.excluding_traits is None: mood.excluding_traits = [] mood.excluding_traits.append(cls) @classmethod def _verify_tuning_callback(cls): if cls.display_name: if not cls.display_name_gender_neutral.hash: logger.error('Trait {} specifies a display name. It must also specify a gender-neutral display name. These must use different string keys.', cls, owner='BadTuning') if cls.display_name._string_id == cls.display_name_gender_neutral.hash: logger.error('Trait {} has the same string tuned for its display name and its gender-neutral display name. These must be different strings for localization.', cls, owner='BadTuning') if cls.day_night_tracking is not None: if not cls.day_night_tracking.sunlight_buffs and not (not cls.day_night_tracking.shade_buffs and not (not cls.day_night_tracking.day_buffs and not cls.day_night_tracking.night_buffs)): logger.error('Trait {} has Day Night Tracking enabled but no buffs are tuned. Either tune buffs or disable the tracking.', cls, owner='BadTuning') else: tracking_buff_tag = Trait.DAY_NIGHT_TRACKING_BUFF_TAG if any(buff for buff in cls.day_night_tracking.sunlight_buffs if not buff.buff_type.has_tag(tracking_buff_tag)) or (any(buff for buff in cls.day_night_tracking.shade_buffs if not buff.buff_type.has_tag(tracking_buff_tag)) or any(buff for buff in cls.day_night_tracking.day_buffs if not buff.buff_type.has_tag(tracking_buff_tag))) or any(buff for buff in cls.day_night_tracking.night_buffs if not buff.buff_type.has_tag(tracking_buff_tag)): logger.error('Trait {} has Day Night tracking with an invalid\n buff. All buffs must be tagged with {} in order to be\n used as part of Day Night Tracking. Add these buffs with the\n understanding that, regardless of what system added them, they\n will always be on the Sim when the condition is met (i.e.\n Sunlight Buffs always added with sunlight is out) and they will\n always be removed when the condition is not met. Even if another\n system adds the buff, they will be removed if this trait is\n tuned to do that.\n ', cls, tracking_buff_tag) for buff_reference in cls.buffs: if buff_reference.buff_type.broadcaster is not None: logger.error('Trait {} has a buff {} with a broadcaster tuned that will never be removed. This is a potential performance hit, and a GPE should decide whether this is the best place for such.', cls, buff_reference, owner='rmccord') for commodity in cls.initial_commodities: if not commodity.persisted_tuning: logger.error('Trait {} has an initial commodity {} that does not have persisted tuning.', cls, commodity) @classproperty def is_personality_trait(cls): return cls.trait_type == TraitType.PERSONALITY @classproperty def is_aspiration_trait(cls): return cls.trait_type == TraitType.ASPIRATION @classproperty def is_gender_option_trait(cls): return cls.trait_type == TraitType.GENDER_OPTIONS @classproperty def is_ghost_trait(cls): return cls.trait_type == TraitType.GHOST @classproperty def is_robot_trait(cls): return cls.trait_type == TraitType.ROBOT @classmethod def is_valid_trait(cls, sim_info_data): if cls.ages and sim_info_data.age not in cls.ages: return False if cls.genders and sim_info_data.gender not in cls.genders: return False elif cls.species and sim_info_data.species not in cls.species: return False return True @classmethod def should_apply_fixup_actions(cls, fixup_source): if cls.sim_info_fixup_actions and cls.sim_info_fixup_actions_timing == fixup_source: if fixup_source != SimInfoFixupActionTiming.ON_FIRST_SIMINFO_LOAD: logger.warn('Trait {} has fixup actions not from CAS flow.This should only happen to old saves before EP08', cls, owner='yozhang') return True return False @classmethod def apply_fixup_actions(cls, sim_info): for fixup_action in cls.sim_info_fixup_actions: fixup_action(sim_info) @classmethod def can_age_up(cls, current_age): if not cls.disable_aging: return True return current_age in cls.disable_aging.allowed_ages @classmethod def is_conflicting(cls, trait): if trait is None: return False if cls.conflicting_traits and trait in cls.conflicting_traits: return True elif trait.conflicting_traits and cls in trait.conflicting_traits: return True return False @classmethod def get_outfit_change_reason(cls, outfit_change_reason): replaced_reason = cls.outfit_replacements.get(outfit_change_reason if outfit_change_reason is not None else OutfitChangeReason.Invalid) if replaced_reason is not None: return replaced_reason elif outfit_change_reason is not None: replaced_reason = cls.outfit_replacements.get(OutfitChangeReason.Invalid) if replaced_reason is not None: return replaced_reason return outfit_change_reason @classmethod def get_teleport_style_interaction_to_inject(cls): return cls.teleport_style_interaction_to_inject

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f7c2ce2fb68a45225b11a5d04c1e1588e23ad494

65

py

Python

urduhack/models/ner/__init__.py

cinfotech94/urduhackk

44500cd6a78e1a7765bb4f7d6fb92bbb612b7b11

[ "MIT" ]

252

2018-08-20T16:16:45.000Z

2022-03-04T07:03:58.000Z

urduhack/models/ner/__init__.py

cinfotech94/urduhackk

44500cd6a78e1a7765bb4f7d6fb92bbb612b7b11

[ "MIT" ]

111

2019-01-21T11:39:45.000Z

2021-09-30T07:26:50.000Z

urduhack/models/ner/__init__.py

cinfotech94/urduhackk

44500cd6a78e1a7765bb4f7d6fb92bbb612b7b11

[ "MIT" ]

35

2019-02-09T14:29:36.000Z

2022-01-09T10:02:56.000Z

# coding: utf8 """Ner Model""" from .predict import predict_ner

13

32

0.707692

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1

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1

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f7d12e00f9dcde77a28fa3b492f0554057f57530

45

py

Python

Examples/permissions/drop_menus.py

Core7-Development/discord_btns_menus

7cc62ddaf8cfa17179bf705155c92cd4db6ea59d

[ "MIT" ]

8

2022-02-04T10:02:30.000Z

2022-03-23T06:09:53.000Z

Examples/permissions/drop_menus.py

Core7-Development/discord_btns_menus

7cc62ddaf8cfa17179bf705155c92cd4db6ea59d

[ "MIT" ]

null

Examples/permissions/drop_menus.py

Core7-Development/discord_btns_menus

7cc62ddaf8cfa17179bf705155c92cd4db6ea59d

[ "MIT" ]

2

2022-02-04T17:29:20.000Z

2022-03-08T04:59:18.000Z

""" Examples will be published soon ... """

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11.25

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4

f7f848fff026443704348bf0031d34da4fc32000

374

py

Python

gekitchensdk/erd/values/dishwasher/__init__.py

joelmoses/gekitchensdk

f3253262c7f6f2c26e5ad4143c20e788b28c57a9

[ "MIT" ]

null

gekitchensdk/erd/values/dishwasher/__init__.py

joelmoses/gekitchensdk

f3253262c7f6f2c26e5ad4143c20e788b28c57a9

[ "MIT" ]

null

gekitchensdk/erd/values/dishwasher/__init__.py

joelmoses/gekitchensdk

f3253262c7f6f2c26e5ad4143c20e788b28c57a9

[ "MIT" ]

null

from .erd_cycle_state import ErdCycleStateRaw, ErdCycleState from .erd_operating_mode import ErdOperatingMode from .erd_rinse_agent import ErdRinseAgentRaw, ErdRinseAgent from .operating_mode import OperatingMode from .cycle_state_mapping import CYCLE_STATE_RAW_MAP from .operating_mode_mapping import OPERATING_MODE_MAP from .rinse_agent_mapping import RINSE_AGENT_RAW_MAP

46.75

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0.080214

374

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1

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null

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1

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1

0

1

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4

f734735280ad987f4230935eb5071713885ad7f4

207

py

Python

src/app/beer_garden/api/http/schemas/v1/role.py

scott-taubman/beer-garden

bac825849f7791e14064942566fbec63a83e6f87

[ "MIT" ]

null

src/app/beer_garden/api/http/schemas/v1/role.py

scott-taubman/beer-garden

bac825849f7791e14064942566fbec63a83e6f87

[ "MIT" ]

null

src/app/beer_garden/api/http/schemas/v1/role.py

scott-taubman/beer-garden

bac825849f7791e14064942566fbec63a83e6f87

[ "MIT" ]

null

from brewtils.schemas import RoleSchema from marshmallow import Schema, fields class RoleListSchema(Schema): """Schema for listing multiple roles""" roles = fields.List(fields.Nested(RoleSchema))

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false

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null

0

1

0

1

0

4

f75437c38ac5e74cab775c1cd634732632bf57e5

169

py

Python

Exercicios_Livros_Algoritmos/b.py

carlosrjhoe/Python

2df531b23ebbabc40539b09bb2bbdbe1ed1c2164

[ "MIT" ]

null

Exercicios_Livros_Algoritmos/b.py

carlosrjhoe/Python

2df531b23ebbabc40539b09bb2bbdbe1ed1c2164

[ "MIT" ]

null

Exercicios_Livros_Algoritmos/b.py

carlosrjhoe/Python

2df531b23ebbabc40539b09bb2bbdbe1ed1c2164

[ "MIT" ]

null

def ceulcius(x): return (x - 32)/1.8 x = int(input('Digite uma temperatura em (F°): ')) print(f'A temperatura digitada em {x}F°, é igual a {ceulcius(x):.1f}C°')

33.8

72

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34

169

3.147059

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0.036232

0.183432

169

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null

0

1

0

1

0

4

f7563f2cbd5e6e7de7db2416da9236a4e05bc67a

119

py

Python

whereami_server/context_processors.py

martilidad/whereami_server

35455632cae43dbce2a8be148c57c66946b0f413

[ "MIT" ]

1

2020-05-13T11:46:29.000Z

whereami_server/context_processors.py

martilidad/whereami_server

35455632cae43dbce2a8be148c57c66946b0f413

[ "MIT" ]

40

2020-05-11T20:01:59.000Z

2022-03-19T21:58:32.000Z

whereami_server/context_processors.py

martilidad/whereami_server

35455632cae43dbce2a8be148c57c66946b0f413

[ "MIT" ]

null

from whereami_server.version import GIT_SHA def version(request): return { 'version': GIT_SHA }

17

44

0.638655

14

119

5.214286

0.714286

0.164384

0

0.285714

119

7

45

17

0.858824

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0.061404

0

1

0.2

false

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1

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null

0

1

0

null

0

1

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4

f76832c310db092f2cd7f47b82a3bc41fd846f87

104

py

Python

ibmpairs/__init__.py

Bhaskers-Blu-Org1/ibmpairs

c90a77017bb6f43a8d936bfde4aff5357f8e9a78

[ "BSD-3-Clause" ]

24

2019-06-21T13:58:25.000Z

2022-03-04T13:53:37.000Z

ibmpairs/__init__.py

Bhaskers-Blu-Org1/ibmpairs

c90a77017bb6f43a8d936bfde4aff5357f8e9a78

[ "BSD-3-Clause" ]

10

2019-06-09T17:17:20.000Z

2021-02-22T18:12:15.000Z

ibmpairs/__init__.py

IBM/ibmpairs

0da684f1ddab7682578b9f93e69370d248171902

[ "BSD-3-Clause" ]

18

2019-06-06T21:03:22.000Z

2021-12-08T13:01:53.000Z

# try to get PyPI package version try: from .version import version as __version__ except: pass

17.333333

47

0.730769

15

104

4.8

0.733333

0

0.230769

104

5

48

20.8

0.9

0.298077

0

1

0

true

0.25

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0.25

0

1

0

null

0

1

0

null

0

1

0

4

f77940b583d578eb29ddb047467686df86a627aa

680

py

Python

oops_fhir/r4/value_set/device_safety.py

Mikuana/oops_fhir

77963315d123756b7d21ae881f433778096a1d25

[ "MIT" ]

null

oops_fhir/r4/value_set/device_safety.py

Mikuana/oops_fhir

77963315d123756b7d21ae881f433778096a1d25

[ "MIT" ]

null

oops_fhir/r4/value_set/device_safety.py

Mikuana/oops_fhir

77963315d123756b7d21ae881f433778096a1d25

[ "MIT" ]

null

from pathlib import Path from fhir.resources.valueset import ValueSet as _ValueSet from oops_fhir.utils import ValueSet __all__ = ["DeviceSafety"] _resource = _ValueSet.parse_file(Path(__file__).with_suffix(".json")) class DeviceSafety(ValueSet): """ Device safety Codes used to identify medical devices safety characteristics. These codes are taken from the [NCI Thesaurus](https://ncit.nci.nih.gov/ncitbrowser/pages/home.jsf) and are provided here as a suggestive example. Status: draft - Version: 4.0.1 http://hl7.org/fhir/ValueSet/device-safety """ # TODO: fix this template issue1 pass class Meta: resource = _resource

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f7925802c07a841741d43b367aa9704371c076f2

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py

Python

landing_page/admin.py

foo290/My-protfolio-website

87bd521b14d1d41886edbc8d03612f3cfc69696b

[ "MIT" ]

null

landing_page/admin.py

foo290/My-protfolio-website

87bd521b14d1d41886edbc8d03612f3cfc69696b

[ "MIT" ]

null

landing_page/admin.py

foo290/My-protfolio-website

87bd521b14d1d41886edbc8d03612f3cfc69696b

[ "MIT" ]

null

from django.contrib import admin # Register your models here. from .models import Nav_cards admin.site.register(Nav_cards)

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f79bb15bf48293faebc494a25f7bac84162803fd

95

py

Python

solver/__init__.py

suzannastep/eulers

886da24546a490a11bc31ace4fbfa71536b129bf

[ "MIT" ]

null

solver/__init__.py

suzannastep/eulers

886da24546a490a11bc31ace4fbfa71536b129bf

[ "MIT" ]

1

2018-05-21T22:07:51.000Z

solver/__init__.py

suzannastep/eulers

886da24546a490a11bc31ace4fbfa71536b129bf

[ "MIT" ]

null

import matplotlib import os if os.system != "nt": #pragma: no cover matplotlib.use("Agg")

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null

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1

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4

e3fdeb1952b1ca0807ec86be7459407aa66b7cd4

191

py

Python

pyplus/codegen/__init__.py

tornadoyi/pyplus

4b98f0eff9c2f027a601ade220c2aaf1769850fd

[ "Apache-2.0" ]

2

2018-09-26T14:01:12.000Z

2020-04-02T13:44:53.000Z

pyplus/codegen/__init__.py

tornadoyi/pyplus

4b98f0eff9c2f027a601ade220c2aaf1769850fd

[ "Apache-2.0" ]

null

pyplus/codegen/__init__.py

tornadoyi/pyplus

4b98f0eff9c2f027a601ade220c2aaf1769850fd

[ "Apache-2.0" ]

null

from .layout import B, L, Code from .pydef import pydef, member, static, getter, setter from .pyclass import pyclass from .pyimport import pyimport, from_import, from_import_as, import_as

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5411f6d10e7ffd11884f4ca05308457ff7f40b7e

149

py

Python

odoo-13.0/addons/l10n_si/__init__.py

VaibhavBhujade/Blockchain-ERP-interoperability

b5190a037fb6615386f7cbad024d51b0abd4ba03

[ "MIT" ]

1

2019-12-19T01:53:13.000Z

odoo-13.0/addons/l10n_si/__init__.py

VaibhavBhujade/Blockchain-ERP-interoperability

b5190a037fb6615386f7cbad024d51b0abd4ba03

[ "MIT" ]

null

odoo-13.0/addons/l10n_si/__init__.py

VaibhavBhujade/Blockchain-ERP-interoperability

b5190a037fb6615386f7cbad024d51b0abd4ba03

[ "MIT" ]

null

29.8

74

0.677852

23

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542344ef657ecf4506ebbb15bf8de28eca28b55c

64

py

Python

npc/settings/__init__.py

Arent128/npc

c8a1e227a1d4d7c540c4f4427b611ffc290535ee

[ "MIT" ]

null

npc/settings/__init__.py

Arent128/npc

c8a1e227a1d4d7c540c4f4427b611ffc290535ee

[ "MIT" ]

null

npc/settings/__init__.py

Arent128/npc

c8a1e227a1d4d7c540c4f4427b611ffc290535ee

[ "MIT" ]

null

"""Handle settings storage and fetching""" from .core import *

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4

58297b9d4b4839ec710fbef1dc9155e7e45dbe71

24

py

Python

contentful/cda/version.py

contentful-labs/contentful.py

d9eb4a68abcad33e4766e2be8c7b35e605210b5a

[ "Apache-2.0" ]

10

2015-12-01T07:18:43.000Z

2018-07-10T13:56:18.000Z

contentful/cda/version.py

contentful-labs/contentful.py

d9eb4a68abcad33e4766e2be8c7b35e605210b5a

[ "Apache-2.0" ]

11

2015-12-17T13:36:47.000Z

2018-10-11T22:19:07.000Z

contentful/cda/version.py

contentful-labs/contentful.py

d9eb4a68abcad33e4766e2be8c7b35e605210b5a

[ "Apache-2.0" ]

9

2015-12-15T16:02:25.000Z

2020-04-29T20:09:04.000Z

__version__ = '0.9.4d1'

12

23

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4

5859c8626acb8e194eb617d25fbdb90a583c3aea

10,397

py

Python

zedboard_python/ecc_fpga_constants_v128.py

pmassolino/hw-sike

1fee8af81dcc3d0dcc57bc656e06acc6adf810a1

[ "CC0-1.0" ]

7

2020-01-15T13:36:37.000Z

2021-04-10T02:54:28.000Z

zedboard_python/ecc_fpga_constants_v128.py

pmassolino/hw-sike

1fee8af81dcc3d0dcc57bc656e06acc6adf810a1

[ "CC0-1.0" ]

null

zedboard_python/ecc_fpga_constants_v128.py

pmassolino/hw-sike

1fee8af81dcc3d0dcc57bc656e06acc6adf810a1

[ "CC0-1.0" ]

null

ecc_fpga_constants_v128 = [ [ # Parameter name "p192", # base word size 16, # extended word size 128, # number of bits added 9, # number of words 2, # prime 6277101735386680763835789423207666416083908700390324961279, # prime size in bits 192, # prime+1 6277101735386680763835789423207666416083908700390324961280, # prime' = -1/prime mod r 340282366920938463444927863358058659841, # prime plus one number of zeroes 0, # 2*prime 12554203470773361527671578846415332832167817400780649922558, # r mod prime 340282366920938463481821351505477763072, # r^2 mod prime 680564733841876926982089447084665077762, # value 1 1, # ECC curve order 6277101735386680763835789423176059013767194773182842284081, # ECC curve order bit length 192, # ECC curve constant a in Montgomery domain (*r mod prime) 6277101735386680762814942322444851025638444645873891672063, # ECC curve constant a^2 in Montgomery domain (*r mod prime) 3062541302288446171336392163549299867648, # ECC curve constant 3*b in Montgomery domain (*r mod prime) 2146011979814483024655457172515544228634458728892725334932, # ECC curve constant a original 6277101735386680763835789423207666416083908700390324961276, # ECC curve constant a^2 original 9, # ECC curve constant 3*b original 1088364902640150689385092322384688938223415474093248752916, # ECC curve generator point x original 602046282375688656758213480587526111916698976636884684818, # ECC curve generator point y original 174050332293622031404857552280219410364023488927386650641, # ECC curve generator point z original 1, # ECC stack starting address 1792, ], [ # Parameter name "p224", # base word size 16, # extended word size 128, # number of bits added 9, # number of words 2, # prime 26959946667150639794667015087019630673557916260026308143510066298881, # prime size in bits 224, # prime+1 26959946667150639794667015087019630673557916260026308143510066298882, # prime' = -1/prime mod r 26959946660873538059280334323183841250350249843923952699046031785983, # prime plus one number of zeroes 0, # 2*prime 53919893334301279589334030174039261347115832520052616287020132597762, # r mod prime 340282366920938463463374607427473244160, # r^2 mod prime 26959946667150639791744011812698107204071485058075563455699384008705, # value 1 1, # ECC curve order 26959946667150639794667015087019625940457807714424391721682722368061, # ECC curve order bit length 224, # ECC curve constant a in Montgomery domain (*r mod prime) 26959946667150639794667015085998783572795100869636184321227646566401, # ECC curve constant a^2 in Montgomery domain (*r mod prime) 3062541302288446171170371466847259197440, # ECC curve constant 3*b in Montgomery domain (*r mod prime) 13401218465836556856847955134146467949031625748186257869499969637734, # ECC curve constant a original 26959946667150639794667015087019630673557916260026308143510066298878, # ECC curve constant a^2 original 9, # ECC curve constant 3*b original 2954965522398544411891975459442517899398210385985346940341571419930, # ECC curve generator point x original 19277929113566293071110308034699488026831934219452440156649784352033, # ECC curve generator point y original 19926808758034470970197974370888749184205991990603949537637343198772, # ECC curve generator point z original 1, # ECC stack starting address 1792, ], [ # Parameter name "p256", # base word size 16, # extended word size 128, # number of bits added 9, # number of words 3, # prime 115792089210356248762697446949407573530086143415290314195533631308867097853951, # prime size in bits 256, # prime+1 115792089210356248762697446949407573530086143415290314195533631308867097853952, # prime' = -1/prime mod r 18347988923648598022536716706971804129709918677350277014173567881887264878223328924289981802626012577529857, # prime plus one number of zeroes 0, # 2*prime 231584178420712497525394893898815147060172286830580628391067262617734195707902, # r mod prime 115792089183396302095546807154740558443747077475653503024948336717809816961022, # r^2 mod prime 647038720017892456816164052675271495997532319237579337257304618696714, # value 1 1, # ECC curve order 115792089210356248762697446949407573529996955224135760342422259061068512044369, # ECC curve order bit length 256, # ECC curve constant a in Montgomery domain (*r mod prime) 80879840001451919384001045259017197818910433511755883773171842678787, # ECC curve constant a^2 in Montgomery domain (*r mod prime) 115792088967716728758341688797404437753034549958559013660265979989351569817590, # ECC curve constant 3*b in Montgomery domain (*r mod prime) 33495354891368907141352085619905772971337155559618643861777243941875987635246, # ECC curve constant a original 115792089210356248762697446949407573530086143415290314195533631308867097853948, # ECC curve constant a^2 original 9, # ECC curve constant 3*b original 7383001965100177625280942390734231697257179632690862468972137633251304349922, # ECC curve generator point x original 48439561293906451759052585252797914202762949526041747995844080717082404635286, # ECC curve generator point y original 36134250956749795798585127919587881956611106672985015071877198253568414405109, # ECC curve generator point z original 1, # ECC stack starting address 1792, ], [ # Parameter name "p384", # base word size 16, # extended word size 128, # number of bits added 9, # number of words 4, # prime 39402006196394479212279040100143613805079739270465446667948293404245721771496870329047266088258938001861606973112319, # prime size in bits 384, # prime+1 39402006196394479212279040100143613805079739270465446667948293404245721771496870329047266088258938001861606973112320, # prime' = -1/prime mod r 13407807648985227524617045814712496250916495602455859132428975829761605269743128573023706335482896061566913845096358773683926276119763782985192138296262657, # prime plus one number of zeroes 0, # 2*prime 78804012392788958424558080200287227610159478540930893335896586808491443542993740658094532176517876003723213946224638, # r mod prime 115792089264276142090721624801893421303298994787994962092745248076792575557632, # r^2 mod prime 18347988930056559127812830772223728126786819762522737026661065083431152758333894840256060847379628934823936, # value 1 1, # ECC curve order 39402006196394479212279040100143613805079739270465446667946905279627659399113263569398956308152294913554433653942643, # ECC curve order bit length 384, # ECC curve constant a in Montgomery domain (*r mod prime) 39402006196394479212279040100143613804732363002672618241676128529840041507586973344683281201980702257631229246439423, # ECC curve constant a^2 in Montgomery domain (*r mod prime) 1042128803378485278816494623217040791729690953091954658834707232691133180018688, # ECC curve constant 3*b in Montgomery domain (*r mod prime) 26111218080071188457686646591327611440845506966732540570282325137754995868870791235070305575251358638402738321777086, # ECC curve constant a original 39402006196394479212279040100143613805079739270465446667948293404245721771496870329047266088258938001861606973112316, # ECC curve constant a^2 original 9, # ECC curve constant 3*b original 3936568287090159208988955320879916669011239028153812228389535097474624180935841937314250118133359319573105337467087, # ECC curve generator point x original 26247035095799689268623156744566981891852923491109213387815615900925518854738050089022388053975719786650872476732087, # ECC curve generator point y original 8325710961489029985546751289520108179287853048861315594709205902480503199884419224438643760392947333078086511627871, # ECC curve generator point z original 1, # ECC stack starting address 1792, ], [ # Parameter name "p521", # base word size 16, # extended word size 128, # number of bits added 9, # number of words 5, # prime 6864797660130609714981900799081393217269435300143305409394463459185543183397656052122559640661454554977296311391480858037121987999716643812574028291115057151, # prime size in bits 521, # prime+1 6864797660130609714981900799081393217269435300143305409394463459185543183397656052122559640661454554977296311391480858037121987999716643812574028291115057152, # prime' = -1/prime mod r 6864797660130609714981900799081393217269435300143305409394463459185543183397656052122559640661454554977296311391480858037121987999716643812574028291115057153, # prime plus one number of zeroes 3, # 2*prime 13729595320261219429963801598162786434538870600286610818788926918371086366795312104245119281322909109954592622782961716074243975999433287625148056582230114302, # r mod prime 664613997892457936451903530140172288, # r^2 mod prime 441711766194596082395824375185729628956870974218904739530401550323154944, # value 1 1, # ECC curve order 6864797660130609714981900799081393217269435300143305409394463459185543183397655394245057746333217197532963996371363321113864768612440380340372808892707005449, # ECC curve order bit length 521, # ECC curve constant a in Montgomery domain (*r mod prime) 6864797660130609714981900799081393217269435300143305409394463459185543183397656052122559640661454554977296311391480858035128146006039270003218317700694540287, # ECC curve constant a^2 in Montgomery domain (*r mod prime) 5981525981032121428067131771261550592, # ECC curve constant 3*b in Montgomery domain (*r mod prime) 6454495390007915947061041987725961162904274121557891147018847125712493623674470779573474404800029704056764955388514936956769162135843165244571821404023458019, # ECC curve constant a original 6864797660130609714981900799081393217269435300143305409394463459185543183397656052122559640661454554977296311391480858037121987999716643812574028291115057148, # ECC curve constant a^2 original 9, # ECC curve constant 3*b original 3281547114221202823533337172300416709808622796855051246983759183487859348452205048041126212721278869745776396890118939928315357594773038736426982465436957952, # ECC curve generator point x original 2661740802050217063228768716723360960729859168756973147706671368418802944996427808491545080627771902352094241225065558662157113545570916814161637315895999846, # ECC curve generator point y original 3757180025770020463545507224491183603594455134769762486694567779615544477440556316691234405012945539562144444537289428522585666729196580810124344277578376784, # ECC curve generator point z original 1, # ECC stack starting address 1792, ], ]

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586e12f2f3b6c8bf9a7e6e93b7fe41b6bf1431c4

271

py

Python

website-generator.d/21-sort-releases-by-year.py

Lyrics/lyrics-website

d16073e4a4abc9032942d36d29c72aee1b245ff6

[ "BSD-3-Clause" ]

3

2020-12-04T13:40:44.000Z

2021-06-19T10:02:52.000Z

website-generator.d/21-sort-releases-by-year.py

Lyrics/lyrics-website

d16073e4a4abc9032942d36d29c72aee1b245ff6

[ "BSD-3-Clause" ]

20

2020-02-12T06:40:16.000Z

2022-01-16T08:45:19.000Z

website-generator.d/21-sort-releases-by-year.py

Lyrics/lyrics-website

d16073e4a4abc9032942d36d29c72aee1b245ff6

[ "BSD-3-Clause" ]

1

2020-12-10T11:29:15.000Z

import utils def main(data): for groupKey in data["database"]: group = data["database"][groupKey] for artistKey in group: artist = data["database"][groupKey][artistKey] artist["releases"].sort(key=utils.sortReleasesByYear123)

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1

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5874e5148c6ca5b9c9ca85d0abbad9237e2dd612

213

py

Python

onhttpreq/__init__.py

ledona/OnHttpResp

0eea21029cefa32e48e38e2b9aa00108ce249b68

[ "MIT" ]

null

onhttpreq/__init__.py

ledona/OnHttpResp

0eea21029cefa32e48e38e2b9aa00108ce249b68

[ "MIT" ]

null

onhttpreq/__init__.py

ledona/OnHttpResp

0eea21029cefa32e48e38e2b9aa00108ce249b68

[ "MIT" ]

null

from .http_req import ( HTTPReq, ON_RESPONSE_WAIT_RETRY, ON_RESPONSE_RETURN_WAIT, HTTPReqError, ON_RESPONSE_FAIL, CacheOnlyError ) from .cache import CacheOutOfDate, JSONParsingException, CacheURLNotFound

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1

0

4

587daf52d0324dd69c1ddad7a0dfa3875a066efe

129

py

Python

hitwh/auth/__init__.py

zwongeer/HITWHAutoLogin

ffd3dbb1919187e649b8ade6a4a3e7fec534faca

[ "MIT" ]

null

hitwh/auth/__init__.py

zwongeer/HITWHAutoLogin

ffd3dbb1919187e649b8ade6a4a3e7fec534faca

[ "MIT" ]

null

hitwh/auth/__init__.py

zwongeer/HITWHAutoLogin

ffd3dbb1919187e649b8ade6a4a3e7fec534faca

[ "MIT" ]

null

from hitwh.auth.login import isloggedin, login from hitwh.auth.logout import logout __all__ = ['isloggedin', 'login', 'logout']

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58a4b552e2453ae0e68a2fa3cb290b3b88fe452d

1,543

py

Python

src/rust/iced-x86-py/src/iced_x86/TupleType.py

clayne/iced

dcd3db725b1137fec4d2bda9b17587cead49bf4d

[ "MIT" ]

1,018

2018-09-07T20:12:43.000Z

2021-01-17T18:41:10.000Z

src/rust/iced-x86-py/src/iced_x86/TupleType.py

clayne/iced

dcd3db725b1137fec4d2bda9b17587cead49bf4d

[ "MIT" ]

127

2018-09-07T19:33:48.000Z

2021-01-17T22:20:33.000Z

src/rust/iced-x86-py/src/iced_x86/TupleType.py

clayne/iced

dcd3db725b1137fec4d2bda9b17587cead49bf4d

[ "MIT" ]

146

2018-09-09T12:38:30.000Z

2021-01-18T23:37:11.000Z

# SPDX-License-Identifier: MIT # Copyright (C) 2018-present iced project and contributors # ⚠️This file was generated by GENERATOR!🦹‍♂️ # pylint: disable=invalid-name # pylint: disable=line-too-long # pylint: disable=too-many-lines """ Tuple type (EVEX/MVEX) which can be used to get the disp8 scale factor ``N`` """ import typing if typing.TYPE_CHECKING: from ._iced_x86_py import TupleType else: TupleType = int N1: TupleType = 0 # type: ignore """ ``N = 1`` """ N2: TupleType = 1 # type: ignore """ ``N = 2`` """ N4: TupleType = 2 # type: ignore """ ``N = 4`` """ N8: TupleType = 3 # type: ignore """ ``N = 8`` """ N16: TupleType = 4 # type: ignore """ ``N = 16`` """ N32: TupleType = 5 # type: ignore """ ``N = 32`` """ N64: TupleType = 6 # type: ignore """ ``N = 64`` """ N8B4: TupleType = 7 # type: ignore """ ``N = b ? 4 : 8`` """ N16B4: TupleType = 8 # type: ignore """ ``N = b ? 4 : 16`` """ N32B4: TupleType = 9 # type: ignore """ ``N = b ? 4 : 32`` """ N64B4: TupleType = 10 # type: ignore """ ``N = b ? 4 : 64`` """ N16B8: TupleType = 11 # type: ignore """ ``N = b ? 8 : 16`` """ N32B8: TupleType = 12 # type: ignore """ ``N = b ? 8 : 32`` """ N64B8: TupleType = 13 # type: ignore """ ``N = b ? 8 : 64`` """ N4B2: TupleType = 14 # type: ignore """ ``N = b ? 2 : 4`` """ N8B2: TupleType = 15 # type: ignore """ ``N = b ? 2 : 8`` """ N16B2: TupleType = 16 # type: ignore """ ``N = b ? 2 : 16`` """ N32B2: TupleType = 17 # type: ignore """ ``N = b ? 2 : 32`` """ N64B2: TupleType = 18 # type: ignore """ ``N = b ? 2 : 64`` """

16.072917

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1

0

1

0

null

0

4

54399d4bb10d0f47da6ea2338fa6251ba7703254

166

py

Python

HW7/SoKKoS/HW7_1/module1.py

kolyasalubov/Lv-677.PythonCore

c9f9107c734a61e398154a90b8a3e249276c2704

[ "MIT" ]

null

HW7/SoKKoS/HW7_1/module1.py

kolyasalubov/Lv-677.PythonCore

c9f9107c734a61e398154a90b8a3e249276c2704

[ "MIT" ]

null

HW7/SoKKoS/HW7_1/module1.py

kolyasalubov/Lv-677.PythonCore

c9f9107c734a61e398154a90b8a3e249276c2704

[ "MIT" ]

6

2022-02-22T22:30:49.000Z

2022-03-28T12:51:19.000Z

from math import pi, pow def area_rectangle(a, b): return a * b def area_triangle(h, a): return 0.5 * h * a def area_circle(r): return pi * pow(r, 2)

13.833333

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1

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null

0

1

0

1

0

4

543b8a0920b30bcd2b1c21ac41347dbe78874839

61

py

Python

diventi/feedbacks/__init__.py

flavoi/diven

3173ca3ca3fbedc191b8eab3639a6bceb3c442c4

[ "Apache-2.0" ]

2

2019-06-27T16:00:17.000Z

2020-08-14T07:46:05.000Z

diventi/feedbacks/__init__.py

flavoi/diven

3173ca3ca3fbedc191b8eab3639a6bceb3c442c4

[ "Apache-2.0" ]

26

2020-02-15T22:39:35.000Z

2022-02-19T21:09:01.000Z

diventi/feedbacks/__init__.py

flavoi/diven

3173ca3ca3fbedc191b8eab3639a6bceb3c442c4

[ "Apache-2.0" ]

1

2021-11-12T22:30:15.000Z

default_app_config = 'diventi.feedbacks.apps.FeedbacksConfig'

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0

1

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null

0

1

0

1

null

0

4

544078684143bcd75072a4c4d4659ec85aabad1c

227

py

Python

basiclive/utils/encrypt.py

znarthur/basic-live

79c194311de05af2e1bb21d1bc8c6c14dda356d0

[ "BSD-3-Clause" ]

null

basiclive/utils/encrypt.py

znarthur/basic-live

79c194311de05af2e1bb21d1bc8c6c14dda356d0

[ "BSD-3-Clause" ]

1

2020-12-03T15:27:09.000Z

basiclive/utils/encrypt.py

znarthur/basic-live

79c194311de05af2e1bb21d1bc8c6c14dda356d0

[ "BSD-3-Clause" ]

1

2021-09-28T21:06:09.000Z

import base64 def encrypt(private): public = base64.urlsafe_b64encode(private.encode()).decode() return public def decrypt(public): private = base64.urlsafe_b64decode(public.encode()).decode() return private

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5466e5ab0ade58a241eb83a4acc7a9d59fc5087c

302

py

Python

src/puppy_hunter/log.py

uberbrodt/puppy_hunter

a149b8aeb1f0d21f14255c8a945b2fe9f46cfd99

[ "MIT" ]

1

2020-06-24T20:09:59.000Z

src/puppy_hunter/log.py

uberbrodt/puppy_hunter

a149b8aeb1f0d21f14255c8a945b2fe9f46cfd99

[ "MIT" ]

null

src/puppy_hunter/log.py

uberbrodt/puppy_hunter

a149b8aeb1f0d21f14255c8a945b2fe9f46cfd99

[ "MIT" ]

null

import logging import logging.config import os.path def configure_logging(config_path): config = os.path.join(config_path, "logger.conf") print(config) logging.config.fileConfig(fname=config, disable_existing_loggers=False) def get_logger(): return logging.getLogger("puppyLogger")

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null

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null

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4

546cd58add32884564c24da68332ffb503e2e86e

35

py

Python

modules/2.79/bpy/types/NodeCustomGroup.py

cmbasnett/fake-bpy-module

acb8b0f102751a9563e5b5e5c7cd69a4e8aa2a55

[ "MIT" ]

null

modules/2.79/bpy/types/NodeCustomGroup.py

cmbasnett/fake-bpy-module

acb8b0f102751a9563e5b5e5c7cd69a4e8aa2a55

[ "MIT" ]

null

modules/2.79/bpy/types/NodeCustomGroup.py

cmbasnett/fake-bpy-module

acb8b0f102751a9563e5b5e5c7cd69a4e8aa2a55

[ "MIT" ]

null

NodeCustomGroup.interface = None

8.75

32

0.8

3

35

9.333333

1

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0.142857

35

3

33

11.666667

0.933333

0

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true

0

1

0

null

0

1

0

null

0

1

0

4

5483e5dce89a93cfa18187d4f04281261d34d433

2,272

py

Python

k3git/setup.py

drmingdrmer/gift

de8fa1176ebc5be15baf47822b057dabb8756016

[ "Apache-2.0" ]

null

k3git/setup.py

drmingdrmer/gift

de8fa1176ebc5be15baf47822b057dabb8756016

[ "Apache-2.0" ]

null

k3git/setup.py

drmingdrmer/gift

de8fa1176ebc5be15baf47822b057dabb8756016

[ "Apache-2.0" ]

null

# DO NOT EDIT!!! built with `python _building/build_setup.py` import setuptools setuptools.setup( name="k3git", packages=["k3git"], version="0.1.10", license='MIT', description='wrapper of git command-line', long_description="# k3git\n\n[![Build Status](https://travis-ci.com/pykit3/k3git.svg?branch=master)](https://travis-ci.com/pykit3/k3git)\n![Python package](https://github.com/pykit3/k3git/workflows/Python%20package/badge.svg)\n[![Documentation Status](https://readthedocs.org/projects/k3git/badge/?version=stable)](https://k3git.readthedocs.io/en/stable/?badge=stable)\n[![Package](https://img.shields.io/pypi/pyversions/k3git)](https://pypi.org/project/k3git)\n\nwrapper of git command-line\n\nk3git is a component of [pykit3] project: a python3 toolkit set.\n\n\nk3git is wrapper of git command-line.\n\nTo parse a git command ``git --git-dir=/foo fetch origin``:\n\n >>> GitOpt().parse_args(['--git-dir=/foo', 'fetch', 'origin']).cmds\n ['fetch', 'origin']\n\n >>> GitOpt().parse_args(['--git-dir=/foo', 'fetch', 'origin']).to_args()\n ['--git-dir=/foo']\n\n\n\n\n# Install\n\n```\npip install k3git\n```\n\n# Synopsis\n\n```python\n>>> GitOpt().parse_args(['--git-dir=/foo', 'fetch', 'origin']).cmds\n['fetch', 'origin']\n>>> GitOpt().parse_args(['--git-dir=/foo', 'fetch', 'origin']).to_args()\n['--git-dir=/foo']\n```\n\n# Author\n\nZhang Yanpo (张炎泼) <drdr.xp@gmail.com>\n\n# Copyright and License\n\nThe MIT License (MIT)\n\nCopyright (c) 2015 Zhang Yanpo (张炎泼) <drdr.xp@gmail.com>\n\n\n[pykit3]: https://github.com/pykit3", long_description_content_type="text/markdown", author='Zhang Yanpo', author_email='drdr.xp@gmail.com', url='https://github.com/pykit3/k3git', keywords=['git', 'cli', 'commandline'], python_requires='>=3.0', install_requires=['k3str<0.2,>=v0.1.1', 'k3ut>=0.1.7,<0.2', 'k3handy>=0.1.4,<0.2', 'k3fs<0.2,>=0.1.5'], classifiers=[ 'Development Status :: 4 - Beta', 'Intended Audience :: Developers', 'Topic :: Software Development :: Libraries', ] + ['Programming Language :: Python :: 3.6', 'Programming Language :: Python :: 3.7', 'Programming Language :: Python :: 3.8', 'Programming Language :: Python :: Implementation :: PyPy'], )

94.666667

1,351

0.660651

341

2,272

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0.304172

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0.185061

0.152759

0

0.032131

0.109595

2,272

23

1,352

98.782609

0.702422

0.025968

0

1

0.047619

0.816825

0.173677

0

1

0

true

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null

0

1

0

1

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1

0

null

0

1

0

4

5488ee45215da125c7983fb817e208f253050d6b

631

py

Python

feature_importance/plots.py

bangdasun/kaggle_learn

62593a405f4c9d9b21b3e8ca9927832433114bdb

[ "MIT" ]

8

2019-03-28T11:01:01.000Z

2022-03-11T11:56:31.000Z

feature_importance/plots.py

bangdasun/kaggle_learn

62593a405f4c9d9b21b3e8ca9927832433114bdb

[ "MIT" ]

null

feature_importance/plots.py

bangdasun/kaggle_learn

62593a405f4c9d9b21b3e8ca9927832433114bdb

[ "MIT" ]

6

2019-08-14T02:21:29.000Z

2021-11-15T14:56:38.000Z

import pandas as pd import matplotlib.pyplot as plt def plot_feature_importance_df(importance_df, figsize=(12, 30)): """ Plot feature importance using horizontal bar plot Parameters ---------- importance_df: pd.DataFrame, contains 2 columns: features, importance figsize : tuple, figure size Returns ------- """ assert "features" in importance_df.columns and "importance" in importance_df.columns importance_df = importance_df.set_index("features") importance_df = importance_df.sort_values("importance") importance_df["importance"].plot(kind="barh", figsize=figsize)

27.434783

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0.493333

0.277778

0.203704

0.166667

0

0.009709

0.183835

631

22

89

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false

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0

null

1

0

null

0

1

0

4

548c310969f82de3fdaa5f652b5423cb9342a5bf

145

py

Python

viz/load_data.py

mepearson/tacc_dash

6945bf192e49b2756d3514f18ce50e4ff7a57817

[ "MIT" ]

null

viz/load_data.py

mepearson/tacc_dash

6945bf192e49b2756d3514f18ce50e4ff7a57817

[ "MIT" ]

null

viz/load_data.py

mepearson/tacc_dash

6945bf192e49b2756d3514f18ce50e4ff7a57817

[ "MIT" ]

null

# Centralized location for extracting data information from a THREAD_ID # These functions can be shared between the different visualization apps

48.333333

72

0.841379

20

145

6.05

1

0

0.144828

145

2

73

72.5

0.975806

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0

null

0

null

0

null

0

null

1

null

true

0

null

1

0

null

0

1

0

1

0

null

0

1

0

4

54aa8a5baabb7f3cf3fff10d9b024c10ccaea3ad

366,317

py

Python

venv/Lib/site-packages/js2py/py_node_modules/crypto_js.py

raveendezoysa/American-Sign-Language-to-Text-Based-Translator

0e0d3bea9912c87c51f00728742dc67cd85b7e66

[ "MIT" ]

null

venv/Lib/site-packages/js2py/py_node_modules/crypto_js.py

raveendezoysa/American-Sign-Language-to-Text-Based-Translator

0e0d3bea9912c87c51f00728742dc67cd85b7e66

[ "MIT" ]

null

venv/Lib/site-packages/js2py/py_node_modules/crypto_js.py

raveendezoysa/American-Sign-Language-to-Text-Based-Translator

0e0d3bea9912c87c51f00728742dc67cd85b7e66

[ "MIT" ]

1

2020-09-06T23:12:05.000Z

from js2py.pyjs import * # setting scope var = Scope( JS_BUILTINS ) set_global_object(var) # Code follows: var.registers([u'crypto_js', u'getFromGlobals', u'_typeof']) @Js def PyJsHoisted_getFromGlobals_(name, this, arguments, var=var): var = Scope({u'this':this, u'name':name, u'arguments':arguments}, var) var.registers([u'name']) if var.get(u'Object').get(u'prototype').callprop(u'hasOwnProperty', Js(u'_fake_exports')).neg(): PyJsTempException = JsToPyException(var.get(u'Error')((Js(u'Could not find any value named ')+var.get(u'name')))) raise PyJsTempException if var.get(u'Object').get(u'prototype').get(u'_fake_exports').callprop(u'hasOwnProperty', var.get(u'name')): return var.get(u'Object').get(u'prototype').get(u'_fake_exports').get(var.get(u'name')) else: PyJsTempException = JsToPyException(var.get(u'Error')((Js(u'Could not find any value named ')+var.get(u'name')))) raise PyJsTempException PyJsHoisted_getFromGlobals_.func_name = u'getFromGlobals' var.put(u'getFromGlobals', PyJsHoisted_getFromGlobals_) Js(u'use strict') @Js def PyJs_anonymous_0_(obj, this, arguments, var=var): var = Scope({u'this':this, u'obj':obj, u'arguments':arguments}, var) var.registers([u'obj']) return var.get(u'obj',throw=False).typeof() PyJs_anonymous_0_._set_name(u'anonymous') @Js def PyJs_anonymous_1_(obj, this, arguments, var=var): var = Scope({u'this':this, u'obj':obj, u'arguments':arguments}, var) var.registers([u'obj']) return (Js(u'symbol') if (((var.get(u'obj') and PyJsStrictEq(var.get(u'Symbol',throw=False).typeof(),Js(u'function'))) and PyJsStrictEq(var.get(u'obj').get(u'constructor'),var.get(u'Symbol'))) and PyJsStrictNeq(var.get(u'obj'),var.get(u'Symbol').get(u'prototype'))) else var.get(u'obj',throw=False).typeof()) PyJs_anonymous_1_._set_name(u'anonymous') var.put(u'_typeof', (PyJs_anonymous_0_ if (PyJsStrictEq(var.get(u'Symbol',throw=False).typeof(),Js(u'function')) and PyJsStrictEq(var.get(u'Symbol').get(u'iterator').typeof(),Js(u'symbol'))) else PyJs_anonymous_1_)) @Js def PyJs_anonymous_3_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_4_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_5_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'SUB_MIX_1', u'BlockCipher', u'C', u'SUB_MIX_2', u'SBOX', u'INV_SBOX', u'SUB_MIX_0', u'INV_SUB_MIX_1', u'INV_SUB_MIX_0', u'INV_SUB_MIX_3', u'INV_SUB_MIX_2', u'SUB_MIX_3', u'C_lib', u'C_algo', u'AES', u'RCON']) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'BlockCipher', var.get(u'C_lib').get(u'BlockCipher')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'SBOX', Js([])) var.put(u'INV_SBOX', Js([])) var.put(u'SUB_MIX_0', Js([])) var.put(u'SUB_MIX_1', Js([])) var.put(u'SUB_MIX_2', Js([])) var.put(u'SUB_MIX_3', Js([])) var.put(u'INV_SUB_MIX_0', Js([])) var.put(u'INV_SUB_MIX_1', Js([])) var.put(u'INV_SUB_MIX_2', Js([])) var.put(u'INV_SUB_MIX_3', Js([])) @Js def PyJs_anonymous_6_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'xi', u'd', u'i', u'x8', u'sx', u't', u'x2', u'x', u'x4']) var.put(u'd', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(256.0)): try: if (var.get(u'i')<Js(128.0)): var.get(u'd').put(var.get(u'i'), (var.get(u'i')<<Js(1.0))) else: var.get(u'd').put(var.get(u'i'), ((var.get(u'i')<<Js(1.0))^Js(283))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.put(u'x', Js(0.0)) var.put(u'xi', Js(0.0)) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(256.0)): try: var.put(u'sx', ((((var.get(u'xi')^(var.get(u'xi')<<Js(1.0)))^(var.get(u'xi')<<Js(2.0)))^(var.get(u'xi')<<Js(3.0)))^(var.get(u'xi')<<Js(4.0)))) var.put(u'sx', ((PyJsBshift(var.get(u'sx'),Js(8.0))^(var.get(u'sx')&Js(255)))^Js(99))) var.get(u'SBOX').put(var.get(u'x'), var.get(u'sx')) var.get(u'INV_SBOX').put(var.get(u'sx'), var.get(u'x')) var.put(u'x2', var.get(u'd').get(var.get(u'x'))) var.put(u'x4', var.get(u'd').get(var.get(u'x2'))) var.put(u'x8', var.get(u'd').get(var.get(u'x4'))) var.put(u't', ((var.get(u'd').get(var.get(u'sx'))*Js(257))^(var.get(u'sx')*Js(16843008)))) var.get(u'SUB_MIX_0').put(var.get(u'x'), ((var.get(u't')<<Js(24.0))|PyJsBshift(var.get(u't'),Js(8.0)))) var.get(u'SUB_MIX_1').put(var.get(u'x'), ((var.get(u't')<<Js(16.0))|PyJsBshift(var.get(u't'),Js(16.0)))) var.get(u'SUB_MIX_2').put(var.get(u'x'), ((var.get(u't')<<Js(8.0))|PyJsBshift(var.get(u't'),Js(24.0)))) var.get(u'SUB_MIX_3').put(var.get(u'x'), var.get(u't')) var.put(u't', ((((var.get(u'x8')*Js(16843009))^(var.get(u'x4')*Js(65537)))^(var.get(u'x2')*Js(257)))^(var.get(u'x')*Js(16843008)))) var.get(u'INV_SUB_MIX_0').put(var.get(u'sx'), ((var.get(u't')<<Js(24.0))|PyJsBshift(var.get(u't'),Js(8.0)))) var.get(u'INV_SUB_MIX_1').put(var.get(u'sx'), ((var.get(u't')<<Js(16.0))|PyJsBshift(var.get(u't'),Js(16.0)))) var.get(u'INV_SUB_MIX_2').put(var.get(u'sx'), ((var.get(u't')<<Js(8.0))|PyJsBshift(var.get(u't'),Js(24.0)))) var.get(u'INV_SUB_MIX_3').put(var.get(u'sx'), var.get(u't')) if var.get(u'x').neg(): var.put(u'x', var.put(u'xi', Js(1.0))) else: var.put(u'x', (var.get(u'x2')^var.get(u'd').get(var.get(u'd').get(var.get(u'd').get((var.get(u'x8')^var.get(u'x2'))))))) var.put(u'xi', var.get(u'd').get(var.get(u'd').get(var.get(u'xi'))), u'^') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs_anonymous_6_._set_name(u'anonymous') PyJs_anonymous_6_() var.put(u'RCON', Js([Js(0), Js(1), Js(2), Js(4), Js(8), Js(16), Js(32), Js(64), Js(128), Js(27), Js(54)])) @Js def PyJs__doReset_8_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_8_, u'arguments':arguments}, var) var.registers([u'keySchedule', u'invKsRow', u'ksRows', u'invKeySchedule', u'keySize', u'key', u'keyWords', u'ksRow', u'nRounds', u't']) if (var.get(u"this").get(u'_nRounds') and PyJsStrictEq(var.get(u"this").get(u'_keyPriorReset'),var.get(u"this").get(u'_key'))): return var.get('undefined') var.put(u'key', var.get(u"this").put(u'_keyPriorReset', var.get(u"this").get(u'_key'))) var.put(u'keyWords', var.get(u'key').get(u'words')) var.put(u'keySize', (var.get(u'key').get(u'sigBytes')/Js(4.0))) var.put(u'nRounds', var.get(u"this").put(u'_nRounds', (var.get(u'keySize')+Js(6.0)))) var.put(u'ksRows', ((var.get(u'nRounds')+Js(1.0))*Js(4.0))) var.put(u'keySchedule', var.get(u"this").put(u'_keySchedule', Js([]))) #for JS loop var.put(u'ksRow', Js(0.0)) while (var.get(u'ksRow')<var.get(u'ksRows')): try: if (var.get(u'ksRow')<var.get(u'keySize')): var.get(u'keySchedule').put(var.get(u'ksRow'), var.get(u'keyWords').get(var.get(u'ksRow'))) else: var.put(u't', var.get(u'keySchedule').get((var.get(u'ksRow')-Js(1.0)))) if (var.get(u'ksRow')%var.get(u'keySize')).neg(): var.put(u't', ((var.get(u't')<<Js(8.0))|PyJsBshift(var.get(u't'),Js(24.0)))) var.put(u't', ((((var.get(u'SBOX').get(PyJsBshift(var.get(u't'),Js(24.0)))<<Js(24.0))|(var.get(u'SBOX').get((PyJsBshift(var.get(u't'),Js(16.0))&Js(255)))<<Js(16.0)))|(var.get(u'SBOX').get((PyJsBshift(var.get(u't'),Js(8.0))&Js(255)))<<Js(8.0)))|var.get(u'SBOX').get((var.get(u't')&Js(255))))) var.put(u't', (var.get(u'RCON').get(((var.get(u'ksRow')/var.get(u'keySize'))|Js(0.0)))<<Js(24.0)), u'^') else: if ((var.get(u'keySize')>Js(6.0)) and ((var.get(u'ksRow')%var.get(u'keySize'))==Js(4.0))): var.put(u't', ((((var.get(u'SBOX').get(PyJsBshift(var.get(u't'),Js(24.0)))<<Js(24.0))|(var.get(u'SBOX').get((PyJsBshift(var.get(u't'),Js(16.0))&Js(255)))<<Js(16.0)))|(var.get(u'SBOX').get((PyJsBshift(var.get(u't'),Js(8.0))&Js(255)))<<Js(8.0)))|var.get(u'SBOX').get((var.get(u't')&Js(255))))) var.get(u'keySchedule').put(var.get(u'ksRow'), (var.get(u'keySchedule').get((var.get(u'ksRow')-var.get(u'keySize')))^var.get(u't'))) finally: (var.put(u'ksRow',Js(var.get(u'ksRow').to_number())+Js(1))-Js(1)) var.put(u'invKeySchedule', var.get(u"this").put(u'_invKeySchedule', Js([]))) #for JS loop var.put(u'invKsRow', Js(0.0)) while (var.get(u'invKsRow')<var.get(u'ksRows')): try: var.put(u'ksRow', (var.get(u'ksRows')-var.get(u'invKsRow'))) if (var.get(u'invKsRow')%Js(4.0)): var.put(u't', var.get(u'keySchedule').get(var.get(u'ksRow'))) else: var.put(u't', var.get(u'keySchedule').get((var.get(u'ksRow')-Js(4.0)))) if ((var.get(u'invKsRow')<Js(4.0)) or (var.get(u'ksRow')<=Js(4.0))): var.get(u'invKeySchedule').put(var.get(u'invKsRow'), var.get(u't')) else: def PyJs_LONG_9_(var=var): return var.get(u'invKeySchedule').put(var.get(u'invKsRow'), (((var.get(u'INV_SUB_MIX_0').get(var.get(u'SBOX').get(PyJsBshift(var.get(u't'),Js(24.0))))^var.get(u'INV_SUB_MIX_1').get(var.get(u'SBOX').get((PyJsBshift(var.get(u't'),Js(16.0))&Js(255)))))^var.get(u'INV_SUB_MIX_2').get(var.get(u'SBOX').get((PyJsBshift(var.get(u't'),Js(8.0))&Js(255)))))^var.get(u'INV_SUB_MIX_3').get(var.get(u'SBOX').get((var.get(u't')&Js(255)))))) PyJs_LONG_9_() finally: (var.put(u'invKsRow',Js(var.get(u'invKsRow').to_number())+Js(1))-Js(1)) PyJs__doReset_8_._set_name(u'_doReset') @Js def PyJs_encryptBlock_10_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'M':M, u'arguments':arguments, u'encryptBlock':PyJs_encryptBlock_10_, u'offset':offset}, var) var.registers([u'M', u'offset']) var.get(u"this").callprop(u'_doCryptBlock', var.get(u'M'), var.get(u'offset'), var.get(u"this").get(u'_keySchedule'), var.get(u'SUB_MIX_0'), var.get(u'SUB_MIX_1'), var.get(u'SUB_MIX_2'), var.get(u'SUB_MIX_3'), var.get(u'SBOX')) PyJs_encryptBlock_10_._set_name(u'encryptBlock') @Js def PyJs_decryptBlock_11_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'M':M, u'arguments':arguments, u'decryptBlock':PyJs_decryptBlock_11_, u'offset':offset}, var) var.registers([u'M', u't', u'offset']) var.put(u't', var.get(u'M').get((var.get(u'offset')+Js(1.0)))) var.get(u'M').put((var.get(u'offset')+Js(1.0)), var.get(u'M').get((var.get(u'offset')+Js(3.0)))) var.get(u'M').put((var.get(u'offset')+Js(3.0)), var.get(u't')) var.get(u"this").callprop(u'_doCryptBlock', var.get(u'M'), var.get(u'offset'), var.get(u"this").get(u'_invKeySchedule'), var.get(u'INV_SUB_MIX_0'), var.get(u'INV_SUB_MIX_1'), var.get(u'INV_SUB_MIX_2'), var.get(u'INV_SUB_MIX_3'), var.get(u'INV_SBOX')) var.put(u't', var.get(u'M').get((var.get(u'offset')+Js(1.0)))) var.get(u'M').put((var.get(u'offset')+Js(1.0)), var.get(u'M').get((var.get(u'offset')+Js(3.0)))) var.get(u'M').put((var.get(u'offset')+Js(3.0)), var.get(u't')) PyJs_decryptBlock_11_._set_name(u'decryptBlock') @Js def PyJs__doCryptBlock_12_(M, offset, keySchedule, SUB_MIX_0, SUB_MIX_1, SUB_MIX_2, SUB_MIX_3, SBOX, this, arguments, var=var): var = Scope({u'SUB_MIX_1':SUB_MIX_1, u'SUB_MIX_0':SUB_MIX_0, u'SUB_MIX_3':SUB_MIX_3, u'SUB_MIX_2':SUB_MIX_2, u'SBOX':SBOX, u'keySchedule':keySchedule, u'this':this, u'M':M, u'arguments':arguments, u'_doCryptBlock':PyJs__doCryptBlock_12_, u'offset':offset}, var) var.registers([u'SUB_MIX_0', u'M', u'SUB_MIX_1', u'SUB_MIX_2', u'SUB_MIX_3', u'SBOX', u'keySchedule', u's3', u's2', u's1', u's0', u't2', u't3', u't0', u't1', u'offset', u'ksRow', u'round', u'nRounds']) var.put(u'nRounds', var.get(u"this").get(u'_nRounds')) var.put(u's0', (var.get(u'M').get(var.get(u'offset'))^var.get(u'keySchedule').get(u'0'))) var.put(u's1', (var.get(u'M').get((var.get(u'offset')+Js(1.0)))^var.get(u'keySchedule').get(u'1'))) var.put(u's2', (var.get(u'M').get((var.get(u'offset')+Js(2.0)))^var.get(u'keySchedule').get(u'2'))) var.put(u's3', (var.get(u'M').get((var.get(u'offset')+Js(3.0)))^var.get(u'keySchedule').get(u'3'))) var.put(u'ksRow', Js(4.0)) #for JS loop var.put(u'round', Js(1.0)) while (var.get(u'round')<var.get(u'nRounds')): try: var.put(u't0', ((((var.get(u'SUB_MIX_0').get(PyJsBshift(var.get(u's0'),Js(24.0)))^var.get(u'SUB_MIX_1').get((PyJsBshift(var.get(u's1'),Js(16.0))&Js(255))))^var.get(u'SUB_MIX_2').get((PyJsBshift(var.get(u's2'),Js(8.0))&Js(255))))^var.get(u'SUB_MIX_3').get((var.get(u's3')&Js(255))))^var.get(u'keySchedule').get((var.put(u'ksRow',Js(var.get(u'ksRow').to_number())+Js(1))-Js(1))))) var.put(u't1', ((((var.get(u'SUB_MIX_0').get(PyJsBshift(var.get(u's1'),Js(24.0)))^var.get(u'SUB_MIX_1').get((PyJsBshift(var.get(u's2'),Js(16.0))&Js(255))))^var.get(u'SUB_MIX_2').get((PyJsBshift(var.get(u's3'),Js(8.0))&Js(255))))^var.get(u'SUB_MIX_3').get((var.get(u's0')&Js(255))))^var.get(u'keySchedule').get((var.put(u'ksRow',Js(var.get(u'ksRow').to_number())+Js(1))-Js(1))))) var.put(u't2', ((((var.get(u'SUB_MIX_0').get(PyJsBshift(var.get(u's2'),Js(24.0)))^var.get(u'SUB_MIX_1').get((PyJsBshift(var.get(u's3'),Js(16.0))&Js(255))))^var.get(u'SUB_MIX_2').get((PyJsBshift(var.get(u's0'),Js(8.0))&Js(255))))^var.get(u'SUB_MIX_3').get((var.get(u's1')&Js(255))))^var.get(u'keySchedule').get((var.put(u'ksRow',Js(var.get(u'ksRow').to_number())+Js(1))-Js(1))))) var.put(u't3', ((((var.get(u'SUB_MIX_0').get(PyJsBshift(var.get(u's3'),Js(24.0)))^var.get(u'SUB_MIX_1').get((PyJsBshift(var.get(u's0'),Js(16.0))&Js(255))))^var.get(u'SUB_MIX_2').get((PyJsBshift(var.get(u's1'),Js(8.0))&Js(255))))^var.get(u'SUB_MIX_3').get((var.get(u's2')&Js(255))))^var.get(u'keySchedule').get((var.put(u'ksRow',Js(var.get(u'ksRow').to_number())+Js(1))-Js(1))))) var.put(u's0', var.get(u't0')) var.put(u's1', var.get(u't1')) var.put(u's2', var.get(u't2')) var.put(u's3', var.get(u't3')) finally: (var.put(u'round',Js(var.get(u'round').to_number())+Js(1))-Js(1)) var.put(u't0', (((((var.get(u'SBOX').get(PyJsBshift(var.get(u's0'),Js(24.0)))<<Js(24.0))|(var.get(u'SBOX').get((PyJsBshift(var.get(u's1'),Js(16.0))&Js(255)))<<Js(16.0)))|(var.get(u'SBOX').get((PyJsBshift(var.get(u's2'),Js(8.0))&Js(255)))<<Js(8.0)))|var.get(u'SBOX').get((var.get(u's3')&Js(255))))^var.get(u'keySchedule').get((var.put(u'ksRow',Js(var.get(u'ksRow').to_number())+Js(1))-Js(1))))) var.put(u't1', (((((var.get(u'SBOX').get(PyJsBshift(var.get(u's1'),Js(24.0)))<<Js(24.0))|(var.get(u'SBOX').get((PyJsBshift(var.get(u's2'),Js(16.0))&Js(255)))<<Js(16.0)))|(var.get(u'SBOX').get((PyJsBshift(var.get(u's3'),Js(8.0))&Js(255)))<<Js(8.0)))|var.get(u'SBOX').get((var.get(u's0')&Js(255))))^var.get(u'keySchedule').get((var.put(u'ksRow',Js(var.get(u'ksRow').to_number())+Js(1))-Js(1))))) var.put(u't2', (((((var.get(u'SBOX').get(PyJsBshift(var.get(u's2'),Js(24.0)))<<Js(24.0))|(var.get(u'SBOX').get((PyJsBshift(var.get(u's3'),Js(16.0))&Js(255)))<<Js(16.0)))|(var.get(u'SBOX').get((PyJsBshift(var.get(u's0'),Js(8.0))&Js(255)))<<Js(8.0)))|var.get(u'SBOX').get((var.get(u's1')&Js(255))))^var.get(u'keySchedule').get((var.put(u'ksRow',Js(var.get(u'ksRow').to_number())+Js(1))-Js(1))))) var.put(u't3', (((((var.get(u'SBOX').get(PyJsBshift(var.get(u's3'),Js(24.0)))<<Js(24.0))|(var.get(u'SBOX').get((PyJsBshift(var.get(u's0'),Js(16.0))&Js(255)))<<Js(16.0)))|(var.get(u'SBOX').get((PyJsBshift(var.get(u's1'),Js(8.0))&Js(255)))<<Js(8.0)))|var.get(u'SBOX').get((var.get(u's2')&Js(255))))^var.get(u'keySchedule').get((var.put(u'ksRow',Js(var.get(u'ksRow').to_number())+Js(1))-Js(1))))) var.get(u'M').put(var.get(u'offset'), var.get(u't0')) var.get(u'M').put((var.get(u'offset')+Js(1.0)), var.get(u't1')) var.get(u'M').put((var.get(u'offset')+Js(2.0)), var.get(u't2')) var.get(u'M').put((var.get(u'offset')+Js(3.0)), var.get(u't3')) PyJs__doCryptBlock_12_._set_name(u'_doCryptBlock') PyJs_Object_7_ = Js({u'_doReset':PyJs__doReset_8_,u'encryptBlock':PyJs_encryptBlock_10_,u'decryptBlock':PyJs_decryptBlock_11_,u'_doCryptBlock':PyJs__doCryptBlock_12_,u'keySize':(Js(256.0)/Js(32.0))}) var.put(u'AES', var.get(u'C_algo').put(u'AES', var.get(u'BlockCipher').callprop(u'extend', PyJs_Object_7_))) var.get(u'C').put(u'AES', var.get(u'BlockCipher').callprop(u'_createHelper', var.get(u'AES'))) PyJs_anonymous_5_._set_name(u'anonymous') PyJs_anonymous_5_() return var.get(u'CryptoJS').get(u'AES') PyJs_anonymous_4_._set_name(u'anonymous') @Js def PyJs_anonymous_13_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./enc-base64')), var.get(u'require')(Js(u'./md5')), var.get(u'require')(Js(u'./evpkdf')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./enc-base64'), Js(u'./md5'), Js(u'./evpkdf'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_13_._set_name(u'anonymous') PyJs_anonymous_13_(var.get(u"this"), PyJs_anonymous_4_) PyJs_anonymous_3_._set_name(u'anonymous') PyJs_Object_14_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0),u'./enc-base64':Js(4.0),u'./evpkdf':Js(6.0),u'./md5':Js(11.0)}) @Js def PyJs_anonymous_15_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_16_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_17_(undefined, this, arguments, var=var): var = Scope({u'this':this, u'undefined':undefined, u'arguments':arguments}, var) var.registers([u'BlockCipher', u'C_pad', u'Base64', u'C_algo', u'Pkcs7', u'Base', u'C_mode', u'PasswordBasedCipher', u'Utf8', u'SerializableCipher', u'OpenSSLKdf', u'Cipher', u'WordArray', u'C', u'C_lib', u'BlockCipherMode', u'StreamCipher', u'EvpKDF', u'CBC', u'C_format', u'undefined', u'OpenSSLFormatter', u'CipherParams', u'C_enc', u'BufferedBlockAlgorithm', u'C_kdf']) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'Base', var.get(u'C_lib').get(u'Base')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'BufferedBlockAlgorithm', var.get(u'C_lib').get(u'BufferedBlockAlgorithm')) var.put(u'C_enc', var.get(u'C').get(u'enc')) var.put(u'Utf8', var.get(u'C_enc').get(u'Utf8')) var.put(u'Base64', var.get(u'C_enc').get(u'Base64')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'EvpKDF', var.get(u'C_algo').get(u'EvpKDF')) @Js def PyJs_createEncryptor_19_(key, cfg, this, arguments, var=var): var = Scope({u'this':this, u'cfg':cfg, u'createEncryptor':PyJs_createEncryptor_19_, u'arguments':arguments, u'key':key}, var) var.registers([u'cfg', u'key']) return var.get(u"this").callprop(u'create', var.get(u"this").get(u'_ENC_XFORM_MODE'), var.get(u'key'), var.get(u'cfg')) PyJs_createEncryptor_19_._set_name(u'createEncryptor') @Js def PyJs_createDecryptor_20_(key, cfg, this, arguments, var=var): var = Scope({u'this':this, u'cfg':cfg, u'createDecryptor':PyJs_createDecryptor_20_, u'arguments':arguments, u'key':key}, var) var.registers([u'cfg', u'key']) return var.get(u"this").callprop(u'create', var.get(u"this").get(u'_DEC_XFORM_MODE'), var.get(u'key'), var.get(u'cfg')) PyJs_createDecryptor_20_._set_name(u'createDecryptor') @Js def PyJs_init_21_(xformMode, key, cfg, this, arguments, var=var): var = Scope({u'this':this, u'cfg':cfg, u'xformMode':xformMode, u'init':PyJs_init_21_, u'arguments':arguments, u'key':key}, var) var.registers([u'cfg', u'key', u'xformMode']) var.get(u"this").put(u'cfg', var.get(u"this").get(u'cfg').callprop(u'extend', var.get(u'cfg'))) var.get(u"this").put(u'_xformMode', var.get(u'xformMode')) var.get(u"this").put(u'_key', var.get(u'key')) var.get(u"this").callprop(u'reset') PyJs_init_21_._set_name(u'init') @Js def PyJs_reset_22_(this, arguments, var=var): var = Scope({u'this':this, u'reset':PyJs_reset_22_, u'arguments':arguments}, var) var.registers([]) var.get(u'BufferedBlockAlgorithm').get(u'reset').callprop(u'call', var.get(u"this")) var.get(u"this").callprop(u'_doReset') PyJs_reset_22_._set_name(u'reset') @Js def PyJs_process_23_(dataUpdate, this, arguments, var=var): var = Scope({u'this':this, u'dataUpdate':dataUpdate, u'process':PyJs_process_23_, u'arguments':arguments}, var) var.registers([u'dataUpdate']) var.get(u"this").callprop(u'_append', var.get(u'dataUpdate')) return var.get(u"this").callprop(u'_process') PyJs_process_23_._set_name(u'process') @Js def PyJs_finalize_24_(dataUpdate, this, arguments, var=var): var = Scope({u'this':this, u'dataUpdate':dataUpdate, u'arguments':arguments, u'finalize':PyJs_finalize_24_}, var) var.registers([u'dataUpdate', u'finalProcessedData']) if var.get(u'dataUpdate'): var.get(u"this").callprop(u'_append', var.get(u'dataUpdate')) var.put(u'finalProcessedData', var.get(u"this").callprop(u'_doFinalize')) return var.get(u'finalProcessedData') PyJs_finalize_24_._set_name(u'finalize') @Js def PyJs_anonymous_25_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'selectCipherStrategy']) @Js def PyJsHoisted_selectCipherStrategy_(key, this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments, u'key':key}, var) var.registers([u'key']) if (var.get(u'key',throw=False).typeof()==Js(u'string')): return var.get(u'PasswordBasedCipher') else: return var.get(u'SerializableCipher') PyJsHoisted_selectCipherStrategy_.func_name = u'selectCipherStrategy' var.put(u'selectCipherStrategy', PyJsHoisted_selectCipherStrategy_) pass @Js def PyJs_anonymous_26_(cipher, this, arguments, var=var): var = Scope({u'this':this, u'cipher':cipher, u'arguments':arguments}, var) var.registers([u'cipher']) @Js def PyJs_encrypt_28_(message, key, cfg, this, arguments, var=var): var = Scope({u'encrypt':PyJs_encrypt_28_, u'this':this, u'cfg':cfg, u'arguments':arguments, u'key':key, u'message':message}, var) var.registers([u'cfg', u'message', u'key']) return var.get(u'selectCipherStrategy')(var.get(u'key')).callprop(u'encrypt', var.get(u'cipher'), var.get(u'message'), var.get(u'key'), var.get(u'cfg')) PyJs_encrypt_28_._set_name(u'encrypt') @Js def PyJs_decrypt_29_(ciphertext, key, cfg, this, arguments, var=var): var = Scope({u'ciphertext':ciphertext, u'this':this, u'cfg':cfg, u'decrypt':PyJs_decrypt_29_, u'arguments':arguments, u'key':key}, var) var.registers([u'cfg', u'ciphertext', u'key']) return var.get(u'selectCipherStrategy')(var.get(u'key')).callprop(u'decrypt', var.get(u'cipher'), var.get(u'ciphertext'), var.get(u'key'), var.get(u'cfg')) PyJs_decrypt_29_._set_name(u'decrypt') PyJs_Object_27_ = Js({u'encrypt':PyJs_encrypt_28_,u'decrypt':PyJs_decrypt_29_}) return PyJs_Object_27_ PyJs_anonymous_26_._set_name(u'anonymous') return PyJs_anonymous_26_ PyJs_anonymous_25_._set_name(u'anonymous') PyJs_Object_18_ = Js({u'cfg':var.get(u'Base').callprop(u'extend'),u'createEncryptor':PyJs_createEncryptor_19_,u'createDecryptor':PyJs_createDecryptor_20_,u'init':PyJs_init_21_,u'reset':PyJs_reset_22_,u'process':PyJs_process_23_,u'finalize':PyJs_finalize_24_,u'keySize':(Js(128.0)/Js(32.0)),u'ivSize':(Js(128.0)/Js(32.0)),u'_ENC_XFORM_MODE':Js(1.0),u'_DEC_XFORM_MODE':Js(2.0),u'_createHelper':PyJs_anonymous_25_()}) var.put(u'Cipher', var.get(u'C_lib').put(u'Cipher', var.get(u'BufferedBlockAlgorithm').callprop(u'extend', PyJs_Object_18_))) @Js def PyJs__doFinalize_31_(this, arguments, var=var): var = Scope({u'this':this, u'_doFinalize':PyJs__doFinalize_31_, u'arguments':arguments}, var) var.registers([u'finalProcessedBlocks']) var.put(u'finalProcessedBlocks', var.get(u"this").callprop(u'_process', Js(u'flush').neg().neg())) return var.get(u'finalProcessedBlocks') PyJs__doFinalize_31_._set_name(u'_doFinalize') PyJs_Object_30_ = Js({u'_doFinalize':PyJs__doFinalize_31_,u'blockSize':Js(1.0)}) var.put(u'StreamCipher', var.get(u'C_lib').put(u'StreamCipher', var.get(u'Cipher').callprop(u'extend', PyJs_Object_30_))) PyJs_Object_32_ = Js({}) var.put(u'C_mode', var.get(u'C').put(u'mode', PyJs_Object_32_)) @Js def PyJs_createEncryptor_34_(cipher, iv, this, arguments, var=var): var = Scope({u'this':this, u'cipher':cipher, u'createEncryptor':PyJs_createEncryptor_34_, u'arguments':arguments, u'iv':iv}, var) var.registers([u'cipher', u'iv']) return var.get(u"this").get(u'Encryptor').callprop(u'create', var.get(u'cipher'), var.get(u'iv')) PyJs_createEncryptor_34_._set_name(u'createEncryptor') @Js def PyJs_createDecryptor_35_(cipher, iv, this, arguments, var=var): var = Scope({u'this':this, u'createDecryptor':PyJs_createDecryptor_35_, u'cipher':cipher, u'arguments':arguments, u'iv':iv}, var) var.registers([u'cipher', u'iv']) return var.get(u"this").get(u'Decryptor').callprop(u'create', var.get(u'cipher'), var.get(u'iv')) PyJs_createDecryptor_35_._set_name(u'createDecryptor') @Js def PyJs_init_36_(cipher, iv, this, arguments, var=var): var = Scope({u'this':this, u'init':PyJs_init_36_, u'cipher':cipher, u'arguments':arguments, u'iv':iv}, var) var.registers([u'cipher', u'iv']) var.get(u"this").put(u'_cipher', var.get(u'cipher')) var.get(u"this").put(u'_iv', var.get(u'iv')) PyJs_init_36_._set_name(u'init') PyJs_Object_33_ = Js({u'createEncryptor':PyJs_createEncryptor_34_,u'createDecryptor':PyJs_createDecryptor_35_,u'init':PyJs_init_36_}) var.put(u'BlockCipherMode', var.get(u'C_lib').put(u'BlockCipherMode', var.get(u'Base').callprop(u'extend', PyJs_Object_33_))) @Js def PyJs_anonymous_37_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'CBC', u'xorBlock']) @Js def PyJsHoisted_xorBlock_(words, offset, blockSize, this, arguments, var=var): var = Scope({u'this':this, u'blockSize':blockSize, u'arguments':arguments, u'words':words, u'offset':offset}, var) var.registers([u'i', u'blockSize', u'iv', u'words', u'offset', u'block']) var.put(u'iv', var.get(u"this").get(u'_iv')) if var.get(u'iv'): var.put(u'block', var.get(u'iv')) var.get(u"this").put(u'_iv', var.get(u'undefined')) else: var.put(u'block', var.get(u"this").get(u'_prevBlock')) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'blockSize')): try: var.get(u'words').put((var.get(u'offset')+var.get(u'i')), var.get(u'block').get(var.get(u'i')), u'^') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJsHoisted_xorBlock_.func_name = u'xorBlock' var.put(u'xorBlock', PyJsHoisted_xorBlock_) var.put(u'CBC', var.get(u'BlockCipherMode').callprop(u'extend')) @Js def PyJs_processBlock_39_(words, offset, this, arguments, var=var): var = Scope({u'this':this, u'processBlock':PyJs_processBlock_39_, u'arguments':arguments, u'words':words, u'offset':offset}, var) var.registers([u'blockSize', u'cipher', u'words', u'offset']) var.put(u'cipher', var.get(u"this").get(u'_cipher')) var.put(u'blockSize', var.get(u'cipher').get(u'blockSize')) var.get(u'xorBlock').callprop(u'call', var.get(u"this"), var.get(u'words'), var.get(u'offset'), var.get(u'blockSize')) var.get(u'cipher').callprop(u'encryptBlock', var.get(u'words'), var.get(u'offset')) var.get(u"this").put(u'_prevBlock', var.get(u'words').callprop(u'slice', var.get(u'offset'), (var.get(u'offset')+var.get(u'blockSize')))) PyJs_processBlock_39_._set_name(u'processBlock') PyJs_Object_38_ = Js({u'processBlock':PyJs_processBlock_39_}) var.get(u'CBC').put(u'Encryptor', var.get(u'CBC').callprop(u'extend', PyJs_Object_38_)) @Js def PyJs_processBlock_41_(words, offset, this, arguments, var=var): var = Scope({u'this':this, u'processBlock':PyJs_processBlock_41_, u'arguments':arguments, u'words':words, u'offset':offset}, var) var.registers([u'blockSize', u'cipher', u'words', u'thisBlock', u'offset']) var.put(u'cipher', var.get(u"this").get(u'_cipher')) var.put(u'blockSize', var.get(u'cipher').get(u'blockSize')) var.put(u'thisBlock', var.get(u'words').callprop(u'slice', var.get(u'offset'), (var.get(u'offset')+var.get(u'blockSize')))) var.get(u'cipher').callprop(u'decryptBlock', var.get(u'words'), var.get(u'offset')) var.get(u'xorBlock').callprop(u'call', var.get(u"this"), var.get(u'words'), var.get(u'offset'), var.get(u'blockSize')) var.get(u"this").put(u'_prevBlock', var.get(u'thisBlock')) PyJs_processBlock_41_._set_name(u'processBlock') PyJs_Object_40_ = Js({u'processBlock':PyJs_processBlock_41_}) var.get(u'CBC').put(u'Decryptor', var.get(u'CBC').callprop(u'extend', PyJs_Object_40_)) pass return var.get(u'CBC') PyJs_anonymous_37_._set_name(u'anonymous') var.put(u'CBC', var.get(u'C_mode').put(u'CBC', PyJs_anonymous_37_())) PyJs_Object_42_ = Js({}) var.put(u'C_pad', var.get(u'C').put(u'pad', PyJs_Object_42_)) @Js def PyJs_pad_44_(data, blockSize, this, arguments, var=var): var = Scope({u'this':this, u'blockSize':blockSize, u'pad':PyJs_pad_44_, u'data':data, u'arguments':arguments}, var) var.registers([u'paddingWord', u'blockSizeBytes', u'i', u'blockSize', u'nPaddingBytes', u'padding', u'paddingWords', u'data']) var.put(u'blockSizeBytes', (var.get(u'blockSize')*Js(4.0))) var.put(u'nPaddingBytes', (var.get(u'blockSizeBytes')-(var.get(u'data').get(u'sigBytes')%var.get(u'blockSizeBytes')))) var.put(u'paddingWord', ((((var.get(u'nPaddingBytes')<<Js(24.0))|(var.get(u'nPaddingBytes')<<Js(16.0)))|(var.get(u'nPaddingBytes')<<Js(8.0)))|var.get(u'nPaddingBytes'))) var.put(u'paddingWords', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'nPaddingBytes')): try: var.get(u'paddingWords').callprop(u'push', var.get(u'paddingWord')) finally: var.put(u'i', Js(4.0), u'+') var.put(u'padding', var.get(u'WordArray').callprop(u'create', var.get(u'paddingWords'), var.get(u'nPaddingBytes'))) var.get(u'data').callprop(u'concat', var.get(u'padding')) PyJs_pad_44_._set_name(u'pad') @Js def PyJs_unpad_45_(data, this, arguments, var=var): var = Scope({u'this':this, u'unpad':PyJs_unpad_45_, u'data':data, u'arguments':arguments}, var) var.registers([u'data', u'nPaddingBytes']) var.put(u'nPaddingBytes', (var.get(u'data').get(u'words').get(PyJsBshift((var.get(u'data').get(u'sigBytes')-Js(1.0)),Js(2.0)))&Js(255))) var.get(u'data').put(u'sigBytes', var.get(u'nPaddingBytes'), u'-') PyJs_unpad_45_._set_name(u'unpad') PyJs_Object_43_ = Js({u'pad':PyJs_pad_44_,u'unpad':PyJs_unpad_45_}) var.put(u'Pkcs7', var.get(u'C_pad').put(u'Pkcs7', PyJs_Object_43_)) PyJs_Object_47_ = Js({u'mode':var.get(u'CBC'),u'padding':var.get(u'Pkcs7')}) @Js def PyJs_reset_48_(this, arguments, var=var): var = Scope({u'this':this, u'reset':PyJs_reset_48_, u'arguments':arguments}, var) var.registers([u'modeCreator', u'cfg', u'mode', u'iv']) var.get(u'Cipher').get(u'reset').callprop(u'call', var.get(u"this")) var.put(u'cfg', var.get(u"this").get(u'cfg')) var.put(u'iv', var.get(u'cfg').get(u'iv')) var.put(u'mode', var.get(u'cfg').get(u'mode')) if (var.get(u"this").get(u'_xformMode')==var.get(u"this").get(u'_ENC_XFORM_MODE')): var.put(u'modeCreator', var.get(u'mode').get(u'createEncryptor')) else: var.put(u'modeCreator', var.get(u'mode').get(u'createDecryptor')) var.get(u"this").put(u'_minBufferSize', Js(1.0)) if (var.get(u"this").get(u'_mode') and (var.get(u"this").get(u'_mode').get(u'__creator')==var.get(u'modeCreator'))): var.get(u"this").get(u'_mode').callprop(u'init', var.get(u"this"), (var.get(u'iv') and var.get(u'iv').get(u'words'))) else: var.get(u"this").put(u'_mode', var.get(u'modeCreator').callprop(u'call', var.get(u'mode'), var.get(u"this"), (var.get(u'iv') and var.get(u'iv').get(u'words')))) var.get(u"this").get(u'_mode').put(u'__creator', var.get(u'modeCreator')) PyJs_reset_48_._set_name(u'reset') @Js def PyJs__doProcessBlock_49_(words, offset, this, arguments, var=var): var = Scope({u'this':this, u'_doProcessBlock':PyJs__doProcessBlock_49_, u'arguments':arguments, u'words':words, u'offset':offset}, var) var.registers([u'words', u'offset']) var.get(u"this").get(u'_mode').callprop(u'processBlock', var.get(u'words'), var.get(u'offset')) PyJs__doProcessBlock_49_._set_name(u'_doProcessBlock') @Js def PyJs__doFinalize_50_(this, arguments, var=var): var = Scope({u'this':this, u'_doFinalize':PyJs__doFinalize_50_, u'arguments':arguments}, var) var.registers([u'padding', u'finalProcessedBlocks']) var.put(u'padding', var.get(u"this").get(u'cfg').get(u'padding')) if (var.get(u"this").get(u'_xformMode')==var.get(u"this").get(u'_ENC_XFORM_MODE')): var.get(u'padding').callprop(u'pad', var.get(u"this").get(u'_data'), var.get(u"this").get(u'blockSize')) var.put(u'finalProcessedBlocks', var.get(u"this").callprop(u'_process', Js(u'flush').neg().neg())) else: var.put(u'finalProcessedBlocks', var.get(u"this").callprop(u'_process', Js(u'flush').neg().neg())) var.get(u'padding').callprop(u'unpad', var.get(u'finalProcessedBlocks')) return var.get(u'finalProcessedBlocks') PyJs__doFinalize_50_._set_name(u'_doFinalize') PyJs_Object_46_ = Js({u'cfg':var.get(u'Cipher').get(u'cfg').callprop(u'extend', PyJs_Object_47_),u'reset':PyJs_reset_48_,u'_doProcessBlock':PyJs__doProcessBlock_49_,u'_doFinalize':PyJs__doFinalize_50_,u'blockSize':(Js(128.0)/Js(32.0))}) var.put(u'BlockCipher', var.get(u'C_lib').put(u'BlockCipher', var.get(u'Cipher').callprop(u'extend', PyJs_Object_46_))) @Js def PyJs_init_52_(cipherParams, this, arguments, var=var): var = Scope({u'this':this, u'init':PyJs_init_52_, u'cipherParams':cipherParams, u'arguments':arguments}, var) var.registers([u'cipherParams']) var.get(u"this").callprop(u'mixIn', var.get(u'cipherParams')) PyJs_init_52_._set_name(u'init') @Js def PyJs_toString_53_(formatter, this, arguments, var=var): var = Scope({u'this':this, u'formatter':formatter, u'toString':PyJs_toString_53_, u'arguments':arguments}, var) var.registers([u'formatter']) return (var.get(u'formatter') or var.get(u"this").get(u'formatter')).callprop(u'stringify', var.get(u"this")) PyJs_toString_53_._set_name(u'toString') PyJs_Object_51_ = Js({u'init':PyJs_init_52_,u'toString':PyJs_toString_53_}) var.put(u'CipherParams', var.get(u'C_lib').put(u'CipherParams', var.get(u'Base').callprop(u'extend', PyJs_Object_51_))) PyJs_Object_54_ = Js({}) var.put(u'C_format', var.get(u'C').put(u'format', PyJs_Object_54_)) @Js def PyJs_stringify_56_(cipherParams, this, arguments, var=var): var = Scope({u'this':this, u'stringify':PyJs_stringify_56_, u'cipherParams':cipherParams, u'arguments':arguments}, var) var.registers([u'ciphertext', u'cipherParams', u'salt', u'wordArray']) var.put(u'ciphertext', var.get(u'cipherParams').get(u'ciphertext')) var.put(u'salt', var.get(u'cipherParams').get(u'salt')) if var.get(u'salt'): var.put(u'wordArray', var.get(u'WordArray').callprop(u'create', Js([Js(1398893684), Js(1701076831)])).callprop(u'concat', var.get(u'salt')).callprop(u'concat', var.get(u'ciphertext'))) else: var.put(u'wordArray', var.get(u'ciphertext')) return var.get(u'wordArray').callprop(u'toString', var.get(u'Base64')) PyJs_stringify_56_._set_name(u'stringify') @Js def PyJs_parse_57_(openSSLStr, this, arguments, var=var): var = Scope({u'this':this, u'openSSLStr':openSSLStr, u'parse':PyJs_parse_57_, u'arguments':arguments}, var) var.registers([u'salt', u'ciphertext', u'ciphertextWords', u'openSSLStr']) var.put(u'ciphertext', var.get(u'Base64').callprop(u'parse', var.get(u'openSSLStr'))) var.put(u'ciphertextWords', var.get(u'ciphertext').get(u'words')) if ((var.get(u'ciphertextWords').get(u'0')==Js(1398893684)) and (var.get(u'ciphertextWords').get(u'1')==Js(1701076831))): var.put(u'salt', var.get(u'WordArray').callprop(u'create', var.get(u'ciphertextWords').callprop(u'slice', Js(2.0), Js(4.0)))) var.get(u'ciphertextWords').callprop(u'splice', Js(0.0), Js(4.0)) var.get(u'ciphertext').put(u'sigBytes', Js(16.0), u'-') PyJs_Object_58_ = Js({u'ciphertext':var.get(u'ciphertext'),u'salt':var.get(u'salt')}) return var.get(u'CipherParams').callprop(u'create', PyJs_Object_58_) PyJs_parse_57_._set_name(u'parse') PyJs_Object_55_ = Js({u'stringify':PyJs_stringify_56_,u'parse':PyJs_parse_57_}) var.put(u'OpenSSLFormatter', var.get(u'C_format').put(u'OpenSSL', PyJs_Object_55_)) PyJs_Object_60_ = Js({u'format':var.get(u'OpenSSLFormatter')}) @Js def PyJs_encrypt_61_(cipher, message, key, cfg, this, arguments, var=var): var = Scope({u'cipher':cipher, u'encrypt':PyJs_encrypt_61_, u'arguments':arguments, u'key':key, u'this':this, u'cfg':cfg, u'message':message}, var) var.registers([u'ciphertext', u'encryptor', u'cipher', u'key', u'cfg', u'cipherCfg', u'message']) var.put(u'cfg', var.get(u"this").get(u'cfg').callprop(u'extend', var.get(u'cfg'))) var.put(u'encryptor', var.get(u'cipher').callprop(u'createEncryptor', var.get(u'key'), var.get(u'cfg'))) var.put(u'ciphertext', var.get(u'encryptor').callprop(u'finalize', var.get(u'message'))) var.put(u'cipherCfg', var.get(u'encryptor').get(u'cfg')) PyJs_Object_62_ = Js({u'ciphertext':var.get(u'ciphertext'),u'key':var.get(u'key'),u'iv':var.get(u'cipherCfg').get(u'iv'),u'algorithm':var.get(u'cipher'),u'mode':var.get(u'cipherCfg').get(u'mode'),u'padding':var.get(u'cipherCfg').get(u'padding'),u'blockSize':var.get(u'cipher').get(u'blockSize'),u'formatter':var.get(u'cfg').get(u'format')}) return var.get(u'CipherParams').callprop(u'create', PyJs_Object_62_) PyJs_encrypt_61_._set_name(u'encrypt') @Js def PyJs_decrypt_63_(cipher, ciphertext, key, cfg, this, arguments, var=var): var = Scope({u'ciphertext':ciphertext, u'cipher':cipher, u'arguments':arguments, u'key':key, u'this':this, u'cfg':cfg, u'decrypt':PyJs_decrypt_63_}, var) var.registers([u'plaintext', u'cfg', u'ciphertext', u'cipher', u'key']) var.put(u'cfg', var.get(u"this").get(u'cfg').callprop(u'extend', var.get(u'cfg'))) var.put(u'ciphertext', var.get(u"this").callprop(u'_parse', var.get(u'ciphertext'), var.get(u'cfg').get(u'format'))) var.put(u'plaintext', var.get(u'cipher').callprop(u'createDecryptor', var.get(u'key'), var.get(u'cfg')).callprop(u'finalize', var.get(u'ciphertext').get(u'ciphertext'))) return var.get(u'plaintext') PyJs_decrypt_63_._set_name(u'decrypt') @Js def PyJs__parse_64_(ciphertext, format, this, arguments, var=var): var = Scope({u'this':this, u'_parse':PyJs__parse_64_, u'ciphertext':ciphertext, u'arguments':arguments, u'format':format}, var) var.registers([u'ciphertext', u'format']) if (var.get(u'ciphertext',throw=False).typeof()==Js(u'string')): return var.get(u'format').callprop(u'parse', var.get(u'ciphertext'), var.get(u"this")) else: return var.get(u'ciphertext') PyJs__parse_64_._set_name(u'_parse') PyJs_Object_59_ = Js({u'cfg':var.get(u'Base').callprop(u'extend', PyJs_Object_60_),u'encrypt':PyJs_encrypt_61_,u'decrypt':PyJs_decrypt_63_,u'_parse':PyJs__parse_64_}) var.put(u'SerializableCipher', var.get(u'C_lib').put(u'SerializableCipher', var.get(u'Base').callprop(u'extend', PyJs_Object_59_))) PyJs_Object_65_ = Js({}) var.put(u'C_kdf', var.get(u'C').put(u'kdf', PyJs_Object_65_)) @Js def PyJs_execute_67_(password, keySize, ivSize, salt, this, arguments, var=var): var = Scope({u'execute':PyJs_execute_67_, u'keySize':keySize, u'this':this, u'ivSize':ivSize, u'password':password, u'salt':salt, u'arguments':arguments}, var) var.registers([u'ivSize', u'iv', u'keySize', u'key', u'password', u'salt']) if var.get(u'salt').neg(): var.put(u'salt', var.get(u'WordArray').callprop(u'random', (Js(64.0)/Js(8.0)))) PyJs_Object_68_ = Js({u'keySize':(var.get(u'keySize')+var.get(u'ivSize'))}) var.put(u'key', var.get(u'EvpKDF').callprop(u'create', PyJs_Object_68_).callprop(u'compute', var.get(u'password'), var.get(u'salt'))) var.put(u'iv', var.get(u'WordArray').callprop(u'create', var.get(u'key').get(u'words').callprop(u'slice', var.get(u'keySize')), (var.get(u'ivSize')*Js(4.0)))) var.get(u'key').put(u'sigBytes', (var.get(u'keySize')*Js(4.0))) PyJs_Object_69_ = Js({u'key':var.get(u'key'),u'iv':var.get(u'iv'),u'salt':var.get(u'salt')}) return var.get(u'CipherParams').callprop(u'create', PyJs_Object_69_) PyJs_execute_67_._set_name(u'execute') PyJs_Object_66_ = Js({u'execute':PyJs_execute_67_}) var.put(u'OpenSSLKdf', var.get(u'C_kdf').put(u'OpenSSL', PyJs_Object_66_)) PyJs_Object_71_ = Js({u'kdf':var.get(u'OpenSSLKdf')}) @Js def PyJs_encrypt_72_(cipher, message, password, cfg, this, arguments, var=var): var = Scope({u'cipher':cipher, u'encrypt':PyJs_encrypt_72_, u'arguments':arguments, u'this':this, u'cfg':cfg, u'message':message, u'password':password}, var) var.registers([u'derivedParams', u'ciphertext', u'cfg', u'cipher', u'message', u'password']) var.put(u'cfg', var.get(u"this").get(u'cfg').callprop(u'extend', var.get(u'cfg'))) var.put(u'derivedParams', var.get(u'cfg').get(u'kdf').callprop(u'execute', var.get(u'password'), var.get(u'cipher').get(u'keySize'), var.get(u'cipher').get(u'ivSize'))) var.get(u'cfg').put(u'iv', var.get(u'derivedParams').get(u'iv')) var.put(u'ciphertext', var.get(u'SerializableCipher').get(u'encrypt').callprop(u'call', var.get(u"this"), var.get(u'cipher'), var.get(u'message'), var.get(u'derivedParams').get(u'key'), var.get(u'cfg'))) var.get(u'ciphertext').callprop(u'mixIn', var.get(u'derivedParams')) return var.get(u'ciphertext') PyJs_encrypt_72_._set_name(u'encrypt') @Js def PyJs_decrypt_73_(cipher, ciphertext, password, cfg, this, arguments, var=var): var = Scope({u'ciphertext':ciphertext, u'cipher':cipher, u'arguments':arguments, u'this':this, u'cfg':cfg, u'password':password, u'decrypt':PyJs_decrypt_73_}, var) var.registers([u'derivedParams', u'ciphertext', u'plaintext', u'cfg', u'cipher', u'password']) var.put(u'cfg', var.get(u"this").get(u'cfg').callprop(u'extend', var.get(u'cfg'))) var.put(u'ciphertext', var.get(u"this").callprop(u'_parse', var.get(u'ciphertext'), var.get(u'cfg').get(u'format'))) var.put(u'derivedParams', var.get(u'cfg').get(u'kdf').callprop(u'execute', var.get(u'password'), var.get(u'cipher').get(u'keySize'), var.get(u'cipher').get(u'ivSize'), var.get(u'ciphertext').get(u'salt'))) var.get(u'cfg').put(u'iv', var.get(u'derivedParams').get(u'iv')) var.put(u'plaintext', var.get(u'SerializableCipher').get(u'decrypt').callprop(u'call', var.get(u"this"), var.get(u'cipher'), var.get(u'ciphertext'), var.get(u'derivedParams').get(u'key'), var.get(u'cfg'))) return var.get(u'plaintext') PyJs_decrypt_73_._set_name(u'decrypt') PyJs_Object_70_ = Js({u'cfg':var.get(u'SerializableCipher').get(u'cfg').callprop(u'extend', PyJs_Object_71_),u'encrypt':PyJs_encrypt_72_,u'decrypt':PyJs_decrypt_73_}) var.put(u'PasswordBasedCipher', var.get(u'C_lib').put(u'PasswordBasedCipher', var.get(u'SerializableCipher').callprop(u'extend', PyJs_Object_70_))) PyJs_anonymous_17_._set_name(u'anonymous') (var.get(u'CryptoJS').get(u'lib').get(u'Cipher') or PyJs_anonymous_17_()) PyJs_anonymous_16_._set_name(u'anonymous') @Js def PyJs_anonymous_74_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./evpkdf'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./evpkdf')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_74_._set_name(u'anonymous') PyJs_anonymous_74_(var.get(u"this"), PyJs_anonymous_16_) PyJs_anonymous_15_._set_name(u'anonymous') PyJs_Object_75_ = Js({u'./core':Js(3.0),u'./evpkdf':Js(6.0)}) @Js def PyJs_anonymous_76_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_77_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_78_(Math, undefined, this, arguments, var=var): var = Scope({u'this':this, u'undefined':undefined, u'Math':Math, u'arguments':arguments}, var) var.registers([u'C', u'Latin1', u'Utf8', u'create', u'Hex', u'C_lib', u'C_algo', u'Base', u'WordArray', u'C_enc', u'Hasher', u'BufferedBlockAlgorithm', u'Math', u'undefined']) @Js def PyJs_anonymous_79_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'F']) @Js def PyJsHoisted_F_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([]) pass PyJsHoisted_F_.func_name = u'F' var.put(u'F', PyJsHoisted_F_) pass pass @Js def PyJs_anonymous_80_(obj, this, arguments, var=var): var = Scope({u'this':this, u'obj':obj, u'arguments':arguments}, var) var.registers([u'subtype', u'obj']) pass var.get(u'F').put(u'prototype', var.get(u'obj')) var.put(u'subtype', var.get(u'F').create()) var.get(u'F').put(u'prototype', var.get(u"null")) return var.get(u'subtype') PyJs_anonymous_80_._set_name(u'anonymous') return PyJs_anonymous_80_ PyJs_anonymous_79_._set_name(u'anonymous') var.put(u'create', (var.get(u'Object').get(u'create') or PyJs_anonymous_79_())) PyJs_Object_81_ = Js({}) var.put(u'C', PyJs_Object_81_) PyJs_Object_82_ = Js({}) var.put(u'C_lib', var.get(u'C').put(u'lib', PyJs_Object_82_)) @Js def PyJs_anonymous_83_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([]) @Js def PyJs_extend_85_(overrides, this, arguments, var=var): var = Scope({u'this':this, u'overrides':overrides, u'arguments':arguments, u'extend':PyJs_extend_85_}, var) var.registers([u'subtype', u'overrides']) var.put(u'subtype', var.get(u'create')(var.get(u"this"))) if var.get(u'overrides'): var.get(u'subtype').callprop(u'mixIn', var.get(u'overrides')) if (var.get(u'subtype').callprop(u'hasOwnProperty', Js(u'init')).neg() or PyJsStrictEq(var.get(u"this").get(u'init'),var.get(u'subtype').get(u'init'))): @Js def PyJs_anonymous_86_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([]) var.get(u'subtype').get(u'$super').get(u'init').callprop(u'apply', var.get(u"this"), var.get(u'arguments')) PyJs_anonymous_86_._set_name(u'anonymous') var.get(u'subtype').put(u'init', PyJs_anonymous_86_) var.get(u'subtype').get(u'init').put(u'prototype', var.get(u'subtype')) var.get(u'subtype').put(u'$super', var.get(u"this")) return var.get(u'subtype') PyJs_extend_85_._set_name(u'extend') @Js def PyJs_create_87_(this, arguments, var=var): var = Scope({u'this':this, u'create':PyJs_create_87_, u'arguments':arguments}, var) var.registers([u'instance']) var.put(u'instance', var.get(u"this").callprop(u'extend')) var.get(u'instance').get(u'init').callprop(u'apply', var.get(u'instance'), var.get(u'arguments')) return var.get(u'instance') PyJs_create_87_._set_name(u'create') @Js def PyJs_init_88_(this, arguments, var=var): var = Scope({u'this':this, u'init':PyJs_init_88_, u'arguments':arguments}, var) var.registers([]) pass PyJs_init_88_._set_name(u'init') @Js def PyJs_mixIn_89_(properties, this, arguments, var=var): var = Scope({u'this':this, u'properties':properties, u'mixIn':PyJs_mixIn_89_, u'arguments':arguments}, var) var.registers([u'propertyName', u'properties']) for PyJsTemp in var.get(u'properties'): var.put(u'propertyName', PyJsTemp) if var.get(u'properties').callprop(u'hasOwnProperty', var.get(u'propertyName')): var.get(u"this").put(var.get(u'propertyName'), var.get(u'properties').get(var.get(u'propertyName'))) if var.get(u'properties').callprop(u'hasOwnProperty', Js(u'toString')): var.get(u"this").put(u'toString', var.get(u'properties').get(u'toString')) PyJs_mixIn_89_._set_name(u'mixIn') @Js def PyJs_clone_90_(this, arguments, var=var): var = Scope({u'this':this, u'clone':PyJs_clone_90_, u'arguments':arguments}, var) var.registers([]) return var.get(u"this").get(u'init').get(u'prototype').callprop(u'extend', var.get(u"this")) PyJs_clone_90_._set_name(u'clone') PyJs_Object_84_ = Js({u'extend':PyJs_extend_85_,u'create':PyJs_create_87_,u'init':PyJs_init_88_,u'mixIn':PyJs_mixIn_89_,u'clone':PyJs_clone_90_}) return PyJs_Object_84_ PyJs_anonymous_83_._set_name(u'anonymous') var.put(u'Base', var.get(u'C_lib').put(u'Base', PyJs_anonymous_83_())) @Js def PyJs_init_92_(words, sigBytes, this, arguments, var=var): var = Scope({u'this':this, u'init':PyJs_init_92_, u'sigBytes':sigBytes, u'arguments':arguments, u'words':words}, var) var.registers([u'sigBytes', u'words']) var.put(u'words', var.get(u"this").put(u'words', (var.get(u'words') or Js([])))) if (var.get(u'sigBytes')!=var.get(u'undefined')): var.get(u"this").put(u'sigBytes', var.get(u'sigBytes')) else: var.get(u"this").put(u'sigBytes', (var.get(u'words').get(u'length')*Js(4.0))) PyJs_init_92_._set_name(u'init') @Js def PyJs_toString_93_(encoder, this, arguments, var=var): var = Scope({u'this':this, u'toString':PyJs_toString_93_, u'arguments':arguments, u'encoder':encoder}, var) var.registers([u'encoder']) return (var.get(u'encoder') or var.get(u'Hex')).callprop(u'stringify', var.get(u"this")) PyJs_toString_93_._set_name(u'toString') @Js def PyJs_concat_94_(wordArray, this, arguments, var=var): var = Scope({u'this':this, u'concat':PyJs_concat_94_, u'arguments':arguments, u'wordArray':wordArray}, var) var.registers([u'thatSigBytes', u'thisWords', u'i', u'thisSigBytes', u'thatWords', u'wordArray', u'thatByte']) var.put(u'thisWords', var.get(u"this").get(u'words')) var.put(u'thatWords', var.get(u'wordArray').get(u'words')) var.put(u'thisSigBytes', var.get(u"this").get(u'sigBytes')) var.put(u'thatSigBytes', var.get(u'wordArray').get(u'sigBytes')) var.get(u"this").callprop(u'clamp') if (var.get(u'thisSigBytes')%Js(4.0)): #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'thatSigBytes')): try: var.put(u'thatByte', (PyJsBshift(var.get(u'thatWords').get(PyJsBshift(var.get(u'i'),Js(2.0))),(Js(24.0)-((var.get(u'i')%Js(4.0))*Js(8.0))))&Js(255))) var.get(u'thisWords').put(PyJsBshift((var.get(u'thisSigBytes')+var.get(u'i')),Js(2.0)), (var.get(u'thatByte')<<(Js(24.0)-(((var.get(u'thisSigBytes')+var.get(u'i'))%Js(4.0))*Js(8.0)))), u'|') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) else: #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'thatSigBytes')): try: var.get(u'thisWords').put(PyJsBshift((var.get(u'thisSigBytes')+var.get(u'i')),Js(2.0)), var.get(u'thatWords').get(PyJsBshift(var.get(u'i'),Js(2.0)))) finally: var.put(u'i', Js(4.0), u'+') var.get(u"this").put(u'sigBytes', var.get(u'thatSigBytes'), u'+') return var.get(u"this") PyJs_concat_94_._set_name(u'concat') @Js def PyJs_clamp_95_(this, arguments, var=var): var = Scope({u'this':this, u'clamp':PyJs_clamp_95_, u'arguments':arguments}, var) var.registers([u'sigBytes', u'words']) var.put(u'words', var.get(u"this").get(u'words')) var.put(u'sigBytes', var.get(u"this").get(u'sigBytes')) var.get(u'words').put(PyJsBshift(var.get(u'sigBytes'),Js(2.0)), (Js(4294967295)<<(Js(32.0)-((var.get(u'sigBytes')%Js(4.0))*Js(8.0)))), u'&') var.get(u'words').put(u'length', var.get(u'Math').callprop(u'ceil', (var.get(u'sigBytes')/Js(4.0)))) PyJs_clamp_95_._set_name(u'clamp') @Js def PyJs_clone_96_(this, arguments, var=var): var = Scope({u'this':this, u'clone':PyJs_clone_96_, u'arguments':arguments}, var) var.registers([u'clone']) var.put(u'clone', var.get(u'Base').get(u'clone').callprop(u'call', var.get(u"this"))) var.get(u'clone').put(u'words', var.get(u"this").get(u'words').callprop(u'slice', Js(0.0))) return var.get(u'clone') PyJs_clone_96_._set_name(u'clone') @Js def PyJs_random_97_(nBytes, this, arguments, var=var): var = Scope({u'this':this, u'random':PyJs_random_97_, u'nBytes':nBytes, u'arguments':arguments}, var) var.registers([u'i', u'rcache', u'_r', u'r', u'nBytes', u'words']) var.put(u'words', Js([])) @Js def PyJs_r_98_(m_w, this, arguments, var=var): var = Scope({u'this':this, u'r':PyJs_r_98_, u'm_w':m_w, u'arguments':arguments}, var) var.registers([u'm_z', u'm_w', u'mask']) var.put(u'm_w', var.get(u'm_w')) var.put(u'm_z', Js(987654321)) var.put(u'mask', Js(4294967295)) @Js def PyJs_anonymous_99_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'result']) var.put(u'm_z', (((Js(36969)*(var.get(u'm_z')&Js(65535)))+(var.get(u'm_z')>>Js(16)))&var.get(u'mask'))) var.put(u'm_w', (((Js(18000)*(var.get(u'm_w')&Js(65535)))+(var.get(u'm_w')>>Js(16)))&var.get(u'mask'))) var.put(u'result', (((var.get(u'm_z')<<Js(16))+var.get(u'm_w'))&var.get(u'mask'))) var.put(u'result', Js(4294967296), u'/') var.put(u'result', Js(0.5), u'+') return (var.get(u'result')*(Js(1.0) if (var.get(u'Math').callprop(u'random')>Js(0.5)) else (-Js(1.0)))) PyJs_anonymous_99_._set_name(u'anonymous') return PyJs_anonymous_99_ PyJs_r_98_._set_name(u'r') var.put(u'r', PyJs_r_98_) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'nBytes')): try: var.put(u'_r', var.get(u'r')(((var.get(u'rcache') or var.get(u'Math').callprop(u'random'))*Js(4294967296)))) var.put(u'rcache', (var.get(u'_r')()*Js(987654071))) var.get(u'words').callprop(u'push', ((var.get(u'_r')()*Js(4294967296))|Js(0.0))) finally: var.put(u'i', Js(4.0), u'+') return var.get(u'WordArray').get(u'init').create(var.get(u'words'), var.get(u'nBytes')) PyJs_random_97_._set_name(u'random') PyJs_Object_91_ = Js({u'init':PyJs_init_92_,u'toString':PyJs_toString_93_,u'concat':PyJs_concat_94_,u'clamp':PyJs_clamp_95_,u'clone':PyJs_clone_96_,u'random':PyJs_random_97_}) var.put(u'WordArray', var.get(u'C_lib').put(u'WordArray', var.get(u'Base').callprop(u'extend', PyJs_Object_91_))) PyJs_Object_100_ = Js({}) var.put(u'C_enc', var.get(u'C').put(u'enc', PyJs_Object_100_)) @Js def PyJs_stringify_102_(wordArray, this, arguments, var=var): var = Scope({u'this':this, u'stringify':PyJs_stringify_102_, u'arguments':arguments, u'wordArray':wordArray}, var) var.registers([u'sigBytes', u'words', u'i', u'bite', u'hexChars', u'wordArray']) var.put(u'words', var.get(u'wordArray').get(u'words')) var.put(u'sigBytes', var.get(u'wordArray').get(u'sigBytes')) var.put(u'hexChars', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'sigBytes')): try: var.put(u'bite', (PyJsBshift(var.get(u'words').get(PyJsBshift(var.get(u'i'),Js(2.0))),(Js(24.0)-((var.get(u'i')%Js(4.0))*Js(8.0))))&Js(255))) var.get(u'hexChars').callprop(u'push', PyJsBshift(var.get(u'bite'),Js(4.0)).callprop(u'toString', Js(16.0))) var.get(u'hexChars').callprop(u'push', (var.get(u'bite')&Js(15)).callprop(u'toString', Js(16.0))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'hexChars').callprop(u'join', Js(u'')) PyJs_stringify_102_._set_name(u'stringify') @Js def PyJs_parse_103_(hexStr, this, arguments, var=var): var = Scope({u'this':this, u'parse':PyJs_parse_103_, u'arguments':arguments, u'hexStr':hexStr}, var) var.registers([u'hexStrLength', u'i', u'hexStr', u'words']) var.put(u'hexStrLength', var.get(u'hexStr').get(u'length')) var.put(u'words', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'hexStrLength')): try: var.get(u'words').put(PyJsBshift(var.get(u'i'),Js(3.0)), (var.get(u'parseInt')(var.get(u'hexStr').callprop(u'substr', var.get(u'i'), Js(2.0)), Js(16.0))<<(Js(24.0)-((var.get(u'i')%Js(8.0))*Js(4.0)))), u'|') finally: var.put(u'i', Js(2.0), u'+') return var.get(u'WordArray').get(u'init').create(var.get(u'words'), (var.get(u'hexStrLength')/Js(2.0))) PyJs_parse_103_._set_name(u'parse') PyJs_Object_101_ = Js({u'stringify':PyJs_stringify_102_,u'parse':PyJs_parse_103_}) var.put(u'Hex', var.get(u'C_enc').put(u'Hex', PyJs_Object_101_)) @Js def PyJs_stringify_105_(wordArray, this, arguments, var=var): var = Scope({u'this':this, u'stringify':PyJs_stringify_105_, u'arguments':arguments, u'wordArray':wordArray}, var) var.registers([u'sigBytes', u'words', u'i', u'latin1Chars', u'bite', u'wordArray']) var.put(u'words', var.get(u'wordArray').get(u'words')) var.put(u'sigBytes', var.get(u'wordArray').get(u'sigBytes')) var.put(u'latin1Chars', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'sigBytes')): try: var.put(u'bite', (PyJsBshift(var.get(u'words').get(PyJsBshift(var.get(u'i'),Js(2.0))),(Js(24.0)-((var.get(u'i')%Js(4.0))*Js(8.0))))&Js(255))) var.get(u'latin1Chars').callprop(u'push', var.get(u'String').callprop(u'fromCharCode', var.get(u'bite'))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'latin1Chars').callprop(u'join', Js(u'')) PyJs_stringify_105_._set_name(u'stringify') @Js def PyJs_parse_106_(latin1Str, this, arguments, var=var): var = Scope({u'this':this, u'parse':PyJs_parse_106_, u'latin1Str':latin1Str, u'arguments':arguments}, var) var.registers([u'i', u'latin1Str', u'words', u'latin1StrLength']) var.put(u'latin1StrLength', var.get(u'latin1Str').get(u'length')) var.put(u'words', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'latin1StrLength')): try: var.get(u'words').put(PyJsBshift(var.get(u'i'),Js(2.0)), ((var.get(u'latin1Str').callprop(u'charCodeAt', var.get(u'i'))&Js(255))<<(Js(24.0)-((var.get(u'i')%Js(4.0))*Js(8.0)))), u'|') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'WordArray').get(u'init').create(var.get(u'words'), var.get(u'latin1StrLength')) PyJs_parse_106_._set_name(u'parse') PyJs_Object_104_ = Js({u'stringify':PyJs_stringify_105_,u'parse':PyJs_parse_106_}) var.put(u'Latin1', var.get(u'C_enc').put(u'Latin1', PyJs_Object_104_)) @Js def PyJs_stringify_108_(wordArray, this, arguments, var=var): var = Scope({u'this':this, u'stringify':PyJs_stringify_108_, u'arguments':arguments, u'wordArray':wordArray}, var) var.registers([u'wordArray']) try: return var.get(u'decodeURIComponent')(var.get(u'escape')(var.get(u'Latin1').callprop(u'stringify', var.get(u'wordArray')))) except PyJsException as PyJsTempException: PyJsHolder_65_11739729 = var.own.get(u'e') var.force_own_put(u'e', PyExceptionToJs(PyJsTempException)) try: PyJsTempException = JsToPyException(var.get(u'Error').create(Js(u'Malformed UTF-8 data'))) raise PyJsTempException finally: if PyJsHolder_65_11739729 is not None: var.own[u'e'] = PyJsHolder_65_11739729 else: del var.own[u'e'] del PyJsHolder_65_11739729 PyJs_stringify_108_._set_name(u'stringify') @Js def PyJs_parse_109_(utf8Str, this, arguments, var=var): var = Scope({u'this':this, u'parse':PyJs_parse_109_, u'utf8Str':utf8Str, u'arguments':arguments}, var) var.registers([u'utf8Str']) return var.get(u'Latin1').callprop(u'parse', var.get(u'unescape')(var.get(u'encodeURIComponent')(var.get(u'utf8Str')))) PyJs_parse_109_._set_name(u'parse') PyJs_Object_107_ = Js({u'stringify':PyJs_stringify_108_,u'parse':PyJs_parse_109_}) var.put(u'Utf8', var.get(u'C_enc').put(u'Utf8', PyJs_Object_107_)) @Js def PyJs_reset_111_(this, arguments, var=var): var = Scope({u'this':this, u'reset':PyJs_reset_111_, u'arguments':arguments}, var) var.registers([]) var.get(u"this").put(u'_data', var.get(u'WordArray').get(u'init').create()) var.get(u"this").put(u'_nDataBytes', Js(0.0)) PyJs_reset_111_._set_name(u'reset') @Js def PyJs__append_112_(data, this, arguments, var=var): var = Scope({u'this':this, u'_append':PyJs__append_112_, u'data':data, u'arguments':arguments}, var) var.registers([u'data']) if (var.get(u'data',throw=False).typeof()==Js(u'string')): var.put(u'data', var.get(u'Utf8').callprop(u'parse', var.get(u'data'))) var.get(u"this").get(u'_data').callprop(u'concat', var.get(u'data')) var.get(u"this").put(u'_nDataBytes', var.get(u'data').get(u'sigBytes'), u'+') PyJs__append_112_._set_name(u'_append') @Js def PyJs__process_113_(doFlush, this, arguments, var=var): var = Scope({u'this':this, u'doFlush':doFlush, u'arguments':arguments, u'_process':PyJs__process_113_}, var) var.registers([u'dataWords', u'blockSizeBytes', u'dataSigBytes', u'blockSize', u'doFlush', u'offset', u'nBlocksReady', u'processedWords', u'nWordsReady', u'nBytesReady', u'data']) var.put(u'data', var.get(u"this").get(u'_data')) var.put(u'dataWords', var.get(u'data').get(u'words')) var.put(u'dataSigBytes', var.get(u'data').get(u'sigBytes')) var.put(u'blockSize', var.get(u"this").get(u'blockSize')) var.put(u'blockSizeBytes', (var.get(u'blockSize')*Js(4.0))) var.put(u'nBlocksReady', (var.get(u'dataSigBytes')/var.get(u'blockSizeBytes'))) if var.get(u'doFlush'): var.put(u'nBlocksReady', var.get(u'Math').callprop(u'ceil', var.get(u'nBlocksReady'))) else: var.put(u'nBlocksReady', var.get(u'Math').callprop(u'max', ((var.get(u'nBlocksReady')|Js(0.0))-var.get(u"this").get(u'_minBufferSize')), Js(0.0))) var.put(u'nWordsReady', (var.get(u'nBlocksReady')*var.get(u'blockSize'))) var.put(u'nBytesReady', var.get(u'Math').callprop(u'min', (var.get(u'nWordsReady')*Js(4.0)), var.get(u'dataSigBytes'))) if var.get(u'nWordsReady'): #for JS loop var.put(u'offset', Js(0.0)) while (var.get(u'offset')<var.get(u'nWordsReady')): try: var.get(u"this").callprop(u'_doProcessBlock', var.get(u'dataWords'), var.get(u'offset')) finally: var.put(u'offset', var.get(u'blockSize'), u'+') var.put(u'processedWords', var.get(u'dataWords').callprop(u'splice', Js(0.0), var.get(u'nWordsReady'))) var.get(u'data').put(u'sigBytes', var.get(u'nBytesReady'), u'-') return var.get(u'WordArray').get(u'init').create(var.get(u'processedWords'), var.get(u'nBytesReady')) PyJs__process_113_._set_name(u'_process') @Js def PyJs_clone_114_(this, arguments, var=var): var = Scope({u'this':this, u'clone':PyJs_clone_114_, u'arguments':arguments}, var) var.registers([u'clone']) var.put(u'clone', var.get(u'Base').get(u'clone').callprop(u'call', var.get(u"this"))) var.get(u'clone').put(u'_data', var.get(u"this").get(u'_data').callprop(u'clone')) return var.get(u'clone') PyJs_clone_114_._set_name(u'clone') PyJs_Object_110_ = Js({u'reset':PyJs_reset_111_,u'_append':PyJs__append_112_,u'_process':PyJs__process_113_,u'clone':PyJs_clone_114_,u'_minBufferSize':Js(0.0)}) var.put(u'BufferedBlockAlgorithm', var.get(u'C_lib').put(u'BufferedBlockAlgorithm', var.get(u'Base').callprop(u'extend', PyJs_Object_110_))) @Js def PyJs_init_116_(cfg, this, arguments, var=var): var = Scope({u'this':this, u'cfg':cfg, u'init':PyJs_init_116_, u'arguments':arguments}, var) var.registers([u'cfg']) var.get(u"this").put(u'cfg', var.get(u"this").get(u'cfg').callprop(u'extend', var.get(u'cfg'))) var.get(u"this").callprop(u'reset') PyJs_init_116_._set_name(u'init') @Js def PyJs_reset_117_(this, arguments, var=var): var = Scope({u'this':this, u'reset':PyJs_reset_117_, u'arguments':arguments}, var) var.registers([]) var.get(u'BufferedBlockAlgorithm').get(u'reset').callprop(u'call', var.get(u"this")) var.get(u"this").callprop(u'_doReset') PyJs_reset_117_._set_name(u'reset') @Js def PyJs_update_118_(messageUpdate, this, arguments, var=var): var = Scope({u'this':this, u'update':PyJs_update_118_, u'arguments':arguments, u'messageUpdate':messageUpdate}, var) var.registers([u'messageUpdate']) var.get(u"this").callprop(u'_append', var.get(u'messageUpdate')) var.get(u"this").callprop(u'_process') return var.get(u"this") PyJs_update_118_._set_name(u'update') @Js def PyJs_finalize_119_(messageUpdate, this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments, u'finalize':PyJs_finalize_119_, u'messageUpdate':messageUpdate}, var) var.registers([u'hash', u'messageUpdate']) if var.get(u'messageUpdate'): var.get(u"this").callprop(u'_append', var.get(u'messageUpdate')) var.put(u'hash', var.get(u"this").callprop(u'_doFinalize')) return var.get(u'hash') PyJs_finalize_119_._set_name(u'finalize') @Js def PyJs__createHelper_120_(hasher, this, arguments, var=var): var = Scope({u'this':this, u'_createHelper':PyJs__createHelper_120_, u'hasher':hasher, u'arguments':arguments}, var) var.registers([u'hasher']) @Js def PyJs_anonymous_121_(message, cfg, this, arguments, var=var): var = Scope({u'this':this, u'cfg':cfg, u'message':message, u'arguments':arguments}, var) var.registers([u'cfg', u'message']) return var.get(u'hasher').get(u'init').create(var.get(u'cfg')).callprop(u'finalize', var.get(u'message')) PyJs_anonymous_121_._set_name(u'anonymous') return PyJs_anonymous_121_ PyJs__createHelper_120_._set_name(u'_createHelper') @Js def PyJs__createHmacHelper_122_(hasher, this, arguments, var=var): var = Scope({u'this':this, u'_createHmacHelper':PyJs__createHmacHelper_122_, u'hasher':hasher, u'arguments':arguments}, var) var.registers([u'hasher']) @Js def PyJs_anonymous_123_(message, key, this, arguments, var=var): var = Scope({u'this':this, u'message':message, u'arguments':arguments, u'key':key}, var) var.registers([u'message', u'key']) return var.get(u'C_algo').get(u'HMAC').get(u'init').create(var.get(u'hasher'), var.get(u'key')).callprop(u'finalize', var.get(u'message')) PyJs_anonymous_123_._set_name(u'anonymous') return PyJs_anonymous_123_ PyJs__createHmacHelper_122_._set_name(u'_createHmacHelper') PyJs_Object_115_ = Js({u'cfg':var.get(u'Base').callprop(u'extend'),u'init':PyJs_init_116_,u'reset':PyJs_reset_117_,u'update':PyJs_update_118_,u'finalize':PyJs_finalize_119_,u'blockSize':(Js(512.0)/Js(32.0)),u'_createHelper':PyJs__createHelper_120_,u'_createHmacHelper':PyJs__createHmacHelper_122_}) var.put(u'Hasher', var.get(u'C_lib').put(u'Hasher', var.get(u'BufferedBlockAlgorithm').callprop(u'extend', PyJs_Object_115_))) PyJs_Object_124_ = Js({}) var.put(u'C_algo', var.get(u'C').put(u'algo', PyJs_Object_124_)) return var.get(u'C') PyJs_anonymous_78_._set_name(u'anonymous') var.put(u'CryptoJS', (var.get(u'CryptoJS') or PyJs_anonymous_78_(var.get(u'Math')))) return var.get(u'CryptoJS') PyJs_anonymous_77_._set_name(u'anonymous') @Js def PyJs_anonymous_125_(root, factory, this, arguments, var=var): var = Scope({u'this':this, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')())) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([]), var.get(u'factory')) else: var.get(u'root').put(u'CryptoJS', var.get(u'factory')()) PyJs_anonymous_125_._set_name(u'anonymous') PyJs_anonymous_125_(var.get(u"this"), PyJs_anonymous_77_) PyJs_anonymous_76_._set_name(u'anonymous') PyJs_Object_126_ = Js({}) @Js def PyJs_anonymous_127_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_128_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_129_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'Base64', u'C_lib', u'WordArray', u'C_enc', u'parseLoop']) @Js def PyJsHoisted_parseLoop_(base64Str, base64StrLength, reverseMap, this, arguments, var=var): var = Scope({u'this':this, u'base64StrLength':base64StrLength, u'reverseMap':reverseMap, u'base64Str':base64Str, u'arguments':arguments}, var) var.registers([u'base64Str', u'i', u'base64StrLength', u'nBytes', u'words', u'reverseMap', u'bits1', u'bits2']) var.put(u'words', Js([])) var.put(u'nBytes', Js(0.0)) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'base64StrLength')): try: if (var.get(u'i')%Js(4.0)): var.put(u'bits1', (var.get(u'reverseMap').get(var.get(u'base64Str').callprop(u'charCodeAt', (var.get(u'i')-Js(1.0))))<<((var.get(u'i')%Js(4.0))*Js(2.0)))) var.put(u'bits2', PyJsBshift(var.get(u'reverseMap').get(var.get(u'base64Str').callprop(u'charCodeAt', var.get(u'i'))),(Js(6.0)-((var.get(u'i')%Js(4.0))*Js(2.0))))) var.get(u'words').put(PyJsBshift(var.get(u'nBytes'),Js(2.0)), ((var.get(u'bits1')|var.get(u'bits2'))<<(Js(24.0)-((var.get(u'nBytes')%Js(4.0))*Js(8.0)))), u'|') (var.put(u'nBytes',Js(var.get(u'nBytes').to_number())+Js(1))-Js(1)) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'WordArray').callprop(u'create', var.get(u'words'), var.get(u'nBytes')) PyJsHoisted_parseLoop_.func_name = u'parseLoop' var.put(u'parseLoop', PyJsHoisted_parseLoop_) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'C_enc', var.get(u'C').get(u'enc')) @Js def PyJs_stringify_131_(wordArray, this, arguments, var=var): var = Scope({u'this':this, u'stringify':PyJs_stringify_131_, u'arguments':arguments, u'wordArray':wordArray}, var) var.registers([u'map', u'triplet', u'sigBytes', u'wordArray', u'base64Chars', u'i', u'j', u'byte3', u'byte2', u'byte1', u'paddingChar', u'words']) var.put(u'words', var.get(u'wordArray').get(u'words')) var.put(u'sigBytes', var.get(u'wordArray').get(u'sigBytes')) var.put(u'map', var.get(u"this").get(u'_map')) var.get(u'wordArray').callprop(u'clamp') var.put(u'base64Chars', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'sigBytes')): try: var.put(u'byte1', (PyJsBshift(var.get(u'words').get(PyJsBshift(var.get(u'i'),Js(2.0))),(Js(24.0)-((var.get(u'i')%Js(4.0))*Js(8.0))))&Js(255))) var.put(u'byte2', (PyJsBshift(var.get(u'words').get(PyJsBshift((var.get(u'i')+Js(1.0)),Js(2.0))),(Js(24.0)-(((var.get(u'i')+Js(1.0))%Js(4.0))*Js(8.0))))&Js(255))) var.put(u'byte3', (PyJsBshift(var.get(u'words').get(PyJsBshift((var.get(u'i')+Js(2.0)),Js(2.0))),(Js(24.0)-(((var.get(u'i')+Js(2.0))%Js(4.0))*Js(8.0))))&Js(255))) var.put(u'triplet', (((var.get(u'byte1')<<Js(16.0))|(var.get(u'byte2')<<Js(8.0)))|var.get(u'byte3'))) #for JS loop var.put(u'j', Js(0.0)) while ((var.get(u'j')<Js(4.0)) and ((var.get(u'i')+(var.get(u'j')*Js(0.75)))<var.get(u'sigBytes'))): try: var.get(u'base64Chars').callprop(u'push', var.get(u'map').callprop(u'charAt', (PyJsBshift(var.get(u'triplet'),(Js(6.0)*(Js(3.0)-var.get(u'j'))))&Js(63)))) finally: (var.put(u'j',Js(var.get(u'j').to_number())+Js(1))-Js(1)) finally: var.put(u'i', Js(3.0), u'+') var.put(u'paddingChar', var.get(u'map').callprop(u'charAt', Js(64.0))) if var.get(u'paddingChar'): while (var.get(u'base64Chars').get(u'length')%Js(4.0)): var.get(u'base64Chars').callprop(u'push', var.get(u'paddingChar')) return var.get(u'base64Chars').callprop(u'join', Js(u'')) PyJs_stringify_131_._set_name(u'stringify') @Js def PyJs_parse_132_(base64Str, this, arguments, var=var): var = Scope({u'this':this, u'parse':PyJs_parse_132_, u'base64Str':base64Str, u'arguments':arguments}, var) var.registers([u'map', u'base64Str', u'j', u'base64StrLength', u'paddingChar', u'paddingIndex', u'reverseMap']) var.put(u'base64StrLength', var.get(u'base64Str').get(u'length')) var.put(u'map', var.get(u"this").get(u'_map')) var.put(u'reverseMap', var.get(u"this").get(u'_reverseMap')) if var.get(u'reverseMap').neg(): var.put(u'reverseMap', var.get(u"this").put(u'_reverseMap', Js([]))) #for JS loop var.put(u'j', Js(0.0)) while (var.get(u'j')<var.get(u'map').get(u'length')): try: var.get(u'reverseMap').put(var.get(u'map').callprop(u'charCodeAt', var.get(u'j')), var.get(u'j')) finally: (var.put(u'j',Js(var.get(u'j').to_number())+Js(1))-Js(1)) var.put(u'paddingChar', var.get(u'map').callprop(u'charAt', Js(64.0))) if var.get(u'paddingChar'): var.put(u'paddingIndex', var.get(u'base64Str').callprop(u'indexOf', var.get(u'paddingChar'))) if PyJsStrictNeq(var.get(u'paddingIndex'),(-Js(1.0))): var.put(u'base64StrLength', var.get(u'paddingIndex')) return var.get(u'parseLoop')(var.get(u'base64Str'), var.get(u'base64StrLength'), var.get(u'reverseMap')) PyJs_parse_132_._set_name(u'parse') PyJs_Object_130_ = Js({u'stringify':PyJs_stringify_131_,u'parse':PyJs_parse_132_,u'_map':Js(u'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=')}) var.put(u'Base64', var.get(u'C_enc').put(u'Base64', PyJs_Object_130_)) pass PyJs_anonymous_129_._set_name(u'anonymous') PyJs_anonymous_129_() return var.get(u'CryptoJS').get(u'enc').get(u'Base64') PyJs_anonymous_128_._set_name(u'anonymous') @Js def PyJs_anonymous_133_(root, factory, this, arguments, var=var): var = Scope({u'this':this, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_133_._set_name(u'anonymous') PyJs_anonymous_133_(var.get(u"this"), PyJs_anonymous_128_) PyJs_anonymous_127_._set_name(u'anonymous') PyJs_Object_134_ = Js({u'./core':Js(3.0)}) @Js def PyJs_anonymous_135_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_136_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_137_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'Utf16BE', u'swapEndian', u'C_lib', u'WordArray', u'C_enc']) @Js def PyJsHoisted_swapEndian_(word, this, arguments, var=var): var = Scope({u'this':this, u'word':word, u'arguments':arguments}, var) var.registers([u'word']) return (((var.get(u'word')<<Js(8.0))&Js(4278255360))|(PyJsBshift(var.get(u'word'),Js(8.0))&Js(16711935))) PyJsHoisted_swapEndian_.func_name = u'swapEndian' var.put(u'swapEndian', PyJsHoisted_swapEndian_) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'C_enc', var.get(u'C').get(u'enc')) @Js def PyJs_stringify_139_(wordArray, this, arguments, var=var): var = Scope({u'this':this, u'stringify':PyJs_stringify_139_, u'arguments':arguments, u'wordArray':wordArray}, var) var.registers([u'codePoint', u'sigBytes', u'words', u'i', u'wordArray', u'utf16Chars']) var.put(u'words', var.get(u'wordArray').get(u'words')) var.put(u'sigBytes', var.get(u'wordArray').get(u'sigBytes')) var.put(u'utf16Chars', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'sigBytes')): try: var.put(u'codePoint', (PyJsBshift(var.get(u'words').get(PyJsBshift(var.get(u'i'),Js(2.0))),(Js(16.0)-((var.get(u'i')%Js(4.0))*Js(8.0))))&Js(65535))) var.get(u'utf16Chars').callprop(u'push', var.get(u'String').callprop(u'fromCharCode', var.get(u'codePoint'))) finally: var.put(u'i', Js(2.0), u'+') return var.get(u'utf16Chars').callprop(u'join', Js(u'')) PyJs_stringify_139_._set_name(u'stringify') @Js def PyJs_parse_140_(utf16Str, this, arguments, var=var): var = Scope({u'this':this, u'parse':PyJs_parse_140_, u'utf16Str':utf16Str, u'arguments':arguments}, var) var.registers([u'i', u'utf16Str', u'utf16StrLength', u'words']) var.put(u'utf16StrLength', var.get(u'utf16Str').get(u'length')) var.put(u'words', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'utf16StrLength')): try: var.get(u'words').put(PyJsBshift(var.get(u'i'),Js(1.0)), (var.get(u'utf16Str').callprop(u'charCodeAt', var.get(u'i'))<<(Js(16.0)-((var.get(u'i')%Js(2.0))*Js(16.0)))), u'|') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'WordArray').callprop(u'create', var.get(u'words'), (var.get(u'utf16StrLength')*Js(2.0))) PyJs_parse_140_._set_name(u'parse') PyJs_Object_138_ = Js({u'stringify':PyJs_stringify_139_,u'parse':PyJs_parse_140_}) var.put(u'Utf16BE', var.get(u'C_enc').put(u'Utf16', var.get(u'C_enc').put(u'Utf16BE', PyJs_Object_138_))) @Js def PyJs_stringify_142_(wordArray, this, arguments, var=var): var = Scope({u'this':this, u'stringify':PyJs_stringify_142_, u'arguments':arguments, u'wordArray':wordArray}, var) var.registers([u'codePoint', u'sigBytes', u'words', u'i', u'wordArray', u'utf16Chars']) var.put(u'words', var.get(u'wordArray').get(u'words')) var.put(u'sigBytes', var.get(u'wordArray').get(u'sigBytes')) var.put(u'utf16Chars', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'sigBytes')): try: var.put(u'codePoint', var.get(u'swapEndian')((PyJsBshift(var.get(u'words').get(PyJsBshift(var.get(u'i'),Js(2.0))),(Js(16.0)-((var.get(u'i')%Js(4.0))*Js(8.0))))&Js(65535)))) var.get(u'utf16Chars').callprop(u'push', var.get(u'String').callprop(u'fromCharCode', var.get(u'codePoint'))) finally: var.put(u'i', Js(2.0), u'+') return var.get(u'utf16Chars').callprop(u'join', Js(u'')) PyJs_stringify_142_._set_name(u'stringify') @Js def PyJs_parse_143_(utf16Str, this, arguments, var=var): var = Scope({u'this':this, u'parse':PyJs_parse_143_, u'utf16Str':utf16Str, u'arguments':arguments}, var) var.registers([u'i', u'utf16Str', u'utf16StrLength', u'words']) var.put(u'utf16StrLength', var.get(u'utf16Str').get(u'length')) var.put(u'words', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'utf16StrLength')): try: var.get(u'words').put(PyJsBshift(var.get(u'i'),Js(1.0)), var.get(u'swapEndian')((var.get(u'utf16Str').callprop(u'charCodeAt', var.get(u'i'))<<(Js(16.0)-((var.get(u'i')%Js(2.0))*Js(16.0))))), u'|') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'WordArray').callprop(u'create', var.get(u'words'), (var.get(u'utf16StrLength')*Js(2.0))) PyJs_parse_143_._set_name(u'parse') PyJs_Object_141_ = Js({u'stringify':PyJs_stringify_142_,u'parse':PyJs_parse_143_}) var.get(u'C_enc').put(u'Utf16LE', PyJs_Object_141_) pass PyJs_anonymous_137_._set_name(u'anonymous') PyJs_anonymous_137_() return var.get(u'CryptoJS').get(u'enc').get(u'Utf16') PyJs_anonymous_136_._set_name(u'anonymous') @Js def PyJs_anonymous_144_(root, factory, this, arguments, var=var): var = Scope({u'this':this, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_144_._set_name(u'anonymous') PyJs_anonymous_144_(var.get(u"this"), PyJs_anonymous_136_) PyJs_anonymous_135_._set_name(u'anonymous') PyJs_Object_145_ = Js({u'./core':Js(3.0)}) @Js def PyJs_anonymous_146_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_147_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_148_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'C_lib', u'C_algo', u'Base', u'WordArray', u'EvpKDF', u'MD5']) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'Base', var.get(u'C_lib').get(u'Base')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'MD5', var.get(u'C_algo').get(u'MD5')) PyJs_Object_150_ = Js({u'keySize':(Js(128.0)/Js(32.0)),u'hasher':var.get(u'MD5'),u'iterations':Js(1.0)}) @Js def PyJs_init_151_(cfg, this, arguments, var=var): var = Scope({u'this':this, u'cfg':cfg, u'init':PyJs_init_151_, u'arguments':arguments}, var) var.registers([u'cfg']) var.get(u"this").put(u'cfg', var.get(u"this").get(u'cfg').callprop(u'extend', var.get(u'cfg'))) PyJs_init_151_._set_name(u'init') @Js def PyJs_compute_152_(password, salt, this, arguments, var=var): var = Scope({u'this':this, u'compute':PyJs_compute_152_, u'password':password, u'salt':salt, u'arguments':arguments}, var) var.registers([u'derivedKey', u'password', u'i', u'cfg', u'derivedKeyWords', u'keySize', u'iterations', u'hasher', u'salt', u'block']) var.put(u'cfg', var.get(u"this").get(u'cfg')) var.put(u'hasher', var.get(u'cfg').get(u'hasher').callprop(u'create')) var.put(u'derivedKey', var.get(u'WordArray').callprop(u'create')) var.put(u'derivedKeyWords', var.get(u'derivedKey').get(u'words')) var.put(u'keySize', var.get(u'cfg').get(u'keySize')) var.put(u'iterations', var.get(u'cfg').get(u'iterations')) while (var.get(u'derivedKeyWords').get(u'length')<var.get(u'keySize')): if var.get(u'block'): var.get(u'hasher').callprop(u'update', var.get(u'block')) var.put(u'block', var.get(u'hasher').callprop(u'update', var.get(u'password')).callprop(u'finalize', var.get(u'salt'))) var.get(u'hasher').callprop(u'reset') #for JS loop var.put(u'i', Js(1.0)) while (var.get(u'i')<var.get(u'iterations')): try: var.put(u'block', var.get(u'hasher').callprop(u'finalize', var.get(u'block'))) var.get(u'hasher').callprop(u'reset') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u'derivedKey').callprop(u'concat', var.get(u'block')) var.get(u'derivedKey').put(u'sigBytes', (var.get(u'keySize')*Js(4.0))) return var.get(u'derivedKey') PyJs_compute_152_._set_name(u'compute') PyJs_Object_149_ = Js({u'cfg':var.get(u'Base').callprop(u'extend', PyJs_Object_150_),u'init':PyJs_init_151_,u'compute':PyJs_compute_152_}) var.put(u'EvpKDF', var.get(u'C_algo').put(u'EvpKDF', var.get(u'Base').callprop(u'extend', PyJs_Object_149_))) @Js def PyJs_anonymous_153_(password, salt, cfg, this, arguments, var=var): var = Scope({u'this':this, u'cfg':cfg, u'password':password, u'salt':salt, u'arguments':arguments}, var) var.registers([u'cfg', u'password', u'salt']) return var.get(u'EvpKDF').callprop(u'create', var.get(u'cfg')).callprop(u'compute', var.get(u'password'), var.get(u'salt')) PyJs_anonymous_153_._set_name(u'anonymous') var.get(u'C').put(u'EvpKDF', PyJs_anonymous_153_) PyJs_anonymous_148_._set_name(u'anonymous') PyJs_anonymous_148_() return var.get(u'CryptoJS').get(u'EvpKDF') PyJs_anonymous_147_._set_name(u'anonymous') @Js def PyJs_anonymous_154_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./sha1')), var.get(u'require')(Js(u'./hmac'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./sha1'), Js(u'./hmac')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_154_._set_name(u'anonymous') PyJs_anonymous_154_(var.get(u"this"), PyJs_anonymous_147_) PyJs_anonymous_146_._set_name(u'anonymous') PyJs_Object_155_ = Js({u'./core':Js(3.0),u'./hmac':Js(8.0),u'./sha1':Js(27.0)}) @Js def PyJs_anonymous_156_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_157_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_158_(undefined, this, arguments, var=var): var = Scope({u'this':this, u'undefined':undefined, u'arguments':arguments}, var) var.registers([u'C', u'C_format', u'undefined', u'HexFormatter', u'Hex', u'C_lib', u'CipherParams', u'C_enc']) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'CipherParams', var.get(u'C_lib').get(u'CipherParams')) var.put(u'C_enc', var.get(u'C').get(u'enc')) var.put(u'Hex', var.get(u'C_enc').get(u'Hex')) var.put(u'C_format', var.get(u'C').get(u'format')) @Js def PyJs_stringify_160_(cipherParams, this, arguments, var=var): var = Scope({u'this':this, u'stringify':PyJs_stringify_160_, u'cipherParams':cipherParams, u'arguments':arguments}, var) var.registers([u'cipherParams']) return var.get(u'cipherParams').get(u'ciphertext').callprop(u'toString', var.get(u'Hex')) PyJs_stringify_160_._set_name(u'stringify') @Js def PyJs_parse_161_(input, this, arguments, var=var): var = Scope({u'this':this, u'input':input, u'parse':PyJs_parse_161_, u'arguments':arguments}, var) var.registers([u'input', u'ciphertext']) var.put(u'ciphertext', var.get(u'Hex').callprop(u'parse', var.get(u'input'))) PyJs_Object_162_ = Js({u'ciphertext':var.get(u'ciphertext')}) return var.get(u'CipherParams').callprop(u'create', PyJs_Object_162_) PyJs_parse_161_._set_name(u'parse') PyJs_Object_159_ = Js({u'stringify':PyJs_stringify_160_,u'parse':PyJs_parse_161_}) var.put(u'HexFormatter', var.get(u'C_format').put(u'Hex', PyJs_Object_159_)) PyJs_anonymous_158_._set_name(u'anonymous') PyJs_anonymous_158_() return var.get(u'CryptoJS').get(u'format').get(u'Hex') PyJs_anonymous_157_._set_name(u'anonymous') @Js def PyJs_anonymous_163_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_163_._set_name(u'anonymous') PyJs_anonymous_163_(var.get(u"this"), PyJs_anonymous_157_) PyJs_anonymous_156_._set_name(u'anonymous') PyJs_Object_164_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0)}) @Js def PyJs_anonymous_165_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_166_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_167_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'Utf8', u'C_lib', u'C_algo', u'Base', u'C_enc', u'HMAC']) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'Base', var.get(u'C_lib').get(u'Base')) var.put(u'C_enc', var.get(u'C').get(u'enc')) var.put(u'Utf8', var.get(u'C_enc').get(u'Utf8')) var.put(u'C_algo', var.get(u'C').get(u'algo')) @Js def PyJs_init_169_(hasher, key, this, arguments, var=var): var = Scope({u'this':this, u'init':PyJs_init_169_, u'hasher':hasher, u'arguments':arguments, u'key':key}, var) var.registers([u'iKey', u'key', u'i', u'iKeyWords', u'hasherBlockSize', u'hasherBlockSizeBytes', u'oKeyWords', u'oKey', u'hasher']) var.put(u'hasher', var.get(u"this").put(u'_hasher', var.get(u'hasher').get(u'init').create())) if (var.get(u'key',throw=False).typeof()==Js(u'string')): var.put(u'key', var.get(u'Utf8').callprop(u'parse', var.get(u'key'))) var.put(u'hasherBlockSize', var.get(u'hasher').get(u'blockSize')) var.put(u'hasherBlockSizeBytes', (var.get(u'hasherBlockSize')*Js(4.0))) if (var.get(u'key').get(u'sigBytes')>var.get(u'hasherBlockSizeBytes')): var.put(u'key', var.get(u'hasher').callprop(u'finalize', var.get(u'key'))) var.get(u'key').callprop(u'clamp') var.put(u'oKey', var.get(u"this").put(u'_oKey', var.get(u'key').callprop(u'clone'))) var.put(u'iKey', var.get(u"this").put(u'_iKey', var.get(u'key').callprop(u'clone'))) var.put(u'oKeyWords', var.get(u'oKey').get(u'words')) var.put(u'iKeyWords', var.get(u'iKey').get(u'words')) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'hasherBlockSize')): try: var.get(u'oKeyWords').put(var.get(u'i'), Js(1549556828), u'^') var.get(u'iKeyWords').put(var.get(u'i'), Js(909522486), u'^') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u'oKey').put(u'sigBytes', var.get(u'iKey').put(u'sigBytes', var.get(u'hasherBlockSizeBytes'))) var.get(u"this").callprop(u'reset') PyJs_init_169_._set_name(u'init') @Js def PyJs_reset_170_(this, arguments, var=var): var = Scope({u'this':this, u'reset':PyJs_reset_170_, u'arguments':arguments}, var) var.registers([u'hasher']) var.put(u'hasher', var.get(u"this").get(u'_hasher')) var.get(u'hasher').callprop(u'reset') var.get(u'hasher').callprop(u'update', var.get(u"this").get(u'_iKey')) PyJs_reset_170_._set_name(u'reset') @Js def PyJs_update_171_(messageUpdate, this, arguments, var=var): var = Scope({u'this':this, u'update':PyJs_update_171_, u'arguments':arguments, u'messageUpdate':messageUpdate}, var) var.registers([u'messageUpdate']) var.get(u"this").get(u'_hasher').callprop(u'update', var.get(u'messageUpdate')) return var.get(u"this") PyJs_update_171_._set_name(u'update') @Js def PyJs_finalize_172_(messageUpdate, this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments, u'finalize':PyJs_finalize_172_, u'messageUpdate':messageUpdate}, var) var.registers([u'innerHash', u'hasher', u'hmac', u'messageUpdate']) var.put(u'hasher', var.get(u"this").get(u'_hasher')) var.put(u'innerHash', var.get(u'hasher').callprop(u'finalize', var.get(u'messageUpdate'))) var.get(u'hasher').callprop(u'reset') var.put(u'hmac', var.get(u'hasher').callprop(u'finalize', var.get(u"this").get(u'_oKey').callprop(u'clone').callprop(u'concat', var.get(u'innerHash')))) return var.get(u'hmac') PyJs_finalize_172_._set_name(u'finalize') PyJs_Object_168_ = Js({u'init':PyJs_init_169_,u'reset':PyJs_reset_170_,u'update':PyJs_update_171_,u'finalize':PyJs_finalize_172_}) var.put(u'HMAC', var.get(u'C_algo').put(u'HMAC', var.get(u'Base').callprop(u'extend', PyJs_Object_168_))) PyJs_anonymous_167_._set_name(u'anonymous') PyJs_anonymous_167_() PyJs_anonymous_166_._set_name(u'anonymous') @Js def PyJs_anonymous_173_(root, factory, this, arguments, var=var): var = Scope({u'this':this, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_173_._set_name(u'anonymous') PyJs_anonymous_173_(var.get(u"this"), PyJs_anonymous_166_) PyJs_anonymous_165_._set_name(u'anonymous') PyJs_Object_174_ = Js({u'./core':Js(3.0)}) @Js def PyJs_anonymous_175_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_176_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) return var.get(u'CryptoJS') PyJs_anonymous_176_._set_name(u'anonymous') @Js def PyJs_anonymous_177_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): def PyJs_LONG_178_(var=var): return var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./x64-core')), var.get(u'require')(Js(u'./lib-typedarrays')), var.get(u'require')(Js(u'./enc-utf16')), var.get(u'require')(Js(u'./enc-base64')), var.get(u'require')(Js(u'./md5')), var.get(u'require')(Js(u'./sha1')), var.get(u'require')(Js(u'./sha256')), var.get(u'require')(Js(u'./sha224')), var.get(u'require')(Js(u'./sha512')), var.get(u'require')(Js(u'./sha384')), var.get(u'require')(Js(u'./sha3')), var.get(u'require')(Js(u'./ripemd160')), var.get(u'require')(Js(u'./hmac')), var.get(u'require')(Js(u'./pbkdf2')), var.get(u'require')(Js(u'./evpkdf')), var.get(u'require')(Js(u'./cipher-core')), var.get(u'require')(Js(u'./mode-cfb')), var.get(u'require')(Js(u'./mode-ctr')), var.get(u'require')(Js(u'./mode-ctr-gladman')), var.get(u'require')(Js(u'./mode-ofb')), var.get(u'require')(Js(u'./mode-ecb')), var.get(u'require')(Js(u'./pad-ansix923')), var.get(u'require')(Js(u'./pad-iso10126')), var.get(u'require')(Js(u'./pad-iso97971')), var.get(u'require')(Js(u'./pad-zeropadding')), var.get(u'require')(Js(u'./pad-nopadding')), var.get(u'require')(Js(u'./format-hex')), var.get(u'require')(Js(u'./aes')), var.get(u'require')(Js(u'./tripledes')), var.get(u'require')(Js(u'./rc4')), var.get(u'require')(Js(u'./rabbit')), var.get(u'require')(Js(u'./rabbit-legacy'))) var.get(u'module').put(u'exports', var.put(u'exports', PyJs_LONG_178_())) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): def PyJs_LONG_179_(var=var): return var.get(u'define')(Js([Js(u'./core'), Js(u'./x64-core'), Js(u'./lib-typedarrays'), Js(u'./enc-utf16'), Js(u'./enc-base64'), Js(u'./md5'), Js(u'./sha1'), Js(u'./sha256'), Js(u'./sha224'), Js(u'./sha512'), Js(u'./sha384'), Js(u'./sha3'), Js(u'./ripemd160'), Js(u'./hmac'), Js(u'./pbkdf2'), Js(u'./evpkdf'), Js(u'./cipher-core'), Js(u'./mode-cfb'), Js(u'./mode-ctr'), Js(u'./mode-ctr-gladman'), Js(u'./mode-ofb'), Js(u'./mode-ecb'), Js(u'./pad-ansix923'), Js(u'./pad-iso10126'), Js(u'./pad-iso97971'), Js(u'./pad-zeropadding'), Js(u'./pad-nopadding'), Js(u'./format-hex'), Js(u'./aes'), Js(u'./tripledes'), Js(u'./rc4'), Js(u'./rabbit'), Js(u'./rabbit-legacy')]), var.get(u'factory')) PyJs_LONG_179_() else: var.get(u'root').put(u'CryptoJS', var.get(u'factory')(var.get(u'root').get(u'CryptoJS'))) PyJs_anonymous_177_._set_name(u'anonymous') PyJs_anonymous_177_(var.get(u"this"), PyJs_anonymous_176_) PyJs_anonymous_175_._set_name(u'anonymous') PyJs_Object_180_ = Js({u'./aes':Js(1.0),u'./cipher-core':Js(2.0),u'./core':Js(3.0),u'./enc-base64':Js(4.0),u'./enc-utf16':Js(5.0),u'./evpkdf':Js(6.0),u'./format-hex':Js(7.0),u'./hmac':Js(8.0),u'./lib-typedarrays':Js(10.0),u'./md5':Js(11.0),u'./mode-cfb':Js(12.0),u'./mode-ctr':Js(14.0),u'./mode-ctr-gladman':Js(13.0),u'./mode-ecb':Js(15.0),u'./mode-ofb':Js(16.0),u'./pad-ansix923':Js(17.0),u'./pad-iso10126':Js(18.0),u'./pad-iso97971':Js(19.0),u'./pad-nopadding':Js(20.0),u'./pad-zeropadding':Js(21.0),u'./pbkdf2':Js(22.0),u'./rabbit':Js(24.0),u'./rabbit-legacy':Js(23.0),u'./rc4':Js(25.0),u'./ripemd160':Js(26.0),u'./sha1':Js(27.0),u'./sha224':Js(28.0),u'./sha256':Js(29.0),u'./sha3':Js(30.0),u'./sha384':Js(31.0),u'./sha512':Js(32.0),u'./tripledes':Js(33.0),u'./x64-core':Js(34.0)}) @Js def PyJs_anonymous_181_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_182_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_183_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'superInit', u'WordArray', u'C_lib', u'subInit']) if (var.get(u'ArrayBuffer',throw=False).typeof()!=Js(u'function')): return var.get('undefined') var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'superInit', var.get(u'WordArray').get(u'init')) @Js def PyJs_anonymous_184_(typedArray, this, arguments, var=var): var = Scope({u'this':this, u'typedArray':typedArray, u'arguments':arguments}, var) var.registers([u'i', u'typedArray', u'typedArrayByteLength', u'words']) if var.get(u'typedArray').instanceof(var.get(u'ArrayBuffer')): var.put(u'typedArray', var.get(u'Uint8Array').create(var.get(u'typedArray'))) def PyJs_LONG_185_(var=var): return ((((var.get(u'typedArray').instanceof(var.get(u'Int8Array')) or (PyJsStrictNeq(var.get(u'Uint8ClampedArray',throw=False).typeof(),Js(u'undefined')) and var.get(u'typedArray').instanceof(var.get(u'Uint8ClampedArray')))) or var.get(u'typedArray').instanceof(var.get(u'Int16Array'))) or var.get(u'typedArray').instanceof(var.get(u'Uint16Array'))) or var.get(u'typedArray').instanceof(var.get(u'Int32Array'))) if (((PyJs_LONG_185_() or var.get(u'typedArray').instanceof(var.get(u'Uint32Array'))) or var.get(u'typedArray').instanceof(var.get(u'Float32Array'))) or var.get(u'typedArray').instanceof(var.get(u'Float64Array'))): var.put(u'typedArray', var.get(u'Uint8Array').create(var.get(u'typedArray').get(u'buffer'), var.get(u'typedArray').get(u'byteOffset'), var.get(u'typedArray').get(u'byteLength'))) if var.get(u'typedArray').instanceof(var.get(u'Uint8Array')): var.put(u'typedArrayByteLength', var.get(u'typedArray').get(u'byteLength')) var.put(u'words', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'typedArrayByteLength')): try: var.get(u'words').put(PyJsBshift(var.get(u'i'),Js(2.0)), (var.get(u'typedArray').get(var.get(u'i'))<<(Js(24.0)-((var.get(u'i')%Js(4.0))*Js(8.0)))), u'|') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u'superInit').callprop(u'call', var.get(u"this"), var.get(u'words'), var.get(u'typedArrayByteLength')) else: var.get(u'superInit').callprop(u'apply', var.get(u"this"), var.get(u'arguments')) PyJs_anonymous_184_._set_name(u'anonymous') var.put(u'subInit', var.get(u'WordArray').put(u'init', PyJs_anonymous_184_)) var.get(u'subInit').put(u'prototype', var.get(u'WordArray')) PyJs_anonymous_183_._set_name(u'anonymous') PyJs_anonymous_183_() return var.get(u'CryptoJS').get(u'lib').get(u'WordArray') PyJs_anonymous_182_._set_name(u'anonymous') @Js def PyJs_anonymous_186_(root, factory, this, arguments, var=var): var = Scope({u'this':this, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_186_._set_name(u'anonymous') PyJs_anonymous_186_(var.get(u"this"), PyJs_anonymous_182_) PyJs_anonymous_181_._set_name(u'anonymous') PyJs_Object_187_ = Js({u'./core':Js(3.0)}) @Js def PyJs_anonymous_188_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_189_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_190_(Math, this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments, u'Math':Math}, var) var.registers([u'II', u'C', u'FF', u'C_lib', u'GG', u'C_algo', u'HH', u'T', u'WordArray', u'Hasher', u'Math', u'MD5']) @Js def PyJsHoisted_GG_(a, b, c, d, x, s, t, this, arguments, var=var): var = Scope({u'a':a, u'c':c, u'b':b, u'd':d, u'this':this, u's':s, u't':t, u'x':x, u'arguments':arguments}, var) var.registers([u'a', u'c', u'b', u'd', u'n', u's', u't', u'x']) var.put(u'n', (((var.get(u'a')+((var.get(u'b')&var.get(u'd'))|(var.get(u'c')&(~var.get(u'd')))))+var.get(u'x'))+var.get(u't'))) return (((var.get(u'n')<<var.get(u's'))|PyJsBshift(var.get(u'n'),(Js(32.0)-var.get(u's'))))+var.get(u'b')) PyJsHoisted_GG_.func_name = u'GG' var.put(u'GG', PyJsHoisted_GG_) @Js def PyJsHoisted_II_(a, b, c, d, x, s, t, this, arguments, var=var): var = Scope({u'a':a, u'c':c, u'b':b, u'd':d, u'this':this, u's':s, u't':t, u'x':x, u'arguments':arguments}, var) var.registers([u'a', u'c', u'b', u'd', u'n', u's', u't', u'x']) var.put(u'n', (((var.get(u'a')+(var.get(u'c')^(var.get(u'b')|(~var.get(u'd')))))+var.get(u'x'))+var.get(u't'))) return (((var.get(u'n')<<var.get(u's'))|PyJsBshift(var.get(u'n'),(Js(32.0)-var.get(u's'))))+var.get(u'b')) PyJsHoisted_II_.func_name = u'II' var.put(u'II', PyJsHoisted_II_) @Js def PyJsHoisted_HH_(a, b, c, d, x, s, t, this, arguments, var=var): var = Scope({u'a':a, u'c':c, u'b':b, u'd':d, u'this':this, u's':s, u't':t, u'x':x, u'arguments':arguments}, var) var.registers([u'a', u'c', u'b', u'd', u'n', u's', u't', u'x']) var.put(u'n', (((var.get(u'a')+((var.get(u'b')^var.get(u'c'))^var.get(u'd')))+var.get(u'x'))+var.get(u't'))) return (((var.get(u'n')<<var.get(u's'))|PyJsBshift(var.get(u'n'),(Js(32.0)-var.get(u's'))))+var.get(u'b')) PyJsHoisted_HH_.func_name = u'HH' var.put(u'HH', PyJsHoisted_HH_) @Js def PyJsHoisted_FF_(a, b, c, d, x, s, t, this, arguments, var=var): var = Scope({u'a':a, u'c':c, u'b':b, u'd':d, u'this':this, u's':s, u't':t, u'x':x, u'arguments':arguments}, var) var.registers([u'a', u'c', u'b', u'd', u'n', u's', u't', u'x']) var.put(u'n', (((var.get(u'a')+((var.get(u'b')&var.get(u'c'))|((~var.get(u'b'))&var.get(u'd'))))+var.get(u'x'))+var.get(u't'))) return (((var.get(u'n')<<var.get(u's'))|PyJsBshift(var.get(u'n'),(Js(32.0)-var.get(u's'))))+var.get(u'b')) PyJsHoisted_FF_.func_name = u'FF' var.put(u'FF', PyJsHoisted_FF_) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'Hasher', var.get(u'C_lib').get(u'Hasher')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'T', Js([])) @Js def PyJs_anonymous_191_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'i']) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(64.0)): try: var.get(u'T').put(var.get(u'i'), ((var.get(u'Math').callprop(u'abs', var.get(u'Math').callprop(u'sin', (var.get(u'i')+Js(1.0))))*Js(4294967296))|Js(0.0))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs_anonymous_191_._set_name(u'anonymous') PyJs_anonymous_191_() @Js def PyJs__doReset_193_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_193_, u'arguments':arguments}, var) var.registers([]) var.get(u"this").put(u'_hash', var.get(u'WordArray').get(u'init').create(Js([Js(1732584193), Js(4023233417), Js(2562383102), Js(271733878)]))) PyJs__doReset_193_._set_name(u'_doReset') @Js def PyJs__doProcessBlock_194_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'_doProcessBlock':PyJs__doProcessBlock_194_, u'M':M, u'arguments':arguments, u'offset':offset}, var) var.registers([u'M_offset_6', u'M_offset_7', u'M_offset_4', u'M_offset_5', u'M_offset_2', u'M_offset_3', u'M_offset_0', u'M_offset_1', u'M_offset_8', u'M_offset_9', u'offset_i', u'M_offset_i', u'H', u'M', u'offset', u'M_offset_14', u'M_offset_15', u'M_offset_10', u'M_offset_11', u'M_offset_12', u'M_offset_13', u'a', u'c', u'b', u'd', u'i']) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(16.0)): try: var.put(u'offset_i', (var.get(u'offset')+var.get(u'i'))) var.put(u'M_offset_i', var.get(u'M').get(var.get(u'offset_i'))) var.get(u'M').put(var.get(u'offset_i'), ((((var.get(u'M_offset_i')<<Js(8.0))|PyJsBshift(var.get(u'M_offset_i'),Js(24.0)))&Js(16711935))|(((var.get(u'M_offset_i')<<Js(24.0))|PyJsBshift(var.get(u'M_offset_i'),Js(8.0)))&Js(4278255360)))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.put(u'H', var.get(u"this").get(u'_hash').get(u'words')) var.put(u'M_offset_0', var.get(u'M').get((var.get(u'offset')+Js(0.0)))) var.put(u'M_offset_1', var.get(u'M').get((var.get(u'offset')+Js(1.0)))) var.put(u'M_offset_2', var.get(u'M').get((var.get(u'offset')+Js(2.0)))) var.put(u'M_offset_3', var.get(u'M').get((var.get(u'offset')+Js(3.0)))) var.put(u'M_offset_4', var.get(u'M').get((var.get(u'offset')+Js(4.0)))) var.put(u'M_offset_5', var.get(u'M').get((var.get(u'offset')+Js(5.0)))) var.put(u'M_offset_6', var.get(u'M').get((var.get(u'offset')+Js(6.0)))) var.put(u'M_offset_7', var.get(u'M').get((var.get(u'offset')+Js(7.0)))) var.put(u'M_offset_8', var.get(u'M').get((var.get(u'offset')+Js(8.0)))) var.put(u'M_offset_9', var.get(u'M').get((var.get(u'offset')+Js(9.0)))) var.put(u'M_offset_10', var.get(u'M').get((var.get(u'offset')+Js(10.0)))) var.put(u'M_offset_11', var.get(u'M').get((var.get(u'offset')+Js(11.0)))) var.put(u'M_offset_12', var.get(u'M').get((var.get(u'offset')+Js(12.0)))) var.put(u'M_offset_13', var.get(u'M').get((var.get(u'offset')+Js(13.0)))) var.put(u'M_offset_14', var.get(u'M').get((var.get(u'offset')+Js(14.0)))) var.put(u'M_offset_15', var.get(u'M').get((var.get(u'offset')+Js(15.0)))) var.put(u'a', var.get(u'H').get(u'0')) var.put(u'b', var.get(u'H').get(u'1')) var.put(u'c', var.get(u'H').get(u'2')) var.put(u'd', var.get(u'H').get(u'3')) var.put(u'a', var.get(u'FF')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_0'), Js(7.0), var.get(u'T').get(u'0'))) var.put(u'd', var.get(u'FF')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_1'), Js(12.0), var.get(u'T').get(u'1'))) var.put(u'c', var.get(u'FF')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_2'), Js(17.0), var.get(u'T').get(u'2'))) var.put(u'b', var.get(u'FF')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_3'), Js(22.0), var.get(u'T').get(u'3'))) var.put(u'a', var.get(u'FF')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_4'), Js(7.0), var.get(u'T').get(u'4'))) var.put(u'd', var.get(u'FF')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_5'), Js(12.0), var.get(u'T').get(u'5'))) var.put(u'c', var.get(u'FF')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_6'), Js(17.0), var.get(u'T').get(u'6'))) var.put(u'b', var.get(u'FF')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_7'), Js(22.0), var.get(u'T').get(u'7'))) var.put(u'a', var.get(u'FF')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_8'), Js(7.0), var.get(u'T').get(u'8'))) var.put(u'd', var.get(u'FF')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_9'), Js(12.0), var.get(u'T').get(u'9'))) var.put(u'c', var.get(u'FF')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_10'), Js(17.0), var.get(u'T').get(u'10'))) var.put(u'b', var.get(u'FF')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_11'), Js(22.0), var.get(u'T').get(u'11'))) var.put(u'a', var.get(u'FF')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_12'), Js(7.0), var.get(u'T').get(u'12'))) var.put(u'd', var.get(u'FF')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_13'), Js(12.0), var.get(u'T').get(u'13'))) var.put(u'c', var.get(u'FF')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_14'), Js(17.0), var.get(u'T').get(u'14'))) var.put(u'b', var.get(u'FF')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_15'), Js(22.0), var.get(u'T').get(u'15'))) var.put(u'a', var.get(u'GG')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_1'), Js(5.0), var.get(u'T').get(u'16'))) var.put(u'd', var.get(u'GG')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_6'), Js(9.0), var.get(u'T').get(u'17'))) var.put(u'c', var.get(u'GG')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_11'), Js(14.0), var.get(u'T').get(u'18'))) var.put(u'b', var.get(u'GG')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_0'), Js(20.0), var.get(u'T').get(u'19'))) var.put(u'a', var.get(u'GG')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_5'), Js(5.0), var.get(u'T').get(u'20'))) var.put(u'd', var.get(u'GG')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_10'), Js(9.0), var.get(u'T').get(u'21'))) var.put(u'c', var.get(u'GG')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_15'), Js(14.0), var.get(u'T').get(u'22'))) var.put(u'b', var.get(u'GG')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_4'), Js(20.0), var.get(u'T').get(u'23'))) var.put(u'a', var.get(u'GG')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_9'), Js(5.0), var.get(u'T').get(u'24'))) var.put(u'd', var.get(u'GG')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_14'), Js(9.0), var.get(u'T').get(u'25'))) var.put(u'c', var.get(u'GG')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_3'), Js(14.0), var.get(u'T').get(u'26'))) var.put(u'b', var.get(u'GG')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_8'), Js(20.0), var.get(u'T').get(u'27'))) var.put(u'a', var.get(u'GG')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_13'), Js(5.0), var.get(u'T').get(u'28'))) var.put(u'd', var.get(u'GG')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_2'), Js(9.0), var.get(u'T').get(u'29'))) var.put(u'c', var.get(u'GG')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_7'), Js(14.0), var.get(u'T').get(u'30'))) var.put(u'b', var.get(u'GG')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_12'), Js(20.0), var.get(u'T').get(u'31'))) var.put(u'a', var.get(u'HH')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_5'), Js(4.0), var.get(u'T').get(u'32'))) var.put(u'd', var.get(u'HH')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_8'), Js(11.0), var.get(u'T').get(u'33'))) var.put(u'c', var.get(u'HH')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_11'), Js(16.0), var.get(u'T').get(u'34'))) var.put(u'b', var.get(u'HH')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_14'), Js(23.0), var.get(u'T').get(u'35'))) var.put(u'a', var.get(u'HH')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_1'), Js(4.0), var.get(u'T').get(u'36'))) var.put(u'd', var.get(u'HH')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_4'), Js(11.0), var.get(u'T').get(u'37'))) var.put(u'c', var.get(u'HH')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_7'), Js(16.0), var.get(u'T').get(u'38'))) var.put(u'b', var.get(u'HH')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_10'), Js(23.0), var.get(u'T').get(u'39'))) var.put(u'a', var.get(u'HH')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_13'), Js(4.0), var.get(u'T').get(u'40'))) var.put(u'd', var.get(u'HH')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_0'), Js(11.0), var.get(u'T').get(u'41'))) var.put(u'c', var.get(u'HH')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_3'), Js(16.0), var.get(u'T').get(u'42'))) var.put(u'b', var.get(u'HH')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_6'), Js(23.0), var.get(u'T').get(u'43'))) var.put(u'a', var.get(u'HH')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_9'), Js(4.0), var.get(u'T').get(u'44'))) var.put(u'd', var.get(u'HH')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_12'), Js(11.0), var.get(u'T').get(u'45'))) var.put(u'c', var.get(u'HH')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_15'), Js(16.0), var.get(u'T').get(u'46'))) var.put(u'b', var.get(u'HH')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_2'), Js(23.0), var.get(u'T').get(u'47'))) var.put(u'a', var.get(u'II')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_0'), Js(6.0), var.get(u'T').get(u'48'))) var.put(u'd', var.get(u'II')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_7'), Js(10.0), var.get(u'T').get(u'49'))) var.put(u'c', var.get(u'II')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_14'), Js(15.0), var.get(u'T').get(u'50'))) var.put(u'b', var.get(u'II')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_5'), Js(21.0), var.get(u'T').get(u'51'))) var.put(u'a', var.get(u'II')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_12'), Js(6.0), var.get(u'T').get(u'52'))) var.put(u'd', var.get(u'II')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_3'), Js(10.0), var.get(u'T').get(u'53'))) var.put(u'c', var.get(u'II')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_10'), Js(15.0), var.get(u'T').get(u'54'))) var.put(u'b', var.get(u'II')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_1'), Js(21.0), var.get(u'T').get(u'55'))) var.put(u'a', var.get(u'II')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_8'), Js(6.0), var.get(u'T').get(u'56'))) var.put(u'd', var.get(u'II')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_15'), Js(10.0), var.get(u'T').get(u'57'))) var.put(u'c', var.get(u'II')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_6'), Js(15.0), var.get(u'T').get(u'58'))) var.put(u'b', var.get(u'II')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_13'), Js(21.0), var.get(u'T').get(u'59'))) var.put(u'a', var.get(u'II')(var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'M_offset_4'), Js(6.0), var.get(u'T').get(u'60'))) var.put(u'd', var.get(u'II')(var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'c'), var.get(u'M_offset_11'), Js(10.0), var.get(u'T').get(u'61'))) var.put(u'c', var.get(u'II')(var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'b'), var.get(u'M_offset_2'), Js(15.0), var.get(u'T').get(u'62'))) var.put(u'b', var.get(u'II')(var.get(u'b'), var.get(u'c'), var.get(u'd'), var.get(u'a'), var.get(u'M_offset_9'), Js(21.0), var.get(u'T').get(u'63'))) var.get(u'H').put(u'0', ((var.get(u'H').get(u'0')+var.get(u'a'))|Js(0.0))) var.get(u'H').put(u'1', ((var.get(u'H').get(u'1')+var.get(u'b'))|Js(0.0))) var.get(u'H').put(u'2', ((var.get(u'H').get(u'2')+var.get(u'c'))|Js(0.0))) var.get(u'H').put(u'3', ((var.get(u'H').get(u'3')+var.get(u'd'))|Js(0.0))) PyJs__doProcessBlock_194_._set_name(u'_doProcessBlock') @Js def PyJs__doFinalize_195_(this, arguments, var=var): var = Scope({u'this':this, u'_doFinalize':PyJs__doFinalize_195_, u'arguments':arguments}, var) var.registers([u'H_i', u'dataWords', u'hash', u'i', u'H', u'nBitsLeft', u'nBitsTotalL', u'data', u'nBitsTotal', u'nBitsTotalH']) var.put(u'data', var.get(u"this").get(u'_data')) var.put(u'dataWords', var.get(u'data').get(u'words')) var.put(u'nBitsTotal', (var.get(u"this").get(u'_nDataBytes')*Js(8.0))) var.put(u'nBitsLeft', (var.get(u'data').get(u'sigBytes')*Js(8.0))) var.get(u'dataWords').put(PyJsBshift(var.get(u'nBitsLeft'),Js(5.0)), (Js(128)<<(Js(24.0)-(var.get(u'nBitsLeft')%Js(32.0)))), u'|') var.put(u'nBitsTotalH', var.get(u'Math').callprop(u'floor', (var.get(u'nBitsTotal')/Js(4294967296)))) var.put(u'nBitsTotalL', var.get(u'nBitsTotal')) var.get(u'dataWords').put(((PyJsBshift((var.get(u'nBitsLeft')+Js(64.0)),Js(9.0))<<Js(4.0))+Js(15.0)), ((((var.get(u'nBitsTotalH')<<Js(8.0))|PyJsBshift(var.get(u'nBitsTotalH'),Js(24.0)))&Js(16711935))|(((var.get(u'nBitsTotalH')<<Js(24.0))|PyJsBshift(var.get(u'nBitsTotalH'),Js(8.0)))&Js(4278255360)))) var.get(u'dataWords').put(((PyJsBshift((var.get(u'nBitsLeft')+Js(64.0)),Js(9.0))<<Js(4.0))+Js(14.0)), ((((var.get(u'nBitsTotalL')<<Js(8.0))|PyJsBshift(var.get(u'nBitsTotalL'),Js(24.0)))&Js(16711935))|(((var.get(u'nBitsTotalL')<<Js(24.0))|PyJsBshift(var.get(u'nBitsTotalL'),Js(8.0)))&Js(4278255360)))) var.get(u'data').put(u'sigBytes', ((var.get(u'dataWords').get(u'length')+Js(1.0))*Js(4.0))) var.get(u"this").callprop(u'_process') var.put(u'hash', var.get(u"this").get(u'_hash')) var.put(u'H', var.get(u'hash').get(u'words')) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(4.0)): try: var.put(u'H_i', var.get(u'H').get(var.get(u'i'))) var.get(u'H').put(var.get(u'i'), ((((var.get(u'H_i')<<Js(8.0))|PyJsBshift(var.get(u'H_i'),Js(24.0)))&Js(16711935))|(((var.get(u'H_i')<<Js(24.0))|PyJsBshift(var.get(u'H_i'),Js(8.0)))&Js(4278255360)))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'hash') PyJs__doFinalize_195_._set_name(u'_doFinalize') @Js def PyJs_clone_196_(this, arguments, var=var): var = Scope({u'this':this, u'clone':PyJs_clone_196_, u'arguments':arguments}, var) var.registers([u'clone']) var.put(u'clone', var.get(u'Hasher').get(u'clone').callprop(u'call', var.get(u"this"))) var.get(u'clone').put(u'_hash', var.get(u"this").get(u'_hash').callprop(u'clone')) return var.get(u'clone') PyJs_clone_196_._set_name(u'clone') PyJs_Object_192_ = Js({u'_doReset':PyJs__doReset_193_,u'_doProcessBlock':PyJs__doProcessBlock_194_,u'_doFinalize':PyJs__doFinalize_195_,u'clone':PyJs_clone_196_}) var.put(u'MD5', var.get(u'C_algo').put(u'MD5', var.get(u'Hasher').callprop(u'extend', PyJs_Object_192_))) pass pass pass pass var.get(u'C').put(u'MD5', var.get(u'Hasher').callprop(u'_createHelper', var.get(u'MD5'))) var.get(u'C').put(u'HmacMD5', var.get(u'Hasher').callprop(u'_createHmacHelper', var.get(u'MD5'))) PyJs_anonymous_190_._set_name(u'anonymous') PyJs_anonymous_190_(var.get(u'Math')) return var.get(u'CryptoJS').get(u'MD5') PyJs_anonymous_189_._set_name(u'anonymous') @Js def PyJs_anonymous_197_(root, factory, this, arguments, var=var): var = Scope({u'this':this, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_197_._set_name(u'anonymous') PyJs_anonymous_197_(var.get(u"this"), PyJs_anonymous_189_) PyJs_anonymous_188_._set_name(u'anonymous') PyJs_Object_198_ = Js({u'./core':Js(3.0)}) @Js def PyJs_anonymous_199_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_200_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_201_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'CFB', u'generateKeystreamAndEncrypt']) @Js def PyJsHoisted_generateKeystreamAndEncrypt_(words, offset, blockSize, cipher, this, arguments, var=var): var = Scope({u'cipher':cipher, u'arguments':arguments, u'words':words, u'offset':offset, u'this':this, u'blockSize':blockSize}, var) var.registers([u'i', u'blockSize', u'iv', u'cipher', u'words', u'offset', u'keystream']) var.put(u'iv', var.get(u"this").get(u'_iv')) if var.get(u'iv'): var.put(u'keystream', var.get(u'iv').callprop(u'slice', Js(0.0))) var.get(u"this").put(u'_iv', var.get(u'undefined')) else: var.put(u'keystream', var.get(u"this").get(u'_prevBlock')) var.get(u'cipher').callprop(u'encryptBlock', var.get(u'keystream'), Js(0.0)) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'blockSize')): try: var.get(u'words').put((var.get(u'offset')+var.get(u'i')), var.get(u'keystream').get(var.get(u'i')), u'^') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJsHoisted_generateKeystreamAndEncrypt_.func_name = u'generateKeystreamAndEncrypt' var.put(u'generateKeystreamAndEncrypt', PyJsHoisted_generateKeystreamAndEncrypt_) var.put(u'CFB', var.get(u'CryptoJS').get(u'lib').get(u'BlockCipherMode').callprop(u'extend')) @Js def PyJs_processBlock_203_(words, offset, this, arguments, var=var): var = Scope({u'this':this, u'processBlock':PyJs_processBlock_203_, u'arguments':arguments, u'words':words, u'offset':offset}, var) var.registers([u'blockSize', u'cipher', u'words', u'offset']) var.put(u'cipher', var.get(u"this").get(u'_cipher')) var.put(u'blockSize', var.get(u'cipher').get(u'blockSize')) var.get(u'generateKeystreamAndEncrypt').callprop(u'call', var.get(u"this"), var.get(u'words'), var.get(u'offset'), var.get(u'blockSize'), var.get(u'cipher')) var.get(u"this").put(u'_prevBlock', var.get(u'words').callprop(u'slice', var.get(u'offset'), (var.get(u'offset')+var.get(u'blockSize')))) PyJs_processBlock_203_._set_name(u'processBlock') PyJs_Object_202_ = Js({u'processBlock':PyJs_processBlock_203_}) var.get(u'CFB').put(u'Encryptor', var.get(u'CFB').callprop(u'extend', PyJs_Object_202_)) @Js def PyJs_processBlock_205_(words, offset, this, arguments, var=var): var = Scope({u'this':this, u'processBlock':PyJs_processBlock_205_, u'arguments':arguments, u'words':words, u'offset':offset}, var) var.registers([u'blockSize', u'cipher', u'words', u'thisBlock', u'offset']) var.put(u'cipher', var.get(u"this").get(u'_cipher')) var.put(u'blockSize', var.get(u'cipher').get(u'blockSize')) var.put(u'thisBlock', var.get(u'words').callprop(u'slice', var.get(u'offset'), (var.get(u'offset')+var.get(u'blockSize')))) var.get(u'generateKeystreamAndEncrypt').callprop(u'call', var.get(u"this"), var.get(u'words'), var.get(u'offset'), var.get(u'blockSize'), var.get(u'cipher')) var.get(u"this").put(u'_prevBlock', var.get(u'thisBlock')) PyJs_processBlock_205_._set_name(u'processBlock') PyJs_Object_204_ = Js({u'processBlock':PyJs_processBlock_205_}) var.get(u'CFB').put(u'Decryptor', var.get(u'CFB').callprop(u'extend', PyJs_Object_204_)) pass return var.get(u'CFB') PyJs_anonymous_201_._set_name(u'anonymous') var.get(u'CryptoJS').get(u'mode').put(u'CFB', PyJs_anonymous_201_()) return var.get(u'CryptoJS').get(u'mode').get(u'CFB') PyJs_anonymous_200_._set_name(u'anonymous') @Js def PyJs_anonymous_206_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_206_._set_name(u'anonymous') PyJs_anonymous_206_(var.get(u"this"), PyJs_anonymous_200_) PyJs_anonymous_199_._set_name(u'anonymous') PyJs_Object_207_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0)}) @Js def PyJs_anonymous_208_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_209_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_210_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'Encryptor', u'incCounter', u'CTRGladman', u'incWord']) @Js def PyJsHoisted_incCounter_(counter, this, arguments, var=var): var = Scope({u'this':this, u'counter':counter, u'arguments':arguments}, var) var.registers([u'counter']) if PyJsStrictEq(var.get(u'counter').put(u'0', var.get(u'incWord')(var.get(u'counter').get(u'0'))),Js(0.0)): var.get(u'counter').put(u'1', var.get(u'incWord')(var.get(u'counter').get(u'1'))) return var.get(u'counter') PyJsHoisted_incCounter_.func_name = u'incCounter' var.put(u'incCounter', PyJsHoisted_incCounter_) @Js def PyJsHoisted_incWord_(word, this, arguments, var=var): var = Scope({u'this':this, u'word':word, u'arguments':arguments}, var) var.registers([u'word', u'b1', u'b2', u'b3']) if PyJsStrictEq(((var.get(u'word')>>Js(24.0))&Js(255)),Js(255)): var.put(u'b1', ((var.get(u'word')>>Js(16.0))&Js(255))) var.put(u'b2', ((var.get(u'word')>>Js(8.0))&Js(255))) var.put(u'b3', (var.get(u'word')&Js(255))) if PyJsStrictEq(var.get(u'b1'),Js(255)): var.put(u'b1', Js(0.0)) if PyJsStrictEq(var.get(u'b2'),Js(255)): var.put(u'b2', Js(0.0)) if PyJsStrictEq(var.get(u'b3'),Js(255)): var.put(u'b3', Js(0.0)) else: var.put(u'b3',Js(var.get(u'b3').to_number())+Js(1)) else: var.put(u'b2',Js(var.get(u'b2').to_number())+Js(1)) else: var.put(u'b1',Js(var.get(u'b1').to_number())+Js(1)) var.put(u'word', Js(0.0)) var.put(u'word', (var.get(u'b1')<<Js(16.0)), u'+') var.put(u'word', (var.get(u'b2')<<Js(8.0)), u'+') var.put(u'word', var.get(u'b3'), u'+') else: var.put(u'word', (Js(1)<<Js(24.0)), u'+') return var.get(u'word') PyJsHoisted_incWord_.func_name = u'incWord' var.put(u'incWord', PyJsHoisted_incWord_) var.put(u'CTRGladman', var.get(u'CryptoJS').get(u'lib').get(u'BlockCipherMode').callprop(u'extend')) pass pass @Js def PyJs_processBlock_212_(words, offset, this, arguments, var=var): var = Scope({u'this':this, u'processBlock':PyJs_processBlock_212_, u'arguments':arguments, u'words':words, u'offset':offset}, var) var.registers([u'i', u'blockSize', u'counter', u'iv', u'cipher', u'words', u'offset', u'keystream']) var.put(u'cipher', var.get(u"this").get(u'_cipher')) var.put(u'blockSize', var.get(u'cipher').get(u'blockSize')) var.put(u'iv', var.get(u"this").get(u'_iv')) var.put(u'counter', var.get(u"this").get(u'_counter')) if var.get(u'iv'): var.put(u'counter', var.get(u"this").put(u'_counter', var.get(u'iv').callprop(u'slice', Js(0.0)))) var.get(u"this").put(u'_iv', var.get(u'undefined')) var.get(u'incCounter')(var.get(u'counter')) var.put(u'keystream', var.get(u'counter').callprop(u'slice', Js(0.0))) var.get(u'cipher').callprop(u'encryptBlock', var.get(u'keystream'), Js(0.0)) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'blockSize')): try: var.get(u'words').put((var.get(u'offset')+var.get(u'i')), var.get(u'keystream').get(var.get(u'i')), u'^') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs_processBlock_212_._set_name(u'processBlock') PyJs_Object_211_ = Js({u'processBlock':PyJs_processBlock_212_}) var.put(u'Encryptor', var.get(u'CTRGladman').put(u'Encryptor', var.get(u'CTRGladman').callprop(u'extend', PyJs_Object_211_))) var.get(u'CTRGladman').put(u'Decryptor', var.get(u'Encryptor')) return var.get(u'CTRGladman') PyJs_anonymous_210_._set_name(u'anonymous') var.get(u'CryptoJS').get(u'mode').put(u'CTRGladman', PyJs_anonymous_210_()) return var.get(u'CryptoJS').get(u'mode').get(u'CTRGladman') PyJs_anonymous_209_._set_name(u'anonymous') @Js def PyJs_anonymous_213_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_213_._set_name(u'anonymous') PyJs_anonymous_213_(var.get(u"this"), PyJs_anonymous_209_) PyJs_anonymous_208_._set_name(u'anonymous') PyJs_Object_214_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0)}) @Js def PyJs_anonymous_215_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_216_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_217_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'Encryptor', u'CTR']) var.put(u'CTR', var.get(u'CryptoJS').get(u'lib').get(u'BlockCipherMode').callprop(u'extend')) @Js def PyJs_processBlock_219_(words, offset, this, arguments, var=var): var = Scope({u'this':this, u'processBlock':PyJs_processBlock_219_, u'arguments':arguments, u'words':words, u'offset':offset}, var) var.registers([u'i', u'blockSize', u'counter', u'iv', u'cipher', u'words', u'offset', u'keystream']) var.put(u'cipher', var.get(u"this").get(u'_cipher')) var.put(u'blockSize', var.get(u'cipher').get(u'blockSize')) var.put(u'iv', var.get(u"this").get(u'_iv')) var.put(u'counter', var.get(u"this").get(u'_counter')) if var.get(u'iv'): var.put(u'counter', var.get(u"this").put(u'_counter', var.get(u'iv').callprop(u'slice', Js(0.0)))) var.get(u"this").put(u'_iv', var.get(u'undefined')) var.put(u'keystream', var.get(u'counter').callprop(u'slice', Js(0.0))) var.get(u'cipher').callprop(u'encryptBlock', var.get(u'keystream'), Js(0.0)) var.get(u'counter').put((var.get(u'blockSize')-Js(1.0)), ((var.get(u'counter').get((var.get(u'blockSize')-Js(1.0)))+Js(1.0))|Js(0.0))) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'blockSize')): try: var.get(u'words').put((var.get(u'offset')+var.get(u'i')), var.get(u'keystream').get(var.get(u'i')), u'^') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs_processBlock_219_._set_name(u'processBlock') PyJs_Object_218_ = Js({u'processBlock':PyJs_processBlock_219_}) var.put(u'Encryptor', var.get(u'CTR').put(u'Encryptor', var.get(u'CTR').callprop(u'extend', PyJs_Object_218_))) var.get(u'CTR').put(u'Decryptor', var.get(u'Encryptor')) return var.get(u'CTR') PyJs_anonymous_217_._set_name(u'anonymous') var.get(u'CryptoJS').get(u'mode').put(u'CTR', PyJs_anonymous_217_()) return var.get(u'CryptoJS').get(u'mode').get(u'CTR') PyJs_anonymous_216_._set_name(u'anonymous') @Js def PyJs_anonymous_220_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_220_._set_name(u'anonymous') PyJs_anonymous_220_(var.get(u"this"), PyJs_anonymous_216_) PyJs_anonymous_215_._set_name(u'anonymous') PyJs_Object_221_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0)}) @Js def PyJs_anonymous_222_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_223_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_224_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'ECB']) var.put(u'ECB', var.get(u'CryptoJS').get(u'lib').get(u'BlockCipherMode').callprop(u'extend')) @Js def PyJs_processBlock_226_(words, offset, this, arguments, var=var): var = Scope({u'this':this, u'processBlock':PyJs_processBlock_226_, u'arguments':arguments, u'words':words, u'offset':offset}, var) var.registers([u'words', u'offset']) var.get(u"this").get(u'_cipher').callprop(u'encryptBlock', var.get(u'words'), var.get(u'offset')) PyJs_processBlock_226_._set_name(u'processBlock') PyJs_Object_225_ = Js({u'processBlock':PyJs_processBlock_226_}) var.get(u'ECB').put(u'Encryptor', var.get(u'ECB').callprop(u'extend', PyJs_Object_225_)) @Js def PyJs_processBlock_228_(words, offset, this, arguments, var=var): var = Scope({u'this':this, u'processBlock':PyJs_processBlock_228_, u'arguments':arguments, u'words':words, u'offset':offset}, var) var.registers([u'words', u'offset']) var.get(u"this").get(u'_cipher').callprop(u'decryptBlock', var.get(u'words'), var.get(u'offset')) PyJs_processBlock_228_._set_name(u'processBlock') PyJs_Object_227_ = Js({u'processBlock':PyJs_processBlock_228_}) var.get(u'ECB').put(u'Decryptor', var.get(u'ECB').callprop(u'extend', PyJs_Object_227_)) return var.get(u'ECB') PyJs_anonymous_224_._set_name(u'anonymous') var.get(u'CryptoJS').get(u'mode').put(u'ECB', PyJs_anonymous_224_()) return var.get(u'CryptoJS').get(u'mode').get(u'ECB') PyJs_anonymous_223_._set_name(u'anonymous') @Js def PyJs_anonymous_229_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_229_._set_name(u'anonymous') PyJs_anonymous_229_(var.get(u"this"), PyJs_anonymous_223_) PyJs_anonymous_222_._set_name(u'anonymous') PyJs_Object_230_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0)}) @Js def PyJs_anonymous_231_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_232_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_233_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'OFB', u'Encryptor']) var.put(u'OFB', var.get(u'CryptoJS').get(u'lib').get(u'BlockCipherMode').callprop(u'extend')) @Js def PyJs_processBlock_235_(words, offset, this, arguments, var=var): var = Scope({u'this':this, u'processBlock':PyJs_processBlock_235_, u'arguments':arguments, u'words':words, u'offset':offset}, var) var.registers([u'i', u'blockSize', u'iv', u'cipher', u'words', u'offset', u'keystream']) var.put(u'cipher', var.get(u"this").get(u'_cipher')) var.put(u'blockSize', var.get(u'cipher').get(u'blockSize')) var.put(u'iv', var.get(u"this").get(u'_iv')) var.put(u'keystream', var.get(u"this").get(u'_keystream')) if var.get(u'iv'): var.put(u'keystream', var.get(u"this").put(u'_keystream', var.get(u'iv').callprop(u'slice', Js(0.0)))) var.get(u"this").put(u'_iv', var.get(u'undefined')) var.get(u'cipher').callprop(u'encryptBlock', var.get(u'keystream'), Js(0.0)) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'blockSize')): try: var.get(u'words').put((var.get(u'offset')+var.get(u'i')), var.get(u'keystream').get(var.get(u'i')), u'^') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs_processBlock_235_._set_name(u'processBlock') PyJs_Object_234_ = Js({u'processBlock':PyJs_processBlock_235_}) var.put(u'Encryptor', var.get(u'OFB').put(u'Encryptor', var.get(u'OFB').callprop(u'extend', PyJs_Object_234_))) var.get(u'OFB').put(u'Decryptor', var.get(u'Encryptor')) return var.get(u'OFB') PyJs_anonymous_233_._set_name(u'anonymous') var.get(u'CryptoJS').get(u'mode').put(u'OFB', PyJs_anonymous_233_()) return var.get(u'CryptoJS').get(u'mode').get(u'OFB') PyJs_anonymous_232_._set_name(u'anonymous') @Js def PyJs_anonymous_236_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_236_._set_name(u'anonymous') PyJs_anonymous_236_(var.get(u"this"), PyJs_anonymous_232_) PyJs_anonymous_231_._set_name(u'anonymous') PyJs_Object_237_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0)}) @Js def PyJs_anonymous_238_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_239_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_pad_241_(data, blockSize, this, arguments, var=var): var = Scope({u'this':this, u'blockSize':blockSize, u'pad':PyJs_pad_241_, u'data':data, u'arguments':arguments}, var) var.registers([u'blockSizeBytes', u'dataSigBytes', u'blockSize', u'lastBytePos', u'nPaddingBytes', u'data']) var.put(u'dataSigBytes', var.get(u'data').get(u'sigBytes')) var.put(u'blockSizeBytes', (var.get(u'blockSize')*Js(4.0))) var.put(u'nPaddingBytes', (var.get(u'blockSizeBytes')-(var.get(u'dataSigBytes')%var.get(u'blockSizeBytes')))) var.put(u'lastBytePos', ((var.get(u'dataSigBytes')+var.get(u'nPaddingBytes'))-Js(1.0))) var.get(u'data').callprop(u'clamp') var.get(u'data').get(u'words').put(PyJsBshift(var.get(u'lastBytePos'),Js(2.0)), (var.get(u'nPaddingBytes')<<(Js(24.0)-((var.get(u'lastBytePos')%Js(4.0))*Js(8.0)))), u'|') var.get(u'data').put(u'sigBytes', var.get(u'nPaddingBytes'), u'+') PyJs_pad_241_._set_name(u'pad') @Js def PyJs_unpad_242_(data, this, arguments, var=var): var = Scope({u'this':this, u'unpad':PyJs_unpad_242_, u'data':data, u'arguments':arguments}, var) var.registers([u'data', u'nPaddingBytes']) var.put(u'nPaddingBytes', (var.get(u'data').get(u'words').get(PyJsBshift((var.get(u'data').get(u'sigBytes')-Js(1.0)),Js(2.0)))&Js(255))) var.get(u'data').put(u'sigBytes', var.get(u'nPaddingBytes'), u'-') PyJs_unpad_242_._set_name(u'unpad') PyJs_Object_240_ = Js({u'pad':PyJs_pad_241_,u'unpad':PyJs_unpad_242_}) var.get(u'CryptoJS').get(u'pad').put(u'AnsiX923', PyJs_Object_240_) return var.get(u'CryptoJS').get(u'pad').get(u'Ansix923') PyJs_anonymous_239_._set_name(u'anonymous') @Js def PyJs_anonymous_243_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_243_._set_name(u'anonymous') PyJs_anonymous_243_(var.get(u"this"), PyJs_anonymous_239_) PyJs_anonymous_238_._set_name(u'anonymous') PyJs_Object_244_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0)}) @Js def PyJs_anonymous_245_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_246_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_pad_248_(data, blockSize, this, arguments, var=var): var = Scope({u'this':this, u'blockSize':blockSize, u'pad':PyJs_pad_248_, u'data':data, u'arguments':arguments}, var) var.registers([u'blockSize', u'nPaddingBytes', u'data', u'blockSizeBytes']) var.put(u'blockSizeBytes', (var.get(u'blockSize')*Js(4.0))) var.put(u'nPaddingBytes', (var.get(u'blockSizeBytes')-(var.get(u'data').get(u'sigBytes')%var.get(u'blockSizeBytes')))) var.get(u'data').callprop(u'concat', var.get(u'CryptoJS').get(u'lib').get(u'WordArray').callprop(u'random', (var.get(u'nPaddingBytes')-Js(1.0)))).callprop(u'concat', var.get(u'CryptoJS').get(u'lib').get(u'WordArray').callprop(u'create', Js([(var.get(u'nPaddingBytes')<<Js(24.0))]), Js(1.0))) PyJs_pad_248_._set_name(u'pad') @Js def PyJs_unpad_249_(data, this, arguments, var=var): var = Scope({u'this':this, u'unpad':PyJs_unpad_249_, u'data':data, u'arguments':arguments}, var) var.registers([u'data', u'nPaddingBytes']) var.put(u'nPaddingBytes', (var.get(u'data').get(u'words').get(PyJsBshift((var.get(u'data').get(u'sigBytes')-Js(1.0)),Js(2.0)))&Js(255))) var.get(u'data').put(u'sigBytes', var.get(u'nPaddingBytes'), u'-') PyJs_unpad_249_._set_name(u'unpad') PyJs_Object_247_ = Js({u'pad':PyJs_pad_248_,u'unpad':PyJs_unpad_249_}) var.get(u'CryptoJS').get(u'pad').put(u'Iso10126', PyJs_Object_247_) return var.get(u'CryptoJS').get(u'pad').get(u'Iso10126') PyJs_anonymous_246_._set_name(u'anonymous') @Js def PyJs_anonymous_250_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_250_._set_name(u'anonymous') PyJs_anonymous_250_(var.get(u"this"), PyJs_anonymous_246_) PyJs_anonymous_245_._set_name(u'anonymous') PyJs_Object_251_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0)}) @Js def PyJs_anonymous_252_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_253_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_pad_255_(data, blockSize, this, arguments, var=var): var = Scope({u'this':this, u'blockSize':blockSize, u'pad':PyJs_pad_255_, u'data':data, u'arguments':arguments}, var) var.registers([u'blockSize', u'data']) var.get(u'data').callprop(u'concat', var.get(u'CryptoJS').get(u'lib').get(u'WordArray').callprop(u'create', Js([Js(2147483648)]), Js(1.0))) var.get(u'CryptoJS').get(u'pad').get(u'ZeroPadding').callprop(u'pad', var.get(u'data'), var.get(u'blockSize')) PyJs_pad_255_._set_name(u'pad') @Js def PyJs_unpad_256_(data, this, arguments, var=var): var = Scope({u'this':this, u'unpad':PyJs_unpad_256_, u'data':data, u'arguments':arguments}, var) var.registers([u'data']) var.get(u'CryptoJS').get(u'pad').get(u'ZeroPadding').callprop(u'unpad', var.get(u'data')) (var.get(u'data').put(u'sigBytes',Js(var.get(u'data').get(u'sigBytes').to_number())-Js(1))+Js(1)) PyJs_unpad_256_._set_name(u'unpad') PyJs_Object_254_ = Js({u'pad':PyJs_pad_255_,u'unpad':PyJs_unpad_256_}) var.get(u'CryptoJS').get(u'pad').put(u'Iso97971', PyJs_Object_254_) return var.get(u'CryptoJS').get(u'pad').get(u'Iso97971') PyJs_anonymous_253_._set_name(u'anonymous') @Js def PyJs_anonymous_257_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_257_._set_name(u'anonymous') PyJs_anonymous_257_(var.get(u"this"), PyJs_anonymous_253_) PyJs_anonymous_252_._set_name(u'anonymous') PyJs_Object_258_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0)}) @Js def PyJs_anonymous_259_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_260_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_pad_262_(this, arguments, var=var): var = Scope({u'this':this, u'pad':PyJs_pad_262_, u'arguments':arguments}, var) var.registers([]) pass PyJs_pad_262_._set_name(u'pad') @Js def PyJs_unpad_263_(this, arguments, var=var): var = Scope({u'this':this, u'unpad':PyJs_unpad_263_, u'arguments':arguments}, var) var.registers([]) pass PyJs_unpad_263_._set_name(u'unpad') PyJs_Object_261_ = Js({u'pad':PyJs_pad_262_,u'unpad':PyJs_unpad_263_}) var.get(u'CryptoJS').get(u'pad').put(u'NoPadding', PyJs_Object_261_) return var.get(u'CryptoJS').get(u'pad').get(u'NoPadding') PyJs_anonymous_260_._set_name(u'anonymous') @Js def PyJs_anonymous_264_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_264_._set_name(u'anonymous') PyJs_anonymous_264_(var.get(u"this"), PyJs_anonymous_260_) PyJs_anonymous_259_._set_name(u'anonymous') PyJs_Object_265_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0)}) @Js def PyJs_anonymous_266_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_267_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_pad_269_(data, blockSize, this, arguments, var=var): var = Scope({u'this':this, u'blockSize':blockSize, u'pad':PyJs_pad_269_, u'data':data, u'arguments':arguments}, var) var.registers([u'blockSize', u'data', u'blockSizeBytes']) var.put(u'blockSizeBytes', (var.get(u'blockSize')*Js(4.0))) var.get(u'data').callprop(u'clamp') var.get(u'data').put(u'sigBytes', (var.get(u'blockSizeBytes')-((var.get(u'data').get(u'sigBytes')%var.get(u'blockSizeBytes')) or var.get(u'blockSizeBytes'))), u'+') PyJs_pad_269_._set_name(u'pad') @Js def PyJs_unpad_270_(data, this, arguments, var=var): var = Scope({u'this':this, u'unpad':PyJs_unpad_270_, u'data':data, u'arguments':arguments}, var) var.registers([u'i', u'dataWords', u'data']) var.put(u'dataWords', var.get(u'data').get(u'words')) var.put(u'i', (var.get(u'data').get(u'sigBytes')-Js(1.0))) while (PyJsBshift(var.get(u'dataWords').get(PyJsBshift(var.get(u'i'),Js(2.0))),(Js(24.0)-((var.get(u'i')%Js(4.0))*Js(8.0))))&Js(255)).neg(): (var.put(u'i',Js(var.get(u'i').to_number())-Js(1))+Js(1)) var.get(u'data').put(u'sigBytes', (var.get(u'i')+Js(1.0))) PyJs_unpad_270_._set_name(u'unpad') PyJs_Object_268_ = Js({u'pad':PyJs_pad_269_,u'unpad':PyJs_unpad_270_}) var.get(u'CryptoJS').get(u'pad').put(u'ZeroPadding', PyJs_Object_268_) return var.get(u'CryptoJS').get(u'pad').get(u'ZeroPadding') PyJs_anonymous_267_._set_name(u'anonymous') @Js def PyJs_anonymous_271_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_271_._set_name(u'anonymous') PyJs_anonymous_271_(var.get(u"this"), PyJs_anonymous_267_) PyJs_anonymous_266_._set_name(u'anonymous') PyJs_Object_272_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0)}) @Js def PyJs_anonymous_273_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_274_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_275_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'SHA1', u'PBKDF2', u'C_lib', u'C_algo', u'Base', u'WordArray', u'HMAC']) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'Base', var.get(u'C_lib').get(u'Base')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'SHA1', var.get(u'C_algo').get(u'SHA1')) var.put(u'HMAC', var.get(u'C_algo').get(u'HMAC')) PyJs_Object_277_ = Js({u'keySize':(Js(128.0)/Js(32.0)),u'hasher':var.get(u'SHA1'),u'iterations':Js(1.0)}) @Js def PyJs_init_278_(cfg, this, arguments, var=var): var = Scope({u'this':this, u'cfg':cfg, u'init':PyJs_init_278_, u'arguments':arguments}, var) var.registers([u'cfg']) var.get(u"this").put(u'cfg', var.get(u"this").get(u'cfg').callprop(u'extend', var.get(u'cfg'))) PyJs_init_278_._set_name(u'init') @Js def PyJs_compute_279_(password, salt, this, arguments, var=var): var = Scope({u'this':this, u'compute':PyJs_compute_279_, u'password':password, u'salt':salt, u'arguments':arguments}, var) var.registers([u'derivedKey', u'j', u'blockWordsLength', u'blockIndexWords', u'i', u'cfg', u'blockIndex', u'intermediate', u'derivedKeyWords', u'keySize', u'iterations', u'intermediateWords', u'blockWords', u'password', u'salt', u'hmac', u'block']) var.put(u'cfg', var.get(u"this").get(u'cfg')) var.put(u'hmac', var.get(u'HMAC').callprop(u'create', var.get(u'cfg').get(u'hasher'), var.get(u'password'))) var.put(u'derivedKey', var.get(u'WordArray').callprop(u'create')) var.put(u'blockIndex', var.get(u'WordArray').callprop(u'create', Js([Js(1)]))) var.put(u'derivedKeyWords', var.get(u'derivedKey').get(u'words')) var.put(u'blockIndexWords', var.get(u'blockIndex').get(u'words')) var.put(u'keySize', var.get(u'cfg').get(u'keySize')) var.put(u'iterations', var.get(u'cfg').get(u'iterations')) while (var.get(u'derivedKeyWords').get(u'length')<var.get(u'keySize')): var.put(u'block', var.get(u'hmac').callprop(u'update', var.get(u'salt')).callprop(u'finalize', var.get(u'blockIndex'))) var.get(u'hmac').callprop(u'reset') var.put(u'blockWords', var.get(u'block').get(u'words')) var.put(u'blockWordsLength', var.get(u'blockWords').get(u'length')) var.put(u'intermediate', var.get(u'block')) #for JS loop var.put(u'i', Js(1.0)) while (var.get(u'i')<var.get(u'iterations')): try: var.put(u'intermediate', var.get(u'hmac').callprop(u'finalize', var.get(u'intermediate'))) var.get(u'hmac').callprop(u'reset') var.put(u'intermediateWords', var.get(u'intermediate').get(u'words')) #for JS loop var.put(u'j', Js(0.0)) while (var.get(u'j')<var.get(u'blockWordsLength')): try: var.get(u'blockWords').put(var.get(u'j'), var.get(u'intermediateWords').get(var.get(u'j')), u'^') finally: (var.put(u'j',Js(var.get(u'j').to_number())+Js(1))-Js(1)) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u'derivedKey').callprop(u'concat', var.get(u'block')) (var.get(u'blockIndexWords').put(u'0',Js(var.get(u'blockIndexWords').get(u'0').to_number())+Js(1))-Js(1)) var.get(u'derivedKey').put(u'sigBytes', (var.get(u'keySize')*Js(4.0))) return var.get(u'derivedKey') PyJs_compute_279_._set_name(u'compute') PyJs_Object_276_ = Js({u'cfg':var.get(u'Base').callprop(u'extend', PyJs_Object_277_),u'init':PyJs_init_278_,u'compute':PyJs_compute_279_}) var.put(u'PBKDF2', var.get(u'C_algo').put(u'PBKDF2', var.get(u'Base').callprop(u'extend', PyJs_Object_276_))) @Js def PyJs_anonymous_280_(password, salt, cfg, this, arguments, var=var): var = Scope({u'this':this, u'cfg':cfg, u'password':password, u'salt':salt, u'arguments':arguments}, var) var.registers([u'cfg', u'password', u'salt']) return var.get(u'PBKDF2').callprop(u'create', var.get(u'cfg')).callprop(u'compute', var.get(u'password'), var.get(u'salt')) PyJs_anonymous_280_._set_name(u'anonymous') var.get(u'C').put(u'PBKDF2', PyJs_anonymous_280_) PyJs_anonymous_275_._set_name(u'anonymous') PyJs_anonymous_275_() return var.get(u'CryptoJS').get(u'PBKDF2') PyJs_anonymous_274_._set_name(u'anonymous') @Js def PyJs_anonymous_281_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./sha1')), var.get(u'require')(Js(u'./hmac'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./sha1'), Js(u'./hmac')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_281_._set_name(u'anonymous') PyJs_anonymous_281_(var.get(u"this"), PyJs_anonymous_274_) PyJs_anonymous_273_._set_name(u'anonymous') PyJs_Object_282_ = Js({u'./core':Js(3.0),u'./hmac':Js(8.0),u'./sha1':Js(27.0)}) @Js def PyJs_anonymous_283_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_284_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_285_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'G', u'RabbitLegacy', u'C_lib', u'nextState', u'C_algo', u'S', u'C_', u'StreamCipher']) @Js def PyJsHoisted_nextState_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'i', u'gx', u'gb', u'ga', u'X', u'gl', u'gh']) var.put(u'X', var.get(u"this").get(u'_X')) var.put(u'C', var.get(u"this").get(u'_C')) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(8.0)): try: var.get(u'C_').put(var.get(u'i'), var.get(u'C').get(var.get(u'i'))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u'C').put(u'0', (((var.get(u'C').get(u'0')+Js(1295307597))+var.get(u"this").get(u'_b'))|Js(0.0))) var.get(u'C').put(u'1', (((var.get(u'C').get(u'1')+Js(3545052371))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'0'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'0'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u'C').put(u'2', (((var.get(u'C').get(u'2')+Js(886263092))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'1'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'1'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u'C').put(u'3', (((var.get(u'C').get(u'3')+Js(1295307597))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'2'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'2'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u'C').put(u'4', (((var.get(u'C').get(u'4')+Js(3545052371))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'3'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'3'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u'C').put(u'5', (((var.get(u'C').get(u'5')+Js(886263092))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'4'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'4'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u'C').put(u'6', (((var.get(u'C').get(u'6')+Js(1295307597))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'5'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'5'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u'C').put(u'7', (((var.get(u'C').get(u'7')+Js(3545052371))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'6'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'6'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u"this").put(u'_b', (Js(1.0) if (PyJsBshift(var.get(u'C').get(u'7'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'7'),Js(0.0))) else Js(0.0))) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(8.0)): try: var.put(u'gx', (var.get(u'X').get(var.get(u'i'))+var.get(u'C').get(var.get(u'i')))) var.put(u'ga', (var.get(u'gx')&Js(65535))) var.put(u'gb', PyJsBshift(var.get(u'gx'),Js(16.0))) var.put(u'gh', (PyJsBshift((PyJsBshift((var.get(u'ga')*var.get(u'ga')),Js(17.0))+(var.get(u'ga')*var.get(u'gb'))),Js(15.0))+(var.get(u'gb')*var.get(u'gb')))) var.put(u'gl', ((((var.get(u'gx')&Js(4294901760))*var.get(u'gx'))|Js(0.0))+(((var.get(u'gx')&Js(65535))*var.get(u'gx'))|Js(0.0)))) var.get(u'G').put(var.get(u'i'), (var.get(u'gh')^var.get(u'gl'))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u'X').put(u'0', (((var.get(u'G').get(u'0')+((var.get(u'G').get(u'7')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'7'),Js(16.0))))+((var.get(u'G').get(u'6')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'6'),Js(16.0))))|Js(0.0))) var.get(u'X').put(u'1', (((var.get(u'G').get(u'1')+((var.get(u'G').get(u'0')<<Js(8.0))|PyJsBshift(var.get(u'G').get(u'0'),Js(24.0))))+var.get(u'G').get(u'7'))|Js(0.0))) var.get(u'X').put(u'2', (((var.get(u'G').get(u'2')+((var.get(u'G').get(u'1')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'1'),Js(16.0))))+((var.get(u'G').get(u'0')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'0'),Js(16.0))))|Js(0.0))) var.get(u'X').put(u'3', (((var.get(u'G').get(u'3')+((var.get(u'G').get(u'2')<<Js(8.0))|PyJsBshift(var.get(u'G').get(u'2'),Js(24.0))))+var.get(u'G').get(u'1'))|Js(0.0))) var.get(u'X').put(u'4', (((var.get(u'G').get(u'4')+((var.get(u'G').get(u'3')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'3'),Js(16.0))))+((var.get(u'G').get(u'2')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'2'),Js(16.0))))|Js(0.0))) var.get(u'X').put(u'5', (((var.get(u'G').get(u'5')+((var.get(u'G').get(u'4')<<Js(8.0))|PyJsBshift(var.get(u'G').get(u'4'),Js(24.0))))+var.get(u'G').get(u'3'))|Js(0.0))) var.get(u'X').put(u'6', (((var.get(u'G').get(u'6')+((var.get(u'G').get(u'5')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'5'),Js(16.0))))+((var.get(u'G').get(u'4')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'4'),Js(16.0))))|Js(0.0))) var.get(u'X').put(u'7', (((var.get(u'G').get(u'7')+((var.get(u'G').get(u'6')<<Js(8.0))|PyJsBshift(var.get(u'G').get(u'6'),Js(24.0))))+var.get(u'G').get(u'5'))|Js(0.0))) PyJsHoisted_nextState_.func_name = u'nextState' var.put(u'nextState', PyJsHoisted_nextState_) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'StreamCipher', var.get(u'C_lib').get(u'StreamCipher')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'S', Js([])) var.put(u'C_', Js([])) var.put(u'G', Js([])) @Js def PyJs__doReset_287_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_287_, u'arguments':arguments}, var) var.registers([u'i3', u'C', u'i', u'i0', u'K', u'i2', u'IV', u'i1', u'X', u'iv', u'IV_0', u'IV_1']) var.put(u'K', var.get(u"this").get(u'_key').get(u'words')) var.put(u'iv', var.get(u"this").get(u'cfg').get(u'iv')) def PyJs_LONG_288_(var=var): return var.get(u"this").put(u'_X', Js([var.get(u'K').get(u'0'), ((var.get(u'K').get(u'3')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'2'),Js(16.0))), var.get(u'K').get(u'1'), ((var.get(u'K').get(u'0')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'3'),Js(16.0))), var.get(u'K').get(u'2'), ((var.get(u'K').get(u'1')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'0'),Js(16.0))), var.get(u'K').get(u'3'), ((var.get(u'K').get(u'2')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'1'),Js(16.0)))])) var.put(u'X', PyJs_LONG_288_()) def PyJs_LONG_289_(var=var): return var.get(u"this").put(u'_C', Js([((var.get(u'K').get(u'2')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'2'),Js(16.0))), ((var.get(u'K').get(u'0')&Js(4294901760))|(var.get(u'K').get(u'1')&Js(65535))), ((var.get(u'K').get(u'3')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'3'),Js(16.0))), ((var.get(u'K').get(u'1')&Js(4294901760))|(var.get(u'K').get(u'2')&Js(65535))), ((var.get(u'K').get(u'0')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'0'),Js(16.0))), ((var.get(u'K').get(u'2')&Js(4294901760))|(var.get(u'K').get(u'3')&Js(65535))), ((var.get(u'K').get(u'1')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'1'),Js(16.0))), ((var.get(u'K').get(u'3')&Js(4294901760))|(var.get(u'K').get(u'0')&Js(65535)))])) var.put(u'C', PyJs_LONG_289_()) var.get(u"this").put(u'_b', Js(0.0)) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(4.0)): try: var.get(u'nextState').callprop(u'call', var.get(u"this")) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(8.0)): try: var.get(u'C').put(var.get(u'i'), var.get(u'X').get(((var.get(u'i')+Js(4.0))&Js(7.0))), u'^') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) if var.get(u'iv'): var.put(u'IV', var.get(u'iv').get(u'words')) var.put(u'IV_0', var.get(u'IV').get(u'0')) var.put(u'IV_1', var.get(u'IV').get(u'1')) var.put(u'i0', ((((var.get(u'IV_0')<<Js(8.0))|PyJsBshift(var.get(u'IV_0'),Js(24.0)))&Js(16711935))|(((var.get(u'IV_0')<<Js(24.0))|PyJsBshift(var.get(u'IV_0'),Js(8.0)))&Js(4278255360)))) var.put(u'i2', ((((var.get(u'IV_1')<<Js(8.0))|PyJsBshift(var.get(u'IV_1'),Js(24.0)))&Js(16711935))|(((var.get(u'IV_1')<<Js(24.0))|PyJsBshift(var.get(u'IV_1'),Js(8.0)))&Js(4278255360)))) var.put(u'i1', (PyJsBshift(var.get(u'i0'),Js(16.0))|(var.get(u'i2')&Js(4294901760)))) var.put(u'i3', ((var.get(u'i2')<<Js(16.0))|(var.get(u'i0')&Js(65535)))) var.get(u'C').put(u'0', var.get(u'i0'), u'^') var.get(u'C').put(u'1', var.get(u'i1'), u'^') var.get(u'C').put(u'2', var.get(u'i2'), u'^') var.get(u'C').put(u'3', var.get(u'i3'), u'^') var.get(u'C').put(u'4', var.get(u'i0'), u'^') var.get(u'C').put(u'5', var.get(u'i1'), u'^') var.get(u'C').put(u'6', var.get(u'i2'), u'^') var.get(u'C').put(u'7', var.get(u'i3'), u'^') #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(4.0)): try: var.get(u'nextState').callprop(u'call', var.get(u"this")) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs__doReset_287_._set_name(u'_doReset') @Js def PyJs__doProcessBlock_290_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'_doProcessBlock':PyJs__doProcessBlock_290_, u'M':M, u'arguments':arguments, u'offset':offset}, var) var.registers([u'i', u'X', u'M', u'offset']) var.put(u'X', var.get(u"this").get(u'_X')) var.get(u'nextState').callprop(u'call', var.get(u"this")) var.get(u'S').put(u'0', ((var.get(u'X').get(u'0')^PyJsBshift(var.get(u'X').get(u'5'),Js(16.0)))^(var.get(u'X').get(u'3')<<Js(16.0)))) var.get(u'S').put(u'1', ((var.get(u'X').get(u'2')^PyJsBshift(var.get(u'X').get(u'7'),Js(16.0)))^(var.get(u'X').get(u'5')<<Js(16.0)))) var.get(u'S').put(u'2', ((var.get(u'X').get(u'4')^PyJsBshift(var.get(u'X').get(u'1'),Js(16.0)))^(var.get(u'X').get(u'7')<<Js(16.0)))) var.get(u'S').put(u'3', ((var.get(u'X').get(u'6')^PyJsBshift(var.get(u'X').get(u'3'),Js(16.0)))^(var.get(u'X').get(u'1')<<Js(16.0)))) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(4.0)): try: var.get(u'S').put(var.get(u'i'), ((((var.get(u'S').get(var.get(u'i'))<<Js(8.0))|PyJsBshift(var.get(u'S').get(var.get(u'i')),Js(24.0)))&Js(16711935))|(((var.get(u'S').get(var.get(u'i'))<<Js(24.0))|PyJsBshift(var.get(u'S').get(var.get(u'i')),Js(8.0)))&Js(4278255360)))) var.get(u'M').put((var.get(u'offset')+var.get(u'i')), var.get(u'S').get(var.get(u'i')), u'^') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs__doProcessBlock_290_._set_name(u'_doProcessBlock') PyJs_Object_286_ = Js({u'_doReset':PyJs__doReset_287_,u'_doProcessBlock':PyJs__doProcessBlock_290_,u'blockSize':(Js(128.0)/Js(32.0)),u'ivSize':(Js(64.0)/Js(32.0))}) var.put(u'RabbitLegacy', var.get(u'C_algo').put(u'RabbitLegacy', var.get(u'StreamCipher').callprop(u'extend', PyJs_Object_286_))) pass var.get(u'C').put(u'RabbitLegacy', var.get(u'StreamCipher').callprop(u'_createHelper', var.get(u'RabbitLegacy'))) PyJs_anonymous_285_._set_name(u'anonymous') PyJs_anonymous_285_() return var.get(u'CryptoJS').get(u'RabbitLegacy') PyJs_anonymous_284_._set_name(u'anonymous') @Js def PyJs_anonymous_291_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./enc-base64')), var.get(u'require')(Js(u'./md5')), var.get(u'require')(Js(u'./evpkdf')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./enc-base64'), Js(u'./md5'), Js(u'./evpkdf'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_291_._set_name(u'anonymous') PyJs_anonymous_291_(var.get(u"this"), PyJs_anonymous_284_) PyJs_anonymous_283_._set_name(u'anonymous') PyJs_Object_292_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0),u'./enc-base64':Js(4.0),u'./evpkdf':Js(6.0),u'./md5':Js(11.0)}) @Js def PyJs_anonymous_293_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_294_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_295_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'G', u'C_lib', u'nextState', u'C_algo', u'S', u'C_', u'Rabbit', u'StreamCipher']) @Js def PyJsHoisted_nextState_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'i', u'gx', u'gb', u'ga', u'X', u'gl', u'gh']) var.put(u'X', var.get(u"this").get(u'_X')) var.put(u'C', var.get(u"this").get(u'_C')) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(8.0)): try: var.get(u'C_').put(var.get(u'i'), var.get(u'C').get(var.get(u'i'))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u'C').put(u'0', (((var.get(u'C').get(u'0')+Js(1295307597))+var.get(u"this").get(u'_b'))|Js(0.0))) var.get(u'C').put(u'1', (((var.get(u'C').get(u'1')+Js(3545052371))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'0'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'0'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u'C').put(u'2', (((var.get(u'C').get(u'2')+Js(886263092))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'1'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'1'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u'C').put(u'3', (((var.get(u'C').get(u'3')+Js(1295307597))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'2'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'2'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u'C').put(u'4', (((var.get(u'C').get(u'4')+Js(3545052371))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'3'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'3'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u'C').put(u'5', (((var.get(u'C').get(u'5')+Js(886263092))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'4'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'4'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u'C').put(u'6', (((var.get(u'C').get(u'6')+Js(1295307597))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'5'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'5'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u'C').put(u'7', (((var.get(u'C').get(u'7')+Js(3545052371))+(Js(1.0) if (PyJsBshift(var.get(u'C').get(u'6'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'6'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.get(u"this").put(u'_b', (Js(1.0) if (PyJsBshift(var.get(u'C').get(u'7'),Js(0.0))<PyJsBshift(var.get(u'C_').get(u'7'),Js(0.0))) else Js(0.0))) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(8.0)): try: var.put(u'gx', (var.get(u'X').get(var.get(u'i'))+var.get(u'C').get(var.get(u'i')))) var.put(u'ga', (var.get(u'gx')&Js(65535))) var.put(u'gb', PyJsBshift(var.get(u'gx'),Js(16.0))) var.put(u'gh', (PyJsBshift((PyJsBshift((var.get(u'ga')*var.get(u'ga')),Js(17.0))+(var.get(u'ga')*var.get(u'gb'))),Js(15.0))+(var.get(u'gb')*var.get(u'gb')))) var.put(u'gl', ((((var.get(u'gx')&Js(4294901760))*var.get(u'gx'))|Js(0.0))+(((var.get(u'gx')&Js(65535))*var.get(u'gx'))|Js(0.0)))) var.get(u'G').put(var.get(u'i'), (var.get(u'gh')^var.get(u'gl'))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u'X').put(u'0', (((var.get(u'G').get(u'0')+((var.get(u'G').get(u'7')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'7'),Js(16.0))))+((var.get(u'G').get(u'6')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'6'),Js(16.0))))|Js(0.0))) var.get(u'X').put(u'1', (((var.get(u'G').get(u'1')+((var.get(u'G').get(u'0')<<Js(8.0))|PyJsBshift(var.get(u'G').get(u'0'),Js(24.0))))+var.get(u'G').get(u'7'))|Js(0.0))) var.get(u'X').put(u'2', (((var.get(u'G').get(u'2')+((var.get(u'G').get(u'1')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'1'),Js(16.0))))+((var.get(u'G').get(u'0')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'0'),Js(16.0))))|Js(0.0))) var.get(u'X').put(u'3', (((var.get(u'G').get(u'3')+((var.get(u'G').get(u'2')<<Js(8.0))|PyJsBshift(var.get(u'G').get(u'2'),Js(24.0))))+var.get(u'G').get(u'1'))|Js(0.0))) var.get(u'X').put(u'4', (((var.get(u'G').get(u'4')+((var.get(u'G').get(u'3')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'3'),Js(16.0))))+((var.get(u'G').get(u'2')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'2'),Js(16.0))))|Js(0.0))) var.get(u'X').put(u'5', (((var.get(u'G').get(u'5')+((var.get(u'G').get(u'4')<<Js(8.0))|PyJsBshift(var.get(u'G').get(u'4'),Js(24.0))))+var.get(u'G').get(u'3'))|Js(0.0))) var.get(u'X').put(u'6', (((var.get(u'G').get(u'6')+((var.get(u'G').get(u'5')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'5'),Js(16.0))))+((var.get(u'G').get(u'4')<<Js(16.0))|PyJsBshift(var.get(u'G').get(u'4'),Js(16.0))))|Js(0.0))) var.get(u'X').put(u'7', (((var.get(u'G').get(u'7')+((var.get(u'G').get(u'6')<<Js(8.0))|PyJsBshift(var.get(u'G').get(u'6'),Js(24.0))))+var.get(u'G').get(u'5'))|Js(0.0))) PyJsHoisted_nextState_.func_name = u'nextState' var.put(u'nextState', PyJsHoisted_nextState_) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'StreamCipher', var.get(u'C_lib').get(u'StreamCipher')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'S', Js([])) var.put(u'C_', Js([])) var.put(u'G', Js([])) @Js def PyJs__doReset_297_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_297_, u'arguments':arguments}, var) var.registers([u'i3', u'C', u'i', u'i0', u'K', u'i2', u'IV', u'i1', u'X', u'iv', u'IV_0', u'IV_1']) var.put(u'K', var.get(u"this").get(u'_key').get(u'words')) var.put(u'iv', var.get(u"this").get(u'cfg').get(u'iv')) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(4.0)): try: var.get(u'K').put(var.get(u'i'), ((((var.get(u'K').get(var.get(u'i'))<<Js(8.0))|PyJsBshift(var.get(u'K').get(var.get(u'i')),Js(24.0)))&Js(16711935))|(((var.get(u'K').get(var.get(u'i'))<<Js(24.0))|PyJsBshift(var.get(u'K').get(var.get(u'i')),Js(8.0)))&Js(4278255360)))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) def PyJs_LONG_298_(var=var): return var.get(u"this").put(u'_X', Js([var.get(u'K').get(u'0'), ((var.get(u'K').get(u'3')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'2'),Js(16.0))), var.get(u'K').get(u'1'), ((var.get(u'K').get(u'0')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'3'),Js(16.0))), var.get(u'K').get(u'2'), ((var.get(u'K').get(u'1')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'0'),Js(16.0))), var.get(u'K').get(u'3'), ((var.get(u'K').get(u'2')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'1'),Js(16.0)))])) var.put(u'X', PyJs_LONG_298_()) def PyJs_LONG_299_(var=var): return var.get(u"this").put(u'_C', Js([((var.get(u'K').get(u'2')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'2'),Js(16.0))), ((var.get(u'K').get(u'0')&Js(4294901760))|(var.get(u'K').get(u'1')&Js(65535))), ((var.get(u'K').get(u'3')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'3'),Js(16.0))), ((var.get(u'K').get(u'1')&Js(4294901760))|(var.get(u'K').get(u'2')&Js(65535))), ((var.get(u'K').get(u'0')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'0'),Js(16.0))), ((var.get(u'K').get(u'2')&Js(4294901760))|(var.get(u'K').get(u'3')&Js(65535))), ((var.get(u'K').get(u'1')<<Js(16.0))|PyJsBshift(var.get(u'K').get(u'1'),Js(16.0))), ((var.get(u'K').get(u'3')&Js(4294901760))|(var.get(u'K').get(u'0')&Js(65535)))])) var.put(u'C', PyJs_LONG_299_()) var.get(u"this").put(u'_b', Js(0.0)) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(4.0)): try: var.get(u'nextState').callprop(u'call', var.get(u"this")) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(8.0)): try: var.get(u'C').put(var.get(u'i'), var.get(u'X').get(((var.get(u'i')+Js(4.0))&Js(7.0))), u'^') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) if var.get(u'iv'): var.put(u'IV', var.get(u'iv').get(u'words')) var.put(u'IV_0', var.get(u'IV').get(u'0')) var.put(u'IV_1', var.get(u'IV').get(u'1')) var.put(u'i0', ((((var.get(u'IV_0')<<Js(8.0))|PyJsBshift(var.get(u'IV_0'),Js(24.0)))&Js(16711935))|(((var.get(u'IV_0')<<Js(24.0))|PyJsBshift(var.get(u'IV_0'),Js(8.0)))&Js(4278255360)))) var.put(u'i2', ((((var.get(u'IV_1')<<Js(8.0))|PyJsBshift(var.get(u'IV_1'),Js(24.0)))&Js(16711935))|(((var.get(u'IV_1')<<Js(24.0))|PyJsBshift(var.get(u'IV_1'),Js(8.0)))&Js(4278255360)))) var.put(u'i1', (PyJsBshift(var.get(u'i0'),Js(16.0))|(var.get(u'i2')&Js(4294901760)))) var.put(u'i3', ((var.get(u'i2')<<Js(16.0))|(var.get(u'i0')&Js(65535)))) var.get(u'C').put(u'0', var.get(u'i0'), u'^') var.get(u'C').put(u'1', var.get(u'i1'), u'^') var.get(u'C').put(u'2', var.get(u'i2'), u'^') var.get(u'C').put(u'3', var.get(u'i3'), u'^') var.get(u'C').put(u'4', var.get(u'i0'), u'^') var.get(u'C').put(u'5', var.get(u'i1'), u'^') var.get(u'C').put(u'6', var.get(u'i2'), u'^') var.get(u'C').put(u'7', var.get(u'i3'), u'^') #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(4.0)): try: var.get(u'nextState').callprop(u'call', var.get(u"this")) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs__doReset_297_._set_name(u'_doReset') @Js def PyJs__doProcessBlock_300_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'_doProcessBlock':PyJs__doProcessBlock_300_, u'M':M, u'arguments':arguments, u'offset':offset}, var) var.registers([u'i', u'X', u'M', u'offset']) var.put(u'X', var.get(u"this").get(u'_X')) var.get(u'nextState').callprop(u'call', var.get(u"this")) var.get(u'S').put(u'0', ((var.get(u'X').get(u'0')^PyJsBshift(var.get(u'X').get(u'5'),Js(16.0)))^(var.get(u'X').get(u'3')<<Js(16.0)))) var.get(u'S').put(u'1', ((var.get(u'X').get(u'2')^PyJsBshift(var.get(u'X').get(u'7'),Js(16.0)))^(var.get(u'X').get(u'5')<<Js(16.0)))) var.get(u'S').put(u'2', ((var.get(u'X').get(u'4')^PyJsBshift(var.get(u'X').get(u'1'),Js(16.0)))^(var.get(u'X').get(u'7')<<Js(16.0)))) var.get(u'S').put(u'3', ((var.get(u'X').get(u'6')^PyJsBshift(var.get(u'X').get(u'3'),Js(16.0)))^(var.get(u'X').get(u'1')<<Js(16.0)))) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(4.0)): try: var.get(u'S').put(var.get(u'i'), ((((var.get(u'S').get(var.get(u'i'))<<Js(8.0))|PyJsBshift(var.get(u'S').get(var.get(u'i')),Js(24.0)))&Js(16711935))|(((var.get(u'S').get(var.get(u'i'))<<Js(24.0))|PyJsBshift(var.get(u'S').get(var.get(u'i')),Js(8.0)))&Js(4278255360)))) var.get(u'M').put((var.get(u'offset')+var.get(u'i')), var.get(u'S').get(var.get(u'i')), u'^') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs__doProcessBlock_300_._set_name(u'_doProcessBlock') PyJs_Object_296_ = Js({u'_doReset':PyJs__doReset_297_,u'_doProcessBlock':PyJs__doProcessBlock_300_,u'blockSize':(Js(128.0)/Js(32.0)),u'ivSize':(Js(64.0)/Js(32.0))}) var.put(u'Rabbit', var.get(u'C_algo').put(u'Rabbit', var.get(u'StreamCipher').callprop(u'extend', PyJs_Object_296_))) pass var.get(u'C').put(u'Rabbit', var.get(u'StreamCipher').callprop(u'_createHelper', var.get(u'Rabbit'))) PyJs_anonymous_295_._set_name(u'anonymous') PyJs_anonymous_295_() return var.get(u'CryptoJS').get(u'Rabbit') PyJs_anonymous_294_._set_name(u'anonymous') @Js def PyJs_anonymous_301_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./enc-base64')), var.get(u'require')(Js(u'./md5')), var.get(u'require')(Js(u'./evpkdf')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./enc-base64'), Js(u'./md5'), Js(u'./evpkdf'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_301_._set_name(u'anonymous') PyJs_anonymous_301_(var.get(u"this"), PyJs_anonymous_294_) PyJs_anonymous_293_._set_name(u'anonymous') PyJs_Object_302_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0),u'./enc-base64':Js(4.0),u'./evpkdf':Js(6.0),u'./md5':Js(11.0)}) @Js def PyJs_anonymous_303_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_304_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_305_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'generateKeystreamWord', u'RC4', u'C_lib', u'C_algo', u'StreamCipher', u'RC4Drop']) @Js def PyJsHoisted_generateKeystreamWord_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'i', u'j', u'keystreamWord', u'n', u'S', u't']) var.put(u'S', var.get(u"this").get(u'_S')) var.put(u'i', var.get(u"this").get(u'_i')) var.put(u'j', var.get(u"this").get(u'_j')) var.put(u'keystreamWord', Js(0.0)) #for JS loop var.put(u'n', Js(0.0)) while (var.get(u'n')<Js(4.0)): try: var.put(u'i', ((var.get(u'i')+Js(1.0))%Js(256.0))) var.put(u'j', ((var.get(u'j')+var.get(u'S').get(var.get(u'i')))%Js(256.0))) var.put(u't', var.get(u'S').get(var.get(u'i'))) var.get(u'S').put(var.get(u'i'), var.get(u'S').get(var.get(u'j'))) var.get(u'S').put(var.get(u'j'), var.get(u't')) var.put(u'keystreamWord', (var.get(u'S').get(((var.get(u'S').get(var.get(u'i'))+var.get(u'S').get(var.get(u'j')))%Js(256.0)))<<(Js(24.0)-(var.get(u'n')*Js(8.0)))), u'|') finally: (var.put(u'n',Js(var.get(u'n').to_number())+Js(1))-Js(1)) var.get(u"this").put(u'_i', var.get(u'i')) var.get(u"this").put(u'_j', var.get(u'j')) return var.get(u'keystreamWord') PyJsHoisted_generateKeystreamWord_.func_name = u'generateKeystreamWord' var.put(u'generateKeystreamWord', PyJsHoisted_generateKeystreamWord_) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'StreamCipher', var.get(u'C_lib').get(u'StreamCipher')) var.put(u'C_algo', var.get(u'C').get(u'algo')) @Js def PyJs__doReset_307_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_307_, u'arguments':arguments}, var) var.registers([u'keySigBytes', u'i', u'j', u'keyByteIndex', u'keyByte', u'S', u't', u'key', u'keyWords']) var.put(u'key', var.get(u"this").get(u'_key')) var.put(u'keyWords', var.get(u'key').get(u'words')) var.put(u'keySigBytes', var.get(u'key').get(u'sigBytes')) var.put(u'S', var.get(u"this").put(u'_S', Js([]))) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(256.0)): try: var.get(u'S').put(var.get(u'i'), var.get(u'i')) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) #for JS loop var.put(u'i', Js(0.0)) var.put(u'j', Js(0.0)) while (var.get(u'i')<Js(256.0)): try: var.put(u'keyByteIndex', (var.get(u'i')%var.get(u'keySigBytes'))) var.put(u'keyByte', (PyJsBshift(var.get(u'keyWords').get(PyJsBshift(var.get(u'keyByteIndex'),Js(2.0))),(Js(24.0)-((var.get(u'keyByteIndex')%Js(4.0))*Js(8.0))))&Js(255))) var.put(u'j', (((var.get(u'j')+var.get(u'S').get(var.get(u'i')))+var.get(u'keyByte'))%Js(256.0))) var.put(u't', var.get(u'S').get(var.get(u'i'))) var.get(u'S').put(var.get(u'i'), var.get(u'S').get(var.get(u'j'))) var.get(u'S').put(var.get(u'j'), var.get(u't')) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u"this").put(u'_i', var.get(u"this").put(u'_j', Js(0.0))) PyJs__doReset_307_._set_name(u'_doReset') @Js def PyJs__doProcessBlock_308_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'_doProcessBlock':PyJs__doProcessBlock_308_, u'M':M, u'arguments':arguments, u'offset':offset}, var) var.registers([u'M', u'offset']) var.get(u'M').put(var.get(u'offset'), var.get(u'generateKeystreamWord').callprop(u'call', var.get(u"this")), u'^') PyJs__doProcessBlock_308_._set_name(u'_doProcessBlock') PyJs_Object_306_ = Js({u'_doReset':PyJs__doReset_307_,u'_doProcessBlock':PyJs__doProcessBlock_308_,u'keySize':(Js(256.0)/Js(32.0)),u'ivSize':Js(0.0)}) var.put(u'RC4', var.get(u'C_algo').put(u'RC4', var.get(u'StreamCipher').callprop(u'extend', PyJs_Object_306_))) pass var.get(u'C').put(u'RC4', var.get(u'StreamCipher').callprop(u'_createHelper', var.get(u'RC4'))) PyJs_Object_310_ = Js({u'drop':Js(192.0)}) @Js def PyJs__doReset_311_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_311_, u'arguments':arguments}, var) var.registers([u'i']) var.get(u'RC4').get(u'_doReset').callprop(u'call', var.get(u"this")) #for JS loop var.put(u'i', var.get(u"this").get(u'cfg').get(u'drop')) while (var.get(u'i')>Js(0.0)): try: var.get(u'generateKeystreamWord').callprop(u'call', var.get(u"this")) finally: (var.put(u'i',Js(var.get(u'i').to_number())-Js(1))+Js(1)) PyJs__doReset_311_._set_name(u'_doReset') PyJs_Object_309_ = Js({u'cfg':var.get(u'RC4').get(u'cfg').callprop(u'extend', PyJs_Object_310_),u'_doReset':PyJs__doReset_311_}) var.put(u'RC4Drop', var.get(u'C_algo').put(u'RC4Drop', var.get(u'RC4').callprop(u'extend', PyJs_Object_309_))) var.get(u'C').put(u'RC4Drop', var.get(u'StreamCipher').callprop(u'_createHelper', var.get(u'RC4Drop'))) PyJs_anonymous_305_._set_name(u'anonymous') PyJs_anonymous_305_() return var.get(u'CryptoJS').get(u'RC4') PyJs_anonymous_304_._set_name(u'anonymous') @Js def PyJs_anonymous_312_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./enc-base64')), var.get(u'require')(Js(u'./md5')), var.get(u'require')(Js(u'./evpkdf')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./enc-base64'), Js(u'./md5'), Js(u'./evpkdf'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_312_._set_name(u'anonymous') PyJs_anonymous_312_(var.get(u"this"), PyJs_anonymous_304_) PyJs_anonymous_303_._set_name(u'anonymous') PyJs_Object_313_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0),u'./enc-base64':Js(4.0),u'./evpkdf':Js(6.0),u'./md5':Js(11.0)}) @Js def PyJs_anonymous_314_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_315_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_316_(Math, this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments, u'Math':Math}, var) var.registers([u'f1', u'C', u'_sr', u'_zr', u'_sl', u'f2', u'C_lib', u'rotl', u'_hl', u'C_algo', u'f3', u'_hr', u'WordArray', u'f4', u'_zl', u'Hasher', u'RIPEMD160', u'Math', u'f5']) @Js def PyJsHoisted_f1_(x, y, z, this, arguments, var=var): var = Scope({u'y':y, u'x':x, u'z':z, u'this':this, u'arguments':arguments}, var) var.registers([u'y', u'x', u'z']) return ((var.get(u'x')^var.get(u'y'))^var.get(u'z')) PyJsHoisted_f1_.func_name = u'f1' var.put(u'f1', PyJsHoisted_f1_) @Js def PyJsHoisted_f2_(x, y, z, this, arguments, var=var): var = Scope({u'y':y, u'x':x, u'z':z, u'this':this, u'arguments':arguments}, var) var.registers([u'y', u'x', u'z']) return ((var.get(u'x')&var.get(u'y'))|((~var.get(u'x'))&var.get(u'z'))) PyJsHoisted_f2_.func_name = u'f2' var.put(u'f2', PyJsHoisted_f2_) @Js def PyJsHoisted_f3_(x, y, z, this, arguments, var=var): var = Scope({u'y':y, u'x':x, u'z':z, u'this':this, u'arguments':arguments}, var) var.registers([u'y', u'x', u'z']) return ((var.get(u'x')|(~var.get(u'y')))^var.get(u'z')) PyJsHoisted_f3_.func_name = u'f3' var.put(u'f3', PyJsHoisted_f3_) @Js def PyJsHoisted_f4_(x, y, z, this, arguments, var=var): var = Scope({u'y':y, u'x':x, u'z':z, u'this':this, u'arguments':arguments}, var) var.registers([u'y', u'x', u'z']) return ((var.get(u'x')&var.get(u'z'))|(var.get(u'y')&(~var.get(u'z')))) PyJsHoisted_f4_.func_name = u'f4' var.put(u'f4', PyJsHoisted_f4_) @Js def PyJsHoisted_f5_(x, y, z, this, arguments, var=var): var = Scope({u'y':y, u'x':x, u'z':z, u'this':this, u'arguments':arguments}, var) var.registers([u'y', u'x', u'z']) return (var.get(u'x')^(var.get(u'y')|(~var.get(u'z')))) PyJsHoisted_f5_.func_name = u'f5' var.put(u'f5', PyJsHoisted_f5_) @Js def PyJsHoisted_rotl_(x, n, this, arguments, var=var): var = Scope({u'this':this, u'x':x, u'arguments':arguments, u'n':n}, var) var.registers([u'x', u'n']) return ((var.get(u'x')<<var.get(u'n'))|PyJsBshift(var.get(u'x'),(Js(32.0)-var.get(u'n')))) PyJsHoisted_rotl_.func_name = u'rotl' var.put(u'rotl', PyJsHoisted_rotl_) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'Hasher', var.get(u'C_lib').get(u'Hasher')) var.put(u'C_algo', var.get(u'C').get(u'algo')) def PyJs_LONG_317_(var=var): return var.get(u'WordArray').callprop(u'create', Js([Js(0.0), Js(1.0), Js(2.0), Js(3.0), Js(4.0), Js(5.0), Js(6.0), Js(7.0), Js(8.0), Js(9.0), Js(10.0), Js(11.0), Js(12.0), Js(13.0), Js(14.0), Js(15.0), Js(7.0), Js(4.0), Js(13.0), Js(1.0), Js(10.0), Js(6.0), Js(15.0), Js(3.0), Js(12.0), Js(0.0), Js(9.0), Js(5.0), Js(2.0), Js(14.0), Js(11.0), Js(8.0), Js(3.0), Js(10.0), Js(14.0), Js(4.0), Js(9.0), Js(15.0), Js(8.0), Js(1.0), Js(2.0), Js(7.0), Js(0.0), Js(6.0), Js(13.0), Js(11.0), Js(5.0), Js(12.0), Js(1.0), Js(9.0), Js(11.0), Js(10.0), Js(0.0), Js(8.0), Js(12.0), Js(4.0), Js(13.0), Js(3.0), Js(7.0), Js(15.0), Js(14.0), Js(5.0), Js(6.0), Js(2.0), Js(4.0), Js(0.0), Js(5.0), Js(9.0), Js(7.0), Js(12.0), Js(2.0), Js(10.0), Js(14.0), Js(1.0), Js(3.0), Js(8.0), Js(11.0), Js(6.0), Js(15.0), Js(13.0)])) var.put(u'_zl', PyJs_LONG_317_()) def PyJs_LONG_318_(var=var): return var.get(u'WordArray').callprop(u'create', Js([Js(5.0), Js(14.0), Js(7.0), Js(0.0), Js(9.0), Js(2.0), Js(11.0), Js(4.0), Js(13.0), Js(6.0), Js(15.0), Js(8.0), Js(1.0), Js(10.0), Js(3.0), Js(12.0), Js(6.0), Js(11.0), Js(3.0), Js(7.0), Js(0.0), Js(13.0), Js(5.0), Js(10.0), Js(14.0), Js(15.0), Js(8.0), Js(12.0), Js(4.0), Js(9.0), Js(1.0), Js(2.0), Js(15.0), Js(5.0), Js(1.0), Js(3.0), Js(7.0), Js(14.0), Js(6.0), Js(9.0), Js(11.0), Js(8.0), Js(12.0), Js(2.0), Js(10.0), Js(0.0), Js(4.0), Js(13.0), Js(8.0), Js(6.0), Js(4.0), Js(1.0), Js(3.0), Js(11.0), Js(15.0), Js(0.0), Js(5.0), Js(12.0), Js(2.0), Js(13.0), Js(9.0), Js(7.0), Js(10.0), Js(14.0), Js(12.0), Js(15.0), Js(10.0), Js(4.0), Js(1.0), Js(5.0), Js(8.0), Js(7.0), Js(6.0), Js(2.0), Js(13.0), Js(14.0), Js(0.0), Js(3.0), Js(9.0), Js(11.0)])) var.put(u'_zr', PyJs_LONG_318_()) def PyJs_LONG_319_(var=var): return var.get(u'WordArray').callprop(u'create', Js([Js(11.0), Js(14.0), Js(15.0), Js(12.0), Js(5.0), Js(8.0), Js(7.0), Js(9.0), Js(11.0), Js(13.0), Js(14.0), Js(15.0), Js(6.0), Js(7.0), Js(9.0), Js(8.0), Js(7.0), Js(6.0), Js(8.0), Js(13.0), Js(11.0), Js(9.0), Js(7.0), Js(15.0), Js(7.0), Js(12.0), Js(15.0), Js(9.0), Js(11.0), Js(7.0), Js(13.0), Js(12.0), Js(11.0), Js(13.0), Js(6.0), Js(7.0), Js(14.0), Js(9.0), Js(13.0), Js(15.0), Js(14.0), Js(8.0), Js(13.0), Js(6.0), Js(5.0), Js(12.0), Js(7.0), Js(5.0), Js(11.0), Js(12.0), Js(14.0), Js(15.0), Js(14.0), Js(15.0), Js(9.0), Js(8.0), Js(9.0), Js(14.0), Js(5.0), Js(6.0), Js(8.0), Js(6.0), Js(5.0), Js(12.0), Js(9.0), Js(15.0), Js(5.0), Js(11.0), Js(6.0), Js(8.0), Js(13.0), Js(12.0), Js(5.0), Js(12.0), Js(13.0), Js(14.0), Js(11.0), Js(8.0), Js(5.0), Js(6.0)])) var.put(u'_sl', PyJs_LONG_319_()) def PyJs_LONG_320_(var=var): return var.get(u'WordArray').callprop(u'create', Js([Js(8.0), Js(9.0), Js(9.0), Js(11.0), Js(13.0), Js(15.0), Js(15.0), Js(5.0), Js(7.0), Js(7.0), Js(8.0), Js(11.0), Js(14.0), Js(14.0), Js(12.0), Js(6.0), Js(9.0), Js(13.0), Js(15.0), Js(7.0), Js(12.0), Js(8.0), Js(9.0), Js(11.0), Js(7.0), Js(7.0), Js(12.0), Js(7.0), Js(6.0), Js(15.0), Js(13.0), Js(11.0), Js(9.0), Js(7.0), Js(15.0), Js(11.0), Js(8.0), Js(6.0), Js(6.0), Js(14.0), Js(12.0), Js(13.0), Js(5.0), Js(14.0), Js(13.0), Js(13.0), Js(7.0), Js(5.0), Js(15.0), Js(5.0), Js(8.0), Js(11.0), Js(14.0), Js(14.0), Js(6.0), Js(14.0), Js(6.0), Js(9.0), Js(12.0), Js(9.0), Js(12.0), Js(5.0), Js(15.0), Js(8.0), Js(8.0), Js(5.0), Js(12.0), Js(9.0), Js(12.0), Js(5.0), Js(14.0), Js(6.0), Js(8.0), Js(13.0), Js(6.0), Js(5.0), Js(15.0), Js(13.0), Js(11.0), Js(11.0)])) var.put(u'_sr', PyJs_LONG_320_()) var.put(u'_hl', var.get(u'WordArray').callprop(u'create', Js([Js(0), Js(1518500249), Js(1859775393), Js(2400959708), Js(2840853838)]))) var.put(u'_hr', var.get(u'WordArray').callprop(u'create', Js([Js(1352829926), Js(1548603684), Js(1836072691), Js(2053994217), Js(0)]))) @Js def PyJs__doReset_322_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_322_, u'arguments':arguments}, var) var.registers([]) var.get(u"this").put(u'_hash', var.get(u'WordArray').callprop(u'create', Js([Js(1732584193), Js(4023233417), Js(2562383102), Js(271733878), Js(3285377520)]))) PyJs__doReset_322_._set_name(u'_doReset') @Js def PyJs__doProcessBlock_323_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'_doProcessBlock':PyJs__doProcessBlock_323_, u'M':M, u'arguments':arguments, u'offset':offset}, var) var.registers([u'zl', u'el', u'hl', u'cl', u'al', u'ar', u'cr', u'zr', u'er', u'offset_i', u'hr', u'dl', u'bl', u'H', u'M', u'br', u'offset', u'dr', u'M_offset_i', u'i', u'sr', u't', u'sl']) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(16.0)): try: var.put(u'offset_i', (var.get(u'offset')+var.get(u'i'))) var.put(u'M_offset_i', var.get(u'M').get(var.get(u'offset_i'))) var.get(u'M').put(var.get(u'offset_i'), ((((var.get(u'M_offset_i')<<Js(8.0))|PyJsBshift(var.get(u'M_offset_i'),Js(24.0)))&Js(16711935))|(((var.get(u'M_offset_i')<<Js(24.0))|PyJsBshift(var.get(u'M_offset_i'),Js(8.0)))&Js(4278255360)))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.put(u'H', var.get(u"this").get(u'_hash').get(u'words')) var.put(u'hl', var.get(u'_hl').get(u'words')) var.put(u'hr', var.get(u'_hr').get(u'words')) var.put(u'zl', var.get(u'_zl').get(u'words')) var.put(u'zr', var.get(u'_zr').get(u'words')) var.put(u'sl', var.get(u'_sl').get(u'words')) var.put(u'sr', var.get(u'_sr').get(u'words')) pass pass var.put(u'ar', var.put(u'al', var.get(u'H').get(u'0'))) var.put(u'br', var.put(u'bl', var.get(u'H').get(u'1'))) var.put(u'cr', var.put(u'cl', var.get(u'H').get(u'2'))) var.put(u'dr', var.put(u'dl', var.get(u'H').get(u'3'))) var.put(u'er', var.put(u'el', var.get(u'H').get(u'4'))) pass #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(80.0)): try: var.put(u't', ((var.get(u'al')+var.get(u'M').get((var.get(u'offset')+var.get(u'zl').get(var.get(u'i')))))|Js(0.0))) if (var.get(u'i')<Js(16.0)): var.put(u't', (var.get(u'f1')(var.get(u'bl'), var.get(u'cl'), var.get(u'dl'))+var.get(u'hl').get(u'0')), u'+') else: if (var.get(u'i')<Js(32.0)): var.put(u't', (var.get(u'f2')(var.get(u'bl'), var.get(u'cl'), var.get(u'dl'))+var.get(u'hl').get(u'1')), u'+') else: if (var.get(u'i')<Js(48.0)): var.put(u't', (var.get(u'f3')(var.get(u'bl'), var.get(u'cl'), var.get(u'dl'))+var.get(u'hl').get(u'2')), u'+') else: if (var.get(u'i')<Js(64.0)): var.put(u't', (var.get(u'f4')(var.get(u'bl'), var.get(u'cl'), var.get(u'dl'))+var.get(u'hl').get(u'3')), u'+') else: var.put(u't', (var.get(u'f5')(var.get(u'bl'), var.get(u'cl'), var.get(u'dl'))+var.get(u'hl').get(u'4')), u'+') var.put(u't', (var.get(u't')|Js(0.0))) var.put(u't', var.get(u'rotl')(var.get(u't'), var.get(u'sl').get(var.get(u'i')))) var.put(u't', ((var.get(u't')+var.get(u'el'))|Js(0.0))) var.put(u'al', var.get(u'el')) var.put(u'el', var.get(u'dl')) var.put(u'dl', var.get(u'rotl')(var.get(u'cl'), Js(10.0))) var.put(u'cl', var.get(u'bl')) var.put(u'bl', var.get(u't')) var.put(u't', ((var.get(u'ar')+var.get(u'M').get((var.get(u'offset')+var.get(u'zr').get(var.get(u'i')))))|Js(0.0))) if (var.get(u'i')<Js(16.0)): var.put(u't', (var.get(u'f5')(var.get(u'br'), var.get(u'cr'), var.get(u'dr'))+var.get(u'hr').get(u'0')), u'+') else: if (var.get(u'i')<Js(32.0)): var.put(u't', (var.get(u'f4')(var.get(u'br'), var.get(u'cr'), var.get(u'dr'))+var.get(u'hr').get(u'1')), u'+') else: if (var.get(u'i')<Js(48.0)): var.put(u't', (var.get(u'f3')(var.get(u'br'), var.get(u'cr'), var.get(u'dr'))+var.get(u'hr').get(u'2')), u'+') else: if (var.get(u'i')<Js(64.0)): var.put(u't', (var.get(u'f2')(var.get(u'br'), var.get(u'cr'), var.get(u'dr'))+var.get(u'hr').get(u'3')), u'+') else: var.put(u't', (var.get(u'f1')(var.get(u'br'), var.get(u'cr'), var.get(u'dr'))+var.get(u'hr').get(u'4')), u'+') var.put(u't', (var.get(u't')|Js(0.0))) var.put(u't', var.get(u'rotl')(var.get(u't'), var.get(u'sr').get(var.get(u'i')))) var.put(u't', ((var.get(u't')+var.get(u'er'))|Js(0.0))) var.put(u'ar', var.get(u'er')) var.put(u'er', var.get(u'dr')) var.put(u'dr', var.get(u'rotl')(var.get(u'cr'), Js(10.0))) var.put(u'cr', var.get(u'br')) var.put(u'br', var.get(u't')) finally: var.put(u'i', Js(1.0), u'+') var.put(u't', (((var.get(u'H').get(u'1')+var.get(u'cl'))+var.get(u'dr'))|Js(0.0))) var.get(u'H').put(u'1', (((var.get(u'H').get(u'2')+var.get(u'dl'))+var.get(u'er'))|Js(0.0))) var.get(u'H').put(u'2', (((var.get(u'H').get(u'3')+var.get(u'el'))+var.get(u'ar'))|Js(0.0))) var.get(u'H').put(u'3', (((var.get(u'H').get(u'4')+var.get(u'al'))+var.get(u'br'))|Js(0.0))) var.get(u'H').put(u'4', (((var.get(u'H').get(u'0')+var.get(u'bl'))+var.get(u'cr'))|Js(0.0))) var.get(u'H').put(u'0', var.get(u't')) PyJs__doProcessBlock_323_._set_name(u'_doProcessBlock') @Js def PyJs__doFinalize_324_(this, arguments, var=var): var = Scope({u'this':this, u'_doFinalize':PyJs__doFinalize_324_, u'arguments':arguments}, var) var.registers([u'dataWords', u'hash', u'i', u'H', u'nBitsLeft', u'data', u'nBitsTotal', u'H_i']) var.put(u'data', var.get(u"this").get(u'_data')) var.put(u'dataWords', var.get(u'data').get(u'words')) var.put(u'nBitsTotal', (var.get(u"this").get(u'_nDataBytes')*Js(8.0))) var.put(u'nBitsLeft', (var.get(u'data').get(u'sigBytes')*Js(8.0))) var.get(u'dataWords').put(PyJsBshift(var.get(u'nBitsLeft'),Js(5.0)), (Js(128)<<(Js(24.0)-(var.get(u'nBitsLeft')%Js(32.0)))), u'|') var.get(u'dataWords').put(((PyJsBshift((var.get(u'nBitsLeft')+Js(64.0)),Js(9.0))<<Js(4.0))+Js(14.0)), ((((var.get(u'nBitsTotal')<<Js(8.0))|PyJsBshift(var.get(u'nBitsTotal'),Js(24.0)))&Js(16711935))|(((var.get(u'nBitsTotal')<<Js(24.0))|PyJsBshift(var.get(u'nBitsTotal'),Js(8.0)))&Js(4278255360)))) var.get(u'data').put(u'sigBytes', ((var.get(u'dataWords').get(u'length')+Js(1.0))*Js(4.0))) var.get(u"this").callprop(u'_process') var.put(u'hash', var.get(u"this").get(u'_hash')) var.put(u'H', var.get(u'hash').get(u'words')) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(5.0)): try: var.put(u'H_i', var.get(u'H').get(var.get(u'i'))) var.get(u'H').put(var.get(u'i'), ((((var.get(u'H_i')<<Js(8.0))|PyJsBshift(var.get(u'H_i'),Js(24.0)))&Js(16711935))|(((var.get(u'H_i')<<Js(24.0))|PyJsBshift(var.get(u'H_i'),Js(8.0)))&Js(4278255360)))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'hash') PyJs__doFinalize_324_._set_name(u'_doFinalize') @Js def PyJs_clone_325_(this, arguments, var=var): var = Scope({u'this':this, u'clone':PyJs_clone_325_, u'arguments':arguments}, var) var.registers([u'clone']) var.put(u'clone', var.get(u'Hasher').get(u'clone').callprop(u'call', var.get(u"this"))) var.get(u'clone').put(u'_hash', var.get(u"this").get(u'_hash').callprop(u'clone')) return var.get(u'clone') PyJs_clone_325_._set_name(u'clone') PyJs_Object_321_ = Js({u'_doReset':PyJs__doReset_322_,u'_doProcessBlock':PyJs__doProcessBlock_323_,u'_doFinalize':PyJs__doFinalize_324_,u'clone':PyJs_clone_325_}) var.put(u'RIPEMD160', var.get(u'C_algo').put(u'RIPEMD160', var.get(u'Hasher').callprop(u'extend', PyJs_Object_321_))) pass pass pass pass pass pass var.get(u'C').put(u'RIPEMD160', var.get(u'Hasher').callprop(u'_createHelper', var.get(u'RIPEMD160'))) var.get(u'C').put(u'HmacRIPEMD160', var.get(u'Hasher').callprop(u'_createHmacHelper', var.get(u'RIPEMD160'))) PyJs_anonymous_316_._set_name(u'anonymous') PyJs_anonymous_316_(var.get(u'Math')) return var.get(u'CryptoJS').get(u'RIPEMD160') PyJs_anonymous_315_._set_name(u'anonymous') @Js def PyJs_anonymous_326_(root, factory, this, arguments, var=var): var = Scope({u'this':this, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_326_._set_name(u'anonymous') PyJs_anonymous_326_(var.get(u"this"), PyJs_anonymous_315_) PyJs_anonymous_314_._set_name(u'anonymous') PyJs_Object_327_ = Js({u'./core':Js(3.0)}) @Js def PyJs_anonymous_328_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_329_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_330_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'SHA1', u'WordArray', u'C_lib', u'C_algo', u'W', u'Hasher']) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'Hasher', var.get(u'C_lib').get(u'Hasher')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'W', Js([])) @Js def PyJs__doReset_332_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_332_, u'arguments':arguments}, var) var.registers([]) var.get(u"this").put(u'_hash', var.get(u'WordArray').get(u'init').create(Js([Js(1732584193), Js(4023233417), Js(2562383102), Js(271733878), Js(3285377520)]))) PyJs__doReset_332_._set_name(u'_doReset') @Js def PyJs__doProcessBlock_333_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'_doProcessBlock':PyJs__doProcessBlock_333_, u'M':M, u'arguments':arguments, u'offset':offset}, var) var.registers([u'a', u'c', u'b', u'e', u'd', u'i', u'H', u'M', u'n', u't', u'offset']) var.put(u'H', var.get(u"this").get(u'_hash').get(u'words')) var.put(u'a', var.get(u'H').get(u'0')) var.put(u'b', var.get(u'H').get(u'1')) var.put(u'c', var.get(u'H').get(u'2')) var.put(u'd', var.get(u'H').get(u'3')) var.put(u'e', var.get(u'H').get(u'4')) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(80.0)): try: if (var.get(u'i')<Js(16.0)): var.get(u'W').put(var.get(u'i'), (var.get(u'M').get((var.get(u'offset')+var.get(u'i')))|Js(0.0))) else: var.put(u'n', (((var.get(u'W').get((var.get(u'i')-Js(3.0)))^var.get(u'W').get((var.get(u'i')-Js(8.0))))^var.get(u'W').get((var.get(u'i')-Js(14.0))))^var.get(u'W').get((var.get(u'i')-Js(16.0))))) var.get(u'W').put(var.get(u'i'), ((var.get(u'n')<<Js(1.0))|PyJsBshift(var.get(u'n'),Js(31.0)))) var.put(u't', ((((var.get(u'a')<<Js(5.0))|PyJsBshift(var.get(u'a'),Js(27.0)))+var.get(u'e'))+var.get(u'W').get(var.get(u'i')))) if (var.get(u'i')<Js(20.0)): var.put(u't', (((var.get(u'b')&var.get(u'c'))|((~var.get(u'b'))&var.get(u'd')))+Js(1518500249)), u'+') else: if (var.get(u'i')<Js(40.0)): var.put(u't', (((var.get(u'b')^var.get(u'c'))^var.get(u'd'))+Js(1859775393)), u'+') else: if (var.get(u'i')<Js(60.0)): var.put(u't', ((((var.get(u'b')&var.get(u'c'))|(var.get(u'b')&var.get(u'd')))|(var.get(u'c')&var.get(u'd')))-Js(1894007588)), u'+') else: var.put(u't', (((var.get(u'b')^var.get(u'c'))^var.get(u'd'))-Js(899497514)), u'+') var.put(u'e', var.get(u'd')) var.put(u'd', var.get(u'c')) var.put(u'c', ((var.get(u'b')<<Js(30.0))|PyJsBshift(var.get(u'b'),Js(2.0)))) var.put(u'b', var.get(u'a')) var.put(u'a', var.get(u't')) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u'H').put(u'0', ((var.get(u'H').get(u'0')+var.get(u'a'))|Js(0.0))) var.get(u'H').put(u'1', ((var.get(u'H').get(u'1')+var.get(u'b'))|Js(0.0))) var.get(u'H').put(u'2', ((var.get(u'H').get(u'2')+var.get(u'c'))|Js(0.0))) var.get(u'H').put(u'3', ((var.get(u'H').get(u'3')+var.get(u'd'))|Js(0.0))) var.get(u'H').put(u'4', ((var.get(u'H').get(u'4')+var.get(u'e'))|Js(0.0))) PyJs__doProcessBlock_333_._set_name(u'_doProcessBlock') @Js def PyJs__doFinalize_334_(this, arguments, var=var): var = Scope({u'this':this, u'_doFinalize':PyJs__doFinalize_334_, u'arguments':arguments}, var) var.registers([u'nBitsLeft', u'dataWords', u'data', u'nBitsTotal']) var.put(u'data', var.get(u"this").get(u'_data')) var.put(u'dataWords', var.get(u'data').get(u'words')) var.put(u'nBitsTotal', (var.get(u"this").get(u'_nDataBytes')*Js(8.0))) var.put(u'nBitsLeft', (var.get(u'data').get(u'sigBytes')*Js(8.0))) var.get(u'dataWords').put(PyJsBshift(var.get(u'nBitsLeft'),Js(5.0)), (Js(128)<<(Js(24.0)-(var.get(u'nBitsLeft')%Js(32.0)))), u'|') var.get(u'dataWords').put(((PyJsBshift((var.get(u'nBitsLeft')+Js(64.0)),Js(9.0))<<Js(4.0))+Js(14.0)), var.get(u'Math').callprop(u'floor', (var.get(u'nBitsTotal')/Js(4294967296)))) var.get(u'dataWords').put(((PyJsBshift((var.get(u'nBitsLeft')+Js(64.0)),Js(9.0))<<Js(4.0))+Js(15.0)), var.get(u'nBitsTotal')) var.get(u'data').put(u'sigBytes', (var.get(u'dataWords').get(u'length')*Js(4.0))) var.get(u"this").callprop(u'_process') return var.get(u"this").get(u'_hash') PyJs__doFinalize_334_._set_name(u'_doFinalize') @Js def PyJs_clone_335_(this, arguments, var=var): var = Scope({u'this':this, u'clone':PyJs_clone_335_, u'arguments':arguments}, var) var.registers([u'clone']) var.put(u'clone', var.get(u'Hasher').get(u'clone').callprop(u'call', var.get(u"this"))) var.get(u'clone').put(u'_hash', var.get(u"this").get(u'_hash').callprop(u'clone')) return var.get(u'clone') PyJs_clone_335_._set_name(u'clone') PyJs_Object_331_ = Js({u'_doReset':PyJs__doReset_332_,u'_doProcessBlock':PyJs__doProcessBlock_333_,u'_doFinalize':PyJs__doFinalize_334_,u'clone':PyJs_clone_335_}) var.put(u'SHA1', var.get(u'C_algo').put(u'SHA1', var.get(u'Hasher').callprop(u'extend', PyJs_Object_331_))) var.get(u'C').put(u'SHA1', var.get(u'Hasher').callprop(u'_createHelper', var.get(u'SHA1'))) var.get(u'C').put(u'HmacSHA1', var.get(u'Hasher').callprop(u'_createHmacHelper', var.get(u'SHA1'))) PyJs_anonymous_330_._set_name(u'anonymous') PyJs_anonymous_330_() return var.get(u'CryptoJS').get(u'SHA1') PyJs_anonymous_329_._set_name(u'anonymous') @Js def PyJs_anonymous_336_(root, factory, this, arguments, var=var): var = Scope({u'this':this, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_336_._set_name(u'anonymous') PyJs_anonymous_336_(var.get(u"this"), PyJs_anonymous_329_) PyJs_anonymous_328_._set_name(u'anonymous') PyJs_Object_337_ = Js({u'./core':Js(3.0)}) @Js def PyJs_anonymous_338_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_339_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_340_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'C', u'SHA224', u'C_lib', u'C_algo', u'WordArray', u'SHA256']) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'SHA256', var.get(u'C_algo').get(u'SHA256')) @Js def PyJs__doReset_342_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_342_, u'arguments':arguments}, var) var.registers([]) var.get(u"this").put(u'_hash', var.get(u'WordArray').get(u'init').create(Js([Js(3238371032), Js(914150663), Js(812702999), Js(4144912697), Js(4290775857), Js(1750603025), Js(1694076839), Js(3204075428)]))) PyJs__doReset_342_._set_name(u'_doReset') @Js def PyJs__doFinalize_343_(this, arguments, var=var): var = Scope({u'this':this, u'_doFinalize':PyJs__doFinalize_343_, u'arguments':arguments}, var) var.registers([u'hash']) var.put(u'hash', var.get(u'SHA256').get(u'_doFinalize').callprop(u'call', var.get(u"this"))) var.get(u'hash').put(u'sigBytes', Js(4.0), u'-') return var.get(u'hash') PyJs__doFinalize_343_._set_name(u'_doFinalize') PyJs_Object_341_ = Js({u'_doReset':PyJs__doReset_342_,u'_doFinalize':PyJs__doFinalize_343_}) var.put(u'SHA224', var.get(u'C_algo').put(u'SHA224', var.get(u'SHA256').callprop(u'extend', PyJs_Object_341_))) var.get(u'C').put(u'SHA224', var.get(u'SHA256').callprop(u'_createHelper', var.get(u'SHA224'))) var.get(u'C').put(u'HmacSHA224', var.get(u'SHA256').callprop(u'_createHmacHelper', var.get(u'SHA224'))) PyJs_anonymous_340_._set_name(u'anonymous') PyJs_anonymous_340_() return var.get(u'CryptoJS').get(u'SHA224') PyJs_anonymous_339_._set_name(u'anonymous') @Js def PyJs_anonymous_344_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./sha256'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./sha256')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_344_._set_name(u'anonymous') PyJs_anonymous_344_(var.get(u"this"), PyJs_anonymous_339_) PyJs_anonymous_338_._set_name(u'anonymous') PyJs_Object_345_ = Js({u'./core':Js(3.0),u'./sha256':Js(29.0)}) @Js def PyJs_anonymous_346_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_347_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_348_(Math, this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments, u'Math':Math}, var) var.registers([u'C', u'SHA256', u'W', u'H', u'K', u'C_lib', u'C_algo', u'WordArray', u'Hasher', u'Math']) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'Hasher', var.get(u'C_lib').get(u'Hasher')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'H', Js([])) var.put(u'K', Js([])) @Js def PyJs_anonymous_349_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'isPrime', u'getFractionalBits', u'nPrime', u'n']) @Js def PyJsHoisted_isPrime_(n, this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments, u'n':n}, var) var.registers([u'n', u'sqrtN', u'factor']) var.put(u'sqrtN', var.get(u'Math').callprop(u'sqrt', var.get(u'n'))) #for JS loop var.put(u'factor', Js(2.0)) while (var.get(u'factor')<=var.get(u'sqrtN')): try: if (var.get(u'n')%var.get(u'factor')).neg(): return Js(False) finally: (var.put(u'factor',Js(var.get(u'factor').to_number())+Js(1))-Js(1)) return Js(True) PyJsHoisted_isPrime_.func_name = u'isPrime' var.put(u'isPrime', PyJsHoisted_isPrime_) @Js def PyJsHoisted_getFractionalBits_(n, this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments, u'n':n}, var) var.registers([u'n']) return (((var.get(u'n')-(var.get(u'n')|Js(0.0)))*Js(4294967296))|Js(0.0)) PyJsHoisted_getFractionalBits_.func_name = u'getFractionalBits' var.put(u'getFractionalBits', PyJsHoisted_getFractionalBits_) pass pass var.put(u'n', Js(2.0)) var.put(u'nPrime', Js(0.0)) while (var.get(u'nPrime')<Js(64.0)): if var.get(u'isPrime')(var.get(u'n')): if (var.get(u'nPrime')<Js(8.0)): var.get(u'H').put(var.get(u'nPrime'), var.get(u'getFractionalBits')(var.get(u'Math').callprop(u'pow', var.get(u'n'), (Js(1.0)/Js(2.0))))) var.get(u'K').put(var.get(u'nPrime'), var.get(u'getFractionalBits')(var.get(u'Math').callprop(u'pow', var.get(u'n'), (Js(1.0)/Js(3.0))))) (var.put(u'nPrime',Js(var.get(u'nPrime').to_number())+Js(1))-Js(1)) (var.put(u'n',Js(var.get(u'n').to_number())+Js(1))-Js(1)) PyJs_anonymous_349_._set_name(u'anonymous') PyJs_anonymous_349_() var.put(u'W', Js([])) @Js def PyJs__doReset_351_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_351_, u'arguments':arguments}, var) var.registers([]) var.get(u"this").put(u'_hash', var.get(u'WordArray').get(u'init').create(var.get(u'H').callprop(u'slice', Js(0.0)))) PyJs__doReset_351_._set_name(u'_doReset') @Js def PyJs__doProcessBlock_352_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'_doProcessBlock':PyJs__doProcessBlock_352_, u'M':M, u'arguments':arguments, u'offset':offset}, var) var.registers([u'ch', u'gamma1', u'gamma0', u'sigma1', u'sigma0', u'gamma0x', u'H', u'M', u'offset', u'maj', u'a', u'c', u'b', u'e', u'd', u'g', u'f', u'i', u'h', u't2', u't1', u'gamma1x']) var.put(u'H', var.get(u"this").get(u'_hash').get(u'words')) var.put(u'a', var.get(u'H').get(u'0')) var.put(u'b', var.get(u'H').get(u'1')) var.put(u'c', var.get(u'H').get(u'2')) var.put(u'd', var.get(u'H').get(u'3')) var.put(u'e', var.get(u'H').get(u'4')) var.put(u'f', var.get(u'H').get(u'5')) var.put(u'g', var.get(u'H').get(u'6')) var.put(u'h', var.get(u'H').get(u'7')) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(64.0)): try: if (var.get(u'i')<Js(16.0)): var.get(u'W').put(var.get(u'i'), (var.get(u'M').get((var.get(u'offset')+var.get(u'i')))|Js(0.0))) else: var.put(u'gamma0x', var.get(u'W').get((var.get(u'i')-Js(15.0)))) var.put(u'gamma0', ((((var.get(u'gamma0x')<<Js(25.0))|PyJsBshift(var.get(u'gamma0x'),Js(7.0)))^((var.get(u'gamma0x')<<Js(14.0))|PyJsBshift(var.get(u'gamma0x'),Js(18.0))))^PyJsBshift(var.get(u'gamma0x'),Js(3.0)))) var.put(u'gamma1x', var.get(u'W').get((var.get(u'i')-Js(2.0)))) var.put(u'gamma1', ((((var.get(u'gamma1x')<<Js(15.0))|PyJsBshift(var.get(u'gamma1x'),Js(17.0)))^((var.get(u'gamma1x')<<Js(13.0))|PyJsBshift(var.get(u'gamma1x'),Js(19.0))))^PyJsBshift(var.get(u'gamma1x'),Js(10.0)))) var.get(u'W').put(var.get(u'i'), (((var.get(u'gamma0')+var.get(u'W').get((var.get(u'i')-Js(7.0))))+var.get(u'gamma1'))+var.get(u'W').get((var.get(u'i')-Js(16.0))))) var.put(u'ch', ((var.get(u'e')&var.get(u'f'))^((~var.get(u'e'))&var.get(u'g')))) var.put(u'maj', (((var.get(u'a')&var.get(u'b'))^(var.get(u'a')&var.get(u'c')))^(var.get(u'b')&var.get(u'c')))) var.put(u'sigma0', ((((var.get(u'a')<<Js(30.0))|PyJsBshift(var.get(u'a'),Js(2.0)))^((var.get(u'a')<<Js(19.0))|PyJsBshift(var.get(u'a'),Js(13.0))))^((var.get(u'a')<<Js(10.0))|PyJsBshift(var.get(u'a'),Js(22.0))))) var.put(u'sigma1', ((((var.get(u'e')<<Js(26.0))|PyJsBshift(var.get(u'e'),Js(6.0)))^((var.get(u'e')<<Js(21.0))|PyJsBshift(var.get(u'e'),Js(11.0))))^((var.get(u'e')<<Js(7.0))|PyJsBshift(var.get(u'e'),Js(25.0))))) var.put(u't1', ((((var.get(u'h')+var.get(u'sigma1'))+var.get(u'ch'))+var.get(u'K').get(var.get(u'i')))+var.get(u'W').get(var.get(u'i')))) var.put(u't2', (var.get(u'sigma0')+var.get(u'maj'))) var.put(u'h', var.get(u'g')) var.put(u'g', var.get(u'f')) var.put(u'f', var.get(u'e')) var.put(u'e', ((var.get(u'd')+var.get(u't1'))|Js(0.0))) var.put(u'd', var.get(u'c')) var.put(u'c', var.get(u'b')) var.put(u'b', var.get(u'a')) var.put(u'a', ((var.get(u't1')+var.get(u't2'))|Js(0.0))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u'H').put(u'0', ((var.get(u'H').get(u'0')+var.get(u'a'))|Js(0.0))) var.get(u'H').put(u'1', ((var.get(u'H').get(u'1')+var.get(u'b'))|Js(0.0))) var.get(u'H').put(u'2', ((var.get(u'H').get(u'2')+var.get(u'c'))|Js(0.0))) var.get(u'H').put(u'3', ((var.get(u'H').get(u'3')+var.get(u'd'))|Js(0.0))) var.get(u'H').put(u'4', ((var.get(u'H').get(u'4')+var.get(u'e'))|Js(0.0))) var.get(u'H').put(u'5', ((var.get(u'H').get(u'5')+var.get(u'f'))|Js(0.0))) var.get(u'H').put(u'6', ((var.get(u'H').get(u'6')+var.get(u'g'))|Js(0.0))) var.get(u'H').put(u'7', ((var.get(u'H').get(u'7')+var.get(u'h'))|Js(0.0))) PyJs__doProcessBlock_352_._set_name(u'_doProcessBlock') @Js def PyJs__doFinalize_353_(this, arguments, var=var): var = Scope({u'this':this, u'_doFinalize':PyJs__doFinalize_353_, u'arguments':arguments}, var) var.registers([u'nBitsLeft', u'dataWords', u'data', u'nBitsTotal']) var.put(u'data', var.get(u"this").get(u'_data')) var.put(u'dataWords', var.get(u'data').get(u'words')) var.put(u'nBitsTotal', (var.get(u"this").get(u'_nDataBytes')*Js(8.0))) var.put(u'nBitsLeft', (var.get(u'data').get(u'sigBytes')*Js(8.0))) var.get(u'dataWords').put(PyJsBshift(var.get(u'nBitsLeft'),Js(5.0)), (Js(128)<<(Js(24.0)-(var.get(u'nBitsLeft')%Js(32.0)))), u'|') var.get(u'dataWords').put(((PyJsBshift((var.get(u'nBitsLeft')+Js(64.0)),Js(9.0))<<Js(4.0))+Js(14.0)), var.get(u'Math').callprop(u'floor', (var.get(u'nBitsTotal')/Js(4294967296)))) var.get(u'dataWords').put(((PyJsBshift((var.get(u'nBitsLeft')+Js(64.0)),Js(9.0))<<Js(4.0))+Js(15.0)), var.get(u'nBitsTotal')) var.get(u'data').put(u'sigBytes', (var.get(u'dataWords').get(u'length')*Js(4.0))) var.get(u"this").callprop(u'_process') return var.get(u"this").get(u'_hash') PyJs__doFinalize_353_._set_name(u'_doFinalize') @Js def PyJs_clone_354_(this, arguments, var=var): var = Scope({u'this':this, u'clone':PyJs_clone_354_, u'arguments':arguments}, var) var.registers([u'clone']) var.put(u'clone', var.get(u'Hasher').get(u'clone').callprop(u'call', var.get(u"this"))) var.get(u'clone').put(u'_hash', var.get(u"this").get(u'_hash').callprop(u'clone')) return var.get(u'clone') PyJs_clone_354_._set_name(u'clone') PyJs_Object_350_ = Js({u'_doReset':PyJs__doReset_351_,u'_doProcessBlock':PyJs__doProcessBlock_352_,u'_doFinalize':PyJs__doFinalize_353_,u'clone':PyJs_clone_354_}) var.put(u'SHA256', var.get(u'C_algo').put(u'SHA256', var.get(u'Hasher').callprop(u'extend', PyJs_Object_350_))) var.get(u'C').put(u'SHA256', var.get(u'Hasher').callprop(u'_createHelper', var.get(u'SHA256'))) var.get(u'C').put(u'HmacSHA256', var.get(u'Hasher').callprop(u'_createHmacHelper', var.get(u'SHA256'))) PyJs_anonymous_348_._set_name(u'anonymous') PyJs_anonymous_348_(var.get(u'Math')) return var.get(u'CryptoJS').get(u'SHA256') PyJs_anonymous_347_._set_name(u'anonymous') @Js def PyJs_anonymous_355_(root, factory, this, arguments, var=var): var = Scope({u'this':this, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_355_._set_name(u'anonymous') PyJs_anonymous_355_(var.get(u"this"), PyJs_anonymous_347_) PyJs_anonymous_346_._set_name(u'anonymous') PyJs_Object_356_ = Js({u'./core':Js(3.0)}) @Js def PyJs_anonymous_357_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_358_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_359_(Math, this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments, u'Math':Math}, var) var.registers([u'SHA3', u'C', u'ROUND_CONSTANTS', u'Math', u'RHO_OFFSETS', u'X64Word', u'C_lib', u'C_algo', u'T', u'WordArray', u'C_x64', u'Hasher', u'PI_INDEXES']) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'Hasher', var.get(u'C_lib').get(u'Hasher')) var.put(u'C_x64', var.get(u'C').get(u'x64')) var.put(u'X64Word', var.get(u'C_x64').get(u'Word')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'RHO_OFFSETS', Js([])) var.put(u'PI_INDEXES', Js([])) var.put(u'ROUND_CONSTANTS', Js([])) @Js def PyJs_anonymous_360_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'bitPosition', u'roundConstantMsw', u'i', u'LFSR', u'j', u'roundConstantLsw', u'newX', u'newY', u't', u'y', u'x']) var.put(u'x', Js(1.0)) var.put(u'y', Js(0.0)) #for JS loop var.put(u't', Js(0.0)) while (var.get(u't')<Js(24.0)): try: var.get(u'RHO_OFFSETS').put((var.get(u'x')+(Js(5.0)*var.get(u'y'))), ((((var.get(u't')+Js(1.0))*(var.get(u't')+Js(2.0)))/Js(2.0))%Js(64.0))) var.put(u'newX', (var.get(u'y')%Js(5.0))) var.put(u'newY', (((Js(2.0)*var.get(u'x'))+(Js(3.0)*var.get(u'y')))%Js(5.0))) var.put(u'x', var.get(u'newX')) var.put(u'y', var.get(u'newY')) finally: (var.put(u't',Js(var.get(u't').to_number())+Js(1))-Js(1)) #for JS loop var.put(u'x', Js(0.0)) while (var.get(u'x')<Js(5.0)): try: #for JS loop var.put(u'y', Js(0.0)) while (var.get(u'y')<Js(5.0)): try: var.get(u'PI_INDEXES').put((var.get(u'x')+(Js(5.0)*var.get(u'y'))), (var.get(u'y')+((((Js(2.0)*var.get(u'x'))+(Js(3.0)*var.get(u'y')))%Js(5.0))*Js(5.0)))) finally: (var.put(u'y',Js(var.get(u'y').to_number())+Js(1))-Js(1)) finally: (var.put(u'x',Js(var.get(u'x').to_number())+Js(1))-Js(1)) var.put(u'LFSR', Js(1)) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(24.0)): try: var.put(u'roundConstantMsw', Js(0.0)) var.put(u'roundConstantLsw', Js(0.0)) #for JS loop var.put(u'j', Js(0.0)) while (var.get(u'j')<Js(7.0)): try: if (var.get(u'LFSR')&Js(1)): var.put(u'bitPosition', ((Js(1.0)<<var.get(u'j'))-Js(1.0))) if (var.get(u'bitPosition')<Js(32.0)): var.put(u'roundConstantLsw', (Js(1.0)<<var.get(u'bitPosition')), u'^') else: var.put(u'roundConstantMsw', (Js(1.0)<<(var.get(u'bitPosition')-Js(32.0))), u'^') if (var.get(u'LFSR')&Js(128)): var.put(u'LFSR', ((var.get(u'LFSR')<<Js(1.0))^Js(113))) else: var.put(u'LFSR', Js(1.0), u'<<') finally: (var.put(u'j',Js(var.get(u'j').to_number())+Js(1))-Js(1)) var.get(u'ROUND_CONSTANTS').put(var.get(u'i'), var.get(u'X64Word').callprop(u'create', var.get(u'roundConstantMsw'), var.get(u'roundConstantLsw'))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs_anonymous_360_._set_name(u'anonymous') PyJs_anonymous_360_() var.put(u'T', Js([])) @Js def PyJs_anonymous_361_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'i']) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(25.0)): try: var.get(u'T').put(var.get(u'i'), var.get(u'X64Word').callprop(u'create')) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs_anonymous_361_._set_name(u'anonymous') PyJs_anonymous_361_() PyJs_Object_363_ = Js({u'outputLength':Js(512.0)}) @Js def PyJs__doReset_364_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_364_, u'arguments':arguments}, var) var.registers([u'i', u'state']) var.put(u'state', var.get(u"this").put(u'_state', Js([]))) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(25.0)): try: var.get(u'state').put(var.get(u'i'), var.get(u'X64Word').get(u'init').create()) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u"this").put(u'blockSize', ((Js(1600.0)-(Js(2.0)*var.get(u"this").get(u'cfg').get(u'outputLength')))/Js(32.0))) PyJs__doReset_364_._set_name(u'_doReset') @Js def PyJs__doProcessBlock_365_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'_doProcessBlock':PyJs__doProcessBlock_365_, u'M':M, u'arguments':arguments, u'offset':offset}, var) var.registers([u'Tx', u'Tx2Lane', u'M2i', u'laneMsw', u'i', u'Tx1Msw', u'laneLsw', u'offset', u'state', u'rhoOffset', u'Tx4', u'Tx1', u'M2i1', u'M', u'T0', u'Tx1Lane', u'state0', u'TLane', u'roundConstant', u'laneIndex', u'lane', u'TPiLane', u'nBlockSizeLanes', u'tMsw', u'Tx1Lsw', u'y', u'x', u'tLsw', u'round']) var.put(u'state', var.get(u"this").get(u'_state')) var.put(u'nBlockSizeLanes', (var.get(u"this").get(u'blockSize')/Js(2.0))) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'nBlockSizeLanes')): try: var.put(u'M2i', var.get(u'M').get((var.get(u'offset')+(Js(2.0)*var.get(u'i'))))) var.put(u'M2i1', var.get(u'M').get(((var.get(u'offset')+(Js(2.0)*var.get(u'i')))+Js(1.0)))) var.put(u'M2i', ((((var.get(u'M2i')<<Js(8.0))|PyJsBshift(var.get(u'M2i'),Js(24.0)))&Js(16711935))|(((var.get(u'M2i')<<Js(24.0))|PyJsBshift(var.get(u'M2i'),Js(8.0)))&Js(4278255360)))) var.put(u'M2i1', ((((var.get(u'M2i1')<<Js(8.0))|PyJsBshift(var.get(u'M2i1'),Js(24.0)))&Js(16711935))|(((var.get(u'M2i1')<<Js(24.0))|PyJsBshift(var.get(u'M2i1'),Js(8.0)))&Js(4278255360)))) var.put(u'lane', var.get(u'state').get(var.get(u'i'))) var.get(u'lane').put(u'high', var.get(u'M2i1'), u'^') var.get(u'lane').put(u'low', var.get(u'M2i'), u'^') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) #for JS loop var.put(u'round', Js(0.0)) while (var.get(u'round')<Js(24.0)): try: #for JS loop var.put(u'x', Js(0.0)) while (var.get(u'x')<Js(5.0)): try: var.put(u'tMsw', Js(0.0)) var.put(u'tLsw', Js(0.0)) #for JS loop var.put(u'y', Js(0.0)) while (var.get(u'y')<Js(5.0)): try: var.put(u'lane', var.get(u'state').get((var.get(u'x')+(Js(5.0)*var.get(u'y'))))) var.put(u'tMsw', var.get(u'lane').get(u'high'), u'^') var.put(u'tLsw', var.get(u'lane').get(u'low'), u'^') finally: (var.put(u'y',Js(var.get(u'y').to_number())+Js(1))-Js(1)) var.put(u'Tx', var.get(u'T').get(var.get(u'x'))) var.get(u'Tx').put(u'high', var.get(u'tMsw')) var.get(u'Tx').put(u'low', var.get(u'tLsw')) finally: (var.put(u'x',Js(var.get(u'x').to_number())+Js(1))-Js(1)) #for JS loop var.put(u'x', Js(0.0)) while (var.get(u'x')<Js(5.0)): try: var.put(u'Tx4', var.get(u'T').get(((var.get(u'x')+Js(4.0))%Js(5.0)))) var.put(u'Tx1', var.get(u'T').get(((var.get(u'x')+Js(1.0))%Js(5.0)))) var.put(u'Tx1Msw', var.get(u'Tx1').get(u'high')) var.put(u'Tx1Lsw', var.get(u'Tx1').get(u'low')) var.put(u'tMsw', (var.get(u'Tx4').get(u'high')^((var.get(u'Tx1Msw')<<Js(1.0))|PyJsBshift(var.get(u'Tx1Lsw'),Js(31.0))))) var.put(u'tLsw', (var.get(u'Tx4').get(u'low')^((var.get(u'Tx1Lsw')<<Js(1.0))|PyJsBshift(var.get(u'Tx1Msw'),Js(31.0))))) #for JS loop var.put(u'y', Js(0.0)) while (var.get(u'y')<Js(5.0)): try: var.put(u'lane', var.get(u'state').get((var.get(u'x')+(Js(5.0)*var.get(u'y'))))) var.get(u'lane').put(u'high', var.get(u'tMsw'), u'^') var.get(u'lane').put(u'low', var.get(u'tLsw'), u'^') finally: (var.put(u'y',Js(var.get(u'y').to_number())+Js(1))-Js(1)) finally: (var.put(u'x',Js(var.get(u'x').to_number())+Js(1))-Js(1)) #for JS loop var.put(u'laneIndex', Js(1.0)) while (var.get(u'laneIndex')<Js(25.0)): try: var.put(u'lane', var.get(u'state').get(var.get(u'laneIndex'))) var.put(u'laneMsw', var.get(u'lane').get(u'high')) var.put(u'laneLsw', var.get(u'lane').get(u'low')) var.put(u'rhoOffset', var.get(u'RHO_OFFSETS').get(var.get(u'laneIndex'))) if (var.get(u'rhoOffset')<Js(32.0)): var.put(u'tMsw', ((var.get(u'laneMsw')<<var.get(u'rhoOffset'))|PyJsBshift(var.get(u'laneLsw'),(Js(32.0)-var.get(u'rhoOffset'))))) var.put(u'tLsw', ((var.get(u'laneLsw')<<var.get(u'rhoOffset'))|PyJsBshift(var.get(u'laneMsw'),(Js(32.0)-var.get(u'rhoOffset'))))) else: var.put(u'tMsw', ((var.get(u'laneLsw')<<(var.get(u'rhoOffset')-Js(32.0)))|PyJsBshift(var.get(u'laneMsw'),(Js(64.0)-var.get(u'rhoOffset'))))) var.put(u'tLsw', ((var.get(u'laneMsw')<<(var.get(u'rhoOffset')-Js(32.0)))|PyJsBshift(var.get(u'laneLsw'),(Js(64.0)-var.get(u'rhoOffset'))))) var.put(u'TPiLane', var.get(u'T').get(var.get(u'PI_INDEXES').get(var.get(u'laneIndex')))) var.get(u'TPiLane').put(u'high', var.get(u'tMsw')) var.get(u'TPiLane').put(u'low', var.get(u'tLsw')) finally: (var.put(u'laneIndex',Js(var.get(u'laneIndex').to_number())+Js(1))-Js(1)) var.put(u'T0', var.get(u'T').get(u'0')) var.put(u'state0', var.get(u'state').get(u'0')) var.get(u'T0').put(u'high', var.get(u'state0').get(u'high')) var.get(u'T0').put(u'low', var.get(u'state0').get(u'low')) #for JS loop var.put(u'x', Js(0.0)) while (var.get(u'x')<Js(5.0)): try: #for JS loop var.put(u'y', Js(0.0)) while (var.get(u'y')<Js(5.0)): try: var.put(u'laneIndex', (var.get(u'x')+(Js(5.0)*var.get(u'y')))) var.put(u'lane', var.get(u'state').get(var.get(u'laneIndex'))) var.put(u'TLane', var.get(u'T').get(var.get(u'laneIndex'))) var.put(u'Tx1Lane', var.get(u'T').get((((var.get(u'x')+Js(1.0))%Js(5.0))+(Js(5.0)*var.get(u'y'))))) var.put(u'Tx2Lane', var.get(u'T').get((((var.get(u'x')+Js(2.0))%Js(5.0))+(Js(5.0)*var.get(u'y'))))) var.get(u'lane').put(u'high', (var.get(u'TLane').get(u'high')^((~var.get(u'Tx1Lane').get(u'high'))&var.get(u'Tx2Lane').get(u'high')))) var.get(u'lane').put(u'low', (var.get(u'TLane').get(u'low')^((~var.get(u'Tx1Lane').get(u'low'))&var.get(u'Tx2Lane').get(u'low')))) finally: (var.put(u'y',Js(var.get(u'y').to_number())+Js(1))-Js(1)) finally: (var.put(u'x',Js(var.get(u'x').to_number())+Js(1))-Js(1)) var.put(u'lane', var.get(u'state').get(u'0')) var.put(u'roundConstant', var.get(u'ROUND_CONSTANTS').get(var.get(u'round'))) var.get(u'lane').put(u'high', var.get(u'roundConstant').get(u'high'), u'^') var.get(u'lane').put(u'low', var.get(u'roundConstant').get(u'low'), u'^') pass finally: (var.put(u'round',Js(var.get(u'round').to_number())+Js(1))-Js(1)) PyJs__doProcessBlock_365_._set_name(u'_doProcessBlock') @Js def PyJs__doFinalize_366_(this, arguments, var=var): var = Scope({u'this':this, u'_doFinalize':PyJs__doFinalize_366_, u'arguments':arguments}, var) var.registers([u'dataWords', u'outputLengthBytes', u'i', u'laneLsw', u'nBitsLeft', u'lane', u'state', u'blockSizeBits', u'hashWords', u'data', u'laneMsw', u'nBitsTotal', u'outputLengthLanes']) var.put(u'data', var.get(u"this").get(u'_data')) var.put(u'dataWords', var.get(u'data').get(u'words')) var.put(u'nBitsTotal', (var.get(u"this").get(u'_nDataBytes')*Js(8.0))) var.put(u'nBitsLeft', (var.get(u'data').get(u'sigBytes')*Js(8.0))) var.put(u'blockSizeBits', (var.get(u"this").get(u'blockSize')*Js(32.0))) var.get(u'dataWords').put(PyJsBshift(var.get(u'nBitsLeft'),Js(5.0)), (Js(1)<<(Js(24.0)-(var.get(u'nBitsLeft')%Js(32.0)))), u'|') var.get(u'dataWords').put((PyJsBshift((var.get(u'Math').callprop(u'ceil', ((var.get(u'nBitsLeft')+Js(1.0))/var.get(u'blockSizeBits')))*var.get(u'blockSizeBits')),Js(5.0))-Js(1.0)), Js(128), u'|') var.get(u'data').put(u'sigBytes', (var.get(u'dataWords').get(u'length')*Js(4.0))) var.get(u"this").callprop(u'_process') var.put(u'state', var.get(u"this").get(u'_state')) var.put(u'outputLengthBytes', (var.get(u"this").get(u'cfg').get(u'outputLength')/Js(8.0))) var.put(u'outputLengthLanes', (var.get(u'outputLengthBytes')/Js(8.0))) var.put(u'hashWords', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'outputLengthLanes')): try: var.put(u'lane', var.get(u'state').get(var.get(u'i'))) var.put(u'laneMsw', var.get(u'lane').get(u'high')) var.put(u'laneLsw', var.get(u'lane').get(u'low')) var.put(u'laneMsw', ((((var.get(u'laneMsw')<<Js(8.0))|PyJsBshift(var.get(u'laneMsw'),Js(24.0)))&Js(16711935))|(((var.get(u'laneMsw')<<Js(24.0))|PyJsBshift(var.get(u'laneMsw'),Js(8.0)))&Js(4278255360)))) var.put(u'laneLsw', ((((var.get(u'laneLsw')<<Js(8.0))|PyJsBshift(var.get(u'laneLsw'),Js(24.0)))&Js(16711935))|(((var.get(u'laneLsw')<<Js(24.0))|PyJsBshift(var.get(u'laneLsw'),Js(8.0)))&Js(4278255360)))) var.get(u'hashWords').callprop(u'push', var.get(u'laneLsw')) var.get(u'hashWords').callprop(u'push', var.get(u'laneMsw')) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'WordArray').get(u'init').create(var.get(u'hashWords'), var.get(u'outputLengthBytes')) PyJs__doFinalize_366_._set_name(u'_doFinalize') @Js def PyJs_clone_367_(this, arguments, var=var): var = Scope({u'this':this, u'clone':PyJs_clone_367_, u'arguments':arguments}, var) var.registers([u'i', u'clone', u'state']) var.put(u'clone', var.get(u'Hasher').get(u'clone').callprop(u'call', var.get(u"this"))) var.put(u'state', var.get(u'clone').put(u'_state', var.get(u"this").get(u'_state').callprop(u'slice', Js(0.0)))) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(25.0)): try: var.get(u'state').put(var.get(u'i'), var.get(u'state').get(var.get(u'i')).callprop(u'clone')) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'clone') PyJs_clone_367_._set_name(u'clone') PyJs_Object_362_ = Js({u'cfg':var.get(u'Hasher').get(u'cfg').callprop(u'extend', PyJs_Object_363_),u'_doReset':PyJs__doReset_364_,u'_doProcessBlock':PyJs__doProcessBlock_365_,u'_doFinalize':PyJs__doFinalize_366_,u'clone':PyJs_clone_367_}) var.put(u'SHA3', var.get(u'C_algo').put(u'SHA3', var.get(u'Hasher').callprop(u'extend', PyJs_Object_362_))) var.get(u'C').put(u'SHA3', var.get(u'Hasher').callprop(u'_createHelper', var.get(u'SHA3'))) var.get(u'C').put(u'HmacSHA3', var.get(u'Hasher').callprop(u'_createHmacHelper', var.get(u'SHA3'))) PyJs_anonymous_359_._set_name(u'anonymous') PyJs_anonymous_359_(var.get(u'Math')) return var.get(u'CryptoJS').get(u'SHA3') PyJs_anonymous_358_._set_name(u'anonymous') @Js def PyJs_anonymous_368_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./x64-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./x64-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_368_._set_name(u'anonymous') PyJs_anonymous_368_(var.get(u"this"), PyJs_anonymous_358_) PyJs_anonymous_357_._set_name(u'anonymous') PyJs_Object_369_ = Js({u'./core':Js(3.0),u'./x64-core':Js(34.0)}) @Js def PyJs_anonymous_370_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_371_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_372_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'X64WordArray', u'C', u'X64Word', u'C_algo', u'SHA384', u'C_x64', u'SHA512']) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_x64', var.get(u'C').get(u'x64')) var.put(u'X64Word', var.get(u'C_x64').get(u'Word')) var.put(u'X64WordArray', var.get(u'C_x64').get(u'WordArray')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'SHA512', var.get(u'C_algo').get(u'SHA512')) @Js def PyJs__doReset_374_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_374_, u'arguments':arguments}, var) var.registers([]) def PyJs_LONG_375_(var=var): return var.get(u'X64WordArray').get(u'init').create(Js([var.get(u'X64Word').get(u'init').create(Js(3418070365), Js(3238371032)), var.get(u'X64Word').get(u'init').create(Js(1654270250), Js(914150663)), var.get(u'X64Word').get(u'init').create(Js(2438529370), Js(812702999)), var.get(u'X64Word').get(u'init').create(Js(355462360), Js(4144912697)), var.get(u'X64Word').get(u'init').create(Js(1731405415), Js(4290775857)), var.get(u'X64Word').get(u'init').create(Js(2394180231), Js(1750603025)), var.get(u'X64Word').get(u'init').create(Js(3675008525), Js(1694076839)), var.get(u'X64Word').get(u'init').create(Js(1203062813), Js(3204075428))])) var.get(u"this").put(u'_hash', PyJs_LONG_375_()) PyJs__doReset_374_._set_name(u'_doReset') @Js def PyJs__doFinalize_376_(this, arguments, var=var): var = Scope({u'this':this, u'_doFinalize':PyJs__doFinalize_376_, u'arguments':arguments}, var) var.registers([u'hash']) var.put(u'hash', var.get(u'SHA512').get(u'_doFinalize').callprop(u'call', var.get(u"this"))) var.get(u'hash').put(u'sigBytes', Js(16.0), u'-') return var.get(u'hash') PyJs__doFinalize_376_._set_name(u'_doFinalize') PyJs_Object_373_ = Js({u'_doReset':PyJs__doReset_374_,u'_doFinalize':PyJs__doFinalize_376_}) var.put(u'SHA384', var.get(u'C_algo').put(u'SHA384', var.get(u'SHA512').callprop(u'extend', PyJs_Object_373_))) var.get(u'C').put(u'SHA384', var.get(u'SHA512').callprop(u'_createHelper', var.get(u'SHA384'))) var.get(u'C').put(u'HmacSHA384', var.get(u'SHA512').callprop(u'_createHmacHelper', var.get(u'SHA384'))) PyJs_anonymous_372_._set_name(u'anonymous') PyJs_anonymous_372_() return var.get(u'CryptoJS').get(u'SHA384') PyJs_anonymous_371_._set_name(u'anonymous') @Js def PyJs_anonymous_377_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./x64-core')), var.get(u'require')(Js(u'./sha512'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./x64-core'), Js(u'./sha512')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_377_._set_name(u'anonymous') PyJs_anonymous_377_(var.get(u"this"), PyJs_anonymous_371_) PyJs_anonymous_370_._set_name(u'anonymous') PyJs_Object_378_ = Js({u'./core':Js(3.0),u'./sha512':Js(32.0),u'./x64-core':Js(34.0)}) @Js def PyJs_anonymous_379_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_380_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_381_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'X64WordArray', u'C', u'K', u'X64Word', u'C_lib', u'C_algo', u'W', u'C_x64', u'Hasher', u'SHA512', u'X64Word_create']) @Js def PyJsHoisted_X64Word_create_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([]) return var.get(u'X64Word').get(u'create').callprop(u'apply', var.get(u'X64Word'), var.get(u'arguments')) PyJsHoisted_X64Word_create_.func_name = u'X64Word_create' var.put(u'X64Word_create', PyJsHoisted_X64Word_create_) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'Hasher', var.get(u'C_lib').get(u'Hasher')) var.put(u'C_x64', var.get(u'C').get(u'x64')) var.put(u'X64Word', var.get(u'C_x64').get(u'Word')) var.put(u'X64WordArray', var.get(u'C_x64').get(u'WordArray')) var.put(u'C_algo', var.get(u'C').get(u'algo')) pass var.put(u'K', Js([var.get(u'X64Word_create')(Js(1116352408), Js(3609767458)), var.get(u'X64Word_create')(Js(1899447441), Js(602891725)), var.get(u'X64Word_create')(Js(3049323471), Js(3964484399)), var.get(u'X64Word_create')(Js(3921009573), Js(2173295548)), var.get(u'X64Word_create')(Js(961987163), Js(4081628472)), var.get(u'X64Word_create')(Js(1508970993), Js(3053834265)), var.get(u'X64Word_create')(Js(2453635748), Js(2937671579)), var.get(u'X64Word_create')(Js(2870763221), Js(3664609560)), var.get(u'X64Word_create')(Js(3624381080), Js(2734883394)), var.get(u'X64Word_create')(Js(310598401), Js(1164996542)), var.get(u'X64Word_create')(Js(607225278), Js(1323610764)), var.get(u'X64Word_create')(Js(1426881987), Js(3590304994)), var.get(u'X64Word_create')(Js(1925078388), Js(4068182383)), var.get(u'X64Word_create')(Js(2162078206), Js(991336113)), var.get(u'X64Word_create')(Js(2614888103), Js(633803317)), var.get(u'X64Word_create')(Js(3248222580), Js(3479774868)), var.get(u'X64Word_create')(Js(3835390401), Js(2666613458)), var.get(u'X64Word_create')(Js(4022224774), Js(944711139)), var.get(u'X64Word_create')(Js(264347078), Js(2341262773)), var.get(u'X64Word_create')(Js(604807628), Js(2007800933)), var.get(u'X64Word_create')(Js(770255983), Js(1495990901)), var.get(u'X64Word_create')(Js(1249150122), Js(1856431235)), var.get(u'X64Word_create')(Js(1555081692), Js(3175218132)), var.get(u'X64Word_create')(Js(1996064986), Js(2198950837)), var.get(u'X64Word_create')(Js(2554220882), Js(3999719339)), var.get(u'X64Word_create')(Js(2821834349), Js(766784016)), var.get(u'X64Word_create')(Js(2952996808), Js(2566594879)), var.get(u'X64Word_create')(Js(3210313671), Js(3203337956)), var.get(u'X64Word_create')(Js(3336571891), Js(1034457026)), var.get(u'X64Word_create')(Js(3584528711), Js(2466948901)), var.get(u'X64Word_create')(Js(113926993), Js(3758326383)), var.get(u'X64Word_create')(Js(338241895), Js(168717936)), var.get(u'X64Word_create')(Js(666307205), Js(1188179964)), var.get(u'X64Word_create')(Js(773529912), Js(1546045734)), var.get(u'X64Word_create')(Js(1294757372), Js(1522805485)), var.get(u'X64Word_create')(Js(1396182291), Js(2643833823)), var.get(u'X64Word_create')(Js(1695183700), Js(2343527390)), var.get(u'X64Word_create')(Js(1986661051), Js(1014477480)), var.get(u'X64Word_create')(Js(2177026350), Js(1206759142)), var.get(u'X64Word_create')(Js(2456956037), Js(344077627)), var.get(u'X64Word_create')(Js(2730485921), Js(1290863460)), var.get(u'X64Word_create')(Js(2820302411), Js(3158454273)), var.get(u'X64Word_create')(Js(3259730800), Js(3505952657)), var.get(u'X64Word_create')(Js(3345764771), Js(106217008)), var.get(u'X64Word_create')(Js(3516065817), Js(3606008344)), var.get(u'X64Word_create')(Js(3600352804), Js(1432725776)), var.get(u'X64Word_create')(Js(4094571909), Js(1467031594)), var.get(u'X64Word_create')(Js(275423344), Js(851169720)), var.get(u'X64Word_create')(Js(430227734), Js(3100823752)), var.get(u'X64Word_create')(Js(506948616), Js(1363258195)), var.get(u'X64Word_create')(Js(659060556), Js(3750685593)), var.get(u'X64Word_create')(Js(883997877), Js(3785050280)), var.get(u'X64Word_create')(Js(958139571), Js(3318307427)), var.get(u'X64Word_create')(Js(1322822218), Js(3812723403)), var.get(u'X64Word_create')(Js(1537002063), Js(2003034995)), var.get(u'X64Word_create')(Js(1747873779), Js(3602036899)), var.get(u'X64Word_create')(Js(1955562222), Js(1575990012)), var.get(u'X64Word_create')(Js(2024104815), Js(1125592928)), var.get(u'X64Word_create')(Js(2227730452), Js(2716904306)), var.get(u'X64Word_create')(Js(2361852424), Js(442776044)), var.get(u'X64Word_create')(Js(2428436474), Js(593698344)), var.get(u'X64Word_create')(Js(2756734187), Js(3733110249)), var.get(u'X64Word_create')(Js(3204031479), Js(2999351573)), var.get(u'X64Word_create')(Js(3329325298), Js(3815920427)), var.get(u'X64Word_create')(Js(3391569614), Js(3928383900)), var.get(u'X64Word_create')(Js(3515267271), Js(566280711)), var.get(u'X64Word_create')(Js(3940187606), Js(3454069534)), var.get(u'X64Word_create')(Js(4118630271), Js(4000239992)), var.get(u'X64Word_create')(Js(116418474), Js(1914138554)), var.get(u'X64Word_create')(Js(174292421), Js(2731055270)), var.get(u'X64Word_create')(Js(289380356), Js(3203993006)), var.get(u'X64Word_create')(Js(460393269), Js(320620315)), var.get(u'X64Word_create')(Js(685471733), Js(587496836)), var.get(u'X64Word_create')(Js(852142971), Js(1086792851)), var.get(u'X64Word_create')(Js(1017036298), Js(365543100)), var.get(u'X64Word_create')(Js(1126000580), Js(2618297676)), var.get(u'X64Word_create')(Js(1288033470), Js(3409855158)), var.get(u'X64Word_create')(Js(1501505948), Js(4234509866)), var.get(u'X64Word_create')(Js(1607167915), Js(987167468)), var.get(u'X64Word_create')(Js(1816402316), Js(1246189591))])) var.put(u'W', Js([])) @Js def PyJs_anonymous_382_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'i']) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(80.0)): try: var.get(u'W').put(var.get(u'i'), var.get(u'X64Word_create')()) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs_anonymous_382_._set_name(u'anonymous') PyJs_anonymous_382_() @Js def PyJs__doReset_384_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_384_, u'arguments':arguments}, var) var.registers([]) def PyJs_LONG_385_(var=var): return var.get(u'X64WordArray').get(u'init').create(Js([var.get(u'X64Word').get(u'init').create(Js(1779033703), Js(4089235720)), var.get(u'X64Word').get(u'init').create(Js(3144134277), Js(2227873595)), var.get(u'X64Word').get(u'init').create(Js(1013904242), Js(4271175723)), var.get(u'X64Word').get(u'init').create(Js(2773480762), Js(1595750129)), var.get(u'X64Word').get(u'init').create(Js(1359893119), Js(2917565137)), var.get(u'X64Word').get(u'init').create(Js(2600822924), Js(725511199)), var.get(u'X64Word').get(u'init').create(Js(528734635), Js(4215389547)), var.get(u'X64Word').get(u'init').create(Js(1541459225), Js(327033209))])) var.get(u"this").put(u'_hash', PyJs_LONG_385_()) PyJs__doReset_384_._set_name(u'_doReset') @Js def PyJs__doProcessBlock_386_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'_doProcessBlock':PyJs__doProcessBlock_386_, u'M':M, u'arguments':arguments, u'offset':offset}, var) var.registers([u'chh', u'el', u'ch', u'eh', u'cl', u'gamma1xh', u'H6', u'offset', u'gamma1xl', u'al', u'Wi16', u'H1h', u'gamma0xh', u'Wi16l', u'H1l', u'H3l', u'Wi16h', u'chl', u'sigma1h', u'gl', u'gh', u'H6h', u'H6l', u'gamma0l', u't2h', u'H4l', u'gamma0h', u't2l', u'Wi', u'H4h', u'Wi7', u'Wi7l', u'Kih', u'Wi7h', u'ah', u'i', u'gamma0x', u'dl', u't1l', u'dh', u'Wih', u'bl', u'H', u'Ki', u'Kil', u'bh', u'Wil', u'H2l', u'hh', u'H0h', u'H2h', u'hl', u'H0l', u'fh', u'fl', u'sigma1l', u'majl', u'H7l', u'majh', u't1h', u'H7h', u'gamma1h', u'H2', u'H3', u'H0', u'H1', u'H5h', u'H7', u'H4', u'H5', u'H5l', u'M', u'gamma1l', u'sigma0l', u'gamma1x', u'H3h', u'sigma0h', u'gamma0xl']) var.put(u'H', var.get(u"this").get(u'_hash').get(u'words')) var.put(u'H0', var.get(u'H').get(u'0')) var.put(u'H1', var.get(u'H').get(u'1')) var.put(u'H2', var.get(u'H').get(u'2')) var.put(u'H3', var.get(u'H').get(u'3')) var.put(u'H4', var.get(u'H').get(u'4')) var.put(u'H5', var.get(u'H').get(u'5')) var.put(u'H6', var.get(u'H').get(u'6')) var.put(u'H7', var.get(u'H').get(u'7')) var.put(u'H0h', var.get(u'H0').get(u'high')) var.put(u'H0l', var.get(u'H0').get(u'low')) var.put(u'H1h', var.get(u'H1').get(u'high')) var.put(u'H1l', var.get(u'H1').get(u'low')) var.put(u'H2h', var.get(u'H2').get(u'high')) var.put(u'H2l', var.get(u'H2').get(u'low')) var.put(u'H3h', var.get(u'H3').get(u'high')) var.put(u'H3l', var.get(u'H3').get(u'low')) var.put(u'H4h', var.get(u'H4').get(u'high')) var.put(u'H4l', var.get(u'H4').get(u'low')) var.put(u'H5h', var.get(u'H5').get(u'high')) var.put(u'H5l', var.get(u'H5').get(u'low')) var.put(u'H6h', var.get(u'H6').get(u'high')) var.put(u'H6l', var.get(u'H6').get(u'low')) var.put(u'H7h', var.get(u'H7').get(u'high')) var.put(u'H7l', var.get(u'H7').get(u'low')) var.put(u'ah', var.get(u'H0h')) var.put(u'al', var.get(u'H0l')) var.put(u'bh', var.get(u'H1h')) var.put(u'bl', var.get(u'H1l')) var.put(u'ch', var.get(u'H2h')) var.put(u'cl', var.get(u'H2l')) var.put(u'dh', var.get(u'H3h')) var.put(u'dl', var.get(u'H3l')) var.put(u'eh', var.get(u'H4h')) var.put(u'el', var.get(u'H4l')) var.put(u'fh', var.get(u'H5h')) var.put(u'fl', var.get(u'H5l')) var.put(u'gh', var.get(u'H6h')) var.put(u'gl', var.get(u'H6l')) var.put(u'hh', var.get(u'H7h')) var.put(u'hl', var.get(u'H7l')) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(80.0)): try: var.put(u'Wi', var.get(u'W').get(var.get(u'i'))) if (var.get(u'i')<Js(16.0)): var.put(u'Wih', var.get(u'Wi').put(u'high', (var.get(u'M').get((var.get(u'offset')+(var.get(u'i')*Js(2.0))))|Js(0.0)))) var.put(u'Wil', var.get(u'Wi').put(u'low', (var.get(u'M').get(((var.get(u'offset')+(var.get(u'i')*Js(2.0)))+Js(1.0)))|Js(0.0)))) else: var.put(u'gamma0x', var.get(u'W').get((var.get(u'i')-Js(15.0)))) var.put(u'gamma0xh', var.get(u'gamma0x').get(u'high')) var.put(u'gamma0xl', var.get(u'gamma0x').get(u'low')) var.put(u'gamma0h', (((PyJsBshift(var.get(u'gamma0xh'),Js(1.0))|(var.get(u'gamma0xl')<<Js(31.0)))^(PyJsBshift(var.get(u'gamma0xh'),Js(8.0))|(var.get(u'gamma0xl')<<Js(24.0))))^PyJsBshift(var.get(u'gamma0xh'),Js(7.0)))) var.put(u'gamma0l', (((PyJsBshift(var.get(u'gamma0xl'),Js(1.0))|(var.get(u'gamma0xh')<<Js(31.0)))^(PyJsBshift(var.get(u'gamma0xl'),Js(8.0))|(var.get(u'gamma0xh')<<Js(24.0))))^(PyJsBshift(var.get(u'gamma0xl'),Js(7.0))|(var.get(u'gamma0xh')<<Js(25.0))))) var.put(u'gamma1x', var.get(u'W').get((var.get(u'i')-Js(2.0)))) var.put(u'gamma1xh', var.get(u'gamma1x').get(u'high')) var.put(u'gamma1xl', var.get(u'gamma1x').get(u'low')) var.put(u'gamma1h', (((PyJsBshift(var.get(u'gamma1xh'),Js(19.0))|(var.get(u'gamma1xl')<<Js(13.0)))^((var.get(u'gamma1xh')<<Js(3.0))|PyJsBshift(var.get(u'gamma1xl'),Js(29.0))))^PyJsBshift(var.get(u'gamma1xh'),Js(6.0)))) var.put(u'gamma1l', (((PyJsBshift(var.get(u'gamma1xl'),Js(19.0))|(var.get(u'gamma1xh')<<Js(13.0)))^((var.get(u'gamma1xl')<<Js(3.0))|PyJsBshift(var.get(u'gamma1xh'),Js(29.0))))^(PyJsBshift(var.get(u'gamma1xl'),Js(6.0))|(var.get(u'gamma1xh')<<Js(26.0))))) var.put(u'Wi7', var.get(u'W').get((var.get(u'i')-Js(7.0)))) var.put(u'Wi7h', var.get(u'Wi7').get(u'high')) var.put(u'Wi7l', var.get(u'Wi7').get(u'low')) var.put(u'Wi16', var.get(u'W').get((var.get(u'i')-Js(16.0)))) var.put(u'Wi16h', var.get(u'Wi16').get(u'high')) var.put(u'Wi16l', var.get(u'Wi16').get(u'low')) var.put(u'Wil', (var.get(u'gamma0l')+var.get(u'Wi7l'))) var.put(u'Wih', ((var.get(u'gamma0h')+var.get(u'Wi7h'))+(Js(1.0) if (PyJsBshift(var.get(u'Wil'),Js(0.0))<PyJsBshift(var.get(u'gamma0l'),Js(0.0))) else Js(0.0)))) var.put(u'Wil', (var.get(u'Wil')+var.get(u'gamma1l'))) var.put(u'Wih', ((var.get(u'Wih')+var.get(u'gamma1h'))+(Js(1.0) if (PyJsBshift(var.get(u'Wil'),Js(0.0))<PyJsBshift(var.get(u'gamma1l'),Js(0.0))) else Js(0.0)))) var.put(u'Wil', (var.get(u'Wil')+var.get(u'Wi16l'))) var.put(u'Wih', ((var.get(u'Wih')+var.get(u'Wi16h'))+(Js(1.0) if (PyJsBshift(var.get(u'Wil'),Js(0.0))<PyJsBshift(var.get(u'Wi16l'),Js(0.0))) else Js(0.0)))) var.get(u'Wi').put(u'high', var.get(u'Wih')) var.get(u'Wi').put(u'low', var.get(u'Wil')) var.put(u'chh', ((var.get(u'eh')&var.get(u'fh'))^((~var.get(u'eh'))&var.get(u'gh')))) var.put(u'chl', ((var.get(u'el')&var.get(u'fl'))^((~var.get(u'el'))&var.get(u'gl')))) var.put(u'majh', (((var.get(u'ah')&var.get(u'bh'))^(var.get(u'ah')&var.get(u'ch')))^(var.get(u'bh')&var.get(u'ch')))) var.put(u'majl', (((var.get(u'al')&var.get(u'bl'))^(var.get(u'al')&var.get(u'cl')))^(var.get(u'bl')&var.get(u'cl')))) var.put(u'sigma0h', (((PyJsBshift(var.get(u'ah'),Js(28.0))|(var.get(u'al')<<Js(4.0)))^((var.get(u'ah')<<Js(30.0))|PyJsBshift(var.get(u'al'),Js(2.0))))^((var.get(u'ah')<<Js(25.0))|PyJsBshift(var.get(u'al'),Js(7.0))))) var.put(u'sigma0l', (((PyJsBshift(var.get(u'al'),Js(28.0))|(var.get(u'ah')<<Js(4.0)))^((var.get(u'al')<<Js(30.0))|PyJsBshift(var.get(u'ah'),Js(2.0))))^((var.get(u'al')<<Js(25.0))|PyJsBshift(var.get(u'ah'),Js(7.0))))) var.put(u'sigma1h', (((PyJsBshift(var.get(u'eh'),Js(14.0))|(var.get(u'el')<<Js(18.0)))^(PyJsBshift(var.get(u'eh'),Js(18.0))|(var.get(u'el')<<Js(14.0))))^((var.get(u'eh')<<Js(23.0))|PyJsBshift(var.get(u'el'),Js(9.0))))) var.put(u'sigma1l', (((PyJsBshift(var.get(u'el'),Js(14.0))|(var.get(u'eh')<<Js(18.0)))^(PyJsBshift(var.get(u'el'),Js(18.0))|(var.get(u'eh')<<Js(14.0))))^((var.get(u'el')<<Js(23.0))|PyJsBshift(var.get(u'eh'),Js(9.0))))) var.put(u'Ki', var.get(u'K').get(var.get(u'i'))) var.put(u'Kih', var.get(u'Ki').get(u'high')) var.put(u'Kil', var.get(u'Ki').get(u'low')) var.put(u't1l', (var.get(u'hl')+var.get(u'sigma1l'))) var.put(u't1h', ((var.get(u'hh')+var.get(u'sigma1h'))+(Js(1.0) if (PyJsBshift(var.get(u't1l'),Js(0.0))<PyJsBshift(var.get(u'hl'),Js(0.0))) else Js(0.0)))) var.put(u't1l', (var.get(u't1l')+var.get(u'chl'))) var.put(u't1h', ((var.get(u't1h')+var.get(u'chh'))+(Js(1.0) if (PyJsBshift(var.get(u't1l'),Js(0.0))<PyJsBshift(var.get(u'chl'),Js(0.0))) else Js(0.0)))) var.put(u't1l', (var.get(u't1l')+var.get(u'Kil'))) var.put(u't1h', ((var.get(u't1h')+var.get(u'Kih'))+(Js(1.0) if (PyJsBshift(var.get(u't1l'),Js(0.0))<PyJsBshift(var.get(u'Kil'),Js(0.0))) else Js(0.0)))) var.put(u't1l', (var.get(u't1l')+var.get(u'Wil'))) var.put(u't1h', ((var.get(u't1h')+var.get(u'Wih'))+(Js(1.0) if (PyJsBshift(var.get(u't1l'),Js(0.0))<PyJsBshift(var.get(u'Wil'),Js(0.0))) else Js(0.0)))) var.put(u't2l', (var.get(u'sigma0l')+var.get(u'majl'))) var.put(u't2h', ((var.get(u'sigma0h')+var.get(u'majh'))+(Js(1.0) if (PyJsBshift(var.get(u't2l'),Js(0.0))<PyJsBshift(var.get(u'sigma0l'),Js(0.0))) else Js(0.0)))) var.put(u'hh', var.get(u'gh')) var.put(u'hl', var.get(u'gl')) var.put(u'gh', var.get(u'fh')) var.put(u'gl', var.get(u'fl')) var.put(u'fh', var.get(u'eh')) var.put(u'fl', var.get(u'el')) var.put(u'el', ((var.get(u'dl')+var.get(u't1l'))|Js(0.0))) var.put(u'eh', (((var.get(u'dh')+var.get(u't1h'))+(Js(1.0) if (PyJsBshift(var.get(u'el'),Js(0.0))<PyJsBshift(var.get(u'dl'),Js(0.0))) else Js(0.0)))|Js(0.0))) var.put(u'dh', var.get(u'ch')) var.put(u'dl', var.get(u'cl')) var.put(u'ch', var.get(u'bh')) var.put(u'cl', var.get(u'bl')) var.put(u'bh', var.get(u'ah')) var.put(u'bl', var.get(u'al')) var.put(u'al', ((var.get(u't1l')+var.get(u't2l'))|Js(0.0))) var.put(u'ah', (((var.get(u't1h')+var.get(u't2h'))+(Js(1.0) if (PyJsBshift(var.get(u'al'),Js(0.0))<PyJsBshift(var.get(u't1l'),Js(0.0))) else Js(0.0)))|Js(0.0))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.put(u'H0l', var.get(u'H0').put(u'low', (var.get(u'H0l')+var.get(u'al')))) var.get(u'H0').put(u'high', ((var.get(u'H0h')+var.get(u'ah'))+(Js(1.0) if (PyJsBshift(var.get(u'H0l'),Js(0.0))<PyJsBshift(var.get(u'al'),Js(0.0))) else Js(0.0)))) var.put(u'H1l', var.get(u'H1').put(u'low', (var.get(u'H1l')+var.get(u'bl')))) var.get(u'H1').put(u'high', ((var.get(u'H1h')+var.get(u'bh'))+(Js(1.0) if (PyJsBshift(var.get(u'H1l'),Js(0.0))<PyJsBshift(var.get(u'bl'),Js(0.0))) else Js(0.0)))) var.put(u'H2l', var.get(u'H2').put(u'low', (var.get(u'H2l')+var.get(u'cl')))) var.get(u'H2').put(u'high', ((var.get(u'H2h')+var.get(u'ch'))+(Js(1.0) if (PyJsBshift(var.get(u'H2l'),Js(0.0))<PyJsBshift(var.get(u'cl'),Js(0.0))) else Js(0.0)))) var.put(u'H3l', var.get(u'H3').put(u'low', (var.get(u'H3l')+var.get(u'dl')))) var.get(u'H3').put(u'high', ((var.get(u'H3h')+var.get(u'dh'))+(Js(1.0) if (PyJsBshift(var.get(u'H3l'),Js(0.0))<PyJsBshift(var.get(u'dl'),Js(0.0))) else Js(0.0)))) var.put(u'H4l', var.get(u'H4').put(u'low', (var.get(u'H4l')+var.get(u'el')))) var.get(u'H4').put(u'high', ((var.get(u'H4h')+var.get(u'eh'))+(Js(1.0) if (PyJsBshift(var.get(u'H4l'),Js(0.0))<PyJsBshift(var.get(u'el'),Js(0.0))) else Js(0.0)))) var.put(u'H5l', var.get(u'H5').put(u'low', (var.get(u'H5l')+var.get(u'fl')))) var.get(u'H5').put(u'high', ((var.get(u'H5h')+var.get(u'fh'))+(Js(1.0) if (PyJsBshift(var.get(u'H5l'),Js(0.0))<PyJsBshift(var.get(u'fl'),Js(0.0))) else Js(0.0)))) var.put(u'H6l', var.get(u'H6').put(u'low', (var.get(u'H6l')+var.get(u'gl')))) var.get(u'H6').put(u'high', ((var.get(u'H6h')+var.get(u'gh'))+(Js(1.0) if (PyJsBshift(var.get(u'H6l'),Js(0.0))<PyJsBshift(var.get(u'gl'),Js(0.0))) else Js(0.0)))) var.put(u'H7l', var.get(u'H7').put(u'low', (var.get(u'H7l')+var.get(u'hl')))) var.get(u'H7').put(u'high', ((var.get(u'H7h')+var.get(u'hh'))+(Js(1.0) if (PyJsBshift(var.get(u'H7l'),Js(0.0))<PyJsBshift(var.get(u'hl'),Js(0.0))) else Js(0.0)))) PyJs__doProcessBlock_386_._set_name(u'_doProcessBlock') @Js def PyJs__doFinalize_387_(this, arguments, var=var): var = Scope({u'this':this, u'_doFinalize':PyJs__doFinalize_387_, u'arguments':arguments}, var) var.registers([u'nBitsLeft', u'dataWords', u'data', u'hash', u'nBitsTotal']) var.put(u'data', var.get(u"this").get(u'_data')) var.put(u'dataWords', var.get(u'data').get(u'words')) var.put(u'nBitsTotal', (var.get(u"this").get(u'_nDataBytes')*Js(8.0))) var.put(u'nBitsLeft', (var.get(u'data').get(u'sigBytes')*Js(8.0))) var.get(u'dataWords').put(PyJsBshift(var.get(u'nBitsLeft'),Js(5.0)), (Js(128)<<(Js(24.0)-(var.get(u'nBitsLeft')%Js(32.0)))), u'|') var.get(u'dataWords').put(((PyJsBshift((var.get(u'nBitsLeft')+Js(128.0)),Js(10.0))<<Js(5.0))+Js(30.0)), var.get(u'Math').callprop(u'floor', (var.get(u'nBitsTotal')/Js(4294967296)))) var.get(u'dataWords').put(((PyJsBshift((var.get(u'nBitsLeft')+Js(128.0)),Js(10.0))<<Js(5.0))+Js(31.0)), var.get(u'nBitsTotal')) var.get(u'data').put(u'sigBytes', (var.get(u'dataWords').get(u'length')*Js(4.0))) var.get(u"this").callprop(u'_process') var.put(u'hash', var.get(u"this").get(u'_hash').callprop(u'toX32')) return var.get(u'hash') PyJs__doFinalize_387_._set_name(u'_doFinalize') @Js def PyJs_clone_388_(this, arguments, var=var): var = Scope({u'this':this, u'clone':PyJs_clone_388_, u'arguments':arguments}, var) var.registers([u'clone']) var.put(u'clone', var.get(u'Hasher').get(u'clone').callprop(u'call', var.get(u"this"))) var.get(u'clone').put(u'_hash', var.get(u"this").get(u'_hash').callprop(u'clone')) return var.get(u'clone') PyJs_clone_388_._set_name(u'clone') PyJs_Object_383_ = Js({u'_doReset':PyJs__doReset_384_,u'_doProcessBlock':PyJs__doProcessBlock_386_,u'_doFinalize':PyJs__doFinalize_387_,u'clone':PyJs_clone_388_,u'blockSize':(Js(1024.0)/Js(32.0))}) var.put(u'SHA512', var.get(u'C_algo').put(u'SHA512', var.get(u'Hasher').callprop(u'extend', PyJs_Object_383_))) var.get(u'C').put(u'SHA512', var.get(u'Hasher').callprop(u'_createHelper', var.get(u'SHA512'))) var.get(u'C').put(u'HmacSHA512', var.get(u'Hasher').callprop(u'_createHmacHelper', var.get(u'SHA512'))) PyJs_anonymous_381_._set_name(u'anonymous') PyJs_anonymous_381_() return var.get(u'CryptoJS').get(u'SHA512') PyJs_anonymous_380_._set_name(u'anonymous') @Js def PyJs_anonymous_389_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./x64-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./x64-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_389_._set_name(u'anonymous') PyJs_anonymous_389_(var.get(u"this"), PyJs_anonymous_380_) PyJs_anonymous_379_._set_name(u'anonymous') PyJs_Object_390_ = Js({u'./core':Js(3.0),u'./x64-core':Js(34.0)}) @Js def PyJs_anonymous_391_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_392_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_393_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'BlockCipher', u'C', u'DES', u'exchangeRL', u'BIT_SHIFTS', u'PC2', u'PC1', u'C_lib', u'TripleDES', u'C_algo', u'WordArray', u'exchangeLR', u'SBOX_MASK', u'SBOX_P']) @Js def PyJsHoisted_exchangeLR_(offset, mask, this, arguments, var=var): var = Scope({u'this':this, u'mask':mask, u'arguments':arguments, u'offset':offset}, var) var.registers([u'mask', u't', u'offset']) var.put(u't', ((PyJsBshift(var.get(u"this").get(u'_lBlock'),var.get(u'offset'))^var.get(u"this").get(u'_rBlock'))&var.get(u'mask'))) var.get(u"this").put(u'_rBlock', var.get(u't'), u'^') var.get(u"this").put(u'_lBlock', (var.get(u't')<<var.get(u'offset')), u'^') PyJsHoisted_exchangeLR_.func_name = u'exchangeLR' var.put(u'exchangeLR', PyJsHoisted_exchangeLR_) @Js def PyJsHoisted_exchangeRL_(offset, mask, this, arguments, var=var): var = Scope({u'this':this, u'mask':mask, u'arguments':arguments, u'offset':offset}, var) var.registers([u'mask', u't', u'offset']) var.put(u't', ((PyJsBshift(var.get(u"this").get(u'_rBlock'),var.get(u'offset'))^var.get(u"this").get(u'_lBlock'))&var.get(u'mask'))) var.get(u"this").put(u'_lBlock', var.get(u't'), u'^') var.get(u"this").put(u'_rBlock', (var.get(u't')<<var.get(u'offset')), u'^') PyJsHoisted_exchangeRL_.func_name = u'exchangeRL' var.put(u'exchangeRL', PyJsHoisted_exchangeRL_) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'WordArray', var.get(u'C_lib').get(u'WordArray')) var.put(u'BlockCipher', var.get(u'C_lib').get(u'BlockCipher')) var.put(u'C_algo', var.get(u'C').get(u'algo')) var.put(u'PC1', Js([Js(57.0), Js(49.0), Js(41.0), Js(33.0), Js(25.0), Js(17.0), Js(9.0), Js(1.0), Js(58.0), Js(50.0), Js(42.0), Js(34.0), Js(26.0), Js(18.0), Js(10.0), Js(2.0), Js(59.0), Js(51.0), Js(43.0), Js(35.0), Js(27.0), Js(19.0), Js(11.0), Js(3.0), Js(60.0), Js(52.0), Js(44.0), Js(36.0), Js(63.0), Js(55.0), Js(47.0), Js(39.0), Js(31.0), Js(23.0), Js(15.0), Js(7.0), Js(62.0), Js(54.0), Js(46.0), Js(38.0), Js(30.0), Js(22.0), Js(14.0), Js(6.0), Js(61.0), Js(53.0), Js(45.0), Js(37.0), Js(29.0), Js(21.0), Js(13.0), Js(5.0), Js(28.0), Js(20.0), Js(12.0), Js(4.0)])) var.put(u'PC2', Js([Js(14.0), Js(17.0), Js(11.0), Js(24.0), Js(1.0), Js(5.0), Js(3.0), Js(28.0), Js(15.0), Js(6.0), Js(21.0), Js(10.0), Js(23.0), Js(19.0), Js(12.0), Js(4.0), Js(26.0), Js(8.0), Js(16.0), Js(7.0), Js(27.0), Js(20.0), Js(13.0), Js(2.0), Js(41.0), Js(52.0), Js(31.0), Js(37.0), Js(47.0), Js(55.0), Js(30.0), Js(40.0), Js(51.0), Js(45.0), Js(33.0), Js(48.0), Js(44.0), Js(49.0), Js(39.0), Js(56.0), Js(34.0), Js(53.0), Js(46.0), Js(42.0), Js(50.0), Js(36.0), Js(29.0), Js(32.0)])) var.put(u'BIT_SHIFTS', Js([Js(1.0), Js(2.0), Js(4.0), Js(6.0), Js(8.0), Js(10.0), Js(12.0), Js(14.0), Js(15.0), Js(17.0), Js(19.0), Js(21.0), Js(23.0), Js(25.0), Js(27.0), Js(28.0)])) PyJs_Object_394_ = Js({u'0':Js(8421888),u'268435456':Js(32768),u'536870912':Js(8421378),u'805306368':Js(2),u'1073741824':Js(512),u'1342177280':Js(8421890),u'1610612736':Js(8389122),u'1879048192':Js(8388608),u'2147483648':Js(514),u'2415919104':Js(8389120),u'2684354560':Js(33280),u'2952790016':Js(8421376),u'3221225472':Js(32770),u'3489660928':Js(8388610),u'3758096384':Js(0),u'4026531840':Js(33282),u'134217728':Js(0),u'402653184':Js(8421890),u'671088640':Js(33282),u'939524096':Js(32768),u'1207959552':Js(8421888),u'1476395008':Js(512),u'1744830464':Js(8421378),u'2013265920':Js(2),u'2281701376':Js(8389120),u'2550136832':Js(33280),u'2818572288':Js(8421376),u'3087007744':Js(8389122),u'3355443200':Js(8388610),u'3623878656':Js(32770),u'3892314112':Js(514),u'4160749568':Js(8388608),u'1':Js(32768),u'268435457':Js(2),u'536870913':Js(8421888),u'805306369':Js(8388608),u'1073741825':Js(8421378),u'1342177281':Js(33280),u'1610612737':Js(512),u'1879048193':Js(8389122),u'2147483649':Js(8421890),u'2415919105':Js(8421376),u'2684354561':Js(8388610),u'2952790017':Js(33282),u'3221225473':Js(514),u'3489660929':Js(8389120),u'3758096385':Js(32770),u'4026531841':Js(0),u'134217729':Js(8421890),u'402653185':Js(8421376),u'671088641':Js(8388608),u'939524097':Js(512),u'1207959553':Js(32768),u'1476395009':Js(8388610),u'1744830465':Js(2),u'2013265921':Js(33282),u'2281701377':Js(32770),u'2550136833':Js(8389122),u'2818572289':Js(514),u'3087007745':Js(8421888),u'3355443201':Js(8389120),u'3623878657':Js(0),u'3892314113':Js(33280),u'4160749569':Js(8421378)}) PyJs_Object_395_ = Js({u'0':Js(1074282512),u'16777216':Js(16384),u'33554432':Js(524288),u'50331648':Js(1074266128),u'67108864':Js(1073741840),u'83886080':Js(1074282496),u'100663296':Js(1073758208),u'117440512':Js(16),u'134217728':Js(540672),u'150994944':Js(1073758224),u'167772160':Js(1073741824),u'184549376':Js(540688),u'201326592':Js(524304),u'218103808':Js(0),u'234881024':Js(16400),u'251658240':Js(1074266112),u'8388608':Js(1073758208),u'25165824':Js(540688),u'41943040':Js(16),u'58720256':Js(1073758224),u'75497472':Js(1074282512),u'92274688':Js(1073741824),u'109051904':Js(524288),u'125829120':Js(1074266128),u'142606336':Js(524304),u'159383552':Js(0),u'176160768':Js(16384),u'192937984':Js(1074266112),u'209715200':Js(1073741840),u'226492416':Js(540672),u'243269632':Js(1074282496),u'260046848':Js(16400),u'268435456':Js(0),u'285212672':Js(1074266128),u'301989888':Js(1073758224),u'318767104':Js(1074282496),u'335544320':Js(1074266112),u'352321536':Js(16),u'369098752':Js(540688),u'385875968':Js(16384),u'402653184':Js(16400),u'419430400':Js(524288),u'436207616':Js(524304),u'452984832':Js(1073741840),u'469762048':Js(540672),u'486539264':Js(1073758208),u'503316480':Js(1073741824),u'520093696':Js(1074282512),u'276824064':Js(540688),u'293601280':Js(524288),u'310378496':Js(1074266112),u'327155712':Js(16384),u'343932928':Js(1073758208),u'360710144':Js(1074282512),u'377487360':Js(16),u'394264576':Js(1073741824),u'411041792':Js(1074282496),u'427819008':Js(1073741840),u'444596224':Js(1073758224),u'461373440':Js(524304),u'478150656':Js(0),u'494927872':Js(16400),u'511705088':Js(1074266128),u'528482304':Js(540672)}) PyJs_Object_396_ = Js({u'0':Js(260),u'1048576':Js(0),u'2097152':Js(67109120),u'3145728':Js(65796),u'4194304':Js(65540),u'5242880':Js(67108868),u'6291456':Js(67174660),u'7340032':Js(67174400),u'8388608':Js(67108864),u'9437184':Js(67174656),u'10485760':Js(65792),u'11534336':Js(67174404),u'12582912':Js(67109124),u'13631488':Js(65536),u'14680064':Js(4),u'15728640':Js(256),u'524288':Js(67174656),u'1572864':Js(67174404),u'2621440':Js(0),u'3670016':Js(67109120),u'4718592':Js(67108868),u'5767168':Js(65536),u'6815744':Js(65540),u'7864320':Js(260),u'8912896':Js(4),u'9961472':Js(256),u'11010048':Js(67174400),u'12058624':Js(65796),u'13107200':Js(65792),u'14155776':Js(67109124),u'15204352':Js(67174660),u'16252928':Js(67108864),u'16777216':Js(67174656),u'17825792':Js(65540),u'18874368':Js(65536),u'19922944':Js(67109120),u'20971520':Js(256),u'22020096':Js(67174660),u'23068672':Js(67108868),u'24117248':Js(0),u'25165824':Js(67109124),u'26214400':Js(67108864),u'27262976':Js(4),u'28311552':Js(65792),u'29360128':Js(67174400),u'30408704':Js(260),u'31457280':Js(65796),u'32505856':Js(67174404),u'17301504':Js(67108864),u'18350080':Js(260),u'19398656':Js(67174656),u'20447232':Js(0),u'21495808':Js(65540),u'22544384':Js(67109120),u'23592960':Js(256),u'24641536':Js(67174404),u'25690112':Js(65536),u'26738688':Js(67174660),u'27787264':Js(65796),u'28835840':Js(67108868),u'29884416':Js(67109124),u'30932992':Js(67174400),u'31981568':Js(4),u'33030144':Js(65792)}) PyJs_Object_397_ = Js({u'0':Js(2151682048),u'65536':Js(2147487808),u'131072':Js(4198464),u'196608':Js(2151677952),u'262144':Js(0),u'327680':Js(4198400),u'393216':Js(2147483712),u'458752':Js(4194368),u'524288':Js(2147483648),u'589824':Js(4194304),u'655360':Js(64),u'720896':Js(2147487744),u'786432':Js(2151678016),u'851968':Js(4160),u'917504':Js(4096),u'983040':Js(2151682112),u'32768':Js(2147487808),u'98304':Js(64),u'163840':Js(2151678016),u'229376':Js(2147487744),u'294912':Js(4198400),u'360448':Js(2151682112),u'425984':Js(0),u'491520':Js(2151677952),u'557056':Js(4096),u'622592':Js(2151682048),u'688128':Js(4194304),u'753664':Js(4160),u'819200':Js(2147483648),u'884736':Js(4194368),u'950272':Js(4198464),u'1015808':Js(2147483712),u'1048576':Js(4194368),u'1114112':Js(4198400),u'1179648':Js(2147483712),u'1245184':Js(0),u'1310720':Js(4160),u'1376256':Js(2151678016),u'1441792':Js(2151682048),u'1507328':Js(2147487808),u'1572864':Js(2151682112),u'1638400':Js(2147483648),u'1703936':Js(2151677952),u'1769472':Js(4198464),u'1835008':Js(2147487744),u'1900544':Js(4194304),u'1966080':Js(64),u'2031616':Js(4096),u'1081344':Js(2151677952),u'1146880':Js(2151682112),u'1212416':Js(0),u'1277952':Js(4198400),u'1343488':Js(4194368),u'1409024':Js(2147483648),u'1474560':Js(2147487808),u'1540096':Js(64),u'1605632':Js(2147483712),u'1671168':Js(4096),u'1736704':Js(2147487744),u'1802240':Js(2151678016),u'1867776':Js(4160),u'1933312':Js(2151682048),u'1998848':Js(4194304),u'2064384':Js(4198464)}) PyJs_Object_398_ = Js({u'0':Js(128),u'4096':Js(17039360),u'8192':Js(262144),u'12288':Js(536870912),u'16384':Js(537133184),u'20480':Js(16777344),u'24576':Js(553648256),u'28672':Js(262272),u'32768':Js(16777216),u'36864':Js(537133056),u'40960':Js(536871040),u'45056':Js(553910400),u'49152':Js(553910272),u'53248':Js(0),u'57344':Js(17039488),u'61440':Js(553648128),u'2048':Js(17039488),u'6144':Js(553648256),u'10240':Js(128),u'14336':Js(17039360),u'18432':Js(262144),u'22528':Js(537133184),u'26624':Js(553910272),u'30720':Js(536870912),u'34816':Js(537133056),u'38912':Js(0),u'43008':Js(553910400),u'47104':Js(16777344),u'51200':Js(536871040),u'55296':Js(553648128),u'59392':Js(16777216),u'63488':Js(262272),u'65536':Js(262144),u'69632':Js(128),u'73728':Js(536870912),u'77824':Js(553648256),u'81920':Js(16777344),u'86016':Js(553910272),u'90112':Js(537133184),u'94208':Js(16777216),u'98304':Js(553910400),u'102400':Js(553648128),u'106496':Js(17039360),u'110592':Js(537133056),u'114688':Js(262272),u'118784':Js(536871040),u'122880':Js(0),u'126976':Js(17039488),u'67584':Js(553648256),u'71680':Js(16777216),u'75776':Js(17039360),u'79872':Js(537133184),u'83968':Js(536870912),u'88064':Js(17039488),u'92160':Js(128),u'96256':Js(553910272),u'100352':Js(262272),u'104448':Js(553910400),u'108544':Js(0),u'112640':Js(553648128),u'116736':Js(16777344),u'120832':Js(262144),u'124928':Js(537133056),u'129024':Js(536871040)}) PyJs_Object_399_ = Js({u'0':Js(268435464),u'256':Js(8192),u'512':Js(270532608),u'768':Js(270540808),u'1024':Js(268443648),u'1280':Js(2097152),u'1536':Js(2097160),u'1792':Js(268435456),u'2048':Js(0),u'2304':Js(268443656),u'2560':Js(2105344),u'2816':Js(8),u'3072':Js(270532616),u'3328':Js(2105352),u'3584':Js(8200),u'3840':Js(270540800),u'128':Js(270532608),u'384':Js(270540808),u'640':Js(8),u'896':Js(2097152),u'1152':Js(2105352),u'1408':Js(268435464),u'1664':Js(268443648),u'1920':Js(8200),u'2176':Js(2097160),u'2432':Js(8192),u'2688':Js(268443656),u'2944':Js(270532616),u'3200':Js(0),u'3456':Js(270540800),u'3712':Js(2105344),u'3968':Js(268435456),u'4096':Js(268443648),u'4352':Js(270532616),u'4608':Js(270540808),u'4864':Js(8200),u'5120':Js(2097152),u'5376':Js(268435456),u'5632':Js(268435464),u'5888':Js(2105344),u'6144':Js(2105352),u'6400':Js(0),u'6656':Js(8),u'6912':Js(270532608),u'7168':Js(8192),u'7424':Js(268443656),u'7680':Js(270540800),u'7936':Js(2097160),u'4224':Js(8),u'4480':Js(2105344),u'4736':Js(2097152),u'4992':Js(268435464),u'5248':Js(268443648),u'5504':Js(8200),u'5760':Js(270540808),u'6016':Js(270532608),u'6272':Js(270540800),u'6528':Js(270532616),u'6784':Js(8192),u'7040':Js(2105352),u'7296':Js(2097160),u'7552':Js(0),u'7808':Js(268435456),u'8064':Js(268443656)}) PyJs_Object_400_ = Js({u'0':Js(1048576),u'16':Js(33555457),u'32':Js(1024),u'48':Js(1049601),u'64':Js(34604033),u'80':Js(0),u'96':Js(1),u'112':Js(34603009),u'128':Js(33555456),u'144':Js(1048577),u'160':Js(33554433),u'176':Js(34604032),u'192':Js(34603008),u'208':Js(1025),u'224':Js(1049600),u'240':Js(33554432),u'8':Js(34603009),u'24':Js(0),u'40':Js(33555457),u'56':Js(34604032),u'72':Js(1048576),u'88':Js(33554433),u'104':Js(33554432),u'120':Js(1025),u'136':Js(1049601),u'152':Js(33555456),u'168':Js(34603008),u'184':Js(1048577),u'200':Js(1024),u'216':Js(34604033),u'232':Js(1),u'248':Js(1049600),u'256':Js(33554432),u'272':Js(1048576),u'288':Js(33555457),u'304':Js(34603009),u'320':Js(1048577),u'336':Js(33555456),u'352':Js(34604032),u'368':Js(1049601),u'384':Js(1025),u'400':Js(34604033),u'416':Js(1049600),u'432':Js(1),u'448':Js(0),u'464':Js(34603008),u'480':Js(33554433),u'496':Js(1024),u'264':Js(1049600),u'280':Js(33555457),u'296':Js(34603009),u'312':Js(1),u'328':Js(33554432),u'344':Js(1048576),u'360':Js(1025),u'376':Js(34604032),u'392':Js(33554433),u'408':Js(34603008),u'424':Js(0),u'440':Js(34604033),u'456':Js(1049601),u'472':Js(1024),u'488':Js(33555456),u'504':Js(1048577)}) PyJs_Object_401_ = Js({u'0':Js(134219808),u'1':Js(131072),u'2':Js(134217728),u'3':Js(32),u'4':Js(131104),u'5':Js(134350880),u'6':Js(134350848),u'7':Js(2048),u'8':Js(134348800),u'9':Js(134219776),u'10':Js(133120),u'11':Js(134348832),u'12':Js(2080),u'13':Js(0),u'14':Js(134217760),u'15':Js(133152),u'2147483648':Js(2048),u'2147483649':Js(134350880),u'2147483650':Js(134219808),u'2147483651':Js(134217728),u'2147483652':Js(134348800),u'2147483653':Js(133120),u'2147483654':Js(133152),u'2147483655':Js(32),u'2147483656':Js(134217760),u'2147483657':Js(2080),u'2147483658':Js(131104),u'2147483659':Js(134350848),u'2147483660':Js(0),u'2147483661':Js(134348832),u'2147483662':Js(134219776),u'2147483663':Js(131072),u'16':Js(133152),u'17':Js(134350848),u'18':Js(32),u'19':Js(2048),u'20':Js(134219776),u'21':Js(134217760),u'22':Js(134348832),u'23':Js(131072),u'24':Js(0),u'25':Js(131104),u'26':Js(134348800),u'27':Js(134219808),u'28':Js(134350880),u'29':Js(133120),u'30':Js(2080),u'31':Js(134217728),u'2147483664':Js(131072),u'2147483665':Js(2048),u'2147483666':Js(134348832),u'2147483667':Js(133152),u'2147483668':Js(32),u'2147483669':Js(134348800),u'2147483670':Js(134217728),u'2147483671':Js(134219808),u'2147483672':Js(134350880),u'2147483673':Js(134217760),u'2147483674':Js(134219776),u'2147483675':Js(0),u'2147483676':Js(133120),u'2147483677':Js(2080),u'2147483678':Js(131104),u'2147483679':Js(134350848)}) var.put(u'SBOX_P', Js([PyJs_Object_394_, PyJs_Object_395_, PyJs_Object_396_, PyJs_Object_397_, PyJs_Object_398_, PyJs_Object_399_, PyJs_Object_400_, PyJs_Object_401_])) var.put(u'SBOX_MASK', Js([Js(4160749569), Js(528482304), Js(33030144), Js(2064384), Js(129024), Js(8064), Js(504), Js(2147483679)])) @Js def PyJs__doReset_403_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_403_, u'arguments':arguments}, var) var.registers([u'i', u'bitShift', u'subKeys', u'subKey', u'key', u'keyWords', u'keyBitPos', u'nSubKey', u'keyBits', u'invSubKeys']) var.put(u'key', var.get(u"this").get(u'_key')) var.put(u'keyWords', var.get(u'key').get(u'words')) var.put(u'keyBits', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(56.0)): try: var.put(u'keyBitPos', (var.get(u'PC1').get(var.get(u'i'))-Js(1.0))) var.get(u'keyBits').put(var.get(u'i'), (PyJsBshift(var.get(u'keyWords').get(PyJsBshift(var.get(u'keyBitPos'),Js(5.0))),(Js(31.0)-(var.get(u'keyBitPos')%Js(32.0))))&Js(1.0))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.put(u'subKeys', var.get(u"this").put(u'_subKeys', Js([]))) #for JS loop var.put(u'nSubKey', Js(0.0)) while (var.get(u'nSubKey')<Js(16.0)): try: var.put(u'subKey', var.get(u'subKeys').put(var.get(u'nSubKey'), Js([]))) var.put(u'bitShift', var.get(u'BIT_SHIFTS').get(var.get(u'nSubKey'))) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(24.0)): try: var.get(u'subKey').put(((var.get(u'i')/Js(6.0))|Js(0.0)), (var.get(u'keyBits').get((((var.get(u'PC2').get(var.get(u'i'))-Js(1.0))+var.get(u'bitShift'))%Js(28.0)))<<(Js(31.0)-(var.get(u'i')%Js(6.0)))), u'|') var.get(u'subKey').put((Js(4.0)+((var.get(u'i')/Js(6.0))|Js(0.0))), (var.get(u'keyBits').get((Js(28.0)+(((var.get(u'PC2').get((var.get(u'i')+Js(24.0)))-Js(1.0))+var.get(u'bitShift'))%Js(28.0))))<<(Js(31.0)-(var.get(u'i')%Js(6.0)))), u'|') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u'subKey').put(u'0', ((var.get(u'subKey').get(u'0')<<Js(1.0))|PyJsBshift(var.get(u'subKey').get(u'0'),Js(31.0)))) #for JS loop var.put(u'i', Js(1.0)) while (var.get(u'i')<Js(7.0)): try: var.get(u'subKey').put(var.get(u'i'), PyJsBshift(var.get(u'subKey').get(var.get(u'i')),(((var.get(u'i')-Js(1.0))*Js(4.0))+Js(3.0)))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u'subKey').put(u'7', ((var.get(u'subKey').get(u'7')<<Js(5.0))|PyJsBshift(var.get(u'subKey').get(u'7'),Js(27.0)))) finally: (var.put(u'nSubKey',Js(var.get(u'nSubKey').to_number())+Js(1))-Js(1)) var.put(u'invSubKeys', var.get(u"this").put(u'_invSubKeys', Js([]))) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(16.0)): try: var.get(u'invSubKeys').put(var.get(u'i'), var.get(u'subKeys').get((Js(15.0)-var.get(u'i')))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) PyJs__doReset_403_._set_name(u'_doReset') @Js def PyJs_encryptBlock_404_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'M':M, u'arguments':arguments, u'encryptBlock':PyJs_encryptBlock_404_, u'offset':offset}, var) var.registers([u'M', u'offset']) var.get(u"this").callprop(u'_doCryptBlock', var.get(u'M'), var.get(u'offset'), var.get(u"this").get(u'_subKeys')) PyJs_encryptBlock_404_._set_name(u'encryptBlock') @Js def PyJs_decryptBlock_405_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'M':M, u'arguments':arguments, u'decryptBlock':PyJs_decryptBlock_405_, u'offset':offset}, var) var.registers([u'M', u'offset']) var.get(u"this").callprop(u'_doCryptBlock', var.get(u'M'), var.get(u'offset'), var.get(u"this").get(u'_invSubKeys')) PyJs_decryptBlock_405_._set_name(u'decryptBlock') @Js def PyJs__doCryptBlock_406_(M, offset, subKeys, this, arguments, var=var): var = Scope({u'this':this, u'M':M, u'subKeys':subKeys, u'arguments':arguments, u'_doCryptBlock':PyJs__doCryptBlock_406_, u'offset':offset}, var) var.registers([u'f', u'i', u'offset', u'M', u'subKeys', u'subKey', u'rBlock', u'lBlock', u'round', u't']) var.get(u"this").put(u'_lBlock', var.get(u'M').get(var.get(u'offset'))) var.get(u"this").put(u'_rBlock', var.get(u'M').get((var.get(u'offset')+Js(1.0)))) var.get(u'exchangeLR').callprop(u'call', var.get(u"this"), Js(4.0), Js(252645135)) var.get(u'exchangeLR').callprop(u'call', var.get(u"this"), Js(16.0), Js(65535)) var.get(u'exchangeRL').callprop(u'call', var.get(u"this"), Js(2.0), Js(858993459)) var.get(u'exchangeRL').callprop(u'call', var.get(u"this"), Js(8.0), Js(16711935)) var.get(u'exchangeLR').callprop(u'call', var.get(u"this"), Js(1.0), Js(1431655765)) #for JS loop var.put(u'round', Js(0.0)) while (var.get(u'round')<Js(16.0)): try: var.put(u'subKey', var.get(u'subKeys').get(var.get(u'round'))) var.put(u'lBlock', var.get(u"this").get(u'_lBlock')) var.put(u'rBlock', var.get(u"this").get(u'_rBlock')) var.put(u'f', Js(0.0)) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<Js(8.0)): try: var.put(u'f', var.get(u'SBOX_P').get(var.get(u'i')).get(PyJsBshift(((var.get(u'rBlock')^var.get(u'subKey').get(var.get(u'i')))&var.get(u'SBOX_MASK').get(var.get(u'i'))),Js(0.0))), u'|') finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) var.get(u"this").put(u'_lBlock', var.get(u'rBlock')) var.get(u"this").put(u'_rBlock', (var.get(u'lBlock')^var.get(u'f'))) finally: (var.put(u'round',Js(var.get(u'round').to_number())+Js(1))-Js(1)) var.put(u't', var.get(u"this").get(u'_lBlock')) var.get(u"this").put(u'_lBlock', var.get(u"this").get(u'_rBlock')) var.get(u"this").put(u'_rBlock', var.get(u't')) var.get(u'exchangeLR').callprop(u'call', var.get(u"this"), Js(1.0), Js(1431655765)) var.get(u'exchangeRL').callprop(u'call', var.get(u"this"), Js(8.0), Js(16711935)) var.get(u'exchangeRL').callprop(u'call', var.get(u"this"), Js(2.0), Js(858993459)) var.get(u'exchangeLR').callprop(u'call', var.get(u"this"), Js(16.0), Js(65535)) var.get(u'exchangeLR').callprop(u'call', var.get(u"this"), Js(4.0), Js(252645135)) var.get(u'M').put(var.get(u'offset'), var.get(u"this").get(u'_lBlock')) var.get(u'M').put((var.get(u'offset')+Js(1.0)), var.get(u"this").get(u'_rBlock')) PyJs__doCryptBlock_406_._set_name(u'_doCryptBlock') PyJs_Object_402_ = Js({u'_doReset':PyJs__doReset_403_,u'encryptBlock':PyJs_encryptBlock_404_,u'decryptBlock':PyJs_decryptBlock_405_,u'_doCryptBlock':PyJs__doCryptBlock_406_,u'keySize':(Js(64.0)/Js(32.0)),u'ivSize':(Js(64.0)/Js(32.0)),u'blockSize':(Js(64.0)/Js(32.0))}) var.put(u'DES', var.get(u'C_algo').put(u'DES', var.get(u'BlockCipher').callprop(u'extend', PyJs_Object_402_))) pass pass var.get(u'C').put(u'DES', var.get(u'BlockCipher').callprop(u'_createHelper', var.get(u'DES'))) @Js def PyJs__doReset_408_(this, arguments, var=var): var = Scope({u'this':this, u'_doReset':PyJs__doReset_408_, u'arguments':arguments}, var) var.registers([u'keyWords', u'key']) var.put(u'key', var.get(u"this").get(u'_key')) var.put(u'keyWords', var.get(u'key').get(u'words')) var.get(u"this").put(u'_des1', var.get(u'DES').callprop(u'createEncryptor', var.get(u'WordArray').callprop(u'create', var.get(u'keyWords').callprop(u'slice', Js(0.0), Js(2.0))))) var.get(u"this").put(u'_des2', var.get(u'DES').callprop(u'createEncryptor', var.get(u'WordArray').callprop(u'create', var.get(u'keyWords').callprop(u'slice', Js(2.0), Js(4.0))))) var.get(u"this").put(u'_des3', var.get(u'DES').callprop(u'createEncryptor', var.get(u'WordArray').callprop(u'create', var.get(u'keyWords').callprop(u'slice', Js(4.0), Js(6.0))))) PyJs__doReset_408_._set_name(u'_doReset') @Js def PyJs_encryptBlock_409_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'M':M, u'arguments':arguments, u'encryptBlock':PyJs_encryptBlock_409_, u'offset':offset}, var) var.registers([u'M', u'offset']) var.get(u"this").get(u'_des1').callprop(u'encryptBlock', var.get(u'M'), var.get(u'offset')) var.get(u"this").get(u'_des2').callprop(u'decryptBlock', var.get(u'M'), var.get(u'offset')) var.get(u"this").get(u'_des3').callprop(u'encryptBlock', var.get(u'M'), var.get(u'offset')) PyJs_encryptBlock_409_._set_name(u'encryptBlock') @Js def PyJs_decryptBlock_410_(M, offset, this, arguments, var=var): var = Scope({u'this':this, u'M':M, u'arguments':arguments, u'decryptBlock':PyJs_decryptBlock_410_, u'offset':offset}, var) var.registers([u'M', u'offset']) var.get(u"this").get(u'_des3').callprop(u'decryptBlock', var.get(u'M'), var.get(u'offset')) var.get(u"this").get(u'_des2').callprop(u'encryptBlock', var.get(u'M'), var.get(u'offset')) var.get(u"this").get(u'_des1').callprop(u'decryptBlock', var.get(u'M'), var.get(u'offset')) PyJs_decryptBlock_410_._set_name(u'decryptBlock') PyJs_Object_407_ = Js({u'_doReset':PyJs__doReset_408_,u'encryptBlock':PyJs_encryptBlock_409_,u'decryptBlock':PyJs_decryptBlock_410_,u'keySize':(Js(192.0)/Js(32.0)),u'ivSize':(Js(64.0)/Js(32.0)),u'blockSize':(Js(64.0)/Js(32.0))}) var.put(u'TripleDES', var.get(u'C_algo').put(u'TripleDES', var.get(u'BlockCipher').callprop(u'extend', PyJs_Object_407_))) var.get(u'C').put(u'TripleDES', var.get(u'BlockCipher').callprop(u'_createHelper', var.get(u'TripleDES'))) PyJs_anonymous_393_._set_name(u'anonymous') PyJs_anonymous_393_() return var.get(u'CryptoJS').get(u'TripleDES') PyJs_anonymous_392_._set_name(u'anonymous') @Js def PyJs_anonymous_411_(root, factory, undef, this, arguments, var=var): var = Scope({u'this':this, u'undef':undef, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'undef', u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core')), var.get(u'require')(Js(u'./enc-base64')), var.get(u'require')(Js(u'./md5')), var.get(u'require')(Js(u'./evpkdf')), var.get(u'require')(Js(u'./cipher-core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core'), Js(u'./enc-base64'), Js(u'./md5'), Js(u'./evpkdf'), Js(u'./cipher-core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_411_._set_name(u'anonymous') PyJs_anonymous_411_(var.get(u"this"), PyJs_anonymous_392_) PyJs_anonymous_391_._set_name(u'anonymous') PyJs_Object_412_ = Js({u'./cipher-core':Js(2.0),u'./core':Js(3.0),u'./enc-base64':Js(4.0),u'./evpkdf':Js(6.0),u'./md5':Js(11.0)}) @Js def PyJs_anonymous_413_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'require', u'exports', u'module']) pass @Js def PyJs_anonymous_414_(CryptoJS, this, arguments, var=var): var = Scope({u'this':this, u'CryptoJS':CryptoJS, u'arguments':arguments}, var) var.registers([u'CryptoJS']) @Js def PyJs_anonymous_415_(undefined, this, arguments, var=var): var = Scope({u'this':this, u'undefined':undefined, u'arguments':arguments}, var) var.registers([u'X64WordArray', u'C', u'undefined', u'X64Word', u'C_lib', u'Base', u'C_x64', u'X32WordArray']) var.put(u'C', var.get(u'CryptoJS')) var.put(u'C_lib', var.get(u'C').get(u'lib')) var.put(u'Base', var.get(u'C_lib').get(u'Base')) var.put(u'X32WordArray', var.get(u'C_lib').get(u'WordArray')) PyJs_Object_416_ = Js({}) var.put(u'C_x64', var.get(u'C').put(u'x64', PyJs_Object_416_)) @Js def PyJs_init_418_(high, low, this, arguments, var=var): var = Scope({u'high':high, u'this':this, u'init':PyJs_init_418_, u'low':low, u'arguments':arguments}, var) var.registers([u'high', u'low']) var.get(u"this").put(u'high', var.get(u'high')) var.get(u"this").put(u'low', var.get(u'low')) PyJs_init_418_._set_name(u'init') PyJs_Object_417_ = Js({u'init':PyJs_init_418_}) var.put(u'X64Word', var.get(u'C_x64').put(u'Word', var.get(u'Base').callprop(u'extend', PyJs_Object_417_))) @Js def PyJs_init_420_(words, sigBytes, this, arguments, var=var): var = Scope({u'this':this, u'init':PyJs_init_420_, u'sigBytes':sigBytes, u'arguments':arguments, u'words':words}, var) var.registers([u'sigBytes', u'words']) var.put(u'words', var.get(u"this").put(u'words', (var.get(u'words') or Js([])))) if (var.get(u'sigBytes')!=var.get(u'undefined')): var.get(u"this").put(u'sigBytes', var.get(u'sigBytes')) else: var.get(u"this").put(u'sigBytes', (var.get(u'words').get(u'length')*Js(8.0))) PyJs_init_420_._set_name(u'init') @Js def PyJs_toX32_421_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments, u'toX32':PyJs_toX32_421_}, var) var.registers([u'i', u'x32Words', u'x64WordsLength', u'x64Words', u'x64Word']) var.put(u'x64Words', var.get(u"this").get(u'words')) var.put(u'x64WordsLength', var.get(u'x64Words').get(u'length')) var.put(u'x32Words', Js([])) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'x64WordsLength')): try: var.put(u'x64Word', var.get(u'x64Words').get(var.get(u'i'))) var.get(u'x32Words').callprop(u'push', var.get(u'x64Word').get(u'high')) var.get(u'x32Words').callprop(u'push', var.get(u'x64Word').get(u'low')) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'X32WordArray').callprop(u'create', var.get(u'x32Words'), var.get(u"this").get(u'sigBytes')) PyJs_toX32_421_._set_name(u'toX32') @Js def PyJs_clone_422_(this, arguments, var=var): var = Scope({u'this':this, u'clone':PyJs_clone_422_, u'arguments':arguments}, var) var.registers([u'wordsLength', u'i', u'clone', u'words']) var.put(u'clone', var.get(u'Base').get(u'clone').callprop(u'call', var.get(u"this"))) var.put(u'words', var.get(u'clone').put(u'words', var.get(u"this").get(u'words').callprop(u'slice', Js(0.0)))) var.put(u'wordsLength', var.get(u'words').get(u'length')) #for JS loop var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u'wordsLength')): try: var.get(u'words').put(var.get(u'i'), var.get(u'words').get(var.get(u'i')).callprop(u'clone')) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'clone') PyJs_clone_422_._set_name(u'clone') PyJs_Object_419_ = Js({u'init':PyJs_init_420_,u'toX32':PyJs_toX32_421_,u'clone':PyJs_clone_422_}) var.put(u'X64WordArray', var.get(u'C_x64').put(u'WordArray', var.get(u'Base').callprop(u'extend', PyJs_Object_419_))) PyJs_anonymous_415_._set_name(u'anonymous') PyJs_anonymous_415_() return var.get(u'CryptoJS') PyJs_anonymous_414_._set_name(u'anonymous') @Js def PyJs_anonymous_423_(root, factory, this, arguments, var=var): var = Scope({u'this':this, u'root':root, u'factory':factory, u'arguments':arguments}, var) var.registers([u'root', u'factory']) if PyJsStrictEq((Js(u'undefined') if PyJsStrictEq(var.get(u'exports',throw=False).typeof(),Js(u'undefined')) else var.get(u'_typeof')(var.get(u'exports'))),Js(u'object')): var.get(u'module').put(u'exports', var.put(u'exports', var.get(u'factory')(var.get(u'require')(Js(u'./core'))))) else: if (PyJsStrictEq(var.get(u'define',throw=False).typeof(),Js(u'function')) and var.get(u'define').get(u'amd')): var.get(u'define')(Js([Js(u'./core')]), var.get(u'factory')) else: var.get(u'factory')(var.get(u'root').get(u'CryptoJS')) PyJs_anonymous_423_._set_name(u'anonymous') PyJs_anonymous_423_(var.get(u"this"), PyJs_anonymous_414_) PyJs_anonymous_413_._set_name(u'anonymous') PyJs_Object_424_ = Js({u'./core':Js(3.0)}) @Js def PyJs_anonymous_425_(require, module, exports, this, arguments, var=var): var = Scope({u'this':this, u'require':require, u'exports':exports, u'module':module, u'arguments':arguments}, var) var.registers([u'module', u'module_temp_love_python', u'exports', u'require', u'addToGlobals']) @Js def PyJsHoisted_addToGlobals_(name, obj, this, arguments, var=var): var = Scope({u'this':this, u'obj':obj, u'name':name, u'arguments':arguments}, var) var.registers([u'obj', u'name']) if var.get(u'Object').get(u'prototype').callprop(u'hasOwnProperty', Js(u'_fake_exports')).neg(): PyJs_Object_426_ = Js({}) var.get(u'Object').get(u'prototype').put(u'_fake_exports', PyJs_Object_426_) var.get(u'Object').get(u'prototype').get(u'_fake_exports').put(var.get(u'name'), var.get(u'obj')) PyJsHoisted_addToGlobals_.func_name = u'addToGlobals' var.put(u'addToGlobals', PyJsHoisted_addToGlobals_) pass pass pass var.put(u'module_temp_love_python', var.get(u'require')(Js(u'crypto-js'))) var.get(u'addToGlobals')(Js(u'crypto-js'), var.get(u'module_temp_love_python')) PyJs_anonymous_425_._set_name(u'anonymous') PyJs_Object_427_ = Js({u'crypto-js':Js(9.0)}) PyJs_Object_2_ = Js({u'1':Js([PyJs_anonymous_3_, PyJs_Object_14_]),u'2':Js([PyJs_anonymous_15_, PyJs_Object_75_]),u'3':Js([PyJs_anonymous_76_, PyJs_Object_126_]),u'4':Js([PyJs_anonymous_127_, PyJs_Object_134_]),u'5':Js([PyJs_anonymous_135_, PyJs_Object_145_]),u'6':Js([PyJs_anonymous_146_, PyJs_Object_155_]),u'7':Js([PyJs_anonymous_156_, PyJs_Object_164_]),u'8':Js([PyJs_anonymous_165_, PyJs_Object_174_]),u'9':Js([PyJs_anonymous_175_, PyJs_Object_180_]),u'10':Js([PyJs_anonymous_181_, PyJs_Object_187_]),u'11':Js([PyJs_anonymous_188_, PyJs_Object_198_]),u'12':Js([PyJs_anonymous_199_, PyJs_Object_207_]),u'13':Js([PyJs_anonymous_208_, PyJs_Object_214_]),u'14':Js([PyJs_anonymous_215_, PyJs_Object_221_]),u'15':Js([PyJs_anonymous_222_, PyJs_Object_230_]),u'16':Js([PyJs_anonymous_231_, PyJs_Object_237_]),u'17':Js([PyJs_anonymous_238_, PyJs_Object_244_]),u'18':Js([PyJs_anonymous_245_, PyJs_Object_251_]),u'19':Js([PyJs_anonymous_252_, PyJs_Object_258_]),u'20':Js([PyJs_anonymous_259_, PyJs_Object_265_]),u'21':Js([PyJs_anonymous_266_, PyJs_Object_272_]),u'22':Js([PyJs_anonymous_273_, PyJs_Object_282_]),u'23':Js([PyJs_anonymous_283_, PyJs_Object_292_]),u'24':Js([PyJs_anonymous_293_, PyJs_Object_302_]),u'25':Js([PyJs_anonymous_303_, PyJs_Object_313_]),u'26':Js([PyJs_anonymous_314_, PyJs_Object_327_]),u'27':Js([PyJs_anonymous_328_, PyJs_Object_337_]),u'28':Js([PyJs_anonymous_338_, PyJs_Object_345_]),u'29':Js([PyJs_anonymous_346_, PyJs_Object_356_]),u'30':Js([PyJs_anonymous_357_, PyJs_Object_369_]),u'31':Js([PyJs_anonymous_370_, PyJs_Object_378_]),u'32':Js([PyJs_anonymous_379_, PyJs_Object_390_]),u'33':Js([PyJs_anonymous_391_, PyJs_Object_412_]),u'34':Js([PyJs_anonymous_413_, PyJs_Object_424_]),u'35':Js([PyJs_anonymous_425_, PyJs_Object_427_])}) PyJs_Object_428_ = Js({}) @Js def PyJs_anonymous_429_(this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments}, var) var.registers([u'r']) @Js def PyJsHoisted_r_(e, n, t, this, arguments, var=var): var = Scope({u'this':this, u'arguments':arguments, u'e':e, u't':t, u'n':n}, var) var.registers([u'e', u'i', u'o', u'n', u'u', u't']) @Js def PyJsHoisted_o_(i, f, this, arguments, var=var): var = Scope({u'i':i, u'this':this, u'arguments':arguments, u'f':f}, var) var.registers([u'a', u'p', u'c', u'i', u'f']) if var.get(u'n').get(var.get(u'i')).neg(): if var.get(u'e').get(var.get(u'i')).neg(): var.put(u'c', ((Js(u'function')==var.get(u'require',throw=False).typeof()) and var.get(u'require'))) if (var.get(u'f').neg() and var.get(u'c')): return var.get(u'c')(var.get(u'i'), Js(0.0).neg()) if var.get(u'u'): return var.get(u'u')(var.get(u'i'), Js(0.0).neg()) var.put(u'a', var.get(u'Error').create(((Js(u"Cannot find module '")+var.get(u'i'))+Js(u"'")))) PyJsTempException = JsToPyException(PyJsComma(var.get(u'a').put(u'code', Js(u'MODULE_NOT_FOUND')),var.get(u'a'))) raise PyJsTempException PyJs_Object_431_ = Js({}) PyJs_Object_430_ = Js({u'exports':PyJs_Object_431_}) var.put(u'p', var.get(u'n').put(var.get(u'i'), PyJs_Object_430_)) @Js def PyJs_anonymous_432_(r, this, arguments, var=var): var = Scope({u'this':this, u'r':r, u'arguments':arguments}, var) var.registers([u'r', u'n']) var.put(u'n', var.get(u'e').get(var.get(u'i')).get(u'1').get(var.get(u'r'))) return var.get(u'o')((var.get(u'n') or var.get(u'r'))) PyJs_anonymous_432_._set_name(u'anonymous') var.get(u'e').get(var.get(u'i')).get(u'0').callprop(u'call', var.get(u'p').get(u'exports'), PyJs_anonymous_432_, var.get(u'p'), var.get(u'p').get(u'exports'), var.get(u'r'), var.get(u'e'), var.get(u'n'), var.get(u't')) return var.get(u'n').get(var.get(u'i')).get(u'exports') PyJsHoisted_o_.func_name = u'o' var.put(u'o', PyJsHoisted_o_) pass #for JS loop var.put(u'u', ((Js(u'function')==var.get(u'require',throw=False).typeof()) and var.get(u'require'))) var.put(u'i', Js(0.0)) while (var.get(u'i')<var.get(u't').get(u'length')): try: var.get(u'o')(var.get(u't').get(var.get(u'i'))) finally: (var.put(u'i',Js(var.get(u'i').to_number())+Js(1))-Js(1)) return var.get(u'o') PyJsHoisted_r_.func_name = u'r' var.put(u'r', PyJsHoisted_r_) pass return var.get(u'r') PyJs_anonymous_429_._set_name(u'anonymous') PyJs_anonymous_429_()(PyJs_Object_2_, PyJs_Object_428_, Js([Js(35.0)])) pass pass pass pass var.put(u'crypto_js', var.get(u'getFromGlobals')(Js(u'crypto-js'))) var.get(u'crypto_js')

82.189141

4,793

0.553717

59,599

366,317

3.299133

0.029547

0.116811

0.168498

0.016844

0.83674

0.801012

0.714762

0.660918

0.618884

0.583624

0

0.071941

0.216116

366,317

4,456

4,794

82.207585

0.612805

0.002716

0

0.473081

0

0.174016

0.001626

0

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0.077434

false

0.0252

0.000229

0.003207

0.115006

0

null

0

1

0

1

0

null

0

4

54aad43a24082b555ccfe671489635284f713b09

157

py

Python

miseq_portal/sample_workbooks/apps.py

BFSSI-Bioinformatics-Lab/miseq_portal

79a0dea0e35a07d86e044acc39c9407cdc128428

[ "MIT" ]

null

miseq_portal/sample_workbooks/apps.py

BFSSI-Bioinformatics-Lab/miseq_portal

79a0dea0e35a07d86e044acc39c9407cdc128428

[ "MIT" ]

null

miseq_portal/sample_workbooks/apps.py

BFSSI-Bioinformatics-Lab/miseq_portal

79a0dea0e35a07d86e044acc39c9407cdc128428

[ "MIT" ]

null

from django.apps import AppConfig class SampleWorkbooksConfig(AppConfig): name = 'miseq_portal.sample_workbooks' verbose_name = 'Sample Workbooks'

22.428571

42

0.783439

17

157

7.058824

0.764706

0.25

0

0.146497

157

6

43

26.166667

0.895522

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0.286624

0.184713

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null

1

0

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0

null

0

1

0

4

54b54386a1fd8eacf178d3d678db121773d5cbda

178

py

Python

tests/builtin/round.py

Slater-Victoroff/pyjaco

89c4e3c46399c5023b0e160005d855a01241c58a

[ "MIT" ]

38

2015-01-01T18:08:59.000Z

2022-02-18T08:57:27.000Z

tests/builtin/round.py

dusty-phillips/pyjaco

066895ae38d1828498e529c1875cb88df6cbc54d

[ "MIT" ]

1

2020-07-15T13:30:32.000Z

tests/builtin/round.py

Slater-Victoroff/pyjaco

89c4e3c46399c5023b0e160005d855a01241c58a

[ "MIT" ]

12

2016-03-07T09:30:49.000Z

2021-09-05T20:38:47.000Z

for x in [0, 0.4, 0.5, 0.6, -0, -1, -0.4, -0.4999, -0.5, -0.6]: print "Round %.2f: %d" % (x, round(x)) try: print round("foo") except TypeError, E: print "Fail:", E

22.25

63

0.494382

37

178

2.378378

0.513514

0.045455

0.068182

0.090909

0

0.154412

0.235955

178

7

64

25.428571

0.492647

0

0.123596

0

null

0

null

0.5

0

null

0

1

0

1

0

null

0

1

0

1

0

4

49b3006a977ebde05790907bdd4eec8a92e988fd

422

py

Python

wepppy/climates/cligen/__init__.py

hwbeeson/wepppy

6358552df99853c75be8911e7ef943108ae6923e

[ "BSD-3-Clause" ]

null

wepppy/climates/cligen/__init__.py

hwbeeson/wepppy

6358552df99853c75be8911e7ef943108ae6923e

[ "BSD-3-Clause" ]

null

wepppy/climates/cligen/__init__.py

hwbeeson/wepppy

6358552df99853c75be8911e7ef943108ae6923e

[ "BSD-3-Clause" ]

null

# Copyright (c) 2016-2018, University of Idaho # All rights reserved. # # Roger Lew (rogerlew@gmail.com) # # The project described was supported by NSF award number IIA-1301792 # from the NSF Idaho EPSCoR Program and by the National Science Foundation. from .cligen import * from .cligen import _stations_dir, _bin_dir from .cligen import _row_formatter as par_row_formatter from .cligen import _make_clinp as make_clinp

32.461538

75

0.793839

65

422

4.984615

0.676923

0.123457

0.197531

0

0.041783

0.149289

422

12

76

35.166667

0.860724

0.563981

0

1

0

true

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

4

b72a528079cdd327a32aab2f02e97613d5051ffe

193

py

Python

mapper/apps.py

mingaleg/yakubovich

95398c78eaffbd6ff69f8fdbedfc847531219d8a

[ "MIT" ]

5

2018-12-12T16:24:42.000Z

2020-02-29T18:45:30.000Z

mapper/apps.py

mingaleg/yakubovich

95398c78eaffbd6ff69f8fdbedfc847531219d8a

[ "MIT" ]

3

2020-06-05T17:47:13.000Z

2022-02-11T03:39:54.000Z

mapper/apps.py

mingaleg/yakubovich

95398c78eaffbd6ff69f8fdbedfc847531219d8a

[ "MIT" ]

null

from django.apps import AppConfig class MapperConfig(AppConfig): name = 'mapper' def ready(self): # noinspection PyUnresolvedReferences import mapper.signals.handlers

21.444444

45

0.715026

19

193

7.263158

0.842105

0

0.217617

193

9

46

21.444444

0.913907

0.181347

0

0.038217

0

1

0.2

false

0

0.4

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

4

b72ca0fe7323c62845314d232f2f702c274bcd63

123

py

Python

src/logChunk/InvalidCodeException.py

saledouble/gitcproc

009d614fa1a56dc75acb0277ecc98ea27e91750b

[ "BSD-3-Clause" ]

null

src/logChunk/InvalidCodeException.py

saledouble/gitcproc

009d614fa1a56dc75acb0277ecc98ea27e91750b

[ "BSD-3-Clause" ]

3

2020-11-12T14:42:22.000Z

2021-01-13T22:30:23.000Z

src/logChunk/InvalidCodeException.py

saledouble/gitcproc

009d614fa1a56dc75acb0277ecc98ea27e91750b

[ "BSD-3-Clause" ]

2

2020-11-11T22:27:28.000Z

2021-01-13T21:07:14.000Z

#Used when the code parsed is not compilable/interpretable for the language class InvalidCodeException(Exception): pass

41

75

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123

6.3125

0.9375

0

0.138211

123

3

76

41

0.95283

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0

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0

true

0.5

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1

0

null

0

1

0

null

0

1

0

4

b7314d9a9f0d44e188cf905bb71ad2a304384a55

16

py

Python

src/attack/utils.py

anonymousGithub2023/ECCV

6b8e3c70911b53ca842925d403461be57b710bea

[ "MIT" ]

1

2022-03-31T06:00:25.000Z

src/attack/utils.py

SeekingDream/NICGSlowDown

7c4b862c898aa6a591bc7f32f95c5900e0492490

[ "MIT" ]

null

src/attack/utils.py

SeekingDream/NICGSlowDown

7c4b862c898aa6a591bc7f32f95c5900e0492490

[ "MIT" ]

null

L2 = 0 Linf = 1

5.333333

8

0.5

4

16

2

1

0

0.3

0.375

16

3

8

5.333333

0.5

0

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false

0

1

0

null

0

1

0

1

0

null

0

4

b73ddfdd8b7c4a79171bc8c5147dc41a64d676a8

1,953

py

Python

docker/sawyer-robot/internal/temp/sawyer/ros/envs/ros_env.py

rlagywjd802/gym-sawyer

385bbeafcccb61afb9099554f6a99b16f1f1a7c5

[ "MIT" ]

35

2018-10-29T07:19:34.000Z

2021-02-05T16:24:00.000Z

docker/sawyer-robot/internal/temp/sawyer/ros/envs/ros_env.py

rlagywjd802/gym-sawyer

385bbeafcccb61afb9099554f6a99b16f1f1a7c5

[ "MIT" ]

21

2018-10-24T05:51:35.000Z

2020-09-11T10:40:31.000Z

docker/sawyer-robot/internal/temp/sawyer/ros/envs/ros_env.py

rlagywjd802/gym-sawyer

385bbeafcccb61afb9099554f6a99b16f1f1a7c5

[ "MIT" ]

9

2018-11-12T14:28:59.000Z

2020-04-13T12:49:21.000Z

import gym import numpy as np from sawyer.garage.core import Serializable from sawyer.garage.misc.ext import get_seed class RosEnv(gym.Env, Serializable): """ Superclass for all ros environment """ def __init__(self, simulated=False): """ :param simulated: bool if the environment is for real robot or simulation """ Serializable.quick_init(self, locals()) np.random.RandomState(get_seed()) self._initial_setup() def initialize(self): # TODO (gh/74: Add initialize interface for robot) pass # ======================================================= # The functions that base sawyer.garage.Env asks to implement # ======================================================= def step(self, action): raise NotImplementedError def reset(self): raise NotImplementedError @property def action_space(self): raise NotImplementedError @property def observation_space(self): raise NotImplementedError def _initial_setup(self): raise NotImplementedError # ==================================================== # Need to be implemented in specific robot env # ==================================================== def sample_goal(self): """ Samples a new goal and returns it. """ raise NotImplementedError def get_observation(self): """ Get observation """ raise NotImplementedError def done(self, achieved_goal, goal): """ :return if done: bool """ raise NotImplementedError def reward(self, achieved_goal, goal): """ Compute the reward for current step. """ raise NotImplementedError @property def goal(self): return self._goal @goal.setter def goal(self, value): self._goal = value

23.817073

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0.539683

184

1,953

5.625

0.456522

0.208696

0.130435

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0.075362

0

0.001426

0.281618

1,953

81

67

24.111111

0.736279

0.306708

0

0.324324

0

0.012346

0

1

0.351351

false

0.027027

0.108108

0.027027

0.513514

0

null

1

0

null

0

1

0

1

0

1

0

4

3f7af3c48857a35ac8ea1c89699e9e2d5d5af9b6

174

py

Python

python_modules/dagster/dagster_tests/general_tests/grpc_tests/grpc_repo_with_error.py

asamoal/dagster

08fad28e4b608608ce090ce2e8a52c2cf9dd1b64

[ "Apache-2.0" ]

null

python_modules/dagster/dagster_tests/general_tests/grpc_tests/grpc_repo_with_error.py

asamoal/dagster

08fad28e4b608608ce090ce2e8a52c2cf9dd1b64

[ "Apache-2.0" ]

null

python_modules/dagster/dagster_tests/general_tests/grpc_tests/grpc_repo_with_error.py

asamoal/dagster

08fad28e4b608608ce090ce2e8a52c2cf9dd1b64

[ "Apache-2.0" ]

null

from dagster import ScheduleDefinition # Definition that will fire an error when it is imported ScheduleDefinition(cron_schedule="* * * * * * * * * *", pipeline_name="foo")

34.8

76

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174

6.25

0.95

0

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174

4

77

43.5

0.85034

0.310345

0

0.186441

0

1

0

true

0

0.5

0

0.5

0

1

0

null

0

1

0

null

0

1

0

1

0

4

3f8ad745ff22d2d3577b1b3864b862feda077d09

105

py

Python

delpapa/__init__.py

delpapa/CritSORN

cdad55d55f39e04f568ca1bc0c6036bec8db08fb

[ "MIT" ]

null

delpapa/__init__.py

delpapa/CritSORN

cdad55d55f39e04f568ca1bc0c6036bec8db08fb

[ "MIT" ]

null

delpapa/__init__.py

delpapa/CritSORN

cdad55d55f39e04f568ca1bc0c6036bec8db08fb

[ "MIT" ]

null

""" This file is needed in order to mark this folder as a module """ import utils utils.backup(__file__)

17.5

60

0.742857

18

105

4.111111

0.833333

0

0.171429

105

5

61

21

0.850575

0.571429

0

1

0

true

0

0.5

0

0.5

0

1

0

null

0

1

0

null

0

1

0

1

0

4

3f9ee71cc6afbb600957e82b6fbd2e3ad29922a7

35

py

Python

strip.py

ximury/python

8624464e214c74e640d01a83b21c66df8eb7ad8c

[ "Apache-2.0" ]

null

strip.py

ximury/python

8624464e214c74e640d01a83b21c66df8eb7ad8c

[ "Apache-2.0" ]

null

strip.py

ximury/python

8624464e214c74e640d01a83b21c66df8eb7ad8c

[ "Apache-2.0" ]

null

a= ' hehhe ' print(a.strip())

8.75

16

0.485714

5

35

3.4

0.8

0

0.285714

35

4

16

8.75

0.68

0

0.25

0

1

0

false

0

0.5

1

0

null

0

1

0

null

0

1

0

4

3fb44a6fc23cfd697dd2c5001087db8cbf5d12fe

600

py

Python

pokepay/response/response.py

pokepay/pokepay-partner-python-sdk

7437370dc1cd0bde38959713015074315291b1e1

[ "MIT" ]

null

pokepay/response/response.py

pokepay/pokepay-partner-python-sdk

7437370dc1cd0bde38959713015074315291b1e1

[ "MIT" ]

null

pokepay/response/response.py

pokepay/pokepay-partner-python-sdk

7437370dc1cd0bde38959713015074315291b1e1

[ "MIT" ]

1

2022-01-28T03:00:12.000Z

class PokepayResponse(object): def __init__(self, response, response_body): self.body = response_body self.elapsed = response.elapsed self.status_code = response.status_code self.ok = response.ok self.headers = response.headers self.url = response.url def body(self): return self.body def elapsed(self): return self.elapsed def status_code(self): return self.status_code def ok(self): return self.ok def headers(self): return self.headers def url(self): return self.url

22.222222

48

0.621667

73

600

4.972603

0.205479

0.165289

0.231405

0

0.296667

600

26

49

23.076923

0.86019

0

1

0.35

false

0

0.3

0.7

0

null

0

1

0

null

0

1

0

1

0

4

3fb8e7ef024a43d19efbe19816a4c76d93e761ab

110

py

Python

week2/2.py

kamorozov/coursera_python

706bc1bc46839f8b3debdf293240ad5ce20c9775

[ "Unlicense" ]

2

2019-05-17T13:42:02.000Z

2019-05-18T04:00:35.000Z

week2/2.py

kamorozov/coursera_python

706bc1bc46839f8b3debdf293240ad5ce20c9775

[ "Unlicense" ]

null

week2/2.py

kamorozov/coursera_python

706bc1bc46839f8b3debdf293240ad5ce20c9775

[ "Unlicense" ]

2

2019-10-03T09:07:44.000Z

2019-12-28T19:17:20.000Z

a = int(input()) b = int(input()) if a > b: print(1) elif a == b: print(0) else: print(2)

12.222222

17

0.454545

19

110

2.631579

0.578947

0.32

0.28

0

0.041667

0.345455

110

8

18

13.75

0.652778

0

1

0

false

0

0.375

1

0

null

1

0

1

0

null

0

4

3fdb1a9e09e94761ccaa58a6c462bfc49debfd75

22

py

Python

class/lect/Lect-04/a-list.py

MikenzieAlasca/F21-1010

a7c15b8d9bf84f316aa6921f6d8a588c513a22b8

[ "MIT" ]

5

2021-09-09T21:08:14.000Z

2021-12-14T02:30:52.000Z

class/lect/Lect-04/a-list.py

MikenzieAlasca/F21-1010

a7c15b8d9bf84f316aa6921f6d8a588c513a22b8

[ "MIT" ]

null

class/lect/Lect-04/a-list.py

MikenzieAlasca/F21-1010

a7c15b8d9bf84f316aa6921f6d8a588c513a22b8

[ "MIT" ]

8

2021-09-09T17:46:07.000Z

2022-02-08T22:41:35.000Z

list1 = [ "abc", 3 ]

7.333333

20

0.409091

3

22

3

1

0

0.133333

0.318182

22

2

21

11

0.466667

0

0.142857

0

1

0

false

0

1

0

null

0

1

0

1

0

null

0

4

3ff8655dd81fad8b24aa41f08f7d3815f1b1bd48

144

py

Python

runlstmG.py

Fuchai/mayoehr

ec79d2157bedf4f4f0fc783d86523df8a758e27c

[ "MIT" ]

null

runlstmG.py

Fuchai/mayoehr

ec79d2157bedf4f4f0fc783d86523df8a758e27c

[ "MIT" ]

null

runlstmG.py

Fuchai/mayoehr

ec79d2157bedf4f4f0fc783d86523df8a758e27c

[ "MIT" ]

null

from death.lstmbaseline.lstmtrainerG import * import torch with torch.cuda.device(0): main(load=True,savestr="noposwei", lr=1e-3,beta=1e-5)

28.8

57

0.756944

23

144

4.73913

0.869565

0

0.038462

0.097222

144

5

57

28.8

0.8

0

0.055172

0

1

0

true

0

0.5

0

0.5

0

1

0

null

0

1

0

null

0

1

0

1

0

4

b74cd1054d7aaa0561bf93bae611b26fccd4977d

94

py

Python

microblog/run.py

pultitom/study-flask

2a7fa95762eddd2a4dc34ac1d9f949803754da62

[ "Apache-2.0" ]

null

microblog/run.py

pultitom/study-flask

2a7fa95762eddd2a4dc34ac1d9f949803754da62

[ "Apache-2.0" ]

null

microblog/run.py

pultitom/study-flask

2a7fa95762eddd2a4dc34ac1d9f949803754da62

[ "Apache-2.0" ]

null

from logging import DEBUG from app import app app.run(debug=True) app.logger.setLevel(DEBUG)

15.666667

26

0.797872

16

94

4.6875

0.5625

0

0.117021

94

5

27

18.8

0.903614

0

1

0

true

0

0.5

0

0.5

0

1

0

null

0

1

0

null

0

1

0

1

0

4

b757bf1bf382cd42fe3f6f28772318e068a0973c

798

py

Python

robosuite/models/mounts/rethink_minimal_mount.py

s-tian/robosuite

56c20db6231e03ec5910869f7227819943fc24b2

[ "MIT" ]

4

2022-01-24T07:18:21.000Z

2022-01-25T02:29:17.000Z

robosuite/models/mounts/rethink_minimal_mount.py

s-tian/robosuite

56c20db6231e03ec5910869f7227819943fc24b2

[ "MIT" ]

1

2022-01-12T14:52:28.000Z

robosuite/models/mounts/rethink_minimal_mount.py

s-tian/robosuite

56c20db6231e03ec5910869f7227819943fc24b2

[ "MIT" ]

null

""" Rethink's Alternative Mount (Officially used on Baxter). """ import numpy as np from robosuite.models.mounts.mount_model import MountModel from robosuite.utils.mjcf_utils import xml_path_completion class RethinkMinimalMount(MountModel): """ Mount officially used for Rethink's Baxter Robot. Includes only a wheeled pedestal. Args: idn (int or str): Number or some other unique identification string for this mount instance """ def __init__(self, idn=0): super().__init__(xml_path_completion("mounts/rethink_minimal_mount.xml"), idn=idn) @property def top_offset(self): return np.array((0, 0, -0.062)) @property def horizontal_radius(self): # TODO: This may be inaccurate; just a placeholder for now return 0.25

27.517241

99

0.706767

108

798

5.055556

0.62037

0.029304

0.069597

0

0.015773

0.205514

798

28

100

28.5

0.845426

0.377193

0

0.166667

0

0.06867

0

0.035714

0

1

0.25

false

0

0.25

0.166667

0.75

0

null

0

null

0

1

0

1

0

1

0

4

b78e03822d204be62ac2f7c6969a9076c53bb4d9

7,543

py

Python

src/hpc-cache/azext_hpc_cache/custom.py

Mannan2812/azure-cli-extensions

e2b34efe23795f6db9c59100534a40f0813c3d95

[ "MIT" ]

2

2021-06-05T17:51:26.000Z

2021-11-17T11:17:56.000Z

src/hpc-cache/azext_hpc_cache/custom.py

Mannan2812/azure-cli-extensions

e2b34efe23795f6db9c59100534a40f0813c3d95

[ "MIT" ]

3

2020-05-27T20:16:26.000Z

2020-07-23T19:46:49.000Z

src/hpc-cache/azext_hpc_cache/custom.py

Mannan2812/azure-cli-extensions

e2b34efe23795f6db9c59100534a40f0813c3d95

[ "MIT" ]

5

2020-05-09T17:47:09.000Z

2020-10-01T19:52:06.000Z

# -------------------------------------------------------------------------------------------- # Copyright (c) Microsoft Corporation. All rights reserved. # Licensed under the MIT License. See License.txt in the project root for license information. # -------------------------------------------------------------------------------------------- # pylint: disable=line-too-long # pylint: disable=too-many-statements # pylint: disable=too-many-lines # pylint: disable=too-many-locals # pylint: disable=unused-argument from azure.cli.core.util import sdk_no_wait def list_hpc_cache_skus(client): return client.list() def list_hpc_cache_usage_model(client): return client.list() def create_hpc_cache(client, resource_group_name, name, tags=None, location=None, cache_size_gb=None, subnet=None, sku_name=None, no_wait=False): body = {} body['tags'] = tags # unknown-primary[object] body['location'] = location # str body['cache_size_gb'] = cache_size_gb # number body['subnet'] = subnet # str body.setdefault('sku', {})['name'] = sku_name # str return sdk_no_wait(no_wait, client.create_or_update, resource_group_name=resource_group_name, cache_name=name, cache=body) def update_hpc_cache(client, resource_group_name, name, tags=None, location=None, cache_size_gb=None, subnet=None, sku_name=None): body = {} if tags is not None: body['tags'] = tags # unknown-primary[object] client.config.generate_client_request_id = True return client.update(resource_group_name=resource_group_name, cache_name=name, cache=body) def delete_hpc_cache(client, resource_group_name, name, no_wait=False): return sdk_no_wait(no_wait, client.delete, resource_group_name=resource_group_name, cache_name=name) def get_hpc_cache(client, resource_group_name, name): return client.get(resource_group_name=resource_group_name, cache_name=name) def list_hpc_cache(client, resource_group_name=None): if resource_group_name is None: return client.list() return client.list_by_resource_group(resource_group_name=resource_group_name) def flush_hpc_cache(client, resource_group_name, name): return client.flush(resource_group_name=resource_group_name, cache_name=name) def upgrade_firmware_hpc_cache(client, resource_group_name, name): return client.upgrade_firmware(resource_group_name=resource_group_name, cache_name=name) def start_hpc_cache(client, resource_group_name, name, no_wait=False): return sdk_no_wait(no_wait, client.start, resource_group_name=resource_group_name, cache_name=name) def stop_hpc_cache(client, resource_group_name, name, no_wait=False): return sdk_no_wait(no_wait, client.stop, resource_group_name=resource_group_name, cache_name=name) def create_hpc_cache_blob_storage_target(client, resource_group_name, cache_name, name, virtual_namespace_path, clfs_target): body = {} body['junctions'] = [{'namespacePath': virtual_namespace_path, 'targetPath': '/'}] body['target_type'] = 'clfs' # str body.setdefault('clfs', {})['target'] = clfs_target # str return client.create_or_update(resource_group_name=resource_group_name, cache_name=cache_name, storage_target_name=name, storagetarget=body) def create_hpc_cache_nfs_storage_target(client, resource_group_name, cache_name, name, junctions, nfs3_target, nfs3_usage_model): body = {} body['junctions'] = junctions body['target_type'] = 'nfs3' # str body.setdefault('nfs3', {})['target'] = nfs3_target # str body.setdefault('nfs3', {})['usage_model'] = nfs3_usage_model # str return client.create_or_update(resource_group_name=resource_group_name, cache_name=cache_name, storage_target_name=name, storagetarget=body) def update_hpc_cache_blob_storage_target(client, resource_group_name, cache_name, name, virtual_namespace_path=None, clfs_target=None): body = {} body['target_type'] = 'clfs' if virtual_namespace_path is not None: body['junctions'] = [{'namespacePath': virtual_namespace_path, 'targetPath': '/'}] if clfs_target is not None: body.setdefault('clfs', {})['target'] = clfs_target # str return client.create_or_update(resource_group_name=resource_group_name, cache_name=cache_name, storage_target_name=name, storagetarget=body) def update_hpc_cache_nfs_storage_target(client, resource_group_name, cache_name, name, junctions=None, nfs3_target=None, nfs3_usage_model=None): body = {} body['junctions'] = junctions body['target_type'] = 'nfs3' # str body.setdefault('nfs3', {})['target'] = nfs3_target # str body.setdefault('nfs3', {})['usage_model'] = nfs3_usage_model # str return client.create_or_update(resource_group_name=resource_group_name, cache_name=cache_name, storage_target_name=name, storagetarget=body) def delete_hpc_cache_storage_target(client, resource_group_name, cache_name, name): return client.delete(resource_group_name=resource_group_name, cache_name=cache_name, storage_target_name=name) def get_hpc_cache_storage_target(client, resource_group_name, cache_name, name): return client.get(resource_group_name=resource_group_name, cache_name=cache_name, storage_target_name=name) def list_hpc_cache_storage_target(client, resource_group_name, cache_name): return client.list_by_cache(resource_group_name=resource_group_name, cache_name=cache_name)

41.674033

115

0.533872

743

7,543

5.04576

0.133244

0.17338

0.222193

0.129101

0.76367

0.745532

0.707389

0.671913

0.639637

0

0.002943

0.369349

7,543

180

116

41.905556

0.785159

0.079544

0

0.592593

0

0.037993

0

1

0.133333

false

0

0.007407

0.081481

0.281481

0

null

0

1

0

1

0

1

0

null

0

4

b7987974fd4ea52acccf0e72045c0376cf3f8e4e

46

py

Python

run_generator.py

senzeO/StyleGAN2

98380ad8142118454253652f3160ac3884350e41

[ "BSD-Source-Code" ]

null

run_generator.py

senzeO/StyleGAN2

98380ad8142118454253652f3160ac3884350e41

[ "BSD-Source-Code" ]

null

run_generator.py

senzeO/StyleGAN2

98380ad8142118454253652f3160ac3884350e41

[ "BSD-Source-Code" ]

null

improt os as alpha alpha.system("nvidia-smi")

15.333333

26

0.76087

8

46

4.375

0.875

0

0.108696

46

2

27

23

0.853659

0

0.217391

0

null

0

null

0

1

0

null

0

1

0

null

0

1

0

4

b7b994f407f286d410b03543ee0fd91b641775f0

105

py

Python

src/simplify/exceptions.py

kratsg/simplify

9b9245dce6ff433f10f9e471e94d321106fdfaba

[ "BSD-3-Clause" ]

4

2020-11-25T16:02:07.000Z

2021-11-13T13:05:09.000Z

src/simplify/exceptions.py

kratsg/simplify

9b9245dce6ff433f10f9e471e94d321106fdfaba

[ "BSD-3-Clause" ]

19

2020-11-25T16:05:17.000Z

2021-11-10T18:12:24.000Z

src/simplify/exceptions.py

kratsg/simplify

9b9245dce6ff433f10f9e471e94d321106fdfaba

[ "BSD-3-Clause" ]

2

2020-11-25T16:10:48.000Z

2021-11-08T15:20:59.000Z

class InvalidMeasurement(Exception): """ Raised when a specified measurement is invalid. """

21

51

0.685714

10

105

7.2

1

0

0.219048

105

4

52

26.25

0.878049

0.447619

0

1

0

true

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

4

b7dc7db591c0d57db3ccace8e08d077c62d18946

66

py

Python

test/mock/chimerax/std_commands/hide.py

salilab/rmf_chimerax

c744866f3bc8777a9aae56d9eee5bf2b0fce3419

[ "MIT" ]

null

test/mock/chimerax/std_commands/hide.py

salilab/rmf_chimerax

c744866f3bc8777a9aae56d9eee5bf2b0fce3419

[ "MIT" ]

null

test/mock/chimerax/std_commands/hide.py

salilab/rmf_chimerax

c744866f3bc8777a9aae56d9eee5bf2b0fce3419

[ "MIT" ]

null

def hide(session, objects=None, what=None, target=None): pass

22

56

0.712121

10

66

4.7

0.8

0

0.151515

66

2

57

33

0.839286

0

1

0.5

false

0.5

0

0.5

0

1

0

null

0

1

0

null

0

1

0

1

0

4

b7f15e9ecb94f94c3cac106db29d136d4fa4cfc6

78

py

Python

openforcefield/utils/__init__.py

pschmidtke/openforcefield

d0868c78a8dff9df6750c5212fa918d7dc0e7bd8

[ "MIT" ]

null

openforcefield/utils/__init__.py

pschmidtke/openforcefield

d0868c78a8dff9df6750c5212fa918d7dc0e7bd8

[ "MIT" ]

null

openforcefield/utils/__init__.py

pschmidtke/openforcefield

d0868c78a8dff9df6750c5212fa918d7dc0e7bd8

[ "MIT" ]

null

# General utilities for forcefields from openforcefield.utils.utils import *

19.5

40

0.820513

9

78

7.111111

0.888889

0

0.128205

78

3

41

26

0.941176

0.423077

0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

4

4d3a3fa638872244f6559c80537383e9991a7c52

282

py

Python

__aulas/Parte1/Task1.py

igormotta92/gta-exercices-python-flask

b094b987857a9be5d0677a61e44312cca891e448

[ "MIT" ]

null

__aulas/Parte1/Task1.py

igormotta92/gta-exercices-python-flask

b094b987857a9be5d0677a61e44312cca891e448

[ "MIT" ]

null

__aulas/Parte1/Task1.py

igormotta92/gta-exercices-python-flask

b094b987857a9be5d0677a61e44312cca891e448

[ "MIT" ]

null

input1 = input("Insira a palavra #1") input2 = input("Insira a palavra #2") input3 = input("Insira a palavra #3") input3 = input3.upper().replace('A', '').replace('E', '').replace('I', '').replace('O', '').replace('U', '') print(input1.upper()) print(input2.lower()) print(input3)

31.333333

108

0.631206

39

282

4.564103

0.461538

0.185393

0.202247

0.320225

0

0.043651

0.106383

282

9

109

31.333333

0.662698

0

0.219081

0

1

0

false

0

0.428571

0

null

0

1

0

1

0

null

0

1

0

4

4d685dc740103a1487fd3a1a3ff1aaaefb27f53b

140

py

Python

example.py

FAHAI-1/tensorflow-cifar100

4b5b76d0a310e007620e9a4f7d14da4e5db939e3

[ "Apache-2.0" ]

109

2019-05-12T13:26:10.000Z

2022-03-09T01:45:20.000Z

example.py

FAHAI-1/tensorflow-cifar100

4b5b76d0a310e007620e9a4f7d14da4e5db939e3

[ "Apache-2.0" ]

10

2019-05-16T08:26:01.000Z

2020-07-27T05:56:35.000Z

example.py

FAHAI-1/tensorflow-cifar100

4b5b76d0a310e007620e9a4f7d14da4e5db939e3

[ "Apache-2.0" ]

40

2019-05-19T14:38:00.000Z

2022-02-25T16:18:39.000Z

from pretrained.cifar100 import cifar100 model = cifar100(model='resnet18') model.test() # model.test('....test') # model.train('...train)

20

40

0.707143

17

140

5.823529

0.470588

0.262626

0

0.086614

0.092857

140

7

41

20

0.692913

0.321429

0

0.086022

0

1

0

false

0

0.333333

0

0.333333

0

1

0

null

1

0

1

0

null

0

1

0

4

4d708f184c45c94d145dd7db13a32cc3e296a603

81

py

Python

translator/nmt/apps.py

markomijaljevic/ML-AI

2c1454696f79f0fa449244c8df0753cf542c3c7c

[ "MIT" ]

1

2019-10-16T10:25:39.000Z

translator/nmt/apps.py

markomijaljevic/ML-AI

2c1454696f79f0fa449244c8df0753cf542c3c7c

[ "MIT" ]

6

2019-10-16T10:22:06.000Z

2022-02-10T03:33:54.000Z

translator/nmt/apps.py

markomijaljevic/ML-AI

2c1454696f79f0fa449244c8df0753cf542c3c7c

[ "MIT" ]

null

from django.apps import AppConfig class NmtConfig(AppConfig): name = 'nmt'

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4d8722c4b2a14afae6510017ad7b6647e89d2a28

276

py

Python

vpype_cli/__init__.py

vytis/vpype

4f07136528875de8675ab224d847e7e19f830a3b

[ "MIT" ]

null

vpype_cli/__init__.py

vytis/vpype

4f07136528875de8675ab224d847e7e19f830a3b

[ "MIT" ]

null

vpype_cli/__init__.py

vytis/vpype

4f07136528875de8675ab224d847e7e19f830a3b

[ "MIT" ]

null

# register all commands from .blocks import * from .debug import * from .frames import * from .generators import * from .operations import * from .primitives import * from .read import * from .script import * from .show import * from .transforms import * from .write import *

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4d95ef770839f69b904732b87670fe73c830db8c

97

py

Python

services/testservice.py

Catware-Foundation/ABMS2

2edf8e8342da4da088818d05e3aad3a8cf873241

[ "MIT" ]

2

2021-05-17T18:21:43.000Z

2021-07-26T16:13:26.000Z

services/testservice.py

Catware-Foundation/ABMS2

2edf8e8342da4da088818d05e3aad3a8cf873241

[ "MIT" ]

null

services/testservice.py

Catware-Foundation/ABMS2

2edf8e8342da4da088818d05e3aad3a8cf873241

[ "MIT" ]

null

# # Чтобы что-то было # # # Сервис ABMSv2 - файлик который выполняется при старте бота короч #

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0

null

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4

4d9c40c9f669a438467682144c6c394b3161571d

219

py

Python

meiduo_mell/celery_tasks/sms/tesks.py

jingbowen/meiduo_001

824db146902feaf71500f31304d58fa69321d706

[ "MIT" ]

1

2019-04-22T07:22:34.000Z

meiduo_mell/celery_tasks/sms/tesks.py

jingbowen/meiduo_001

824db146902feaf71500f31304d58fa69321d706

[ "MIT" ]

null

meiduo_mell/celery_tasks/sms/tesks.py

jingbowen/meiduo_001

824db146902feaf71500f31304d58fa69321d706

[ "MIT" ]

null

from celery_tasks.main import celery_app # @celery_app.tesks() # 将下面的函数装饰成为celery任务 # def send_sms_code(mobile, sms_code): # （手机号，[随即生成的验证码，允许存在时间]，模板编号） # CCP().send_template_sms(mobile,[sms_code, 5], 1)

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0

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8

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1

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0

null

0

1

0

1

0

1

0

4

4da587a71c7439096cc90e9f67f7f5cfa4f2cabd

88

py

Python

carto_renderer/__init__.py

EdsonGermano/socrata-platform-carto-renderer

675b4abb00317b7bc8fdcb57ff86376e5f044378

[ "Apache-2.0" ]

null

carto_renderer/__init__.py

EdsonGermano/socrata-platform-carto-renderer

675b4abb00317b7bc8fdcb57ff86376e5f044378

[ "Apache-2.0" ]

7

2015-08-03T21:14:06.000Z

2020-03-31T17:36:03.000Z

carto_renderer/__init__.py

EdsonGermano/socrata-platform-carto-renderer

675b4abb00317b7bc8fdcb57ff86376e5f044378

[ "Apache-2.0" ]

1

2017-09-19T18:40:22.000Z

""" Flask service that will take JSON blobs containing vector tiles and style info. """

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0.170455

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80

29.333333

0.90411

0.897727

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null

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1

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1

0

null

0

1

0

4

4da674d888e92b131989453d3dd98b5d0707fd85

131

py

Python

slug_model_mixin/apps.py

frankhood/django-slug-model-mixin

91a1a4ccbf14c923aa5854f2a81620a61f23cdf5

[ "MIT" ]

null

slug_model_mixin/apps.py

frankhood/django-slug-model-mixin

91a1a4ccbf14c923aa5854f2a81620a61f23cdf5

[ "MIT" ]

null

slug_model_mixin/apps.py

frankhood/django-slug-model-mixin

91a1a4ccbf14c923aa5854f2a81620a61f23cdf5

[ "MIT" ]

null

# -*- coding: utf-8 from django.apps import AppConfig class DjangoSlugModelMixinConfig(AppConfig): name = 'slug_model_mixin'

18.714286

44

0.755725

15

131

6.466667

0.933333

0

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45

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1

0

null

0

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1

0

4

4db19f7b719a8244bce3c873d88f89736c4feaa9

288

py

Python

sample_factory/runner/runs/voxel_multi_agent.py

BoyuanLong/sample-factory

c45b47af8379bf98c05db32cd9ddc9c67c0182b0

[ "MIT" ]

null

sample_factory/runner/runs/voxel_multi_agent.py

BoyuanLong/sample-factory

c45b47af8379bf98c05db32cd9ddc9c67c0182b0

[ "MIT" ]

null

sample_factory/runner/runs/voxel_multi_agent.py

BoyuanLong/sample-factory

c45b47af8379bf98c05db32cd9ddc9c67c0182b0

[ "MIT" ]

null

from sample_factory.runner.run_description import RunDescription from sample_factory.runner.runs.voxel_base_experiments import EXPERIMENT_2AGENTS, EXPERIMENT_4AGENTS RUN_DESCRIPTION = RunDescription('voxel_env_v115_multi_agent_v55', experiments=[EXPERIMENT_2AGENTS, EXPERIMENT_4AGENTS])

57.6

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288

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0.140496

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1

0

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4

4dcd97a85c7f08f7106e8c3b36ac99ac048ce67c

229

py

Python

hdb_viz/__version__.py

cadmusthefounder/hdb-viz

9c97f60fda7af2ec8553dbc68fe06ad79f79a445

[ "Apache-2.0" ]

null

hdb_viz/__version__.py

cadmusthefounder/hdb-viz

9c97f60fda7af2ec8553dbc68fe06ad79f79a445

[ "Apache-2.0" ]

7

2021-12-18T11:41:02.000Z

2021-12-20T13:39:27.000Z

hdb_viz/__version__.py

cadmusthefounder/hdbgowhere

9c97f60fda7af2ec8553dbc68fe06ad79f79a445

[ "Apache-2.0" ]

null

"""Package information. This module contains information (such as version number) of the package. """ from distutils.version import LooseVersion __version__ = "0.1.0" __version_info__ = tuple(LooseVersion(__version__).version)

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229

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0

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0.113537

229

8

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0

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1

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1

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null

0

1

0

4

4dd65e9b059adcd2a1a7eb81158ad207830a0129

244

py

Python

__main__.py

laurencejackson/sweep_reconstruction

321d1a32698751781e892eff9983935cda4fcb58

[ "MIT" ]

3

2019-11-28T09:16:03.000Z

2021-04-19T11:48:27.000Z

__main__.py

laurencejackson/sweep_reconstruction

321d1a32698751781e892eff9983935cda4fcb58

[ "MIT" ]

null

__main__.py

laurencejackson/sweep_reconstruction

321d1a32698751781e892eff9983935cda4fcb58

[ "MIT" ]

1

2020-03-30T10:38:29.000Z

""" Runs full reconstruction pipeline Laurence Jackson, BME, KCL, 2019 """ import sys from sweeprecon.applications.app_sweep_recon import main if __name__ == "__main__": print('Running full reconstruction...') main() sys.exit()

16.266667

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244

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0

0.019802

0.172131

244

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true

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0

null

1

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null

0

1

0

1

0

4

1516a5f66782d7373173fd08e0a9da212d67fbf0

85

py

Python

python/testData/stubs/ImportedTypingNamedTupleKwargsFields.py

jnthn/intellij-community

8fa7c8a3ace62400c838e0d5926a7be106aa8557

[ "Apache-2.0" ]

2

2019-04-28T07:48:50.000Z

2020-12-11T14:18:08.000Z

python/testData/stubs/ImportedTypingNamedTupleKwargsFields.py

Cyril-lamirand/intellij-community

60ab6c61b82fc761dd68363eca7d9d69663cfa39

[ "Apache-2.0" ]

173

2018-07-05T13:59:39.000Z

2018-08-09T01:12:03.000Z

python/testData/stubs/ImportedTypingNamedTupleKwargsFields.py

Cyril-lamirand/intellij-community

60ab6c61b82fc761dd68363eca7d9d69663cfa39

[ "Apache-2.0" ]

2

2020-03-15T08:57:37.000Z

2020-04-07T04:48:14.000Z

from typing import NamedTuple from b import fields nt = NamedTuple("name", **fields)

21.25

33

0.764706

12

85

5.416667

0.666667

0

0.141176

85

4

33

21.25

0.890411

0

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0

1

0

false

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0

null

0

1

0

null

0

1

0

1

0

4

151b590cb3dff60c92247daed05dc059d366951f

98

py

Python

v1/validators/apps.py

DucPhamTV/Bank

4905ec7d63ef4daafe2119bf6b32928d4db2d4f2

[ "MIT" ]

94

2020-07-12T23:08:47.000Z

2022-03-05T14:00:01.000Z

v1/validators/apps.py

DucPhamTV/Bank

4905ec7d63ef4daafe2119bf6b32928d4db2d4f2

[ "MIT" ]

84

2020-07-13T23:30:50.000Z

2022-03-15T15:47:46.000Z

v1/validators/apps.py

DucPhamTV/Bank

4905ec7d63ef4daafe2119bf6b32928d4db2d4f2

[ "MIT" ]

63

2020-07-13T02:46:51.000Z

2021-11-26T09:29:29.000Z

from django.apps import AppConfig class ValidatorsConfig(AppConfig): name = 'v1.validators'

16.333333

34

0.765306

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98

6.818182

0.909091

0

0.012048

0.153061

98

5

35

19.6

0.891566

0

0.132653

0

1

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false

0

0.333333

0

1

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1

0

null

0

1

0

null

0

1

0

1

0

4

127c11d2a79659976c53f9c589888b820b391ccc

961

py

Python

tests/kyu_7_tests/test_speed_control.py

the-zebulan/CodeWars

1eafd1247d60955a5dfb63e4882e8ce86019f43a

[ "MIT" ]

40

2016-03-09T12:26:20.000Z

2022-03-23T08:44:51.000Z

tests/kyu_7_tests/test_speed_control.py

akalynych/CodeWars

1eafd1247d60955a5dfb63e4882e8ce86019f43a

[ "MIT" ]

null

tests/kyu_7_tests/test_speed_control.py

akalynych/CodeWars

1eafd1247d60955a5dfb63e4882e8ce86019f43a

[ "MIT" ]

36

2016-11-07T19:59:58.000Z

2022-03-31T11:18:27.000Z

import unittest from katas.kyu_7.speed_control import gps class GPSTestCase(unittest.TestCase): def test_equals(self): self.assertEqual(gps( 15, [0.0, 0.19, 0.5, 0.75, 1.0, 1.25, 1.5, 1.75, 2.0, 2.25]), 74) def test_equals_2(self): self.assertEqual(gps( 15, [0.0, 0.15, 0.42, 0.67, 1.0, 1.15, 1.5, 1.65, 1.8, 2]), 84) def test_equals_3(self): self.assertEqual(gps( 20, [0.0, 0.23, 0.46, 0.69, 0.92, 1.15, 1.38, 1.61]), 41) def test_equals_4(self): self.assertEqual(gps(12, [ 0.0, 0.11, 0.22, 0.33, 0.44, 0.65, 1.08, 1.26, 1.68, 1.89, 2.1, 2.31, 2.52, 3.25 ]), 219) def test_equals_5(self): self.assertEqual(gps(20, [ 0.0, 0.18, 0.36, 0.54, 0.72, 1.05, 1.26, 1.47, 1.92, 2.16, 2.4, 2.64, 2.88, 3.12, 3.36, 3.6, 3.84 ]), 81) def test_equals_6(self): self.assertEqual(gps(10, []), 0)

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0.041754

0.162839

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0.290323

961

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false

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0

null

0

1

0

4

12a26fbab513bc4ecc90aa945781dc82cd83124e

102

py

Python

src/logChunk/TimeExceededError.py

saledouble/gitcproc

009d614fa1a56dc75acb0277ecc98ea27e91750b

[ "BSD-3-Clause" ]

null

src/logChunk/TimeExceededError.py

saledouble/gitcproc

009d614fa1a56dc75acb0277ecc98ea27e91750b

[ "BSD-3-Clause" ]

3

2020-11-12T14:42:22.000Z

2021-01-13T22:30:23.000Z

src/logChunk/TimeExceededError.py

saledouble/gitcproc

009d614fa1a56dc75acb0277ecc98ea27e91750b

[ "BSD-3-Clause" ]

2

2020-11-11T22:27:28.000Z

2021-01-13T21:07:14.000Z

#Timeout for strange process hangs -> Thanks to Bogdan. class TimeExceededError(Exception): pass

25.5

55

0.764706

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0.166667

102

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true

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null

0

1

0

null

0

1

0

4

12cda2f34baac858dfe9150590325b59e26f96a3

9,907

py

Python

bc/utils/attention_hook.py

rjgpinel/rlbc

55a7499e4ad10182d9a84ce3c2494231db6fd3b5

[ "MIT" ]

43

2019-10-16T02:56:13.000Z

2022-01-25T02:04:51.000Z

bc/utils/attention_hook.py

rjgpinel/rlbc

55a7499e4ad10182d9a84ce3c2494231db6fd3b5

[ "MIT" ]

6

2019-10-16T03:44:24.000Z

2021-06-19T21:59:09.000Z

bc/utils/attention_hook.py

rjgpinel/rlbc

55a7499e4ad10182d9a84ce3c2494231db6fd3b5

[ "MIT" ]

11

2020-03-23T01:47:46.000Z

2021-11-25T07:43:25.000Z

import numpy as np from collections import OrderedDict from functools import partial from PIL import Image class AttentionHook(): def __init__(self, model): self.model = model self.hooks = [] self.attentions = OrderedDict() self.skill = None # base resnet layers for i in range(1, 5): name = 'layer{}'.format(i) modules = getattr(model, name, None) if modules is not None: for j, module in enumerate(modules): self._register_hook(module, name+'_{}'.format(j)) def get_map(self, width, height): maps = [v for k, v in self.attentions.items() if 'layer' in k] maps = [self._resize_image(img / img.max(), (width, height), Image.BILINEAR) for img in maps] attention = np.prod(maps, axis=0) attention = attention / np.max(attention) return attention def blend_map(self, image, alpha=0.7): assert alpha >= 0 and alpha <= 1 h, w, d = image.shape attention = self.get_map(w, h) heatmap = JetColormap.apply(attention) return (alpha * heatmap + (1-alpha) * image).astype(np.uint8) def _register_hook(self, module, name): hook = module.register_forward_hook( partial(self._hook_fn, name=name)) self.hooks.append(hook) def _hook_fn(self, module, input, output, name): self.attentions[name] = output.pow(2).mean(1).squeeze().sqrt().cpu().numpy() # self.attentions[name] = output.max(1)[0].pow(2).squeeze().sqrt().cpu().numpy() def _resize_image(self, img, size, resample=Image.NEAREST): img = Image.fromarray(img) img = img.resize(size, resample) return np.asarray(img) def close(self): for h in self.hooks: h.remove() class JetColormap(): R = np.array([0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0.00588235294117645, 0.02156862745098032, 0.03725490196078418, 0.05294117647058827, 0.06862745098039214, 0.084313725490196, 0.1000000000000001, 0.115686274509804, 0.1313725490196078, 0.1470588235294117, 0.1627450980392156, 0.1784313725490196, 0.1941176470588235, 0.2098039215686274, 0.2254901960784315, 0.2411764705882353, 0.2568627450980392, 0.2725490196078431, 0.2882352941176469, 0.303921568627451, 0.3196078431372549, 0.3352941176470587, 0.3509803921568628, 0.3666666666666667, 0.3823529411764706, 0.3980392156862744, 0.4137254901960783, 0.4294117647058824, 0.4450980392156862, 0.4607843137254901, 0.4764705882352942, 0.4921568627450981, 0.5078431372549019, 0.5235294117647058, 0.5392156862745097, 0.5549019607843135, 0.5705882352941174, 0.5862745098039217, 0.6019607843137256, 0.6176470588235294, 0.6333333333333333, 0.6490196078431372, 0.664705882352941, 0.6803921568627449, 0.6960784313725492, 0.7117647058823531, 0.7274509803921569, 0.7431372549019608, 0.7588235294117647, 0.7745098039215685, 0.7901960784313724, 0.8058823529411763, 0.8215686274509801, 0.8372549019607844, 0.8529411764705883, 0.8686274509803922, 0.884313725490196, 0.8999999999999999, 0.9156862745098038, 0.9313725490196076, 0.947058823529412, 0.9627450980392158, 0.9784313725490197, 0.9941176470588236, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.9862745098039216, 0.9705882352941178, 0.9549019607843139, 0.93921568627451, 0.9235294117647062, 0.9078431372549018, 0.892156862745098, 0.8764705882352941, 0.8607843137254902, 0.8450980392156864, 0.8294117647058825, 0.8137254901960786, 0.7980392156862743, 0.7823529411764705, 0.7666666666666666, 0.7509803921568627, 0.7352941176470589, 0.719607843137255, 0.7039215686274511, 0.6882352941176473, 0.6725490196078434, 0.6568627450980391, 0.6411764705882352, 0.6254901960784314, 0.6098039215686275, 0.5941176470588236, 0.5784313725490198, 0.5627450980392159, 0.5470588235294116, 0.5313725490196077, 0.5156862745098039, 0.5]) G = np.array([0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0.001960784313725483, 0.01764705882352935, 0.03333333333333333, 0.0490196078431373, 0.06470588235294117, 0.08039215686274503, 0.09607843137254901, 0.111764705882353, 0.1274509803921569, 0.1431372549019607, 0.1588235294117647, 0.1745098039215687, 0.1901960784313725, 0.2058823529411764, 0.2215686274509804, 0.2372549019607844, 0.2529411764705882, 0.2686274509803921, 0.2843137254901961, 0.3, 0.3156862745098039, 0.3313725490196078, 0.3470588235294118, 0.3627450980392157, 0.3784313725490196, 0.3941176470588235, 0.4098039215686274, 0.4254901960784314, 0.4411764705882353, 0.4568627450980391, 0.4725490196078431, 0.4882352941176471, 0.503921568627451, 0.5196078431372548, 0.5352941176470587, 0.5509803921568628, 0.5666666666666667, 0.5823529411764705, 0.5980392156862746, 0.6137254901960785, 0.6294117647058823, 0.6450980392156862, 0.6607843137254901, 0.6764705882352942, 0.692156862745098, 0.7078431372549019, 0.723529411764706, 0.7392156862745098, 0.7549019607843137, 0.7705882352941176, 0.7862745098039214, 0.8019607843137255, 0.8176470588235294, 0.8333333333333333, 0.8490196078431373, 0.8647058823529412, 0.8803921568627451, 0.8960784313725489, 0.9117647058823528, 0.9274509803921569, 0.9431372549019608, 0.9588235294117646, 0.9745098039215687, 0.9901960784313726, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.9901960784313726, 0.9745098039215687, 0.9588235294117649, 0.943137254901961, 0.9274509803921571, 0.9117647058823528, 0.8960784313725489, 0.8803921568627451, 0.8647058823529412, 0.8490196078431373, 0.8333333333333335, 0.8176470588235296, 0.8019607843137253, 0.7862745098039214, 0.7705882352941176, 0.7549019607843137, 0.7392156862745098, 0.723529411764706, 0.7078431372549021, 0.6921568627450982, 0.6764705882352944, 0.6607843137254901, 0.6450980392156862, 0.6294117647058823, 0.6137254901960785, 0.5980392156862746, 0.5823529411764707, 0.5666666666666669, 0.5509803921568626, 0.5352941176470587, 0.5196078431372548, 0.503921568627451, 0.4882352941176471, 0.4725490196078432, 0.4568627450980394, 0.4411764705882355, 0.4254901960784316, 0.4098039215686273, 0.3941176470588235, 0.3784313725490196, 0.3627450980392157, 0.3470588235294119, 0.331372549019608, 0.3156862745098041, 0.2999999999999998, 0.284313725490196, 0.2686274509803921, 0.2529411764705882, 0.2372549019607844, 0.2215686274509805, 0.2058823529411766, 0.1901960784313728, 0.1745098039215689, 0.1588235294117646, 0.1431372549019607, 0.1274509803921569, 0.111764705882353, 0.09607843137254912, 0.08039215686274526, 0.06470588235294139, 0.04901960784313708, 0.03333333333333321, 0.01764705882352935, 0.001960784313725483, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]) B = np.array([0.5, 0.5156862745098039, 0.5313725490196078, 0.5470588235294118, 0.5627450980392157, 0.5784313725490196, 0.5941176470588235, 0.6098039215686275, 0.6254901960784314, 0.6411764705882352, 0.6568627450980392, 0.6725490196078432, 0.6882352941176471, 0.7039215686274509, 0.7196078431372549, 0.7352941176470589, 0.7509803921568627, 0.7666666666666666, 0.7823529411764706, 0.7980392156862746, 0.8137254901960784, 0.8294117647058823, 0.8450980392156863, 0.8607843137254902, 0.8764705882352941, 0.892156862745098, 0.907843137254902, 0.9235294117647059, 0.9392156862745098, 0.9549019607843137, 0.9705882352941176, 0.9862745098039216, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 0.9941176470588236, 0.9784313725490197, 0.9627450980392158, 0.9470588235294117, 0.9313725490196079, 0.915686274509804, 0.8999999999999999, 0.884313725490196, 0.8686274509803922, 0.8529411764705883, 0.8372549019607844, 0.8215686274509804, 0.8058823529411765, 0.7901960784313726, 0.7745098039215685, 0.7588235294117647, 0.7431372549019608, 0.7274509803921569, 0.7117647058823531, 0.696078431372549, 0.6803921568627451, 0.6647058823529413, 0.6490196078431372, 0.6333333333333333, 0.6176470588235294, 0.6019607843137256, 0.5862745098039217, 0.5705882352941176, 0.5549019607843138, 0.5392156862745099, 0.5235294117647058, 0.5078431372549019, 0.4921568627450981, 0.4764705882352942, 0.4607843137254903, 0.4450980392156865, 0.4294117647058826, 0.4137254901960783, 0.3980392156862744, 0.3823529411764706, 0.3666666666666667, 0.3509803921568628, 0.335294117647059, 0.3196078431372551, 0.3039215686274508, 0.2882352941176469, 0.2725490196078431, 0.2568627450980392, 0.2411764705882353, 0.2254901960784315, 0.2098039215686276, 0.1941176470588237, 0.1784313725490199, 0.1627450980392156, 0.1470588235294117, 0.1313725490196078, 0.115686274509804, 0.1000000000000001, 0.08431372549019622, 0.06862745098039236, 0.05294117647058805, 0.03725490196078418, 0.02156862745098032, 0.00588235294117645, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]) @staticmethod def apply(img): ind = (img * 255).astype(np.uint8) r = 255 * JetColormap.R[ind] g = 255 * JetColormap.G[ind] b = 255 * JetColormap.B[ind] return np.dstack([r, g, b])

139.535211

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420af86d92eaf14c60fcee77599abfdab3a57f60

647

py

Python

package/interfaces.py

findesiecle/marketdata

5c386d10dd72e08e13f1e84a9fc1d50edbb1fc24

[ "Apache-2.0" ]

null

package/interfaces.py

findesiecle/marketdata

5c386d10dd72e08e13f1e84a9fc1d50edbb1fc24

[ "Apache-2.0" ]

null

package/interfaces.py

findesiecle/marketdata

5c386d10dd72e08e13f1e84a9fc1d50edbb1fc24

[ "Apache-2.0" ]

null

from abc import ABCMeta, abstractmethod from typing import Dict, List from .basic_types import Balance, Currency, Market, Trade from .orderbook import Orderbook class ExchangeInterface(metaclass=ABCMeta): name: str @abstractmethod def markets(self) -> List[Market]: raise NotImplementedError() @abstractmethod def trades(self, market: Market) -> List[Trade]: raise NotImplementedError() @abstractmethod def orderbook(self, market: Market) -> Orderbook: raise NotImplementedError() @abstractmethod def balances(self) -> Dict[Currency, Balance]: raise NotImplementedError()

24.884615

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4221ccc2be7a5afedc71a3414ebdde056ca85c6b

1,678

py

Python

src/niveristand/_translation/py2rtseq/unittests/test_functiondef_transformer.py

ioancornea/niveristand-python

a7fd578aefa904e9eb0bab00762af0ebba21ada0

[ "MIT" ]

6

2018-07-04T10:59:43.000Z

2022-03-24T13:34:33.000Z

src/niveristand/_translation/py2rtseq/unittests/test_functiondef_transformer.py

ioancornea/niveristand-python

a7fd578aefa904e9eb0bab00762af0ebba21ada0

[ "MIT" ]

14

2018-11-05T20:05:33.000Z

2022-03-10T12:54:58.000Z

src/niveristand/_translation/py2rtseq/unittests/test_functiondef_transformer.py

ioancornea/niveristand-python

a7fd578aefa904e9eb0bab00762af0ebba21ada0

[ "MIT" ]

15

2018-07-04T07:58:49.000Z

2022-02-22T16:35:26.000Z

import ast import inspect from niveristand import errors from niveristand._translation.py2rtseq import functiondef_transformer from niveristand._translation.py2rtseq import utils import pytest def functiondef_with_default(i=1): return i def functiondef_with_args(*args): return args def functiondef_with_kwargs(**kwargs): return kwargs def functiondef_nested(): def functiondef_inside(): pass pass # def functiondef_with_kwarg_default(*args, kwarg=1): # return kwarg def invalid_decorator(func): return func class InvalidDecoratorClass: def __call__(self, f): return f @staticmethod def invalid_decorator_as_attribute(func): return func @invalid_decorator def functiondef_invalid_decorator(): pass @InvalidDecoratorClass() def functiondef_invalid_decorator2(): pass @InvalidDecoratorClass.invalid_decorator_as_attribute def functiondef_invalid_decorator3(): pass invalid_func_tests = [ functiondef_with_default, functiondef_with_args, functiondef_with_kwargs, functiondef_nested, # functiondef_with_kwarg_default, functiondef_invalid_decorator, functiondef_invalid_decorator2, functiondef_invalid_decorator3, ] def idfunc(val): return val.__name__ @pytest.mark.parametrize("func", invalid_func_tests, ids=idfunc) def test_functiondef_transformer_fails(func): _fail_function_helper(func) def _fail_function_helper(func): node = (ast.parse(inspect.getsource(func))) node = node.body[0] with pytest.raises(errors.TranslateError): functiondef_transformer.functiondef_transformer(node, utils.Resources(None, '<test>'))

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null

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null

0

1

0

1

0

1

0

4

4230b3780a0c1f0fa499e648bc02f7d399560fbb

105,497

py

Python

src/sage/rings/function_field/ideal.py

yzpopulation/sage

d2dc2f80b5a8e039701e292653e25366e3e5ec1e

[ "BSL-1.0" ]

null

src/sage/rings/function_field/ideal.py

yzpopulation/sage

d2dc2f80b5a8e039701e292653e25366e3e5ec1e

[ "BSL-1.0" ]

null

src/sage/rings/function_field/ideal.py

yzpopulation/sage

d2dc2f80b5a8e039701e292653e25366e3e5ec1e

[ "BSL-1.0" ]

null

r""" Ideals of function fields Ideals of an order of a function field include all fractional ideals of the order. Sage provides basic arithmetic with fractional ideals. The fractional ideals of the maximal order of a global function field forms a multiplicative monoid. Sage allows advanced arithmetic with the fractional ideals. For example, an ideal of the maximal order can be factored into a product of prime ideals. EXAMPLES: Ideals in the maximal order of a rational function field:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order() sage: I = O.ideal(x^3 + 1); I Ideal (x^3 + 1) of Maximal order of Rational function field in x over Rational Field sage: I^2 Ideal (x^6 + 2*x^3 + 1) of Maximal order of Rational function field in x over Rational Field sage: ~I Ideal (1/(x^3 + 1)) of Maximal order of Rational function field in x over Rational Field sage: ~I * I Ideal (1) of Maximal order of Rational function field in x over Rational Field Ideals in the equation order of an extension of a rational function field:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(y); I Ideal (x^3 + 1, -y) of Order in Function field in y defined by y^2 - x^3 - 1 sage: I^2 Ideal (x^3 + 1, (-x^3 - 1)*y) of Order in Function field in y defined by y^2 - x^3 - 1 Ideals in the maximal order of a global function field:: sage: K.<x> = FunctionField(GF(2)); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3*y - x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: I^2 Ideal (x) of Maximal order of Function field in y defined by y^2 + x^3*y + x sage: ~I Ideal (1/x*y) of Maximal order of Function field in y defined by y^2 + x^3*y + x sage: ~I * I Ideal (1) of Maximal order of Function field in y defined by y^2 + x^3*y + x sage: J = O.ideal(x+y) * I sage: J.factor() (Ideal (y) of Maximal order of Function field in y defined by y^2 + x^3*y + x)^2 * (Ideal (x^3 + x + 1, y + x) of Maximal order of Function field in y defined by y^2 + x^3*y + x) Ideals in the maximal infinite order of a global function field:: sage: K.<x> = FunctionField(GF(3^2)); R.<t> = K[] sage: F.<y> = K.extension(t^3 + t^2 - x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(1/y) sage: I + I == I True sage: I^2 Ideal (1/x^4*y) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4 sage: ~I Ideal (y) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4 sage: ~I * I Ideal (1) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4 sage: I.factor() (Ideal (1/x^3*y^2) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4)^4 AUTHORS: - William Stein (2010): initial version - Maarten Derickx (2011-09-14): fixed ideal_with_gens_over_base() - Kwankyu Lee (2017-04-30): added ideals for global function fields """ # **************************************************************************** # Copyright (C) 2010 William Stein <wstein@gmail.com> # Copyright (C) 2011 Maarten Derickx <m.derickx.student@gmail.com> # # Distributed under the terms of the GNU General Public License (GPL) # as published by the Free Software Foundation; either version 2 of # the License, or (at your option) any later version. # https://www.gnu.org/licenses/ # **************************************************************************** import itertools from sage.misc.cachefunc import cached_method from sage.misc.lazy_attribute import lazy_attribute from sage.misc.latex import latex from sage.misc.misc import powerset from sage.structure.parent import Parent from sage.structure.element import Element from sage.structure.richcmp import richcmp from sage.structure.factorization import Factorization from sage.structure.unique_representation import UniqueRepresentation from sage.modules.free_module_element import vector from sage.categories.monoids import Monoids from sage.rings.infinity import infinity from sage.rings.ideal import Ideal_generic from sage.matrix.constructor import matrix from .divisor import divisor from .hermite_form_polynomial import reversed_hermite_form class FunctionFieldIdeal(Element): """ Base class of fractional ideals of function fields. INPUT: - ``ring`` -- ring of the ideal EXAMPLES:: sage: K.<x> = FunctionField(GF(7)) sage: O = K.equation_order() sage: O.ideal(x^3+1) Ideal (x^3 + 1) of Maximal order of Rational function field in x over Finite Field of size 7 """ def __init__(self, ring): """ Initialize. TESTS:: sage: K.<x> = FunctionField(GF(7)) sage: O = K.equation_order() sage: I = O.ideal(x^3+1) sage: TestSuite(I).run() """ Element.__init__(self, ring.ideal_monoid()) self._ring = ring def _repr_short(self): """ Return a string representation of this ideal that doesn't include the name of the ambient ring. EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); R.<t> = K[] sage: F.<y> = K.extension(t^3 + t^2 - x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(1/y) sage: I._repr_short() '(1/x^4*y^2)' """ if self.is_zero(): return "(0)" return "(%s)" % (', '.join([repr(g) for g in self.gens_reduced()]), ) def _repr_(self): """ Return a string representation of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order() sage: I = O.ideal(x,1/(x+1)); I Ideal (1/(x + 1)) of Maximal order of Rational function field in x over Rational Field sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: O.ideal(x^2 + 1) Ideal (x^2 + 1) of Order in Function field in y defined by y^2 - x^3 - 1 sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3*Y - x) sage: O = L.maximal_order() sage: I = O.ideal(y); I Ideal (y) of Maximal order of Function field in y defined by y^2 + x^3*y + x sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y); I Ideal (y) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal(x/(x^2+1)) sage: I Ideal (1/x) of Maximal infinite order of Rational function field in x over Finite Field of size 2 sage: K.<x> = FunctionField(GF(3^2)); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3 + t^2 - x^4) sage: Oinf = F.maximal_order_infinite() sage: Oinf.ideal(1/y) Ideal (1/x^4*y^2) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4 sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: Oinf = L.maximal_order_infinite() sage: Oinf.ideal(1/y) Ideal (1/x*y) of Maximal infinite order of Function field in y defined by y^2 + y + (x^2 + 1)/x """ if self.is_zero(): return "Zero ideal of %s" % (self._ring,) return "Ideal %s of %s" % (self._repr_short(), self.ring()) def _latex_(self): r""" Return the LaTeX representation of the ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3*Y - x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: latex(I) \left(y\right) """ return '\\left(' + ', '.join(latex(g) for g in self.gens_reduced()) + '\\right)' def _div_(self, other): """ Return the ideal divided by the ``other`` ideal. INPUT: - ``other`` -- ideal EXAMPLES:: sage: K.<x> = FunctionField(GF(7)) sage: O = K.equation_order() sage: I = O.ideal(x^3+1) sage: I / I Ideal (1) of Maximal order of Rational function field in x over Finite Field of size 7 """ return self * ~other def gens_reduced(self): r""" Return reduced generators. For now, this method just looks at the generators and sees if any can be removed without changing the ideal. It prefers principal representations (a single generator) over all others, and otherwise picks the generator set with the shortest print representation. This method is provided so that ideals in function fields have the method :meth:`gens_reduced()`, just like ideals of number fields. Sage linear algebra machinery sometimes requires this. EXAMPLES:: sage: K.<x> = FunctionField(GF(7)) sage: O = K.equation_order() sage: I = O.ideal(x,x^2,x^2+x) sage: I.gens_reduced() (x,) """ gens = self.gens() if len(gens) == 1: return gens candidate_gensets = [] for genset in powerset(gens): if self.parent()(genset) == self: candidate_gensets.append(genset) candidate_gensets.sort(key=lambda item: (len(item), len(repr(item)), item)) return candidate_gensets[0] def ring(self): """ Return the ring to which this ideal belongs. EXAMPLES:: sage: K.<x> = FunctionField(GF(7)) sage: O = K.equation_order() sage: I = O.ideal(x,x^2,x^2+x) sage: I.ring() Maximal order of Rational function field in x over Finite Field of size 7 """ return self._ring def base_ring(self): r""" Return the base ring of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(x^2 + 1) sage: I.base_ring() Order in Function field in y defined by y^2 - x^3 - 1 """ return self.ring() def place(self): """ Return the place associated with this prime ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(4)) sage: O = K.maximal_order() sage: I = O.ideal(x^2 + x + 1) sage: I.place() Traceback (most recent call last): ... TypeError: not a prime ideal sage: I = O.ideal(x^3+x+1) sage: I.place() Place (x^3 + x + 1) sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal((x + 1)/(x^3 + 1)) sage: p = I.factor()[0][0] sage: p.place() Place (1/x) sage: K.<x> = FunctionField(GF(2)); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3-x^2*(x^2+x+1)^2) sage: O = F.maximal_order() sage: I = O.ideal(y) sage: [f.place() for f,_ in I.factor()] [Place (x, (1/(x^3 + x^2 + x))*y^2), Place (x^2 + x + 1, (1/(x^3 + x^2 + x))*y^2)] sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: [f.place() for f,_ in I.factor()] [Place (x, x*y), Place (x + 1, x*y)] sage: K.<x> = FunctionField(GF(3^2)); R.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3 + t^2 - x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(1/x) sage: I.factor() (Ideal (1/x^3*y^2) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4)^3 sage: J = I.factor()[0][0] sage: J.is_prime() True sage: J.place() Place (1/x, 1/x^3*y^2) sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: Oinf = L.maximal_order_infinite() sage: I = Oinf.ideal(1/x) sage: I.factor() (Ideal (1/x*y) of Maximal infinite order of Function field in y defined by y^2 + y + (x^2 + 1)/x)^2 sage: J = I.factor()[0][0] sage: J.is_prime() True sage: J.place() Place (1/x, 1/x*y) """ if not self.is_prime(): raise TypeError("not a prime ideal") place_set = self.ring().fraction_field().place_set() return place_set.element_class(place_set, self) def factor(self): """ Return the factorization of this ideal. Subclass of this class should define :meth:`_factor` method that returns a list of prime ideal and multiplicity pairs. EXAMPLES:: sage: K.<x> = FunctionField(GF(4)) sage: O = K.maximal_order() sage: I = O.ideal(x^3*(x + 1)^2) sage: I.factor() (Ideal (x) of Maximal order of Rational function field in x over Finite Field in z2 of size 2^2)^3 * (Ideal (x + 1) of Maximal order of Rational function field in x over Finite Field in z2 of size 2^2)^2 sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal((x + 1)/(x^3 + 1)) sage: I.factor() (Ideal (1/x) of Maximal infinite order of Rational function field in x over Finite Field in z2 of size 2^2)^2 sage: K.<x> = FunctionField(GF(2)); _.<T> = PolynomialRing(K) sage: F.<y> = K.extension(T^3 - x^2*(x^2 + x + 1)^2) sage: O = F.maximal_order() sage: I = O.ideal(y) sage: I == I.factor().prod() True sage: Oinf = F.maximal_order_infinite() sage: f= 1/x sage: I = Oinf.ideal(f) sage: I.factor() (Ideal ((1/(x^4 + x^3 + x^2))*y^2 + 1/x^2*y + 1) of Maximal infinite order of Function field in y defined by y^3 + x^6 + x^4 + x^2) * (Ideal ((1/(x^4 + x^3 + x^2))*y^2 + 1) of Maximal infinite order of Function field in y defined by y^3 + x^6 + x^4 + x^2) sage: K.<x> = FunctionField(QQ); _.<Y> = K[] sage: F.<y> = K.extension(Y^3 - x^2*(x^2 + x + 1)^2) sage: O = F.maximal_order() sage: I = O.ideal(y) sage: I == I.factor().prod() True sage: K.<x> = FunctionField(QQ); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: I == I.factor().prod() True """ return Factorization(self._factor(), cr=True) def divisor(self): """ Return the divisor corresponding to the ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(4)) sage: O = K.maximal_order() sage: I = O.ideal(x*(x + 1)^2/(x^2 + x + 1)) sage: I.divisor() Place (x) + 2*Place (x + 1) - Place (x + z2) - Place (x + z2 + 1) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal((x + 1)/(x^3 + 1)) sage: I.divisor() 2*Place (1/x) sage: K.<x> = FunctionField(GF(2)); _.<T> = PolynomialRing(K) sage: F.<y> = K.extension(T^3 - x^2*(x^2 + x + 1)^2) sage: O = F.maximal_order() sage: I = O.ideal(y) sage: I.divisor() 2*Place (x, (1/(x^3 + x^2 + x))*y^2) + 2*Place (x^2 + x + 1, (1/(x^3 + x^2 + x))*y^2) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(y) sage: I.divisor() -2*Place (1/x, 1/x^4*y^2 + 1/x^2*y + 1) - 2*Place (1/x, 1/x^2*y + 1) sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: I.divisor() - Place (x, x*y) + 2*Place (x + 1, x*y) sage: Oinf = L.maximal_order_infinite() sage: I = Oinf.ideal(y) sage: I.divisor() - Place (1/x, 1/x*y) """ if self.is_zero(): raise ValueError("not defined for zero ideal") F = self.ring().fraction_field() data = {prime.place(): multiplicity for prime, multiplicity in self._factor()} return divisor(F, data) def divisor_of_zeros(self): """ Return the divisor of zeros corresponding to the ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(4)) sage: O = K.maximal_order() sage: I = O.ideal(x*(x + 1)^2/(x^2 + x + 1)) sage: I.divisor_of_zeros() Place (x) + 2*Place (x + 1) sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal((x + 1)/(x^3 + 1)) sage: I.divisor_of_zeros() 2*Place (1/x) sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: I.divisor_of_zeros() 2*Place (x + 1, x*y) """ if self.is_zero(): raise ValueError("not defined for zero ideal") F = self.ring().fraction_field() data = {prime.place(): multiplicity for prime, multiplicity in self._factor() if multiplicity > 0} return divisor(F, data) def divisor_of_poles(self): """ Return the divisor of poles corresponding to the ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(4)) sage: O = K.maximal_order() sage: I = O.ideal(x*(x + 1)^2/(x^2 + x + 1)) sage: I.divisor_of_poles() Place (x + z2) + Place (x + z2 + 1) sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal((x + 1)/(x^3 + 1)) sage: I.divisor_of_poles() 0 sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: I.divisor_of_poles() Place (x, x*y) """ if self.is_zero(): raise ValueError("not defined for zero ideal") F = self.ring().fraction_field() data = {prime.place(): - multiplicity for prime, multiplicity in self._factor() if multiplicity < 0} return divisor(F, data) class FunctionFieldIdeal_rational(FunctionFieldIdeal): """ Fractional ideals of the maximal order of a rational function field. INPUT: - ``ring`` -- the maximal order of the rational function field. - ``gen`` -- generator of the ideal, an element of the function field. EXAMPLES:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order() sage: I = O.ideal(1/(x^2+x)); I Ideal (1/(x^2 + x)) of Maximal order of Rational function field in x over Rational Field """ def __init__(self, ring, gen): """ Initialize. TESTS:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order() sage: I = O.ideal(1/(x^2+x)) sage: TestSuite(I).run() """ FunctionFieldIdeal.__init__(self, ring) self._gen = gen def __hash__(self): """ Return the hash computed from the data. EXAMPLES:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order() sage: I = O.ideal(1/(x^2+x)) sage: d = { I: 1, I^2: 2 } """ return hash( (self._ring, self._gen) ) def __contains__(self, element): """ Test if ``element`` is in this ideal. INPUT: - ``element`` -- element of the function field EXAMPLES:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order() sage: I = O.ideal(1/(x+1)) sage: x in I True """ return (element / self._gen) in self._ring def _richcmp_(self, other, op): """ Compare the element with the other element with respect to the comparison operator. INPUT: - ``other`` -- element - ``op`` -- comparison operator EXAMPLES:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order() sage: I = O.ideal(x,x^2+1) sage: J = O.ideal(x^2+x+1,x) sage: I == J True sage: I = O.ideal(x) sage: J = O.ideal(x+1) sage: I < J True """ return richcmp(self._gen, other._gen, op) def _add_(self, other): """ Add this ideal with the ``other`` ideal. INPUT: - ``other`` -- ideal EXAMPLES:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order() sage: I = O.ideal(x,x^2+1) sage: J = O.ideal(x^2+x+1,x) sage: I + J == J + I True """ return self._ring.ideal([self._gen, other._gen]) def _mul_(self, other): """ Multiply this ideal with the ``other`` ideal. INPUT: - ``other`` -- ideal EXAMPLES:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order() sage: I = O.ideal(x,x^2+x) sage: J = O.ideal(x^2,x) sage: I * J == J * I True """ return self._ring.ideal([self._gen * other._gen]) def _acted_upon_(self, other, on_left): """ Multiply ``other`` with this ideal on the right. INPUT: - ``other`` -- ideal EXAMPLES:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order() sage: I = O.ideal(x^3+x^2) sage: 2 * I Ideal (x^3 + x^2) of Maximal order of Rational function field in x over Rational Field sage: x * I Ideal (x^4 + x^3) of Maximal order of Rational function field in x over Rational Field """ return self._ring.ideal([other * self._gen]) def __invert__(self): """ Return the ideal inverse of this fractional ideal. EXAMPLES:: sage: F.<x> = FunctionField(QQ) sage: O = F.maximal_order() sage: I = O.ideal(x/(x^2+1)) sage: ~I Ideal ((x^2 + 1)/x) of Maximal order of Rational function field in x over Rational Field """ return self._ring.ideal([~(self._gen)]) def denominator(self): """ Return the denominator of this fractional ideal. EXAMPLES:: sage: F.<x> = FunctionField(QQ) sage: O = F.maximal_order() sage: I = O.ideal(x/(x^2+1)) sage: I.denominator() x^2 + 1 """ return self._gen.denominator() def is_prime(self): """ Return ``True`` if this is a prime ideal. EXAMPLES:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order() sage: I = O.ideal(x^3+x^2) sage: [f.is_prime() for f,m in I.factor()] [True, True] """ return self._gen.denominator() == 1 and self._gen.numerator().is_prime() @cached_method def module(self): """ Return the module, that is the ideal viewed as a module over the ring. EXAMPLES:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order() sage: I = O.ideal(x^3+x^2) sage: I.module() Free module of degree 1 and rank 1 over Maximal order of Rational function field in x over Rational Field Echelon basis matrix: [x^3 + x^2] sage: J = 0*I sage: J.module() Free module of degree 1 and rank 0 over Maximal order of Rational function field in x over Rational Field Echelon basis matrix: [] """ V, fr, to = self.ring().fraction_field().vector_space() return V.span([to(g) for g in self.gens()], base_ring=self.ring()) def gen(self): """ Return the unique generator of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(4)) sage: O = K.maximal_order() sage: I = O.ideal(x^2+x) sage: I.gen() x^2 + x """ return self._gen def gens(self): """ Return the tuple of the unique generator of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(4)) sage: O = K.maximal_order() sage: I = O.ideal(x^2+x) sage: I.gens() (x^2 + x,) """ return (self._gen,) def gens_over_base(self): """ Return the generator of this ideal as a rank one module over the maximal order. EXAMPLES:: sage: K.<x> = FunctionField(GF(4)) sage: O = K.maximal_order() sage: I = O.ideal(x^2+x) sage: I.gens_over_base() (x^2 + x,) """ return (self._gen,) def valuation(self, ideal): """ Return the valuation of the ideal at this prime ideal. INPUT: - ``ideal`` -- fractional ideal EXAMPLES:: sage: F.<x> = FunctionField(QQ) sage: O = F.maximal_order() sage: I = O.ideal(x^2*(x^2+x+1)^3) sage: [f.valuation(I) for f,_ in I.factor()] [2, 3] """ if not self.is_prime(): raise TypeError("not a prime ideal") O = self.ring() d = ideal.denominator() return self._valuation(d*ideal) - self._valuation(O.ideal(d)) def _valuation(self, ideal): """ Return the valuation of the integral ideal at this prime ideal. INPUT: - ``ideal`` -- ideal EXAMPLES:: sage: F.<x> = FunctionField(QQ) sage: O = F.maximal_order() sage: p = O.ideal(x) sage: p.valuation(O.ideal(x+1)) # indirect doctest 0 sage: p.valuation(O.ideal(x^2)) # indirect doctest 2 sage: p.valuation(O.ideal(1/x^3)) # indirect doctest -3 sage: p.valuation(O.ideal(0)) # indirect doctest +Infinity """ return ideal.gen().valuation(self.gen()) def _factor(self): """ Return the list of prime and multiplicity pairs of the factorization of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(4)) sage: O = K.maximal_order() sage: I = O.ideal(x^3*(x+1)^2) sage: I.factor() # indirect doctest (Ideal (x) of Maximal order of Rational function field in x over Finite Field in z2 of size 2^2)^3 * (Ideal (x + 1) of Maximal order of Rational function field in x over Finite Field in z2 of size 2^2)^2 """ factors = [] for f,m in self._gen.factor(): factors.append( (self.ring().ideal(f), m) ) return factors class FunctionFieldIdeal_module(FunctionFieldIdeal, Ideal_generic): """ A fractional ideal specified by a finitely generated module over the integers of the base field. INPUT: - ``ring`` -- an order in a function field - ``module`` -- a module of the order EXAMPLES: An ideal in an extension of a rational function field:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(y) sage: I Ideal (x^3 + 1, -y) of Order in Function field in y defined by y^2 - x^3 - 1 sage: I^2 Ideal (x^3 + 1, (-x^3 - 1)*y) of Order in Function field in y defined by y^2 - x^3 - 1 """ def __init__(self, ring, module): """ Initialize. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(y) sage: TestSuite(I).run() """ FunctionFieldIdeal.__init__(self, ring) self._module = module self._structure = ring.fraction_field().vector_space() V, from_V, to_V = self._structure self._gens = tuple([from_V(a) for a in module.basis()]) # module generators are still ideal generators Ideal_generic.__init__(self, ring, self._gens, coerce=False) def __contains__(self, x): """ Return ``True`` if ``x`` is in this ideal. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(y); I Ideal (x^3 + 1, -y) of Order in Function field in y defined by y^2 - x^3 - 1 sage: y in I True sage: y/x in I False sage: y^2 - 2 in I False """ return self._structure[2](x) in self._module def __hash__(self): """ Return the hash of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(y) sage: d = {I: 1} # indirect doctest """ return hash((self._ring,self._module)) def _richcmp_(self, other, op): """ Compare this ideal with the ``other`` ideal with respect to ``op``. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(x, y); J = O.ideal(y^2 - 2) sage: I + J == J + I # indirect test True sage: I + I == I # indirect doctest True sage: I == J False sage: I < J True sage: J < I False """ return richcmp(self.module().basis(), other.module().basis(), op) def module(self): """ Return the module over the maximal order of the base field that underlies this ideal. The formation of the module is compatible with the vector space corresponding to the function field. OUTPUT: - a module over the maximal order of the base field of the ideal EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order(); O Order in Function field in y defined by y^2 - x^3 - 1 sage: I = O.ideal(x^2 + 1) sage: I.gens() (x^2 + 1, (x^2 + 1)*y) sage: I.module() Free module of degree 2 and rank 2 over Maximal order of Rational function field in x over Rational Field Echelon basis matrix: [x^2 + 1 0] [ 0 x^2 + 1] sage: V, from_V, to_V = L.vector_space(); V Vector space of dimension 2 over Rational function field in x over Rational Field sage: I.module().is_submodule(V) True """ return self._module def gens(self): """ Return a set of generators of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(x^2 + 1) sage: I.gens() (x^2 + 1, (x^2 + 1)*y) """ return self._gens def gen(self, i): """ Return the ``i``-th generator in the current basis of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(x^2 + 1) sage: I.gen(1) (x^2 + 1)*y """ return self._gens[i] def ngens(self): """ Return the number of generators in the basis. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(x^2 + 1) sage: I.ngens() 2 """ return len(self._gens) def _add_(self, other): """ Add this ideal with the ``other`` ideal. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(y) sage: J = O.ideal(x+y) sage: I + J Ideal ((-x^2 + x)*y + 1, -y) of Order in Function field in y defined by y^2 - x^3 - 1 """ return self.ring().ideal(self.gens() + other.gens()) def _mul_(self, other): """ Multiply this ideal with the ``other`` ideal. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(y) sage: J = O.ideal(x+y) sage: I * J Ideal ((-x^5 + x^4 - x^2 + x)*y + x^3 + 1, (x^3 - x^2 + 1)*y) of Order in Function field in y defined by y^2 - x^3 - 1 """ return self.ring().ideal([x*y for x in self.gens() for y in other.gens()]) def _acted_upon_(self, other, on_left): """ Multiply this ideal on the right with ``other``. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(y) sage: x * I Ideal (x^4 + x, -x*y) of Order in Function field in y defined by y^2 - x^3 - 1 """ return self.ring().ideal([other * x for x in self.gens()]) def intersection(self, other): """ Return the intersection of this ideal and ``other``. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(y^3); J = O.ideal(y^2) sage: Z = I.intersection(J); Z Ideal (x^6 + 2*x^3 + 1, (-x^3 - 1)*y) of Order in Function field in y defined by y^2 - x^3 - 1 sage: y^2 in Z False sage: y^3 in Z True """ if not isinstance(other, FunctionFieldIdeal): try: if self.ring().has_coerce_map_from(other): return self except (TypeError,ArithmeticError,ValueError): pass other = self.ring().ideal(other) basis = self.module().intersection(other.module()).basis() V, from_V, to_V = self._structure return self.ring().ideal_with_gens_over_base([from_V(a) for a in basis]) def __invert__(self): """ Return the inverse of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(y) sage: ~I Ideal (-1, (1/(x^3 + 1))*y) of Order in Function field in y defined by y^2 - x^3 - 1 sage: I^-1 Ideal (-1, (1/(x^3 + 1))*y) of Order in Function field in y defined by y^2 - x^3 - 1 sage: ~I * I Ideal (1) of Order in Function field in y defined by y^2 - x^3 - 1 """ if len(self.gens()) == 0: raise ZeroDivisionError # NOTE: If I = (g0, ..., gn), then {x : x*I is in R} # is the intersection over i of {x : x*gi is in R} # Thus (I + J)^(-1) = I^(-1) intersect J^(-1). G = self.gens() R = self.ring() inv = R.ideal(~G[0]) for g in G[1:]: inv = inv.intersection(R.ideal(~g)) return inv class FunctionFieldIdeal_polymod(FunctionFieldIdeal): """ Fractional ideals of algebraic function fields INPUT: - ``ring`` -- order in a function field - ``hnf`` -- matrix in hermite normal form - ``denominator`` -- denominator The rows of ``hnf`` is a basis of the ideal, which itself is ``denominator`` times the fractional ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3*y - x) sage: O = L.maximal_order() sage: O.ideal(y) Ideal (y) of Maximal order of Function field in y defined by y^2 + x^3*y + x """ def __init__(self, ring, hnf, denominator=1): """ Initialize. TESTS:: sage: K.<x> = FunctionField(GF(2)); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3*y - x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: TestSuite(I).run() """ FunctionFieldIdeal.__init__(self, ring) # the denominator and the entries of the hnf are # univariate polynomials. self._hnf = hnf self._denominator = denominator # for prime ideals self._relative_degree = None self._ramification_index = None self._prime_below = None self._beta = None # beta in matrix form for fast multiplication self._beta_matrix = None # (p, q) with irreducible polynomial p and q an element of O in vector # form, together generating the prime ideal. This data is obtained by # Kummer's theorem when this prime ideal is constructed. This is used # for fast multiplication with other ideal. self._kummer_form = None def __bool__(self): """ Test if this ideal is zero. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3*y - x) sage: O = L.maximal_order() sage: I = O.ideal(y); I Ideal (y) of Maximal order of Function field in y defined by y^2 + x^3*y + x sage: I.is_zero() False sage: J = 0*I; J Zero ideal of Maximal order of Function field in y defined by y^2 + x^3*y + x sage: J.is_zero() True sage: K.<x>=FunctionField(GF(2)); _.<Y>=K[] sage: L.<y>=K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y); I Ideal (y) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x sage: I.is_zero() False sage: J = 0*I; J Zero ideal of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x sage: J.is_zero() True """ return self._hnf.nrows() != 0 __nonzero__ = __bool__ def __hash__(self): """ Return the hash of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3*Y - x) sage: O = L.maximal_order() sage: I = O.ideal(1/y) sage: { I: 2 }[I] == 2 True sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(1/y) sage: { I: 2 }[I] == 2 True """ return hash((self._ring, self._hnf, self._denominator)) def __contains__(self, x): """ Return ``True`` if ``x`` is in this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(7)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3 - 1) sage: O = L.maximal_order() sage: I = O.ideal([y]); I Ideal (y) of Maximal order of Function field in y defined by y^2 + 6*x^3 + 6 sage: x * y in I True sage: y / x in I False sage: y^2 - 2 in I False sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal([y]); I Ideal (y) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x sage: x * y in I True sage: y / x in I False sage: y^2 - 2 in I False sage: K.<x> = FunctionField(QQ); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3 - 1) sage: O = L.maximal_order() sage: I = O.ideal([y]); I Ideal (y) of Maximal order of Function field in y defined by y^2 - x^3 - 1 sage: x * y in I True sage: y / x in I False sage: y^2 - 2 in I False sage: K.<x> = FunctionField(QQ); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal([y]); I Ideal (y) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x sage: x * y in I True sage: y / x in I False sage: y^2 - 2 in I False """ vec = self.ring().coordinate_vector(self._denominator * x) v = [] for e in vec: if e.denominator() != 1: return False v.append(e.numerator()) vec = vector(v) return vec in self._hnf.image() def __invert__(self): """ Return the inverse fractional ideal of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(7)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3 - 1) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: ~I Ideal ((1/(x^3 + 1))*y) of Maximal order of Function field in y defined by y^2 + 6*x^3 + 6 sage: I^(-1) Ideal ((1/(x^3 + 1))*y) of Maximal order of Function field in y defined by y^2 + 6*x^3 + 6 sage: ~I * I Ideal (1) of Maximal order of Function field in y defined by y^2 + 6*x^3 + 6 :: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: ~I Ideal ((x/(x^2 + 1))*y + x/(x^2 + 1)) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x sage: I^(-1) Ideal ((x/(x^2 + 1))*y + x/(x^2 + 1)) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x sage: ~I * I Ideal (1) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x :: sage: K.<x> = FunctionField(QQ); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3 - 1) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: ~I Ideal ((1/(x^3 + 1))*y) of Maximal order of Function field in y defined by y^2 - x^3 - 1 sage: I^(-1) Ideal ((1/(x^3 + 1))*y) of Maximal order of Function field in y defined by y^2 - x^3 - 1 sage: ~I * I Ideal (1) of Maximal order of Function field in y defined by y^2 - x^3 - 1 :: sage: K.<x> = FunctionField(QQ); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: ~I Ideal ((x/(x^2 + 1))*y + x/(x^2 + 1)) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x sage: I^(-1) Ideal ((x/(x^2 + 1))*y + x/(x^2 + 1)) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x sage: ~I * I Ideal (1) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x """ R = self.ring() T = R._codifferent_matrix() I = self * R.codifferent() J = I._denominator * (I._hnf * T).inverse() return R._ideal_from_vectors(J.columns()) def _richcmp_(self, other, op): """ Compare this ideal with the other ideal with respect to ``op``. INPUT: - ``other`` -- ideal - ``op`` -- comparison operator EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3*Y - x) sage: O = L.maximal_order() sage: I = O.ideal(1/y) sage: I == I + I True sage: I == I * I False :: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(1/y) sage: I == I + I True sage: I == I * I False sage: I < I * I True sage: I > I * I False """ return richcmp((self._denominator, self._hnf), (other._denominator, other._hnf), op) def _add_(self, other): """ Add with other ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3*Y - x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: J = O.ideal(x+y) sage: I + J Ideal (y) of Maximal order of Function field in y defined by y^2 + x^3*y + x sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: J = O.ideal(x+y) sage: I + J Ideal (1, y) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x """ ds = self._denominator do = other._denominator vecs1 = [do * r for r in self._hnf] vecs2 = [ds * r for r in other._hnf] return self._ring._ideal_from_vectors_and_denominator(vecs1 + vecs2, ds * do) def _mul_(self, other): """ Multiply with other ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3*Y - x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: J = O.ideal(x+y) sage: I * J Ideal (x^4 + x^2 + x, x*y + x^2) of Maximal order of Function field in y defined by y^2 + x^3*y + x sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: J = O.ideal(x+y) sage: I * J Ideal ((x + 1)*y + (x^2 + 1)/x) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x """ O = self._ring mul = O._mul_vecs if self._kummer_form is not None: p, q = self._kummer_form vecs = list(p * other._hnf) + [mul(q, v) for v in other._hnf] elif other._kummer_form is not None: p, q = other._kummer_form vecs = list(p * self._hnf) + [mul(q, v) for v in self._hnf] else: vecs = [mul(r1,r2) for r1 in self._hnf for r2 in other._hnf] return O._ideal_from_vectors_and_denominator(vecs, self._denominator * other._denominator) def _acted_upon_(self, other, on_left): """ Multiply ``other`` and this ideal on the right. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3*Y - x) sage: O = L.maximal_order() sage: I = O.ideal(x+y) sage: J = O.ideal(x) sage: x * I == I * J True sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(x+y) sage: J = O.ideal(x) sage: x * I == I * J True """ O = self._ring mul = O._mul_vecs # compute the vector form of other element v = O.coordinate_vector(other) d = v.denominator() vec = vector([(d * c).numerator() for c in v]) # multiply with the ideal vecs = [mul(vec, r) for r in self._hnf] return O._ideal_from_vectors_and_denominator(vecs, d * self._denominator) def intersect(self, other): """ Intersect this ideal with the other ideal as fractional ideals. INPUT: - ``other`` -- ideal EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3*Y - x) sage: O = L.maximal_order() sage: I = O.ideal(x+y) sage: J = O.ideal(x) sage: I.intersect(J) == I * J * (I + J)^-1 True """ from sage.matrix.special import block_matrix A = self._hnf B = other._hnf ds = self.denominator() do = other.denominator() d = ds.lcm(do) if not d.is_one(): A = (d // ds) * A B = (d // do) * B MS = A.matrix_space() I = MS.identity_matrix() O = MS.zero() n = A.ncols() # intersect the row spaces of A and B M = block_matrix([[I,I],[A,O],[O,B]]) # reversed Hermite form U = reversed_hermite_form(M, transformation=True) vecs = [U[i][:n] for i in range(n)] return self._ring._ideal_from_vectors_and_denominator(vecs, d) def hnf(self): """ Return the matrix in hermite normal form representing this ideal. See also :meth:`denominator` EXAMPLES:: sage: K.<x> = FunctionField(GF(7)); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.maximal_order() sage: I = O.ideal(y*(y+1)); I.hnf() [x^6 + x^3 0] [ x^3 + 1 1] :: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.maximal_order() sage: I = O.ideal(y*(y+1)); I.hnf() [x^6 + x^3 0] [ x^3 + 1 1] """ return self._hnf def denominator(self): """ Return the denominator of this fractional ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(7)); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.maximal_order() sage: I = O.ideal(y/(y+1)) sage: d = I.denominator(); d x^3 sage: d in O True :: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.maximal_order() sage: I = O.ideal(y/(y+1)) sage: d = I.denominator(); d x^3 sage: d in O True """ return self._denominator @cached_method def module(self): """ Return the module, that is the ideal viewed as a module over the base maximal order. EXAMPLES:: sage: K.<x> = FunctionField(GF(7)); R.<y> = K[] sage: F.<y> = K.extension(y^2 - x^3 - 1) sage: O = F.maximal_order() sage: I = O.ideal(x,1/y) sage: I.module() Free module of degree 2 and rank 2 over Maximal order of Rational function field in x over Finite Field of size 7 Echelon basis matrix: [ 1 0] [ 0 1/(x^3 + 1)] """ F = self.ring().fraction_field() V, fr, to = F.vector_space() O = F.base_field().maximal_order() return V.span([to(g) for g in self.gens_over_base()], base_ring=O) @cached_method def gens_over_base(self): """ Return the generators of this ideal as a module over the maximal order of the base rational function field. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3*Y - x) sage: O = L.maximal_order() sage: I = O.ideal(x+y) sage: I.gens_over_base() (x^4 + x^2 + x, y + x) sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(x+y) sage: I.gens_over_base() (x^3 + 1, y + x) """ gens, d = self._gens_over_base return tuple([~d * b for b in gens]) @lazy_attribute def _gens_over_base(self): """ Return the generators of the integral ideal, which is the denominator times the fractional ideal, together with the denominator. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3*y - x) sage: O = L.maximal_order() sage: I = O.ideal(1/y) sage: I._gens_over_base ([x, y], x) """ gens = [] for row in self._hnf: gens.append(sum([c1*c2 for c1,c2 in zip(row, self._ring.basis())])) return gens, self._denominator def gens(self): """ Return a set of generators of this ideal. This provides whatever set of generators as quickly as possible. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3*Y - x) sage: O = L.maximal_order() sage: I = O.ideal(x+y) sage: I.gens() (x^4 + x^2 + x, y + x) sage: L.<y> = K.extension(Y^2 +Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(x+y) sage: I.gens() (x^3 + 1, y + x) """ return self.gens_over_base() @cached_method def basis_matrix(self): """ Return the matrix of basis vectors of this ideal as a module. The basis matrix is by definition the hermite norm form of the ideal divided by the denominator. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); R.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3-x^2*(x^2+x+1)^2) sage: O = F.maximal_order() sage: I = O.ideal(x,1/y) sage: I.denominator() * I.basis_matrix() == I.hnf() True """ d = self.denominator() m = (d * self).hnf() if d != 1: m = ~d * m m.set_immutable() return m def is_integral(self): """ Return ``True`` if this is an integral ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3-x^2*(x^2+x+1)^2) sage: O = F.maximal_order() sage: I = O.ideal(x,1/y) sage: I.is_integral() False sage: J = I.denominator() * I sage: J.is_integral() True sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(x,1/y) sage: I.is_integral() False sage: J = I.denominator() * I sage: J.is_integral() True sage: K.<x> = FunctionField(QQ); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3-x^2*(x^2+x+1)^2) sage: O = F.maximal_order() sage: I = O.ideal(x,1/y) sage: I.is_integral() False sage: J = I.denominator() * I sage: J.is_integral() True """ return self.denominator() == 1 def ideal_below(self): """ Return the ideal below this ideal. This is defined only for integral ideals. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<t> = K[] sage: F.<y> = K.extension(t^3-x^2*(x^2+x+1)^2) sage: O = F.maximal_order() sage: I = O.ideal(x,1/y) sage: I.ideal_below() Traceback (most recent call last): ... TypeError: not an integral ideal sage: J = I.denominator() * I sage: J.ideal_below() Ideal (x^3 + x^2 + x) of Maximal order of Rational function field in x over Finite Field of size 2 sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(x,1/y) sage: I.ideal_below() Traceback (most recent call last): ... TypeError: not an integral ideal sage: J = I.denominator() * I sage: J.ideal_below() Ideal (x^3 + x) of Maximal order of Rational function field in x over Finite Field of size 2 sage: K.<x> = FunctionField(QQ); _.<t> = K[] sage: F.<y> = K.extension(t^3-x^2*(x^2+x+1)^2) sage: O = F.maximal_order() sage: I = O.ideal(x,1/y) sage: I.ideal_below() Traceback (most recent call last): ... TypeError: not an integral ideal sage: J = I.denominator() * I sage: J.ideal_below() Ideal (x^3 + x^2 + x) of Maximal order of Rational function field in x over Rational Field """ if not self.is_integral(): raise TypeError("not an integral ideal") K = self.ring().fraction_field().base_field().maximal_order() # self._hnf is in reversed hermite normal form, that is, lower # triangular form. Thus the generator of the ideal below is # just the (0,0) entry of the normal form. When self._hnf was in # hermite normal form, that is, upper triangular form, then the # generator can be computed in the following way: # # m = matrix([hnf[0].parent().gen(0)] + list(hnf)) # _,T = m.hermite_form(transformation=True) # return T[-1][0] # # This is certainly less efficient! This is an argument for using # reversed hermite normal form for ideal representation. l = self._hnf[0][0] return K.ideal(l) def norm(self): """ Return the norm of this fractional ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3-x^2*(x^2+x+1)^2) sage: O = F.maximal_order() sage: i1 = O.ideal(x) sage: i2 = O.ideal(y) sage: i3 = i1 * i2 sage: i3.norm() == i1.norm() * i2.norm() True sage: i1.norm() x^3 sage: i1.norm() == x ** F.degree() True sage: i2.norm() x^6 + x^4 + x^2 sage: i2.norm() == y.norm() True sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: i1 = O.ideal(x) sage: i2 = O.ideal(y) sage: i3 = i1 * i2 sage: i3.norm() == i1.norm() * i2.norm() True sage: i1.norm() x^2 sage: i1.norm() == x ** L.degree() True sage: i2.norm() (x^2 + 1)/x sage: i2.norm() == y.norm() True """ n = 1 for e in self.basis_matrix().diagonal(): n *= e return n @cached_method def is_prime(self): """ Return ``True`` if this ideal is a prime ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3-x^2*(x^2+x+1)^2) sage: O = F.maximal_order() sage: I = O.ideal(y) sage: [f.is_prime() for f,_ in I.factor()] [True, True] sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: [f.is_prime() for f,_ in I.factor()] [True, True] sage: K.<x> = FunctionField(QQ); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3-x^2*(x^2+x+1)^2) sage: O = F.maximal_order() sage: I = O.ideal(y) sage: [f.is_prime() for f,_ in I.factor()] [True, True] """ factors = self.factor() if len(factors) == 1 and factors[0][1] == 1: # prime! prime = factors[0][0] assert self == prime self._relative_degree = prime._relative_degree self._ramification_index = prime._ramification_index self._prime_below = prime._prime_below self._beta = prime._beta self._beta_matrix = prime._beta_matrix return True else: return False ################################################### # The following methods are only for prime ideals # ################################################### def valuation(self, ideal): """ Return the valuation of ``ideal`` at this prime ideal. INPUT: - ``ideal`` -- fractional ideal EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<t> = K[] sage: F.<y> = K.extension(t^3 - x^2*(x^2 + x + 1)^2) sage: O = F.maximal_order() sage: I = O.ideal(x, (1/(x^3 + x^2 + x))*y^2) sage: I.is_prime() True sage: J = O.ideal(y) sage: I.valuation(J) 2 sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: [f.valuation(I) for f,_ in I.factor()] [-1, 2] The method closely follows Algorithm 4.8.17 of [Coh1993]_. """ if ideal.is_zero(): return infinity O = self.ring() F = O.fraction_field() n = F.degree() # beta_matrix is for fast multiplication with beta. For performance, # this is computed here rather than when the prime is constructed. if self._beta_matrix is None: beta = self._beta m = [] for i in range(n): mtable_row = O._mtable[i] c = sum(beta[j] * mtable_row[j] for j in range(n)) m.append(c) self._beta_matrix = matrix(m) B = self._beta_matrix # Step 1: compute the valuation of the denominator times the ideal # # This part is highly optimized as it is critical for # overall performance of the function field machinery. p = self.prime_below().gen().numerator() h = ideal._hnf.list() val = min([c.valuation(p) for c in h]) i = self._ramification_index * val while True: ppow = p ** val h = (matrix(n, [c // ppow for c in h]) * B).list() val = min([c.valuation(p) for c in h]) if val.is_zero(): break i += self._ramification_index * (val - 1) + 1 # Step 2: compute the valuation of the denominator j = self._ramification_index * ideal.denominator().valuation(p) # Step 3: return the valuation return i - j def prime_below(self): """ Return the prime lying below this prime ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: F.<y> = K.extension(Y^3 - x^2*(x^2 + x + 1)^2) sage: O = F.maximal_order() sage: I = O.ideal(y) sage: [f.prime_below() for f,_ in I.factor()] [Ideal (x) of Maximal order of Rational function field in x over Finite Field of size 2, Ideal (x^2 + x + 1) of Maximal order of Rational function field in x over Finite Field of size 2] sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: [f.prime_below() for f,_ in I.factor()] [Ideal (x) of Maximal order of Rational function field in x over Finite Field of size 2, Ideal (x + 1) of Maximal order of Rational function field in x over Finite Field of size 2] sage: K.<x> = FunctionField(QQ); _.<Y> = K[] sage: F.<y> = K.extension(Y^3 - x^2*(x^2 + x + 1)^2) sage: O = F.maximal_order() sage: I = O.ideal(y) sage: [f.prime_below() for f,_ in I.factor()] [Ideal (x) of Maximal order of Rational function field in x over Rational Field, Ideal (x^2 + x + 1) of Maximal order of Rational function field in x over Rational Field] """ return self._prime_below def _factor(self): """ Return the factorization of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<t> = K[] sage: F.<y> = K.extension(t^3-x^2*(x^2+x+1)^2) sage: O = F.maximal_order() sage: I = O.ideal(y) sage: I == I.factor().prod() # indirect doctest True """ O = self.ring() F = O.fraction_field() o = F.base_field().maximal_order() # First we collect primes below self d = self._denominator i = d * self factors = [] primes = set([o.ideal(p) for p,_ in d.factor()] + [p for p,_ in i.ideal_below().factor()]) for prime in primes: qs = [q[0] for q in O.decomposition(prime)] for q in qs: exp = q.valuation(self) if exp != 0: factors.append((q,exp)) return factors class FunctionFieldIdeal_global(FunctionFieldIdeal_polymod): """ Fractional ideals of canonical function fields INPUT: - ``ring`` -- order in a function field - ``hnf`` -- matrix in hermite normal form - ``denominator`` -- denominator The rows of ``hnf`` is a basis of the ideal, which itself is ``denominator`` times the fractional ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3*y - x) sage: O = L.maximal_order() sage: O.ideal(y) Ideal (y) of Maximal order of Function field in y defined by y^2 + x^3*y + x """ def __init__(self, ring, hnf, denominator=1): """ Initialize. TESTS:: sage: K.<x> = FunctionField(GF(5)); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3*y - x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: TestSuite(I).run() """ FunctionFieldIdeal_polymod.__init__(self, ring, hnf, denominator) def gens(self): """ Return a set of generators of this ideal. This provides whatever set of generators as quickly as possible. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 - x^3*Y - x) sage: O = L.maximal_order() sage: I = O.ideal(x+y) sage: I.gens() (x^4 + x^2 + x, y + x) sage: L.<y> = K.extension(Y^2 +Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(x+y) sage: I.gens() (x^3 + 1, y + x) """ if self._gens_two.is_in_cache(): return self._gens_two.cache else: return self.gens_over_base() def gens_two(self): r""" Return two generators of this fractional ideal. If the ideal is principal, one generator *may* be returned. ALGORITHM: At most two generators are required to generate ideals in Dedekind domains. Lemma 4.7.9, algorithm 4.7.10, and exercise 4.29 of [Coh1993]_ tell us that for an integral ideal `I` in a number field, if we pick `a` such that `\gcd(N(I), N(a)/N(I)) = 1`, then `a` and `N(I)` generate the ideal. `N()` is the norm, and this result (presumably) generalizes to function fields. After computing `N(I)`, we search exhaustively to find `a`. .. TODO:: Always return a single generator for a principal ideal. Testing for principality is not trivial. Algorithm 6.5.10 of [Coh1993]_ could probably be adapted for function fields. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<t> = K[] sage: F.<y> = K.extension(t^3 - x^2*(x^2 + x + 1)^2) sage: O = F.maximal_order() sage: I = O.ideal(y) sage: I # indirect doctest Ideal (y) of Maximal order of Function field in y defined by y^3 + x^6 + x^4 + x^2 sage: ~I # indirect doctest Ideal ((1/(x^6 + x^4 + x^2))*y^2) of Maximal order of Function field in y defined by y^3 + x^6 + x^4 + x^2 sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: O = L.maximal_order() sage: I = O.ideal(y) sage: I # indirect doctest Ideal (y) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x sage: ~I # indirect doctest Ideal ((x/(x^2 + 1))*y + x/(x^2 + 1)) of Maximal order of Function field in y defined by y^2 + y + (x^2 + 1)/x """ d = self.denominator() return tuple(e/d for e in self._gens_two()) @cached_method def _gens_two(self): """ Return a set of two generators of the integral ideal, that is the denominator times this fractional ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(4)); _.<Y> = K[] sage: F.<y> = K.extension(Y^3 + x^3*Y + x) sage: O = F.maximal_order() sage: I = O.ideal(x^2,x*y,x+y) sage: I._gens_two() (x, y) sage: K.<x> = FunctionField(GF(3)) sage: _.<Y> = K[] sage: L.<y> = K.extension(Y-x) sage: y.zeros()[0].prime_ideal()._gens_two() (x,) """ O = self.ring() F = O.fraction_field() if self._kummer_form is not None: # prime ideal _g1, _g2 = self._kummer_form g1 = F(_g1) g2 = sum([c1*c2 for c1,c2 in zip(_g2, O.basis())]) if g2: return (g1,g2) else: return (g1,) ### start to search for two generators hnf = self._hnf norm = 1 for e in hnf.diagonal(): norm *= e if norm.is_constant(): # unit ideal return (F(1),) # one generator; see .ideal_below() l = hnf[0][0] p = l.degree() l = F(l) if self._hnf == O.ideal(l)._hnf: # principal ideal return (l,) R = hnf.base_ring() basis = [] for row in hnf: basis.append(sum([c1*c2 for c1,c2 in zip(row, O.basis())])) n = len(basis) alpha = None def check(alpha): alpha_norm = alpha.norm().numerator() # denominator is 1 return norm.gcd(alpha_norm // norm) == 1 # Trial 1: search for alpha among generators for alpha in basis: if check(alpha): return (l, alpha) # Trial 2: exhaustive search for alpha using only polynomials # with coefficients 0 or 1 for d in range(p): G = itertools.product(itertools.product([0,1],repeat=d+1), repeat=n) for g in G: alpha = sum([R(c1)*c2 for c1,c2 in zip(g, basis)]) if check(alpha): return (l, alpha) # Trial 3: exhaustive search for alpha using all polynomials for d in range(p): G = itertools.product(R.polynomials(max_degree=d), repeat=n) for g in G: # discard duplicate cases if max(c.degree() for c in g) != d: continue for j in range(n): if g[j] != 0: break if g[j].leading_coefficient() != 1: continue alpha = sum([c1*c2 for c1,c2 in zip(g, basis)]) if check(alpha): return (l, alpha) # should not reach here raise ValueError("no two generators found") class FunctionFieldIdealInfinite(FunctionFieldIdeal): """ Base class of ideals of maximal infinite orders """ pass class FunctionFieldIdealInfinite_rational(FunctionFieldIdealInfinite): """ Fractional ideal of the maximal order of rational function field. INPUT: - ``ring`` -- infinite maximal order - ``gen``-- generator Note that the infinite maximal order is a principal ideal domain. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: Oinf.ideal(x) Ideal (x) of Maximal infinite order of Rational function field in x over Finite Field of size 2 """ def __init__(self, ring, gen): """ Initialize. TESTS:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal(x) sage: TestSuite(I).run() """ FunctionFieldIdealInfinite.__init__(self, ring) self._gen = gen def __hash__(self): """ Return the hash of this fractional ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal(x) sage: J = Oinf.ideal(1/x) sage: d = { I: 1, J: 2 } """ return hash( (self.ring(), self._gen) ) def __contains__(self, element): """ Test if ``element`` is in this ideal. INPUT: - ``element`` -- element of the function field EXAMPLES:: sage: K.<x> = FunctionField(QQ) sage: O = K.maximal_order_infinite() sage: I = O.ideal(1/(x+1)) sage: x in I False sage: 1/x in I True sage: x/(x+1) in I False sage: 1/(x*(x+1)) in I True """ return (element / self._gen) in self._ring def _richcmp_(self, other, op): """ Compare this ideal and ``other`` with respect to ``op``. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal(x+1) sage: J = Oinf.ideal(x^2+x) sage: I + J == J True """ return richcmp(self._gen, other._gen, op) def _add_(self, other): """ Add this ideal with the other ideal. INPUT: - ``other`` -- ideal EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal(x/(x^2+1)) sage: J = Oinf.ideal(1/(x+1)) sage: I + J Ideal (1/x) of Maximal infinite order of Rational function field in x over Finite Field of size 2 """ return self._ring.ideal([self._gen, other._gen]) def _mul_(self, other): """ Multiply this ideal with the ``other`` ideal. INPUT: - ``other`` -- ideal EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal(x/(x^2+1)) sage: J = Oinf.ideal(1/(x+1)) sage: I * J Ideal (1/x^2) of Maximal infinite order of Rational function field in x over Finite Field of size 2 """ return self._ring.ideal([self._gen * other._gen]) def _acted_upon_(self, other, on_left): """ Multiply this ideal with the ``other`` ideal. INPUT: - ``other`` -- ideal EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal(x/(x^2+1)) sage: x * I Ideal (1) of Maximal infinite order of Rational function field in x over Finite Field of size 2 """ return self._ring.ideal([other * self._gen]) def __invert__(self): """ Return the multiplicative inverse of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal(x/(x^2 + 1)) sage: ~I # indirect doctest Ideal (x) of Maximal infinite order of Rational function field in x over Finite Field of size 2 """ return self._ring.ideal([~self._gen]) def is_prime(self): """ Return ``True`` if this ideal is a prime ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal(x/(x^2 + 1)) sage: I.is_prime() True """ x = self._ring.fraction_field().gen() return self._gen == 1/x def gen(self): """ Return the generator of this principal ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal((x+1)/(x^3+x),(x^2+1)/x^4) sage: I.gen() 1/x^2 """ return self._gen def gens(self): """ Return the generator of this principal ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal((x+1)/(x^3+x),(x^2+1)/x^4) sage: I.gens() (1/x^2,) """ return (self._gen,) def gens_over_base(self): """ Return the generator of this ideal as a rank one module over the infinite maximal order. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal((x+1)/(x^3+x),(x^2+1)/x^4) sage: I.gens_over_base() (1/x^2,) """ return (self._gen,) def valuation(self, ideal): """ Return the valuation of ``ideal`` at this prime ideal. INPUT: - ``ideal`` -- fractional ideal EXAMPLES:: sage: F.<x> = FunctionField(QQ) sage: O = F.maximal_order_infinite() sage: p = O.ideal(1/x) sage: p.valuation(O.ideal(x/(x+1))) 0 sage: p.valuation(O.ideal(0)) +Infinity """ if not self.is_prime(): raise TypeError("not a prime ideal") f = ideal.gen() if f == 0: return infinity else: return f.denominator().degree() - f.numerator().degree() def _factor(self): """ Return the factorization of this ideal into prime ideals. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: Oinf = K.maximal_order_infinite() sage: I = Oinf.ideal((x+1)/(x^3+1)) sage: I._factor() [(Ideal (1/x) of Maximal infinite order of Rational function field in x over Finite Field of size 2, 2)] """ g = ~(self.ring().fraction_field().gen()) m = self._gen.denominator().degree() - self._gen.numerator().degree() if m == 0: return [] else: return [(self.ring().ideal(g), m)] class FunctionFieldIdealInfinite_module(FunctionFieldIdealInfinite, Ideal_generic): """ A fractional ideal specified by a finitely generated module over the integers of the base field. INPUT: - ``ring`` -- order in a function field - ``module`` -- module EXAMPLES:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: O.ideal(y) Ideal (x^3 + 1, -y) of Order in Function field in y defined by y^2 - x^3 - 1 """ def __init__(self, ring, module): """ Initialize. TESTS:: sage: K.<x> = FunctionField(QQ); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal(y) sage: TestSuite(I).run() """ FunctionFieldIdealInfinite.__init__(self, ring) self._module = module self._structure = ring.fraction_field().vector_space() V, from_V, to_V = self._structure gens = tuple([from_V(a) for a in module.basis()]) self._gens = gens # module generators are still ideal generators Ideal_generic.__init__(self, ring, self._gens, coerce=False) def __contains__(self, x): """ Return ``True`` if ``x`` is in this ideal. INPUT: - ``x`` -- element of the function field EXAMPLES:: sage: K.<x> = FunctionField(GF(7)); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal_with_gens_over_base([1, y]); I Ideal (1) of Order in Function field in y defined by y^2 + 6*x^3 + 6 sage: y in I True sage: y/x in I False sage: y^2 - 2 in I True """ return self._structure[2](x) in self._module def __hash__(self): """ Return the hash of this ideal EXAMPLES:: sage: K.<x> = FunctionField(GF(7)); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal_with_gens_over_base([1, y]) sage: d = {I: 2} # indirect doctest """ return hash((self._ring,self._module)) def __eq__(self, other): """ Test equality of this ideal with the ``other`` ideal. INPUT: - ``other`` -- ideal EXAMPLES:: sage: K.<x> = FunctionField(GF(7)); R.<y> = K[] sage: L.<y> = K.extension(y^2 - x^3 - 1) sage: O = L.equation_order() sage: I = O.ideal_with_gens_over_base([1, y]) sage: I == I + I # indirect doctest True """ if not isinstance(other, FunctionFieldIdeal_module): other = self.ring().ideal(other) if self.ring() != other.ring(): raise ValueError("rings must be the same") if (self.module().is_submodule(other.module()) and other.module().is_submodule(self.module())): return True else: return False def module(self): """ Return the module over the maximal order of the base field that underlies this ideal. The formation of the module is compatible with the vector space corresponding to the function field. EXAMPLES:: sage: K.<x> = FunctionField(GF(7)) sage: O = K.maximal_order(); O Maximal order of Rational function field in x over Finite Field of size 7 sage: K.polynomial_ring() Univariate Polynomial Ring in x over Rational function field in x over Finite Field of size 7 sage: I = O.ideal([x^2 + 1, x*(x^2+1)]) sage: I.gens() (x^2 + 1,) sage: I.module() Free module of degree 1 and rank 1 over Maximal order of Rational function field in x over Finite Field of size 7 Echelon basis matrix: [x^2 + 1] sage: V, from_V, to_V = K.vector_space(); V Vector space of dimension 1 over Rational function field in x over Finite Field of size 7 sage: I.module().is_submodule(V) True """ return self._module class FunctionFieldIdealInfinite_polymod(FunctionFieldIdealInfinite): """ Ideals of the infinite maximal order of an algebraic function field. INPUT: - ``ring`` -- infinite maximal order of the function field - ``ideal`` -- ideal in the inverted function field EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); R.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3+t^2-x^4) sage: Oinf = F.maximal_order_infinite() sage: Oinf.ideal(1/y) Ideal (1/x^4*y^2) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4 """ def __init__(self, ring, ideal): """ Initialize this ideal. TESTS:: sage: K.<x> = FunctionField(GF(3^2)); R.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3+t^2-x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(1/y) sage: TestSuite(I).run() """ FunctionFieldIdealInfinite.__init__(self, ring) self._ideal = ideal def __hash__(self): """ Return the hash of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3 + t^2 - x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(1/y) sage: d = { I: 1 } sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: Oinf = L.maximal_order_infinite() sage: I = Oinf.ideal(1/y) sage: d = { I: 1 } """ return hash((self.ring(), self._ideal)) def __contains__(self, x): """ Return ``True`` if ``x`` is in this ideal. INPUT: - ``x`` -- element of the function field EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3 + t^2 - x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(1/y) sage: 1/y in I True sage: 1/x in I False sage: 1/x^2 in I True """ F = self.ring().fraction_field() iF,from_iF,to_iF = F._inversion_isomorphism() return to_iF(x) in self._ideal def _add_(self, other): """ Add this ideal with the ``other`` ideal. INPUT: - ``ideal`` -- ideal EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); R.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3+t^2-x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(1/x^2*1/y) sage: J = Oinf.ideal(1/x) sage: I + J Ideal (1/x) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4 sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: Oinf = L.maximal_order_infinite() sage: I = Oinf.ideal(1/x^2*1/y) sage: J = Oinf.ideal(1/x) sage: I + J Ideal (1/x) of Maximal infinite order of Function field in y defined by y^2 + y + (x^2 + 1)/x """ return FunctionFieldIdealInfinite_polymod(self._ring, self._ideal + other._ideal) def _mul_(self, other): """ Multiply this ideal with the ``other`` ideal. INPUT: - ``other`` -- ideal EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); R.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3+t^2-x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(1/x^2*1/y) sage: J = Oinf.ideal(1/x) sage: I * J Ideal (1/x^7*y^2) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4 sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: Oinf = L.maximal_order_infinite() sage: I = Oinf.ideal(1/x^2*1/y) sage: J = Oinf.ideal(1/x) sage: I * J Ideal (1/x^4*y) of Maximal infinite order of Function field in y defined by y^2 + y + (x^2 + 1)/x """ return FunctionFieldIdealInfinite_polymod(self._ring, self._ideal * other._ideal) def __pow__(self, n): """ Raise this ideal to ``n``-th power. EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); R.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3+t^2-x^4) sage: Oinf = F.maximal_order_infinite() sage: J = Oinf.ideal(1/x) sage: J^3 Ideal (1/x^3) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4 """ return FunctionFieldIdealInfinite_polymod(self._ring, self._ideal ** n) def __invert__(self): """ Return the inverted ideal of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3 + t^2 - x^4) sage: Oinf = F.maximal_order_infinite() sage: J = Oinf.ideal(y) sage: ~J Ideal (1/x^4*y^2) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4 sage: J * ~J Ideal (1) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4 sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: Oinf = L.maximal_order_infinite() sage: J = Oinf.ideal(y) sage: ~J Ideal (1/x*y) of Maximal infinite order of Function field in y defined by y^2 + y + (x^2 + 1)/x sage: J * ~J Ideal (1) of Maximal infinite order of Function field in y defined by y^2 + y + (x^2 + 1)/x """ return FunctionFieldIdealInfinite_polymod(self._ring, ~ self._ideal) def _richcmp_(self, other, op): """ Compare this ideal with the ``other`` ideal with respect to ``op``. EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3+t^2-x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(1/x^2*1/y) sage: J = Oinf.ideal(1/x) sage: I * J == J * I True sage: I + J == J True sage: I + J == I False sage: (I < J) == (not J < I) True sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: Oinf = L.maximal_order_infinite() sage: I = Oinf.ideal(1/x^2*1/y) sage: J = Oinf.ideal(1/x) sage: I * J == J * I True sage: I + J == J True sage: I + J == I False sage: (I < J) == (not J < I) True """ return richcmp(self._ideal, other._ideal, op) @property def _relative_degree(self): """ Return the relative degree of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: Oinf = L.maximal_order_infinite() sage: I = Oinf.ideal(1/x) sage: [J._relative_degree for J,_ in I.factor()] [1] """ if not self.is_prime(): raise TypeError("not a prime ideal") return self._ideal._relative_degree def gens(self): """ Return a set of generators of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); R.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3+t^2-x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(x+y) sage: I.gens() (x, y, 1/x^2*y^2) sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: Oinf = L.maximal_order_infinite() sage: I = Oinf.ideal(x+y) sage: I.gens() (x, y) """ F = self.ring().fraction_field() iF,from_iF,to_iF = F._inversion_isomorphism() return tuple(from_iF(b) for b in self._ideal.gens()) def gens_two(self): """ Return a set of at most two generators of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); R.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3+t^2-x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(x+y) sage: I.gens_two() (x, y) sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2+Y+x+1/x) sage: Oinf = L.maximal_order_infinite() sage: I = Oinf.ideal(x+y) sage: I.gens_two() (x,) """ F = self.ring().fraction_field() iF,from_iF,to_iF = F._inversion_isomorphism() return tuple(from_iF(b) for b in self._ideal.gens_two()) def gens_over_base(self): """ Return a set of generators of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); _.<t> = K[] sage: F.<y> = K.extension(t^3 + t^2 - x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(x + y) sage: I.gens_over_base() (x, y, 1/x^2*y^2) """ F = self.ring().fraction_field() iF,from_iF,to_iF = F._inversion_isomorphism() return tuple(from_iF(g) for g in self._ideal.gens_over_base()) def ideal_below(self): """ Return a set of generators of this ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); _.<t> = K[] sage: F.<y> = K.extension(t^3 + t^2 - x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(1/y^2) sage: I.ideal_below() Ideal (x^3) of Maximal order of Rational function field in x over Finite Field in z2 of size 3^2 """ return self._ideal.ideal_below() def is_prime(self): """ Return ``True`` if this ideal is a prime ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3 + t^2 - x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(1/x) sage: I.factor() (Ideal (1/x^3*y^2) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4)^3 sage: I.is_prime() False sage: J = I.factor()[0][0] sage: J.is_prime() True sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: Oinf = L.maximal_order_infinite() sage: I = Oinf.ideal(1/x) sage: I.factor() (Ideal (1/x*y) of Maximal infinite order of Function field in y defined by y^2 + y + (x^2 + 1)/x)^2 sage: I.is_prime() False sage: J = I.factor()[0][0] sage: J.is_prime() True """ return self._ideal.is_prime() @cached_method def prime_below(self): """ Return the prime of the base order that underlies this prime ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(3^2)); _.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3+t^2-x^4) sage: Oinf = F.maximal_order_infinite() sage: I = Oinf.ideal(1/x) sage: I.factor() (Ideal (1/x^3*y^2) of Maximal infinite order of Function field in y defined by y^3 + y^2 + 2*x^4)^3 sage: J = I.factor()[0][0] sage: J.is_prime() True sage: J.prime_below() Ideal (1/x) of Maximal infinite order of Rational function field in x over Finite Field in z2 of size 3^2 sage: K.<x> = FunctionField(GF(2)); _.<Y> = K[] sage: L.<y> = K.extension(Y^2 + Y + x + 1/x) sage: Oinf = L.maximal_order_infinite() sage: I = Oinf.ideal(1/x) sage: I.factor() (Ideal (1/x*y) of Maximal infinite order of Function field in y defined by y^2 + y + (x^2 + 1)/x)^2 sage: J = I.factor()[0][0] sage: J.is_prime() True sage: J.prime_below() Ideal (1/x) of Maximal infinite order of Rational function field in x over Finite Field of size 2 """ if not self.is_prime(): raise TypeError("not a prime ideal") F = self.ring().fraction_field() K = F.base_field() return K.maximal_order_infinite().prime_ideal() def valuation(self, ideal): """ Return the valuation of ``ideal`` with respect to this prime ideal. INPUT: - ``ideal`` -- fractional ideal EXAMPLES:: sage: K.<x>=FunctionField(GF(2)); _.<Y> = K[] sage: L.<y>=K.extension(Y^2 + Y + x + 1/x) sage: Oinf = L.maximal_order_infinite() sage: I = Oinf.ideal(y) sage: [f.valuation(I) for f,_ in I.factor()] [-1] """ if not self.is_prime(): raise TypeError("not a prime ideal") return self._ideal.valuation(self.ring()._to_iF(ideal)) def _factor(self): """ Return factorization of the ideal. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)); R.<t> = PolynomialRing(K) sage: F.<y> = K.extension(t^3-x^2*(x^2+x+1)^2) sage: Oinf = F.maximal_order_infinite() sage: f= 1/x sage: I = Oinf.ideal(f) sage: I._factor() [(Ideal (1/x, 1/x^4*y^2 + 1/x^2*y + 1) of Maximal infinite order of Function field in y defined by y^3 + x^6 + x^4 + x^2, 1), (Ideal (1/x, 1/x^2*y + 1) of Maximal infinite order of Function field in y defined by y^3 + x^6 + x^4 + x^2, 1)] """ if self._ideal.is_prime.is_in_cache() and self._ideal.is_prime(): return [(self, 1)] O = self.ring() factors = [] for iprime, exp in O._to_iF(self).factor(): prime = FunctionFieldIdealInfinite_polymod(O, iprime) factors.append((prime, exp)) return factors class IdealMonoid(UniqueRepresentation, Parent): r""" The monoid of ideals in orders of function fields. INPUT: - ``R`` -- order EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: O = K.maximal_order() sage: M = O.ideal_monoid(); M Monoid of ideals of Maximal order of Rational function field in x over Finite Field of size 2 """ def __init__(self, R): """ Initialize the ideal monoid. TESTS:: sage: K.<x> = FunctionField(GF(2)) sage: O = K.maximal_order() sage: M = O.ideal_monoid() sage: TestSuite(M).run() """ self.Element = R._ideal_class Parent.__init__(self, category = Monoids()) self.__R = R self._populate_coercion_lists_() def _repr_(self): """ Return the string representation of the ideal monoid. TESTS:: sage: K.<x> = FunctionField(GF(2)) sage: O = K.maximal_order() sage: M = O.ideal_monoid(); M._repr_() 'Monoid of ideals of Maximal order of Rational function field in x over Finite Field of size 2' """ return "Monoid of ideals of %s" % self.__R def ring(self): """ Return the ring of which this is the ideal monoid. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: O = K.maximal_order() sage: M = O.ideal_monoid(); M.ring() is O True """ return self.__R def _element_constructor_(self, x): """ Create an ideal in the monoid from ``x``. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: O = K.maximal_order() sage: M = O.ideal_monoid() sage: M(x) Ideal (x) of Maximal order of Rational function field in x over Finite Field of size 2 sage: M([x-4, 1/x]) Ideal (1/x) of Maximal order of Rational function field in x over Finite Field of size 2 """ try: # x is an ideal x = x.gens() except AttributeError: pass return self.__R.ideal(x) def _coerce_map_from_(self, x): """ Used by coercion framework. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: O = K.maximal_order() sage: M = O.ideal_monoid() sage: M.has_coerce_map_from(O) # indirect doctest True sage: M.has_coerce_map_from(O.ideal_monoid()) True """ if isinstance(x, IdealMonoid): return self.ring().has_coerce_map_from(x.ring()) else: return self.ring().has_coerce_map_from(x) def _an_element_(self): """ Return an element of the ideal monoid. EXAMPLES:: sage: K.<x> = FunctionField(GF(2)) sage: O = K.maximal_order() sage: M = O.ideal_monoid() sage: M.an_element() # indirect doctest; random Ideal (x) of Maximal order of Rational function field in x over Finite Field of size 2 """ x = self.__R.an_element() return self.__R.ideal([x])

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423fb0877467c805fc87aed513bb40d737a2e586

668

py

Python

sponsors/managers.py

shipci/pythondotorg

eab6421261174c5f9040a4b50654e54e2ce90c9c

[ "Apache-2.0" ]

null

sponsors/managers.py

shipci/pythondotorg

eab6421261174c5f9040a4b50654e54e2ce90c9c

[ "Apache-2.0" ]

null

sponsors/managers.py

shipci/pythondotorg

eab6421261174c5f9040a4b50654e54e2ce90c9c

[ "Apache-2.0" ]

null

from django.db.models import Manager from django.db.models.query import QuerySet class SponsorQuerySet(QuerySet): def draft(self): return self.filter(is_published=False) def published(self): return self.filter(is_published=True) def featured(self): return self.published().filter(featured=True) class SponsorManager(Manager): def get_query_set(self): return SponsorQuerySet(self.model, using=self._db) def draft(self): return self.get_query_set().draft() def published(self): return self.get_query_set().published() def featured(self): return self.get_query_set().featured()

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4

4272a5b61000bed002ddd0e9e9ed0de44dbc50f9

82

py

Python

polybot/config.py

evanpcosta/IEEEPolybot

75fd70680f4f9fec8b1b77b4e116e4869eb8c079

[ "Apache-2.0" ]

null

polybot/config.py

evanpcosta/IEEEPolybot

75fd70680f4f9fec8b1b77b4e116e4869eb8c079

[ "Apache-2.0" ]

null

polybot/config.py

evanpcosta/IEEEPolybot

75fd70680f4f9fec8b1b77b4e116e4869eb8c079

[ "Apache-2.0" ]

1

2021-03-07T20:46:43.000Z

import os UPLOAD_FOLDER = os.path.join(os.path.dirname(__file__), '..', 'files')

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null

0

1

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42854768d4fdb79a5cb50f75986055422a7463b6

351

py

Python

emukit/quadrature/kernels/__init__.py

ndalchau/emukit

eb6754ea016a7cd82b275bb4075676b5ed662634

[ "Apache-2.0" ]

1

2020-03-07T08:26:12.000Z

emukit/quadrature/kernels/__init__.py

ndalchau/emukit

eb6754ea016a7cd82b275bb4075676b5ed662634

[ "Apache-2.0" ]

1

2021-02-23T18:03:41.000Z

emukit/quadrature/kernels/__init__.py

ndalchau/emukit

eb6754ea016a7cd82b275bb4075676b5ed662634

[ "Apache-2.0" ]

1

2019-03-28T15:53:36.000Z

# Copyright 2018 Amazon.com, Inc. or its affiliates. All Rights Reserved. # SPDX-License-Identifier: Apache-2.0 from .quadrature_kernels import QuadratureKernel # noqa: F401 from .bounds import BoxBounds # noqa: F401 from .quadrature_rbf import QuadratureRBFLebesgueMeasure, QuadratureRBFIsoGaussMeasure, QuadratureRBFUniformMeasure # noqa: F401

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null

0

1

0

1

0

1

0

4

35fc407cf4df3e7a31c4b261ce0170727988fbf9

196

py

Python

gs3/fees/urls.py

kingkaushalagarwal/DjangoLearning

2978e60ede626b5b953ebde2d31d2ea0bc27dec9

[ "MIT" ]

1

2021-04-06T18:13:29.000Z

gs3/fees/urls.py

kingkaushalagarwal/DjangoLearning

2978e60ede626b5b953ebde2d31d2ea0bc27dec9

[ "MIT" ]

null

gs3/fees/urls.py

kingkaushalagarwal/DjangoLearning

2978e60ede626b5b953ebde2d31d2ea0bc27dec9

[ "MIT" ]

null

from django.urls import path from . import views urlpatterns = [ path('',views.fees), path('dj/',views.fees_django), path('py/',views.fees_python) ]

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1

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null

0

1

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4

35fccb1f8e45fb250ad48a96194931232806f38b

42

py

Python

code/abc148_a_02.py

KoyanagiHitoshi/AtCoder

731892543769b5df15254e1f32b756190378d292

[ "MIT" ]

3

2019-08-16T16:55:48.000Z

2021-04-11T10:21:40.000Z

code/abc148_a_02.py

KoyanagiHitoshi/AtCoder

731892543769b5df15254e1f32b756190378d292

[ "MIT" ]

null

code/abc148_a_02.py

KoyanagiHitoshi/AtCoder

731892543769b5df15254e1f32b756190378d292

[ "MIT" ]

null

A=int(input()) B=int(input()) print(6-A-B)

14

0.619048

10

42

2.6

0.6

0.615385

0

0.025

0.047619

42

3

15

14

0.625

0

1

0

false

0

0.333333

1

0

null

1

0

1

0

null

0

4

c46ab3fa9ada113827e0e24ee38042a9425459d5

68

py

Python

src/cobra/apps/workreport/__init__.py

lyoniionly/django-cobra

2427e5cf74b7739115b1224da3306986b3ee345c

[ "Apache-2.0" ]

1

2015-01-27T08:56:46.000Z

src/cobra/apps/workreport/__init__.py

lyoniionly/django-cobra

2427e5cf74b7739115b1224da3306986b3ee345c

[ "Apache-2.0" ]

null

src/cobra/apps/workreport/__init__.py

lyoniionly/django-cobra

2427e5cf74b7739115b1224da3306986b3ee345c

[ "Apache-2.0" ]

null

default_app_config = 'cobra.apps.workreport.config.WorkreportConfig'

68

0.867647

8

68

7.125

0.875

0

0.029412

68

1

68

0.863636

0

0.652174

0

1

0

false

0

1

0

null

0

1

0

1

null

0

4

c4839b711f95cd8eb5dff6ef6a9c14c886bd3070

170

py

Python

slicing.py

shreya643/python_assignment_dec15

6c4102785bc3f2248672b6b401f9526072f016da

[ "Apache-2.0" ]

null

slicing.py

shreya643/python_assignment_dec15

6c4102785bc3f2248672b6b401f9526072f016da

[ "Apache-2.0" ]

null

slicing.py

shreya643/python_assignment_dec15

6c4102785bc3f2248672b6b401f9526072f016da

[ "Apache-2.0" ]

null

#Q6. Given a string "I love Python programming language", extract the word "programming" (use slicing) string= "I love Python programming language" print(string[14:25])

34

102

0.764706

25

170

5.2

0.68

0.107692

0.169231

0.261538

0.553846

0

0.034014

0.135294

170

5

103

34

0.85034

0.594118

0

0.492754

0

1

0

false

0

0.5

1

0

null

0

1

0

1

0

null

0

1

0

4

6708e1c127a0d8d03d738cc53225cbf74ec00fd7

228

py

Python

cursor/afkscroll.py

Coalemus/Python-Projects

4b0e0c12a2fdcfbaf491df5715885c61f44bdb1c

[ "MIT" ]

null

cursor/afkscroll.py

Coalemus/Python-Projects

4b0e0c12a2fdcfbaf491df5715885c61f44bdb1c

[ "MIT" ]

null

cursor/afkscroll.py

Coalemus/Python-Projects

4b0e0c12a2fdcfbaf491df5715885c61f44bdb1c

[ "MIT" ]

null

import pyautogui import time # Only works in Code editor window when using Sway WM. while True: pyautogui.scroll(10) # scroll up 10 "clicks" time.sleep(3) pyautogui.scroll(-10) # scroll down 10 "clicks"

22.8

54

0.675439

33

228

4.666667

0.666667

0.194805

0.220779

0.298701

0

0.052023

0.241228

228

10

55

22.8

0.83815

0.429825

0

1

0

true

0

0.333333

0

0.333333

0

null

0

1

0

null

0

1

0

1

0

4

672e7b2e1f3eec4253d1303dd7a607f7fa6f59ca

284

py

Python

ass3-airplane_det/mmdet/models/anchor_heads_rotated/__init__.py

Rooooyy/BUAA_PR

5b4d12dc786c3fdc469ae59e0b099e8095aee550

[ "BSD-2-Clause" ]

2

2021-06-09T16:21:53.000Z

2021-08-30T02:31:56.000Z

mmdet/models/anchor_heads_rotated/__init__.py

jedibobo/S2ANet-custom-dataset

869b196d4c33713a5c61bd80064d10a453fb76ef

[ "Apache-2.0" ]

null

mmdet/models/anchor_heads_rotated/__init__.py

jedibobo/S2ANet-custom-dataset

869b196d4c33713a5c61bd80064d10a453fb76ef

[ "Apache-2.0" ]

null

from .anchor_head_rotated import AnchorHeadRotated from .cascade_s2anet_head import CascadeS2ANetHead from .retina_head_rotated import RetinaHeadRotated from .s2anet_head import S2ANetHead __all__ = [ 'AnchorHeadRotated', 'RetinaHeadRotated', 'S2ANetHead', 'CascadeS2ANetHead' ]

31.555556

79

0.834507

28

284

8.071429

0.464286

0.097345

0.150442

0

0.023529

0.102113

284

8

80

35.5

0.862745

0

0.214789

0

1

0

false

0

0.571429

0

0.571429

0

1

0

null

0

1

0

null

0

1

0

1

0

4