xszheng2020/the_stack_dedup_python_hits_5 · Datasets at Hugging Face

4f6c612b06f4216f779e3c0fea1133c23378f91f

28

py

Python

model_resnet/__init__.py

jimmy15923/Common_tools

3e77dc1509ef8ac5173d41d792a170ba6ed98be0

[ "Apache-2.0" ]

1

2018-10-26T09:33:26.000Z

model_resnet/__init__.py

jimmy15923/Common_tools

3e77dc1509ef8ac5173d41d792a170ba6ed98be0

[ "Apache-2.0" ]

null

model_resnet/__init__.py

jimmy15923/Common_tools

3e77dc1509ef8ac5173d41d792a170ba6ed98be0

[ "Apache-2.0" ]

null

# Init the folder for python

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1

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null

0

1

0

5

4f79170394b66dd9100b7a21c0dd6cf80577dcb5

184

py

Python

localLogs/products/admin.py

abhisheksaran/locallogs

e0895497c9773f17467da6a7040127d9f285340e

[ "MIT" ]

null

localLogs/products/admin.py

abhisheksaran/locallogs

e0895497c9773f17467da6a7040127d9f285340e

[ "MIT" ]

null

localLogs/products/admin.py

abhisheksaran/locallogs

e0895497c9773f17467da6a7040127d9f285340e

[ "MIT" ]

null

from django.contrib import admin # Register your models here. from .models import User, Items, Orders admin.site.register(User) admin.site.register(Items) admin.site.register(Orders)

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0.798913

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5

4f9a4a6f74f2dc443b5ba9c35e99698b42c7cfc1

68

py

Python

espnet2/tts/fastspeech3/__init__.py

imdanboy/tts_hackaton_2021

a7bf848712a2a008e3201d3f2871079fc9c999c5

[ "Apache-2.0" ]

2

2022-01-07T14:32:31.000Z

2022-01-15T15:31:42.000Z

espnet2/tts/fastspeech3/__init__.py

imdanboy/tts_hackaton_2021

a7bf848712a2a008e3201d3f2871079fc9c999c5

[ "Apache-2.0" ]

null

espnet2/tts/fastspeech3/__init__.py

imdanboy/tts_hackaton_2021

a7bf848712a2a008e3201d3f2871079fc9c999c5

[ "Apache-2.0" ]

1

2022-01-05T02:09:01.000Z

from espnet2.tts.fastspeech3.fastspeech3 import FastSpeech3 # NOQA

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4f9f9f9f1a52bd27991c39c16f3c5df42388c73f

18

py

Python

src/test/data/pa1/AdditionalTestCase/correct_one_assignment_multiple_dest.py

Leo-Enrique-Wu/chocopy_compiler_parser

b6e94b6a1950407879e921dc379c951ea365f5a4

[ "BSD-2-Clause" ]

null

src/test/data/pa1/AdditionalTestCase/correct_one_assignment_multiple_dest.py

Leo-Enrique-Wu/chocopy_compiler_parser

b6e94b6a1950407879e921dc379c951ea365f5a4

[ "BSD-2-Clause" ]

null

src/test/data/pa1/AdditionalTestCase/correct_one_assignment_multiple_dest.py

Leo-Enrique-Wu/chocopy_compiler_parser

b6e94b6a1950407879e921dc379c951ea365f5a4

[ "BSD-2-Clause" ]

null

x = y.f = z[0] = 1

18

0.333333

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1

0

0.166667

0.333333

18

1

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0.333333

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false

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null

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1

0

1

0

null

0

5

4fa3411723a61ccbe1d270a0a497a438e1e4fd04

160

py

Python

handlers/__init__.py

deven96/face_verify

0d5e3db5ea155d27be5dcd9bcda93ccf41b70436

[ "MIT" ]

2

2019-01-25T05:15:57.000Z

2019-01-25T22:13:52.000Z

handlers/__init__.py

deven96/face_verify

0d5e3db5ea155d27be5dcd9bcda93ccf41b70436

[ "MIT" ]

null

handlers/__init__.py

deven96/face_verify

0d5e3db5ea155d27be5dcd9bcda93ccf41b70436

[ "MIT" ]

null

import os import sys from os.path import dirname sys.path.append(dirname(os.path.realpath(__file__))) from verify import Verifier from upload import Uploader

17.777778

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0.8125

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160

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0.52

0.095238

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0.11875

160

9

53

17.777778

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true

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1

0

1

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1

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5

96dcfc86a98c03a152b80fca0f0b9fdac29d95ef

49

py

Python

setup.py

wpknox/timedoor

1282d267847dc9f63a907f6d3c83f0e1bcc5920a

[ "MIT" ]

null

setup.py

wpknox/timedoor

1282d267847dc9f63a907f6d3c83f0e1bcc5920a

[ "MIT" ]

null

setup.py

wpknox/timedoor

1282d267847dc9f63a907f6d3c83f0e1bcc5920a

[ "MIT" ]

null

# idk what to do here... will fill out more later

49

0.714286

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49

3.5

1

0

0.204082

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1

49

0.897436

0.959184

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true

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0

null

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1

0

1

0

null

0

1

0

5

96eb06ce8f63efdc17033aa267e573db95373c8e

88

py

Python

src/modeling/shap_manager/__init__.py

NovaSBE-DSKC/retention-evaluation

5b68b9282f0b5479a9dc5238faef68067c76b861

[ "MIT" ]

null

src/modeling/shap_manager/__init__.py

NovaSBE-DSKC/retention-evaluation

5b68b9282f0b5479a9dc5238faef68067c76b861

[ "MIT" ]

null

src/modeling/shap_manager/__init__.py

NovaSBE-DSKC/retention-evaluation

5b68b9282f0b5479a9dc5238faef68067c76b861

[ "MIT" ]

null

from .meta import get_meta from .save import * from .views import * from .load import *

17.6

26

0.738636

14

88

4.571429

0.5

0.3125

0

0.181818

88

4

27

22

0.888889

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1

0

true

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null

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1

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1

0

5

8c17a7e2e09780cd4b4ef4c55fd4983eca58c68f

78

py

Python

connectomics/model/__init__.py

frommwonderland/pytorch_connectomics

95859ec5257d6991ca64782523637f947a8485e2

[ "MIT" ]

99

2019-04-22T16:26:05.000Z

2022-03-15T18:52:57.000Z

connectomics/model/__init__.py

frommwonderland/pytorch_connectomics

95859ec5257d6991ca64782523637f947a8485e2

[ "MIT" ]

34

2019-05-23T16:40:32.000Z

2022-03-12T15:41:11.000Z

connectomics/model/__init__.py

frommwonderland/pytorch_connectomics

95859ec5257d6991ca64782523637f947a8485e2

[ "MIT" ]

77

2019-05-14T12:15:17.000Z

2022-03-04T10:55:04.000Z

from .build import build_model, update_state_dict from .loss import Criterion

26

49

0.846154

12

78

5.25

0.75

0

0.115385

78

2

50

39

0.913043

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1

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true

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1

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null

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1

0

null

0

1

0

1

0

1

0

5

8c413cf438474d74e6a433581f7d45cded1e039d

17

py

Python

django_intercom/views.py

AnArchkoleptik/django-intercom

b552358c5bc1bc8ec606fbb7998a109665f51a87

[ "BSD-3-Clause" ]

35

2015-02-09T20:28:38.000Z

2021-04-21T08:59:18.000Z

django_intercom/views.py

AnArchkoleptik/django-intercom

b552358c5bc1bc8ec606fbb7998a109665f51a87

[ "BSD-3-Clause" ]

20

2016-02-01T19:57:27.000Z

2021-06-04T21:35:03.000Z

django_intercom/views.py

AnArchkoleptik/django-intercom

b552358c5bc1bc8ec606fbb7998a109665f51a87

[ "BSD-3-Clause" ]

45

2015-01-22T14:10:56.000Z

2021-04-21T08:59:23.000Z

# no views needed

17

0.764706

3

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4.333333

1

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0.176471

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0.928571

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1

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null

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1

0

5

8c4332475e62eedb24bd4ff43fd697bb03130f55

285

py

Python

home/admin.py

JeffreyDrJ/myfirstblog

5b1f0fbd6c85027bad7d0e24d67251f41da53fac

[ "MIT" ]

null

home/admin.py

JeffreyDrJ/myfirstblog

5b1f0fbd6c85027bad7d0e24d67251f41da53fac

[ "MIT" ]

1

2021-05-29T17:09:43.000Z

home/admin.py

JeffreyDrJ/myfirstblog

5b1f0fbd6c85027bad7d0e24d67251f41da53fac

[ "MIT" ]

null

from django.contrib import admin # Register your models here. # 注册模型以供后台管理： from home.models import ArticleCategory from home.models import Article from home.models import Comment # 注册模型： admin.site.register(ArticleCategory) admin.site.register(Article) admin.site.register(Comment)

21.923077

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null

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5

4fb7074dc2154203d4917514507ec4961441bf80

189

py

Python

SSH_Homework/ssh_homework/ssh_homework/tictactoe/admin.py

MyRookie/TicTacToeAPI

43e3aa4b63ad94aa9ee8dc40c8e96998897394b9

[ "MIT" ]

1

2021-05-28T21:16:31.000Z

SSH_Homework/ssh_homework/ssh_homework/tictactoe/admin.py

MyRookie/TicTacToeAPI

43e3aa4b63ad94aa9ee8dc40c8e96998897394b9

[ "MIT" ]

null

SSH_Homework/ssh_homework/ssh_homework/tictactoe/admin.py

MyRookie/TicTacToeAPI

43e3aa4b63ad94aa9ee8dc40c8e96998897394b9

[ "MIT" ]

null

from django.contrib import admin from ssh_homework.tictactoe.models import GamesModel class GamesModelAdmin(admin.ModelAdmin): pass admin.site.register(GamesModel, GamesModelAdmin)

18.9

52

0.825397

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189

7.045455

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0.111111

189

10

53

18.9

0.922619

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true

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null

0

1

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1

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5

4fc43206ea976de5fd1673c64650d51905f7c047

249

py

Python

p3dpy/__init__.py

WillRobotics/p3dpy

a607d0840b0871ee3122df7756336316435d0f18

[ "MIT" ]

11

2021-05-05T16:02:40.000Z

2022-02-02T03:35:29.000Z

p3dpy/__init__.py

WillRobotics/p3dpy

a607d0840b0871ee3122df7756336316435d0f18

[ "MIT" ]

7

2021-03-16T14:05:06.000Z

2021-06-15T23:08:56.000Z

p3dpy/__init__.py

WillRobotics/p3dpy

a607d0840b0871ee3122df7756336316435d0f18

[ "MIT" ]

1

2021-03-29T07:27:15.000Z

from . import (assignment, feature, filter, io, pointcloud, registration, segmentation) from .pointcloud import PointCloud from .rgbdimage import RGBDImage from .run_vizserver import vizloop, vizspawn from .vizclient import VizClient

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5

8b27ba31b13f9cc2e6dee79d61537ddf03674f44

78

py

Python

scripts/quest/autogen_q32241s.py

doriyan13/doristory

438caf3b123922da3f5f3b16fcc98a26a8ab85ce

[ "MIT" ]

null

scripts/quest/autogen_q32241s.py

doriyan13/doristory

438caf3b123922da3f5f3b16fcc98a26a8ab85ce

[ "MIT" ]

null

scripts/quest/autogen_q32241s.py

doriyan13/doristory

438caf3b123922da3f5f3b16fcc98a26a8ab85ce

[ "MIT" ]

null

# ParentID: 32241 # Character field ID when accessed: 100020000 # ObjectID: 0

19.5

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5.9

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0

null

0

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5

8c7514f8dfb4cdea3088d05fbe8a109301b6d82e

246

py

Python

bool.py

codes-by-kiwi/boolean-in-python-

5ffc625840bead0dbb6f0f33be11bebc28faca4f

[ "MIT" ]

1

2020-04-02T01:31:46.000Z

bool.py

codes-by-kiwi/boolean-in-python-

5ffc625840bead0dbb6f0f33be11bebc28faca4f

[ "MIT" ]

null

bool.py

codes-by-kiwi/boolean-in-python-

5ffc625840bead0dbb6f0f33be11bebc28faca4f

[ "MIT" ]

null

x = 10 print(x == 2) # prints out false since 10 is not equal to 2 print(x == 3) # prints out False since 10 is not equal to 3 print(x < 3) # prints out false since 10 is not less than 3 print(x>3) # prints out true since 10 is greater than 3

41

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0.682927

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246

3.169811

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5

8c82102cbb21a2e0f62e4988e55d1cee3bacdf26

70

py

Python

stochman/utilities/__init__.py

MachineLearningLifeScience/stochman

fd02ab219dcb0a5db5836187ff0f4b0539735f4e

[ "Apache-2.0" ]

25

2021-10-21T10:31:30.000Z

2022-03-29T12:55:34.000Z

stochman/utilities/__init__.py

MachineLearningLifeScience/stochman

fd02ab219dcb0a5db5836187ff0f4b0539735f4e

[ "Apache-2.0" ]

14

2021-10-29T18:40:33.000Z

2022-03-17T09:47:20.000Z

stochman/utilities/__init__.py

MachineLearningLifeScience/stochman

fd02ab219dcb0a5db5836187ff0f4b0539735f4e

[ "Apache-2.0" ]

3

2021-11-06T00:32:35.000Z

2022-03-23T13:05:48.000Z

#!/usr/bin/env python from .distance import squared_manifold_distance

23.333333

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5.6

0.9

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5

8c9b225cda03a00f85584306617135c06759b071

192

py

Python

auctions/auctions/infrastructure/adapters/dummy_email_gateway.py

Enforcer/clean-architecture-example-1

a51a2a2a4b8cc38f08305a919b0fa59264a91b20

[ "MIT" ]

34

2018-02-02T21:42:09.000Z

2022-01-22T20:19:01.000Z

auctions/auctions/infrastructure/adapters/dummy_email_gateway.py

Enforcer/clean-architecture-example-1

a51a2a2a4b8cc38f08305a919b0fa59264a91b20

[ "MIT" ]

null

auctions/auctions/infrastructure/adapters/dummy_email_gateway.py

Enforcer/clean-architecture-example-1

a51a2a2a4b8cc38f08305a919b0fa59264a91b20

[ "MIT" ]

10

2018-09-18T23:56:59.000Z

2020-10-15T15:32:02.000Z

from auctions.application.ports import EmailGateway class DummyEmailGateway(EmailGateway): def notify_about_winning_auction(self, auction_id: int, winner_id: int) -> None: pass

24

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0

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0

1

0

1

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5

8cb43e56767243091a561fdba442490609639f11

410

py

Python

user/forms.py

TinlokLee/OA

ee11343117dcffb28930b6d21c99823c95b8d651

[ "MIT" ]

null

user/forms.py

TinlokLee/OA

ee11343117dcffb28930b6d21c99823c95b8d651

[ "MIT" ]

null

user/forms.py

TinlokLee/OA

ee11343117dcffb28930b6d21c99823c95b8d651

[ "MIT" ]

null

from django import forms __author__ = "Lee" __date__ = "2018/2/14 0011 19:15" class LoginForm(forms.Form): uesrname = forms.CharField(required=True) password = forms.CharField(required=True, min_length=6) class RegisterForm(forms.Form): username = forms.CharField(required=True) email = forms.EmailField(required=True) password = forms.CharField(required=True, min_length=6)

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false

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null

0

1

0

1

0

5

8ce2910c636a78b2a40a4e2efa9f087bff24b1eb

101

py

Python

utils/__init__.py

jakobottar/gimondi

b6e53036bc09b614ba4c7864f588cd1e1f6c76e0

[ "MIT" ]

null

utils/__init__.py

jakobottar/gimondi

b6e53036bc09b614ba4c7864f588cd1e1f6c76e0

[ "MIT" ]

null

utils/__init__.py

jakobottar/gimondi

b6e53036bc09b614ba4c7864f588cd1e1f6c76e0

[ "MIT" ]

null

from .dataloader import SemiSupervisedDataLoader from .eval import dice_loss, PostProcessing, qScore

33.666667

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101

7.818182

0.818182

0

0.09901

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2

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50.5

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true

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null

0

1

0

1

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1

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5

507aef9f2afa2867441628d13aff0e023db073d4

86

py

Python

alphabot/utils/utils.py

djdookie/alphastone

2963bb5538d42aeb7789b124496b3ad0c507e2ff

[ "Unlicense" ]

4

2019-01-19T05:30:58.000Z

2019-06-17T08:43:41.000Z

alphabot/utils/utils.py

djdookie/alphastone

2963bb5538d42aeb7789b124496b3ad0c507e2ff

[ "Unlicense" ]

null

alphabot/utils/utils.py

djdookie/alphastone

2963bb5538d42aeb7789b124496b3ad0c507e2ff

[ "Unlicense" ]

null

# class dotdict(dict): # def __getattr__(self, name): # return self[name]

21.5

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0.604651

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py

Python

src/foremast/awslambda/s3_event/destroy_s3_event/__init__.py

gitter-badger/foremast

33530438ba5893a1d5cf822a63e03d7ab49dfcd7

[ "Apache-2.0" ]

null

src/foremast/awslambda/s3_event/destroy_s3_event/__init__.py

gitter-badger/foremast

33530438ba5893a1d5cf822a63e03d7ab49dfcd7

[ "Apache-2.0" ]

null

src/foremast/awslambda/s3_event/destroy_s3_event/__init__.py

gitter-badger/foremast

33530438ba5893a1d5cf822a63e03d7ab49dfcd7

[ "Apache-2.0" ]

null

from .destroy_s3_event import *

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py

Python

__init__.py

DavidLSmyth/DroneCoordinatedSearch

99173ef63c726049596fb79eda168b4fc3a550a8

[ "MIT" ]

1

2018-12-26T04:13:06.000Z

__init__.py

DavidLSmyth/DroneCoordinatedSearch

99173ef63c726049596fb79eda168b4fc3a550a8

[ "MIT" ]

null

__init__.py

DavidLSmyth/DroneCoordinatedSearch

99173ef63c726049596fb79eda168b4fc3a550a8

[ "MIT" ]

null

# -*- coding: utf-8 -*- """ Created on Tue Oct 23 21:38:48 2018 @author: 13383861 """ #from .client import * from ReinforcementLearning.utils import * from ReinforcementLearning.types import *

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py

Python

flask_shell2http/__init__.py

uday1201/Flask-Shell2HTTP

5546a9f007d2a5dd04d578bec823bad654caea94

[ "BSD-3-Clause" ]

1

2020-06-28T20:34:34.000Z

flask_shell2http/__init__.py

uday1201/Flask-Shell2HTTP

5546a9f007d2a5dd04d578bec823bad654caea94

[ "BSD-3-Clause" ]

null

flask_shell2http/__init__.py

uday1201/Flask-Shell2HTTP

5546a9f007d2a5dd04d578bec823bad654caea94

[ "BSD-3-Clause" ]

null

# flake8: noqa from .base_entrypoint import Shell2HTTP

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py

Python

mmdet/models/backbones/__init__.py

zdaxie/SpatiallyAdaptiveInference-Detection

323801deac6f0641d00ecb23f6885df8483cc447

[ "Apache-2.0" ]

55

2020-08-26T16:30:11.000Z

2022-03-08T02:21:36.000Z

mmdet/models/backbones/__init__.py

zdaxie/SpatiallyAdaptiveInference-Detection

323801deac6f0641d00ecb23f6885df8483cc447

[ "Apache-2.0" ]

7

2020-10-10T07:10:43.000Z

2022-02-10T07:18:31.000Z

mmdet/models/backbones/__init__.py

zdaxie/SpatiallyAdaptiveInference-Detection

323801deac6f0641d00ecb23f6885df8483cc447

[ "Apache-2.0" ]

5

2020-09-06T21:48:17.000Z

2021-04-19T23:36:57.000Z

from .resnet import ResNet, make_res_layer from .sparse_resnet import SparseResNet __all__ = ['ResNet', 'SparseResNet']

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py

Python

catalyst/dl/core/__init__.py

sergeyshilin/catalyst

f4dfaac7bc3fe98b2a0a9cf0b4347b100750f82f

[ "Apache-2.0" ]

3

2019-11-02T05:37:06.000Z

2020-01-13T02:26:07.000Z

catalyst/dl/core/__init__.py

sergeyshilin/catalyst

f4dfaac7bc3fe98b2a0a9cf0b4347b100750f82f

[ "Apache-2.0" ]

null

catalyst/dl/core/__init__.py

sergeyshilin/catalyst

f4dfaac7bc3fe98b2a0a9cf0b4347b100750f82f

[ "Apache-2.0" ]

null

# flake8: noqa from .callback import Callback, MetricCallback, MultiMetricCallback, \ CallbackOrder from .experiment import Experiment from .runner import Runner from .state import RunnerState

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50ed78f4b24485cd732ca742241ce52caf653b28

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py

Python

rover/type-c/screen-service/gccui/__init__.py

GamesCreatorsClub/GCC-Rover

25a69f62a1bb01fc421924ec39f180f50d6a640b

[ "MIT" ]

3

2018-02-13T21:39:55.000Z

2018-04-26T18:17:39.000Z

rover/type-c/screen-service/gccui/__init__.py

GamesCreatorsClub/GCC-Rover

25a69f62a1bb01fc421924ec39f180f50d6a640b

[ "MIT" ]

null

rover/type-c/screen-service/gccui/__init__.py

GamesCreatorsClub/GCC-Rover

25a69f62a1bb01fc421924ec39f180f50d6a640b

[ "MIT" ]

null

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5

50f4ee0c4fc628f90a97b07eebc677baaafeaf0b

2,347

py

Python

dimod/roof_duality/fix_variables.py

pierrelouisp/dimod

3db911374825ba211da35a798610b004c54e1c70

[ "Apache-2.0" ]

null

dimod/roof_duality/fix_variables.py

pierrelouisp/dimod

3db911374825ba211da35a798610b004c54e1c70

[ "Apache-2.0" ]

24

2021-07-09T08:19:47.000Z

2022-03-08T08:15:48.000Z

dimod/roof_duality/fix_variables.py

29rou/dimod

ea0426f274241b081a560071fc4eeeb633aa1380

[ "Apache-2.0" ]

null

# Copyright 2018 D-Wave Systems Inc. # # 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. # # ================================================================================================ from dimod.vartypes import Vartype def fix_variables(bqm, sampling_mode=True): """Determine assignments for some variables of a binary quadratic model. Roof duality finds a lower bound for the minimum of a quadratic polynomial. It can also find minimizing assignments for some of the polynomial's variables; these fixed variables take the same values in all optimal solutions [BHT]_ [BH]_. A quadratic pseudo-Boolean function can be represented as a network to find the lower bound through network-flow computations. `fix_variables` uses maximum flow in the implication network to correctly fix variables. Consequently, you can find an assignment for the remaining variables that attains the optimal value. Args: bqm (:obj:`.BinaryQuadraticModel`) A binary quadratic model. sampling_mode (bool, optional, default=True): In sampling mode, only roof-duality is used. When `sampling_mode` is false, strongly connected components are used to fix more variables, but in some optimal solutions these variables may take different values. Returns: dict: Variable assignments for some variables of the specified binary quadratic model. .. [BHT] Boros, E., P.L. Hammer, G. Tavares. Preprocessing of Unconstraint Quadratic Binary Optimization. Rutcor Research Report 10-2006, April, 2006. .. [BH] Boros, E., P.L. Hammer. Pseudo-Boolean optimization. Discrete Applied Mathematics 123, (2002), pp. 155-225 """ # todo: add temporary dependency on dwave-preprocessing raise NotImplementedError

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py

Python

python/testData/completion/percentStringWithDictLiteralArg.after.py

jnthn/intellij-community

8fa7c8a3ace62400c838e0d5926a7be106aa8557

[ "Apache-2.0" ]

2

2019-04-28T07:48:50.000Z

2020-12-11T14:18:08.000Z

python/testData/completion/percentStringWithDictLiteralArg.after.py

Cyril-lamirand/intellij-community

60ab6c61b82fc761dd68363eca7d9d69663cfa39

[ "Apache-2.0" ]

173

2018-07-05T13:59:39.000Z

2018-08-09T01:12:03.000Z

python/testData/completion/percentStringWithDictLiteralArg.after.py

Cyril-lamirand/intellij-community

60ab6c61b82fc761dd68363eca7d9d69663cfa39

[ "Apache-2.0" ]

2

2020-03-15T08:57:37.000Z

2020-04-07T04:48:14.000Z

"format: %(completion)s" % {"completion": "smth"}

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0fcc91bfd468bb6cd088e813a96ecee1758e1c3e

78

py

Python

version_number.py

ansasaki/map-checker

9618fb28d8a8a4952ed9c013defda011809e4063

[ "MIT" ]

6

2019-06-01T12:20:12.000Z

2022-03-28T08:30:06.000Z

version_number.py

ansasaki/map-checker

9618fb28d8a8a4952ed9c013defda011809e4063

[ "MIT" ]

38

2018-05-02T13:39:46.000Z

2018-07-25T13:18:21.000Z

version_number.py

ansasaki/map-checker

9618fb28d8a8a4952ed9c013defda011809e4063

[ "MIT" ]

1

2020-12-17T14:43:50.000Z

from version import get_version if __name__ == "__main__": get_version()

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py

Python

core/pssm2feature.py

BILAB/SBRP

522c1e03528d50f7b02c9e9bf0f22b8e6df99571

[ "MIT" ]

null

core/pssm2feature.py

BILAB/SBRP

522c1e03528d50f7b02c9e9bf0f22b8e6df99571

[ "MIT" ]

null

core/pssm2feature.py

BILAB/SBRP

522c1e03528d50f7b02c9e9bf0f22b8e6df99571

[ "MIT" ]

null

import random import util class pssm(object): def __init__(self,pdbid): self.pdbid = pdbid self.pssm = [] def append(self,vec): if len(vec) != 20: raise Exception,"pssm.append(): Argument length must be 20. len(vec) == %s" % len(vec) else: self.pssm.append(vec) def parse_pssm(fname): # parse pssm """ >>> {k:v for k,v in parse_pssm(".test.pssm")} True """ prot_pssm = None with open(fname) as fp: for rec in (line.strip() for line in iter(fp.readline,"")): if len(rec) == 0: continue if rec[0] == '>': if prot_pssm is not None: yield prot_pssm.pdbid,prot_pssm.pssm prot_pssm = pssm(rec[1:].strip()) else: try: prot_pssm.append([float(i) for i in rec.split()]) except Exception: print rec print prot_pssm.idch exit() yield prot_pssm.pdbid,prot_pssm.pssm def parse_pssm4pos(fname): """ >>> [i for i in parse_pssm4pos(".test.pssm")] True """ # yield idch,start position, sequence for prot_id,pssm in parse_pssm(fname): pdbid,ch,start,end = prot_id.split('_') idch = pdbid + ch yield idch.replace('_',''),int(start),pssm def _paste(vec): out = [] for i in vec: out+=i return out def mkvec(pssm,window,pos): """ >>> _pssm = [i for i in parse_pssm4pos(".test.pssm")][0][2] >>> mkvec(_pssm,10,3) None """ nu = [0]*20 n = pssm[max(0,int(pos - window/2.0)):pos] c = pssm[pos + 1:min(int(pos + window/2.0) + 1,len(pssm))] if window%2 == 1: nu_n = [nu for i in range(int(window/2 - len(n) + 1))] else: nu_n = [nu for i in range(int(window/2 - len(n)))] nu_c = [nu for i in range(int(window/2.0 - len(c)))] vec = nu_n + n + [pssm[pos]] + c + nu_c return _paste(vec) def mkdtst_train(fname,window,answer): """ >>> import feature >>> [i for i in mkdtst_train('.test.pssm',10,answer='.answer.test')] None """ # only binding site For make positive dataet ans_sgr = util.ans(answer) # ans2int is function that return +1 if True else return -1 ans2int = lambda idch,pos: 1 if ans_sgr.isans(idch,pos) else -1 for idch,start,pssm in parse_pssm4pos(fname): idch = idch.strip() # 2012/1/31 pos -> pos + start # !!! now nodyfying !!! yield idch,{pos:(ans2int(idch,start + pos),mkvec(pssm,window,pos)) for pos in range(len(pssm)) if ans_sgr.isans(idch,start + pos)} def mkdtst_test(fname,window,answer): # For test """ >>> [i for i in mkdtst_test('.test.pssm',10,answer='./.answer.test')] None """ if answer is not None: ans_sgr = util.ans(answer) ans2int = lambda idch,pos: 1 if ans_sgr.isans(idch,pos) else -1 for idch,start,pssm in parse_pssm4pos(fname): idch = idch.strip() # 2012/1/31 pos -> pos + start # !!! now nodyfying !!! yield idch,{pos:(ans2int(idch,start + pos),mkvec(pssm,window,pos)) for pos in range(len(pssm))} else: # For negative dataset for idch,pssm in parse_pssm(fname): idch = idch.strip() yield idch,{pos:(-1,mkvec(pssm,window,pos)) for pos in range(len(pssm))} def mkneg_train(fname,window,size = 8): """ >>> import feature >>> [i for i in mkneg_train('.test.pssm',10)] None """ # To Dataset randomly choiced positions for negid,pssm in parse_pssm(fname): _indx = [i for i in range(1,len(pssm))] random.shuffle(_indx) yield negid,{pos:(-1,mkvec(pssm,window,pos)) for pos in sorted(_indx[:size])} def mkneg_train2(fname,window,size = 8): # For one class SVM """ >>> import feature >>> [i for i in mkneg_train('.test.pssm',10)] None """ # To Dataset randomly choiced positions for negid,pssm in parse_pssm(fname): _indx = [i for i in range(1,len(pssm))] random.shuffle(_indx) yield negid,[mkvec(pssm,window,pos) for pos in sorted(_indx[:size])] def mkneg_test(fname,window): # For test """ >>> import feature >>> [i for i in mkneg_test('.test.pssm',10)] None """ # to Dataset whole seqence for negid,pssm in parse_pssm(fname): yield negid,{pos:(-1,mkvec(pssm,window,pos)) for pos in range(len(pssm))} def mkdtst_near(fname,window,answer,low,up): # For test """ >>> [i for i in mkdtst_test('.test.pssm',10,answer='./.answer.test')] None """ ans_sgr = util.ans(answer) ans2int = lambda idch,pos: 1 if ans_sgr.isans(idch,pos) else -1 for idch,start,pssm in parse_pssm4pos(fname): idch = idch.strip() # 2012/1/31 pos -> pos + start # !!! now nodyfying !!! yield idch,{pos:(ans2int(idch,start + pos),mkvec(pssm,window,pos)) for pos in range(len(pssm)) if low <= ans_sgr.get_dist(pos + start,idch) <= up or ans_sgr.isans(idch,start + pos)} def mkdtst_near4svr(fname,window,answer,low,up): # For test """ >>> [i for i in mkdtst_test('.test.pssm',10,answer='./.answer.test')] None """ ans_sgr = util.ans(answer) for idch,start,pssm in parse_pssm4pos(fname): idch = idch.strip() # 2012/1/31 pos -> pos + start # !!! now nodyfying !!! yield idch,{pos:(ans_sgr.get_dist(start + pos,idch),mkvec(pssm,window,pos)) for pos in range(len(pssm)) if low <= ans_sgr.get_dist(pos + start,idch) <= up or ans_sgr.isans(idch,start + pos)} def mkdtst_test4svr(fname,window,answer): # For test """ >>> [i for i in mkdtst_test('.test.pssm',10,answer='./.answer.test')] None """ ans_sgr = util.ans(answer) for idch,start,pssm in parse_pssm4pos(fname): idch = idch.strip() # 2012/1/31 pos -> pos + start # !!! now nodyfying !!! yield idch,{pos:(ans_sgr.get_dist(start + pos,idch),mkvec(pssm,window,pos)) for pos in range(len(pssm)) } def mkdtst(fname,window): """ >>> import feature >>> [i for i in mkdtst_train('.test.pssm',10,answer='.answer.test')] None """ for pdbid,pssm in parse_pssm(fname): pdbid = pdbid.strip() # 2012/1/31 pos -> pos + start # !!! now nodyfying !!! yield pdbid,{pos:(-1,mkvec(pssm,window,pos)) for pos in range(len(pssm))} class dataset(object): # Interface between dataset and libsvm def __init__(self,ppssm,npssm,answer,window): # pdata is data source of positive dataset self._ppssm = ppssm # ndata is data sourcde of negative dataset. self._npssm = npssm # answer is description of position of binding residue self._ans = answer # list of id in postive dataset self.pids = [idch for idch,start,pssm in parse_pssm4pos(ppssm)] # list of id in negative dataset self.nids = [idch.strip(".fasta.ckp") for idch,pssm in parse_pssm(npssm)] self._window = window def mkTest(self,part_pids,part_nids): pdatasets = {idch:pvec for idch,pvec in mkdtst_test(self._ppssm,self._window,answer = self._ans) if idch in part_pids} ndatasets = {idch:pvec for idch,pvec in mkneg_test(self._npssm,self._window) if idch in part_nids} pdatasets.update(ndatasets) return pdatasets.items() def mkTrain(self,part_pids,part_nids,size = 5): """ >>> d = dataset(".test.pssm",".test.pssm",".answer.test",10) >>> d.mkTrain(['148lE'],['1af6_A_1_421']) None """ pdatasets = {idch:pvec for idch,pvec in mkdtst_train(self._ppssm,self._window,answer = self._ans) if idch in part_pids} ndatasets = {idch:pvec for idch,pvec in mkneg_train(self._npssm,self._window,size = size) if idch in part_nids} pdatasets.update(ndatasets) return pdatasets.items() class dataset2(object): def __init__(self,pssm,answer,window,low = 5,up = 25): # pdata is data source of positive dataset self._ppssm = pssm # answer is description of position of binding residue self._ans = answer self._low = low self._up = up # list of id in postive dataset self.pids = [idch for idch,start,pssm in parse_pssm4pos(pssm)] self._window = window def mkTest(self,part_ids): pdatasets = {idch:pvec for idch,pvec in mkdtst_test(self._ppssm,self._window,answer = self._ans) if idch in part_ids} return pdatasets.items() def mkTrain(self,part_ids): # negative dataset are generate if low <= distance <= up from binding residue in dataset. """ >>> d = dataset(".test.pssm",".test.pssm",".answer.test",10) >>> d.mkTrain(['148lE'],['1af6_A_1_421']) None """ pdatasets = {idch:pvec for idch,pvec in mkdtst_near(self._ppssm,self._window,answer = self._ans,low = self._low,up = self._up) if idch in part_ids} return pdatasets.items() class dataset3(dataset2): # For Test dataset whose answer position is Unkonown def __init__(self,pssm,window,answer,flg_predict = False): # pdata is data source of positive dataset self._ppssm = pssm # list of id in postive dataset if not flg_predict: self.pids = [idch for idch,start,pssm in parse_pssm4pos(pssm)] #self.pids = [idch.strip(".fasta.ckp") for idch,pssm in parse_pssm(pssm)] self._ans = answer else: # For not formated Fasta : > pdbid_start_end self.pids = [idch for idch,pssm in parse_pssm(pssm)] self._ans = None self._window = window def mkTest(self,part_ids): """ >>> d = dataset3(".test.pssm",8,".answer.test") >>> d.mkTest(['148lE']) None """ pdatasets = {idch:pvec for idch,pvec in mkdtst_test(self._ppssm,self._window,self._ans) if idch in part_ids} return pdatasets.items() def ToPredict(self): """ >>> d = dataset3(".test.pssm",8,".answer.test") >>> d.mkTest(['148lE']) None """ pdatasets = {idch:pvec for idch,pvec in mkdtst(self._ppssm,self._window)} return pdatasets.items() class dataset4(object): # For One class SVM def __init__(self,pssm,window): # pdata is data source of positive dataset self._ppssm = pssm self.pids = [idch for idch,pssm in parse_pssm(pssm)] #self.pids = [idch.strip(".fasta.ckp") for idch,pssm in parse_pssm(pssm)] self._window = window def mkTrain(self,part_ids): """ >>> d = dataset3(".test.pssm",8,".answer.test") >>> d.mkTest(['148lE']) None """ if part_ids is None: part_ids = self.pids return [pvec for idch,pvec in mkneg_train2(self._ppssm,self._window) if idch in part_ids] def mkTest(self,part_ids): """ >>> d = dataset3(".test.pssm",8,".answer.test") >>> d.mkTest(['148lE']) None """ if part_ids is None: part_ids = self.pids return {idch:pvec for idch,pvec in mkneg_test(self._ppssm,self._window) if idch in part_ids}.items() class dataset5(object): def __init__(self,pssm,answer,window,low = 5,up = 25): # pdata is data source of positive dataset self._ppssm = pssm # answer is description of position of binding residue self._ans = answer self._low = low self._up = up # list of id in postive dataset self.pids = [idch for idch,start,pssm in parse_pssm4pos(pssm)] self._window = window def mkTest(self,part_ids): pdatasets = {idch:pvec for idch,pvec in mkdtst_test4svr(self._ppssm,self._window,answer = self._ans) if idch in part_ids} return pdatasets.items() def mkTrain(self,part_ids): # negative dataset are generate if low <= distance <= up from binding residue in dataset. """ >>> d = dataset(".test.pssm",".test.pssm",".answer.test",10) >>> d.mkTrain(['148lE'],['1af6_A_1_421']) None """ pdatasets = {idch:pvec for idch,pvec in mkdtst_near4svr(self._ppssm,self._window,answer = self._ans,low = self._low,up = self._up) if idch in part_ids} return pdatasets.items() if __name__ == "__main__": import doctest doctest.testmod()

29.525333

153

0.670972

1,770

11,072

4.069492

0.102825

0.026239

0.030543

0.013605

0.776482

0.760516

0.735943

0.713175

0.695544

0.679994

0

0.021295

0.172959

11,072

374

154

29.604278

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1

0

null

0

1

0

5

0ffed6e1e67f2ee99a122097da48000965ee87dc

141

py

Python

irctokens/__init__.py

A-UNDERSCORE-D/irctokens

14d38192cfcb9b38a44da127805dff76493fd84b

[ "MIT" ]

19

2020-03-11T13:51:25.000Z

2022-03-26T12:43:11.000Z

irctokens/__init__.py

A-UNDERSCORE-D/irctokens

14d38192cfcb9b38a44da127805dff76493fd84b

[ "MIT" ]

4

2020-03-11T22:59:44.000Z

2022-01-30T18:15:24.000Z

irctokens/__init__.py

A-UNDERSCORE-D/irctokens

14d38192cfcb9b38a44da127805dff76493fd84b

[ "MIT" ]

7

2020-03-11T16:51:19.000Z

2022-01-29T18:57:04.000Z

from .line import Line, build, tokenise from .hostmask import Hostmask, hostmask from .stateful import StatefulDecoder, StatefulEncoder

28.2

54

0.801418

16

141

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141

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2cdef5121fc41ae309d6baf2334cb1770650ab00

103

py

Python

src/backend/door_api/models/__init__.py

xinkecf35/Door_Unlock_Web_GUI

3aa2b00c51db525bd0c6fbdc1f3ad3d6fafcdc13

[ "MIT" ]

1

2021-09-22T18:08:53.000Z

src/backend/door_api/models/__init__.py

xinkecf35/Door_Unlock_Web_GUI

3aa2b00c51db525bd0c6fbdc1f3ad3d6fafcdc13

[ "MIT" ]

10

2021-03-09T16:03:35.000Z

2022-02-18T08:40:39.000Z

src/backend/door_api/models/__init__.py

Pitt-RAS/Door_Unlock_Web_GUI

3aa2b00c51db525bd0c6fbdc1f3ad3d6fafcdc13

[ "MIT" ]

null

from .UserSchema import UserSchema from .RoleSchema import RoleSchema from .JWTSchema import JWTSchema

25.75

34

0.854369

12

103

7.333333

0.416667

0

0.116505

103

3

35

34.333333

0.967033

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null

0

1

0

1

0

1

0

5

2ceee3efae543f5089fc7457f7785d54c680c99f

80

py

Python

tasks/finger_tapping_task/utils/__init__.py

eduongAZ/tomcat-baseline-tasks

a913962d1bb19531e734bfe780b2a8b400224741

[ "MIT" ]

1

2022-01-23T19:29:57.000Z

tasks/finger_tapping_task/utils/__init__.py

eduongAZ/tomcat-baseline-tasks

a913962d1bb19531e734bfe780b2a8b400224741

[ "MIT" ]

34

2022-01-18T18:26:15.000Z

2022-03-31T19:21:28.000Z

tasks/finger_tapping_task/utils/__init__.py

eduongAZ/tomcat-baseline-tasks

a913962d1bb19531e734bfe780b2a8b400224741

[ "MIT" ]

2

2022-01-27T05:31:33.000Z

2022-03-29T20:57:23.000Z

from .constants import TAPPED, UNTAPPED from .player_square import PlayerSquare

26.666667

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null

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1

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1

0

1

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5

fa50e328a10c267afe23d7192b05c4acd2f34fb2

99,756

py

Python

aospy_user/variables.py

spencerahill/aospy-obj-lib

76803806e8c6b0042c901735eed1c88042d4e4ed

[ "Apache-2.0" ]

3

2015-10-27T19:32:17.000Z

2021-05-07T12:41:30.000Z

aospy_user/variables.py

spencerahill/aospy-obj-lib

76803806e8c6b0042c901735eed1c88042d4e4ed

[ "Apache-2.0" ]

11

2015-09-25T15:45:59.000Z

2020-03-31T13:50:29.000Z

aospy_user/variables.py

spencerahill/aospy-obj-lib

76803806e8c6b0042c901735eed1c88042d4e4ed

[ "Apache-2.0" ]

null

"""Collection of aospy.Var objects for use in my research.""" from aospy.constants import r_e from aospy.var import Var from . import calcs, units # Define pressure, pressure thickness, and their dependencies first. p = Var( name='p', units=units.Pa, domain='atmos', description='Pressure of model half levels.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) ps = Var( name='ps', alt_names=['PS'], units=units.Pa, domain='atmos', description='Surface pressure.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) bk = Var( name='bk', alt_names=['hybi'], units=units.Pa, domain='atmos_level', description='Sigma part of hybrid sigma coordinate.', def_time=False, def_vert=True, def_lat=False, def_lon=False, ) pk = Var( name='pk', units=units.Pa, domain='atmos_level', description='Pressure part of hybrid sigma coordinate.', def_time=False, def_vert=True, def_lat=False, def_lon=False, ) temp = Var( name='temp', alt_names=('ta', 'T'), units=units.K, domain='atmos', description='Air temperature.', def_time=True, def_vert='pfull', def_lat=True, def_lon=True, ) dp = Var( name='dp', domain='atmos', description=('Pressure thickness of model levels. For data interpolated ' 'to uniform pressure levels, this does not vary in time or ' 'space. For data on model native coordinates, this varies ' 'in space and time due to the spatiotemporal variations in ' 'surface pressure.'), # Last arg is just dummy variable from which to get the pfull coordinate. variables=(ps, bk, pk, temp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.dp, units=units.Pa, ) # All other variables. alb_sfc = Var( name='alb_sfc', units=units.unitless, domain='atmos', description='Surface albedo.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) cld_amt = Var( name='cld_amt', alt_names=('cl',), units=units.unitless, domain='atmos', description='Cloud fraction at each level.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) divg = Var( name='divg', math_str=r"\nabla\cdot\vec{v}", units=units.s1, domain='atmos', description='Divergence.', def_time=True, def_vert=True, def_lat=True, def_lon=True, colormap='RdBu' ) esf = Var( name='esf', units=units.kg_s1, domain='atmos', description='Eddy streamfunction', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) evap = Var( name='evap', alt_names=('ET_mean', 'evspsbl'), math_str=r"$E$", units=units.kg_m2_s1, domain='atmos', description='Surface evaporation', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) high_cld_amt = Var( name='high_cld_amt', units=units.unitless, domain='atmos', description='High cloud fraction.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) iwp = Var( name='IWP', alt_names=('iwp',), units=units.kg_m2, domain='atmos', description='Ice water path', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) lai = Var( name='lai', alt_names=('LAI',), units=units.unitless, domain='land', description='Leaf area index.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) low_cld_amt = Var( name='low_cld_amt', units=units.unitless, domain='atmos', description='Low cloud fraction.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) lwdn_sfc = Var( name='lwdn_sfc', alt_names=('rlds',), math_str="$R^{LW\downarrow_{sfc}$", description='All-sky downwelling longwave radiation at the surface.', domain='atmos', units=units.W_m2, def_time=True, def_vert=False, def_lat=True, def_lon=True, ) lwdn_sfc_clr = Var( name='lwdn_sfc_clr', alt_names=('rldscs',), units=units.W_m2, domain='atmos', description='Clear-sky downwelling longwave radiation at the surface.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) lwp = Var( name='LWP', alt_names=('lwp',), units=units.kg_m2, domain='atmos', description='Liquid water path', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) lwup_sfc = Var( name='lwup_sfc', alt_names=('rlus',), units=units.W_m2, domain='atmos', description='All-sky upwelling longwave radiation at the surface.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) lwup_sfc_clr = Var( name='lwup_sfc_clr', alt_names=('rluscs',), units=units.W_m2, domain='atmos', description='Clear-sky upwelling longwave radiation at the surface.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) hght = Var( name='hght', alt_names=('zg', 'Z3'), units=units.m, domain='atmos', description='Geopotential height.', def_time=True, def_vert='phalf', def_lat=True, def_lon=True, ) ice_mask = Var( name='ice_mask', units=units.unitless, domain='atmos', description='Ice mask.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) ice_wat = Var( name='ice_wat', units=units.specific_mass, domain='atmos', description='Cloud ice water specific humidity.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) liq_wat = Var( name='liq_wat', units=units.specific_mass, domain='atmos', description='Cloud liquid water specific humidity.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) mc = Var( name='mc', units=units.kg_m2_s1_mass, domain='atmos', description='Convective mass flux.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) mc_full = Var( name='mc_full', units=units.kg_m2_s1_mass, domain='atmos', description='Convective mass flux at full levels.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) mc_half = Var( name='mc_half', units=units.kg_m2_s1_mass, domain='atmos', description='Convective mass flux at half levels.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) mid_cld_amt = Var( name='mid_cld_amt', units=units.unitless, domain='atmos', description='Mid-level cloud fraction.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) olr = Var( name='olr', alt_names=('rlut',), units=units.W_m2, domain='atmos', description='All-sky outgoing longwave radiation at TOA.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) olr_clr = Var( name='olr_clr', alt_names=('rlutcs',), units=units.W_m2, domain='atmos', description='Clear-sky outgoing longwave radiation at TOA.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) omega = Var( name='omega', alt_names=('wap',), units=units.Pa_s1, domain='atmos', description='Pressure vertical velocity.', def_time=True, def_vert='pfull', def_lat=True, def_lon=True, ) precip = Var( name='precip', alt_names=('pr', 'PRECT', 'pre'), units=units.kg_m2_s1, domain='atmos', description='Liquid precipitation reaching surface.', def_time=True, def_vert=False, def_lat=True, def_lon=True, colormap='BrBG' ) prec_conv = Var( name='prec_conv', alt_names=('prc',), units=units.kg_m2_s1, domain='atmos', description='Liquid precip reaching surface from convection scheme.', def_time=True, def_vert=False, def_lat=True, def_lon=True, colormap='BrBG' ) prec_ls = Var( name='prec_ls', units=units.kg_m2_s1, domain='atmos', description='Liquid precip reaching surface from large scale ascent.', def_time=True, def_vert=False, def_lat=True, def_lon=True, colormap='BrBG' ) pv = Var( name='pv', units=units.s1, domain='atmos', description='Potential vorticity', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) qdt_conv = Var( name='qdt_conv', units=units.s1_spec_mass, domain='atmos', description='Moisture tendency from convective parameterization.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) qdt_ls = Var( name='qdt_ls', units=units.s1_spec_mass, domain='atmos', description='Moisture tendency from large-scale condensation.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) qdt_vdif = Var( name='qdt_vdif', units=units.s1_spec_mass, domain='atmos', description='Moisture tendency from vertical diffusion.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) rh = Var( name='rh', alt_names=('hur',), units=units.unitless, domain='atmos', description='Relative humidity', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) rh_ref = Var( name='rh_ref', units=units.unitless, domain='atmos', description='Relative humidity at 2m above surface', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) shflx = Var( name='shflx', alt_names=('hfss',), units=units.W_m2, domain='atmos', description='Surface sensible heat flux into the atmosphere.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) slp = Var( name='slp', alt_names=('psl',), units=units.hPa, domain='atmos', description='Sea level pressure.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) snow_conv = Var( name='snow_conv', units=units.kg_m2_s1, domain='atmos', description='Snow reaching surface from convection scheme.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) snow_ls = Var( name='snow_ls', units=units.kg_m2_s1, domain='atmos', description='Snow reaching surface from large scale ascent.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) soil_liq = Var( name='soil_liq', units=units.kg_m2, domain='land', description='Soil liquid in each level of land model', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) soil_moisture = Var( name='soil_moisture', alt_names=('water', 'water_soil',), units=units.kg_m2, domain='land', description='Mass of water in land bucket', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) sphum = Var( name='sphum', alt_names=('hus', 'Q'), units=units.specific_mass, domain='atmos', description='Specific humidity.', def_time=True, def_vert='pfull', def_lat=True, def_lon=True, colormap='Greys' ) sst = Var( name='sst', alt_names=('ts', 'SST'), units=units.K, domain='ocean', description='Sea surface temperature.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) swdn_sfc = Var( name='swdn_sfc', alt_names=('rsds',), units=units.W_m2, domain='atmos', description='All-sky downwelling shortwave radiation at the surface.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) swdn_sfc_clr = Var( name='swdn_sfc_clr', alt_names=('rsdscs',), units=units.W_m2, domain='atmos', description='Clear-sky downwelling shortwave radiation at the surface.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) swup_sfc = Var( name='swup_sfc', alt_names=('rsus',), units=units.W_m2, domain='atmos', description='All-sky upwelling shortwave radiation at the surface.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) swup_sfc_clr = Var( name='swup_sfc_clr', alt_names=('rsuscs',), units=units.W_m2, domain='atmos', description='Clear-sky upwelling shortwave radiation at the surface.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) swdn_toa = Var( name='swdn_toa', alt_names=('rsdt',), units=units.W_m2, domain='atmos', description='Downwelling shortwave radiation at TOA.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) swdn_toa_clr = Var( name='swdn_toa_clr', alt_names=('rsdtcs',), units=units.W_m2, domain='atmos', description='Downwelling shortwave radiation at TOA.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) swup_toa = Var( name='swup_toa', alt_names=('rsut',), units=units.W_m2, domain='atmos', description='All-sky Upwelling shortwave radiation at TOA.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) swup_toa_clr = Var( name='swup_toa_clr', alt_names=('rsutcs',), units=units.W_m2, domain='atmos', description='Clear-sky upwelling shortwave radiation at TOA.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) t_surf = Var( name='t_surf', alt_names=('tas', 'TS', 'tmp'), units=units.K, domain='atmos', description='Surface air temperature.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) tdt_conv = Var( name='tdt_conv', units=units.K_s1, domain='atmos', description='Convective heating rate.', def_time=True, def_vert=True, def_lat=True, def_lon=True, valid_range=(-20, 20) ) tdt_ls = Var( name='tdt_ls', units=units.K_s1, domain='atmos', description='Large-scale heating rate.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) tdt_lw = Var( name='tdt_lw', units=units.K_s1, domain='atmos', description='All-sky longwave heating rate.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) tdt_lw_clr = Var( name='tdt_lw_clr', units=units.K_s1, domain='atmos', description='Clear-sky longwave heating rate.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) tdt_sw = Var( name='tdt_sw', units=units.K_s1, domain='atmos', description='All-sky shortwave heating rate.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) tdt_sw_clr = Var( name='tdt_sw_clr', units=units.K_s1, domain='atmos', description='Clear-sky shortwave heating rate.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) tdt_vdif = Var( name='tdt_vdif', units=units.K_s1, domain='atmos', description='Temperature tendency from vertical diffusion.', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) tot_cld_amt = Var( name='tot_cld_amt', alt_names=('clt',), units=units.unitless, domain='atmos', description='Total cloud fraction.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) ucomp = Var( name='ucomp', alt_names=('ua', 'U'), units=units.m_s1, domain='atmos', description='Eastward velocity.', def_time=True, def_vert='pfull', def_lat=True, def_lon=True, ) u_ref = Var( name='u_ref', units=units.m_s1, domain='atmos', description='Eastward velocity at 2 meters above ground.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) vcomp = Var( name='vcomp', alt_names=('va', 'V'), units=units.m_s1, domain='atmos', description='Northward velocity.', def_time=True, def_vert='pfull', def_lat=True, def_lon=True, ) v_ref = Var( name='v_ref', units=units.m_s1, domain='atmos', description='Northward velocity at 2 meters above ground.', def_time=True, def_vert=False, def_lat=True, def_lon=True, ) vort = Var( name='vort', units=units.s1_vort, domain='atmos', description='Vorticity', def_time=True, def_vert=True, def_lat=True, def_lon=True, ) wvp = Var( name='WVP', alt_names=('wvp', 'prw'), units=units.kg_m2, domain='atmos', description='Water vapor path', def_time=True, def_vert=False, def_lat=True, def_lon=True, colormap='Greys' ) # Grid variables. land_mask = Var( name='land_mask', alt_names=['sftlf'], units=units.unitless, description='Land mask', def_time=False, def_vert=True, def_lat=True, def_lon=False, ) lat = Var( name='lat', units=units.latlon, description='Latitude', def_time=False, def_vert=False, def_lat=True, def_lon=False, ) lon = Var( name='lon', units=units.latlon, description='Longitude.', def_time=False, def_vert=False, def_lat=False, def_lon=True, ) level = Var( name='level', units=units.hPa, domain='atmos', description='Pressure level for data interpolated to uniform pressures.', def_time=False, def_vert=True, def_lat=False, def_lon=False, ) pfull = Var( name='pfull', alt_names=['lev'], units=units.hPa, domain='atmos_level', description=('Reference pressure of model native coordinate full levels. ' 'Importantly, NOT the actual value at a particular lat, lon, ' 'or time, which depends on the spatiotemporally varying ' 'surface pressure.'), def_time=False, def_vert=True, def_lat=False, def_lon=False, ) phalf = Var( name='phalf', alt_names=['ilev'], units=units.hPa, domain='atmos_level', description=('Reference pressure of model native coordinate half levels. ' 'Importantly, NOT the actual value at a particular lat, lon, ' 'or time, which depends on the spatiotemporally varying ' 'surface pressure.'), def_time=False, def_vert=True, def_lat=False, def_lon=False, ) sfc_area = Var( name='sfc_area', alt_names=['areacella'], units=units.m2, domain=None, description='Grid surface area.', def_time=False, def_vert=False, def_lat=True, def_lon=True, ) zsurf = Var( name='zsurf', units=units.m, domain=None, description='Surface elevation.', def_time=False, def_vert=False, def_lat=True, def_lon=True, ) # Calculations involving one or more model-native variables. aht = Var( name='aht', domain='atmos', description='Total northward atmospheric heat transport.', variables=(swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, snow_ls, snow_conv, sfc_area), def_time=True, def_vert=False, def_lat=True, def_lon=False, func=calcs.aht, units=units.W ) albedo = Var( name='albedo', domain='atmos', description=('Column albedo: fraction of incoming SW at TOA reflected ' 'back to space.'), variables=(swdn_toa, swup_toa), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.albedo, units=units.unitless ) ang_mom = Var( name='ang_mom', domain='atmos', description='Angular momentum per unit mass.', variables=(ucomp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.ang_mom, units=units.unitless ) bowen_ratio = Var( name='bowen_ratio', domain='atmos', description='Bowen Ratio: ratio of surface sensible to latent heat flux', variables=(shflx, evap), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.bowen_ratio, units=units.unitless ) column_energy = Var( name='column_energy', math_str=r'$F_\mathrm{net}$', domain='atmos', description='Net energy flux into atmosphere at surface and at TOA.', variables=(swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.column_energy, units=units.W_m2, ) column_lw = Var( name='column_lw', domain='atmos', description='Net LW flux into atmosphere from surface and TOA.', variables=(olr, lwup_sfc, lwdn_sfc), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.column_lw, units=units.W_m2, ) column_sw = Var( name='column_sw', domain='atmos', description='Net SW flux into atmosphere from surface and TOA.', variables=(swdn_toa, swup_toa, swup_sfc, swdn_sfc), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.column_sw, units=units.W_m2, ) cre_lw = Var( name='cre_lw', domain='atmos', description='Cloudy-sky outgoing longwave radiation at TOA.', variables=(olr, olr_clr), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.cre_lw, units=units.W_m2 ) cre_net = Var( name='cre_net', domain='atmos', description='Net cloudy-sky top-of-atmosphere radiative flux, signed positive downwards.', variables=(swup_toa, olr, swup_toa_clr, olr_clr), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.cre_net, units=units.W_m2 ) cre_sw = Var( name='cre_sw', domain='atmos', description='Net cloudy-sky top-of-atmosphere shortwave radiative flux, signed positive downwards.', variables=(swup_toa, swup_toa_clr), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.cre_sw, units=units.W_m2 ) divg_3d = Var( name='divg_3d', domain='atmos', description='3-d divergence', variables=(ucomp, vcomp, omega, r_e, p), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.divg_3d, units=units.s1 ) divg_mass_bal = Var( name='divg_mass_bal', domain='atmos', description=('Horizontal divergence, adjusted to exact mass balance in ' 'each column integral.'), variables=(divg, dp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.field_vert_int_bal, units=units.s1 ) dry_static_stab = Var( name='dry_static_stab', domain='atmos', description=('Local upper minus lower level DSE for fixed lower level and ' 'varying upper level over all levels.'), variables=(temp, hght, p), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.dry_static_stab, units=units.K ) dse = Var( name='dse', domain='atmos', description='Dry static energy.', variables=(temp, hght), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.dse, units=units.J_kg1 ) dse_horiz_advec = Var( name='dse_horiz_advec', domain='atmos', description='Horizontal advection of dry static energy.', variables=(temp, hght, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.dse_horiz_advec, units=units.J_kg1_s1 ) dse_times_horiz_divg = Var( name='dse_times_horiz_divg', domain='atmos', description='Horizontal mass flux divergence times dry static energy.', variables=(temp, hght, ucomp, vcomp, r_e, dp), def_time=True, def_vert='pfull', def_lat=True, def_lon=True, func=calcs.dse_times_horiz_divg, units=units.J_kg1_s1 ) dse_horiz_flux_divg = Var( name='dse_horiz_flux_divg', domain='atmos', description='Horizontal flux divergence of dry static energy.', variables=(temp, hght, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.dse_horiz_flux_divg, units=units.J_kg1_s1 ) dse_horiz_advec_divg_sum = Var( name='dse_horiz_advec_divg_sum', domain='atmos', description='Sum of DSE horizontal divergence and advection.', variables=(temp, hght, ucomp, vcomp, r_e, dp), def_time=True, def_vert='pfull', def_lat=True, def_lon=True, func=calcs.dse_horiz_advec_divg_sum, units=units.J_kg1_s1 ) du_dx = Var( name='du_dx', domain='atmos', variables=(ucomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.d_dx_from_latlon, units=units.s1 ) dv_dy = Var( name='dv_dy', domain='atmos', variables=(vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.d_dy_from_lat, units=units.s1 ) equiv_pot_temp = Var( name='equiv_pot_temp', domain='atmos', description='Equivalent potential temperature.', variables=(temp, level, sphum), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.equiv_pot_temp, units=units.K ) esf = Var( name='esf', domain='atmos', description='Eddy streamfunction.', variables=(level, vcomp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=None, units=units.kg_s1 ) evap_frac = Var( name='evap_frac', domain='atmos', description='Evaporative fraction, i.e. ratio of LH to (LH+SH).', variables=(evap, shflx), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.evap_frac, units=units.unitless ) fmse = Var( name='fmse', domain='atmos', description='Frozen moist static energy.', variables=(temp, hght, sphum, ice_wat), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.fmse, units=units.J_kg1, ) fmse_merid_deriv_eta = Var( name='fmse_merid_deriv_eta', domain='atmos', variables=(temp, hght, sphum, ice_wat, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.fmse_merid_deriv_eta, units=units.J_kg1_m1, ) fmse_zonal_deriv_eta = Var( name='fmse_zonal_deriv_eta', domain='atmos', variables=(temp, hght, sphum, ice_wat, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.fmse_zonal_deriv_eta, units=units.J_kg1_m1, ) fmse_budget_advec_residual = Var( name='fmse_budget_advec_residual', domain='atmos', description=( 'Residual in vertically integrated frozen MSE budget, with frozen ' 'MSE transport computed as sum of horizontal and vertical advection ' 'terms.' ), variables=( temp, hght, sphum, ice_wat, ucomp, vcomp, omega, p, dp, r_e, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap ), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.fmse_budget_advec_residual, units=units.W_m2, colormap='RdBu' ) gms_change_est = Var( name='gms_change_est', domain='atmos', description='Gross moist stability estimated as near surface MSE at ITCZ minus at the local latitude.', variables=(temp, temp, sphum, precip, p), def_time=True, def_vert=False, def_lat=True, def_lon=False, func=calcs.gms_change_est, units=units.K ) gms_change_est2 = Var( name='gms_change_est2', domain='atmos', description='Gross moist stability estimated as near surface MSE at ITCZ minus at the local latitude.', variables=(temp, temp, sphum, precip, level, lat), def_time=True, def_vert=False, def_lat=True, def_lon=False, func=calcs.gms_change_est2, units=units.K ) gms_h01 = Var( name='gms_h01', domain='atmos', description='Gross moist stability estimated as near surface MSE at ITCZ minus at the local latitude.', variables=(temp, hght, sphum, precip, p), def_time=True, def_vert=False, def_lat=True, def_lon=False, func=calcs.gms_h01, units=units.K ) gms_h01est = Var( name='gms_h01est', domain='atmos', description='Gross moist stability estimated as near surface MSE at ITCZ minus at the local latitude, but neglecting the geopotential term.', variables=(temp, sphum, precip, p), def_time=True, def_vert=False, def_lat=True, def_lon=False, func=calcs.gms_h01est, units=units.K ) gms_h01est2 = Var( name='gms_h01est2', domain='atmos', description='Gross moist stability estimated as MSE aloft at ITCZ minus near surface MSE at the local latitude.', variables=(temp, hght, sphum, precip, p), def_time=True, def_vert=False, def_lat=True, def_lon=False, func=calcs.gms_h01est2, units=units.K ) gms_moc = Var( name='gms_moc', domain='atmos', description='Gross moist stability using only MMC MSE transport', variables=(temp, hght, sphum, precip, p), def_time=True, def_vert=False, def_lat=True, def_lon=False, func=calcs.gms_moc, units=units.K ) gms_msf = Var( name='gms_msf', domain='atmos', description='Gross moist stability using MMC plus stationary eddy MSE transport.', variables=(temp, hght, sphum, precip, p), def_time=True, def_vert=False, def_lat=True, def_lon=False, func=calcs.gms_msf, units=units.K ) gms_up_low = Var( name='gms_up_low', domain='atmos', description='Gross moist stability estimated as uppper minus lower level MSE.', variables=(temp, hght, sphum, p), def_time=True, def_vert=False, def_lat=True, def_lon=False, func=calcs.gms_up_low, units=units.K ) gms_each_level = Var( name='gms_each_level', domain='atmos', description='Local upper minus lower level MSE for fixed lower level and varying upper level over all levels.', variables=(temp, hght, sphum, p), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.gms_each_level, units=units.K ) gross_dry_stab = Var( name='gross_dry_stab', domain='atmos', description='Gross dry stability.', variables=(temp, hght, ucomp, vcomp, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.gross_dry_stab, units=units.J_kg1 ) gross_moist_stab = Var( name='gross_moist_stab', domain='atmos', description='Gross dry stability.', variables=(temp, hght, sphum, ucomp, vcomp, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.gross_moist_stab, units=units.J_kg1 ) gross_moist_strat = Var( name='gross_moist_strat', domain='atmos', variables=(sphum, ucomp, vcomp, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.gross_moist_strat, units=units.J_kg1 ) hght_horiz_advec = Var( name='hght_horiz_advec', domain='atmos', description='Horizontal advection of geopotential height.', variables=(hght, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.horiz_advec, units=units.J_kg1_s1 ) hght_times_horiz_divg = Var( name='hght_times_horiz_divg', domain='atmos', description='Horizontal mass flux divergence times geopotential height.', variables=(hght, ucomp, vcomp, r_e, dp), def_time=True, def_vert='pfull', def_lat=True, def_lon=True, func=calcs.field_times_horiz_divg, units=units.J_kg1_s1 ) hght_horiz_flux_divg = Var( name='hght_horiz_flux_divg', domain='atmos', description='Horizontal flux divergence of geopotential height.', variables=(hght, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.field_horiz_flux_divg, units=units.J_kg1_s1 ) hght_horiz_advec_divg_sum = Var( name='hght_horiz_advec_divg_sum', domain='atmos', description='Sum of geopotential height horizontal divergence and advection.', variables=(hght, ucomp, vcomp, r_e, dp), def_time=True, def_vert='pfull', def_lat=True, def_lon=True, func=calcs.field_horiz_advec_divg_sum, units=units.J_kg1_s1 ) horiz_divg = Var( name='horiz_divg', math_str=r'$\nabla\cdot\mathbf{v}$', domain='atmos', description='Horizontal mass divergence', variables=(ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.horiz_divg, units=units.s1, colormap='RdBu' ) horiz_divg_spharm = Var( name='horiz_divg_spharm', math_str=r'$\nabla\cdot\mathbf{v}$', domain='atmos', description='Horizontal mass divergence', variables=(ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.horiz_divg_spharm, units=units.s1, colormap='RdBu' ) horiz_divg_mass_adj = Var( name='horiz_divg_mass_adj', domain='atmos', variables=(ucomp, vcomp, evap, precip, ps, r_e, dp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.horiz_divg_mass_adj, units=units.s1_mass, colormap='RdBu' ) horiz_divg_mass_adj_spharm = Var( name='horiz_divg_mass_adj_spharm', domain='atmos', variables=(ucomp, vcomp, evap, precip, ps, r_e, dp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.horiz_divg_mass_adj_spharm, units=units.s1_mass, colormap='RdBu' ) horiz_divg_mass_adj_from_eta = Var( name='horiz_divg_mass_adj_from_eta', domain='atmos', variables=(ucomp, vcomp, evap, precip, ps, r_e, dp, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.horiz_divg_mass_adj_from_eta, units=units.s1_mass, colormap='RdBu' ) horiz_divg_vert_int_max = Var( name='horiz_divg_vert_int_max', domain='atmos', description=('Integral of horizontal divergence from surface to level ' 'that maximizes its magnitude'), variables=(ucomp, vcomp, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.horiz_divg_vert_int_max, units=units.kg_m2_s1_mass ) dry_mass_column_tendency = Var( name='dry_mass_column_tendency', domain='atmos', description=('Monthly time-tendency of surface pressure minus gravity ' 'times water vapor path monthly time tendency.'), variables=(ps, sphum, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.dry_mass_column_tendency, units=units.Pa_s1_mass, math_str=r'$\partial p_s/\partial t - g\partial \mathrm{WVP}/\partial t$', ) dry_mass_column_divg = Var( name='dry_mass_column_divg', domain='atmos', description=('Divergence of vertical integral of (one minus specific ' 'humidity) times horizontal flow.'), variables=(ucomp, vcomp, sphum, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.dry_mass_column_divg, units=units.Pa_s1_mass, math_str=(r'$\nabla\cdot\int_{p_\mathrm{t}}^{p_\mathrm{s}}' '(1-q)\mathbf{v}\,\mathrm{d}p$'), colormap='RdBu' ) dry_mass_column_budget_residual = Var( name='dry_mass_column_budget_residual', domain='atmos', description=('Divergence of vertical integral of (one minus specific ' 'humidity) times horizontal flow.'), variables=(ps, ucomp, vcomp, sphum, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.dry_mass_column_budget_residual, units=units.Pa_s1_mass, colormap='RdBu' ) dry_mass_column_divg_adj = Var( name='dry_mass_column_divg_adj', domain='atmos', description=('Divergence of vertical integral of (one minus specific ' 'humidity) times horizontal flow.'), variables=(ucomp, vcomp, sphum, ps, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.dry_mass_column_divg_adj, units=units.Pa_s1_mass, math_str=(r'$\nabla\cdot\int_{p_\mathrm{t}}^{p_\mathrm{s}}' '(1-q)\mathbf{v}\,\mathrm{d}p$'), colormap='RdBu' ) dry_mass_column_budget_adj_residual = Var( name='dry_mass_column_budget_adj_residual', domain='atmos', description=('Residual of mass budget with explicit correction applied ' 'to transport term'), variables=(ps, ucomp, vcomp, sphum, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.dry_mass_column_budget_adj_residual, units=units.Pa_s1_mass, colormap='RdBu' ) energy_column_source = Var( name='energy_column_source', math_str=r'$F_\mathrm{net}$', domain='atmos', description='Net energy flux into atmosphere at surface and at TOA.', variables=(swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_source, units=units.W_m2, ) energy_column_divg = Var( name='energy_column_divg', domain='atmos', description='Column flux divergence of energy. No mass adjustment.', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_divg, units=units.W_m2, colormap='RdBu' ) energy_column_tendency = Var( name='energy_column_tendency', domain='atmos', description='Monthly time-tendency of column integrated energy.', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_tendency, units=units.W_m2, ) energy_column_tendency_each_timestep = Var( name='energy_column_tendency_each_timestep', domain='atmos', description='Monthly time-tendency of column integrated energy.', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_tendency_each_timestep, units=units.W_m2, ) energy_column_budget_residual = Var( name='energy_column_budget_residual', domain='atmos', description='Residual in column-integrated energy budget.', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_budget_residual, units=units.W_m2, ) energy_column_divg_adj = Var( name='energy_column_divg_adj', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_divg_adj, units=units.W_m2, colormap='RdBu' ) energy_column_divg_adj_time_mean = Var( name='energy_column_divg_adj_time_mean', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_divg_adj_time_mean, units=units.W_m2, colormap='RdBu' ) energy_column_divg_adj_eddy = Var( name='energy_column_divg_adj_eddy', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_divg_adj_eddy, units=units.W_m2, colormap='RdBu' ) energy_column_divg_mass_adj = Var( name='energy_column_divg_mass_adj', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, evap, precip, ps, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_divg_mass_adj, units=units.W_m2, colormap='RdBu' ) energy_column_budget_adj_residual = Var( name='energy_column_budget_adj_residual', domain='atmos', description='Residual in column-integrated energy budget.', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_budget_adj_residual, units=units.W_m2, ) energy_column_budget_energy_adj_residual = Var( name='energy_column_budget_energy_adj_residual', domain='atmos', description='Residual in column-integrated energy budget.', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, ps, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_budget_energy_adj_residual, units=units.W_m2, ) energy_column_budget_mass_adj_residual = Var( name='energy_column_budget_mass_adj_residual', domain='atmos', description='Residual in column-integrated energy budget.', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_budget_mass_adj_residual, units=units.W_m2, ) energy_column_budget_dry_mass_adj_residual = Var( name='energy_column_budget_dry_mass_adj_residual', domain='atmos', description='Residual in column-integrated energy budget.', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, ps, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_budget_dry_mass_adj_residual, units=units.W_m2, ) energy_ps_horiz_advec = Var( name='energy_ps_horiz_advec', domain='atmos', description='Advection of surface energy times surface pressure', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_sfc_ps_advec, units=units.W_m2, colormap='RdBu' ) energy_ps_horiz_advec_as_resid = Var( name='energy_ps_horiz_advec_as_resid', domain='atmos', description='Advection of surface energy times surface pressure', # variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, # olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, # precip, ps, dp, r_e, bk, pk), variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, evap, precip, ps, dp, r_e, bk, pk), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_sfc_ps_advec_as_resid, units=units.W_m2, colormap='RdBu' ) energy_horiz_advec_eta_adj = Var( name='energy_horiz_advec_eta_adj', domain='atmos', description='Horizontal advection of energy from model coordinates', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_horiz_advec_eta_adj, units=units.J_kg1_s1, colormap='RdBu' ) energy_horiz_advec_eta_adj_spharm = Var( name='energy_horiz_advec_eta_adj_spharm', domain='atmos', description='Horizontal advection of energy from model coordinates', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_horiz_advec_eta_adj_spharm, units=units.J_kg1_s1, colormap='RdBu' ) energy_horiz_advec_eta_adj_time_mean = Var( name='energy_horiz_advec_eta_adj_time_mean', domain='atmos', description='Horizontal advection of energy from model coordinates', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_horiz_advec_eta_adj_time_mean, units=units.J_kg1_s1, colormap='RdBu' ) energy_horiz_advec_eta_upwind_adj_time_mean = Var( name='energy_horiz_advec_eta_upwind_adj_time_mean', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_horiz_advec_eta_upwind_adj_time_mean, units=units.J_kg1_s1, colormap='RdBu' ) energy_horiz_advec_adj = Var( name='energy_horiz_advec_adj', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_horiz_advec_adj, units=units.J_kg1_s1, colormap='RdBu' ) energy_horiz_advec_upwind = Var( name='energy_horiz_advec_upwind', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_horiz_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_zonal_advec_upwind = Var( name='energy_zonal_advec_upwind', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_zonal_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_merid_advec_upwind = Var( name='energy_merid_advec_upwind', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_merid_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_horiz_advec_eta_upwind = Var( name='energy_horiz_advec_eta_upwind', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_horiz_advec_eta_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_merid_advec_eta_upwind = Var( name='energy_merid_advec_eta_upwind', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_merid_advec_eta_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_zonal_advec_eta_upwind = Var( name='energy_zonal_advec_eta_upwind', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_zonal_advec_eta_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_horiz_advec_eta_upwind_thermo = Var( name='energy_horiz_advec_eta_upwind_thermo', domain='atmos', description='Hack to avoid over-long filenames w/ data from mult. runs', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_horiz_advec_eta_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_horiz_advec_eta_upwind_dyn = Var( name='energy_horiz_advec_eta_upwind_dyn', domain='atmos', description='Hack to avoid over-long filenames w/ data from mult. runs', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_horiz_advec_eta_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_horiz_advec_eta_upwind_covar = Var( name='energy_horiz_advec_eta_upwind_covar', domain='atmos', description='Hack to avoid over-long filenames w/ data from mult. runs', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_horiz_advec_eta_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_horiz_advec_eta_upwind_time_mean = Var( name='energy_horiz_advec_eta_upwind_time_mean', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_horiz_advec_eta_upwind_time_mean, units=units.J_kg1_s1, colormap='RdBu' ) energy_horiz_divg_eta = Var( name='energy_horiz_divg_eta', domain='atmos', description='Energy times horizontal divergence from model coordinates', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_horiz_divg_eta, units=units.J_kg1_s1, colormap='RdBu' ) energy_column_vert_advec_as_resid_eta_time_mean = Var( name='energy_column_vert_advec_as_resid_eta_time_mean', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e, bk, pk), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_vert_advec_as_resid_eta_time_mean, units=units.W_m2, colormap='RdBu' ) energy_column_vert_advec_as_resid = Var( name='energy_column_vert_advec_as_resid', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.energy_column_vert_advec_as_resid, units=units.W_m2, colormap='RdBu' ) energy_vert_advec_eta = Var( name='energy_vert_advec_eta', domain='atmos', description='Vertical advection of energy from model coordinates', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, omega, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_vert_advec_eta, units=units.J_kg1_s1, colormap='RdBu' ) energy_vert_advec_eta_adj = Var( name='energy_vert_advec_eta_adj', domain='atmos', description='Vertical advection of energy from model coordinates', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, omega, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_vert_advec_eta_adj, units=units.J_kg1_s1, colormap='RdBu' ) energy_vert_advec = Var( name='energy_vert_advec', domain='atmos', description='Vertical advection of energy', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, omega), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_vert_advec, units=units.J_kg1_s1, colormap='RdBu' ) energy_vert_advec_eta_upwind = Var( name='energy_vert_advec_eta_upwind', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, omega, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_vert_advec_eta_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_vert_advec_eta_upwind_thermo = Var( name='energy_vert_advec_eta_upwind_thermo', domain='atmos', description='Hack to avoid over-long filenames w/ data from mult. runs', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, omega, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_vert_advec_eta_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_vert_advec_eta_upwind_dyn = Var( name='energy_vert_advec_eta_upwind_dyn', domain='atmos', description='Hack to avoid over-long filenames w/ data from mult. runs', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, omega, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_vert_advec_eta_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_vert_advec_eta_upwind_covar = Var( name='energy_vert_advec_eta_upwind_covar', domain='atmos', description='Hack to avoid over-long filenames w/ data from mult. runs', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, omega, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_vert_advec_eta_upwind, units=units.J_kg1_s1, colormap='RdBu' ) energy_vert_advec_eta_adj = Var( name='energy_vert_advec_eta_adj', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_vert_advec_eta_adj, units=units.J_kg1_s1, colormap='RdBu' ) energy_vert_advec_eta_time_mean = Var( name='energy_vert_advec_eta_time_mean', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, omega, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_vert_advec_eta_time_mean, units=units.J_kg1_s1, colormap='RdBu' ) energy_vert_advec_eta_adj_time_mean = Var( name='energy_vert_advec_eta_adj_time_mean', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_vert_advec_eta_adj_time_mean, units=units.J_kg1_s1, colormap='RdBu' ) energy_vert_advec_eta_upwind_time_mean = Var( name='energy_vert_advec_eta_upwind_time_mean', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, omega, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_vert_advec_eta_upwind_time_mean, units=units.J_kg1_s1, colormap='RdBu' ) energy_vert_advec_eta_upwind_adj_time_mean = Var( name='energy_vert_advec_eta_upwind_adj_time_mean', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.energy_vert_advec_eta_upwind_adj_time_mean, units=units.J_kg1_s1, colormap='RdBu' ) mass_column = Var( name='mass_column', math_str=r'$p_s/g$', domain='atmos', description=('Total mass per square meter of the atmospheric column, ' 'based on surface pressure.'), variables=(ps,), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.mass_column, func_input_dtype='numpy', units=units.kg_m2, ) mass_column_integral = Var( name='mass_column_integral', math_str=r'$\int^{p_s}_{p_t}\,\mathrm{d}p/g$', domain='atmos', description=('Total mass per square meter of the atmospheric column,' 'computed by explicitly integrating pressure. Temperature ' 'variable (temp) is a dummy -- aospy.Calc needs at ' 'least one netCDF variable per aospy.Var.'), variables=(temp, dp,), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.mass_column_integral, units=units.kg_m2, ) mass_column_divg = Var( name='mass_column_divg', domain='atmos', description='Column mass divergence, computed w/ finite differencing.', variables=(ucomp, vcomp, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.mass_column_divg, units=units.Pa_s1_mass, math_str=(r'$\nabla\cdot\int_{p_\mathrm{t}}^{p_\mathrm{s}}' '\mathbf{v}\,\mathrm{d}p$'), colormap='RdBu' ) mass_column_divg_spharm = Var( name='mass_column_divg_spharm', domain='atmos', description='Column mass divergence, computed spectrally.', variables=(ucomp, vcomp, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.mass_column_divg_spharm, units=units.Pa_s1_mass, math_str=(r'$\nabla\cdot\int_{p_\mathrm{t}}^{p_\mathrm{s}}' '\mathbf{v}\,\mathrm{d}p$'), colormap='RdBu' ) mass_column_divg_adj = Var( name='mass_column_divg_adj', domain='atmos', variables=(ps, ucomp, vcomp, evap, precip, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.mass_column_divg_adj, units=units.Pa_s1_mass, math_str=(r'$\nabla\cdot\int_{p_\mathrm{t}}^{p_\mathrm{s}}' '\mathbf{v}_\mathrm{adj}\,\mathrm{d}p$'), colormap='RdBu' ) mass_column_source = Var( name='mass_column_source', domain='atmos', variables=(evap, precip), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.mass_column_source, units=units.Pa_s1_mass, math_str=r'$g(E-P)$', colormap='RdBu' ) mass_column_tendency = Var( name='mass_column_tendency', domain='atmos', description='Monthly time-tendency of surface pressure.', variables=(ps,), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.time_tendency_first_to_last, # func=calcs.time_tendency_each_timestep, units=units.Pa_s1_mass, ) mass_column_budget_lhs = Var( name='mass_column_budget_lhs', domain='atmos', description=( 'Tendency plus flux divergence of column integrated mass.' ), variables=(ps, ucomp, vcomp, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.mass_column_budget_lhs, units=units.Pa_s1_mass, ) mass_column_budget_with_adj_lhs = Var( name='mass_column_budget_with_adj_lhs', domain='atmos', description=( 'Tendency plus flux divergence of column integrated mass.' ), variables=(ps, ucomp, vcomp, sphum, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.mass_column_budget_with_adj_lhs, units=units.Pa_s1_mass, ) mass_column_budget_residual = Var( name='mass_column_budget_residual', domain='atmos', description=( 'Residual in vertically integrated mass budget.' ), variables=(ps, ucomp, vcomp, evap, precip, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.mass_column_budget_residual, units=units.Pa_s1_mass, ) mass_column_budget_adj_residual = Var( name='mass_column_budget_adj_residual', domain='atmos', description=( 'Residual in column mass budget with imposed mass balance adjustment.' ), variables=(ps, ucomp, vcomp, evap, precip, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.mass_column_budget_adj_residual, units=units.Pa_s1_mass, ) moisture_column_source = Var( name='moisture_column_source', domain='atmos', description='Column water vapor source, i.e. evap minus precip.', variables=(precip, evap), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.moisture_column_source, units=units.kg_m2_s1, colormap='BrBG' ) moisture_column_divg = Var( name='moisture_column_divg', domain='atmos', description='Column flux divergence of water vapor. No mass adjustment.', variables=(sphum, ucomp, vcomp, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.column_flux_divg, units=units.kg_m2_s1, colormap='BrBG_r' ) moisture_column_divg_with_adj = Var( name='moisture_column_divg_with_adj', domain='atmos', description=('Column flux divergence of water vapor. ' 'Uses mass adjusted winds.'), variables=(sphum, ps, ucomp, vcomp, evap, precip, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.column_flux_divg_adj, units=units.kg_m2_s1, colormap='BrBG_r' ) moisture_column_divg_with_adj2 = Var( name='moisture_column_divg_with_adj2', domain='atmos', description=('Column flux divergence of water vapor. ' 'Uses mass adjusted winds.'), variables=(sphum, ps, ucomp, vcomp, evap, precip, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.moisture_column_divg_with_adj2, units=units.kg_m2_s1, colormap='BrBG_r' ) moisture_column_tendency = Var( name='moisture_column_tendency', domain='atmos', description='Monthly time-tendency of column-integrated water vapor.', variables=(sphum, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.moisture_column_tendency, units=units.kg_m2_s1 ) moisture_column_budget_lhs = Var( name='moisture_column_budget_lhs', domain='atmos', description=('Left-hand-side of moisture budget with applied mass ' 'correction, where LHS = time tendency plus transport.'), variables=(ucomp, vcomp, sphum, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.moisture_column_budget_lhs, units=units.kg_m2_s1, colormap='BrBG_r' ) moisture_column_budget_with_adj_lhs = Var( name='moisture_column_budget_with_adj_lhs', domain='atmos', description=('Left-hand-side of moisture budget with applied mass ' 'correction, where LHS = time tendency plus transport.'), variables=(ps, ucomp, vcomp, sphum, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.moisture_column_budget_with_adj_lhs, units=units.kg_m2_s1, colormap='BrBG_r' ) moisture_column_budget_with_adj2_lhs = Var( name='moisture_column_divg_with_adj2_lhs', domain='atmos', description=('Column flux divergence of water vapor. ' 'Mass adjusted by subtracting off column mass residual times ' 'column average specific humidity.'), variables=(ps, ucomp, vcomp, sphum, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.moisture_column_budget_with_adj2_lhs, units=units.kg_m2_s1, colormap='BrBG_r' ) moisture_column_budget_residual = Var( name='moisture_column_budget_residual', domain='atmos', description=( 'Residual in vertically integrated moisture budget.' ), variables=(sphum, ucomp, vcomp, omega, dp, r_e, evap, precip), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.moisture_column_budget_residual, units=units.kg_m2_s1, colormap='BrBG_r' ) moist_static_stab = Var( name='moist_static_stab', domain='atmos', variables=(temp, hght, sphum, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.moist_static_stab, units=units.J_kg1_Pa1, ) frozen_moist_static_stab = Var( name='frozen_moist_static_stab', domain='atmos', variables=(temp, hght, sphum, ice_wat, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.frozen_moist_static_stab, units=units.J_kg1_Pa1, ) moist_static_stab_p = Var( name='moist_static_stab_p', domain='atmos', variables=(temp, hght, sphum), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.moist_static_stab_p, units=units.J_kg1_Pa1, ) frozen_moist_static_stab_p = Var( name='frozen_moist_static_stab_p', domain='atmos', variables=(temp, hght, sphum, ice_wat), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.frozen_moist_static_stab_p, units=units.J_kg1_Pa1, ) mse = Var( name='mse', domain='atmos', math_str=r'$h$', description='Moist static energy.', variables=(temp, hght, sphum), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse, units=units.J_kg1, valid_range=(3.05e5, 5e6), ) mse_from_hypso = Var( name='mse_from_hypso', domain='atmos', math_str=r'$h$', variables=(ps, temp, sphum), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_from_hypso, units=units.J_kg1, ) z_from_hypso = Var( name='z_from_hypso', domain='atmos', variables=(ps, temp, sphum), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.z_from_hypso, units=units.m ) mse_from_hypso_zonal_advec_upwind = Var( name='mse_from_hypso_zonal_advec_upwind', variables=(ps, temp, sphum, ucomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_from_hypso_zonal_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) mse_from_hypso_merid_advec_upwind = Var( name='mse_from_hypso_merid_advec_upwind', variables=(ps, temp, sphum, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_from_hypso_merid_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) mse_from_hypso_horiz_advec_upwind = Var( name='mse_from_hypso_horiz_advec_upwind', variables=(ps, temp, sphum, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_from_hypso_horiz_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) mse_from_hypso_vert_advec_upwind = Var( name='mse_from_hypso_vert_advec_upwind', variables=(ps, temp, sphum, omega, p), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_from_hypso_vert_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) cpt_lvq = Var( name='cpt_lvq', domain='atmos', math_str=r'$h$', variables=(temp, sphum), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.cpt_lvq, units=units.J_kg1, ) cpt_lvq_zonal_deriv = Var( name='cpt_lvq_zonal_deriv', variables=(temp, sphum), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.cpt_lvq_zonal_deriv, units=units.J_kg1_m1, colormap='RdBu' ) cpt_lvq_merid_deriv = Var( name='cpt_lvq_merid_deriv', variables=(temp, sphum), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.cpt_lvq_merid_deriv, units=units.J_kg1_m1, colormap='RdBu' ) cpt_lvq_zonal_advec_upwind = Var( name='cpt_lvq_zonal_advec_upwind', variables=(temp, sphum, ucomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.cpt_lvq_zonal_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) cpt_lvq_merid_advec_upwind = Var( name='cpt_lvq_merid_advec_upwind', variables=(temp, sphum, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.cpt_lvq_merid_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) cpt_lvq_horiz_advec_upwind = Var( name='cpt_lvq_horiz_advec_upwind', variables=(temp, sphum, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.cpt_lvq_horiz_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) mse_tendency = Var( name='mse_tendency', domain='atmos', variables=(tdt_lw, tdt_sw, tdt_conv, tdt_ls, tdt_vdif, qdt_conv, qdt_ls, qdt_vdif), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_tendency, units=units.J_kg1_s1 ) mse_horiz_advec = Var( name='mse_horiz_advec', math_str=r'$\mathbf{v}\cdot\nabla h$', domain='atmos', description='Horizontal advection of moist static energy.', variables=(temp, hght, sphum, ucomp, vcomp, r_e), # variables=(temp, hght, sphum, ucomp, vcomp, ps, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_horiz_advec, units=units.J_kg1_s1, colormap='RdBu' ) mse_times_horiz_divg = Var( name='mse_times_horiz_divg', math_str=r'$h\nabla\cdot\mathbf{v}$', domain='atmos', description='Horizontal mass flux divergence times moist static energy.', variables=(temp, hght, sphum, ucomp, vcomp, r_e, dp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_times_horiz_divg, units=units.J_kg1_s1, colormap='RdBu' ) mse_horiz_flux_divg = Var( name='mse_horiz_flux_divg', math_str=r'$\nabla\cdot(h\mathbf{v})$', domain='atmos', description='Horizontal flux divergence of moist static energy.', variables=(temp, hght, sphum, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_horiz_flux_divg, units=units.J_kg1_s1, colormap='RdBu' ) mse_horiz_advec_divg_sum = Var( name='mse_horiz_advec_divg_sum', math_str=r'$h\nabla\cdot\mathbf{v}+\mathbf{v}\cdot\nabla h$', domain='atmos', description='Sum of MSE horizontal divergence and advection.', variables=(temp, hght, sphum, ucomp, vcomp, r_e, dp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_horiz_advec_divg_sum, units=units.J_kg1_s1, colormap='RdBu' ) mse_vert_flux_divg = Var( name='mse_vert_flux_divg', domain='atmos', description='Vertical flux divergence of moist static energy.', variables=(temp, hght, sphum, omega, p), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_vert_flux_divg, units=units.J_kg1_s1, colormap='RdBu' ) mse_vert_advec = Var( name='mse_vert_advec', math_str=r'$h\frac{\partial\omega}{\partial p}$', domain='atmos', description='Moist static energy times vertical divergence.', variables=(temp, hght, sphum, omega, p), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_vert_advec, units=units.J_kg1_s1, colormap='RdBu' ) mse_total_advec = Var( name='mse_total_advec', domain='atmos', description=('MSE transport computed as sum of horizontal and ' 'vertical advection terms.'), variables=(temp, hght, sphum, ucomp, vcomp, omega, p, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_total_advec, units=units.J_kg1_s1, colormap='RdBu' ) mse_budget_advec_residual = Var( name='mse_budget_advec_residual', domain='atmos', description=( 'Residual in vertically integrated MSE budget, with MSE transport ' 'computed as sum of horizontal and vertical advection terms.' ), variables=( temp, hght, sphum, ucomp, vcomp, omega, p, dp, r_e, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap ), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.mse_budget_advec_residual, units=units.W_m2, colormap='RdBu' ) mse_horiz_advec_upwind = Var( name='mse_horiz_advec_upwind', variables=(temp, hght, sphum, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_horiz_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) mse_zonal_advec_upwind = Var( name='mse_zonal_advec_upwind', variables=(temp, hght, sphum, ucomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_zonal_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) mse_merid_advec_upwind = Var( name='mse_merid_advec_upwind', variables=(temp, hght, sphum, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_merid_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) mse_vert_advec_upwind = Var( name='mse_vert_advec_upwind', domain='atmos', description=('Vertical advection of moist static energy using upwind ' 'finite differencing scheme for derivatives.'), variables=(temp, hght, sphum, omega, p), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_vert_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) mse_total_advec_upwind = Var( name='mse_total_advec_upwind', domain='atmos', description=('Total advection of moist static energy using upwind ' 'finite differencing scheme for derivatives.'), variables=(temp, hght, sphum, ucomp, vcomp, omega, p, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.mse_total_advec_upwind, units=units.J_kg1_s1, colormap='RdBu' ) msf = Var( name='msf', domain='atmos', description='Eulerian meridional mass streamfunction.', variables=(level, vcomp), def_time=True, def_vert=True, def_lat=True, def_lon=False, func=calcs.msf, units=units.kg_s1 ) mass_flux = Var( name='mass_flux', domain='atmos', description=('Mass flux: Eulerian meridional mass streamfunction ' 'integrated to the level of its maximum magnitude.'), variables=(level, vcomp), def_time=True, def_vert=False, def_lat=True, def_lon=False, func=calcs.msf_max, units=units.kg_s1 ) omega_from_divg_eta = Var( name='omega_from_divg_eta', domain='atmos', variables=(ucomp, vcomp, ps, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.omega_from_divg_eta, units=units.Pa_s1 ) omega_from_divg_eta_adj = Var( name='omega_from_divg_eta_adj', domain='atmos', variables=(ucomp, vcomp, ps, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.omega_from_divg_eta, units=units.Pa_s1 ) omega_change_from_fmse_budget = Var( name='omega_change_from_fmse_budget', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, ps, temp, hght, sphum, ice_wat, ucomp, vcomp, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.omega_change_from_fmse_budget, units=units.Pa_s1 ) p_minus_e = Var( name='p-e', domain='atmos', description='Precipitation minus evaporation', variables=(precip, evap), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.p_minus_e, units=units.kg_m2_s1, colormap='BrBG' ) pot_temp = Var( name='pot_temp', domain='atmos', description='Potential temperature.', variables=(temp, p), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.pot_temp, units=units.K ) prec_conv_frac = Var( name='prec_conv_frac', domain='atmos', description=('Fraction of liquid precipitation reaching surface ' 'originating from convection scheme (as opposed to ' 'large-scale condensation.'), variables=(prec_conv, precip), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.prec_conv_frac, units=units.unitless ) precip_large_scale = Var( name='precip_large_scale', domain='atmos', variables=(prec_conv, precip), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.precip_large_scale, units=units.kg_m2_s1, colormap='BrBG_r' ) ps_horiz_advec = Var( name='ps_horiz_advec', domain='atmos', description='Horizontal advection of surface pressure', variables=(ps, ucomp, vcomp, evap, precip, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.ps_horiz_advec, units=units.Pa_s1_mass, colormap='RdBu' ) q_zonal_advec = Var( name='q_zonal_advec', domain='atmos', description='Zonal advection of specific humidity.', variables=(sphum, ucomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.zonal_advec, units=units.s1_spec_mass, colormap='BrBG_r' ) q_merid_advec = Var( name='q_merid_advec', domain='atmos', description='Meridional advection of specific humidity.', variables=(sphum, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.merid_advec, units=units.s1_spec_mass, colormap='BrBG_r' ) q_horiz_advec = Var( name='q_horiz_advec', domain='atmos', description='Horizontal advection of specific humidity.', variables=(sphum, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.horiz_advec, units=units.s1_spec_mass, colormap='BrBG_r' ) q_horiz_advec_mass_adj = Var( name='q_horiz_advec_mass_adj', domain='atmos', variables=(sphum, ucomp, vcomp, sphum, ps, r_e, dp, p), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.horiz_advec_mass_adj, units=units.s1_spec_mass, colormap='BrBG_r' ) q_horiz_advec_const_p_from_eta = Var( name='q_horiz_advec_const_p_from_eta', domain='atmos', variables=(sphum, ucomp, vcomp, ps, r_e, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.horiz_advec_const_p_from_eta, units=units.s1_spec_mass, colormap='BrBG_r' ) q_times_horiz_divg_mass_adj = Var( name='q_times_horiz_divg_mass_adj', domain='atmos', variables=(sphum, ucomp, vcomp, sphum, ps, r_e, dp, p), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.field_times_horiz_divg_mass_adj, units=units.s1_spec_mass, colormap='BrBG_r' ) q_horiz_flux_divg_mass_adj = Var( name='q_horiz_flux_divg_mass_adj', domain='atmos', variables=(sphum, ucomp, vcomp, sphum, ps, r_e, dp, p), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.field_horiz_flux_divg_mass_adj, units=units.s1_spec_mass, colormap='BrBG_r' ) q_vert_advec = Var( name='q_vert_advec', domain='atmos', description='Vertical advection of specific humidity.', variables=(sphum, omega, p), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.vert_advec, units=units.s1_spec_mass, colormap='BrBG_r' ) q_vert_advec_from_eta = Var( name='q_vert_advec_from_eta', domain='atmos', description='Vertical advection of specific humidity.', variables=(sphum, omega, ps, bk, pk), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.vert_advec_from_eta, units=units.s1_spec_mass, colormap='BrBG_r' ) q_zonal_advec_upwind = Var( name='q_zonal_advec_upwind', domain='atmos', description=('Zonal advection of specific humidity using upwind ' 'finite differencing scheme for derivatives.'), variables=(sphum, ucomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.zonal_advec_upwind, units=units.s1_spec_mass, colormap='BrBG_r' ) q_merid_advec_upwind = Var( name='q_merid_advec_upwind', domain='atmos', description=('Meridional advection of specific humidity using upwind ' 'finite differencing scheme for derivatives.'), variables=(sphum, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.merid_advec_upwind, units=units.s1_spec_mass, colormap='BrBG_r' ) q_horiz_advec_upwind = Var( name='q_horiz_advec_upwind', domain='atmos', description=('Horizontal advection of specific humidity using upwind ' 'finite differencing scheme for derivatives.'), variables=(sphum, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.horiz_advec_upwind, units=units.s1_spec_mass, colormap='BrBG_r' ) q_total_advec_upwind = Var( name='q_total_advec_upwind', domain='atmos', description=('Total advection of specific humidity using upwind ' 'finite differencing scheme for derivatives.'), variables=(sphum, ucomp, vcomp, omega, p, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.total_advec_upwind, units=units.s1_spec_mass, colormap='BrBG_r' ) q_times_horiz_divg = Var( name='q_times_horiz_divg', domain='atmos', description='Horizontal flux divergence times specific humidity.', variables=(sphum, ucomp, vcomp, r_e, dp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.field_times_horiz_divg, units=units.s1_spec_mass, colormap='BrBG_r' ) q_horiz_flux_divg = Var( name='q_horiz_flux_divg', domain='atmos', description='Horizontal flux divergence of specific humidity.', variables=(sphum, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.field_horiz_flux_divg, units=units.s1_spec_mass, colormap='BrBG_r' ) q_horiz_advec_divg_sum = Var( name='q_horiz_advec_divg_sum', domain='atmos', description='Sum of Q horizontal divergence and advection.', variables=(sphum, ucomp, vcomp, r_e, dp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.field_horiz_advec_divg_sum, units=units.s1_spec_mass, colormap='BrBG_r' ) q_vert_flux_divg = Var( name='q_vert_flux_divg', domain='atmos', description='Vertical flux divergence of specific humidity.', variables=(sphum, omega, p), def_time=True, def_vert='pfull', def_lat=True, def_lon=True, func=calcs.field_vert_flux_divg, units=units.s1_spec_mass, colormap='BrBG_r' ) q_total_advec = Var( name='q_total_advec', domain='atmos', description=('Moisture transport computed as sum of horizontal and ' 'vertical advection terms.'), variables=(sphum, ucomp, vcomp, omega, p, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.field_total_advec, units=units.s1_spec_mass, colormap='BrBG_r' ) sfc_albedo = Var( name='sfc_albedo', domain='atmos', description='Surface albedo, masked where downwelling surface SW is zero.', variables=(swdn_sfc, swup_sfc), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.sfc_albedo, units=units.unitless ) sfc_energy = Var( name='sfc_energy', domain='atmos', description='Net surface energy flux, signed positive upwards.', variables=(swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.sfc_energy, units=units.W_m2 ) sfc_lw = Var( name='sfc_lw', domain='atmos', description='Net all-sky longwave radiative flux at surface, signed positive upwards.', variables=(lwup_sfc, lwdn_sfc), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.sfc_lw, units=units.W_m2 ) sfc_lw_cld = Var( name='sfc_lw_cld', domain='atmos', description='Net cloudy-sky longwave radiative flux at surface, signed positive upwards.', variables=(lwup_sfc, lwup_sfc_clr, lwdn_sfc, lwdn_sfc_clr), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.sfc_lw_cld, units=units.W_m2 ) sfc_rad = Var( name='sfc_rad', domain='atmos', description='Net all-sky surface radiative flux, signed positive upwards.', variables=(swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.sfc_rad, units=units.W_m2 ) sfc_rad_cld = Var( name='sfc_rad_cld', domain='atmos', description='Net cloudy-sky surface radiative flux, signed positive upwards.', variables=(swup_sfc, swup_sfc_clr, swdn_sfc, swdn_sfc_clr, lwup_sfc, lwup_sfc_clr, lwdn_sfc, lwdn_sfc_clr), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.sfc_rad_cld, units=units.W_m2 ) sfc_rad_clr = Var( name='sfc_rad_clr', domain='atmos', description='Net clear-sky surface radiative flux, positive upwards.', variables=(swup_sfc_clr, swdn_sfc_clr, lwup_sfc_clr, lwdn_sfc_clr), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.sfc_rad, units=units.W_m2 ) sfc_sw = Var( name='sfc_sw', domain='atmos', description='Net all-sky shortwave radiative flux at surface, signed positive upwards.', variables=(swup_sfc, swdn_sfc), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.sfc_sw, units=units.W_m2 ) sfc_sw_cld = Var( name='sfc_sw_cld', domain='atmos', description='Net cloudy-sky shortwave radiative flux at surface, signed positive upwards.', variables=(swup_sfc, swup_sfc_clr, swdn_sfc, swdn_sfc_clr), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.sfc_sw_cld, units=units.W_m2 ) temp_horiz_advec = Var( name='temp_horiz_advec', domain='atmos', description='Horizontal advection of temperature.', variables=(temp, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.horiz_advec, units=units.K_s1 ) temp_times_horiz_divg = Var( name='temp_times_horiz_divg', domain='atmos', description='Horizontal mass flux divergence times temperature.', variables=(temp, ucomp, vcomp, r_e, dp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.field_times_horiz_divg, units=units.K_s1 ) temp_horiz_flux_divg = Var( name='temp_horiz_flux_divg', domain='atmos', description='Horizontal flux divergence of temperature.', variables=(temp, ucomp, vcomp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.field_horiz_flux_divg, units=units.K_s1 ) temp_horiz_advec_divg_sum = Var( name='temp_horiz_advec_divg_sum', domain='atmos', description='Sum of temperature horizontal divergence and advection.', variables=(temp, ucomp, vcomp, r_e, dp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.field_horiz_advec_divg_sum, units=units.K_s1 ) temp_vert_advec = Var( name='temp_vert_advec', domain='atmos', description='Vertical advection of temperature.', variables=(temp, omega, p), def_time=True, def_vert='pfull', def_lat=True, def_lon=True, func=calcs.vert_advec, units=units.K_s1 ) tdt_diab = Var( name='tdt_diab', domain='atmos', description='Net temperature tendency from diabatic terms: LW, SW, convective, large-scale, and vertical diffusion.', variables=(tdt_lw, tdt_sw, tdt_conv, tdt_ls), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.tdt_diab, units=units.K_s1 ) tdt_lw_cld = Var( name='tdt_lw_cld', domain='atmos', description='Cloudy-sky temperature tendency from longwave radiation.' , variables=(tdt_lw, tdt_lw_clr), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.tdt_lw_cld, units=units.K_s1 ) tdt_sw_cld = Var( name='tdt_sw_cld', domain='atmos', description='Cloudy-sky temperature tendency from shortwave radiation.' , variables=(tdt_sw, tdt_sw_clr), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.tdt_sw_cld, units=units.K_s1 ) tdt_moist_diabatic = Var( name='tdt_moist_diabatic', domain='atmos', variables=(tdt_lw, tdt_sw, tdt_vdif), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.tdt_moist_diabatic, units=units.K_s1 ) toa_rad = Var( name='toa_rad', math_str=r'$R_\mathrm{toa}$', domain='atmos', description='Net top-of-atmosphere radiative flux, signed positive downwards.', variables=(swdn_toa, swup_toa, olr), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.toa_rad, units=units.W_m2, ) toa_rad_clr = Var( name='toa_rad_clr', domain='atmos', description='Clear-sky TOA radiative flux, positive downwards.', variables=(swdn_toa, swup_toa_clr, olr_clr), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.toa_rad_clr, units=units.W_m2 ) toa_sw = Var( name='toa_sw', domain='atmos', description='Net all-sky top-of-atmosphere shortwave radiative flux, signed positive downwards.', variables=(swdn_toa, swup_toa), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.toa_sw, units=units.W_m2 ) total_gms = Var( name='total_gms', domain='atmos', description='Total gross moist stability, i.e. GMS using MMC plus stationary and transient eddy MSE transports.', variables=(temp, hght, sphum, precip, p), def_time=True, def_vert=False, def_lat=True, def_lon=False, func=calcs.total_gms, units=units.K ) cre_sw_precip_corr = Var( name='cre_sw_precip_corr', domain='atmos', description='Pointwise temporal correlation of SW CRE and precip', variables=(swup_toa, swup_toa_clr, precip), def_time=False, def_vert=False, def_lat=True, def_lon=True, func=calcs.corr_cre_sw, units=units.unitless ) cre_lw_precip_corr = Var( name='cre_lw_precip_corr', domain='atmos', description='Pointwise temporal correlation of LW CRE and precip', variables=(olr, olr_clr, precip), def_time=False, def_vert=False, def_lat=True, def_lon=True, func=calcs.corr_cre_lw, units=units.unitless ) cre_net_precip_corr = Var( name='cre_net_precip_corr', domain='atmos', description='Pointwise temporal correlation of net CRE and precip', variables=(swup_toa, olr, swup_toa_clr, olr_clr, precip), def_time=False, def_vert=False, def_lat=True, def_lon=True, func=calcs.corr_cre_net, units=units.unitless ) evap_precip_corr = Var( name='evap_precip_corr', domain='atmos', description='Pointwise temporal correlation of evap and precip', variables=(evap, precip), def_time=False, def_vert=False, def_lat=True, def_lon=True, func=calcs.pointwise_corr, units=units.unitless ) toa_rad_clr_precip_corr = Var( name='toa_rad_clr_precip_corr', domain='atmos', variables=(swdn_toa_clr, swup_toa_clr, olr_clr, precip), def_time=False, def_vert=False, def_lat=True, def_lon=True, func=calcs.corr_toa_rad_clr, units=units.unitless ) t_surf_precip_corr = Var( name='t_surf_precip_corr', domain='atmos', description='Pointwise temporal correlation of t_surf and precip', variables=(t_surf, precip), def_time=False, def_vert=False, def_lat=True, def_lon=True, func=calcs.pointwise_corr, units=units.unitless ) cre_net_precip_lin_regr = Var( name='cre_net_precip_lin_regr', domain='atmos', variables=(swup_toa, olr, swup_toa_clr, olr_clr, precip), def_time=False, def_vert=False, def_lat=True, def_lon=True, func=calcs.lin_regr_cre_net, units=units.unitless, ) toa_rad_clr_precip_lin_regr = Var( name='toa_rad_clr_precip_lin_regr', domain='atmos', variables=(swdn_toa_clr, swup_toa_clr, olr_clr, precip), def_time=False, def_vert=False, def_lat=True, def_lon=True, func=calcs.lin_regr_toa_rad_clr, units=units.unitless, ) t_surf_precip_lin_regr = Var( name='t_surf_precip_lin_regr', domain='atmos', description=('Pointwise temporal least squares linear regression of ' 't_surf and precip'), variables=(t_surf, precip), def_time=False, def_vert=False, def_lat=True, def_lon=True, func=calcs.pointwise_lin_regr, units=units.unitless ) u_energy_adjustment = Var( name='u_energy_adjustment', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.u_energy_adjustment, units=units.m_s1 ) u_energy_adjusted = Var( name='u_energy_adjusted', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, dp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.u_energy_adjusted, units=units.m_s1 ) u_mass_adjustment = Var( name='u_mass_adjustment', domain='atmos', variables=(ps, ucomp, vcomp, evap, precip, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.u_mass_adjustment, units=units.m_s1 ) u_mass_adjusted = Var( name='u_mass_adjusted', domain='atmos', variables=(ps, ucomp, vcomp, evap, precip, r_e, dp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.u_mass_adjusted, units=units.m_s1 ) u_mass_energy_adjustment = Var( name='u_mass_energy_adjustment', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.u_mass_energy_adjustment, units=units.m_s1 ) u_mass_energy_adjusted = Var( name='u_mass_energy_adjusted', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.u_mass_energy_adjusted, units=units.m_s1 ) v_energy_adjustment = Var( name='v_energy_adjustment', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.v_energy_adjustment, units=units.m_s1 ) v_energy_adjusted = Var( name='v_energy_adjusted', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, dp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.v_energy_adjusted, units=units.m_s1 ) v_mass_adjustment = Var( name='v_mass_adjustment', domain='atmos', variables=(ps, ucomp, vcomp, evap, precip, r_e, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.v_mass_adjustment, units=units.m_s1 ) v_mass_adjusted = Var( name='v_mass_adjusted', domain='atmos', variables=(ps, ucomp, vcomp, evap, precip, r_e, dp), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.v_mass_adjusted, units=units.m_s1 ) v_mass_energy_adjustment = Var( name='v_mass_energy_adjustment', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.v_mass_energy_adjustment, units=units.m_s1 ) v_mass_energy_adjusted = Var( name='v_mass_energy_adjusted', domain='atmos', variables=(temp, hght, sphum, ice_wat, ucomp, vcomp, swdn_toa, swup_toa, olr, swup_sfc, swdn_sfc, lwup_sfc, lwdn_sfc, shflx, evap, precip, ps, dp, r_e), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.v_mass_energy_adjusted, units=units.m_s1 ) v_mid_trop = Var( name='v_mid_trop', units=units.m_s1, domain='atmos', description='Northward velocity averaged over 400-700 hPa.', variables=[vcomp], def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.vert_avg, ) vert_divg = Var( name='vert_divg', domain='atmos', variables=(omega, p), def_time=True, def_vert='pfull', def_lat=True, def_lon=True, func=calcs.vert_divg, units=units.s1 ) vert_divg_vert_int_max = Var( name='vert_divg_vert_int_max', domain='atmos', description=('Integral of vertical divergence from surface to level ' 'that maximizes its magnitude'), variables=(omega, p, dp), def_time=True, def_vert=False, def_lat=True, def_lon=True, func=calcs.vert_divg_vert_int_max, units=units.kg_m2_s1_mass ) virt_pot_temp = Var( name='virt_pot_temp', domain='atmos', description='Virtual potential temperature.', variables=(temp, p, sphum, liq_wat), def_time=True, def_vert=True, def_lat=True, def_lon=True, func=calcs.virt_pot_temp, units=units.K )

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0.66785

14,465

99,756

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0.04777

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0.860697

0.814963

0.774262

0.730002

0.695393

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0.004895

0.211616

99,756

3,737

146

26.69414

0.788305

0.005774

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0.000537

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0.001344

0

null

0

1

0

1

0

null

0

5

3afa38386444455359f3ef63483f68db10168c92

205

py

Python

inferno/extensions/criteria/__init__.py

0h-n0/inferno

f466c84ed72ff92f9113891a96ce58e19eeeff1e

[ "Apache-2.0" ]

204

2017-10-10T20:58:52.000Z

2021-12-07T03:01:19.000Z

inferno/extensions/criteria/__init__.py

0h-n0/inferno

f466c84ed72ff92f9113891a96ce58e19eeeff1e

[ "Apache-2.0" ]

86

2017-10-11T11:32:36.000Z

2021-11-15T17:47:25.000Z

inferno/extensions/criteria/__init__.py

0h-n0/inferno

f466c84ed72ff92f9113891a96ce58e19eeeff1e

[ "Apache-2.0" ]

30

2017-11-16T23:21:30.000Z

2021-11-15T15:11:00.000Z

from .set_similarity_measures import * from .elementwise_measures import * from .core import * from .regularized import * __all__ = ['set_similarity_measures', 'elementwise_measures','core','regularized']

34.166667

82

0.795122

23

205

6.652174

0.391304

0.196078

0.27451

0

0.097561

205

6

82

34.166667

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0

0.281553

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0

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null

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1

0

1

0

null

0

1

0

1

0

5

d71cf5741b4d76d2223e601744e3000594eff315

1,096

py

Python

7_kyu/Printer Errors.py

serembon/Codewars-Python-Kata

868f9f5deb991b2c0b7e27dce41a5a20805013dc

[ "MIT" ]

null

7_kyu/Printer Errors.py

serembon/Codewars-Python-Kata

868f9f5deb991b2c0b7e27dce41a5a20805013dc

[ "MIT" ]

null

7_kyu/Printer Errors.py

serembon/Codewars-Python-Kata

868f9f5deb991b2c0b7e27dce41a5a20805013dc

[ "MIT" ]

null

""" In a factory a printer prints labels for boxes. For one kind of boxes the printer has to use colors which, for the sake of simplicity, are named with letters from a to m. The colors used by the printer are recorded in a control string. For example a "good" control string would be aaabbbbhaijjjm meaning that the printer used three times color a, four times color b, one time color h then one time color a... Sometimes there are problems: lack of colors, technical malfunction and a "bad" control string is produced e.g. aaaxbbbbyyhwawiwjjjwwm with letters not from a to m. You have to write a function printer_error which given a string will output the error rate of the printer as a string representing a rational whose numerator is the number of errors and the denominator the length of the control string. Don't reduce this fraction to a simpler expression. The string has a length greater or equal to one and contains only letters from ato z. """ # Mya nd best way solution def printer_error(s): return "{}/{}".format(len([x for x in s if x not in "abcdefghijklm"]), len(s))

43.84

119

0.768248

195

1,096

4.307692

0.533333

0.047619

0.016667

0.019048

0

0.184307

1,096

24

120

45.666667

0.939597

0.891423

0

0.162162

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1

0.5

false

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0.5

1

0.5

0

null

0

1

0

null

0

1

0

1

0

5

ad21a6b3be83ad7677f48e1bbf8f78a103b5ac27

590

py

Python

brewtarget_ssh/database.py

eduncan26/brewtarget-ssh

a952c98d39bd8f6f418251c3afc816e86d85c7c7

[ "Apache-2.0" ]

null

brewtarget_ssh/database.py

eduncan26/brewtarget-ssh

a952c98d39bd8f6f418251c3afc816e86d85c7c7

[ "Apache-2.0" ]

null

brewtarget_ssh/database.py

eduncan26/brewtarget-ssh

a952c98d39bd8f6f418251c3afc816e86d85c7c7

[ "Apache-2.0" ]

null

import sqlite3 class Database: """ DB connection and methods """ base_recipe_query = 'SELECT * FROM RECIPE' def __init__(self, connection_str): self.connection_str = connection_str def connect(self): self.connection = sqlite3.connect(self.connection_str) return self.connection def disconnect(self): return self.connection.close() def get_recipes(self): return self.connection.execute(self.base_recipe_query).fetchall() def get_recipe(self, recipe_name): return self.connection.execute(self.base_recipe_query + ' WHERE name = "' + recipe_name + '"').fetchone()

22.692308

107

0.749153

76

590

5.578947

0.368421

0.264151

0.188679

0.113208

0.216981

0

0.003929

0.137288

590

25

108

23.6

0.829077

0.042373

0

0.064982

0

1

0.357143

false

0

0.071429

0.214286

0.857143

0

null

1

0

null

0

1

0

1

0

5

ad993274db63cf2ca06b7e161a41e6809efc4ebe

2,590

py

Python

test/utils/poly.py

ScottWe/symbaudio

4797322acf340553cfd71ac3d63d62254735320e

[ "Apache-2.0" ]

null

test/utils/poly.py

ScottWe/symbaudio

4797322acf340553cfd71ac3d63d62254735320e

[ "Apache-2.0" ]

null

test/utils/poly.py

ScottWe/symbaudio

4797322acf340553cfd71ac3d63d62254735320e

[ "Apache-2.0" ]

null

import sympy import sympy.abc import unittest import harness import symbaudio.utils.poly class TestMaxCoeff(unittest.TestCase): """ Tests max_coeff with multiple cases in each domain. """ def test_rational(self): """ Ensures Q works in the rational case. """ p1 = sympy.Poly([1/100, 0, 20, 4, 9], sympy.abc.x, domain="QQ") p2 = sympy.Poly([0], sympy.abc.x, domain="QQ") p3 = sympy.Poly([2/11], sympy.abc.x, domain="QQ") p4 = sympy.Poly([7/2], sympy.abc.x, domain="QQ") self.assertEqual(symbaudio.utils.poly.max_coeff(p1), 100) self.assertEqual(symbaudio.utils.poly.max_coeff(p2), 1) self.assertEqual(symbaudio.utils.poly.max_coeff(p3), 11) self.assertEqual(symbaudio.utils.poly.max_coeff(p4), 7) def test_integer(self): """ Ensures Z works in the integer case. """ p1 = sympy.Poly([1, 5, 3, 7, 3], sympy.abc.x, domain="ZZ") p2 = sympy.Poly([0], sympy.abc.x, domain="ZZ") p3 = sympy.Poly([10], sympy.abc.x, domain="ZZ") self.assertEqual(symbaudio.utils.poly.max_coeff(p1), 7) self.assertEqual(symbaudio.utils.poly.max_coeff(p2), 0) self.assertEqual(symbaudio.utils.poly.max_coeff(p3), 10) def test_finite_field(self): """ Ensures finite fields work in the finite field case. """ p1 = sympy.Poly([1, 5, 3, 7, 3], sympy.abc.x, domain=sympy.GF(11)) p2 = sympy.Poly([0], sympy.abc.x, domain=sympy.GF(11)) p3 = sympy.Poly([10], sympy.abc.x, domain=sympy.GF(11)) self.assertEqual(symbaudio.utils.poly.max_coeff(p1), 7) self.assertEqual(symbaudio.utils.poly.max_coeff(p2), 0) self.assertEqual(symbaudio.utils.poly.max_coeff(p3), 10) class TestCountZeros(unittest.TestCase): """ Tests count_zeros in each domain. """ def test_rational(self): """ Ensures Q works in the rational case. """ p = sympy.Poly([0, 0, 1, 1, 0, 1, 0, 0, 1, 0, 0], sympy.abc.x, domain="QQ") self.assertEqual(symbaudio.utils.poly.count_zeros(p), 5) def test_integer(self): """ Ensures Z works in the integer case. """ p = sympy.Poly([0, 0, 1, 1, 0, 1, 0, 0, 1, 0, 0], sympy.abc.x, domain="ZZ") self.assertEqual(symbaudio.utils.poly.count_zeros(p), 5) def test_finite_field(self): """ Ensures finite fields work in the finite field case. """ p = sympy.Poly([0, 0, 1, 1, 0, 1, 0, 0, 1, 0, 0], sympy.abc.x, domain=sympy.GF(11)) self.assertEqual(symbaudio.utils.poly.count_zeros(p), 5) if __name__ == '__main__': unittest.main()

43.166667

91

0.625869

400

2,590

3.975

0.1575

0.07044

0.158491

0.122642

0.840881

0.810692

0.808176

0.802516

0.642138

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0

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59

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0

null

0

1

0

1

0

null

0

5

d10aaa3a2f4990c3152ec57972a4a291f1127395

1,003

py

Python

tests/optimizers/test_rdkit_optimizers.py

stevenkbennett/stko

b416fccb3ca849151e27846b6b2d5516f5464190

[ "MIT" ]

8

2020-06-09T16:59:20.000Z

2022-03-18T23:05:38.000Z

tests/optimizers/test_rdkit_optimizers.py

stevenkbennett/stko

b416fccb3ca849151e27846b6b2d5516f5464190

[ "MIT" ]

60

2020-05-22T13:38:54.000Z

2022-03-25T09:34:22.000Z

tests/optimizers/test_rdkit_optimizers.py

stevenkbennett/stko

b416fccb3ca849151e27846b6b2d5516f5464190

[ "MIT" ]

4

2020-12-02T10:39:54.000Z

2021-03-01T18:34:07.000Z

import stko from .utilities import ( inequivalent_position_matrices, is_equivalent_molecule, ) def test_MMFF_opt(unoptimized_mol): optimizer = stko.MMFF() opt_res = optimizer.optimize(unoptimized_mol) is_equivalent_molecule(opt_res, unoptimized_mol) inequivalent_position_matrices(opt_res, unoptimized_mol) def test_UFF_opt(unoptimized_mol): optimizer = stko.UFF() opt_res = optimizer.optimize(unoptimized_mol) is_equivalent_molecule(opt_res, unoptimized_mol) inequivalent_position_matrices(opt_res, unoptimized_mol) def test_ETKDG_opt(unoptimized_mol): optimizer = stko.ETKDG() opt_res = optimizer.optimize(unoptimized_mol) is_equivalent_molecule(opt_res, unoptimized_mol) inequivalent_position_matrices(opt_res, unoptimized_mol) optimizer = stko.ETKDG(random_seed=2584) opt_res = optimizer.optimize(unoptimized_mol) is_equivalent_molecule(opt_res, unoptimized_mol) inequivalent_position_matrices(opt_res, unoptimized_mol)

31.34375

60

0.795613

124

1,003

6

0.193548

0.282258

0.182796

0.215054

0.842742

0.69086

0

0.004603

0.133599

1,003

31

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0.851554

0

0.5

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0.083333

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0.208333

0

null

1

0

1

0

null

0

5

66fefaa2c82a1ebb48f8da758e8d10fd42037b56

236

py

Python

boa3_test/test_sc/interop_test/runtime/CallingScriptHashCantAssign.py

hal0x2328/neo3-boa

6825a3533384cb01660773050719402a9703065b

[ "Apache-2.0" ]

25

2020-07-22T19:37:43.000Z

2022-03-08T03:23:55.000Z

boa3_test/test_sc/interop_test/runtime/CallingScriptHashCantAssign.py

hal0x2328/neo3-boa

6825a3533384cb01660773050719402a9703065b

[ "Apache-2.0" ]

419

2020-04-23T17:48:14.000Z

2022-03-31T13:17:45.000Z

boa3_test/test_sc/interop_test/runtime/CallingScriptHashCantAssign.py

hal0x2328/neo3-boa

6825a3533384cb01660773050719402a9703065b

[ "Apache-2.0" ]

15

2020-05-21T21:54:24.000Z

2021-11-18T06:17:24.000Z

from boa3.builtin.interop.runtime import calling_script_hash from boa3.builtin.type import UInt160 def Main(example: UInt160) -> UInt160: global calling_script_hash calling_script_hash = example return calling_script_hash

26.222222

60

0.805085

32

236

5.6875

0.5

0.285714

0.373626

0

0.054455

0.144068

236

8

61

29.5

0.846535

0

1

0.166667

false

0

0.333333

0

0.666667

0

null

1

0

1

0

null

0

1

0

1

0

5

66ffa7196796ab819c578822ab7d050f28d58f2e

153

py

Python

art/detection/subsetscanning/__init__.py

virkt25/adversarial-robustness-toolbox

3cfa6de196cb32a3efafab2ff6bbf44247c9ddbd

[ "MIT" ]

2

2019-11-05T17:23:37.000Z

2021-07-26T15:09:44.000Z

art/detection/subsetscanning/__init__.py

virkt25/adversarial-robustness-toolbox

3cfa6de196cb32a3efafab2ff6bbf44247c9ddbd

[ "MIT" ]

1

2020-03-09T07:04:39.000Z

art/detection/subsetscanning/__init__.py

virkt25/adversarial-robustness-toolbox

3cfa6de196cb32a3efafab2ff6bbf44247c9ddbd

[ "MIT" ]

1

2019-12-22T22:18:15.000Z

""" This module implements the fast generalized subset scan based detector. """ from art.detection.subsetscanning.detector import SubsetScanningDetector

30.6

72

0.830065

17

153

7.470588

0.941176

0

0.104575

153

4

73

38.25

0.927007

0.464052

0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

0f048b264084308a6067cada5a5c9a203186a761

2,163

py

Python

tests/aat/api/v1/client/__init__.py

saurabh-dua/openperf

43fb850725a0afc563a5d75c3395d3de46c3129a

[ "Apache-2.0" ]

null

tests/aat/api/v1/client/__init__.py

saurabh-dua/openperf

43fb850725a0afc563a5d75c3395d3de46c3129a

[ "Apache-2.0" ]

null

tests/aat/api/v1/client/__init__.py

saurabh-dua/openperf

43fb850725a0afc563a5d75c3395d3de46c3129a

[ "Apache-2.0" ]

null

# coding: utf-8 # flake8: noqa """ OpenPerf API REST API interface for OpenPerf # noqa: E501 OpenAPI spec version: 1 Contact: support@spirent.com Generated by: https://github.com/swagger-api/swagger-codegen.git """ from __future__ import absolute_import # import apis into sdk package from client.api.interfaces_api import InterfacesApi from client.api.modules_api import ModulesApi from client.api.ports_api import PortsApi from client.api.stacks_api import StacksApi # import ApiClient from client.api_client import ApiClient from client.configuration import Configuration # import models into sdk package from client.models.bulk_create_interfaces_request import BulkCreateInterfacesRequest from client.models.bulk_create_interfaces_response import BulkCreateInterfacesResponse from client.models.bulk_delete_interfaces_request import BulkDeleteInterfacesRequest from client.models.interface import Interface from client.models.interface_config import InterfaceConfig from client.models.interface_protocol_config import InterfaceProtocolConfig from client.models.interface_protocol_config_eth import InterfaceProtocolConfigEth from client.models.interface_protocol_config_ipv4 import InterfaceProtocolConfigIpv4 from client.models.interface_protocol_config_ipv4_dhcp import InterfaceProtocolConfigIpv4Dhcp from client.models.interface_protocol_config_ipv4_static import InterfaceProtocolConfigIpv4Static from client.models.interface_stats import InterfaceStats from client.models.module import Module from client.models.module_version import ModuleVersion from client.models.port import Port from client.models.port_config import PortConfig from client.models.port_config_bond import PortConfigBond from client.models.port_config_dpdk import PortConfigDpdk from client.models.port_stats import PortStats from client.models.port_status import PortStatus from client.models.stack import Stack from client.models.stack_element_stats import StackElementStats from client.models.stack_memory_stats import StackMemoryStats from client.models.stack_protocol_stats import StackProtocolStats from client.models.stack_stats import StackStats

41.596154

97

0.869163

274

2,163

6.671533

0.313869

0.164114

0.210066

0.109409

0.216083

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0.070569

0

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2,163

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98

42.411765

0.922764

0.130837

0

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1

0

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0

1

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1

0

null

0

1

0

1

0

null

0

1

0

1

0

1

0

5

0f6a245711226223a016cfc6fa5a59715dcd10f1

94

py

Python

py_tdlib/constructors/update_new_message.py

Mr-TelegramBot/python-tdlib

2e2d21a742ebcd439971a32357f2d0abd0ce61eb

[ "MIT" ]

24

2018-10-05T13:04:30.000Z

2020-05-12T08:45:34.000Z

py_tdlib/constructors/update_new_message.py

MrMahdi313/python-tdlib

2e2d21a742ebcd439971a32357f2d0abd0ce61eb

[ "MIT" ]

3

2019-06-26T07:20:20.000Z

2021-05-24T13:06:56.000Z

py_tdlib/constructors/update_new_message.py

MrMahdi313/python-tdlib

2e2d21a742ebcd439971a32357f2d0abd0ce61eb

[ "MIT" ]

5

2018-10-05T14:29:28.000Z

2020-08-11T15:04:10.000Z

from ..factory import Type class updateNewMessage(Type): message = None # type: "message"

15.666667

34

0.723404

11

94

6.181818

0.727273

0.323529

0

0.170213

94

5

35

18.8

0.871795

0.159574

0

1

0

false

0

0.333333

0

1

0

1

0

null

1

0

1

0

null

0

1

0

1

0

5

0f77a59bba014bb184b87bd8083d2f9e7c31e7be

82

py

Python

python/src/shipping_allocation/envs/__init__.py

jotaporras/ts_mcfrl

c8c77a8fbd58e80e926e6705320ca8bc1979efdd

[ "MIT" ]

null

python/src/shipping_allocation/envs/__init__.py

jotaporras/ts_mcfrl

c8c77a8fbd58e80e926e6705320ca8bc1979efdd

[ "MIT" ]

5

2020-09-26T01:26:21.000Z

2022-02-10T02:45:51.000Z

python/src/shipping_allocation/envs/__init__.py

jotaporras/ts_mcfrl

c8c77a8fbd58e80e926e6705320ca8bc1979efdd

[ "MIT" ]

null

from shipping_allocation.envs.network_flow_env import ShippingFacilityEnvironment

41

81

0.926829

9

82

8.111111

1

0

0.04878

82

1

82

0.935897

0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

7e1632bd27d10d70c690e978c024e9e4ef429ef7

57

py

Python

eod/historical_prices/splits_divs_shorts_api/__init__.py

gereon/eod-data

4286a03cc08bc8b5dc42ebae0bb8eb22bdfa3230

[ "Apache-2.0" ]

19

2021-09-18T11:31:45.000Z

2022-03-15T20:03:52.000Z

eod/historical_prices/splits_divs_shorts_api/__init__.py

gereon/eod-data

4286a03cc08bc8b5dc42ebae0bb8eb22bdfa3230

[ "Apache-2.0" ]

2

2022-02-18T23:37:48.000Z

2022-03-01T18:14:06.000Z

eod/historical_prices/splits_divs_shorts_api/__init__.py

gereon/eod-data

4286a03cc08bc8b5dc42ebae0bb8eb22bdfa3230

[ "Apache-2.0" ]

8

2021-09-13T16:49:52.000Z

2022-03-31T21:09:44.000Z

from .hist_splits_divs_shorts import SplitsDividendsShort

57

0.929825

7

57

7.142857

1

0

0.052632

57

1

57

0.925926

0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

7e3c31960fe49ba4957327ef045cd5ac8c64f1b4

108

py

Python

isanode/utils.py

ShahzadNaser/isanode

a33d817b9a9c64b808bef1df04043d7717de5cf5

[ "MIT" ]

null

isanode/utils.py

ShahzadNaser/isanode

a33d817b9a9c64b808bef1df04043d7717de5cf5

[ "MIT" ]

null

isanode/utils.py

ShahzadNaser/isanode

a33d817b9a9c64b808bef1df04043d7717de5cf5

[ "MIT" ]

null

import frappe def after_install(): frappe.db.set_value('System Settings', None, 'app_name', 'Application')

27

72

0.759259

15

108

5.266667

0.933333

0

0.092593

108

4

72

27

0.806122

0

0.311927

0

1

0.333333

true

0

0.333333

0

0.666667

0

1

0

null

0

1

0

null

0

1

0

1

0

5

7e414a484c91ebc768a967fc1ee19b058e939871

73

py

Python

user-password.example.py

jhsoby/Wikimedia-Commons-uploads

ee6920b59b40e615a20fb9a1a0c504ffb78c5ce2

[ "MIT" ]

null

user-password.example.py

jhsoby/Wikimedia-Commons-uploads

ee6920b59b40e615a20fb9a1a0c504ffb78c5ce2

[ "MIT" ]

3

2018-04-09T09:03:29.000Z

2018-12-12T11:12:37.000Z

user-password.example.py

jhsoby/Wikimedia-Commons-uploads

ee6920b59b40e615a20fb9a1a0c504ffb78c5ce2

[ "MIT" ]

null

(u'ExampleUser', BotPassword(u'ExampleBotSuffix', u'ExampleBotPassword'))

73

0.808219

7

73

8.428571

0.714286

0

0.027397

73

1

73

0.830986

0

0.608108

0

1

0

true

1

0

1

0

null

0

1

0

1

0

null

0

1

0

5

7e41c9938526f361ecc46ed3bfc6da35a706f332

57

py

Python

polarmine/decp/__init__.py

morpheusthewhite/master-thesis

2ab4c0509a119d7b5f332b842a4101470a884351

[ "MIT" ]

1

2021-06-15T14:01:29.000Z

polarmine/decp/__init__.py

morpheusthewhite/master-thesis

2ab4c0509a119d7b5f332b842a4101470a884351

[ "MIT" ]

null

polarmine/decp/__init__.py

morpheusthewhite/master-thesis

2ab4c0509a119d7b5f332b842a4101470a884351

[ "MIT" ]

null

from polarmine.decp.decp_mip_solver import DECPMIPSolver

28.5

56

0.894737

8

57

6.125

0.875

0

0.070175

57

1

57

0.924528

0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

0e24d642823acfc392253dfb5c32e57423d5108c

58

py

Python

vendor/tree-sitter-python/examples/trailing-whitespace.py

Omar-Elrefaei/difftastic

cb900c3463caa3ec60f007bb3f8d3e88795b35e6

[ "MIT" ]

146

2017-02-13T17:46:27.000Z

2022-03-28T03:50:28.000Z

vendor/tree-sitter-python/examples/trailing-whitespace.py

Omar-Elrefaei/difftastic

cb900c3463caa3ec60f007bb3f8d3e88795b35e6

[ "MIT" ]

116

2017-04-27T02:47:27.000Z

2022-03-30T14:03:47.000Z

vendor/tree-sitter-python/examples/trailing-whitespace.py

Omar-Elrefaei/difftastic

cb900c3463caa3ec60f007bb3f8d3e88795b35e6

[ "MIT" ]

64

2017-10-29T04:20:39.000Z

2022-03-29T06:56:31.000Z

print a if b: if c: d e

8.285714

13

0.241379

8

58

1.75

0.875

0

0.724138

58

6

14

9.666667

0.875

0

null

0

null

0.2

1

0

1

null

0

1

0

1

0

null

0

1

0

5

0e37df8ae6a25322d5e295e82d3dc3114c796fb7

208

py

Python

Python/7 - kyu/7 kyu - Alphabetically ordered.py

danielbom/codewars

d45b5a813c6f1d952a50d22f0b2fcea4ef3d0e27

[ "MIT" ]

null

Python/7 - kyu/7 kyu - Alphabetically ordered.py

danielbom/codewars

d45b5a813c6f1d952a50d22f0b2fcea4ef3d0e27

[ "MIT" ]

null

Python/7 - kyu/7 kyu - Alphabetically ordered.py

danielbom/codewars

d45b5a813c6f1d952a50d22f0b2fcea4ef3d0e27

[ "MIT" ]

null

# https://www.codewars.com/kata/alphabetically-ordered/train/python # My solution def alphabetic(s): return sorted(s) == list(s) # def alphabetic(s): return all(a<=b for a,b in zip(s, s[1:]))

26

68

0.649038

34

208

3.970588

0.705882

0.192593

0.207407

0.296296

0

0.005848

0.177885

208

7

69

29.714286

0.783626

0.461538

0

1

0.333333

false

0

1

0

null

0

1

0

1

0

null

0

1

0

1

0

5

0e513a95afa970745e0fc306ce84827cded8abb9

182

py

Python

projects/clusterctrl/src/python/clusterctrl/cmd/led.py

arrdem/source

df9aae1253ed415ade3a2b59e8a0996ff659543d

[ "MIT" ]

4

2021-08-17T15:47:38.000Z

2021-10-06T01:59:32.000Z

projects/clusterctrl/src/python/clusterctrl/cmd/led.py

arrdem/source

df9aae1253ed415ade3a2b59e8a0996ff659543d

[ "MIT" ]

8

2021-08-14T17:47:08.000Z

2021-09-20T20:22:47.000Z

projects/clusterctrl/src/python/clusterctrl/cmd/led.py

arrdem/source

df9aae1253ed415ade3a2b59e8a0996ff659543d

[ "MIT" ]

1

2021-10-09T21:24:35.000Z

"""Enable or disable all status LEDs.""" import click @click.group() def led(): pass @led.command("on") def led_on(): pass @led.command("off") def led_off(): pass

9.578947

40

0.60989

27

182

4.037037

0.555556

0.165138

0.256881

0

0.214286

182

18

41

10.111111

0.762238

0.186813

0

0.3

0

0.035211

0

1

0.3

true

0.3

0.1

0

0.4

0

1

0

null

0

1

0

null

0

1

0

5

0e7ea1c38563a08edfc3579ae1b6ec719dcbfeb2

344

py

Python

gaiavision/model_space/model_samplers/__init__.py

NickChang97/GAIA-cv

b691af89813ffa6a1d1e1719c6dd0ec4c253d2bf

[ "Apache-2.0" ]

49

2021-06-21T06:20:40.000Z

2022-01-03T14:01:01.000Z

gaiavision/model_space/model_samplers/__init__.py

NickChang97/GAIA-cv

b691af89813ffa6a1d1e1719c6dd0ec4c253d2bf

[ "Apache-2.0" ]

null

gaiavision/model_space/model_samplers/__init__.py

NickChang97/GAIA-cv

b691af89813ffa6a1d1e1719c6dd0ec4c253d2bf

[ "Apache-2.0" ]

5

2021-07-13T09:52:34.000Z

2022-03-21T04:18:39.000Z

from .builder import build_model_sampler from .base_model_sampler import MODEL_SAMPLERS, BaseModelSampler from .functional_model_sampler import (ConcatModelSampler, CompositeModelSampler, RepeatModelSampler, AnchorModelSampler) from .random_model_sampler import (RangeModelSampler, CandidateModelSampler)

57.333333

81

0.787791

30

344

8.733333

0.566667

0.183206

0.206107

0

0.174419

344

5

82

68.8

0.922535

0

1

0

true

0

0.8

0

0.8

0

null

0

1

0

1

0

null

0

1

0

1

0

1

0

5

7ece609a12cadf4706acf8e2a94f6eda688f1b61

87

py

Python

pyaudio_mixer/__init__.py

bossauh/pyaudiomixer

9fd8f8b893541864ab994472aaae4bac26706d1e

[ "MIT" ]

null

pyaudio_mixer/__init__.py

bossauh/pyaudiomixer

9fd8f8b893541864ab994472aaae4bac26706d1e

[ "MIT" ]

null

pyaudio_mixer/__init__.py

bossauh/pyaudiomixer

9fd8f8b893541864ab994472aaae4bac26706d1e

[ "MIT" ]

null

from .output import OutputTrack from .input import InputTrack from .mixer import Mixer

21.75

31

0.827586

12

87

6

0.583333

0

0.137931

87

3

32

29

0.96

0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

7ed5000dae12f8b2d291ef92f38f0cfa056a5ded

165

py

Python

bin/othersPsutilMapper.py

SeppPenner/SystemMonitor

347a6178ed8d635ff3a9d3ceddd014ba5ca13632

[ "MIT" ]

1

2019-03-03T15:08:09.000Z

bin/othersPsutilMapper.py

SeppPenner/SystemMonitor

347a6178ed8d635ff3a9d3ceddd014ba5ca13632

[ "MIT" ]

null

bin/othersPsutilMapper.py

SeppPenner/SystemMonitor

347a6178ed8d635ff3a9d3ceddd014ba5ca13632

[ "MIT" ]

null

import psutil class OthersPsutilMapper: def __init__(self): pass def readBootTime(self): "Reads the system boot time from psutil" return psutil.boot_time()

18.333333

42

0.763636

22

165

5.5

0.727273

0.132231

0

0.163636

165

9

43

18.333333

0.876812

0.230303

0

0.228916

0

1

0.285714

false

0.142857

0

0.714286

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

7eeb8fa11e34eb3e458b796ce428acd34a2461c4

51

py

Python

__init__.py

wwakabobik/openweather_pws

bda08b550982b7e3d797a57c23ae97d4d4ececf7

[ "MIT" ]

null

__init__.py

wwakabobik/openweather_pws

bda08b550982b7e3d797a57c23ae97d4d4ececf7

[ "MIT" ]

null

__init__.py

wwakabobik/openweather_pws

bda08b550982b7e3d797a57c23ae97d4d4ececf7

[ "MIT" ]

null

from .openweather_pws import Station, Measurements

25.5

50

0.862745

6

51

7.166667

1

0

0.098039

51

1

51

0.934783

0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

7efd783ad3b255bcb6c026045fb4e0382344fd69

73

py

Python

raha/tools/__init__.py

adrianlut/raha

027ebeaf0ac4b524dc49df94e7bbc7be4391213d

[ "Apache-2.0" ]

30

2019-07-05T12:03:45.000Z

2022-03-07T07:44:58.000Z

raha/tools/__init__.py

adrianlut/raha

027ebeaf0ac4b524dc49df94e7bbc7be4391213d

[ "Apache-2.0" ]

1

2019-07-05T12:52:58.000Z

2019-07-23T09:49:12.000Z

raha/tools/__init__.py

adrianlut/raha

027ebeaf0ac4b524dc49df94e7bbc7be4391213d

[ "Apache-2.0" ]

16

2019-04-21T12:28:33.000Z

2022-02-28T06:42:36.000Z

from .KATARA.katara import * from .dBoost.dboost.imported_dboost import *

36.5

44

0.808219

10

73

5.8

0.5

0

0.09589

73

2

44

36.5

0.878788

0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

7d16dcc3dc56a57caeb15f13daeed0de033c12a9

38

py

Python

os_v4_hek/defs/sily.py

holy-crust/reclaimer

0aa693da3866ce7999c68d5f71f31a9c932cdb2c

[ "MIT" ]

null

os_v4_hek/defs/sily.py

holy-crust/reclaimer

0aa693da3866ce7999c68d5f71f31a9c932cdb2c

[ "MIT" ]

null

os_v4_hek/defs/sily.py

holy-crust/reclaimer

0aa693da3866ce7999c68d5f71f31a9c932cdb2c

[ "MIT" ]

null

from ...os_v3_hek.defs.sily import *

19

37

0.710526

7

38

3.571429

1

0

0.030303

0.131579

38

1

38

0.727273

0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

5

7d1cd37642e00cc6875c4badd48e4c5c79068852

81

py

Python

python/testData/types/FunctionTypeCommentInStubs/module.py

jnthn/intellij-community

8fa7c8a3ace62400c838e0d5926a7be106aa8557

[ "Apache-2.0" ]

2

2019-04-28T07:48:50.000Z

2020-12-11T14:18:08.000Z

python/testData/types/FunctionTypeCommentInStubs/module.py

Cyril-lamirand/intellij-community

60ab6c61b82fc761dd68363eca7d9d69663cfa39

[ "Apache-2.0" ]

173

2018-07-05T13:59:39.000Z

2018-08-09T01:12:03.000Z

python/testData/types/FunctionTypeCommentInStubs/module.py

Cyril-lamirand/intellij-community

60ab6c61b82fc761dd68363eca7d9d69663cfa39

[ "Apache-2.0" ]

2

2020-03-15T08:57:37.000Z

2020-04-07T04:48:14.000Z

class MyClass(object): pass def func(): # type: () -> MyClass pass

10.125

25

0.54321

9

81

4.888889

0.777778

0

0.308642

81

7

26

11.571429

0.785714

0.234568

0

0.5

0

1

0.25

true

0.5

0

0.5

0

1

0

null

0

1

0

null

0

1

0

5

7d401fbc4bb5a74157d6fb4f6949afeefdfdcf27

68,968

py

Python

scenarios/SinglePlayer/Modern/New_Russia_1_SSN_Seawolf.py

dhanin/friendly-bassoon

fafcfd3921805baddc1889dc0ee2fa367ad882f8

[ "BSD-3-Clause" ]

2

2021-11-17T10:59:38.000Z

2021-11-17T10:59:45.000Z

scenarios/SinglePlayer/Modern/New_Russia_1_SSN_Seawolf.py

dhanin/nws

87a3f24a7887d84b9884635064b48d456b4184e2

[ "BSD-3-Clause" ]

null

scenarios/SinglePlayer/Modern/New_Russia_1_SSN_Seawolf.py

dhanin/nws

87a3f24a7887d84b9884635064b48d456b4184e2

[ "BSD-3-Clause" ]

null

# Created on 12/08/14 05:47:33 from math import * from random import * from UnitCommands import * def CreateScenario(SM): SM.SetScenarioDescription("""New Russia Part 1: The Lone Wolf\n\nEight weeks ago, the Russian - Ukrainian conflict escalated. Russian \ntroops invaded the Ukraine and overtook all critical facilities in two \nweeks. \n\nFour weeks ago, Russia started massing troops along their border with \nPoland.\n\nThe Crimea is under Russian control for months now and the Russians \nmoved several of their capital ships towards Sevastopol Harbor.\n\nNow it is time for a Silent Hunter to deliver a counter blow, and thus to \nregain the initiative. \n\nIt is time for the fabulous Seawolf SSN. \n\n\n\n\n\n""") SM.SetScenarioName("""New Russia 1 SSN Seawolf""") SM.CreateAlliance(1, 'Russia') SM.SetAllianceDefaultCountry(1, 'Russia') SM.SetAlliancePlayable(1, 0) SM.CreateAlliance(2, 'USA') SM.SetAllianceDefaultCountry(2, 'USA') SM.SetAlliancePlayable(2, 1) SM.CreateAlliance(3, 'Neutral Shipping') SM.SetAllianceDefaultCountry(3, 'Neutral Shipping') SM.SetAlliancePlayable(3, 0) SM.SetAllianceRelationship(1, 3, 'Neutral') SM.SetAllianceRelationship(2, 3, 'Neutral') SM.SetUserAlliance(2) SM.SetDateTime(2014,10,17,0,0,0) SM.SetStartTheater(32.116665, 41.883335) # (lon, lat) in degrees, negative is West or South SM.SetScenarioLoaded(1) SM.SetSeaState(3) SM.SetSVP('0.000000,1515.000000,200.000000,1500.000000,300.000000,1510.000000,500.000000,1520.000000,5000.000000,1600.000000') #################### SM.SetSimpleBriefing(1, """No briefing found""") #################### SM.SetSimpleBriefing(2, """TASKING ORDERS FOR CMDR US OPERATIONS\n\nINTELLIGENCE\n\nThe Ukraine has fallen. Russian troops have massed along their border \nwith Poland and are about to attack. \n\nThe Russians must be convinced that attacking Poland would be a bad \nidea and Nato can regain the initiative at will. \n\nThus maybe an all out war can be prevented. \n\nMISSION\n\nYou are to send a strong, but silent message to the Russians.\n\nStrike them in their backyard with our most advanced sub. \n\nAttack their Black Sea Fleet in the Lion's dent close to Sevastopol Harbor. \n\n\nEXECUTION\n\nLocate the Russian SAG, centered around the Slava Class Cruiser \nMoskva. \n\nSink at least two ships, one of them must be the Moskva.\n\nProceed with care, expect heavy resistance. \n\nUse your land based air assets to locate the Russian warships and to \nsupport the Seawolf.\n\n\nCOMMAND AND SIGNAL\n\nSSN 21 Seawolf\n\nEMCON passive.\n\n\n""") #################### SM.SetSimpleBriefing(3, """No briefing found""") ############################## ### Alliance 1 units ############################## unit = SM.GetDefaultUnit() unit.className = 'Pr 1164 Atlant' unit.unitName = "Moskva" unit.SetPosition(33.266502, 44.449666, 0.0) unit.heading = -137.49 unit.speed = 3.0 unit.cost = 0.0 SM.AddUnitToAlliance(unit, 1) SM.SetUnitLauncherItem(unit.unitName, 0, '5V55RM', 64) SM.SetUnitLauncherItem(unit.unitName, 1, '9M33M', 20) SM.SetUnitLauncherItem(unit.unitName, 2, '9M33M', 20) SM.SetUnitLauncherItem(unit.unitName, 3, '130mm F-44 HE', 100) SM.SetUnitLauncherItem(unit.unitName, 4, '30mm OF-84 HE-FRAG AK-630M', 59) SM.SetUnitLauncherItem(unit.unitName, 5, '30mm OF-84 HE-FRAG AK-630M', 59) SM.SetUnitLauncherItem(unit.unitName, 6, '30mm OF-84 HE-FRAG AK-630M', 59) SM.SetUnitLauncherItem(unit.unitName, 7, '30mm OF-84 HE-FRAG AK-630M', 59) SM.SetUnitLauncherItem(unit.unitName, 8, '30mm OF-84 HE-FRAG AK-630M', 59) SM.SetUnitLauncherItem(unit.unitName, 9, '30mm OF-84 HE-FRAG AK-630M', 59) SM.SetUnitLauncherItem(unit.unitName, 10, '53-56', 5) SM.SetUnitLauncherItem(unit.unitName, 11, '53-56', 5) SM.SetUnitLauncherItem(unit.unitName, 12, '3M45 Granit', 16) UI = SM.GetUnitInterface(unit.unitName) SM.AddToUnitMagazine("Moskva", 'AT-1', 28) SM.AddToUnitMagazine("Moskva", 'DICASS (105) Sonobuoy', 201) SM.AddToUnitMagazine("Moskva", 'DIFAR (105) Sonobuoy', 490) SM.AddToUnitMagazine("Moskva", 'Fuel', 68850) SM.AddToUnitMagazine("Moskva", 'LOFAR (105) Sonobuoy', 175) SM.AddToUnitMagazine("Moskva", '30mm OF-84 HE-FRAG AK-630M', 1416) SM.AddToUnitMagazine("Moskva", '130mm F-44 HE', 500) SM.AddToUnitMagazine("Moskva", '53-65M', 30) UI.AddTask('EngageAll', 2.000000, 0) UI.AddTask('MissileWarning', 3.000000, 3) UI.AddTask('Nav', 1.000000, 0) UI.AddNavWaypointAdvanced(0.576273, 0.775771, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.583167, 0.772199, 0.000000, 0.000000) UI.SetNavLoopState(1) UI.AddTask('PointDefense', 3.000000, 3) UI.AddTask('RefuelAllAircraft', 3.000000, 3) BB = UI.GetBlackboardInterface() BB.Write('129_EngageLimit', '1') BB.Write('16_EngageLimit', '4') BB.Write('17_EngageLimit', '6') BB.Write('18_EngageLimit', '12') BB.Write('22_EngageLimit', '24') BB.Write('256_EngageLimit', '2') BB.Write('257_EngageLimit', '24') BB.Write('258_EngageLimit', '2') BB.Write('32_EngageLimit', '1') BB.Write('33_EngageLimit', '1') BB.Write('34_EngageLimit', '1') BB.Write('64_EngageLimit', '1') BB.Write('ID_EngageLimit', '{"15.0": 0.0, "12.0": 0.0, "14.0": 0.0, "13.0": 0.0, "16.0": 0.0}') BB.Write('MissionTarget', '["Target", 14]') BB.Write('Selected', '{"RotaryWing": 2, "Speed-": 100, "Alt+": 4000.0, "Speed+": 10, "RadarMast+": 0, "RadarMast-": 1, "34_EngageLimit": "1", "257_EngageLimit": "24", "17_EngageLimit": "6", "UnitCount": 9, "HasECM": 0, "HasTarget": 0, "TargetDatum": 0, "Alliance0_EngageLimit": -1, "FixedLand": 1, "Launchers": 1, "Periscope-": 1, "FixedWing": 0, "MagWeaponList": {"9M32M Strela 3": 6, "AT-2M": 0, "TEST-68": 0, "TEST-71ME": 0, "AT-1": 0, "RPK-6 Vodopod": 0, "SAET-60M": 0, "9M311 Kashtan": 96, "130mm F-44 HE": 1000, "*DICASS*": 0, "SET-65M": 120, "*buoy": 0, "100mm OF-58 FRAG": 1400, "9M330 Kinzhal": 0, "3M80 Moskit": 0, "TEST-71MKE": 0, "3M45 Granit": 0, "V-611": 0, "30mm OP-84 FRAG Tracer AK-630M": 0, "Yu-7": 0, "Yu-6": 0, "130mm ZS-44 AA": 0, "RPK-3 Metel": 0, "SET-65": 0, "TEST-71": 0, "53-56V": 0, "5V55RM": 0, "APR-2E": 0, "3M10 Granat(n)": 0, "3M10 Granat": 0, "*LOFAR*": 0, "*DIFAR*": 0, "30mm OF-84 HE-FRAG AK-630M": 13216, "76.2mm OS-62 FRAG": 0, "9M33M": 0, "53-56": 0, "100mm ZS-58 AA": 0, "130mm ZS-44P AA": 0, "3M54E Klub Alfa": 0, "76.2mm ZS-63 AA": 0, "100mm ZS-58P AA": 0, "53-65KE": 0, "3M80M Moskit-M": 0, "USET-80": 0, "VTT-1": 0, "Shkval": 0, "53-65M": 224}, "Air": 2, "64_EngageLimit": "1", "HasAIWeap": 0, "18_EngageLimit": "12", "256_EngageLimit": "2", "Depth+": 250.0, "MobileLand": 0, "CanStrafe": 0, "Depth-": 0, "HasSonarP": 1, "HasThrottle": 0, "PeriDeep": 0, "Sub": 2, "HasSonarA": 1, "HasFlightPort": 1, "HasMagazine": 1, "DieselSub": 1, "HasGBU": 0, "HasAINav": 0, "FormMember": 2, "Alliance1_EngageLimit": -1, "HasBombs": 0, "Snorkel-": 1, "TargetTrack": 1, "Snorkel+": 0, "16_EngageLimit": "4", "Alliance2_EngageLimit": -1, "258_EngageLimit": "2", "FormLeader": 1, "129_EngageLimit": "1", "HasESM": 1, "Periscope+": 0, "22_EngageLimit": "24", "FormModeSprint": 2, "32_EngageLimit": "1", "Tasks": {"Nav": 5, "PatrolCircle": 1, "EngageAll": 8}, "HasOptical": 1, "33_EngageLimit": "1", "HasRadar": 1, "Ship": 4, "TargetSet": 1, "FormModePace": 0, "WeaponList": {"APR-2E": [4, 4], "9M330 Kinzhal": [64, 64], "DICASS (105) Sonobuoy": [10, 10], "9M32M Strela 3": [1, 1], "3M80 Moskit": [8, 8], "5V55RM": [64, 64], "9M311 Kashtan": [16, 16], "3M45 Granit": [16, 16], "3M10 Granat": [1, 1], "DIFAR (105) Sonobuoy": [15, 15], "SET-65M": [7, 7], "130mm F-44 HE": [200, 200], "V-611": [72, 72], "LOFAR (105) Sonobuoy": [5, 5], "30mm OF-84 HE-FRAG AK-630M": [708, 708], "76.2mm OS-62 FRAG": [500, 500], "9M33M": [120, 120], "53-56": [20, 20], "100mm OF-58 FRAG": [92, 92], "53-65M": [16, 16], "RPK-3 Metel": [12, 12]}}') SM.AddUnitToFlightDeck('Moskva', 'Ka-27A', 'Atlant Ka-27 101', 1) SM.SetFlightDeckUnitLoadout('Moskva', 'Atlant Ka-27 101', '5 DIFAR (100) Sonobuoy;5 DICASS (100) Sonobuoy;5 LOFAR (100) Sonobuoy;2 APR-2E;') FP = UI.GetFlightPortInfo() base_track = UI.GetTrackById(UI.GetPlatformId()) mission_id = FP.AddGenericMission() FP.AddAircraftToMission(mission_id, 'Atlant Ka-27 101') FP.SetMissionLaunchTime(mission_id, '01:00:00+0m+R1.0') FP.SetMissionDatum(mission_id, 0.0000000, 0.0000000) FP.SetMissionLandingTarget(mission_id, '') FP.SetMissionWaveQuantity(mission_id, 1) FP.SetMissionType(mission_id, 'ASW-Helo') FP.SetMissionPatrolArea(mission_id, '-0.0015771,0.0020704,-0.0033946,0.0029715,0.0028799,0.0031142,0.0014214,0.0021586,') FP.SetMissionPatrolAnchor(mission_id, 'Moskva', 2) FP.AddMissionWaypointAdvanced(mission_id, 0.5816100, 0.7767930, 2000.0, 200.0) FP.SetMissionWaypointTasks(mission_id, 0, 'WaitForGroup,EngageAll') FP.AddMissionWaypointAdvanced(mission_id, 0.5802787, 0.7732011, 3000.0, 300.0) FP.SetMissionWaypointTasks(mission_id, 1, 'AirPatrolArea,EngageAll') unit = SM.GetDefaultUnit() unit.className = 'Pr 641B Som' unit.unitName = "B-380 Gorkovsky Komsomolets" boxes = [[32.2834, 33.0489, 43.6710, 43.9938]] box = boxes[int(1*random())] lon_deg = random()*(box[1]-box[0]) + box[0] lat_deg = random()*(box[3]-box[2]) + box[2] unit.SetPosition(lon_deg, lat_deg, -100.0) unit.heading = 222.27 unit.speed = 3.0 unit.cost = 0.0 SM.AddUnitToAlliance(unit, 1) SM.SetUnitLauncherItem(unit.unitName, 0, 'SET-65M', 1) SM.SetUnitLauncherItem(unit.unitName, 1, 'SET-65M', 1) SM.SetUnitLauncherItem(unit.unitName, 2, 'SET-65M', 1) SM.SetUnitLauncherItem(unit.unitName, 3, 'SET-65M', 1) SM.SetUnitLauncherItem(unit.unitName, 4, '53-65M', 1) SM.SetUnitLauncherItem(unit.unitName, 5, '53-65M', 1) UI = SM.GetUnitInterface(unit.unitName) SM.AddToUnitMagazine("B-380 Gorkovsky Komsomolets", '53-65M', 6) SM.AddToUnitMagazine("B-380 Gorkovsky Komsomolets", 'SET-65M', 12) UI.SetSensorState(0, 0) UI.SetSensorState(4, 0) UI.AddTask('AvoidCav', 3.000000, 3) UI.AddTask('EngageAll', 2.000000, 0) UI.AddTask('Nav', 1.000000, 0) UI.AddNavWaypointAdvanced(0.562933, 0.768069, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.575766, 0.762650, 0.000000, 0.000000) UI.SetNavLoopState(1) UI.AddTask('SubBattery', 4.000000, 3) UI.AddTask('SubEvade', 3.000000, 3) BB = UI.GetBlackboardInterface() BB.Write('129_EngageLimit', '1') BB.Write('16_EngageLimit', '4') BB.Write('17_EngageLimit', '6') BB.Write('18_EngageLimit', '12') BB.Write('22_EngageLimit', '24') BB.Write('256_EngageLimit', '2') BB.Write('257_EngageLimit', '24') BB.Write('258_EngageLimit', '2') BB.Write('32_EngageLimit', '1') BB.Write('33_EngageLimit', '1') BB.Write('34_EngageLimit', '1') BB.Write('64_EngageLimit', '1') BB.Write('ID_EngageLimit', '{"15.0": 0.0, "12.0": 0.0, "14.0": 0.0, "13.0": 0.0, "16.0": 0.0}') BB.Write('MissionTarget', '["Target", 14]') BB.Write('Selected', '{"RotaryWing": 2, "Speed-": 100, "Alt+": 4000.0, "Speed+": 10, "RadarMast+": 0, "RadarMast-": 1, "34_EngageLimit": "1", "257_EngageLimit": "24", "17_EngageLimit": "6", "UnitCount": 9, "HasECM": 0, "HasTarget": 0, "TargetDatum": 0, "Alliance0_EngageLimit": -1, "FixedLand": 1, "Launchers": 1, "Periscope-": 1, "FixedWing": 0, "MagWeaponList": {"9M32M Strela 3": 6, "AT-2M": 0, "TEST-68": 0, "TEST-71ME": 0, "AT-1": 0, "RPK-6 Vodopod": 0, "SAET-60M": 0, "9M311 Kashtan": 96, "130mm F-44 HE": 1000, "*DICASS*": 0, "SET-65M": 120, "*buoy": 0, "100mm OF-58 FRAG": 1400, "9M330 Kinzhal": 0, "3M80 Moskit": 0, "TEST-71MKE": 0, "3M45 Granit": 0, "V-611": 0, "30mm OP-84 FRAG Tracer AK-630M": 0, "Yu-7": 0, "Yu-6": 0, "130mm ZS-44 AA": 0, "RPK-3 Metel": 0, "SET-65": 0, "TEST-71": 0, "53-56V": 0, "5V55RM": 0, "APR-2E": 0, "3M10 Granat(n)": 0, "3M10 Granat": 0, "*LOFAR*": 0, "*DIFAR*": 0, "30mm OF-84 HE-FRAG AK-630M": 13216, "76.2mm OS-62 FRAG": 0, "9M33M": 0, "53-56": 0, "100mm ZS-58 AA": 0, "130mm ZS-44P AA": 0, "3M54E Klub Alfa": 0, "76.2mm ZS-63 AA": 0, "100mm ZS-58P AA": 0, "53-65KE": 0, "3M80M Moskit-M": 0, "USET-80": 0, "VTT-1": 0, "Shkval": 0, "53-65M": 224}, "Air": 2, "64_EngageLimit": "1", "HasAIWeap": 0, "18_EngageLimit": "12", "256_EngageLimit": "2", "Depth+": 250.0, "MobileLand": 0, "CanStrafe": 0, "Depth-": 0, "HasSonarP": 1, "HasThrottle": 0, "PeriDeep": 0, "Sub": 2, "HasSonarA": 1, "HasFlightPort": 1, "HasMagazine": 1, "DieselSub": 1, "HasGBU": 0, "HasAINav": 0, "FormMember": 2, "Alliance1_EngageLimit": -1, "HasBombs": 0, "Snorkel-": 1, "TargetTrack": 1, "Snorkel+": 0, "16_EngageLimit": "4", "Alliance2_EngageLimit": -1, "258_EngageLimit": "2", "FormLeader": 1, "129_EngageLimit": "1", "HasESM": 1, "Periscope+": 0, "22_EngageLimit": "24", "FormModeSprint": 2, "32_EngageLimit": "1", "Tasks": {"Nav": 5, "PatrolCircle": 1, "EngageAll": 8}, "HasOptical": 1, "33_EngageLimit": "1", "HasRadar": 1, "Ship": 4, "TargetSet": 1, "FormModePace": 0, "WeaponList": {"APR-2E": [4, 4], "9M330 Kinzhal": [64, 64], "DICASS (105) Sonobuoy": [10, 10], "9M32M Strela 3": [1, 1], "3M80 Moskit": [8, 8], "5V55RM": [64, 64], "9M311 Kashtan": [16, 16], "3M45 Granit": [16, 16], "3M10 Granat": [1, 1], "DIFAR (105) Sonobuoy": [15, 15], "SET-65M": [7, 7], "130mm F-44 HE": [200, 200], "V-611": [72, 72], "LOFAR (105) Sonobuoy": [5, 5], "30mm OF-84 HE-FRAG AK-630M": [708, 708], "76.2mm OS-62 FRAG": [500, 500], "9M33M": [120, 120], "53-56": [20, 20], "100mm OF-58 FRAG": [92, 92], "53-65M": [16, 16], "RPK-3 Metel": [12, 12]}}') unit = SM.GetDefaultUnit() unit.className = 'Pr 877V Alrossa' unit.unitName = "B-871 Alrossa" boxes = [[31.9861, 32.3177, 43.1599, 43.3017]] box = boxes[int(1*random())] lon_deg = random()*(box[1]-box[0]) + box[0] lat_deg = random()*(box[3]-box[2]) + box[2] unit.SetPosition(lon_deg, lat_deg, -150.0) unit.heading = 213.69 unit.speed = 3.0 unit.cost = 0.0 SM.AddUnitToAlliance(unit, 1) SM.SetUnitLauncherItem(unit.unitName, 0, '9M32M Strela 3', 1) SM.SetUnitLauncherItem(unit.unitName, 1, 'SET-65M', 1) SM.SetUnitLauncherItem(unit.unitName, 2, 'SET-65M', 1) SM.SetUnitLauncherItem(unit.unitName, 3, 'SET-65M', 1) SM.SetUnitLauncherItem(unit.unitName, 4, '53-65M', 1) SM.SetUnitLauncherItem(unit.unitName, 5, '53-65M', 1) SM.SetUnitLauncherItem(unit.unitName, 6, '3M10 Granat', 1) UI = SM.GetUnitInterface(unit.unitName) SM.AddToUnitMagazine("B-871 Alrossa", '53-65M', 4) SM.AddToUnitMagazine("B-871 Alrossa", 'SET-65M', 8) SM.AddToUnitMagazine("B-871 Alrossa", '9M32M Strela 3', 6) UI.SetSensorState(0, 0) UI.SetSensorState(4, 0) UI.AddTask('AvoidCav', 3.000000, 3) UI.AddTask('EngageAll', 2.000000, 0) UI.AddTask('Nav', 1.000000, 0) UI.AddNavWaypointAdvanced(0.554453, 0.760482, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.569349, 0.754730, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.563506, 0.765401, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.579662, 0.763483, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.573818, 0.771487, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.581151, 0.770903, 0.000000, 0.000000) UI.SetNavLoopState(1) UI.AddTask('SubBattery', 4.000000, 3) UI.AddTask('SubEvade', 3.000000, 3) BB = UI.GetBlackboardInterface() BB.Write('129_EngageLimit', '1') BB.Write('16_EngageLimit', '4') BB.Write('17_EngageLimit', '6') BB.Write('18_EngageLimit', '12') BB.Write('22_EngageLimit', '24') BB.Write('256_EngageLimit', '2') BB.Write('257_EngageLimit', '24') BB.Write('258_EngageLimit', '2') BB.Write('32_EngageLimit', '1') BB.Write('33_EngageLimit', '1') BB.Write('34_EngageLimit', '1') BB.Write('64_EngageLimit', '1') BB.Write('ID_EngageLimit', '{"15.0": 0.0, "12.0": 0.0, "14.0": 0.0, "13.0": 0.0, "16.0": 0.0}') BB.Write('MissionTarget', '["Target", 14]') BB.Write('Selected', '{"RotaryWing": 2, "Speed-": 100, "Alt+": 4000.0, "Speed+": 10, "RadarMast+": 0, "RadarMast-": 1, "34_EngageLimit": "1", "257_EngageLimit": "24", "17_EngageLimit": "6", "UnitCount": 9, "HasECM": 0, "HasTarget": 0, "TargetDatum": 0, "Alliance0_EngageLimit": -1, "FixedLand": 1, "Launchers": 1, "Periscope-": 1, "FixedWing": 0, "MagWeaponList": {"9M32M Strela 3": 6, "AT-2M": 0, "TEST-68": 0, "TEST-71ME": 0, "AT-1": 0, "RPK-6 Vodopod": 0, "SAET-60M": 0, "9M311 Kashtan": 96, "130mm F-44 HE": 1000, "*DICASS*": 0, "SET-65M": 120, "*buoy": 0, "100mm OF-58 FRAG": 1400, "9M330 Kinzhal": 0, "3M80 Moskit": 0, "TEST-71MKE": 0, "3M45 Granit": 0, "V-611": 0, "30mm OP-84 FRAG Tracer AK-630M": 0, "Yu-7": 0, "Yu-6": 0, "130mm ZS-44 AA": 0, "RPK-3 Metel": 0, "SET-65": 0, "TEST-71": 0, "53-56V": 0, "5V55RM": 0, "APR-2E": 0, "3M10 Granat(n)": 0, "3M10 Granat": 0, "*LOFAR*": 0, "*DIFAR*": 0, "30mm OF-84 HE-FRAG AK-630M": 13216, "76.2mm OS-62 FRAG": 0, "9M33M": 0, "53-56": 0, "100mm ZS-58 AA": 0, "130mm ZS-44P AA": 0, "3M54E Klub Alfa": 0, "76.2mm ZS-63 AA": 0, "100mm ZS-58P AA": 0, "53-65KE": 0, "3M80M Moskit-M": 0, "USET-80": 0, "VTT-1": 0, "Shkval": 0, "53-65M": 224}, "Air": 2, "64_EngageLimit": "1", "HasAIWeap": 0, "18_EngageLimit": "12", "256_EngageLimit": "2", "Depth+": 250.0, "MobileLand": 0, "CanStrafe": 0, "Depth-": 0, "HasSonarP": 1, "HasThrottle": 0, "PeriDeep": 0, "Sub": 2, "HasSonarA": 1, "HasFlightPort": 1, "HasMagazine": 1, "DieselSub": 1, "HasGBU": 0, "HasAINav": 0, "FormMember": 2, "Alliance1_EngageLimit": -1, "HasBombs": 0, "Snorkel-": 1, "TargetTrack": 1, "Snorkel+": 0, "16_EngageLimit": "4", "Alliance2_EngageLimit": -1, "258_EngageLimit": "2", "FormLeader": 1, "129_EngageLimit": "1", "HasESM": 1, "Periscope+": 0, "22_EngageLimit": "24", "FormModeSprint": 2, "32_EngageLimit": "1", "Tasks": {"Nav": 5, "PatrolCircle": 1, "EngageAll": 8}, "HasOptical": 1, "33_EngageLimit": "1", "HasRadar": 1, "Ship": 4, "TargetSet": 1, "FormModePace": 0, "WeaponList": {"APR-2E": [4, 4], "9M330 Kinzhal": [64, 64], "DICASS (105) Sonobuoy": [10, 10], "9M32M Strela 3": [1, 1], "3M80 Moskit": [8, 8], "5V55RM": [64, 64], "9M311 Kashtan": [16, 16], "3M45 Granit": [16, 16], "3M10 Granat": [1, 1], "DIFAR (105) Sonobuoy": [15, 15], "SET-65M": [7, 7], "130mm F-44 HE": [200, 200], "V-611": [72, 72], "LOFAR (105) Sonobuoy": [5, 5], "30mm OF-84 HE-FRAG AK-630M": [708, 708], "76.2mm OS-62 FRAG": [500, 500], "9M33M": [120, 120], "53-56": [20, 20], "100mm OF-58 FRAG": [92, 92], "53-65M": [16, 16], "RPK-3 Metel": [12, 12]}}') unit = SM.GetDefaultUnit() unit.className = 'Pr 11551 Fregat-M' unit.unitName = "Admiral Chabanenko" boxes = [[31.4026, 31.7581, 43.3295, 43.3669]] box = boxes[int(1*random())] lon_deg = random()*(box[1]-box[0]) + box[0] lat_deg = random()*(box[3]-box[2]) + box[2] unit.SetPosition(lon_deg, lat_deg, 0.0) unit.heading = -135.00 unit.speed = 15.9 unit.cost = 0.0 SM.AddUnitToAlliance(unit, 1) SM.SetUnitLauncherItem(unit.unitName, 0, '130mm F-44 HE', 100) SM.SetUnitLauncherItem(unit.unitName, 1, '53-65M', 4) SM.SetUnitLauncherItem(unit.unitName, 2, '53-65M', 4) SM.SetUnitLauncherItem(unit.unitName, 3, '30mm OF-84 HE-FRAG AK-630M', 59) SM.SetUnitLauncherItem(unit.unitName, 4, '30mm OF-84 HE-FRAG AK-630M', 59) SM.SetUnitLauncherItem(unit.unitName, 5, '9M311 Kashtan', 8) SM.SetUnitLauncherItem(unit.unitName, 6, '9M311 Kashtan', 8) SM.SetUnitLauncherItem(unit.unitName, 7, '9M330 Kinzhal', 64) SM.SetUnitLauncherItem(unit.unitName, 8, '3M80 Moskit', 8) UI = SM.GetUnitInterface(unit.unitName) SM.AddToUnitMagazine("Admiral Chabanenko", 'Fuel', 45900) SM.AddToUnitMagazine("Admiral Chabanenko", 'LOFAR (100) Sonobuoy', 5) SM.AddToUnitMagazine("Admiral Chabanenko", 'DICASS (105) Sonobuoy', 10) SM.AddToUnitMagazine("Admiral Chabanenko", 'DIFAR (110) Sonobuoy', 6) SM.AddToUnitMagazine("Admiral Chabanenko", 'DICASS (110) Sonobuoy', 20) SM.AddToUnitMagazine("Admiral Chabanenko", 'LOFAR (110) Sonobuoy', 20) SM.AddToUnitMagazine("Admiral Chabanenko", 'AT-1', 16) SM.AddToUnitMagazine("Admiral Chabanenko", '30mm OF-84 HE-FRAG AK-630M', 472) SM.AddToUnitMagazine("Admiral Chabanenko", '9M311 Kashtan', 48) SM.AddToUnitMagazine("Admiral Chabanenko", '130mm F-44 HE', 500) SM.AddToUnitMagazine("Admiral Chabanenko", '53-65M', 24) UI.AddTask('EngageAll', 2.000000, 0) UI.AddTask('MissileWarning', 3.000000, 3) UI.AddTask('PointDefense', 3.000000, 3) UI.AddTask('RefuelAllAircraft', 3.000000, 3) BB = UI.GetBlackboardInterface() BB.Write('129_EngageLimit', '1') BB.Write('16_EngageLimit', '4') BB.Write('17_EngageLimit', '6') BB.Write('18_EngageLimit', '12') BB.Write('22_EngageLimit', '24') BB.Write('256_EngageLimit', '2') BB.Write('257_EngageLimit', '24') BB.Write('258_EngageLimit', '2') BB.Write('32_EngageLimit', '1') BB.Write('33_EngageLimit', '1') BB.Write('34_EngageLimit', '1') BB.Write('64_EngageLimit', '1') BB.Write('ID_EngageLimit', '{"15.0": 0.0, "12.0": 0.0, "14.0": 0.0, "13.0": 0.0, "16.0": 0.0}') BB.Write('MissionTarget', '["Target", 14]') BB.Write('Selected', '{"RotaryWing": 2, "Speed-": 100, "Alt+": 4000.0, "Speed+": 10, "RadarMast+": 0, "RadarMast-": 1, "34_EngageLimit": "1", "257_EngageLimit": "24", "17_EngageLimit": "6", "UnitCount": 9, "HasECM": 0, "HasTarget": 0, "TargetDatum": 0, "Alliance0_EngageLimit": -1, "FixedLand": 1, "Launchers": 1, "Periscope-": 1, "FixedWing": 0, "MagWeaponList": {"9M32M Strela 3": 6, "AT-2M": 0, "TEST-68": 0, "TEST-71ME": 0, "AT-1": 0, "RPK-6 Vodopod": 0, "SAET-60M": 0, "9M311 Kashtan": 96, "130mm F-44 HE": 1000, "*DICASS*": 0, "SET-65M": 120, "*buoy": 0, "100mm OF-58 FRAG": 1400, "9M330 Kinzhal": 0, "3M80 Moskit": 0, "TEST-71MKE": 0, "3M45 Granit": 0, "V-611": 0, "30mm OP-84 FRAG Tracer AK-630M": 0, "Yu-7": 0, "Yu-6": 0, "130mm ZS-44 AA": 0, "RPK-3 Metel": 0, "SET-65": 0, "TEST-71": 0, "53-56V": 0, "5V55RM": 0, "APR-2E": 0, "3M10 Granat(n)": 0, "3M10 Granat": 0, "*LOFAR*": 0, "*DIFAR*": 0, "30mm OF-84 HE-FRAG AK-630M": 13216, "76.2mm OS-62 FRAG": 0, "9M33M": 0, "53-56": 0, "100mm ZS-58 AA": 0, "130mm ZS-44P AA": 0, "3M54E Klub Alfa": 0, "76.2mm ZS-63 AA": 0, "100mm ZS-58P AA": 0, "53-65KE": 0, "3M80M Moskit-M": 0, "USET-80": 0, "VTT-1": 0, "Shkval": 0, "53-65M": 224}, "Air": 2, "64_EngageLimit": "1", "HasAIWeap": 0, "18_EngageLimit": "12", "256_EngageLimit": "2", "Depth+": 250.0, "MobileLand": 0, "CanStrafe": 0, "Depth-": 0, "HasSonarP": 1, "HasThrottle": 0, "PeriDeep": 0, "Sub": 2, "HasSonarA": 1, "HasFlightPort": 1, "HasMagazine": 1, "DieselSub": 1, "HasGBU": 0, "HasAINav": 0, "FormMember": 2, "Alliance1_EngageLimit": -1, "HasBombs": 0, "Snorkel-": 1, "TargetTrack": 1, "Snorkel+": 0, "16_EngageLimit": "4", "Alliance2_EngageLimit": -1, "258_EngageLimit": "2", "FormLeader": 1, "129_EngageLimit": "1", "HasESM": 1, "Periscope+": 0, "22_EngageLimit": "24", "FormModeSprint": 2, "32_EngageLimit": "1", "Tasks": {"Nav": 5, "PatrolCircle": 1, "EngageAll": 8}, "HasOptical": 1, "33_EngageLimit": "1", "HasRadar": 1, "Ship": 4, "TargetSet": 1, "FormModePace": 0, "WeaponList": {"APR-2E": [4, 4], "9M330 Kinzhal": [64, 64], "DICASS (105) Sonobuoy": [10, 10], "9M32M Strela 3": [1, 1], "3M80 Moskit": [8, 8], "5V55RM": [64, 64], "9M311 Kashtan": [16, 16], "3M45 Granit": [16, 16], "3M10 Granat": [1, 1], "DIFAR (105) Sonobuoy": [15, 15], "SET-65M": [7, 7], "130mm F-44 HE": [200, 200], "V-611": [72, 72], "LOFAR (105) Sonobuoy": [5, 5], "30mm OF-84 HE-FRAG AK-630M": [708, 708], "76.2mm OS-62 FRAG": [500, 500], "9M33M": [120, 120], "53-56": [20, 20], "100mm OF-58 FRAG": [92, 92], "53-65M": [16, 16], "RPK-3 Metel": [12, 12]}}') SM.AddUnitToFlightDeck('Admiral Chabanenko', 'Ka-27A', 'Fregat-M Ka-27 2', 1) SM.SetFlightDeckUnitLoadout('Admiral Chabanenko', 'Fregat-M Ka-27 2', '5 DIFAR (110) Sonobuoy;5 LOFAR (100) Sonobuoy;5 DICASS (100) Sonobuoy;2 APR-2E;') unit = SM.GetDefaultUnit() unit.className = 'Airstrip' unit.unitName = "Sevastopol AB" unit.SetPosition(33.572501, 44.688333, -0.0) unit.heading = 270.00 unit.speed = 0.0 unit.cost = 20000000.0 SM.AddUnitToAlliance(unit, 1) UI = SM.GetUnitInterface(unit.unitName) SM.AddToUnitMagazine("Sevastopol AB", 'Fuel', 1000000) SM.AddToUnitMagazine("Sevastopol AB", 'AT-2M', 50) SM.AddToUnitMagazine("Sevastopol AB", 'DIFAR (105) Sonobuoy', 200) SM.AddToUnitMagazine("Sevastopol AB", 'LOFAR (105) Sonobuoy', 400) SM.AddToUnitMagazine("Sevastopol AB", 'DICASS (105) Sonobuoy', 166) SM.AddToUnitMagazine("Sevastopol AB", '1150 Liter Tank', 62) SM.AddToUnitMagazine("Sevastopol AB", '1520 Liter Tank', 44) SM.AddToUnitMagazine("Sevastopol AB", 'R-27R', 124) SM.AddToUnitMagazine("Sevastopol AB", 'R-73M', 50) SM.AddToUnitMagazine("Sevastopol AB", '30mm NR-30 HEI', 80) SM.AddToUnitMagazine("Sevastopol AB", 'Chaff-1', 120) SM.AddToUnitMagazine("Sevastopol AB", 'Flare-1', 20) SM.AddToUnitMagazine("Sevastopol AB", 'R-73M2', 138) SM.AddToUnitMagazine("Sevastopol AB", 'R-77', 202) SM.AddToUnitMagazine("Sevastopol AB", 'R-27RE', 38) SM.AddToUnitMagazine("Sevastopol AB", 'R-27T', 50) SM.AddToUnitMagazine("Sevastopol AB", 'R-27TE', 38) SM.AddToUnitMagazine("Sevastopol AB", 'FAB-100', 36) UI.AddTask('RefuelAllAircraft', 3.000000, 3) BB = UI.GetBlackboardInterface() BB.Write('129_EngageLimit', '1') BB.Write('16_EngageLimit', '4') BB.Write('17_EngageLimit', '6') BB.Write('18_EngageLimit', '12') BB.Write('22_EngageLimit', '24') BB.Write('256_EngageLimit', '2') BB.Write('257_EngageLimit', '24') BB.Write('258_EngageLimit', '2') BB.Write('32_EngageLimit', '1') BB.Write('33_EngageLimit', '1') BB.Write('34_EngageLimit', '1') BB.Write('64_EngageLimit', '1') BB.Write('ID_EngageLimit', '{"15.0": 0.0, "12.0": 0.0, "14.0": 0.0, "13.0": 0.0, "16.0": 0.0}') BB.Write('MissionTarget', '["Target", 14]') BB.Write('Selected', '{"RotaryWing": 2, "Speed-": 100, "Alt+": 4000.0, "Speed+": 10, "RadarMast+": 0, "RadarMast-": 1, "34_EngageLimit": "1", "257_EngageLimit": "24", "17_EngageLimit": "6", "UnitCount": 9, "HasECM": 0, "HasTarget": 0, "TargetDatum": 0, "Alliance0_EngageLimit": -1, "FixedLand": 1, "Launchers": 1, "Periscope-": 1, "FixedWing": 0, "MagWeaponList": {"9M32M Strela 3": 6, "AT-2M": 0, "TEST-68": 0, "TEST-71ME": 0, "AT-1": 0, "RPK-6 Vodopod": 0, "SAET-60M": 0, "9M311 Kashtan": 96, "130mm F-44 HE": 1000, "*DICASS*": 0, "SET-65M": 120, "*buoy": 0, "100mm OF-58 FRAG": 1400, "9M330 Kinzhal": 0, "3M80 Moskit": 0, "TEST-71MKE": 0, "3M45 Granit": 0, "V-611": 0, "30mm OP-84 FRAG Tracer AK-630M": 0, "Yu-7": 0, "Yu-6": 0, "130mm ZS-44 AA": 0, "RPK-3 Metel": 0, "SET-65": 0, "TEST-71": 0, "53-56V": 0, "5V55RM": 0, "APR-2E": 0, "3M10 Granat(n)": 0, "3M10 Granat": 0, "*LOFAR*": 0, "*DIFAR*": 0, "30mm OF-84 HE-FRAG AK-630M": 13216, "76.2mm OS-62 FRAG": 0, "9M33M": 0, "53-56": 0, "100mm ZS-58 AA": 0, "130mm ZS-44P AA": 0, "3M54E Klub Alfa": 0, "76.2mm ZS-63 AA": 0, "100mm ZS-58P AA": 0, "53-65KE": 0, "3M80M Moskit-M": 0, "USET-80": 0, "VTT-1": 0, "Shkval": 0, "53-65M": 224}, "Air": 2, "64_EngageLimit": "1", "HasAIWeap": 0, "18_EngageLimit": "12", "256_EngageLimit": "2", "Depth+": 250.0, "MobileLand": 0, "CanStrafe": 0, "Depth-": 0, "HasSonarP": 1, "HasThrottle": 0, "PeriDeep": 0, "Sub": 2, "HasSonarA": 1, "HasFlightPort": 1, "HasMagazine": 1, "DieselSub": 1, "HasGBU": 0, "HasAINav": 0, "FormMember": 2, "Alliance1_EngageLimit": -1, "HasBombs": 0, "Snorkel-": 1, "TargetTrack": 1, "Snorkel+": 0, "16_EngageLimit": "4", "Alliance2_EngageLimit": -1, "258_EngageLimit": "2", "FormLeader": 1, "129_EngageLimit": "1", "HasESM": 1, "Periscope+": 0, "22_EngageLimit": "24", "FormModeSprint": 2, "32_EngageLimit": "1", "Tasks": {"Nav": 5, "PatrolCircle": 1, "EngageAll": 8}, "HasOptical": 1, "33_EngageLimit": "1", "HasRadar": 1, "Ship": 4, "TargetSet": 1, "FormModePace": 0, "WeaponList": {"APR-2E": [4, 4], "9M330 Kinzhal": [64, 64], "DICASS (105) Sonobuoy": [10, 10], "9M32M Strela 3": [1, 1], "3M80 Moskit": [8, 8], "5V55RM": [64, 64], "9M311 Kashtan": [16, 16], "3M45 Granit": [16, 16], "3M10 Granat": [1, 1], "DIFAR (105) Sonobuoy": [15, 15], "SET-65M": [7, 7], "130mm F-44 HE": [200, 200], "V-611": [72, 72], "LOFAR (105) Sonobuoy": [5, 5], "30mm OF-84 HE-FRAG AK-630M": [708, 708], "76.2mm OS-62 FRAG": [500, 500], "9M33M": [120, 120], "53-56": [20, 20], "100mm OF-58 FRAG": [92, 92], "53-65M": [16, 16], "RPK-3 Metel": [12, 12]}}') SM.AddUnitToFlightDeck('Sevastopol AB', 'Il-38', 'Hammer-1', 2) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Hammer-1', '17 DICASS (105) Sonobuoy;17 LOFAR (105) Sonobuoy;41 DIFAR (105) Sonobuoy;4 AT-2M;') SM.AddUnitToFlightDeck('Sevastopol AB', 'Il-38', 'Hammer-2', 2) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Hammer-2', '17 DICASS (105) Sonobuoy;17 LOFAR (105) Sonobuoy;41 DIFAR (105) Sonobuoy;4 AT-2M;') SM.AddUnitToFlightDeck('Sevastopol AB', 'Il-38', 'Hammer-3', 2) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Hammer-3', '17 DICASS (105) Sonobuoy;17 LOFAR (105) Sonobuoy;41 DIFAR (105) Sonobuoy;4 AT-2M;') SM.AddUnitToFlightDeck('Sevastopol AB', 'Il-38', 'Hammer-4', 2) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Hammer-4', '17 DICASS (105) Sonobuoy;17 LOFAR (105) Sonobuoy;41 DIFAR (105) Sonobuoy;4 AT-2M;') SM.AddUnitToFlightDeck('Sevastopol AB', 'MiG-29M', 'Arrow-1', 2) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Arrow-1', '1 1520 Liter Tank;2 R-27RE;2 R-27TE;2 R-77;2 R-73M2;20 30mm NR-30 HEI;30 Chaff-1;30 Flare-1;') SM.AddUnitToFlightDeck('Sevastopol AB', 'MiG-29M', 'Arrow-2', 2) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Arrow-2', '1 1520 Liter Tank;2 R-27RE;2 R-27TE;2 R-77;2 R-73M2;20 30mm NR-30 HEI;30 Chaff-1;30 Flare-1;') SM.AddUnitToFlightDeck('Sevastopol AB', 'MiG-29M', 'Arrow-3', 2) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Arrow-3', '1 1520 Liter Tank;2 R-27RE;2 R-27TE;2 R-77;2 R-73M2;20 30mm NR-30 HEI;30 Chaff-1;30 Flare-1;') SM.AddUnitToFlightDeck('Sevastopol AB', 'MiG-29M', 'Arrow-4', 2) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Arrow-4', '1 1520 Liter Tank;2 R-27RE;2 R-27TE;2 R-77;2 R-73M2;20 30mm NR-30 HEI;30 Chaff-1;30 Flare-1;') SM.AddUnitToFlightDeck('Sevastopol AB', 'MiG-29M', 'Arrow-5', 2) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Arrow-5', '1 1520 Liter Tank;2 R-27RE;2 R-27TE;2 R-77;2 R-73M2;20 30mm NR-30 HEI;30 Chaff-1;30 Flare-1;') SM.AddUnitToFlightDeck('Sevastopol AB', 'MiG-29M', 'Arrow-6', 2) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Arrow-6', '1 1520 Liter Tank;2 R-27RE;2 R-27TE;2 R-77;2 R-73M2;20 30mm NR-30 HEI;30 Chaff-1;30 Flare-1;') SM.AddUnitToFlightDeck('Sevastopol AB', 'A-50', 'Sky-1', 2) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Sky-1', '') SM.AddUnitToFlightDeck('Sevastopol AB', 'A-50', 'Sky-2', 2) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Sky-2', '') SM.AddUnitToFlightDeck('Sevastopol AB', 'A-50', 'Sky-3', 1) SM.SetFlightDeckUnitLoadout('Sevastopol AB', 'Sky-3', '') FP = UI.GetFlightPortInfo() base_track = UI.GetTrackById(UI.GetPlatformId()) mission_id = FP.AddGenericMission() FP.AddAircraftToMission(mission_id, 'Hammer-1') FP.AddAircraftToMission(mission_id, 'Hammer-2') FP.AddAircraftToMission(mission_id, 'Hammer-3') FP.AddAircraftToMission(mission_id, 'Hammer-4') FP.SetMissionLaunchTime(mission_id, '01:00:00+0m+R2.0') FP.SetMissionDatum(mission_id, 0.0000000, 0.0000000) FP.SetMissionLandingTarget(mission_id, '') FP.SetMissionWaveQuantity(mission_id, 1) FP.SetMissionType(mission_id, '') FP.AddMissionWaypointAdvanced(mission_id, 0.5869507, 0.7809585, 2000.0, 200.0) FP.SetMissionWaypointTasks(mission_id, 0, 'WaitForGroup') FP.AddMissionWaypointAdvanced(mission_id, 0.5590360, 0.7686830, 2000.0, 300.0) FP.SetMissionWaypointTasks(mission_id, 1, 'BarrierPatrol,EngageAll,RTB') FP.AddMissionWaypointAdvanced(mission_id, 0.5435780, 0.7735660, 2000.0, 300.0) FP.AddMissionWaypointAdvanced(mission_id, 0.5558020, 0.7677130, 2000.0, 300.0) FP.AddMissionWaypointAdvanced(mission_id, 0.5726180, 0.7585450, 10000.0, 300.0) FP.SetMissionWaypointTasks(mission_id, 4, 'Land') mission_id = FP.AddGenericMission() FP.AddAircraftToMission(mission_id, 'Arrow-1') FP.AddAircraftToMission(mission_id, 'Arrow-2') FP.AddAircraftToMission(mission_id, 'Arrow-3') FP.AddAircraftToMission(mission_id, 'Arrow-4') FP.AddAircraftToMission(mission_id, 'Arrow-5') FP.AddAircraftToMission(mission_id, 'Arrow-6') FP.SetMissionLaunchTime(mission_id, '01:00:00+0m+R2.0') FP.SetMissionDatum(mission_id, 0.0000000, 0.0000000) FP.SetMissionLandingTarget(mission_id, '') FP.SetMissionWaveQuantity(mission_id, 2) FP.SetMissionType(mission_id, '') FP.SetMissionPatrolArea(mission_id, '0.5658959,0.7351649,0.5000790,0.7487700,0.5218041,0.7587565,0.5555376,0.7509148,') FP.AddMissionWaypointAdvanced(mission_id, 0.5869507, 0.7809585, 2000.0, 200.0) FP.SetMissionWaypointTasks(mission_id, 0, 'WaitForGroup,EngageAll') FP.AddMissionWaypointAdvanced(mission_id, 0.5358350, 0.7476260, 3000.0, 300.0) FP.SetMissionWaypointTasks(mission_id, 1, 'AirPatrolArea,EngageAll') mission_id = FP.AddGenericMission() FP.AddAircraftToMission(mission_id, 'Sky-1') FP.AddAircraftToMission(mission_id, 'Sky-2') FP.AddAircraftToMission(mission_id, 'Sky-3') FP.SetMissionLaunchTime(mission_id, '01:00:00+0m+R4.0') FP.SetMissionDatum(mission_id, 0.0000000, 0.0000000) FP.SetMissionLandingTarget(mission_id, '') FP.SetMissionWaveQuantity(mission_id, 1) FP.SetMissionType(mission_id, '') FP.SetMissionPatrolArea(mission_id, '0.5563372,0.7750031,0.5480769,0.7907056,0.5664279,0.7917435,0.5691501,0.7770454,') FP.AddMissionWaypointAdvanced(mission_id, 0.5869507, 0.7809585, 2000.0, 200.0) FP.SetMissionWaypointTasks(mission_id, 0, 'WaitForGroup,EngageAll') FP.AddMissionWaypointAdvanced(mission_id, 0.5633610, 0.7780460, 3000.0, 300.0) FP.SetMissionWaypointTasks(mission_id, 1, 'AirPatrolArea,EngageAll') unit = SM.GetDefaultUnit() unit.className = 'Ka-27A' unit.unitName = "Fregat-M Ka-27 1" unit.SetPosition(31.554849, 43.291317, 510.2) unit.heading = 227.36 unit.speed = 100.0 unit.cost = 20000000.0 SM.AddUnitToAlliance(unit, 1) SM.SetUnitLauncherItem(unit.unitName, 0, 'DIFAR (105) Sonobuoy', 5) SM.SetUnitLauncherItem(unit.unitName, 1, 'DICASS (105) Sonobuoy', 5) SM.SetUnitLauncherItem(unit.unitName, 2, 'DIFAR (105) Sonobuoy', 5) SM.SetUnitLauncherItem(unit.unitName, 3, 'APR-2E', 2) UI = SM.GetUnitInterface(unit.unitName) UI.AddTask('AirEvade', 3.000000, 3) UI.AddTask('EngageAll', 2.000000, 0) UI.AddTask('Nav', 1.000000, 0) UI.AddNavWaypointAdvanced(0.546133, 0.749507, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.557133, 0.746778, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.560433, 0.750363, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.550020, 0.753734, 0.000000, 0.000000) UI.SetNavLoopState(1) UI.AddTask('PatrolCircle', 1.000000, 0) UI.AddTask('RTB', 2.000000, 3) BB = UI.GetBlackboardInterface() BB.Write('129_EngageLimit', '1') BB.Write('16_EngageLimit', '4') BB.Write('17_EngageLimit', '6') BB.Write('18_EngageLimit', '12') BB.Write('22_EngageLimit', '24') BB.Write('256_EngageLimit', '2') BB.Write('257_EngageLimit', '24') BB.Write('258_EngageLimit', '2') BB.Write('32_EngageLimit', '1') BB.Write('33_EngageLimit', '1') BB.Write('34_EngageLimit', '1') BB.Write('64_EngageLimit', '1') BB.Write('Home', 'Admiral Chabanenko') BB.Write('ID_EngageLimit', '{"15.0": 0.0, "12.0": 0.0, "14.0": 0.0, "13.0": 0.0, "16.0": 0.0}') BB.Write('MissionTarget', '["Target", 14]') BB.Write('Selected', '{"RotaryWing": 2, "Speed-": 100, "Alt+": 4000.0, "Speed+": 10, "RadarMast+": 0, "RadarMast-": 1, "34_EngageLimit": "1", "257_EngageLimit": "24", "17_EngageLimit": "6", "UnitCount": 9, "HasECM": 0, "HasTarget": 0, "TargetDatum": 0, "Alliance0_EngageLimit": -1, "FixedLand": 1, "Launchers": 1, "Periscope-": 1, "FixedWing": 0, "MagWeaponList": {"9M32M Strela 3": 6, "AT-2M": 0, "TEST-68": 0, "TEST-71ME": 0, "AT-1": 0, "RPK-6 Vodopod": 0, "SAET-60M": 0, "9M311 Kashtan": 96, "130mm F-44 HE": 1000, "*DICASS*": 0, "SET-65M": 120, "*buoy": 0, "100mm OF-58 FRAG": 1400, "9M330 Kinzhal": 0, "3M80 Moskit": 0, "TEST-71MKE": 0, "3M45 Granit": 0, "V-611": 0, "30mm OP-84 FRAG Tracer AK-630M": 0, "Yu-7": 0, "Yu-6": 0, "130mm ZS-44 AA": 0, "RPK-3 Metel": 0, "SET-65": 0, "TEST-71": 0, "53-56V": 0, "5V55RM": 0, "APR-2E": 0, "3M10 Granat(n)": 0, "3M10 Granat": 0, "*LOFAR*": 0, "*DIFAR*": 0, "30mm OF-84 HE-FRAG AK-630M": 13216, "76.2mm OS-62 FRAG": 0, "9M33M": 0, "53-56": 0, "100mm ZS-58 AA": 0, "130mm ZS-44P AA": 0, "3M54E Klub Alfa": 0, "76.2mm ZS-63 AA": 0, "100mm ZS-58P AA": 0, "53-65KE": 0, "3M80M Moskit-M": 0, "USET-80": 0, "VTT-1": 0, "Shkval": 0, "53-65M": 224}, "Air": 2, "64_EngageLimit": "1", "HasAIWeap": 0, "18_EngageLimit": "12", "256_EngageLimit": "2", "Depth+": 250.0, "MobileLand": 0, "CanStrafe": 0, "Depth-": 0, "HasSonarP": 1, "HasThrottle": 0, "PeriDeep": 0, "Sub": 2, "HasSonarA": 1, "HasFlightPort": 1, "HasMagazine": 1, "DieselSub": 1, "HasGBU": 0, "HasAINav": 0, "FormMember": 2, "Alliance1_EngageLimit": -1, "HasBombs": 0, "Snorkel-": 1, "TargetTrack": 1, "Snorkel+": 0, "16_EngageLimit": "4", "Alliance2_EngageLimit": -1, "258_EngageLimit": "2", "FormLeader": 1, "129_EngageLimit": "1", "HasESM": 1, "Periscope+": 0, "22_EngageLimit": "24", "FormModeSprint": 2, "32_EngageLimit": "1", "Tasks": {"Nav": 5, "PatrolCircle": 1, "EngageAll": 8}, "HasOptical": 1, "33_EngageLimit": "1", "HasRadar": 1, "Ship": 4, "TargetSet": 1, "FormModePace": 0, "WeaponList": {"APR-2E": [4, 4], "9M330 Kinzhal": [64, 64], "DICASS (105) Sonobuoy": [10, 10], "9M32M Strela 3": [1, 1], "3M80 Moskit": [8, 8], "5V55RM": [64, 64], "9M311 Kashtan": [16, 16], "3M45 Granit": [16, 16], "3M10 Granat": [1, 1], "DIFAR (105) Sonobuoy": [15, 15], "SET-65M": [7, 7], "130mm F-44 HE": [200, 200], "V-611": [72, 72], "LOFAR (105) Sonobuoy": [5, 5], "30mm OF-84 HE-FRAG AK-630M": [708, 708], "76.2mm OS-62 FRAG": [500, 500], "9M33M": [120, 120], "53-56": [20, 20], "100mm OF-58 FRAG": [92, 92], "53-65M": [16, 16], "RPK-3 Metel": [12, 12]}}') BB.Write('StationLatitude', '0.751326') BB.Write('StationLongitude', '0.551780') unit = SM.GetDefaultUnit() unit.className = 'Ka-27A' unit.unitName = "Berkut-B Ka-27 1" unit.SetPosition(33.085792, 44.406636, 506.4) unit.heading = 224.34 unit.speed = 100.0 unit.cost = 20000000.0 SM.AddUnitToAlliance(unit, 1) SM.SetUnitLauncherItem(unit.unitName, 0, 'DIFAR (105) Sonobuoy', 5) SM.SetUnitLauncherItem(unit.unitName, 1, 'DICASS (105) Sonobuoy', 5) SM.SetUnitLauncherItem(unit.unitName, 2, 'LOFAR (105) Sonobuoy', 5) SM.SetUnitLauncherItem(unit.unitName, 3, 'APR-2E', 2) UI = SM.GetUnitInterface(unit.unitName) UI.AddTask('AirEvade', 3.000000, 3) UI.AddTask('EngageAll', 2.000000, 0) UI.AddTask('Nav', 1.000000, 0) UI.AddNavWaypointAdvanced(0.572946, 0.775202, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.579175, 0.772313, 0.000000, 0.000000) UI.SetNavLoopState(1) UI.AddTask('RTB', 2.000000, 3) BB = UI.GetBlackboardInterface() BB.Write('129_EngageLimit', '1') BB.Write('16_EngageLimit', '4') BB.Write('17_EngageLimit', '6') BB.Write('18_EngageLimit', '12') BB.Write('22_EngageLimit', '24') BB.Write('256_EngageLimit', '2') BB.Write('257_EngageLimit', '24') BB.Write('258_EngageLimit', '2') BB.Write('32_EngageLimit', '1') BB.Write('33_EngageLimit', '1') BB.Write('34_EngageLimit', '1') BB.Write('64_EngageLimit', '1') BB.Write('Home', 'Kerch') BB.Write('ID_EngageLimit', '{"15.0": 0.0, "12.0": 0.0, "14.0": 0.0, "13.0": 0.0, "16.0": 0.0}') BB.Write('MissionTarget', '["Target", 14]') BB.Write('Selected', '{"RotaryWing": 2, "Speed-": 100, "Alt+": 4000.0, "Speed+": 10, "RadarMast+": 0, "RadarMast-": 1, "34_EngageLimit": "1", "257_EngageLimit": "24", "17_EngageLimit": "6", "UnitCount": 9, "HasECM": 0, "HasTarget": 0, "TargetDatum": 0, "Alliance0_EngageLimit": -1, "FixedLand": 1, "Launchers": 1, "Periscope-": 1, "FixedWing": 0, "MagWeaponList": {"9M32M Strela 3": 6, "AT-2M": 0, "TEST-68": 0, "TEST-71ME": 0, "AT-1": 0, "RPK-6 Vodopod": 0, "SAET-60M": 0, "9M311 Kashtan": 96, "130mm F-44 HE": 1000, "*DICASS*": 0, "SET-65M": 120, "*buoy": 0, "100mm OF-58 FRAG": 1400, "9M330 Kinzhal": 0, "3M80 Moskit": 0, "TEST-71MKE": 0, "3M45 Granit": 0, "V-611": 0, "30mm OP-84 FRAG Tracer AK-630M": 0, "Yu-7": 0, "Yu-6": 0, "130mm ZS-44 AA": 0, "RPK-3 Metel": 0, "SET-65": 0, "TEST-71": 0, "53-56V": 0, "5V55RM": 0, "APR-2E": 0, "3M10 Granat(n)": 0, "3M10 Granat": 0, "*LOFAR*": 0, "*DIFAR*": 0, "30mm OF-84 HE-FRAG AK-630M": 13216, "76.2mm OS-62 FRAG": 0, "9M33M": 0, "53-56": 0, "100mm ZS-58 AA": 0, "130mm ZS-44P AA": 0, "3M54E Klub Alfa": 0, "76.2mm ZS-63 AA": 0, "100mm ZS-58P AA": 0, "53-65KE": 0, "3M80M Moskit-M": 0, "USET-80": 0, "VTT-1": 0, "Shkval": 0, "53-65M": 224}, "Air": 2, "64_EngageLimit": "1", "HasAIWeap": 0, "18_EngageLimit": "12", "256_EngageLimit": "2", "Depth+": 250.0, "MobileLand": 0, "CanStrafe": 0, "Depth-": 0, "HasSonarP": 1, "HasThrottle": 0, "PeriDeep": 0, "Sub": 2, "HasSonarA": 1, "HasFlightPort": 1, "HasMagazine": 1, "DieselSub": 1, "HasGBU": 0, "HasAINav": 0, "FormMember": 2, "Alliance1_EngageLimit": -1, "HasBombs": 0, "Snorkel-": 1, "TargetTrack": 1, "Snorkel+": 0, "16_EngageLimit": "4", "Alliance2_EngageLimit": -1, "258_EngageLimit": "2", "FormLeader": 1, "129_EngageLimit": "1", "HasESM": 1, "Periscope+": 0, "22_EngageLimit": "24", "FormModeSprint": 2, "32_EngageLimit": "1", "Tasks": {"Nav": 5, "PatrolCircle": 1, "EngageAll": 8}, "HasOptical": 1, "33_EngageLimit": "1", "HasRadar": 1, "Ship": 4, "TargetSet": 1, "FormModePace": 0, "WeaponList": {"APR-2E": [4, 4], "9M330 Kinzhal": [64, 64], "DICASS (105) Sonobuoy": [10, 10], "9M32M Strela 3": [1, 1], "3M80 Moskit": [8, 8], "5V55RM": [64, 64], "9M311 Kashtan": [16, 16], "3M45 Granit": [16, 16], "3M10 Granat": [1, 1], "DIFAR (105) Sonobuoy": [15, 15], "SET-65M": [7, 7], "130mm F-44 HE": [200, 200], "V-611": [72, 72], "LOFAR (105) Sonobuoy": [5, 5], "30mm OF-84 HE-FRAG AK-630M": [708, 708], "76.2mm OS-62 FRAG": [500, 500], "9M33M": [120, 120], "53-56": [20, 20], "100mm OF-58 FRAG": [92, 92], "53-65M": [16, 16], "RPK-3 Metel": [12, 12]}}') unit = SM.GetDefaultUnit() unit.className = 'Pr 1135M Burevestnik-M' unit.unitName = "Pytlivyy" UI = SM.GetUnitInterface('Moskva') leader_track = UI.GetTrackById(UI.GetPlatformId()) lon_deg = 57.296*leader_track.Lon + -0.0043 lat_deg = 57.296*leader_track.Lat + -0.0941 unit.SetPosition(lon_deg, lat_deg, 0.0) unit.heading = -139.40 unit.speed = 3.0 unit.cost = 0.0 SM.AddUnitToAlliance(unit, 1) SM.SetUnitLauncherItem(unit.unitName, 0, '100mm OF-58 FRAG', 46) SM.SetUnitLauncherItem(unit.unitName, 1, '100mm OF-58 FRAG', 46) SM.SetUnitLauncherItem(unit.unitName, 2, '53-65M', 2) SM.SetUnitLauncherItem(unit.unitName, 3, '53-65M', 2) SM.SetUnitLauncherItem(unit.unitName, 4, '9M33M', 20) SM.SetUnitLauncherItem(unit.unitName, 5, '9M33M', 20) SM.SetUnitLauncherItem(unit.unitName, 6, 'RPK-3 Metel', 4) UI = SM.GetUnitInterface(unit.unitName) SM.AddToUnitMagazine("Pytlivyy", '100mm OF-58 FRAG', 700) SM.AddToUnitMagazine("Pytlivyy", '53-65M', 8) UI.AddTask('EngageAll', 2.000000, 0) UI.AddTask('MissileWarning', 3.000000, 3) UI.AddTask('PointDefense', 3.000000, 3) BB = UI.GetBlackboardInterface() BB.Write('129_EngageLimit', '1') BB.Write('16_EngageLimit', '4') BB.Write('17_EngageLimit', '6') BB.Write('18_EngageLimit', '12') BB.Write('22_EngageLimit', '24') BB.Write('256_EngageLimit', '2') BB.Write('257_EngageLimit', '24') BB.Write('258_EngageLimit', '2') BB.Write('32_EngageLimit', '1') BB.Write('33_EngageLimit', '1') BB.Write('34_EngageLimit', '1') BB.Write('64_EngageLimit', '1') BB.Write('ID_EngageLimit', '{"15.0": 0.0, "12.0": 0.0, "14.0": 0.0, "13.0": 0.0, "16.0": 0.0}') BB.Write('MissionTarget', '["Target", 14]') BB.Write('Selected', '{"RotaryWing": 2, "Speed-": 100, "Alt+": 4000.0, "Speed+": 10, "RadarMast+": 0, "RadarMast-": 1, "34_EngageLimit": "1", "257_EngageLimit": "24", "17_EngageLimit": "6", "UnitCount": 9, "HasECM": 0, "HasTarget": 0, "TargetDatum": 0, "Alliance0_EngageLimit": -1, "FixedLand": 1, "Launchers": 1, "Periscope-": 1, "FixedWing": 0, "MagWeaponList": {"9M32M Strela 3": 6, "AT-2M": 0, "TEST-68": 0, "TEST-71ME": 0, "AT-1": 0, "RPK-6 Vodopod": 0, "SAET-60M": 0, "9M311 Kashtan": 96, "130mm F-44 HE": 1000, "*DICASS*": 0, "SET-65M": 120, "*buoy": 0, "100mm OF-58 FRAG": 1400, "9M330 Kinzhal": 0, "3M80 Moskit": 0, "TEST-71MKE": 0, "3M45 Granit": 0, "V-611": 0, "30mm OP-84 FRAG Tracer AK-630M": 0, "Yu-7": 0, "Yu-6": 0, "130mm ZS-44 AA": 0, "RPK-3 Metel": 0, "SET-65": 0, "TEST-71": 0, "53-56V": 0, "5V55RM": 0, "APR-2E": 0, "3M10 Granat(n)": 0, "3M10 Granat": 0, "*LOFAR*": 0, "*DIFAR*": 0, "30mm OF-84 HE-FRAG AK-630M": 13216, "76.2mm OS-62 FRAG": 0, "9M33M": 0, "53-56": 0, "100mm ZS-58 AA": 0, "130mm ZS-44P AA": 0, "3M54E Klub Alfa": 0, "76.2mm ZS-63 AA": 0, "100mm ZS-58P AA": 0, "53-65KE": 0, "3M80M Moskit-M": 0, "USET-80": 0, "VTT-1": 0, "Shkval": 0, "53-65M": 224}, "Air": 2, "64_EngageLimit": "1", "HasAIWeap": 0, "18_EngageLimit": "12", "256_EngageLimit": "2", "Depth+": 250.0, "MobileLand": 0, "CanStrafe": 0, "Depth-": 0, "HasSonarP": 1, "HasThrottle": 0, "PeriDeep": 0, "Sub": 2, "HasSonarA": 1, "HasFlightPort": 1, "HasMagazine": 1, "DieselSub": 1, "HasGBU": 0, "HasAINav": 0, "FormMember": 2, "Alliance1_EngageLimit": -1, "HasBombs": 0, "Snorkel-": 1, "TargetTrack": 1, "Snorkel+": 0, "16_EngageLimit": "4", "Alliance2_EngageLimit": -1, "258_EngageLimit": "2", "FormLeader": 1, "129_EngageLimit": "1", "HasESM": 1, "Periscope+": 0, "22_EngageLimit": "24", "FormModeSprint": 2, "32_EngageLimit": "1", "Tasks": {"Nav": 5, "PatrolCircle": 1, "EngageAll": 8}, "HasOptical": 1, "33_EngageLimit": "1", "HasRadar": 1, "Ship": 4, "TargetSet": 1, "FormModePace": 0, "WeaponList": {"APR-2E": [4, 4], "9M330 Kinzhal": [64, 64], "DICASS (105) Sonobuoy": [10, 10], "9M32M Strela 3": [1, 1], "3M80 Moskit": [8, 8], "5V55RM": [64, 64], "9M311 Kashtan": [16, 16], "3M45 Granit": [16, 16], "3M10 Granat": [1, 1], "DIFAR (105) Sonobuoy": [15, 15], "SET-65M": [7, 7], "130mm F-44 HE": [200, 200], "V-611": [72, 72], "LOFAR (105) Sonobuoy": [5, 5], "30mm OF-84 HE-FRAG AK-630M": [708, 708], "76.2mm OS-62 FRAG": [500, 500], "9M33M": [120, 120], "53-56": [20, 20], "100mm OF-58 FRAG": [92, 92], "53-65M": [16, 16], "RPK-3 Metel": [12, 12]}}') leader_id = UI.LookupFriendlyId('Moskva') UI.SetFormationLeader(leader_id) UI.SetFormationMode(2) UI.SetFormationPosition(10.689, 3.128, 5.565, 0.239) UI.SetFormationAltitudeOffset(0.0) UI.SetFormationUseNorthBearing(0) unit = SM.GetDefaultUnit() unit.className = 'Pr 1134B Berkut B' unit.unitName = "Kerch" UI = SM.GetUnitInterface('Moskva') leader_track = UI.GetTrackById(UI.GetPlatformId()) lon_deg = 57.296*leader_track.Lon + -0.1186 lat_deg = 57.296*leader_track.Lat + -0.0023 unit.SetPosition(lon_deg, lat_deg, 0.0) unit.heading = -138.01 unit.speed = 3.0 unit.cost = 0.0 SM.AddUnitToAlliance(unit, 1) SM.SetUnitLauncherItem(unit.unitName, 0, '9M33M', 20) SM.SetUnitLauncherItem(unit.unitName, 1, '9M33M', 20) SM.SetUnitLauncherItem(unit.unitName, 2, 'V-611', 36) SM.SetUnitLauncherItem(unit.unitName, 3, 'V-611', 36) SM.SetUnitLauncherItem(unit.unitName, 4, '30mm OF-84 HE-FRAG AK-630M', 59) SM.SetUnitLauncherItem(unit.unitName, 5, '30mm OF-84 HE-FRAG AK-630M', 59) SM.SetUnitLauncherItem(unit.unitName, 6, '30mm OF-84 HE-FRAG AK-630M', 59) SM.SetUnitLauncherItem(unit.unitName, 7, '30mm OF-84 HE-FRAG AK-630M', 59) SM.SetUnitLauncherItem(unit.unitName, 8, '76.2mm OS-62 FRAG', 250) SM.SetUnitLauncherItem(unit.unitName, 9, '76.2mm OS-62 FRAG', 250) SM.SetUnitLauncherItem(unit.unitName, 10, 'RPK-3 Metel', 8) SM.SetUnitLauncherItem(unit.unitName, 11, '53-56', 5) SM.SetUnitLauncherItem(unit.unitName, 12, '53-56', 5) UI = SM.GetUnitInterface(unit.unitName) SM.AddToUnitMagazine("Kerch", 'AT-1', 33) SM.AddToUnitMagazine("Kerch", 'DICASS (105) Sonobuoy', 203) SM.AddToUnitMagazine("Kerch", 'DIFAR (105) Sonobuoy', 567) SM.AddToUnitMagazine("Kerch", 'Fuel', 45900) SM.AddToUnitMagazine("Kerch", 'LOFAR (105) Sonobuoy', 203) SM.AddToUnitMagazine("Kerch", '30mm OF-84 HE-FRAG AK-630M', 944) SM.AddToUnitMagazine("Kerch", '53-65M', 20) UI.AddTask('EngageAll', 2.000000, 0) UI.AddTask('MissileWarning', 3.000000, 3) UI.AddTask('PointDefense', 3.000000, 3) UI.AddTask('RefuelAllAircraft', 3.000000, 3) BB = UI.GetBlackboardInterface() BB.Write('129_EngageLimit', '1') BB.Write('16_EngageLimit', '4') BB.Write('17_EngageLimit', '6') BB.Write('18_EngageLimit', '12') BB.Write('22_EngageLimit', '24') BB.Write('256_EngageLimit', '2') BB.Write('257_EngageLimit', '24') BB.Write('258_EngageLimit', '2') BB.Write('32_EngageLimit', '1') BB.Write('33_EngageLimit', '1') BB.Write('34_EngageLimit', '1') BB.Write('64_EngageLimit', '1') BB.Write('ID_EngageLimit', '{"15.0": 0.0, "12.0": 0.0, "14.0": 0.0, "13.0": 0.0, "16.0": 0.0}') BB.Write('MissionTarget', '["Target", 14]') BB.Write('Selected', '{"RotaryWing": 2, "Speed-": 100, "Alt+": 4000.0, "Speed+": 10, "RadarMast+": 0, "RadarMast-": 1, "34_EngageLimit": "1", "257_EngageLimit": "24", "17_EngageLimit": "6", "UnitCount": 9, "HasECM": 0, "HasTarget": 0, "TargetDatum": 0, "Alliance0_EngageLimit": -1, "FixedLand": 1, "Launchers": 1, "Periscope-": 1, "FixedWing": 0, "MagWeaponList": {"9M32M Strela 3": 6, "AT-2M": 0, "TEST-68": 0, "TEST-71ME": 0, "AT-1": 0, "RPK-6 Vodopod": 0, "SAET-60M": 0, "9M311 Kashtan": 96, "130mm F-44 HE": 1000, "*DICASS*": 0, "SET-65M": 120, "*buoy": 0, "100mm OF-58 FRAG": 1400, "9M330 Kinzhal": 0, "3M80 Moskit": 0, "TEST-71MKE": 0, "3M45 Granit": 0, "V-611": 0, "30mm OP-84 FRAG Tracer AK-630M": 0, "Yu-7": 0, "Yu-6": 0, "130mm ZS-44 AA": 0, "RPK-3 Metel": 0, "SET-65": 0, "TEST-71": 0, "53-56V": 0, "5V55RM": 0, "APR-2E": 0, "3M10 Granat(n)": 0, "3M10 Granat": 0, "*LOFAR*": 0, "*DIFAR*": 0, "30mm OF-84 HE-FRAG AK-630M": 13216, "76.2mm OS-62 FRAG": 0, "9M33M": 0, "53-56": 0, "100mm ZS-58 AA": 0, "130mm ZS-44P AA": 0, "3M54E Klub Alfa": 0, "76.2mm ZS-63 AA": 0, "100mm ZS-58P AA": 0, "53-65KE": 0, "3M80M Moskit-M": 0, "USET-80": 0, "VTT-1": 0, "Shkval": 0, "53-65M": 224}, "Air": 2, "64_EngageLimit": "1", "HasAIWeap": 0, "18_EngageLimit": "12", "256_EngageLimit": "2", "Depth+": 250.0, "MobileLand": 0, "CanStrafe": 0, "Depth-": 0, "HasSonarP": 1, "HasThrottle": 0, "PeriDeep": 0, "Sub": 2, "HasSonarA": 1, "HasFlightPort": 1, "HasMagazine": 1, "DieselSub": 1, "HasGBU": 0, "HasAINav": 0, "FormMember": 2, "Alliance1_EngageLimit": -1, "HasBombs": 0, "Snorkel-": 1, "TargetTrack": 1, "Snorkel+": 0, "16_EngageLimit": "4", "Alliance2_EngageLimit": -1, "258_EngageLimit": "2", "FormLeader": 1, "129_EngageLimit": "1", "HasESM": 1, "Periscope+": 0, "22_EngageLimit": "24", "FormModeSprint": 2, "32_EngageLimit": "1", "Tasks": {"Nav": 5, "PatrolCircle": 1, "EngageAll": 8}, "HasOptical": 1, "33_EngageLimit": "1", "HasRadar": 1, "Ship": 4, "TargetSet": 1, "FormModePace": 0, "WeaponList": {"APR-2E": [4, 4], "9M330 Kinzhal": [64, 64], "DICASS (105) Sonobuoy": [10, 10], "9M32M Strela 3": [1, 1], "3M80 Moskit": [8, 8], "5V55RM": [64, 64], "9M311 Kashtan": [16, 16], "3M45 Granit": [16, 16], "3M10 Granat": [1, 1], "DIFAR (105) Sonobuoy": [15, 15], "SET-65M": [7, 7], "130mm F-44 HE": [200, 200], "V-611": [72, 72], "LOFAR (105) Sonobuoy": [5, 5], "30mm OF-84 HE-FRAG AK-630M": [708, 708], "76.2mm OS-62 FRAG": [500, 500], "9M33M": [120, 120], "53-56": [20, 20], "100mm OF-58 FRAG": [92, 92], "53-65M": [16, 16], "RPK-3 Metel": [12, 12]}}') leader_id = UI.LookupFriendlyId('Moskva') UI.SetFormationLeader(leader_id) UI.SetFormationMode(2) UI.SetFormationPosition(9.520, 2.545, 0.786, 0.372) UI.SetFormationAltitudeOffset(0.0) UI.SetFormationUseNorthBearing(0) FP = UI.GetFlightPortInfo() base_track = UI.GetTrackById(UI.GetPlatformId()) mission_id = FP.AddGenericMission() FP.SetMissionLaunchTime(mission_id, '01:00:00+0m') FP.SetMissionDatum(mission_id, 0.0000000, 0.0000000) FP.SetMissionLandingTarget(mission_id, '') FP.SetMissionWaveQuantity(mission_id, 24) FP.SetMissionType(mission_id, '') ############################## ### Alliance 2 units ############################## unit = SM.GetDefaultUnit() unit.className = 'Airstrip' unit.unitName = "AB Istanbul-Ataturk" unit.SetPosition(28.816667, 41.000000, -0.0) unit.heading = 219.81 unit.speed = 0.0 unit.cost = 20000000.0 SM.AddUnitToAlliance(unit, 2) UI = SM.GetUnitInterface(unit.unitName) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'Fuel', 1000000) SM.AddToUnitMagazine("AB Istanbul-Ataturk", '20mm PGU', 758) SM.AddToUnitMagazine("AB Istanbul-Ataturk", '20mm PGU-28/B', 758) SM.AddToUnitMagazine("AB Istanbul-Ataturk", '600 gallon tank', 12) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'AGM-65D', 12) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'AGM-65J', 12) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'AGM-84F Harpoon', 46) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'AGM-84H SLAM-ER', 38) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'AIM-120C7', 136) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'AIM-120D', 126) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'AIM-9P4', 64) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'AIM-9X', 56) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'Chaff-1', 1066) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'DICASS (110) Sonobuoy', 187) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'DIFAR (110) Sonobuoy', 550) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'Flare-1', 1066) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'LOFAR (110) Sonobuoy', 204) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'Mk 16 Zuni FFAR', 52) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'Mk 71 Zuni WAFAR', 52) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'Mk-36 DST', 16) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'Mk-40 DST', 4) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'Mk-41 DST', 4) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'Mk-54', 272) SM.AddToUnitMagazine("AB Istanbul-Ataturk", 'Mk-56 Mine', 18) UI.AddTask('RefuelAllAircraft', 3.000000, 3) BB = UI.GetBlackboardInterface() BB.Write('129_EngageLimit', '1') BB.Write('16_EngageLimit', '4') BB.Write('17_EngageLimit', '6') BB.Write('18_EngageLimit', '12') BB.Write('22_EngageLimit', '24') BB.Write('256_EngageLimit', '2') BB.Write('257_EngageLimit', '24') BB.Write('258_EngageLimit', '2') BB.Write('32_EngageLimit', '1') BB.Write('33_EngageLimit', '1') BB.Write('34_EngageLimit', '1') BB.Write('64_EngageLimit', '1') BB.Write('InvMulti', '1') BB.Write('MagTonnage', '35') BB.Write('Selected', '{"RotaryWing": 0, "Speed-": 0, "Alt+": 0, "Speed+": 0, "RadarMast+": 0, "RadarMast-": 0, "34_EngageLimit": "1", "257_EngageLimit": "24", "17_EngageLimit": "6", "UnitCount": 1, "HasECM": 0, "HasTarget": 0, "TargetDatum": 0, "Alliance0_EngageLimit": -1, "FixedLand": 1, "Launchers": 0, "Periscope-": 0, "FixedWing": 0, "MagWeaponList": {}, "Air": 0, "64_EngageLimit": "1", "HasAIWeap": 0, "18_EngageLimit": "12", "256_EngageLimit": "2", "Depth+": 0, "MobileLand": 0, "CanStrafe": 0, "Depth-": 0, "HasSonarP": 0, "HasThrottle": 0, "PeriDeep": 0, "Sub": 0, "HasSonarA": 0, "HasFlightPort": 1, "HasMagazine": 1, "DieselSub": 0, "HasGBU": 0, "HasAINav": 0, "FormMember": 0, "Alliance1_EngageLimit": -1, "HasBombs": 0, "Snorkel-": 0, "TargetTrack": 0, "Snorkel+": 0, "16_EngageLimit": "4", "Alliance2_EngageLimit": -1, "258_EngageLimit": "2", "FormLeader": 0, "129_EngageLimit": "1", "HasESM": 0, "Periscope+": 0, "22_EngageLimit": "24", "FormModeSprint": 0, "32_EngageLimit": "1", "Tasks": {}, "HasOptical": 1, "33_EngageLimit": "1", "HasRadar": 1, "Ship": 0, "TargetSet": 0, "FormModePace": 0, "WeaponList": {}}') SM.AddUnitToFlightDeck('AB Istanbul-Ataturk', 'KC-130F', 'Cow-5', 2) SM.SetFlightDeckUnitLoadout('AB Istanbul-Ataturk', 'Cow-5', '') SM.AddUnitToFlightDeck('AB Istanbul-Ataturk', 'KC-130F', 'Cow-6', 2) SM.SetFlightDeckUnitLoadout('AB Istanbul-Ataturk', 'Cow-6', '') SM.AddUnitToFlightDeck('AB Istanbul-Ataturk', 'P-3C III Orion', 'Nail-1', 2) SM.SetFlightDeckUnitLoadout('AB Istanbul-Ataturk', 'Nail-1', '17 DICASS (100) Sonobuoy;17 LOFAR (100) Sonobuoy;50 DIFAR (100) Sonobuoy;2 AIM-9X;2 AGM-84H SLAM-ER;2 AGM-84H SLAM-ER;2 Mk-54;2 Mk-54;8 Mk-54;30 Flare-1;30 Chaff-1;') SM.AddUnitToFlightDeck('AB Istanbul-Ataturk', 'P-3C III Orion', 'Nail-2', 2) SM.SetFlightDeckUnitLoadout('AB Istanbul-Ataturk', 'Nail-2', '17 DICASS (110) Sonobuoy;17 LOFAR (105) Sonobuoy;50 DIFAR (110) Sonobuoy;2 AIM-9X;2 AGM-84H SLAM-ER;2 AGM-84H SLAM-ER;2 Mk-54;2 Mk-54;8 Mk-54;30 Flare-1;30 Chaff-1;') SM.AddUnitToFlightDeck('AB Istanbul-Ataturk', 'F-15C', 'Ambush-1', 2) SM.SetFlightDeckUnitLoadout('AB Istanbul-Ataturk', 'Ambush-1', '4 AIM-120D;2 AIM-9X;2 AIM-120C7;3 600 gallon tank;30 Chaff-1;30 Flare-1;46 20mm PGU;') SM.AddUnitToFlightDeck('AB Istanbul-Ataturk', 'F-15C', 'Ambush-2', 2) SM.SetFlightDeckUnitLoadout('AB Istanbul-Ataturk', 'Ambush-2', '4 AIM-120D;2 AIM-9X;2 AIM-120C7;3 600 gallon tank;30 Chaff-1;30 Flare-1;46 20mm PGU;') SM.AddUnitToFlightDeck('AB Istanbul-Ataturk', 'E-3D/F', 'Hole-1', 2) SM.SetFlightDeckUnitLoadout('AB Istanbul-Ataturk', 'Hole-1', '') unit = SM.GetDefaultUnit() unit.className = 'SSN 21 Seawolf' unit.unitName = "USS Seawolf" boxes = [[30.6764, 32.3636, 42.1574, 43.0012]] box = boxes[int(1*random())] lon_deg = random()*(box[1]-box[0]) + box[0] lat_deg = random()*(box[3]-box[2]) + box[2] unit.SetPosition(lon_deg, lat_deg, -325.0) unit.heading = 28.30 unit.speed = 8.6 unit.cost = 900000000.0 SM.AddUnitToAlliance(unit, 2) SM.SetUnitLauncherItem(unit.unitName, 0, 'Mk-48 Mod6', 1) SM.SetUnitLauncherItem(unit.unitName, 1, 'Mk-48 Mod6', 1) SM.SetUnitLauncherItem(unit.unitName, 2, 'Mk-48 Mod6', 1) SM.SetUnitLauncherItem(unit.unitName, 3, 'Mk-48 Mod6', 1) SM.SetUnitLauncherItem(unit.unitName, 4, 'Mk-48 Mod6', 1) SM.SetUnitLauncherItem(unit.unitName, 5, 'Mk-48 Mod6', 1) SM.SetUnitLauncherItem(unit.unitName, 6, 'Mk-48 Mod6', 1) SM.SetUnitLauncherItem(unit.unitName, 7, 'Mk-48 Mod6', 1) SM.SetUnitLauncherItem(unit.unitName, 8, 'Decoy-1', 10) SM.SetUnitLauncherItem(unit.unitName, 9, 'Decoy-1', 10) UI = SM.GetUnitInterface(unit.unitName) SM.AddToUnitMagazine("USS Seawolf", 'UGM-109C', 12) SM.AddToUnitMagazine("USS Seawolf", 'Mk-48 Mod6', 20) SM.AddToUnitMagazine("USS Seawolf", 'Decoy-1', 8) SM.AddToUnitMagazine("USS Seawolf", 'Noisemaker-1', 6) SM.AddToUnitMagazine("USS Seawolf", 'UGM-84D Harpoon', 4) UI.SetSensorState(5, 0) UI.SetSensorState(6, 0) UI.AddTask('AvoidCav', 3.000000, 3) UI.AddTask('Nav', 1.000000, 0) UI.AddNavWaypointAdvanced(0.562156, 0.754093, 0.000000, 0.000000) UI.AddTask('SubBattery', 4.000000, 3) UI.AddTask('SubEvade', 3.000000, 3) BB = UI.GetBlackboardInterface() ############################## ### Alliance 3 units ############################## unit = SM.GetDefaultUnit() unit.className = 'Generic submarine' unit.unitName = "Neutral Submarine 2" unit.SetPosition(32.404029, 42.753251, -200.0) unit.heading = 90.00 unit.speed = 3.0 unit.cost = 1000000000.0 SM.AddUnitToAlliance(unit, 3) SM.SetUnitLauncherItem(unit.unitName, 0, 'MK-T1', 1) SM.SetUnitLauncherItem(unit.unitName, 1, 'UGM-84C Harpoon', 8) UI = SM.GetUnitInterface(unit.unitName) SM.AddToUnitMagazine("Neutral Submarine 2", 'MK-T1', 16) UI.SetSensorState(0, 0) UI.SetSensorState(4, 0) UI.AddTask('AvoidCav', 3.000000, 3) UI.AddTask('Nav', 1.000000, 0) UI.AddNavWaypointAdvanced(0.533382, 0.754320, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.548965, 0.762721, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.608457, 0.753119, 0.000000, 0.000000) UI.SetNavLoopState(1) UI.AddTask('SubBattery', 4.000000, 3) UI.AddTask('SubEvade', 3.000000, 3) BB = UI.GetBlackboardInterface() unit = SM.GetDefaultUnit() unit.className = 'Oil Tanker' unit.unitName = "Whale" unit.SetPosition(32.609263, 43.258657, 0.0) unit.heading = -111.80 unit.speed = 7.8 unit.cost = 0.0 SM.AddUnitToAlliance(unit, 3) UI = SM.GetUnitInterface(unit.unitName) UI.AddTask('MissileWarning', 3.000000, 3) UI.AddTask('Nav', 1.000000, 0) UI.AddNavWaypointAdvanced(0.559292, 0.749396, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.544969, 0.741047, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.525991, 0.736350, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.502538, 0.724442, 0.000000, 0.000000) UI.AddTask('PointDefense', 3.000000, 3) BB = UI.GetBlackboardInterface() unit = SM.GetDefaultUnit() unit.className = 'Oil Tanker' unit.unitName = "Sea Lion" unit.SetPosition(30.926944, 43.288566, 0.0) unit.heading = 90.00 unit.speed = 11.0 unit.cost = 0.0 SM.AddUnitToAlliance(unit, 3) UI = SM.GetUnitInterface(unit.unitName) UI.AddTask('MissileWarning', 3.000000, 3) UI.AddTask('Nav', 1.000000, 0) UI.AddNavWaypointAdvanced(0.605125, 0.752654, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.688556, 0.734822, 0.000000, 0.000000) UI.AddTask('PointDefense', 3.000000, 3) BB = UI.GetBlackboardInterface() unit = SM.GetDefaultUnit() unit.className = 'Oil Tanker' unit.unitName = "Black Sea Pearl" unit.SetPosition(31.829639, 43.849205, 0.0) unit.heading = 90.00 unit.speed = 7.5 unit.cost = 0.0 SM.AddUnitToAlliance(unit, 3) UI = SM.GetUnitInterface(unit.unitName) UI.AddTask('MissileWarning', 3.000000, 3) UI.AddTask('Nav', 1.000000, 0) UI.AddNavWaypointAdvanced(0.560545, 0.754384, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.553563, 0.735754, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.507909, 0.725640, 0.000000, 0.000000) UI.AddTask('PointDefense', 3.000000, 3) BB = UI.GetBlackboardInterface() unit = SM.GetDefaultUnit() unit.className = 'Generic submarine' unit.unitName = "Neutral Submarine 1" unit.SetPosition(31.922000, 43.245881, -200.0) unit.heading = 90.00 unit.speed = 3.0 unit.cost = 1000000000.0 SM.AddUnitToAlliance(unit, 3) SM.SetUnitLauncherItem(unit.unitName, 0, 'MK-T1', 1) SM.SetUnitLauncherItem(unit.unitName, 1, 'UGM-84C Harpoon', 8) UI = SM.GetUnitInterface(unit.unitName) SM.AddToUnitMagazine("Neutral Submarine 1", 'MK-T1', 15) UI.SetSensorState(0, 0) UI.SetSensorState(4, 0) UI.AddTask('AvoidCav', 3.000000, 3) UI.AddTask('Nav', 1.000000, 0) UI.AddNavWaypointAdvanced(0.543000, 0.759308, 0.000000, 0.000000) UI.AddNavWaypointAdvanced(0.588475, 0.749327, 0.000000, 0.000000) UI.SetNavLoopState(1) UI.AddTask('SubBattery', 4.000000, 3) UI.AddTask('SubEvade', 3.000000, 3) BB = UI.GetBlackboardInterface() ############################## ### Alliance 1 goals ############################## goal_temp = SM.DestroyGoal('') goal_temp.AddTarget('USS Seawolf') goal_temp.SetQuantity(1) SM.SetAllianceGoal(1, goal_temp) SM.SetAllianceROEByType(1, 2, 2, 2, 2) ############################## ### Alliance 2 goals ############################## goal_temp = SM.DestroyGoal('') goal_temp.AddTarget('Moskva') goal_temp.SetQuantity(1) goal_2_0 = goal_temp goal_temp = SM.DestroyGoal('') goal_temp.AddTarget('Kerch') goal_temp.AddTarget('Moskva') goal_temp.AddTarget('Pytlivyy') goal_temp.SetQuantity(2) goal_2_1 = goal_temp goal_temp = SM.TimeGoal() goal_temp.SetPassTimeout(0.0) goal_temp.SetFailTimeout(31556926.0) goal_2_2 = goal_temp goal_temp = SM.CompoundGoal(0) goal_temp.AddGoal(goal_2_0) goal_temp.AddGoal(goal_2_1) goal_temp.AddGoal(goal_2_2) SM.SetAllianceGoal(2, goal_temp) SM.SetAllianceROEByType(2, 2, 2, 2, 2) ############################## ### Alliance 3 goals ############################## goal_temp = SM.TimeGoal() goal_temp.SetPassTimeout(61200.0) goal_temp.SetFailTimeout(61200.0) SM.SetAllianceGoal(3, goal_temp) SM.SetAllianceROEByType(3, 2, 2, 2, 2) ############################## ### Overlay Graphics ############################## ############################## ### Randomization Info ############################## SM.SetIncludeProbability('Admiral Chabanenko', 1.000000) SM.AddRandomBox('Admiral Chabanenko', 31.4026, 31.7581, 43.3295, 43.3669) SM.SetIncludeProbability('B-290', 1.000000) SM.AddRandomBox('B-290', -9.5884, -8.2009, 63.7166, 63.7912) SM.SetIncludeProbability('B-319 Komsomolets Chuvashii', 1.000000) SM.AddRandomBox('B-319 Komsomolets Chuvashii', -12.6178, -11.9277, 61.9656, 62.2153) SM.SetIncludeProbability('B-355', 0.500000) SM.AddRandomBox('B-355', -12.3289, -11.6164, 62.3016, 62.5178) SM.SetIncludeProbability('B-380 Gorkovsky Komsomolets', 1.000000) SM.AddRandomBox('B-380 Gorkovsky Komsomolets', 32.2834, 33.0489, 43.6710, 43.9938) SM.SetIncludeProbability('B-871 Alrossa', 1.000000) SM.AddRandomBox('B-871 Alrossa', 31.9861, 32.3177, 43.1599, 43.3017) SM.SetIncludeProbability('HMS Spartan', 1.000000) SM.AddRandomBox('HMS Spartan', -13.1409, -12.7926, 62.2289, 62.3649) SM.AddRandomBox('HMS Spartan', -12.9717, -12.9317, 62.2864, 62.3264) SM.SetIncludeProbability('K-23', 1.000000) SM.AddRandomBox('K-23', -11.2872, -10.2008, 64.2790, 64.5533) SM.SetIncludeProbability('K-239 Karp', 1.000000) SM.AddRandomBox('K-239 Karp', -16.5736, -14.1527, 61.5195, 62.5440) SM.SetIncludeProbability('K-25', 1.000000) SM.AddRandomBox('K-25', -7.2552, -7.1306, 64.2225, 64.6639) SM.SetIncludeProbability('K-284 Akula', 1.000000) SM.AddRandomBox('K-284 Akula', -9.1701, -9.0127, 64.0996, 64.4044) SM.SetIncludeProbability('K-373', 1.000000) SM.AddRandomBox('K-373', -8.6907, -8.0384, 64.6377, 64.8625) SM.SetIncludeProbability('K-495', 1.000000) SM.AddRandomBox('K-495', -11.8708, -11.3250, 62.2400, 62.5022) SM.SetIncludeProbability('K-503', 0.500000) SM.AddRandomBox('K-503', -14.6953, -12.7976, 62.5479, 62.9397) SM.AddRandomBox('K-503', -10.7115, -9.5605, 63.0312, 63.1517) SM.SetIncludeProbability('K-508', 0.500000) SM.AddRandomBox('K-508', -11.8616, -10.0331, 62.0067, 62.4316) SM.SetIncludeProbability('Krasny Krym', 1.000000) SM.AddRandomBox('Krasny Krym', -6.9995, -5.9562, 64.7285, 65.0754) SM.SetIncludeProbability('Neutral AAW Cruiser', 1.000000) SM.AddRandomBox('Neutral AAW Cruiser', -10.6864, -9.9700, 63.2589, 63.6332) SM.SetIncludeProbability('Neutral Sub 1', 1.000000) SM.AddRandomBox('Neutral Sub 1', -9.1526, -8.3007, 63.9355, 64.1581) SM.SetIncludeProbability('Neutral Sub 2', 1.000000) SM.AddRandomBox('Neutral Sub 2', -13.4679, -11.6845, 62.0476, 62.1476) SM.SetIncludeProbability('Slavny', 1.000000) SM.AddRandomBox('Slavny', -11.8902, -11.4992, 64.6134, 64.9101) SM.SetIncludeProbability('USS Bergall', 0.500000) SM.AddRandomBox('USS Bergall', -10.5761, -9.2939, 63.3368, 63.8419) SM.SetIncludeProbability('USS Seahorse', 1.000000) SM.AddRandomBox('USS Seahorse', -10.2092, -9.4574, 63.2602, 63.4337) SM.SetIncludeProbability('USS Seawolf', 1.000000) SM.AddRandomBox('USS Seawolf', 30.6764, 32.3636, 42.1574, 43.0012)

73.841542

2,553

0.640021

10,083

68,968

4.335813

0.089755

0.024658

0.044032

0.058123

0.818976

0.771536

0.735304

0.674573

0.639691

0.625646

0

0.170379

0.148649

68,968

933

2,554

73.920686

0.574188

0.003117

0

0.516129

0

0.048984

0.534083

0.0193

0

1

0.001195

false

0.003584

0

0.004779

0.011947

0

null

0

1

0

1

0

1

0

null

0

5

ada304caff7213a3b3644ba35a753e23a5e6fc93

527

py

Python

test/conftest.py

zbarry/pycudadecon

9259a579a3bb2122a2251beb5b910ba2e5828ad3

[ "MIT" ]

46

2019-03-04T04:54:39.000Z

2022-02-28T04:44:27.000Z

test/conftest.py

zbarry/pycudadecon

9259a579a3bb2122a2251beb5b910ba2e5828ad3

[ "MIT" ]

18

2019-03-08T04:31:23.000Z

2022-02-07T06:43:15.000Z

test/conftest.py

zbarry/pycudadecon

9259a579a3bb2122a2251beb5b910ba2e5828ad3

[ "MIT" ]

9

2019-03-06T03:07:59.000Z

2022-03-11T17:02:21.000Z

from pathlib import Path import pytest from pycudadecon.util import imread DATA = Path(__file__).parent / "test_data" @pytest.fixture(scope="session") def raw_image(): return imread(str(DATA / "im_raw.tif")) @pytest.fixture(scope="session") def deskewed_image(): return imread(str(DATA / "im_deskewed.tif")) @pytest.fixture(scope="session") def decon_image(): return imread(str(DATA / "im_decon.tif")) @pytest.fixture(scope="session") def rotated_image(): return imread(str(DATA / "im_rotated.tif"))

18.821429

48

0.71537

73

527

4.986301

0.342466

0.142857

0.197802

0.274725

0.618132

0.541209

0

0.132827

527

27

49

19.518519

0.796499

0

0.25

0

0.166983

0

1

0.25

false

0

0.1875

0.25

0.6875

0

null

0

1

0

null

0

1

0

1

0

5

addd5aabbf4a527dd25b91c8b776720dcb085430

130

py

Python

transcript_from_youtube.py

LuisAhumada/standup

df7a434d8a55f3015a05dbd4fc1ad06538dcb8c0

[ "MIT" ]

null

transcript_from_youtube.py

LuisAhumada/standup

df7a434d8a55f3015a05dbd4fc1ad06538dcb8c0

[ "MIT" ]

null

transcript_from_youtube.py

LuisAhumada/standup

df7a434d8a55f3015a05dbd4fc1ad06538dcb8c0

[ "MIT" ]

null

version https://git-lfs.github.com/spec/v1 oid sha256:3f824fb1bff4023ddf795c1ceee20fdf5d6440f6318d958f09d51caf43d33e0d size 16168

32.5

75

0.884615

13

130

8.846154

1

0

0.362903

0.046154

130

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76

43.333333

0.564516

0

1

0

null

0

null

0

1

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null

0

1

0

1

0

null

1

0

1

0

5

bc04229de85b8d0ad494f6c5bff5f3c908fcb8b3

89

py

Python

pyhydrotel/__init__.py

mullenkamp/pyhydrotel

e16403b59ce345b37c480f043dcd4b03bb3be05a

[ "Apache-2.0" ]

1

2020-05-08T10:18:55.000Z

pyhydrotel/__init__.py

mullenkamp/pyhydrotel

e16403b59ce345b37c480f043dcd4b03bb3be05a

[ "Apache-2.0" ]

null

pyhydrotel/__init__.py

mullenkamp/pyhydrotel

e16403b59ce345b37c480f043dcd4b03bb3be05a

[ "Apache-2.0" ]

1

2020-09-29T01:22:42.000Z

from pyhydrotel.core import get_sites_mtypes, get_ts_data, get_mtypes, create_site_mtype

44.5

88

0.876404

15

89

4.733333

0.8

0

0.078652

89

1

89

0.865854

0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

bc1103f28a0c6cccd751e278a8e5e4ad8d011b9b

72

py

Python

PATH/stanford_path.py

visionshao/TerminologyExtraction

ff23d7794e8bbfbc6c576fd5d46b37b40a652b67

[ "MIT" ]

1

2021-04-26T21:44:20.000Z

PATH/stanford_path.py

visionshao/TerminologyExtraction

ff23d7794e8bbfbc6c576fd5d46b37b40a652b67

[ "MIT" ]

null

PATH/stanford_path.py

visionshao/TerminologyExtraction

ff23d7794e8bbfbc6c576fd5d46b37b40a652b67

[ "MIT" ]

null

stanford_corenlp = r'D:\Codes\Wos_IE\stanford-corenlp-full-2018-02-27'

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1

0

null

1

0

1

0

1

null

0

5

bc117bfc697dab606cdbcf68e65e72a3d3e7fb73

284

py

Python

BootGridApp/views.py

cs-fullstack-2019-spring/django-bootstrap-grid-cw-Joshtg1104

30bd02aa8d398da01eea7c5a87858f9b118f1328

[ "Apache-2.0" ]

null

BootGridApp/views.py

cs-fullstack-2019-spring/django-bootstrap-grid-cw-Joshtg1104

30bd02aa8d398da01eea7c5a87858f9b118f1328

[ "Apache-2.0" ]

null

BootGridApp/views.py

cs-fullstack-2019-spring/django-bootstrap-grid-cw-Joshtg1104

30bd02aa8d398da01eea7c5a87858f9b118f1328

[ "Apache-2.0" ]

null

from django.shortcuts import render # Create your views here. def index(request): return render(request, "BootGridApp/index.html") def page2(request): return render(request, "BootGridApp/page2.html") def page3(request): return render(request, "BootGridApp/page3.html")

23.666667

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284

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0

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null

0

1

0

null

0

1

0

1

0

5

bc1225d47b08ec115c7523f15d5637db02c93400

233

py

Python

tis_catch_weight/models/res_config_settings.py

guadaltech/jdvp-odoo

e399ecf4c66e15a60a8561edec359e75be08140b

[ "ADSL" ]

null

tis_catch_weight/models/res_config_settings.py

guadaltech/jdvp-odoo

e399ecf4c66e15a60a8561edec359e75be08140b

[ "ADSL" ]

1

2020-04-02T06:39:18.000Z

tis_catch_weight/models/res_config_settings.py

guadaltech/jdvp-odoo

e399ecf4c66e15a60a8561edec359e75be08140b

[ "ADSL" ]

null

from odoo import api, fields, models class ResConfigSettings(models.TransientModel): _inherit = 'res.config.settings' group_catch_weight = fields.Boolean("Catch Weight", implied_group='tis_catch_weight.group_catch_weight')

33.285714

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6.103448

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233

7

108

33.285714

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0

0.282051

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1

0

false

0

0.25

0

1

0

1

0

null

1

0

1

0

null

0

1

0

5

70ae9f056bda2d40375afc027308415004a1e261

99

py

Python

ufdl-core-app/src/ufdl/core_app/migrations/cuda/__init__.py

waikato-ufdl/ufdl-backend

776fc906c61eba6c2f2e6324758e7b8a323e30d7

[ "Apache-2.0" ]

null

ufdl-core-app/src/ufdl/core_app/migrations/cuda/__init__.py

waikato-ufdl/ufdl-backend

776fc906c61eba6c2f2e6324758e7b8a323e30d7

[ "Apache-2.0" ]

85

2020-07-24T00:04:28.000Z

2022-02-10T10:35:15.000Z

ufdl-core-app/src/ufdl/core_app/migrations/cuda/__init__.py

waikato-ufdl/ufdl-backend

776fc906c61eba6c2f2e6324758e7b8a323e30d7

[ "Apache-2.0" ]

null

""" Functions for working with the set of known CUDA versions. """ from ._cuda import iterate_cuda

19.8

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99

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0

0.161616

99

4

59

24.75

0.879518

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0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

70b74fa5a9a92eca9ef6d305ce42a87ec11ea328

3,887

py

Python

tests/unit/p2p/messages/data.py

btclib-org/btclib_node

3e5b2a55195e60e1d30505b52bc1ddd8d51c74cf

[ "MIT" ]

4

2021-01-25T23:39:13.000Z

2021-08-08T06:27:53.000Z

tests/unit/p2p/messages/data.py

btclib-org/btclib_node

3e5b2a55195e60e1d30505b52bc1ddd8d51c74cf

[ "MIT" ]

null

tests/unit/p2p/messages/data.py

btclib-org/btclib_node

3e5b2a55195e60e1d30505b52bc1ddd8d51c74cf

[ "MIT" ]

1

2020-12-18T06:28:18.000Z

from btclib import script from btclib.blocks import Block as BlockData from btclib.blocks import BlockHeader, _generate_merkle_root from btclib.tx import Tx as TxData from btclib.tx import TxIn, TxOut from btclib.tx_in import OutPoint from btclib_node.p2p.messages import get_payload from btclib_node.p2p.messages.data import Block, Blocktxn, Headers, Inv, Tx def test_tx(): tx_in = TxIn( prevout=OutPoint(), scriptSig=script.serialize(["00"]), sequence=0xFFFFFFFF, txinwitness=[], ) tx_out = TxOut( value=50 * 10 ** 8, scriptPubKey=script.serialize(["00"]), ) tx = TxData( version=1, locktime=0, vin=[tx_in], vout=[tx_out], ) msg = Tx(tx) msg_bytes = bytes.fromhex("00" * 4) + msg.serialize() assert msg == Tx.deserialize(get_payload(msg_bytes)[1]) def test_block(): transactions = [] for x in range(10): tx_in = TxIn( prevout=OutPoint(), scriptSig=script.serialize([f"{x}{x}"]), sequence=0xFFFFFFFF, txinwitness=[], ) tx_out = TxOut( value=50 * 10 ** 8, scriptPubKey=script.serialize([f"{x}{x}"]), ) tx = TxData( version=1, locktime=0, vin=[tx_in], vout=[tx_out], ) transactions.append(tx) header = BlockHeader( version=1, previousblockhash="00" * 32, merkleroot="00" * 32, time=1, bits=b"\x23\x00\x00\x01", nonce=1, ) header.merkleroot = _generate_merkle_root(transactions) msg = Block(BlockData(header, transactions)) msg_bytes = bytes.fromhex("00" * 4) + msg.serialize() assert msg == Block.deserialize(get_payload(msg_bytes)[1]) def test_empty_headers(): msg = Headers([]) msg_bytes = bytes.fromhex("00" * 4) + msg.serialize() assert msg == Headers.deserialize(get_payload(msg_bytes)[1]) def test_headers(): headers = [] for x in range(10): headers.append( BlockHeader( version=70015, previousblockhash=f"{x}{x}" * 32, merkleroot="00" * 32, time=1, bits=b"\x23\x00\x00\x01", nonce=1, ) ) msg = Headers(headers) msg_bytes = bytes.fromhex("00" * 4) + msg.serialize() assert msg == Headers.deserialize(get_payload(msg_bytes)[1]) def test_empty_blocktxn(): msg = Blocktxn("00" * 32, []) msg_bytes = bytes.fromhex("00" * 4) + msg.serialize() assert msg == Blocktxn.deserialize(get_payload(msg_bytes)[1]) def test_blocktxn(): transactions = [] for x in range(10): tx_in = TxIn( prevout=OutPoint(), scriptSig=script.serialize([f"{x}{x}"]), sequence=0xFFFFFFFF, txinwitness=[], ) tx_out = TxOut( value=50 * 10 ** 8, scriptPubKey=script.serialize([f"{x}{x}"]), ) tx = TxData( version=1, locktime=0, vin=[tx_in], vout=[tx_out], ) transactions.append(tx) msg = Blocktxn("00" * 32, transactions) msg_bytes = bytes.fromhex("00" * 4) + msg.serialize() assert msg == Blocktxn.deserialize(get_payload(msg_bytes)[1]) def test_empty_inv(): msg = Inv([]) msg_bytes = bytes.fromhex("00" * 4) + msg.serialize() assert msg == Inv.deserialize(get_payload(msg_bytes)[1]) def test_filled_inv(): msg = Inv([(1, "00" * 32)]) msg_bytes = bytes.fromhex("00" * 4) + msg.serialize() assert msg == Inv.deserialize(get_payload(msg_bytes)[1]) def test_invalid_inv(): msg = Inv([(1, "00"), (1, "00")]) msg_bytes = bytes.fromhex("00" * 4) + msg.serialize() assert msg != Inv.deserialize(get_payload(msg_bytes)[1])

27.964029

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3,887

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0.054775

0.08427

0.743914

0.70412

0.664794

0.640449

0

0.047584

0.291742

3,887

138

76

28.166667

0.728296

0

0.571429

1

0

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0.07563

1

0.07563

false

0

0.067227

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0.142857

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null

0

1

0

1

0

1

0

null

0

5

70d440eab0afb6826305284f8d73d72e72ca39da

313

py

Python

whosaidwhat/candidates/models.py

shun-liang/whosaidwhat

66a593abf74f414d05481514887d4cd84cf99d78

[ "MIT" ]

null

whosaidwhat/candidates/models.py

shun-liang/whosaidwhat

66a593abf74f414d05481514887d4cd84cf99d78

[ "MIT" ]

null

whosaidwhat/candidates/models.py

shun-liang/whosaidwhat

66a593abf74f414d05481514887d4cd84cf99d78

[ "MIT" ]

null

from django.db import models class ElectionCandidate(models.Model): name = models.CharField(max_length=255) image_url = models.CharField(blank=True, max_length=255) twitter_username = models.CharField(blank=True, max_length=255) facebook_page_url = models.CharField(blank=True, max_length=255)

31.3

68

0.773163

43

313

5.44186

0.488372

0.25641

0.205128

0.307692

0.487179

0.333333

0

0.043956

0.127796

313

9

69

34.777778

0.813187

0

1

0

false

0

0.166667

0

1

0

null

1

0

1

0

null

0

1

0

5

70d66e5ca3e06e303a666bc69c7d4b036fbf8141

45

py

Python

tests/__init__.py

sonigovi/random_customer

96b702ac2b5ab406c19ad5c5cff028ae4f0a6f60

[ "MIT" ]

null

tests/__init__.py

sonigovi/random_customer

96b702ac2b5ab406c19ad5c5cff028ae4f0a6f60

[ "MIT" ]

null

tests/__init__.py

sonigovi/random_customer

96b702ac2b5ab406c19ad5c5cff028ae4f0a6f60

[ "MIT" ]

null

"""Unit test package for random_customer."""

22.5

44

0.733333

6

45

5.333333

1

0

0.111111

45

1

45

0.8

0.844444

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

5

70e41db6ca153acd788b0ac86ea4e74f49508b58

65

py

Python

example_SetlX_stat_code/stat_python_code/stat_weibull.py

leonmutschke/setlX

a10333405cba3d9d814d7de9e160561bd5fa4f76

[ "BSD-3-Clause" ]

28

2015-01-14T11:12:02.000Z

2022-02-15T21:06:05.000Z

example_SetlX_stat_code/stat_python_code/stat_weibull.py

leonmutschke/setlX

a10333405cba3d9d814d7de9e160561bd5fa4f76

[ "BSD-3-Clause" ]

6

2016-08-01T14:21:37.000Z

2018-06-03T17:15:00.000Z

example_SetlX_stat_code/stat_python_code/stat_weibull.py

leonmutschke/setlX

a10333405cba3d9d814d7de9e160561bd5fa4f76

[ "BSD-3-Clause" ]

18

2015-02-11T21:10:18.000Z

2018-05-02T07:41:41.000Z

from scipy.stats import exponweib print(exponweib.pdf(2,1,3,0,4))

32.5

33

0.784615

13

65

3.923077

0.923077

0

0.081967

0.061538

65

2

34

32.5

0.754098

0

1

0

true

0

0.5

0

0.5

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

cb08c2edbb08c9bbfdacf71e626b762d53387df1

36

py

Python

resources/neurons/kalliopempd/kalliope_new_module_temp_name/__init__.py

lya-corp/lya

04b32f3191072ed21f20b93397015dbfcf9e7bb3

[ "MIT" ]

3

2020-06-19T20:08:54.000Z

2021-06-30T11:25:41.000Z

resources/neurons/kalliopempd/kalliope_new_module_temp_name/__init__.py

flolep2607/Lya

669072b6b80ef493591b28ecc29bebd587913af0

[ "MIT" ]

null

resources/neurons/kalliopempd/kalliope_new_module_temp_name/__init__.py

flolep2607/Lya

669072b6b80ef493591b28ecc29bebd587913af0

[ "MIT" ]

1

2018-04-04T16:10:22.000Z

from kalliopempd import Kalliopempd

18

35

0.888889

4

36

8

0.75

0

0.111111

36

1

36

1

0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

5

cb0961d8d254caebee110b970abdf8813fe93861

474

py

Python

SimGeneral/TrackingAnalysis/python/trackingParticleNumberOfLayersProducer_cff.py

pasmuss/cmssw

566f40c323beef46134485a45ea53349f59ae534

[ "Apache-2.0" ]

null

SimGeneral/TrackingAnalysis/python/trackingParticleNumberOfLayersProducer_cff.py

pasmuss/cmssw

566f40c323beef46134485a45ea53349f59ae534

[ "Apache-2.0" ]

null

SimGeneral/TrackingAnalysis/python/trackingParticleNumberOfLayersProducer_cff.py

pasmuss/cmssw

566f40c323beef46134485a45ea53349f59ae534

[ "Apache-2.0" ]

null

from SimGeneral.TrackingAnalysis.trackingParticleNumberOfLayersProducer_cfi import * from Configuration.Eras.Modifier_fastSim_cff import fastSim fastSim.toModify(trackingParticleNumberOfLayersProducer, simHits=['famosSimHits:TrackerHits']) from Configuration.Eras.Modifier_phase2_tracker_cff import phase2_tracker phase2_tracker.toModify(trackingParticleNumberOfLayersProducer, simHits = ["g4SimHits:TrackerHitsPixelBarrelLowTof", "g4SimHits:TrackerHitsPixelEndcapLowTof"])

79

159

0.894515

39

474

10.666667

0.512821

0.09375

0.100962

0.139423

0

0.010989

0.040084

474

5

160

94.8

0.903297

0

0.21097

0

1

0

true

0

0.6

0

0.6

0

1

null

0

1

0

null

0

1

0

1

0

1

0

5

cb23be59c23de9632ce4447a4552e1068bafa56b

379

py

Python

pal/writer/print_mechanism/none.py

mars-research/pal

5977394cda8750ff5dcb89c2bf193ec1ef4cd137

[ "MIT" ]

26

2020-01-06T23:53:17.000Z

2022-02-01T08:58:21.000Z

pal/writer/print_mechanism/none.py

mars-research/pal

5977394cda8750ff5dcb89c2bf193ec1ef4cd137

[ "MIT" ]

30

2019-11-13T00:55:22.000Z

2022-01-06T08:09:35.000Z

pal/writer/print_mechanism/none.py

mars-research/pal

5977394cda8750ff5dcb89c2bf193ec1ef4cd137

[ "MIT" ]

14

2019-11-15T16:56:22.000Z

2021-12-22T10:14:17.000Z

from pal.writer.print_mechanism.print_mechanism import PrintMechanismWriter class NonePrintMechanismWriter(PrintMechanismWriter): def declare_print_mechanism_dependencies(self, outfile, register): pass def print_value_as_register(self, outfile, register, value): pass def print_value_as_field(self, outfile, register, field, value): pass

27.071429

75

0.765172

42

379

6.642857

0.452381

0.150538

0.204301

0.121864

0.136201

0

0.171504

379

13

76

29.153846

0.888535

0

0.375

0

1

0.375

false

0.375

0.125

0

0.625

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null

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1

0

null

0

1

0

1

0

1

0

5

cb4cd4772a24dc51c1592126451aeaf9599d0240

13,971

py

Python

appengine/findit/handlers/test/check_reverted_cls_test.py

allaparthi/monorail

e18645fc1b952a5a6ff5f06e0c740d75f1904473

[ "BSD-3-Clause" ]

2

2021-04-13T21:22:18.000Z

2021-09-07T02:11:57.000Z

appengine/findit/handlers/test/check_reverted_cls_test.py

allaparthi/monorail

e18645fc1b952a5a6ff5f06e0c740d75f1904473

[ "BSD-3-Clause" ]

16

2020-09-07T11:55:09.000Z

2022-03-02T05:47:58.000Z

appengine/findit/handlers/test/check_reverted_cls_test.py

allaparthi/monorail

e18645fc1b952a5a6ff5f06e0c740d75f1904473

[ "BSD-3-Clause" ]

null

# Copyright 2017 The Chromium Authors. All rights reserved. # Use of this source code is governed by a BSD-style license that can be # found in the LICENSE file. from datetime import datetime import mock import webapp2 from common import constants from handlers import check_reverted_cls from infra_api_clients.codereview import cl_info from infra_api_clients.codereview import codereview_util from infra_api_clients.codereview.gerrit import Gerrit from libs import time_util from model import revert_cl_status from model.base_suspected_cl import RevertCL from model.wf_suspected_cl import WfSuspectedCL from services import git from waterfall.test import wf_testcase _MOCKED_FINDIT_REVERTING_CL = cl_info.ClInfo('codereview.chromium.org', '456') _MOCKED_FINDIT_REVERTING_CL.commits = [ cl_info.Commit('1001', 'e5f6a7b8', [], datetime(2017, 3, 15, 1, 10)) ] _MOCKED_FINDIT_REVERTING_CL.commit_attempts = { '1001': cl_info.CommitAttempt('1001', 'sheriff@chromium.org', datetime(2017, 3, 15, 0, 7)), } _MOCKED_FINDIT_REVERTED_CL_INFO = cl_info.ClInfo('codereview.chromium.org', '123') _MOCKED_FINDIT_REVERTED_CL_INFO.commits = [ cl_info.Commit('1000', 'a1b2c3d4', [], 1) ] _MOCKED_FINDIT_REVERTED_CL_INFO.reverts = [ cl_info.Revert('1000', _MOCKED_FINDIT_REVERTING_CL, constants.DEFAULT_SERVICE_ACCOUNT, datetime( 2017, 3, 15, 1, 9)) ] _MOCKED_SHERIFF_REVERTING_CL = cl_info.ClInfo('codereview.chromium.org', '456') _MOCKED_SHERIFF_REVERTING_CL.commits = [ cl_info.Commit('1001', 'e5f6a7b8', [], datetime(2017, 3, 15, 0, 8)) ] _MOCKED_SHERIFF_REVERTING_CL.commit_attempts = { '1001': cl_info.CommitAttempt('1001', 'sheriff@chromium.org', datetime(2017, 3, 15, 0, 7)), } _MOCKED_SHERIFF_REVERTED_CL_INFO = cl_info.ClInfo('codereview.chromium.org', '123') _MOCKED_SHERIFF_REVERTED_CL_INFO.commits = [ cl_info.Commit('1000', 'a1b2c3d4', [], 1) ] _MOCKED_SHERIFF_REVERTED_CL_INFO.reverts = [ cl_info.Revert('1000', _MOCKED_SHERIFF_REVERTING_CL, 'sheriff@chromium.org', datetime(2017, 3, 15, 1, 7)), cl_info.Revert('1000', _MOCKED_FINDIT_REVERTING_CL, constants.DEFAULT_SERVICE_ACCOUNT, datetime( 2017, 3, 15, 1, 9)) ] # Findit slower. _MOCKED_SHERIFF_FAST_REVERTING_CL = cl_info.ClInfo('codereview.chromium.org', '456') _MOCKED_SHERIFF_FAST_REVERTING_CL.commits = [ cl_info.Commit('1001', 'e5f6a7b8', [], datetime(2017, 3, 15, 0, 8)) ] _MOCKED_SHERIFF_FAST_REVERTED_CL_INFO = cl_info.ClInfo( 'codereview.chromium.org', '123') _MOCKED_SHERIFF_FAST_REVERTED_CL_INFO.commits = [ cl_info.Commit('1000', 'a1b2c3d4', [], 1) ] _MOCKED_SHERIFF_FAST_REVERTED_CL_INFO.reverts = [ cl_info.Revert('1000', _MOCKED_SHERIFF_REVERTING_CL, 'sheriff@chromium.org', datetime(2017, 3, 15, 1, 7)) ] _MOCKED_FINDIT_FALSE_POSITIVE_REVERT_CL = cl_info.ClInfo( 'codereview.chromium.org', '456') _MOCKED_FINDIT_FALSE_POSITIVE_REVERT_CL.commits = [] # Never committed. _MOCKED_FINDIT_FALSE_POSITIVE_CL_INFO = cl_info.ClInfo( 'codereview.chromium.org', '123') _MOCKED_FINDIT_FALSE_POSITIVE_CL_INFO.commits = [ cl_info.Commit('1000', 'a1b2c3d4', [], 1) ] _MOCKED_FINDIT_FALSE_POSITIVE_CL_INFO.reverts = [ cl_info.Revert('1000', _MOCKED_FINDIT_FALSE_POSITIVE_REVERT_CL, constants.DEFAULT_SERVICE_ACCOUNT, datetime( 2017, 3, 15, 1, 9)) ] class CheckRevertedCLsTest(wf_testcase.WaterfallTestCase): app_module = webapp2.WSGIApplication( [ ('/check-reverted-cls', check_reverted_cls.CheckRevertedCLs), ], debug=True, ) def testUpdateSuspectedCLBailOut(self): suspected_cl = WfSuspectedCL.Create('chromium', 'a1b2c3d4', 1) suspected_cl.sheriff_action_time = datetime(2017, 4, 6, 0, 0) check_reverted_cls._UpdateSuspectedCL(suspected_cl, datetime(2017, 4, 6, 0, 1)) self.assertEqual( datetime(2017, 4, 6, 0, 0), suspected_cl.sheriff_action_time) def testCheckRevertStatusOfSuspectedCLNoRevert(self): suspected_cl = WfSuspectedCL.Create('chromium', 'a1b2c3d4', 1) self.assertEqual( (False, None, None), check_reverted_cls._CheckRevertStatusOfSuspectedCL(suspected_cl)) @mock.patch.object(codereview_util, 'IsCodeReviewGerrit', return_value=False) @mock.patch.object(git, 'GetCodeReviewInfoForACommit') def testCheckRevertStatusOfSuspectedCLRevertedNoCodeReview(self, mock_fn, _): mock_fn.return_value = { 'commit_position': 1, 'code_review_url': 'badhost.org/123', 'review_server_host': 'badhost.org/123', 'review_change_id': '123' } suspected_cl = WfSuspectedCL.Create('chromium', 'a1b2c3d4', 1) suspected_cl.revert_cl = RevertCL() self.assertEqual( (None, None, None), check_reverted_cls._CheckRevertStatusOfSuspectedCL(suspected_cl)) @mock.patch.object(codereview_util, 'IsCodeReviewGerrit', return_value=True) @mock.patch.object(Gerrit, 'GetClDetails', return_value=None) @mock.patch.object(git, 'GetCodeReviewInfoForACommit') def testCheckRevertStatusOfSuspectedCLNoClDetails(self, mock_fn, *_): mock_fn.return_value = { 'commit_position': 1, 'code_review_url': 'codereview.chromium.org/123', 'review_server_host': 'codereview.chromium.org', 'review_change_id': '123' } suspected_cl = WfSuspectedCL.Create('chromium', 'a1b2c3d4', 1) suspected_cl.should_be_reverted = True self.assertEqual( (None, 'https://codereview.chromium.org/q/123', None), check_reverted_cls._CheckRevertStatusOfSuspectedCL(suspected_cl)) @mock.patch.object(codereview_util, 'IsCodeReviewGerrit', return_value=True) @mock.patch.object( Gerrit, 'GetClDetails', return_value=_MOCKED_SHERIFF_FAST_REVERTED_CL_INFO) @mock.patch( 'infra_api_clients.codereview.cl_info.ClInfo.GetRevertCLsByRevision', mock.Mock(return_value=None)) @mock.patch.object(git, 'GetCodeReviewInfoForACommit') def testCheckRevertStatusOfSuspectedCLNoRevertCLsByRevision(self, mock_f, *_): mock_f.return_value = { 'commit_position': 1, 'code_review_url': 'codereview.chromium.org/123', 'review_server_host': 'codereview.chromium.org', 'review_change_id': '123' } suspected_cl = WfSuspectedCL.Create('chromium', 'a1b2c3d4', 1) suspected_cl.should_be_reverted = True self.assertEqual( (None, 'https://codereview.chromium.org/q/123', None), check_reverted_cls._CheckRevertStatusOfSuspectedCL(suspected_cl)) @mock.patch.object(codereview_util, 'IsCodeReviewGerrit', return_value=True) @mock.patch.object( Gerrit, 'GetClDetails', return_value=_MOCKED_FINDIT_REVERTED_CL_INFO) @mock.patch.object(git, 'GetCodeReviewInfoForACommit') def testCheckRevertStatusOfSuspectedCLReverted(self, mock_fn, *_): mock_fn.return_value = { 'commit_position': 1, 'code_review_url': 'codereview.chromium.org/q/123', 'review_server_host': 'codereview.chromium.org', 'review_change_id': '123' } suspected_cl = WfSuspectedCL.Create('chromium', 'a1b2c3d4', 1) suspected_cl.revert_cl = RevertCL() result = check_reverted_cls._CheckRevertStatusOfSuspectedCL(suspected_cl) self.assertTrue(result[0]) self.assertEqual(result[1], 'https://codereview.chromium.org/q/123') self.assertEqual(result[2], revert_cl_status.COMMITTED) self.assertEqual(revert_cl_status.COMMITTED, suspected_cl.revert_cl.status) @mock.patch.object(codereview_util, 'IsCodeReviewGerrit', return_value=True) @mock.patch.object( Gerrit, 'GetClDetails', return_value=_MOCKED_SHERIFF_REVERTED_CL_INFO) @mock.patch.object(git, 'GetCodeReviewInfoForACommit') def testCheckRevertStatusOfSuspectedCLSheriffIgnored(self, mock_fn, *_): mock_fn.return_value = { 'commit_position': 1, 'code_review_url': 'codereview.chromium.org/123', 'review_server_host': 'codereview.chromium.org', 'review_change_id': '123' } suspected_cl = WfSuspectedCL.Create('chromium', 'a1b2c3d4', 1) suspected_cl.revert_cl = RevertCL() check_reverted_cls._CheckRevertStatusOfSuspectedCL(suspected_cl) self.assertEqual(revert_cl_status.DUPLICATE, suspected_cl.revert_cl.status) @mock.patch.object(codereview_util, 'IsCodeReviewGerrit', return_value=True) @mock.patch.object( Gerrit, 'GetClDetails', return_value=_MOCKED_SHERIFF_FAST_REVERTED_CL_INFO) @mock.patch.object(git, 'GetCodeReviewInfoForACommit') def testCheckRevertStatusOfSuspectedCLSheriffMuchFaster(self, mock_fn, *_): mock_fn.return_value = { 'commit_position': 1, 'code_review_url': 'codereview.chromium.org/123', 'review_server_host': 'codereview.chromium.org', 'review_change_id': '123' } suspected_cl = WfSuspectedCL.Create('chromium', 'a1b2c3d4', 1) suspected_cl.should_be_reverted = True check_reverted_cls._CheckRevertStatusOfSuspectedCL(suspected_cl) self.assertEqual( datetime(2017, 3, 15, 1, 7), suspected_cl.sheriff_action_time) @mock.patch.object(codereview_util, 'IsCodeReviewGerrit', return_value=True) @mock.patch.object( Gerrit, 'GetClDetails', return_value=_MOCKED_FINDIT_FALSE_POSITIVE_CL_INFO) @mock.patch.object(git, 'GetCodeReviewInfoForACommit') def testCheckRevertStatusOfSuspectedCLFalsePositive(self, mock_fn, *_): mock_fn.return_value = { 'commit_position': 1, 'code_review_url': 'codereview.chromium.org/123', 'review_server_host': 'codereview.chromium.org', 'review_change_id': '123' } suspected_cl = WfSuspectedCL.Create('chromium', 'a1b2c3d4', 1) suspected_cl.revert_cl = RevertCL() check_reverted_cls._CheckRevertStatusOfSuspectedCL(suspected_cl) self.assertEqual(revert_cl_status.FALSE_POSITIVE, suspected_cl.revert_cl.status) @mock.patch.object( check_reverted_cls, '_CheckRevertStatusOfSuspectedCL', return_value=(True, 'https://codereview.chromium.org/q/123/', revert_cl_status.COMMITTED)) def testGetRevertCLData(self, _): start_date = datetime(2017, 4, 4, 0, 0) end_date = datetime(2017, 4, 6, 0, 0) suspected_cl = WfSuspectedCL.Create('chromium', 'a1b2c3d4', 1) suspected_cl.identified_time = start_date suspected_cl.cr_notification_time = datetime(2017, 4, 5, 0, 0) suspected_cl.put() self.assertEqual({ 'start_date': '2017-04-04 00:00:00 UTC', 'end_date': '2017-04-06 00:00:00 UTC', 'processed': [{ 'cr_notification_time': '2017-04-05 00:00:00 UTC', 'outcome': 'committed', 'url': 'https://codereview.chromium.org/q/123/', }], 'undetermined': [] }, check_reverted_cls._GetRevertCLData(start_date, end_date)) @mock.patch.object( check_reverted_cls, '_CheckRevertStatusOfSuspectedCL', return_value=(None, 'https://codereview.chromium.org/123/', None)) def testGetRevertCLDataFailedToDetermine(self, _): start_date = datetime(2017, 4, 4, 0, 0) end_date = datetime(2017, 4, 6, 0, 0) suspected_cl = WfSuspectedCL.Create('chromium', 'a1b2c3d4', 1) suspected_cl.identified_time = start_date suspected_cl.cr_notification_time = datetime(2017, 4, 5, 0, 0) suspected_cl.put() self.assertEqual({ 'start_date': '2017-04-04 00:00:00 UTC', 'end_date': '2017-04-06 00:00:00 UTC', 'undetermined': [{ 'cr_notification_time': '2017-04-05 00:00:00 UTC', 'url': 'https://codereview.chromium.org/123/', 'outcome': None, }], 'processed': [] }, check_reverted_cls._GetRevertCLData(start_date, end_date)) @mock.patch.object( time_util, 'GetMostRecentUTCMidnight', return_value=datetime(2017, 4, 16, 0, 0, 0)) def testGetNoStartEndDates(self, _): response = self.test_app.get( '/check-reverted-cls', params={'format': 'json'}, headers={'X-AppEngine-Cron': 'true'}, ) self.assertEquals(response.status_int, 200) expected_response = { 'start_date': '2017-04-14 00:00:00 UTC', 'end_date': '2017-04-15 00:00:00 UTC', 'processed': [], 'undetermined': [] } self.assertEquals(expected_response, response.json_body) @mock.patch.object( time_util, 'GetMostRecentUTCMidnight', return_value=datetime(2017, 4, 16, 0, 0, 0)) @mock.patch.object( check_reverted_cls, '_GetRevertCLData', return_value={ 'start_date': '2017-04-08 00:00:00 UTC', 'end_date': '2017-04-16 00:00:00 UTC', 'processed': [{ 'cr_notification_time': '2017-04-15 00:00:01 UTC', 'outcome': 'reverted', 'url': 'url' }], 'undetermined': [] }) def testGet(self, *_): response = self.test_app.get( '/check-reverted-cls?start_date=2017-04-08&end_date=2017-04-16', params={'format': 'json'}, headers={'X-AppEngine-Cron': 'true'}, ) self.assertEquals(response.status_int, 200) expected_response = { 'start_date': '2017-04-08 00:00:00 UTC', 'end_date': '2017-04-16 00:00:00 UTC', 'processed': [{ 'cr_notification_time': '2017-04-15 00:00:01 UTC', 'outcome': 'reverted', 'url': 'url' }], 'undetermined': [] } self.assertEquals(expected_response, response.json_body)

38.06812

80

0.67633

1,594

13,971

5.624843

0.117315

0.027437

0.063239

0.012046

0.818648

0.783739

0.737006

0.730203

0.689717

0.62157

0

0.059788

0.201489

13,971

366

81

38.172131

0.743905

0.013385

0

0.597523

0

0.003096

0.221367

0.066192

0

0.055728

1

0.040248

false

0

0.043344

0

0.089783

0

null

0

1

0

1

0

null

0

5

cb538a00c789fa0c2039ce9a94f7841b878e7908

258

py

Python

admin_servers/models.py

Frieda0315/404

27c2c5bd804d4582192320138c3457592067943f

[ "Apache-2.0" ]

3

2021-09-15T04:02:59.000Z

2021-11-03T07:18:35.000Z

admin_servers/models.py

Frieda0315/404

27c2c5bd804d4582192320138c3457592067943f

[ "Apache-2.0" ]

36

2021-09-22T05:28:14.000Z

2021-12-05T18:10:08.000Z

admin_servers/models.py

Frieda0315/404

27c2c5bd804d4582192320138c3457592067943f

[ "Apache-2.0" ]

2

2021-09-15T04:17:54.000Z

2022-01-11T17:13:51.000Z

from django.db import models # Create your models here. class Node(models.Model): url = models.CharField(primary_key=True,unique=True,max_length=180) user_name = models.CharField(max_length=120) password = models.CharField(max_length=120)

21.5

71

0.748062

37

258

5.081081

0.648649

0.239362

0.191489

0.255319

0.287234

0

0.041096

0.151163

258

12

72

21.5

0.817352

0.093023

0

1

0

false

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0

null

1

0

null

0

1

0

1

0

5

cb5978a9d34eace8977026d03e4e45ddbd40fbdb

107

py

Python

practice_atcoder/abs/product.py

powerpenguincat/practice-atcoder

6c656d0ebe3fc12d7df50112af2ef5c946bbaf46

[ "MIT" ]

null

practice_atcoder/abs/product.py

powerpenguincat/practice-atcoder

6c656d0ebe3fc12d7df50112af2ef5c946bbaf46

[ "MIT" ]

null

practice_atcoder/abs/product.py

powerpenguincat/practice-atcoder

6c656d0ebe3fc12d7df50112af2ef5c946bbaf46

[ "MIT" ]

null

def question(ab): exa, exb = map(int, ab.split()) return "Odd" if exa * exb % 2 == 1 else "Even"

17.833333

50

0.551402

18

107

3.277778

0.833333

0.20339

0

0.025641

0.271028

107

5

51

21.4

0.730769

0

0.066038

0

1

0.333333

false

0

0.666667

0

1

0

null

1

0

1

0

null

0

1

0

1

0

5

cb9fe7597bda0efb393d23609c23c263b1f57c72

103

py

Python

presentations/admin.py

kofakira/website-fk

2d44a65dd32959a768f0f9d7dc826d193e78bfb6

[ "WTFPL" ]

1

2020-02-07T17:38:14.000Z

presentations/admin.py

kofakira/website-fk

2d44a65dd32959a768f0f9d7dc826d193e78bfb6

[ "WTFPL" ]

null

presentations/admin.py

kofakira/website-fk

2d44a65dd32959a768f0f9d7dc826d193e78bfb6

[ "WTFPL" ]

null

from django.contrib import admin from .models import Presentation admin.site.register(Presentation)

14.714286

33

0.825243

13

103

6.538462

0.692308

0

0.116505

103

6

34

17.166667

0.934066

0

1

0

true

0

0.666667

0

0.666667

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

cbae14598ff37341c35e8b8adca1f3938cba890e

239

py

Python

corehq/apps/hqadmin/tasks.py

johan--/commcare-hq

86ee99c54f55ee94e4c8f2f6f30fc44e10e69ebd

[ "BSD-3-Clause" ]

null

corehq/apps/hqadmin/tasks.py

johan--/commcare-hq

86ee99c54f55ee94e4c8f2f6f30fc44e10e69ebd

[ "BSD-3-Clause" ]

1

2022-03-12T01:03:25.000Z

corehq/apps/hqadmin/tasks.py

johan--/commcare-hq

86ee99c54f55ee94e4c8f2f6f30fc44e10e69ebd

[ "BSD-3-Clause" ]

null

from celery.schedules import crontab from celery.task.base import periodic_task from .utils import pillow_seq_store @periodic_task(run_every=crontab(hour=0), queue='background_queue') def pillow_seq_store_task(): pillow_seq_store()

23.9

67

0.8159

36

239

5.111111

0.527778

0.146739

0.228261

0

0.004651

0.100418

239

9

68

26.555556

0.851163

0

0.066946

0

1

0.166667

true

0

0.5

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0.666667

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null

0

1

0

1

0

null

0

1

0

1

0

1

0

5

1dd88083c7811c9ecb4d47ce01a4dd0e737e91f0

290

py

Python

Packet.py

FernandoKtatal/Redes

d823e5362e11251b98979fe74a459d30900cb97b

[ "MIT" ]

null

Packet.py

FernandoKtatal/Redes

d823e5362e11251b98979fe74a459d30900cb97b

[ "MIT" ]

null

Packet.py

FernandoKtatal/Redes

d823e5362e11251b98979fe74a459d30900cb97b

[ "MIT" ]

null

class Packet(object): def __init__(self, ip_origin, ip_destination, data): self.ip_origin = ip_origin self.ip_destination = ip_destination self.data = data def __str__(self): return '{0}{1}{2}'.format(self.ip_origin, self.ip_destination, self.data)

36.25

81

0.665517

40

290

4.425

0.4

0.169492

0.20339

0.158192

0.282486

0

0.013216

0.217241

290

8

81

36.25

0.76652

0

0.030928

0

1

0.285714

false

0

0.142857

0.571429

0

null

0

1

0

1

0

null

0

1

0

1

0

5

1df382c4dacc1773d9561532ea4919f030fc236b

2,516

py

Python

setup.py

WRY-learning/k3stopwatch

8b2d041480cbb5f153796404bbeb19dde2cd1a99

[ "MIT" ]

null

setup.py

WRY-learning/k3stopwatch

8b2d041480cbb5f153796404bbeb19dde2cd1a99

[ "MIT" ]

2

2021-10-16T11:39:53.000Z

2022-03-23T07:02:27.000Z

setup.py

WRY-learning/k3stopwatch

8b2d041480cbb5f153796404bbeb19dde2cd1a99

[ "MIT" ]

1

2021-08-20T07:35:49.000Z

# DO NOT EDIT!!! built with `python _building/build_setup.py` import setuptools setuptools.setup( name="k3stopwatch", packages=["k3stopwatch"], version="0.1.1", license='MIT', description='StopWatch - library for adding timers and tags in your code for performance monitoring', long_description='# k3stopwatch\n\n[![Action-CI](https://github.com/pykit3/k3stopwatch/actions/workflows/python-package.yml/badge.svg)](https://github.com/pykit3/k3stopwatch/actions/workflows/python-package.yml)\n[![Build Status](https://travis-ci.com/pykit3/k3stopwatch.svg?branch=master)](https://travis-ci.com/pykit3/k3stopwatch)\n[![Documentation Status](https://readthedocs.org/projects/k3stopwatch/badge/?version=stable)](https://k3stopwatch.readthedocs.io/en/stable/?badge=stable)\n[![Package](https://img.shields.io/pypi/pyversions/k3stopwatch)](https://pypi.org/project/k3stopwatch)\n\nStopWatch - library for adding timers and tags in your code for performance monitoring\n\nk3stopwatch is a component of [pykit3] project: a python3 toolkit set.\n\n\nStopWatch operates on a notion of "spans" which represent scopes of code for which we\nwant to measure timing. Spans can be nested and placed inside loops for aggregation.\n\nStopWatch requires a root scope which upon completion signifies the end of the round\nof measurements. On a server, you might use a single request as your root scope.\n\nStopWatch produces two kinds of reports.\n1) Aggregated (see _reported_values).\n2) Non-aggregated or "tracing" (see _reported_traces).\n\n\n\n# Install\n\n```\npip install k3stopwatch\n```\n\n# Synopsis\n\n```python\n\nimport k3stopwatch\nsw = k3stopwatch.StopWatch()\n\nwith sw.timer(\'rwoot\'):\n for i in range(50):\n with sw.timer(\'inner_task\'):\n print("do_inner_task(i)")\n\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/k3stopwatch', keywords=['python', 'stopwatch'], python_requires='>=3.0', install_requires=['k3ut>=0.1.15,<0.2'], classifiers=[ 'Development Status :: 4 - Beta', 'Intended Audience :: Developers', 'Topic :: Software Development :: Libraries', ] + ['Programming Language :: Python :: 3'], )

104.833333

1,733

0.72496

365

2,516

4.953425

0.476712

0.016593

0.009956

0.044248

0.21958

0.202434

0.165929

0.139381

0

0.021238

0.120429

2,516

23

1,734

109.391304

0.795752

0.02345

0

1

0.095238

0.837882

0.112831

0

1

0

true

0

0.095238

0

0.095238

0.047619

0

null

0

1

0

1

0

1

0

null

0

1

0

5

3807d8e7fcd01dda3ebca6d60fadf1af1ec8adcf

428

py

Python

linguine/untokenize.py

ritlinguine/linguine-python

5dee96dea64523d673ae1efc88d50e9309f4dd5e

[ "MIT" ]

1

2018-11-26T18:01:32.000Z

linguine/untokenize.py

ritlinguine/linguine-python

5dee96dea64523d673ae1efc88d50e9309f4dd5e

[ "MIT" ]

null

linguine/untokenize.py

ritlinguine/linguine-python

5dee96dea64523d673ae1efc88d50e9309f4dd5e

[ "MIT" ]

1

2018-11-26T18:01:33.000Z

import string def untokenize(tokens): # Joins all tokens in the list into a single string. # If a token doesn't start with an apostrophe and isn't a punctuation mark, add a space in front of it before joining. # Then strip the total string so that leading spaces and trailing spaces are removed. return "".join([" " + i if not i.startswith("'") and i not in string.punctuation else i for i in tokens]).strip()

47.555556

122

0.714953

73

428

4.191781

0.671233

0

0.21028

428

8

123

53.5

0.905325

0.586449

0

0.011561

0

1

0.333333

false

0

0.333333

1

0

null

0

1

0

null

0

1

0

1

0

5

3818f1213da95efb8426fe36884b06b0debee722

4,826

py

Python

app/rvp.py

tanansatpal/CollegePredictor

5435b8877c2738d7f52b5099900364c69d6c8da5

[ "MIT" ]

null

app/rvp.py

tanansatpal/CollegePredictor

5435b8877c2738d7f52b5099900364c69d6c8da5

[ "MIT" ]

null

app/rvp.py

tanansatpal/CollegePredictor

5435b8877c2738d7f52b5099900364c69d6c8da5

[ "MIT" ]

null

def pvr(perc,pwd,category): import pandas as pd import numpy as np from sklearn.model_selection import train_test_split from sklearn.linear_model import LinearRegression rvp=pd.read_csv('rvp_cleaned.csv') rvp_g=rvp[rvp['CATEGORY']=='GEN'] rvp_gp=rvp[rvp['CATEGORY']=='GEN-PwD'] rvp_e=rvp[rvp['CATEGORY']=='EWS'] rvp_ep=rvp[rvp['CATEGORY']=='EWS-PwD'] rvp_sc=rvp[rvp['CATEGORY']=='SC'] rvp_scp=rvp[rvp['CATEGORY']=='SC-PwD'] rvp_st=rvp[rvp['CATEGORY']=='ST'] rvp_stp=rvp[rvp['CATEGORY']=='ST-PwD'] rvp_ob=rvp[rvp['CATEGORY']=='OBC-NCL'] rvp_obp=rvp[rvp['CATEGORY']=='OBC-NCL-PwD'] if(pwd=='YES'): if(category=='GEN'): X=rvp_gp['PERCENTILE'].values.reshape(-1,1) y=rvp_gp['RANK'].values.reshape(-1,1) X_train, X_test, y_train, y_test = train_test_split(X, y, test_size=0.2, random_state=0) regressor = LinearRegression() regressor.fit(X_train, y_train) x=pd.Series([perc]) z=regressor.predict(x.values.reshape(-1,1)) elif(category=='SC'): X=rvp_scp['PERCENTILE'].values.reshape(-1,1) y=rvp_scp['RANK'].values.reshape(-1,1) X_train, X_test, y_train, y_test = train_test_split(X, y, test_size=0.2, random_state=0) regressor = LinearRegression() regressor.fit(X_train, y_train) x=pd.Series([perc]) z=regressor.predict(x.values.reshape(-1,1)) elif(category=='ST'): X=rvp_stp['PERCENTILE'].values.reshape(-1,1) y=rvp_stp['RANK'].values.reshape(-1,1) X_train, X_test, y_train, y_test = train_test_split(X, y, test_size=0.2, random_state=0) regressor = LinearRegression() regressor.fit(X_train, y_train) x=pd.Series([perc]) z=regressor.predict(x.values.reshape(-1,1)) elif(category=='EWS'): X=rvp_ep['PERCENTILE'].values.reshape(-1,1) y=rvp_ep['RANK'].values.reshape(-1,1) X_train, X_test, y_train, y_test = train_test_split(X, y, test_size=0.2, random_state=0) regressor = LinearRegression() regressor.fit(X_train, y_train) x=pd.Series([perc]) z=regressor.predict(x.values.reshape(-1,1)) else: X=rvp_obp['PERCENTILE'].values.reshape(-1,1) y=rvp_obp['RANK'].values.reshape(-1,1) X_train, X_test, y_train, y_test = train_test_split(X, y, test_size=0.2, random_state=0) regressor = LinearRegression() regressor.fit(X_train, y_train) x=pd.Series([perc]) z=regressor.predict(x.values.reshape(-1,1)) else: if(category=='GEN'): X=rvp_g['PERCENTILE'].values.reshape(-1,1) y=rvp_g['RANK'].values.reshape(-1,1) X_train, X_test, y_train, y_test = train_test_split(X, y, test_size=0.2, random_state=0) regressor = LinearRegression() regressor.fit(X_train, y_train) x=pd.Series([perc]) z=regressor.predict(x.values.reshape(-1,1)) elif(category=='SC'): X=rvp_sc['PERCENTILE'].values.reshape(-1,1) y=rvp_sc['RANK'].values.reshape(-1,1) X_train, X_test, y_train, y_test = train_test_split(X, y, test_size=0.2, random_state=0) regressor = LinearRegression() regressor.fit(X_train, y_train) x=pd.Series([perc]) z=regressor.predict(x.values.reshape(-1,1)) elif(category=='ST'): X=rvp_st['PERCENTILE'].values.reshape(-1,1) y=rvp_st['RANK'].values.reshape(-1,1) X_train, X_test, y_train, y_test = train_test_split(X, y, test_size=0.2, random_state=0) regressor = LinearRegression() regressor.fit(X_train, y_train) x=pd.Series([perc]) z=regressor.predict(x.values.reshape(-1,1)) elif(category=='EWS'): X=rvp_e['PERCENTILE'].values.reshape(-1,1) y=rvp_e['RANK'].values.reshape(-1,1) X_train, X_test, y_train, y_test = train_test_split(X, y, test_size=0.2, random_state=0) regressor = LinearRegression() regressor.fit(X_train, y_train) x=pd.Series([perc]) z=regressor.predict(x.values.reshape(-1,1)) else: X=rvp_ob['PERCENTILE'].values.reshape(-1,1) y=rvp_ob['RANK'].values.reshape(-1,1) X_train, X_test, y_train, y_test = train_test_split(X, y, test_size=0.2, random_state=0) regressor = LinearRegression() regressor.fit(X_train, y_train) x=pd.Series([perc]) z=regressor.predict(x.values.reshape(-1,1)) k=float(np.round(z)) if(k<=0): k=15 return k

46.403846

100

0.582677

703

4,826

3.806543

0.091038

0.14574

0.156951

0.168161

0.834828

0.807175

0.698804

0

0.025898

0.255906

4,826

103

101

46.854369

0.719298

0

0.598039

0

0.06465

0

1

0.009804

false

0

0.039216

0

0.058824

0

null

0

1

0

1

0

null

0

5

381f1565d1f90275e7e8e9607f8c3172d88c2dfc

163

py

Python

update.py

connornishijima/electropi2

df1d21021adcac9ed8fac626d5f5b2dc6963d81a

[ "MIT" ]

null

update.py

connornishijima/electropi2

df1d21021adcac9ed8fac626d5f5b2dc6963d81a

[ "MIT" ]

null

update.py

connornishijima/electropi2

df1d21021adcac9ed8fac626d5f5b2dc6963d81a

[ "MIT" ]

null

import os print "Enter commit message:" commit = raw_input(); os.system("git add *") os.system("git commit -m '"+commit+"'") os.system("git push origin master")

18.111111

39

0.680982

25

163

4.4

0.6

0.218182

0.3

0

0.134969

163

8

40

20.375

0.780142

0

0.417178

0

null

0

0.166667

null

0.166667

1

0

null

1

0

1

0

null

0

1

0

5

382c3ddf8c3ba8de69d210879347121831b66e27

181

py

Python

app/helpers.py

Simobergius/starter-snake-python

d9ad718c78389125be679938fa362d73b19a1084

[ "MIT" ]

null

app/helpers.py

Simobergius/starter-snake-python

d9ad718c78389125be679938fa362d73b19a1084

[ "MIT" ]

null

app/helpers.py

Simobergius/starter-snake-python

d9ad718c78389125be679938fa362d73b19a1084

[ "MIT" ]

null

import point dirs_matrices = {'up': point.point(0,-1), 'down': point.point(0,1), 'left': point.point(-1,0), 'right': point.point(1,0)} basic_dirs = ['up', 'down', 'left', 'right']

36.2

121

0.618785

30

181

3.666667

0.366667

0.363636

0.2

0.218182

0

0.049383

0.104972

181

5

122

36.2

0.62963

0

0.164835

0

1

0

false

0

0.333333

0

0.333333

0

null

1

0

1

0

null

0

1

0

5

3847636ff421aa51bb16fb63c859b116ee75e515

85

py

Python

web-server/quiz/admin.py

ApLight/groenlandicus

61d230d2b1de0674424c2ea00d2d256f7a68db2e

[ "MIT" ]

null

web-server/quiz/admin.py

ApLight/groenlandicus

61d230d2b1de0674424c2ea00d2d256f7a68db2e

[ "MIT" ]

14

2018-09-01T07:41:10.000Z

2018-09-01T19:41:11.000Z

web-server/quiz/admin.py

ApLight/groenlandicus

61d230d2b1de0674424c2ea00d2d256f7a68db2e

[ "MIT" ]

null

from django.contrib import admin from .models import Quiz admin.site.register(Quiz)

17

32

0.811765

13

85

5.307692

0.692308

0

0.117647

85

4

33

21.25

0.92

0

1

0

true

0

0.666667

0

0.666667

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

384ab7a964dbfadac4757fd7b270a03e27cc328c

51

py

Python

neptune/internal/cli/__init__.py

jiji-online/neptune-cli

50cf680a80d141497f9331ab7cdaee49fcb90b0c

[ "Apache-2.0" ]

null

neptune/internal/cli/__init__.py

jiji-online/neptune-cli

50cf680a80d141497f9331ab7cdaee49fcb90b0c

[ "Apache-2.0" ]

null

neptune/internal/cli/__init__.py

jiji-online/neptune-cli

50cf680a80d141497f9331ab7cdaee49fcb90b0c

[ "Apache-2.0" ]

null

from neptune.internal.cli.enums import MLFramework

25.5

50

0.862745

7

51

6.285714

1

0

0.078431

51

1

51

0.93617

0

1

0

true

0

1

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

6982d78b3355da4939415b4bd91464199479db92

150

py

Python

common/moudle/waf_plugins/hyperguard.py

ziizhuwy/cify

627ae74f6a27d803521df213e8644366dbba183f

[ "Apache-2.0" ]

8

2018-10-11T16:05:14.000Z

2020-12-30T08:21:15.000Z

common/moudle/waf_plugins/hyperguard.py

keven1z/cify

627ae74f6a27d803521df213e8644366dbba183f

[ "Apache-2.0" ]

1

2020-04-22T03:36:59.000Z

2020-06-11T06:42:42.000Z

common/moudle/waf_plugins/hyperguard.py

ziizhuwy/cify

627ae74f6a27d803521df213e8644366dbba183f

[ "Apache-2.0" ]

4

2019-07-10T06:51:45.000Z

2020-04-19T09:52:09.000Z

#!/usr/bin/env python NAME = 'Art of Defence HyperGuard' def is_waf(self): # credit goes to W3AF return self.match_cookie('^WODSESSION=')

15

44

0.68

22

150

4.545455

0.954545

0

0.008264

0.193333

150

9

45

16.666667

0.818182

0.266667

0

0.342593

0

1

0.333333

false

0

0.333333

0.666667

0

1

0

null

0

1

0

null

0

1

0

1

0

5

6989d00f45a137ecc8eea55fcfb25e23dece25c6

400

py

Python

build/lib/Kronos_heureka_code/Zeit/Datum/Jahr/JahrException.py

heureka-code/Kronos-heureka-code

0ddbc93ec69f0bc50075071e6a3e406c9cc97737

[ "MIT" ]

null

build/lib/Kronos_heureka_code/Zeit/Datum/Jahr/JahrException.py

heureka-code/Kronos-heureka-code

0ddbc93ec69f0bc50075071e6a3e406c9cc97737

[ "MIT" ]

null

build/lib/Kronos_heureka_code/Zeit/Datum/Jahr/JahrException.py

heureka-code/Kronos-heureka-code

0ddbc93ec69f0bc50075071e6a3e406c9cc97737

[ "MIT" ]

null

try: from ..DatumException import DatumException except ImportError: from Kronos_heureka_code.Zeit.Datum.DatumException import DatumException class JahrException(DatumException): pass class JahrKeineGanzeZahl(JahrException): """Wird geworfen, wenn etwas anderes als eine ganze Zahl als Jahr gegeben wird: z.B.: 1,234; 42,1337 bzw. 1.234; 42.1337 Je nach Notation""" pass

25

83

0.7525

51

400

5.862745

0.705882

0.133779

0.227425

0.06689

0

0.060241

0.17

400

15

84

26.666667

0.840361

0.3375

0

0.25

0

1

0

true

0.25

0.375

0

0.625

0

null

0

1

0

null

0

1

0

1

0

5

69cb3a759e922d163cade2ae2117ef500a69085a

11,780

py

Python

python/turbodbc_test/test_select_arrow.py

fjetter/turbodbc

b11f0a1bc7d67bc3cbc60f564594f0e735f524f4

[ "MIT" ]

null

python/turbodbc_test/test_select_arrow.py

fjetter/turbodbc

b11f0a1bc7d67bc3cbc60f564594f0e735f524f4

[ "MIT" ]

null

python/turbodbc_test/test_select_arrow.py

fjetter/turbodbc

b11f0a1bc7d67bc3cbc60f564594f0e735f524f4

[ "MIT" ]

null

from collections import OrderedDict from mock import patch import datetime import gc import pytest import sys import turbodbc from query_fixture import query_fixture from helpers import open_cursor, for_each_database, for_one_database, generate_microseconds_with_precision # Skip all parquet tests if we can't import pyarrow.parquet pa = pytest.importorskip('pyarrow') # Ignore these with pytest ... -m 'not parquet' pyarrow = pytest.mark.pyarrow def _fix_case(configuration, string): """ some databases return column names in upper case """ capabilities = configuration['capabilities'] if capabilities['reports_column_names_as_upper_case']: return string.upper() else: return string @for_one_database @pyarrow def test_no_arrow_support(dsn, configuration): with open_cursor(configuration) as cursor: cursor.execute("SELECT 42") with patch('turbodbc.cursor._has_arrow_support', return_value=False): with pytest.raises(turbodbc.Error): cursor.fetchallarrow() @for_one_database @pyarrow def test_arrow_without_result_set_raises(dsn, configuration): with open_cursor(configuration) as cursor: with pytest.raises(turbodbc.InterfaceError): cursor.fetchallarrow() @for_each_database @pyarrow def test_arrow_empty_column(dsn, configuration): with open_cursor(configuration) as cursor: with query_fixture(cursor, configuration, 'INSERT INTEGER') as table_name: cursor.execute("SELECT a FROM {}".format(table_name)) result = cursor.fetchallarrow() assert isinstance(result, pa.Table) assert result.num_columns == 1 assert result.num_rows == 0 @for_each_database @pyarrow def test_arrow_reference_count(dsn, configuration): with open_cursor(configuration) as cursor: with query_fixture(cursor, configuration, 'INSERT INTEGER') as table_name: cursor.execute("SELECT a FROM {}".format(table_name)) result = cursor.fetchallarrow() gc.collect() assert sys.getrefcount(result) == 2 @for_each_database @pyarrow def test_arrow_int_column(dsn, configuration): with open_cursor(configuration) as cursor: cursor.execute("SELECT 42 AS a") result = cursor.fetchallarrow() assert isinstance(result, pa.Table) assert result.num_columns == 1 assert result.num_rows == 1 assert result.column(0).name == _fix_case(configuration, "a") assert str(result.column(0).type) == "int64" assert result.column(0).to_pylist() == [42] @for_each_database @pyarrow def test_arrow_int_column_adaptive(dsn, configuration): with open_cursor(configuration) as cursor: cursor.execute("SELECT 42 AS a") result = cursor.fetchallarrow(adaptive_integers=True) assert str(result.column(0).type) == "int8" assert result.column(0).to_pylist() == [42] @for_each_database @pyarrow def test_arrow_double_column(dsn, configuration): with open_cursor(configuration) as cursor: with query_fixture(cursor, configuration, 'SELECT DOUBLE') as query: cursor.execute(query) result = cursor.fetchallarrow() assert isinstance(result, pa.Table) assert result.num_columns == 1 assert result.num_rows == 1 assert result.column(0).name == _fix_case(configuration, "a") assert str(result.column(0).type) == "double" assert result.column(0).to_pylist() == [3.14] @for_each_database @pyarrow def test_arrow_boolean_column(dsn, configuration): with open_cursor(configuration) as cursor: with query_fixture(cursor, configuration, 'INSERT INDEXED BOOL') as table_name: cursor.executemany('INSERT INTO {} VALUES (?, ?)'.format(table_name), [[True, 1], [False, 2], [True, 3]]) cursor.execute('SELECT a FROM {} ORDER BY b'.format(table_name)) result = cursor.fetchallarrow() assert isinstance(result, pa.Table) assert result.num_columns == 1 assert result.num_rows == 3 assert result.column(0).name == _fix_case(configuration, "a") assert str(result.column(0).type) == "bool" assert result.column(0).to_pylist() == [True, False, True] @for_each_database @pyarrow def test_arrow_binary_column_with_null(dsn, configuration): with open_cursor(configuration) as cursor: with query_fixture(cursor, configuration, 'INSERT TWO INTEGER COLUMNS') as table_name: cursor.executemany("INSERT INTO {} VALUES (?, ?)".format(table_name), [[42, 1], [None, 2]]) # second column to enforce ordering cursor.execute("SELECT a FROM {} ORDER BY b".format(table_name)) result = cursor.fetchallarrow() assert isinstance(result, pa.Table) assert result.num_columns == 1 assert result.num_rows == 2 assert result.column(0).name == _fix_case(configuration, "a") assert str(result.column(0).type) == "int64" assert result.column(0).to_pylist() == [42, None] assert result.column(0).null_count == 1 @for_each_database @pyarrow def test_arrow_binary_column_larger_than_batch_size(dsn, configuration): with open_cursor(configuration, rows_to_buffer=2) as cursor: with query_fixture(cursor, configuration, 'INSERT INTEGER') as table_name: cursor.executemany("INSERT INTO {} VALUES (?)".format(table_name), [[1], [2], [3], [4], [5]]) cursor.execute("SELECT a FROM {} ORDER BY a".format(table_name)) result = cursor.fetchallarrow() assert isinstance(result, pa.Table) assert result.column(0).to_pylist() == [1, 2, 3, 4, 5] @for_each_database @pyarrow def test_arrow_timestamp_column(dsn, configuration): supported_digits = configuration['capabilities']['fractional_second_digits'] fractional = generate_microseconds_with_precision(supported_digits) timestamp = datetime.datetime(2015, 12, 31, 1, 2, 3, fractional) with open_cursor(configuration) as cursor: with query_fixture(cursor, configuration, 'INSERT TIMESTAMP') as table_name: cursor.execute('INSERT INTO {} VALUES (?)'.format(table_name), [timestamp]) cursor.execute('SELECT a FROM {}'.format(table_name)) result = cursor.fetchallarrow() assert result.column(0).to_pylist() == [timestamp] @for_each_database @pyarrow def test_arrow_date_column(dsn, configuration): date = datetime.date(2015, 12, 31) with open_cursor(configuration) as cursor: with query_fixture(cursor, configuration, 'INSERT DATE') as table_name: cursor.execute('INSERT INTO {} VALUES (?)'.format(table_name), [date]) cursor.execute('SELECT a FROM {}'.format(table_name)) result = cursor.fetchallarrow() result.column(0).to_pylist() == [datetime.date(2015, 12, 31)] @for_each_database @pyarrow def test_arrow_timelike_column_with_null(dsn, configuration): fill_value = 0; with open_cursor(configuration) as cursor: with query_fixture(cursor, configuration, 'INSERT TIMESTAMP') as table_name: cursor.execute('INSERT INTO {} VALUES (?)'.format(table_name), [None]) cursor.execute('SELECT a FROM {}'.format(table_name)) result = cursor.fetchallarrow() assert result.column(0).to_pylist() == [None] @for_each_database @pyarrow def test_arrow_timelike_column_larger_than_batch_size(dsn, configuration): timestamps = [datetime.datetime(2015, 12, 31, 1, 2, 3), datetime.datetime(2016, 1, 5, 4, 5, 6), datetime.datetime(2017, 2, 6, 7, 8, 9), datetime.datetime(2018, 3, 7, 10, 11, 12), datetime.datetime(2019, 4, 8, 13, 14, 15)] with open_cursor(configuration, rows_to_buffer=2) as cursor: with query_fixture(cursor, configuration, 'INSERT TIMESTAMP') as table_name: cursor.executemany('INSERT INTO {} VALUES (?)'.format(table_name), [[timestamp] for timestamp in timestamps]) cursor.execute('SELECT a FROM {} ORDER BY a'.format(table_name)) result = cursor.fetchallarrow() assert result.column(0).to_pylist() == timestamps @for_each_database @pyarrow @pytest.mark.parametrize("strings_as_dictionary", [True, False]) def test_arrow_string_column(dsn, configuration, strings_as_dictionary): with open_cursor(configuration) as cursor: with query_fixture(cursor, configuration, 'INSERT UNICODE') as table_name: cursor.execute('INSERT INTO {} VALUES (?)'.format(table_name), [u'unicode \u2665']) cursor.execute('SELECT a FROM {}'.format(table_name)) result = cursor.fetchallarrow(strings_as_dictionary=strings_as_dictionary) assert result.column(0).to_pylist() == [u'unicode \u2665'] @for_each_database @pyarrow @pytest.mark.parametrize("strings_as_dictionary", [True, False]) def test_arrow_string_column_with_null(dsn, configuration, strings_as_dictionary): with open_cursor(configuration) as cursor: with query_fixture(cursor, configuration, 'INSERT STRING') as table_name: cursor.execute('INSERT INTO {} VALUES (?)'.format(table_name), [None]) cursor.execute('SELECT a FROM {}'.format(table_name)) result = cursor.fetchallarrow(strings_as_dictionary=strings_as_dictionary) result.column(0).null_count == 1 result.column(0).to_pylist() == [None] @for_each_database @pyarrow @pytest.mark.parametrize("strings_as_dictionary", [True, False]) def test_arrow_string_column_larger_than_batch_size(dsn, configuration, strings_as_dictionary): strings = [u'abc', u'def', u'ghi', u'jkl', u'mno'] with open_cursor(configuration, rows_to_buffer=2) as cursor: with query_fixture(cursor, configuration, 'INSERT STRING') as table_name: cursor.executemany('INSERT INTO {} VALUES (?)'.format(table_name), [[string] for string in strings]) cursor.execute('SELECT a FROM {} ORDER BY a'.format(table_name)) result = cursor.fetchallarrow(strings_as_dictionary=strings_as_dictionary) result.column(0).to_pylist() == strings @for_each_database @pyarrow def test_arrow_two_columns(dsn, configuration): with open_cursor(configuration) as cursor: with query_fixture(cursor, configuration, 'INSERT TWO INTEGER COLUMNS') as table_name: cursor.executemany("INSERT INTO {} VALUES (?, ?)".format(table_name), [[1, 42], [2, 41]]) cursor.execute("SELECT a, b FROM {} ORDER BY a".format(table_name)) result = cursor.fetchallarrow() assert result.to_pydict() == OrderedDict([ (_fix_case(configuration, 'a'), [1, 2]), (_fix_case(configuration, 'b'), [42, 41])] ) @for_each_database @pyarrow def test_arrow_two_columns(dsn, configuration): with open_cursor(configuration, rows_to_buffer=1) as cursor: with query_fixture(cursor, configuration, 'INSERT TWO INTEGER COLUMNS') as table_name: cursor.executemany("INSERT INTO {} VALUES (?, ?)".format(table_name), [[1, 42], [2, 41]]) cursor.execute("SELECT a, b FROM {} ORDER BY a".format(table_name)) result = list(cursor.fetcharrowbatches()) assert len(result) == 2

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279

py

Python

scrtbp/exceptions.py

mmlanger/scrtbp

65b2877f2037df09a8e28b0b4e421bf87affdde6

[ "MIT" ]

1

2018-10-25T09:06:48.000Z

scrtbp/exceptions.py

mmlanger/scrtbp

65b2877f2037df09a8e28b0b4e421bf87affdde6

[ "MIT" ]

null

scrtbp/exceptions.py

mmlanger/scrtbp

65b2877f2037df09a8e28b0b4e421bf87affdde6

[ "MIT" ]

1

2018-10-25T09:14:06.000Z

class MaxStepsExceeded(Exception): pass class MaxTimeExceeded(Exception): pass class StepControlFailure(Exception): pass class ConditionExit(Exception): pass class InvalidBrackets(Exception): pass class TransformationNotDefined(Exception): pass

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py

Python

tests/app/main/test_suppliers.py

uk-gov-mirror/alphagov.digitalmarketplace-supplier-frontend

cf9d06cffe95c436f056cc9c967e9ef8a25381a4

[ "MIT" ]

7

2015-11-21T20:43:37.000Z

2020-07-22T13:20:18.000Z

tests/app/main/test_suppliers.py

uk-gov-mirror/alphagov.digitalmarketplace-supplier-frontend

cf9d06cffe95c436f056cc9c967e9ef8a25381a4

[ "MIT" ]

783

2015-04-07T16:34:57.000Z

2021-07-27T12:13:02.000Z

tests/app/main/test_suppliers.py

uk-gov-mirror/alphagov.digitalmarketplace-supplier-frontend

cf9d06cffe95c436f056cc9c967e9ef8a25381a4

[ "MIT" ]

20

2015-06-13T15:37:23.000Z

2021-04-10T18:02:09.000Z

# coding=utf-8 from datetime import datetime from urllib.parse import urlparse from flask import session, current_app from lxml import html import mock import pytest from werkzeug.exceptions import ServiceUnavailable from dmapiclient import APIError, HTTPError from dmapiclient.audit import AuditTypes from dmtestutils.api_model_stubs import FrameworkStub, SupplierFrameworkStub from dmutils import direct_plus_client from tests.app.helpers import BaseApplicationTest, assert_args_and_return from app.main.forms.suppliers import CompanyOrganisationSizeForm, CompanyTradingStatusForm def framework_stub_dates(month): return { 'applications_close_at': datetime(2000, month, 3), 'intention_to_award_at': datetime(2000, month, 4), 'clarifications_close_at': datetime(2000, month, 1), 'clarifications_publish_at': datetime(2000, month, 2), 'framework_live_at': datetime(2000, month, 5), } FIND_FRAMEWORKS_RETURN_VALUE = { "frameworks": [ FrameworkStub( status='expired', slug='h-cloud-88', name='H-Cloud 88', framework_family='g-cloud', **framework_stub_dates(1) ).response(), FrameworkStub(status='live', slug='g-cloud-6', **framework_stub_dates(2)).response(), FrameworkStub(status='open', slug='digital-outcomes-and-specialists', **framework_stub_dates(4)).response(), FrameworkStub( status='live', slug='digital-rhymes-and-reasons', name='Digital Rhymes and Reasons', framework_family='digital-outcomes-and-specialists', **framework_stub_dates(3) ).response(), FrameworkStub(status='open', slug='g-cloud-7', **framework_stub_dates(5)).response(), ] } def get_supplier(*args, **kwargs): supplier_info = { "id": 1234, "dunsNumber": "987654321", "companiesHouseNumber": "CH123456", "registeredName": "Official Name Inc", "registrationCountry": "country:BZ", "otherCompanyRegistrationNumber": "BEL153", "organisationSize": "small", "tradingStatus": "Open for business", "name": "Supplier Name", "description": "Supplier Description", "companyDetailsConfirmed": True, "contactInformation": [{ "id": 2, "website": "supplier.dmdev", "email": "supplier@user.dmdev", "contactName": "Supplier Person", "phoneNumber": "0800123123", "address1": "1 Street", "address2": "2 Building", "city": "Supplierville", "country": "Supplierland", "postcode": "11 AB", }], "service_counts": { "G-Cloud 6": 12, "G-Cloud 5": 34 } } supplier_info.update(kwargs) return {"suppliers": dict( filter(lambda x: x[1] is not None, supplier_info.items()) )} def get_user(): return [{ 'id': 123, 'name': "User Name", 'emailAddress': "email@email.com", 'loggedInAt': "2015-05-06T11:57:28.008690Z", 'locked': False, 'active': True, 'role': 'supplier', 'supplier': { 'name': "Supplier Name", 'supplierId': 1234, 'supplierOrganisationSize': 'small' } }] class TestSuppliersDashboard(BaseApplicationTest): def setup_method(self, method): super().setup_method(method) self.data_api_client_patch = mock.patch('app.main.views.suppliers.data_api_client', autospec=True) self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): self.data_api_client_patch.stop() super().teardown_method(method) def test_error_and_success_flashed_messages_only_are_shown_in_banner_messages(self): with self.client.session_transaction() as session: session['_flashes'] = [ ('error', 'This is an error'), ('success', 'This is a success'), ] self.data_api_client.get_framework.return_value = self.framework('open') self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.find_audit_events.return_value = { "auditEvents": [] } self.login() res = self.client.get("/suppliers") doc = html.fromstring(res.get_data(as_text=True)) assert doc.cssselect(".dm-alert:contains('This is an error')") assert doc.cssselect(".dm-alert:contains('This is a success')") def test_shows_edit_buttons(self): self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.find_frameworks.return_value = FIND_FRAMEWORKS_RETURN_VALUE self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ { 'frameworkSlug': 'h-cloud-88', 'services_count': 12, "onFramework": True, "agreementReturned": True, }, { 'frameworkSlug': 'g-cloud-6', 'services_count': 99, "onFramework": True, "agreementReturned": True, }, ], } self.login() res = self.client.get("/suppliers") assert res.status_code == 200 document = html.fromstring(res.get_data(as_text=True)) assert document.xpath( "//*[(.//h3)[1][normalize-space(string())=$f]][.//a[normalize-space(string())=$t][@href=$u]]", f="G-Cloud 6", t="View services", u="/suppliers/frameworks/g-cloud-6/services", ) assert not document.xpath( "//*[(.//h3)[1][normalize-space(string())=$f]][.//a[normalize-space(string())=$t]]", f="G-Cloud 7", t="View services", ) assert not document.xpath("//a[@href=$u]", u="/suppliers/frameworks/g-cloud-7/services") assert not document.xpath( "//*[(.//h3)[1][normalize-space(string())=$f]][.//a[normalize-space(string())=$t]]", f="H-Cloud 88", t="View services", ) assert not document.xpath("//a[@href=$u]", u="/suppliers/frameworks/h-cloud-88/services") assert not document.xpath( "//*[(.//h3)[1][normalize-space(string())=$f]][.//a[normalize-space(string())=$t]]", f="Digital Rhymes and Reasons", t="View services", ) assert not document.xpath("//a[@href=$u]", u="/suppliers/frameworks/digital-rhymes-and-reasons/services") @pytest.mark.parametrize('on_framework', (True, False)) def test_only_shows_expired_dos3_if_supplier_was_on_framework(self, on_framework): self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='expired', slug='digital-outcomes-and-specialists-3').response(), ] } self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ { 'frameworkSlug': 'digital-outcomes-and-specialists-3', 'onFramework': on_framework, } ] } self.login() response = self.client.get("/suppliers") assert response.status_code == 200 document = html.fromstring(response.get_data(as_text=True)) if on_framework: assert document.xpath( "//h3[normalize-space(string())=$f]" "[(following::a)[1][normalize-space(string())=$t1][@href=$u1]]", f="Digital Outcomes and Specialists 3", t1="View your opportunities", u1="/suppliers/opportunities/frameworks/digital-outcomes-and-specialists-3", ) assert not document.xpath( "//h3[normalize-space(string())=$f]" "/..//a[normalize-space(string())=$t1]", f="Digital Outcomes and Specialists 3", t1="View services", ) assert not document.xpath( "//h3[normalize-space(string())=$f]" "/..//a[normalize-space(string())=$t1]", f="Digital Outcomes and Specialists 3", t1="View documents", ) else: assert not document.xpath("//h3[normalize-space(string())='Digital Outcomes and Specialists 3']") def test_shows_correct_expired_framework(self): self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub( status='expired', slug='digital-outcomes-and-specialists-2', frameworkExpiresAtUTC='2000-01-01T01:00:00.000000Z' ).response(), FrameworkStub( status='expired', slug='digital-outcomes-and-specialists-1', frameworkExpiresAtUTC='2001-01-01T01:00:00.000000Z' ).response(), ] } self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ {'frameworkSlug': 'digital-outcomes-and-specialists-1', 'onFramework': True}, {'frameworkSlug': 'digital-outcomes-and-specialists-2', 'onFramework': True}, ] } self.login() response = self.client.get("/suppliers") assert response.status_code == 200 document = html.fromstring(response.get_data(as_text=True)) assert document.xpath("//h3[normalize-space(string())='Digital Outcomes and Specialists 1']") assert not document.xpath("//h3[normalize-space(string())='Digital Outcomes and Specialists 2']") def test_shows_gcloud_7_application_button(self): self.data_api_client.get_framework_interest.return_value = {'frameworks': []} self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='expired', slug='digital-outcomes-and-specialists').response(), FrameworkStub(status='open', slug='g-cloud-7').response(), ] } self.login() response = self.client.get("/suppliers") document = html.fromstring(response.get_data(as_text=True)) assert response.status_code == 200 apply_button = document.xpath( "//h2[normalize-space()='G-Cloud 7 is open for applications']/following::input[1]" )[0] assert apply_button.value == "Apply" def test_shows_gcloud_7_continue_link(self): self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ {'frameworkSlug': 'g-cloud-7'} ] } self.data_api_client.find_frameworks.return_value = FIND_FRAMEWORKS_RETURN_VALUE self.login() response = self.client.get("/suppliers") document = html.fromstring(response.get_data(as_text=True)) assert response.status_code == 200 continue_link = document.xpath( "//h2[normalize-space()='Your G-Cloud 7 application']" "/following::a[1][normalize-space()='Continue your application']" ) assert continue_link assert continue_link[0].values()[0] == "/suppliers/frameworks/g-cloud-7" def test_shows_gcloud_7_closed_message_if_pending_and_no_interest(self): # noqa self.data_api_client.get_framework.return_value = self.framework('pending') self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.get_supplier_frameworks.return_value = {'frameworkInterest': []} self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='pending', slug='g-cloud-7').response(), ] } self.login() res = self.client.get("/suppliers") doc = html.fromstring(res.get_data(as_text=True)) message = doc.xpath('//aside[@class="temporary-message"]') assert len(message) > 0 assert u"G-Cloud 7 is closed for applications" in message[0].xpath('h2/text()')[0] def test_shows_gcloud_7_closed_message_if_pending_and_no_application(self): # noqa self.data_api_client.get_framework.return_value = self.framework('pending') self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ { 'frameworkSlug': 'g-cloud-7', 'declaration': {'status': 'started'}, 'drafts_count': 1, 'complete_drafts_count': 0 } ] } self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='pending', slug='g-cloud-7').response(), ] } self.login() res = self.client.get("/suppliers") doc = html.fromstring(res.get_data(as_text=True)) message = doc.xpath('//aside[@class="temporary-message"]') assert len(message) > 0 assert u"G-Cloud 7 is closed for applications" in message[0].xpath('h2/text()')[0] assert u"You didn’t submit an application" in message[0].xpath('p[1]/text()')[0] assert len(message[0].xpath('p[2]/a[contains(@href, "suppliers/frameworks/g-cloud-7")]')) > 0 def test_shows_gcloud_7_closed_message_if_pending_and_application_done(self): self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ { 'frameworkSlug': 'g-cloud-7', 'declaration': {'status': 'complete'}, 'drafts_count': 0, 'complete_drafts_count': 99 } ] } self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='pending', slug='g-cloud-7').response(), ] } self.login() res = self.client.get("/suppliers") doc = html.fromstring(res.get_data(as_text=True)) headings = doc.xpath('//h2[@class="summary-item-heading"]') assert len(headings) > 0 assert u"G-Cloud 7 is closed for applications" in headings[0].xpath('text()')[0] assert u"You submitted 99 services for consideration" in headings[0].xpath('../p[1]/text()')[0] assert len(headings[0].xpath('../p[1]/a[contains(@href, "suppliers/frameworks/g-cloud-7")]')) > 0 assert u"View your submitted application" in headings[0].xpath('../p[1]/a/text()')[0] def test_shows_gcloud_7_in_standstill_application_passed_with_message(self): self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ { 'frameworkSlug': 'g-cloud-7', 'declaration': {'status': 'complete'}, 'drafts_count': 0, 'complete_drafts_count': 99, 'onFramework': True, 'agreementReturned': False } ] } self.data_api_client.find_frameworks.return_value = { 'frameworks': [self.framework(status='standstill', slug='g-cloud-7')['frameworks']] } self.login() res = self.client.get("/suppliers") doc = html.fromstring(res.get_data(as_text=True)) headings = doc.xpath('//h2[@class="summary-item-heading"]') assert u"Pending services" in headings[0].xpath('text()')[0] first_table = doc.xpath( '//table[@class="summary-item-body"]' ) assert u"Pending services" in first_table[0].xpath('caption/text()')[0] first_row = "".join(first_table[0].xpath('tbody/descendant::*/text()')) assert u"G-Cloud 7" in first_row assert u"Live from Monday 23 November 2015" in first_row assert u"99 services" in first_row assert u"99 services" in first_row assert u"You must sign the framework agreement to sell these services" in first_row def test_shows_gcloud_7_in_standstill_fw_agreement_returned(self): self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ { 'frameworkSlug': 'g-cloud-7', 'declaration': {'status': 'complete'}, 'drafts_count': 0, 'complete_drafts_count': 99, 'onFramework': True, 'agreementReturned': True } ] } self.data_api_client.find_frameworks.return_value = { "frameworks": [self.framework(status='standstill', slug='g-cloud-7')['frameworks']] } self.login() res = self.client.get("/suppliers") doc = html.fromstring(res.get_data(as_text=True)) headings = doc.xpath('//h2[@class="summary-item-heading"]') assert u"Pending services" in headings[0].xpath('text()')[0] first_table = doc.xpath( '//table[@class="summary-item-body"]' ) assert u"Pending services" in first_table[0].xpath('caption/text()')[0] first_row = "".join(first_table[0].xpath('tbody/descendant::*/text()')) assert u"G-Cloud 7" in first_row assert u"Live from Monday 23 November 2015" in first_row assert u"99 services" in first_row assert u"You must sign the framework agreement to sell these services" not in first_row def test_shows_gcloud_7_in_standstill_no_application(self): self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [] } self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='standstill', slug='g-cloud-7').response(), ] } self.login() res = self.client.get("/suppliers") doc = html.fromstring(res.get_data(as_text=True)) assert not doc.xpath('//h2[normalize-space(string())=$t]', t="Pending services") def test_shows_gcloud_7_in_standstill_application_failed(self): self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ { 'frameworkSlug': 'g-cloud-7', 'declaration': {'status': 'complete'}, 'drafts_count': 0, 'complete_drafts_count': 99, 'onFramework': False, 'agreementReturned': False } ] } self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='standstill', slug='g-cloud-7').response(), ] } self.login() res = self.client.get("/suppliers") doc = html.fromstring(res.get_data(as_text=True)) headings = doc.xpath('//h2[@class="summary-item-heading"]') assert u"Pending services" in headings[0].xpath('text()')[0] first_table = doc.xpath( '//table[@class="summary-item-body"]' ) assert u"Pending services" in first_table[0].xpath('caption/text()')[0] first_row = "".join(first_table[0].xpath('tbody/descendant::*/text()')) assert u"G-Cloud 7" in first_row assert u"Live from Monday 23 November 2015" not in first_row assert u"99 services submitted" in first_row assert u"You must sign the framework agreement to sell these services" not in first_row assert u"View your services" in first_row def test_shows_gcloud_7_in_standstill_application_passed(self): self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ { 'frameworkSlug': 'g-cloud-7', 'declaration': {'status': 'complete'}, 'drafts_count': 0, 'complete_drafts_count': 99, 'onFramework': True, 'agreementReturned': True } ] } self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub( status='standstill', slug='g-cloud-7', framework_live_at=datetime(2015, 11, 23) ).response(), ] } self.login() res = self.client.get("/suppliers") doc = html.fromstring(res.get_data(as_text=True)) headings = doc.xpath('//h2[@class="summary-item-heading"]') assert u"Pending services" in headings[0].xpath('text()')[0] first_table = doc.xpath( '//table[@class="summary-item-body"]' ) assert u"Pending services" in first_table[0].xpath('caption/text()')[0] first_row = "".join(first_table[0].xpath('tbody/descendant::*/text()')) assert u"G-Cloud 7" in first_row assert u"Live from Monday 23 November 2015" in first_row assert u"99 services" in first_row assert u"You must sign the framework agreement to sell these services" not in first_row def test_shows_register_for_dos_button(self): self.data_api_client.get_framework.return_value = self.framework(status='other') self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='open', slug='digital-outcomes-and-specialists').response(), FrameworkStub(status='live', slug='g-cloud-7').response(), ] } self.login() response = self.client.get("/suppliers") document = html.fromstring(response.get_data(as_text=True)) assert response.status_code == 200 apply_button = document.xpath( "//h2[normalize-space()='Digital Outcomes and Specialists is open for applications']" "/following::input[1]" )[0] assert apply_button.value == "Apply" def test_shows_continue_with_dos_link(self): self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ {'frameworkSlug': 'digital-outcomes-and-specialists'} ] } self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='open', slug='digital-outcomes-and-specialists').response(), FrameworkStub(status='live', slug='g-cloud-7').response(), ] } self.login() response = self.client.get("/suppliers") document = html.fromstring(response.get_data(as_text=True)) assert response.status_code == 200 continue_link = document.xpath( "//h2[normalize-space()='Your Digital Outcomes and Specialists application']" "/following::a[1][normalize-space()='Continue your application']" ) assert continue_link assert continue_link[0].values()[0] == "/suppliers/frameworks/digital-outcomes-and-specialists" class TestSupplierDetails(BaseApplicationTest): def setup_method(self, method): super().setup_method(method) self.data_api_client_patch = mock.patch('app.main.views.suppliers.data_api_client', autospec=True) self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): self.data_api_client_patch.stop() super().teardown_method(method) def test_shows_supplier_info(self): self.data_api_client.get_supplier.side_effect = get_supplier self.login() res = self.client.get("/suppliers/details") assert res.status_code == 200 page_html = res.get_data(as_text=True) document = html.fromstring(page_html) for property_str in ( # "Company details" section at the top # Address elements are tested separately in `test_shows_address_details()` due to HTML structure "Supplier Person", # Contact name "supplier@user.dmdev", # Contact email "0800123123", # Phone number "Supplier Description", # Supplier summary # "Registration information" section "Official Name Inc", # Registered company name "CH123456", # Companies House number "987654321", # DUNS number "Open for business", # Trading status "Small", # Size ): # Property exists on page assert document.xpath("//*[normalize-space(string())=$t]", t=property_str), property_str # Property has associated Change link assert document.xpath(f"//dd[normalize-space(text())='{property_str}']/following-sibling::dd/a/text()")[0]\ .strip() == 'Edit' # Registration number not shown if Companies House ID exists assert "BEL153" not in page_html self.data_api_client.get_supplier.assert_called_once_with(1234) def test_registration_number_field_shows_other_registration_num_if_no_companies_house_num(self): self.data_api_client.get_supplier.return_value = get_supplier( companiesHouseNumber=None, otherCompanyRegistrationNumber="42, EARTH" ) self.login() res = self.client.get("/suppliers/details") assert res.status_code == 200 page_html = res.get_data(as_text=True) document = html.fromstring(page_html) assert document.xpath("//dt[normalize-space(text())='Registration number']/following-sibling::dd")[0]. \ text.strip() == '42, EARTH' def test_shows_united_kingdom_for_old_style_country_code(self): self.data_api_client.get_supplier.return_value = get_supplier( companiesHouseNumber=None, registrationCountry="gb" ) self.login() res = self.client.get("/suppliers/details") assert res.status_code == 200 page_html = res.get_data(as_text=True) document = html.fromstring(page_html) # Country United Kingdom is shown assert document.xpath("//*/node()[normalize-space(string())='United Kingdom']") def test_handles_supplier_with_no_registration_country_key(self): supplier = get_supplier() del supplier['suppliers']['registrationCountry'] self.data_api_client.get_supplier.return_value = supplier self.login() res = self.client.get("/suppliers/details") assert res.status_code == 200 def test_shows_address_details(self): self.data_api_client.get_supplier.return_value = get_supplier(registrationCountry="country:GB") self.login() response = self.client.get("/suppliers/details") assert response.status_code == 200 page_html = response.get_data(as_text=True) document = html.fromstring(page_html) address = (document. xpath("//dt[normalize-space(text())='Registered company address']/following-sibling::dd/text()")) assert "1 Street" in address[0] assert "Supplierville" in address[1] assert "11 AB" in address[2] assert "United Kingdom" in address[3] def test_handles_supplier_with_no_address_details(self): supplier = get_supplier() supplier_contact_information = supplier["suppliers"]["contactInformation"][0] del supplier_contact_information["address1"] del supplier_contact_information["city"] del supplier_contact_information["postcode"] self.data_api_client.get_supplier.return_value = supplier self.login() res = self.client.get("/suppliers/details") assert res.status_code == 200 @pytest.mark.parametrize( "question,null_attribute,link_address", [ ("Registered company name", {"registeredName": None}, "/suppliers/registered-company-name/edit"), ("Registered company address", {"registrationCountry": None}, "/suppliers/registered-address/edit"), ( "Registration number", {"companiesHouseNumber": None, "otherCompanyRegistrationNumber": None}, "/suppliers/registration-number/edit" ), ("Trading status", {"tradingStatus": None}, "/suppliers/trading-status/edit"), ("Company size", {"organisationSize": None}, "/suppliers/organisation-size/edit"), ] ) def test_question_field_requires_answer_if_empty(self, question, null_attribute, link_address): self.data_api_client.get_supplier.return_value = get_supplier(**null_attribute) self.login() response = self.client.get("/suppliers/details") assert response.status_code == 200 page_html = response.get_data(as_text=True) document = html.fromstring(page_html) answer_required_link = document.xpath(f"//dt[normalize-space(text())='{question}']/following-sibling::dd[2]/a") assert answer_required_link assert answer_required_link[0].values()[1] == link_address assert answer_required_link[0].text.strip() == 'Answer required' @pytest.mark.parametrize( "question,filled_in_attribute,link_address", [ ( "Registered company name", {"companyDetailsConfirmed": True, "registeredName": "Digital Ponies"}, "/suppliers/registered-company-name/edit", ), ( "Registered company name", {"companyDetailsConfirmed": False, "registeredName": "Digital Ponies"}, "/suppliers/registered-company-name/edit", ), ("Registered company address", {"companyDetailsConfirmed": True, "registrationCountry": "country:GB"}, "/suppliers/registered-address/edit",), ("Registered company address", {"companyDetailsConfirmed": False, "registrationCountry": "country:GB"}, "/suppliers/registered-address/edit",), ( "Registration number", { "companyDetailsConfirmed": True, "companiesHouseNumber": "CH123456", "otherCompanyRegistrationNumber": None }, "/suppliers/registration-number/edit", ), ( "Registration number", { "companyDetailsConfirmed": False, "companiesHouseNumber": "CH123456", "otherCompanyRegistrationNumber": None }, "/suppliers/registration-number/edit", ), ( "Registration number", { "companyDetailsConfirmed": True, "companiesHouseNumber": None, "otherCompanyRegistrationNumber": "EQ789" }, "/suppliers/registration-number/edit", ), ( "Registration number", { "companyDetailsConfirmed": False, "companiesHouseNumber": None, "otherCompanyRegistrationNumber": "EQ789" }, "/suppliers/registration-number/edit", ), ("Trading status", {"companyDetailsConfirmed": False, "tradingStatus": "limited company (LTD)"}, "/suppliers/trading-status/edit",), ("Company size", {"companyDetailsConfirmed": False, "organisationSize": "small"}, "/suppliers/organisation-size/edit",), ("DUNS number", {"companyDetailsConfirmed": True, "dunsNumber": "123456789"}, "/suppliers/duns-number/edit",), ("DUNS number", {"companyDetailsConfirmed": False, "dunsNumber": "123456789"}, "/suppliers/duns-number/edit",), ] ) def test_filled_in_question_field_has_a_change_or_correct_a_mistake_link( self, question, filled_in_attribute, link_address ): self.data_api_client.get_supplier.return_value = get_supplier(**filled_in_attribute) self.login() response = self.client.get("/suppliers/details") assert response.status_code == 200 page_html = response.get_data(as_text=True) document = html.fromstring(page_html) answer_required_link = document.xpath( f"//dt[normalize-space(text())='{question}']/following-sibling::dd[2]/a" ) assert answer_required_link assert answer_required_link[0].values()[1] == link_address @pytest.mark.parametrize( "summary,expected_key", [ ({"description": "Our company is the best for digital ponies."}, 'Summary'), ({"description": ""}, 'Summary (optional)'), ] ) def test_hint_text_for_summary_only_visible_if_field_empty(self, summary, expected_key): self.data_api_client.get_supplier.return_value = get_supplier(**summary) self.login() response = self.client.get("/suppliers/details") assert response.status_code == 200 page_html = response.get_data(as_text=True) document = html.fromstring(page_html) assert document.xpath(f"*//dt[normalize-space(text())='{expected_key}']") @pytest.mark.parametrize( "framework_slug,framework_name,link_address", [ ( "digital-outcomes-and-specialists-2", "Digital Outcomes and Specialists 2", "/suppliers/frameworks/digital-outcomes-and-specialists-2" ), ("g-cloud-9", "G-Cloud 9", "/suppliers/frameworks/g-cloud-9") ] ) def test_back_to_application_link_is_visible_if_currently_applying_to_in_session( self, framework_slug, framework_name, link_address ): self.data_api_client.get_supplier.return_value = get_supplier() framework = FrameworkStub(name=framework_name, slug=framework_slug, status='open') self.data_api_client.find_frameworks.return_value = { "frameworks": [framework.response()], } self.data_api_client.get_framework.return_value = framework.single_result_response() self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ SupplierFrameworkStub(framework_slug=framework_slug).response() ] } self.login() with self.client.session_transaction() as session: session["currently_applying_to"] = framework_slug response = self.client.get("/suppliers/details") assert response.status_code == 200 page_html = response.get_data(as_text=True) document = html.fromstring(page_html) return_link = (document.xpath(f"//a[contains(text(), 'Return to your {framework_name} application')]")) assert return_link assert return_link[0].attrib["href"] == link_address def test_back_to_application_link_not_visible_if_currently_applying_to_not_in_session(self): self.data_api_client.get_supplier.return_value = get_supplier() self.login() response = self.client.get("/suppliers/details") assert response.status_code == 200 page_html = response.get_data(as_text=True) document = html.fromstring(page_html) assert "Return to your" not in document.text_content() def test_currently_applying_to_removed_from_session_after_account_dashboard_visit(self): self.data_api_client.get_supplier.return_value = get_supplier() self.login() with self.client.session_transaction() as session: session["currently_applying_to"] = 'g-bork-2' with self.client.session_transaction() as session: assert "currently_applying_to" in session response = self.client.get("/suppliers") assert response.status_code == 200 with self.client.session_transaction() as session: assert "currently_applying_to" not in session @pytest.mark.parametrize( "supplier_details,open_application,button_should_be_shown", [ # Details complete but not confirmed (get_supplier(companyDetailsConfirmed=False), False, True), # Details complete and already confirmed (get_supplier(companyDetailsConfirmed=True), False, False), # Details not complete or confirmed (get_supplier(companyDetailsConfirmed=False, dunsNumber=None), False, False), ] ) def test_green_button_is_shown_when_details_are_complete_but_not_confirmed( self, supplier_details, open_application, button_should_be_shown ): self.data_api_client.get_supplier.return_value = supplier_details self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ SupplierFrameworkStub().response() ] } self.login() response = self.client.get("/suppliers/details") assert response.status_code == 200 document = html.fromstring(response.get_data(as_text=True)) submit_button = document.xpath("//form//button[normalize-space(string())=$t]", t="Save and confirm") assert bool(submit_button) == button_should_be_shown @pytest.mark.parametrize('application_company_details_confirmed', (False, None)) def test_green_button_is_shown_when_company_details_confirmed_for_account_but_not_application( self, application_company_details_confirmed ): self.data_api_client.get_supplier.return_value = get_supplier(companyDetailsConfirmed=True) self.data_api_client.find_frameworks.return_value = { "frameworks": [FrameworkStub(status='open', slug='g-cloud-9').response()] } self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ SupplierFrameworkStub( framework_slug='g-cloud-9', application_company_details_confirmed=application_company_details_confirmed ).response(), ] } self.login() response = self.client.get('/suppliers/details') assert response.status_code == 200 assert ( "You must confirm that your company details are correct for your application to G-Cloud 9" in response.get_data(as_text=True) ) document = html.fromstring(response.get_data(as_text=True)) submit_button = document.xpath("//form//button[normalize-space(string())=$t]", t="Save and confirm") assert submit_button def test_post_confirms_company_details_for_all_open_framework_applications(self): self.data_api_client.get_supplier.return_value = get_supplier(companyDetailsConfirmed=False) self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='live', slug='g-cloud-8').response(), FrameworkStub(status='open', slug='g-cloud-9').response(), FrameworkStub(status='live', slug='digital-outcomes-and-specialists').response(), FrameworkStub(status='open', slug='digital-outcomes-and-specialists-2').response(), ] } self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [ SupplierFrameworkStub( framework_slug='g-cloud-8', application_company_details_confirmed=False ).response(), SupplierFrameworkStub( framework_slug='g-cloud-9', application_company_details_confirmed=False ).response(), SupplierFrameworkStub( framework_slug='digital-outcomes-and-specialists', application_company_details_confirmed=False ).response(), SupplierFrameworkStub( framework_slug='digital-outcomes-and-specialists-2', application_company_details_confirmed=False ).response(), ] } self.login() response = self.client.post('/suppliers/details') assert response.status_code == 302 assert response.location == f"http://localhost/suppliers/details" assert self.data_api_client.update_supplier.call_args_list == [ mock.call(supplier_id=1234, supplier={'companyDetailsConfirmed': True}, user="email@email.com"), ] assert self.data_api_client.set_supplier_framework_application_company_details_confirmed.call_args_list == [ mock.call( supplier_id=1234, framework_slug='g-cloud-9', application_company_details_confirmed=True, user='email@email.com' ), mock.call( supplier_id=1234, framework_slug='digital-outcomes-and-specialists-2', application_company_details_confirmed=True, user='email@email.com' ), ] @pytest.mark.parametrize( "complete_supplier", ( get_supplier(), get_supplier(companiesHouseNumber=None), get_supplier(otherCompanyRegistrationNumber=None), ) ) def test_post_route_calls_api_and_redirects_when_details_are_complete(self, complete_supplier): self.data_api_client.get_supplier.return_value = complete_supplier self.login() response = self.client.post("/suppliers/details") assert response.status_code == 302 assert self.data_api_client.update_supplier.call_args_list == [ mock.call(supplier={'companyDetailsConfirmed': True}, supplier_id=1234, user='email@email.com') ] @pytest.mark.parametrize( "incomplete_supplier", ( get_supplier(organisationSize=None), get_supplier(dunsNumber=None), get_supplier(companiesHouseNumber=None, otherCompanyRegistrationNumber=None), ) ) def test_post_route_does_not_call_api_and_returns_error_if_incomplete(self, incomplete_supplier): self.data_api_client.get_supplier.return_value = incomplete_supplier self.login() response = self.client.post("/suppliers/details") assert response.status_code == 400 assert self.data_api_client.update_supplier.call_args_list == [] @pytest.mark.parametrize( "current_fwk,expected_destination", [ (None, "/suppliers/details"), ("g-things-23", "/suppliers/frameworks/g-things-23"), ("digital-widgets-and-stuff", "/suppliers/frameworks/digital-widgets-and-stuff"), ] ) def test_post_green_button_redirects_to_the_correct_place(self, current_fwk, expected_destination): self.data_api_client.get_supplier.return_value = get_supplier() self.login() if current_fwk: with self.client.session_transaction() as session: session["currently_applying_to"] = current_fwk response = self.client.post("/suppliers/details") assert response.status_code == 302 assert response.location == f"http://localhost{expected_destination}" class TestSupplierOpportunitiesDashboardLink(BaseApplicationTest): def setup_method(self, method): super().setup_method(method) self.get_supplier_frameworks_response = { 'agreementReturned': True, 'complete_drafts_count': 2, 'declaration': {'status': 'complete'}, 'frameworkSlug': 'digital-outcomes-and-specialists-4', 'onFramework': True, 'services_count': 2, 'supplierId': 1234 } self.data_api_client_patch = mock.patch('app.main.views.suppliers.data_api_client', autospec=True) self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): self.data_api_client_patch.stop() super().teardown_method(method) def find_frameworks_stub(self): return {'frameworks': [ { **FrameworkStub(status='live', slug='digital-outcomes-and-specialists-4').response(), 'framework': 'digital-outcomes-and-specialists' } ]} def test_opportunities_dashboard_link(self): self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [self.get_supplier_frameworks_response]} self.data_api_client.find_frameworks.return_value = self.find_frameworks_stub() self.login() res = self.client.get("/suppliers") doc = html.fromstring(res.get_data(as_text=True)) # note how this also tests the ordering of the links assert doc.xpath( "//h3[normalize-space(string())=$f]" "[(following::a)[1][normalize-space(string())=$t1][@href=$u1]]" "[(following::a)[2][normalize-space(string())=$t2][@href=$u2]]" "[(following::a)[3][normalize-space(string())=$t3][@href=$u3]]", f="Digital Outcomes and Specialists 4", t1="View your opportunities", u1="/suppliers/opportunities/frameworks/digital-outcomes-and-specialists-4", t2="View services", u2="/suppliers/frameworks/digital-outcomes-and-specialists-4/services", t3="View documents", u3="/suppliers/frameworks/digital-outcomes-and-specialists-4", ) @pytest.mark.parametrize( 'incorrect_data', ( {'onFramework': False}, {'frameworkSlug': 'not-dos'} ) ) def test_opportunities_dashboard_link_fails_with_incomplete_data(self, incorrect_data): self.get_supplier_frameworks_response.update(incorrect_data) self.data_api_client.get_supplier.side_effect = get_supplier self.data_api_client.get_supplier_frameworks.return_value = { 'frameworkInterest': [self.get_supplier_frameworks_response]} self.data_api_client.find_frameworks.return_value = self.find_frameworks_stub() self.login() res = self.client.get("/suppliers") doc = html.fromstring(res.get_data(as_text=True)) unexpected_link = "/suppliers/opportunities/frameworks/digital-outcomes-and-specialists-4" assert not any(filter(lambda i: i[2] == unexpected_link, doc.iterlinks())) class TestSupplierDashboardLogin(BaseApplicationTest): def setup_method(self, method): super().setup_method(method) self.data_api_client_patch = mock.patch('app.main.views.suppliers.data_api_client', autospec=True) self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): self.data_api_client_patch.stop() super().teardown_method(method) def test_should_show_supplier_dashboard_logged_in(self): self.login() self.data_api_client.authenticate_user.return_value = self.user( 123, "email@email.com", 1234, u'Supplier NĀme', u'Năme') self.data_api_client.get_user.return_value = self.user( 123, "email@email.com", 1234, u'Supplier NĀme', u'Năme') self.data_api_client.find_frameworks.return_value = FIND_FRAMEWORKS_RETURN_VALUE self.data_api_client.get_supplier.side_effect = get_supplier response = self.client.get("/suppliers") assert response.status_code == 200 assert self.strip_all_whitespace(u'<h1 class="govuk-heading-xl">Supplier NĀme</h1>') in \ self.strip_all_whitespace(response.get_data(as_text=True)) assert self.strip_all_whitespace("email@email.com") in \ self.strip_all_whitespace(response.get_data(as_text=True)) assert self.strip_all_whitespace("Change your password") in \ self.strip_all_whitespace(response.get_data(as_text=True)) document = html.fromstring(response.get_data(as_text=True)) assert len(document.xpath("//a[contains(@href,'/user/change-password')]")) == 1 # the cookie settings link will appear twice, once in the banner on top # and again on the side of the page next to account settings assert len(document.xpath("//a[contains(@href,'/user/cookie-settings')]")) == 2 def test_should_redirect_to_login_if_not_logged_in(self): res = self.client.get("/suppliers") assert res.status_code == 302 assert res.location == "http://localhost/user/login?next=%2Fsuppliers" def test_custom_dimension_supplier_role_and_organisation_size_is_set_if_supplier_logged_in(self): self.data_api_client.find_frameworks.return_value = FIND_FRAMEWORKS_RETURN_VALUE self.data_api_client.get_supplier.side_effect = get_supplier self.login() res = self.client.get('/suppliers') doc = html.fromstring(res.get_data(as_text=True)) # The default company details from self.login() should available as attributes of current_user assert len(doc.xpath('//meta[@data-value="supplier"]')) == 1 assert len(doc.xpath('//meta[@data-value="small"]')) == 1 def test_custom_dimension_supplier_organisation_size_not_set_if_size_is_null(self): self.data_api_client.find_frameworks.return_value = FIND_FRAMEWORKS_RETURN_VALUE self.data_api_client.get_supplier.side_effect = get_supplier self.login(supplier_organisation_size=None) res = self.client.get('/suppliers') doc = html.fromstring(res.get_data(as_text=True)) # The default company details from self.login() should available as attributes of current_user assert len(doc.xpath('//meta[@data-value="supplier"]')) == 1 assert len(doc.xpath('//meta[@data-value="small"]')) == 0 def test_custom_dimension_supplier_role_and_organisation_size_not_set_if_supplier_logged_out(self): # View that does not require login res = self.client.get('/suppliers/create/start') doc = html.fromstring(res.get_data(as_text=True)) assert len(doc.xpath('//meta[@data-id="10"]')) == 0 assert len(doc.xpath('//meta[@data-id="11"]')) == 0 class TestSupplierUpdate(BaseApplicationTest): def setup_method(self, method): super().setup_method(method) self.data_api_client_patch = mock.patch('app.main.views.suppliers.data_api_client', autospec=True) self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): self.data_api_client_patch.stop() super().teardown_method(method) def post_supplier_edit(self, data=None, **kwargs): if data is None: data = { "description": "New Description", "email": "supplier@user.dmdev", "contactName": "Supplier Person", "phoneNumber": "0800123123", } data.update(kwargs) res = self.client.post("/suppliers/what-buyers-will-see/edit", data=data) return res.status_code, res.get_data(as_text=True) def test_should_render_edit_page_with_minimum_data(self): self.login() def limited_supplier(self): return { 'suppliers': { 'contactInformation': [ { 'phoneNumber': '099887', 'id': 1234, 'contactName': 'contact name', 'email': 'email@email.com' } ], 'dunsNumber': '999999999', 'id': 12345, 'name': 'Supplier Name' } } self.data_api_client.get_supplier.side_effect = limited_supplier response = self.client.get("/suppliers/what-buyers-will-see/edit") assert response.status_code == 200 def test_update_all_supplier_fields(self): self.login() self.data_api_client.get_supplier.side_effect = get_supplier status, _ = self.post_supplier_edit() assert status == 302 self.data_api_client.update_supplier.assert_called_once_with( 1234, { 'description': u'New Description' }, 'email@email.com' ) self.data_api_client.update_contact_information.assert_called_once_with( 1234, 2, { 'email': u'supplier@user.dmdev', 'phoneNumber': u'0800123123', 'contactName': u'Supplier Person', }, 'email@email.com' ) def test_should_strip_whitespace_surrounding_supplier_update_all_fields(self): self.login() self.data_api_client.get_supplier.side_effect = get_supplier data = { "description": " New Description ", "email": " supplier@user.dmdev ", "contactName": " Supplier Person ", "phoneNumber": " 0800123123 ", } status, _ = self.post_supplier_edit(data=data) assert status == 302 self.data_api_client.update_supplier.assert_called_once_with( 1234, { 'description': u'New Description' }, 'email@email.com' ) self.data_api_client.update_contact_information.assert_called_once_with( 1234, 2, { 'email': u'supplier@user.dmdev', 'phoneNumber': u'0800123123', 'contactName': u'Supplier Person', }, 'email@email.com' ) def test_missing_required_supplier_fields(self): self.login() status, response = self.post_supplier_edit({ "description": "New Description", }) assert status == 400 doc = html.fromstring(response) for xpath_selector, expected_content in [ ("[contains(@class, 'govuk-error-summary__list')]/li/a", "Enter a contact name"), ("[contains(@class, 'govuk-error-summary__list')]/li/a", "Enter an email address"), ("[contains(@class, 'govuk-error-summary__list')]/li/a", "Enter a phone number") ]: assert doc.xpath( f"//*{xpath_selector}[normalize-space(string())='{expected_content}']" ) assert self.data_api_client.update_supplier.called is False assert self.data_api_client.update_contact_information.called is False assert "New Description" in response def test_fields_above_character_length(self): self.login() status, response = self.post_supplier_edit( phoneNumber="0" * 21, contactName="A" * 256, ) assert status == 400 doc = html.fromstring(response) for xpath_selector, expected_content in [ ("[contains(@class, 'govuk-error-summary__list')]/li/a", "Phone number must be 20 characters or fewer"), ("[contains(@class, 'govuk-error-summary__list')]/li/a", "Contact name must be 255 characters or fewer") ]: assert doc.xpath( f"//*{xpath_selector}[normalize-space(string())='{expected_content}']" ) assert self.data_api_client.update_supplier.called is False assert self.data_api_client.update_contact_information.called is False def test_valid_email_address_required(self): self.login() status, response = self.post_supplier_edit( email="This is absolutely not an email address" ) assert status == 400 doc = html.fromstring(response) for xpath_selector, expected_content in [ ("[contains(@class, 'govuk-error-summary__list')]/li/a", "Enter an email address in the correct format, like name@example.com") ]: assert doc.xpath( f"//*{xpath_selector}[normalize-space(string())='{expected_content}']" ) assert self.data_api_client.update_supplier.called is False assert self.data_api_client.update_contact_information.called is False def test_description_below_word_length(self): self.login() status, resp = self.post_supplier_edit( description="DESCR " * 49 ) assert status == 302 assert self.data_api_client.update_supplier.called is True assert self.data_api_client.update_contact_information.called is True def test_description_above_word_length(self): self.login() status, resp = self.post_supplier_edit( description="DESCR " * 51 ) assert status == 400 assert 'must not be more than 50' in resp assert self.data_api_client.update_supplier.called is False assert self.data_api_client.update_contact_information.called is False def test_should_redirect_to_login_if_not_logged_in(self): res = self.client.get("/suppliers/what-buyers-will-see/edit") assert res.status_code == 302 assert res.location == "http://localhost/user/login?next=%2Fsuppliers%2Fwhat-buyers-will-see%2Fedit" class TestEditSupplierRegisteredAddress(BaseApplicationTest): def setup_method(self, method): super().setup_method(self) self.data_api_client_patch = mock.patch("app.main.views.suppliers.data_api_client") self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): super().teardown_method(self) self.data_api_client_patch.stop() def post_supplier_address_edit(self, data=None, **kwargs): if data is None: data = { "street": "1 Street", "city": "Supplierville", "postcode": "11 AB", "country": "country:GB", } data.update(kwargs) res = self.client.post("/suppliers/registered-address/edit", data=data) return res.status_code, res.get_data(as_text=True) def test_should_render_edit_address_page_with_minimum_data(self): self.login() self.data_api_client.get_supplier.return_value = { 'suppliers': { 'contactInformation': [{'id': 5678}], 'dunsNumber': '999999999', 'id': 1234, 'name': 'Supplier Name', 'registrationCountry': "", } } response = self.client.get("/suppliers/registered-address/edit") assert response.status_code == 200 def test_should_prepopulate_country_field(self): self.login() self.data_api_client.get_supplier.return_value = { 'suppliers': { 'contactInformation': [{'id': 5678}], 'dunsNumber': '999999999', 'id': 1234, 'registrationCountry': 'country:GB', 'name': 'Supplier Name' } } response = self.client.get("/suppliers/registered-address/edit") assert response.status_code == 200 doc = html.fromstring(response.get_data(as_text=True)) assert doc.xpath("//option[@selected='selected'][@value='country:GB']") def test_update_all_supplier_address_fields(self): self.login() self.data_api_client.get_supplier.return_value = { 'suppliers': { 'contactInformation': [{'id': 5678}], 'dunsNumber': '999999999', 'id': 1234, 'name': 'Supplier Name', 'registrationCountry': "", } } status, _ = self.post_supplier_address_edit() assert status == 302 self.data_api_client.update_supplier.assert_called_once_with( 1234, { 'registrationCountry': 'country:GB' }, 'email@email.com' ) self.data_api_client.update_contact_information.assert_called_once_with( 1234, 5678, { 'city': 'Supplierville', 'address1': '1 Street', 'postcode': '11 AB', }, 'email@email.com' ) def test_should_strip_whitespace_surrounding_supplier_update_all_fields(self): self.login() self.data_api_client.get_supplier.return_value = { 'suppliers': { 'contactInformation': [{'id': 5678}], 'dunsNumber': '999999999', 'id': 1234, 'name': 'Supplier Name', 'registrationCountry': "", } } data = { "street": " 1 Street ", "city": " Supplierville ", "postcode": " 11 AB ", "country": "country:GB", } status, _ = self.post_supplier_address_edit(data=data) assert status == 302 self.data_api_client.update_contact_information.assert_called_once_with( 1234, 5678, { 'city': 'Supplierville', 'address1': '1 Street', 'postcode': '11 AB', }, 'email@email.com' ) def test_validation_on_required_supplier_address_fields(self): self.login() status, response = self.post_supplier_address_edit({ "street": "SomeStreet", "city": "", "postcode": "11 AB", "registeredCountry": "", }) assert status == 400 assert "Enter a town or city" in response assert "Enter a country" in response assert self.data_api_client.update_supplier.called is False assert self.data_api_client.update_contact_information.called is False assert 'value="11 AB"' in response assert 'value="SomeStreet"' in response @pytest.mark.parametrize( 'length, validation_error_returned, status_code', ( (255, False, 302), (256, True, 400), ), ) def test_validation_on_length_of_supplier_address_fields(self, length, validation_error_returned, status_code): self.login() status, response = self.post_supplier_address_edit({ "street": "A" * length, "city": "C" * length, "postcode": "P" * (length - 240), "country": "country:GB", }) assert status == status_code validation_messages = [ "Building and street name must be 255 characters or fewer", "Town or city name must be 255 characters or fewer", "Postcode must be 15 characters or fewer", ] for message in validation_messages: assert (message in response) == validation_error_returned assert self.data_api_client.update_supplier.called is not validation_error_returned assert self.data_api_client.update_contact_information.called is not validation_error_returned data_values = [ f"value=\"{'A' * length}\"", f"value=\"{'C' * length}\"", f"value=\"{'P' * (length - 240)}\"", ] for value in data_values: assert (value in response) == validation_error_returned def test_validation_fails_for_invalid_country(self): self.login() status, response = self.post_supplier_address_edit({ "street": "SomeStreet", "city": "Florence", "postcode": "11 AB", "registeredCountry": "country:BLAH", }) assert status == 400 assert "Enter a country" in response assert self.data_api_client.update_supplier.called is False assert self.data_api_client.update_contact_information.called is False def test_should_redirect_to_login_if_not_logged_in(self): res = self.client.get("/suppliers/registered-address/edit") assert res.status_code == 302 assert res.location == "http://localhost/user/login?next=%2Fsuppliers%2Fregistered-address%2Fedit" def test_handles_api_errors_when_updating_supplier_or_contact_information(self): self.login() self.data_api_client.update_supplier.side_effect = HTTPError(400, "I'm an error from the API") status, response = self.post_supplier_address_edit() assert status == 503 def test_handles_api_errors_when_updating_contact_information(self): self.login() self.data_api_client.update_contact_information.side_effect = HTTPError(400, "I'm an error from the API") status, response = self.post_supplier_address_edit() assert status == 503 class TestCreateSupplier(BaseApplicationTest): direct_plus_api_method = 'app.main.views.suppliers.direct_plus_client.get_organization_by_duns_number' @pytest.fixture def get_organization_by_duns_number(self): with self.app.app_context(), mock.patch( self.direct_plus_api_method, return_value={"primaryName": "COMPANY NAME LTD"} ) as get_organization_by_duns_number: yield get_organization_by_duns_number def setup_method(self, method): super().setup_method(method) self.data_api_client_patch = mock.patch('app.main.views.suppliers.data_api_client', autospec=True) self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): self.data_api_client_patch.stop() super().teardown_method(method) def test_old_create_start_page_redirects_to_new_start_page(self): res = self.client.get("/suppliers/create") assert res.status_code == 301 assert res.location == "http://localhost/suppliers/create/start" def test_create_start_page_get_ok(self): res = self.client.get("/suppliers/create/start") assert res.status_code == 200 def test_create_duns_number_page_get_ok(self): res = self.client.get("/suppliers/create/duns-number") assert res.status_code == 200 def test_create_company_details_page_get_ok(self): res = self.client.get("/suppliers/create/company-details") assert res.status_code == 200 @pytest.mark.parametrize( "duns_number,expected_message", [(None, 'Enter your 9 digit DUNS number'), ('invalid', 'Your DUNS number must be 9 digits'), ('12345678', 'Your DUNS number must be 9 digits'), ('1234567890', 'Your DUNS number must be 9 digits'), ], ) def test_should_be_an_error_if_missing_or_invalid_duns_number(self, duns_number, expected_message): """Ensures that validation on duns number prevents submission of: 1) No value 2) Non-numerics 3) Numerics shorter/longer than 9 characters""" res = self.client.post( "/suppliers/create/duns-number", data={'duns_number': duns_number} if duns_number else {} ) self.assert_single_question_page_validation_errors(res, validation_message=expected_message) def test_should_be_an_error_if_duns_number_in_use(self, get_organization_by_duns_number): self.data_api_client.find_suppliers.return_value = {"suppliers": ["one supplier", "two suppliers"]} res = self.client.post("/suppliers/create/duns-number", data={'duns_number': "123456789"}) assert res.status_code == 400 page = res.get_data(as_text=True) assert "A supplier account already exists with that DUNS number" in page assert "DUNS number already used" in page assert "If you no longer have your account details, or if you think this may be an error," in page def test_direct_plus_api_call(self, get_organization_by_duns_number): self.client.post("/suppliers/create/duns-number", data={'duns_number': "123456789"}) get_organization_by_duns_number.assert_called_once_with('123456789') def test_marketplace_data_api_call(self, get_organization_by_duns_number): self.client.post("/suppliers/create/duns-number", data={'duns_number': "123456789"}) self.data_api_client.find_suppliers.assert_called_once_with(duns_number="123456789") def test_should_be_an_error_if_duns_number_not_found(self, get_organization_by_duns_number): get_organization_by_duns_number.side_effect = direct_plus_client.DUNSNumberNotFound res = self.client.post("/suppliers/create/duns-number", data={'duns_number': "123456789"}) assert res.status_code == 400 page = res.get_data(as_text=True) assert "DUNS number not found" in page def test_skips_dnb_api_validation_if_unexpected_error(self, get_organization_by_duns_number): get_organization_by_duns_number.side_effect = direct_plus_client.DirectPlusError self.data_api_client.find_suppliers.return_value = {"suppliers": []} res = self.client.post("/suppliers/create/duns-number", data={'duns_number': "123456789"}) assert res.status_code == 302 assert res.location == 'http://localhost/suppliers/create/company-details' def test_duns_added_to_session_if_unexpected_error(self, get_organization_by_duns_number): get_organization_by_duns_number.side_effect = direct_plus_client.DirectPlusError with self.client as c: with c.session_transaction() as sess: with pytest.raises(KeyError): sess['duns_number'] self.data_api_client.find_suppliers.return_value = {"suppliers": []} c.post("/suppliers/create/duns-number", data={'duns_number': "123456789"}) assert session['duns_number'] == '123456789' def test_should_allow_nine_digit_duns_number(self, get_organization_by_duns_number): self.data_api_client.find_suppliers.return_value = {"suppliers": []} res = self.client.post("/suppliers/create/duns-number", data={'duns_number': "123456789"}) assert res.status_code == 302 assert res.location == 'http://localhost/suppliers/create/confirm-company' def test_should_allow_duns_numbers_that_start_with_zero(self, get_organization_by_duns_number): self.data_api_client.find_suppliers.return_value = {"suppliers": []} res = self.client.post("/suppliers/create/duns-number", data={'duns_number': "012345678"}) assert res.status_code == 302 assert res.location == 'http://localhost/suppliers/create/confirm-company' def test_should_strip_whitespace_surrounding_duns_number_field(self): self.data_api_client.find_suppliers.return_value = {"suppliers": []} with self.app.app_context(), self.client as c: with mock.patch(self.direct_plus_api_method, return_value={'primaryName': '0 COMPANY LTD'}): c.post("/suppliers/create/duns-number", data={'duns_number': " 012345678 "}) assert "duns_number" in session assert session.get("duns_number") == "012345678" def test_should_add_company_name_to_session(self): with self.app.app_context(), self.client as c: with mock.patch(self.direct_plus_api_method, return_value={'primaryName': '0 COMPANY LTD'}): with c.session_transaction() as sess: with pytest.raises(KeyError): sess['company_name'] self.data_api_client.find_suppliers.return_value = {"suppliers": []} c.post("/suppliers/create/duns-number", data={'duns_number': "123456789"}) assert session['company_name'] == '0 COMPANY LTD' def test_should_not_add_company_name_to_session_if_unexpected_error(self): with self.app.app_context(), self.client as c: with mock.patch(self.direct_plus_api_method, side_effect=direct_plus_client.DirectPlusError): with c.session_transaction() as sess: with pytest.raises(KeyError): sess['company_name'] self.data_api_client.find_suppliers.return_value = {"suppliers": []} c.post("/suppliers/create/duns-number", data={'duns_number': "123456789"}) with pytest.raises(KeyError): session['company_name'] def test_should_allow_valid_company_contact_details(self): res = self.client.post( "/suppliers/create/company-details", data={ 'company_name': "My Company", 'contact_name': "Name", 'email_address': "name@email.com", 'phone_number': "999" } ) assert res.status_code == 302 assert res.location == 'http://localhost/suppliers/create/account' def test_should_strip_whitespace_surrounding_contact_details_fields(self): contact_details = { 'company_name': " My Company ", 'contact_name': " Name ", 'email_address': " name@email.com ", 'phone_number': " 999 " } with self.client as c: c.post( "/suppliers/create/company-details", data=contact_details ) for key, value in contact_details.items(): assert key in session assert session.get(key) == value.strip() def test_should_not_allow_contact_details_without_company_name(self): res = self.client.post( "/suppliers/create/company-details", data={ 'contact_name': "Name", 'email_address': "name@email.com", 'phone_number': "999" } ) assert res.status_code == 400 assert "Enter your company name" in res.get_data(as_text=True) def test_should_not_allow_contact_details_with_too_long_company_name(self): twofiftysix = "a" * 256 res = self.client.post( "/suppliers/create/company-details", data={ 'company_name': twofiftysix, 'contact_name': "Name", 'email_address': "name@email.com", 'phone_number': "999" } ) assert res.status_code == 400 assert "Company name must be 255 characters or fewer" in res.get_data(as_text=True) def test_should_not_allow_contact_details_without_contact_name(self): res = self.client.post( "/suppliers/create/company-details", data={ 'company_name': "My Company", 'email_address': "name@email.com", 'phone_number': "999" } ) assert res.status_code == 400 assert "Enter a contact name" in res.get_data(as_text=True) def test_should_not_allow_contact_details_with_too_long_contact_name(self): twofiftysix = "a" * 256 res = self.client.post( "/suppliers/create/company-details", data={ 'company_name': "My Company", 'contact_name': twofiftysix, 'email_address': "name@email.com", 'phone_number': "999" } ) assert res.status_code == 400 assert "Contact name must be 255 characters or fewer" in res.get_data(as_text=True) def test_should_not_allow_contact_details_without_email(self): res = self.client.post( "/suppliers/create/company-details", data={ 'company_name': "My Company", 'contact_name': "Name", 'phone_number': "999" } ) assert res.status_code == 400 assert "Enter an email address" in res.get_data(as_text=True) def test_should_not_allow_contact_details_with_invalid_email(self): res = self.client.post( "/suppliers/create/company-details", data={ 'company_name': "My Company", 'contact_name': "Name", 'email_address': "notrightatall", 'phone_number': "999" } ) assert res.status_code == 400 assert "Enter an email address in the correct format, like name@example.com" in res.get_data(as_text=True) def test_should_not_allow_contact_details_without_phone_number(self): res = self.client.post( "/suppliers/create/company-details", data={ 'company_name': "My Company", 'contact_name': "Name", 'email_address': "name@email.com" } ) assert res.status_code == 400 assert "Enter a phone number" in res.get_data(as_text=True) def test_should_not_allow_contact_details_with_too_long_phone_number(self): twentyone = "a" * 21 res = self.client.post( "/suppliers/create/company-details", data={ 'company_name': "My Company", 'contact_name': "Name", 'email_address': "name@email.com", 'phone_number': twentyone } ) assert res.status_code == 400 assert "Phone number must be 20 characters or fewer" in res.get_data(as_text=True) def test_should_show_multiple_errors(self): res = self.client.post( "/suppliers/create/company-details", data={} ) assert res.status_code == 400 assert "Enter your company name" in res.get_data(as_text=True) assert "Enter a phone number" in res.get_data(as_text=True) assert "Enter an email address" in res.get_data(as_text=True) assert "Enter a contact name" in res.get_data(as_text=True) def test_should_populate_duns_from_session(self): with self.client.session_transaction() as sess: sess['duns_number'] = "999" res = self.client.get("/suppliers/create/duns-number") assert res.status_code == 200 assert '<inputtype="text"name="duns_number"id="input-duns_number"class="text-box"value="999"' \ in self.strip_all_whitespace(res.get_data(as_text=True)) def test_should_populate_company_name_from_session(self): with self.client.session_transaction() as sess: sess['company_name'] = "Name" res = self.client.get("/suppliers/create/company-details") assert res.status_code == 200 assert '<inputtype="text"name="company_name"id="input-company_name"class="text-box"value="Name"' \ in self.strip_all_whitespace(res.get_data(as_text=True)) def test_should_populate_contact_details_from_session(self): with self.client.session_transaction() as sess: sess['email_address'] = "email_address" sess['contact_name'] = "contact_name" sess['phone_number'] = "phone_number" res = self.client.get("/suppliers/create/company-details") assert res.status_code == 200 stripped_page = self.strip_all_whitespace(res.get_data(as_text=True)) assert '<inputtype="text"name="email_address"id="input-email_address"class="text-box"value="email_address"' \ in stripped_page assert '<inputtype="text"name="contact_name"id="input-contact_name"class="text-box"value="contact_name"' \ in stripped_page assert '<inputtype="text"name="phone_number"id="input-phone_number"class="text-box"value="phone_number"' \ in stripped_page def test_should_be_an_error_to_be_submit_company_with_incomplete_session(self): res = self.client.post("/suppliers/create/company-summary") assert res.status_code == 400 assert 'You must answer all the questions' in res.get_data(as_text=True) @mock.patch("app.main.suppliers.send_user_account_email") def test_should_redirect_to_create_your_account_if_valid_session(self, send_user_account_email): with self.client as c: with c.session_transaction() as sess: sess['email_address'] = "email_address" sess['phone_number'] = "phone_number" sess['contact_name'] = "contact_name" sess['duns_number'] = "duns_number" sess['company_name'] = "company_name" sess['account_email_address'] = "valid@email.com" self.data_api_client.create_supplier.return_value = self.supplier() res = c.post("/suppliers/create/company-summary") assert res.status_code == 302 assert res.location == "http://localhost/suppliers/create/complete" self.data_api_client.create_supplier.assert_called_once_with({ "contactInformation": [{ "email": "email_address", "phoneNumber": "phone_number", "contactName": "contact_name" }], "dunsNumber": "duns_number", "name": "company_name", }) assert 'email_address' not in session assert 'phone_number' not in session assert 'contact_name' not in session assert 'duns_number' not in session assert 'company_name' not in session assert session['email_supplier_id'] == 12345 assert session['email_company_name'] == 'Supplier Name' @mock.patch("app.main.suppliers.send_user_account_email") def test_should_allow_missing_companies_house_number(self, send_user_account_email): with self.client.session_transaction() as sess: sess['email_address'] = "email_address" sess['phone_number'] = "phone_number" sess['contact_name'] = "contact_name" sess['duns_number'] = "duns_number" sess['company_name'] = "company_name" sess['account_email_address'] = "account_email_address" self.data_api_client.create_supplier.return_value = self.supplier() res = self.client.post( "/suppliers/create/company-summary", data={ 'email_address': 'valid@email.com' } ) assert res.status_code == 302 assert res.location == "http://localhost/suppliers/create/complete" self.data_api_client.create_supplier.assert_called_once_with({ "contactInformation": [{ "email": "email_address", "phoneNumber": "phone_number", "contactName": "contact_name" }], "dunsNumber": "duns_number", "name": "company_name" }) def test_should_be_an_error_if_missing_a_field_in_session(self): with self.client.session_transaction() as sess: sess['email_address'] = "email_address" sess['phone_number'] = "phone_number" sess['contact_name'] = "contact_name" sess['duns_number'] = "duns_number" self.data_api_client.create_supplier.return_value = True res = self.client.post("/suppliers/create/company-summary") assert res.status_code == 400 assert self.data_api_client.create_supplier.called is False assert 'You must answer all the questions' in res.get_data(as_text=True) def test_should_return_503_if_api_error(self): with self.client.session_transaction() as sess: sess['email_address'] = "email_address" sess['phone_number'] = "phone_number" sess['contact_name'] = "contact_name" sess['duns_number'] = "duns_number" sess['company_name'] = "company_name" sess['account_email_address'] = "account_email_address" self.data_api_client.create_supplier.side_effect = HTTPError("gone bad") res = self.client.post("/suppliers/create/company-summary") assert res.status_code == 503 def test_should_require_an_email_address(self): with self.client.session_transaction() as sess: sess['email_company_name'] = "company_name" sess['email_supplier_id'] = 1234 res = self.client.post( "/suppliers/create/account", data={} ) assert res.status_code == 400 assert "Enter an email address" in res.get_data(as_text=True) def test_should_not_allow_incorrect_email_address(self): with self.client.session_transaction() as sess: sess['email_company_name'] = "company_name" sess['email_supplier_id'] = 1234 res = self.client.post( "/suppliers/create/account", data={ 'email_address': "bademail" } ) assert res.status_code == 400 assert "Enter an email address in the correct format, like name@example.com" in res.get_data(as_text=True) @mock.patch("app.main.suppliers.send_user_account_email") def test_should_allow_correct_email_address(self, send_user_account_email): with self.client as c: with c.session_transaction() as sess: sess['email_address'] = "email_address" sess['phone_number'] = "phone_number" sess['contact_name'] = "contact_name" sess['duns_number'] = "duns_number" sess['company_name'] = "company_name" sess['account_email_address'] = "valid@email.com" self.data_api_client.create_supplier.return_value = self.supplier() res = c.post("/suppliers/create/company-summary") send_user_account_email.assert_called_once_with( 'supplier', 'valid@email.com', current_app.config['NOTIFY_TEMPLATES']['create_user_account'], extra_token_data={ "supplier_id": 12345, "supplier_name": "Supplier Name" } ) assert res.status_code == 302 assert res.location == 'http://localhost/suppliers/create/complete' @mock.patch('dmutils.email.user_account_email.DMNotifyClient') def test_should_correctly_store_email_address_in_session(self, DMNotifyClient): with self.client as c: with c.session_transaction() as sess: sess['email_address'] = "email_address" sess['phone_number'] = "phone_number" sess['contact_name'] = "contact_name" sess['duns_number'] = "duns_number" sess['company_name'] = "company_name" sess['account_email_address'] = "valid@email.com" self.data_api_client.create_supplier.return_value = self.supplier() c.post("/suppliers/create/company-summary") assert session['email_sent_to'] == 'valid@email.com' @mock.patch("app.main.suppliers.send_user_account_email") def test_should_be_an_error_if_incomplete_session_on_account_creation(self, send_user_account_email): res = self.client.post( "/suppliers/create/company-summary" ) assert send_user_account_email.called is False assert res.status_code == 400 def test_should_show_email_address_on_create_account_complete(self): with self.client as c: with c.session_transaction() as sess: sess['email_sent_to'] = "my@email.com" sess['other_stuff'] = True res = c.get("/suppliers/create/complete") assert res.status_code == 200 assert 'my@email.com' in res.get_data(as_text=True) assert 'other_stuff' not in session def test_should_show_email_address_even_when_refreshed(self): with self.client as c: with c.session_transaction() as sess: sess['email_sent_to'] = 'my-email@example.com' res = c.get('/suppliers/create/complete') assert res.status_code == 200 assert 'my-email@example.com' in res.get_data(as_text=True) res = c.get('/suppliers/create/complete') assert res.status_code == 200 assert 'my-email@example.com' in res.get_data(as_text=True) class TestJoinOpenFrameworkNotificationMailingList(BaseApplicationTest): def setup_method(self, method): super().setup_method(method) self.data_api_client_patch = mock.patch('app.main.views.suppliers.data_api_client', autospec=True) self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): self.data_api_client_patch.stop() super().teardown_method(method) @staticmethod def _common_page_asserts_and_get_form(doc): assert tuple(h1.xpath("normalize-space(string())") for h1 in doc.xpath("//h1")) == ( "Sign up for Digital Marketplace email alerts", ) form = next( form for form in doc.xpath("//form[@method='POST']") if urlparse(form.action)[2:] == ("/suppliers/mailing-list", "", "", "",) and form.xpath(".//input[@name='email_address']") ) assert form.xpath(".//input[@name='csrf_token']") assert form.xpath(".//button[normalize-space(string())=$t]", t="Subscribe") return form @mock.patch("app.main.views.suppliers.DMMailChimpClient") def test_get(self, mailchimp_client_class): self.data_api_client.create_audit_event.side_effect = AssertionError("This should not be called") mailchimp_client_instance = mock.Mock(spec=("subscribe_new_email_to_list",)) mailchimp_client_instance.subscribe_new_email_to_list.side_effect = AssertionError("This should not be called") mailchimp_client_class.side_effect = assert_args_and_return( mailchimp_client_instance, "not_a_real_username", "not_a_real_key", mock.ANY, ) response = self.client.get( "/suppliers/mailing-list", ) assert response.status_code == 200 doc = html.fromstring(response.get_data(as_text=True), base_url="/suppliers/mailing-list") assert not doc.xpath( "//*[normalize-space(string())=$t]", t="Provide a valid email address.", ) assert not doc.xpath( "//*[normalize-space(string())=$t]", t="Provide an email address.", ) assert not doc.xpath("//*[contains(@class, 'validation-message')]") form = self._common_page_asserts_and_get_form(doc) # we have already tested for the existence of input[@name='email_address'] assert not any(inp.value for inp in form.xpath(".//input[@name='email_address']")) self.assert_no_flashes() @pytest.mark.parametrize("email_address_value,expected_validation_message", ( ("pint@twopence", "Enter an email address in the correct format, like name@example.com",), ("", "Enter an email address",), )) @mock.patch("app.main.views.suppliers.DMMailChimpClient") def test_post_invalid_email( self, mailchimp_client_class, email_address_value, expected_validation_message, ): self.data_api_client.create_audit_event.side_effect = AssertionError("This should not be called") mailchimp_client_instance = mock.Mock(spec=("subscribe_new_email_to_list",)) mailchimp_client_instance.subscribe_new_email_to_list.side_effect = AssertionError("This should not be called") mailchimp_client_class.side_effect = assert_args_and_return( mailchimp_client_instance, "not_a_real_username", "not_a_real_key", mock.ANY, ) response = self.client.post( "/suppliers/mailing-list", data={ "email_address": email_address_value, }, ) assert response.status_code == 400 doc = html.fromstring(response.get_data(as_text=True), base_url="/suppliers/mailing-list") form = self._common_page_asserts_and_get_form(doc) assert tuple(inp.value for inp in form.xpath(".//input[@name='email_address']")) == ( email_address_value, ) assert doc.xpath( "//label[@for='input-email_address']//*[contains(@class, 'validation-message')]" "[normalize-space(string())=$t]", t=expected_validation_message, ) self.assert_no_flashes() @pytest.mark.parametrize("mc_retval, expected_status, expected_message", ( ( {'error_type': 'already_subscribed', 'status_code': 400, 'status': 'error'}, 400, "This email address has already been used to sign up" ), ( {'error_type': 'deleted_user', 'status_code': 400, 'status': 'error'}, 400, "This email address cannot be used to sign up" ), ( {'error_type': 'invalid_email', 'status_code': 400, 'status': 'error'}, 400, "This email address cannot be used to sign up" ), ( {'error_type': 'unexpected_error', 'status_code': 503, 'status': 'error'}, 503, "The service is unavailable at the moment" ), )) @mock.patch("app.main.views.suppliers.DMMailChimpClient") def test_post_valid_email_failure(self, mailchimp_client_class, mc_retval, expected_status, expected_message): self.data_api_client.create_audit_event.side_effect = AssertionError("This should not be called") mailchimp_client_instance = mock.Mock(spec=("subscribe_new_email_to_list",)) mailchimp_client_instance.subscribe_new_email_to_list.side_effect = assert_args_and_return( mc_retval, "not_a_real_mailing_list", "squinting@ger.ty", ) mailchimp_client_class.side_effect = assert_args_and_return( mailchimp_client_instance, "not_a_real_username", "not_a_real_key", mock.ANY, ) with self.app.app_context(): response = self.client.post( "/suppliers/mailing-list", data={ "email_address": "squinting@ger.ty", }, ) assert response.status_code == expected_status doc = html.fromstring(response.get_data(as_text=True), base_url="/suppliers/mailing-list") assert mailchimp_client_instance.subscribe_new_email_to_list.called is True form = self._common_page_asserts_and_get_form(doc) assert tuple(inp.value for inp in form.xpath(".//input[@name='email_address']")) == ( "squinting@ger.ty", ) assert not doc.xpath( "//*[normalize-space(string())=$t]", t="Provide a valid email address.", ) assert not doc.xpath( "//*[normalize-space(string())=$t]", t="Provide an email address.", ) assert not doc.xpath("//*[contains(@class, 'validation-message')]") # test flash message content flash_messages = doc.cssselect(".dm-alert") assert len(flash_messages) == 1 assert "dm-alert--error" in flash_messages[0].classes assert expected_message in flash_messages[0].cssselect(".dm-alert__body")[0].text.strip() email_address_link = flash_messages[0].cssselect("a")[0] assert email_address_link.text == current_app.config["SUPPORT_EMAIL_ADDRESS"] assert email_address_link.attrib["href"] == f"mailto:{current_app.config['SUPPORT_EMAIL_ADDRESS']}" # flash message should have been consumed by view's own page rendering self.assert_no_flashes() @mock.patch("app.main.views.suppliers.DMMailChimpClient") def test_post_valid_email_success(self, mailchimp_client_class): self.data_api_client.create_audit_event.side_effect = assert_args_and_return( {"convincing": "response"}, audit_type=AuditTypes.mailing_list_subscription, data={ "subscribedEmail": "qu&rt@four.pence", "mailchimp": { "id": "cashregister-clanged", "unique_email_id": "clock-clacked", "timestamp_opt": None, "last_changed": "1904-06-16T16:00:00+00:00", "list_id": "flowered-tables", }, }, ) mailchimp_client_instance = mock.Mock(spec=("subscribe_new_email_to_list",)) mailchimp_client_instance.subscribe_new_email_to_list.side_effect = assert_args_and_return( { "id": "cashregister-clanged", "unique_email_id": "clock-clacked", # timestamp_opt deliberately omitted "last_changed": "1904-06-16T16:00:00+00:00", "list_id": "flowered-tables", "has-he-forgotten": "perhaps-a-trick", # should be ignored "status": "success", "status_code": 200, "error_type": None, }, "not_a_real_mailing_list", "qu&rt@four.pence", ) mailchimp_client_class.side_effect = assert_args_and_return( mailchimp_client_instance, "not_a_real_username", "not_a_real_key", mock.ANY, ) response = self.client.post( "/suppliers/mailing-list", data={ # no, ampersands are probably not valid in this position in an email address but they are accepted # by our regex and we want to be able to check their escaping in the flash message "email_address": "qu&rt@four.pence", }, ) assert response.status_code == 302 assert response.location == "http://localhost/" assert mailchimp_client_instance.subscribe_new_email_to_list.called is True assert self.get_flash_messages() == ( ("success", "You will receive email notifications to qu&rt@four.pence when applications are opening.",), ) class TestBecomeASupplier(BaseApplicationTest): def setup_method(self, method): super().setup_method(method) self.data_api_client_patch = mock.patch('app.main.views.suppliers.data_api_client', autospec=True) self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): self.data_api_client_patch.stop() super().teardown_method(method) def test_become_a_supplier_page_loads_ok(self): res = self.client.get("/suppliers/supply") assert res.status_code == 200 assert self.strip_all_whitespace(u'<h1 class="govuk-heading-l">Become a supplier</h1>') in \ self.strip_all_whitespace(res.get_data(as_text=True)) @mock.patch('app.main.suppliers.get_frameworks_closed_and_open_for_applications', autospec=True) def test_frameworks_are_sorted_correctly(self, get_frameworks_closed_and_open_for_applications): self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(id=3, status='live', slug='g-cloud-9').response(), FrameworkStub(id=1, status='expired', slug='g-cloud-8').response(), FrameworkStub(id=5, status='pending', slug='g-cloud-10').response(), FrameworkStub(id=2, status='live', slug='digital-outcomes-and-specialists').response(), FrameworkStub(id=4, status='coming', slug='digital-outcomes-and-specialists-2').response(), ] } self.client.get("/suppliers/supply") ordered_framework_slugs = [ fw['slug'] for fw in get_frameworks_closed_and_open_for_applications.call_args_list[0][0][0] ] assert ordered_framework_slugs == [ 'g-cloud-10', 'digital-outcomes-and-specialists-2', 'g-cloud-9', 'digital-outcomes-and-specialists', 'g-cloud-8', ] def test_all_open_or_coming_frameworks(self): self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='open', slug='g-cloud-9').response(), FrameworkStub(status='live', slug='g-cloud-8').response(), FrameworkStub(status='coming', slug='digital-outcomes-and-specialists-2').response(), FrameworkStub(status='live', slug='digital-outcomes-and-specialists').response(), ] } res = self.client.get("/suppliers/supply") data = res.get_data(as_text=True) self.data_api_client.find_frameworks.assert_called_once_with() # Check right headings are there assert 'Services you can apply to sell' in data assert 'Services you can’t apply to sell at the moment' not in data assert 'You cannot create a supplier account at the moment' not in data # Check the right framework content is there assert 'Digital Outcomes and Specialists is opening for applications.' in data assert 'G-Cloud is open for applications.' in data # Check the right calls to action are there assert 'Create a supplier account' in data assert 'Get notifications when applications are opening' not in data def test_all_closed_frameworks(self): self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='live', slug='g-cloud-9').response(), FrameworkStub(status='expired', slug='g-cloud-8').response(), FrameworkStub(status='standstill', slug='digital-outcomes-and-specialists-2').response(), FrameworkStub(status='live', slug='digital-outcomes-and-specialists').response(), ] } res = self.client.get("/suppliers/supply") data = res.get_data(as_text=True) self.data_api_client.find_frameworks.assert_called_once_with() # Check right headings are there assert 'You cannot create a supplier account at the moment' in data assert 'Services you can apply to sell' not in data assert 'Services you can’t apply to sell at the moment' not in data # Check the right framework content is there assert 'Digital Outcomes and Specialists is closed for applications.' in data assert 'G-Cloud is closed for applications.' in data # Check the right calls to action are there assert 'Create a supplier account' not in data assert 'Get notifications when applications are opening' in data def test_one_open_one_closed_framework(self): self.data_api_client.find_frameworks.return_value = { "frameworks": [ FrameworkStub(status='open', slug='g-cloud-9').response(), FrameworkStub(status='live', slug='g-cloud-8').response(), FrameworkStub(status='live', slug='digital-outcomes-and-specialists-2').response(), FrameworkStub(status='expired', slug='digital-outcomes-and-specialists').response(), ] } res = self.client.get("/suppliers/supply") data = res.get_data(as_text=True) self.data_api_client.find_frameworks.assert_called_once_with() # Check right headings are there assert 'Services you can apply to sell' in data assert 'Services you can’t apply to sell at the moment' in data assert 'You cannot create a supplier account at the moment' not in data # Check the right framework content is there assert 'Digital Outcomes and Specialists is closed for applications.' in data assert 'G-Cloud is open for applications.' in data # Check the right calls to action are there assert 'Create a supplier account' in data assert 'Get notifications when applications are opening' in data class TestSupplierEditOrganisationSize(BaseApplicationTest): def setup_method(self, method): super().setup_method(method) self.data_api_client_patch = mock.patch('app.main.views.suppliers.data_api_client', autospec=True) self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): self.data_api_client_patch.stop() super().teardown_method(method) def test_edit_organisation_size_page_loads(self): self.login() res = self.client.get("/suppliers/organisation-size/edit") assert res.status_code == 200, 'The edit organisation-size page has not loaded correctly.' @pytest.mark.parametrize('organisation_size, expected_error', ( (None, "Select an organisation size"), ('blah', "Not a valid choice") )) def test_missing_or_invalid_choice_shows_validation(self, organisation_size, expected_error): self.login() res = self.client.post("/suppliers/organisation-size/edit", data={'organisation_size': organisation_size} if organisation_size else {}) doc = html.fromstring(res.get_data(as_text=True)) error = doc.xpath('//span[@id="input-organisation_size-error"]') assert len(error) == 1, 'Only one validation message should be shown.' assert error[0].text_content().strip() == f"Error: {expected_error}", \ 'The validation message is not as anticipated.' self.assert_single_question_page_validation_errors(res, validation_message=expected_error) @pytest.mark.parametrize('size', (None, 'micro', 'small', 'medium', 'large')) def test_post_choice_triggers_api_supplier_update_and_redirect(self, size): self.login() self.client.post("/suppliers/organisation-size/edit", data={'organisation_size': size}) call_args_list = self.data_api_client.update_supplier.call_args_list if size: assert call_args_list == [ mock.call(supplier_id=1234, supplier={'organisationSize': size}, user='email@email.com') ], 'update_supplier was called with the wrong arguments' else: assert call_args_list == [], 'update_supplier was called with the wrong arguments' @pytest.mark.parametrize('existing_size, expected_selection', ( (None, []), ('some unknown value', []), *[(x['value'], [x['value']]) for x in CompanyOrganisationSizeForm.OPTIONS], )) def test_existing_org_size_sets_current_selection(self, existing_size, expected_selection): data = {'organisationSize': existing_size} if existing_size else {} self.data_api_client.get_supplier.return_value = {'suppliers': data} self.login() res = self.client.get("/suppliers/organisation-size/edit") doc = html.fromstring(res.get_data(as_text=True)) selected_value = doc.xpath('//input[@name="organisation_size" and @checked="checked"]/@value') assert selected_value == expected_selection, 'The organisation size has not pre-populated correctly.' class TestSupplierAddRegisteredCompanyName(BaseApplicationTest): def setup_method(self, method): super().setup_method(method) self.data_api_client_patch = mock.patch('app.main.views.suppliers.data_api_client', autospec=True) self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): self.data_api_client_patch.stop() super().teardown_method(method) def test_add_registered_company_name_page_loads(self): self.login() self.data_api_client.get_supplier.return_value = get_supplier(registeredName=None) res = self.client.get("/suppliers/registered-company-name/edit") assert res.status_code == 200, 'The add registered company name page has not loaded correctly.' def test_no_input_triggers_input_required_validation_and_does_not_call_api_update(self): self.login() self.data_api_client.get_supplier.return_value = get_supplier(registeredName=None) res = self.client.post("/suppliers/registered-company-name/edit") self.assert_single_question_page_validation_errors(res, validation_message="Enter your registered company name") assert self.data_api_client.update_supplier.call_args_list == [] def test_post_input_triggers_api_supplier_update_and_redirect(self): self.login() self.data_api_client.get_supplier.return_value = get_supplier(registeredName=None) res = self.client.post("/suppliers/registered-company-name/edit", data={'registered_company_name': "K-Inc"}) assert self.data_api_client.update_supplier.call_args_list == [ mock.call(supplier_id=1234, supplier={'registeredName': "K-Inc"}, user='email@email.com') ], 'update_supplier was called with the wrong arguments' assert res.status_code == 302 assert res.location == 'http://localhost/suppliers/details' def test_fails_if_api_update_fails(self): self.login() self.data_api_client.get_supplier.return_value = get_supplier(registeredName=None) self.data_api_client.update_supplier.side_effect = APIError(ServiceUnavailable()) res = self.client.post("/suppliers/registered-company-name/edit", data={'registered_company_name': "K-Inc"}) assert res.status_code == 503 @pytest.mark.parametrize('overwrite_supplier_data', ({'companyDetailsConfirmed': False}, {'registeredName': None}) ) def test_get_shows_form_on_page_if_supplier_data_not_complete_and_confirmed(self, overwrite_supplier_data): self.login() self.data_api_client.get_supplier.return_value = get_supplier(**overwrite_supplier_data) res = self.client.get("/suppliers/registered-company-name/edit") doc = html.fromstring(res.get_data(as_text=True)) page_heading = doc.xpath('//h1') assert res.status_code == 200 assert page_heading[0].text_content().strip() == "Registered company name" assert doc.xpath('//form[@action="/suppliers/registered-company-name/edit"]') assert self.data_api_client.update_supplier.call_args_list == [] def test_get_shows_already_entered_page_and_api_not_called_update_if_data_already_confirmed(self): self.login() self.data_api_client.get_supplier.side_effect = get_supplier res = self.client.get("/suppliers/registered-company-name/edit") doc = html.fromstring(res.get_data(as_text=True)) page_heading = doc.xpath('//h1') assert res.status_code == 200 assert page_heading[0].text.strip() == "Correct a mistake in your registered company name" assert self.data_api_client.update_supplier.call_args_list == [] def test_post_shows_already_entered_page_and_api_not_called_if_data_already_confirmed(self): self.login() self.data_api_client.get_supplier.side_effect = get_supplier res = self.client.post("/suppliers/registered-company-name/edit", data={'registered_company_name': "K-Inc"}) doc = html.fromstring(res.get_data(as_text=True)) page_heading = doc.xpath('//h1') assert res.status_code == 400 assert page_heading[0].text.strip() == "Correct a mistake in your registered company name" assert self.data_api_client.update_supplier.call_args_list == [] class TestSupplierEditTradingStatus(BaseApplicationTest): def setup_method(self, method): super().setup_method(method) self.data_api_client_patch = mock.patch('app.main.views.suppliers.data_api_client', autospec=True) self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): self.data_api_client_patch.stop() super().teardown_method(method) def test_edit_organisation_size_page_loads(self): self.login() res = self.client.get("/suppliers/trading-status/edit") assert res.status_code == 200, 'The edit trading-status page has not loaded correctly.' @pytest.mark.parametrize('trading_status, expected_error', ( (None, "Select a trading status"), ('blah', "Not a valid choice") )) def test_missing_or_invalid_choice_shows_validation(self, trading_status, expected_error): self.login() res = self.client.post("/suppliers/trading-status/edit", data={'trading_status': trading_status} if trading_status else {}) doc = html.fromstring(res.get_data(as_text=True)) error = doc.xpath('//span[@id="input-trading_status-error"]') assert len(error) == 1, 'Only one validation message should be shown.' assert error[0].text_content().strip() == f"Error: {expected_error}", \ 'The validation message is not as anticipated.' self.assert_single_question_page_validation_errors(res, validation_message=expected_error) @pytest.mark.parametrize('trading_status', (None, 'limited company (LTD)', 'other')) def test_post_choice_triggers_api_supplier_update_and_redirect(self, trading_status): self.login() self.client.post("/suppliers/trading-status/edit", data={'trading_status': trading_status}) call_args_list = self.data_api_client.update_supplier.call_args_list if trading_status: assert call_args_list == [ mock.call(supplier_id=1234, supplier={'tradingStatus': trading_status}, user='email@email.com') ], 'update_supplier was called with the wrong arguments' else: assert call_args_list == [], 'update_supplier was called with the wrong arguments' @pytest.mark.parametrize('existing_trading_status, expected_selection', ( (None, []), ('some unknown value', []), *[(x['value'], [x['value']]) for x in CompanyTradingStatusForm.OPTIONS], )) def test_existing_org_size_sets_current_selection(self, existing_trading_status, expected_selection): data = {'tradingStatus': existing_trading_status} if existing_trading_status else {} self.data_api_client.get_supplier.return_value = {'suppliers': data} self.login() res = self.client.get("/suppliers/trading-status/edit") doc = html.fromstring(res.get_data(as_text=True)) selected_value = doc.xpath('//input[@name="trading_status" and @checked="checked"]/@value') assert selected_value == expected_selection, 'The trading status has not pre-populated correctly.' def test_api_error_is_not_suppressed(self): error_message = 'There was an error with the API' self.data_api_client.update_supplier.side_effect = APIError('blah', error_message) self.login() res = self.client.post("/suppliers/trading-status/edit", data={'trading_status': CompanyTradingStatusForm.OPTIONS[0]['value']}) assert res.status_code == 503 class TestSupplierAddRegistrationNumber(BaseApplicationTest): def setup_method(self, method): super().setup_method(method) self.data_api_client_patch = mock.patch('app.main.views.suppliers.data_api_client', autospec=True) self.data_api_client = self.data_api_client_patch.start() def teardown_method(self, method): self.data_api_client_patch.stop() super().teardown_method(method) def test_add_registration_number_page_loads(self): self.login() self.data_api_client.get_supplier.return_value = get_supplier( companiesHouseNumber=None, otherCompanyRegistrationNumber=None ) res = self.client.get("/suppliers/registration-number/edit") assert res.status_code == 200, 'The add registration number page has not loaded correctly.' @pytest.mark.parametrize( 'incomplete_data, question_mentioned, validation_message', ( ( {'has_companies_house_number': '', 'companies_house_number': '', 'other_company_registration_number': '' }, 'Select yes if you are registered with Companies House', 'Select yes if you are registered with Companies House' ), ( {'has_companies_house_number': 'Yes', 'companies_house_number': '', 'other_company_registration_number': '' }, 'Enter a Companies House number', 'Enter a Companies House number' ), ( {'has_companies_house_number': 'Yes', 'companies_house_number': '123456789', 'other_company_registration_number': '' }, "Your Companies House number must be 8 characters", "Your Companies House number must be 8 characters" ), ( {'has_companies_house_number': 'No', 'companies_house_number': '', 'other_company_registration_number': 'a' * 256 }, 'Registration number must be 255 characters or fewer', 'Registration number must be 255 characters or fewer' ) ) ) def test_incomplete_or_invalid_input_shows_validation_error_and_does_not_update_api( self, incomplete_data, question_mentioned, validation_message ): self.login() self.data_api_client.get_supplier.return_value = get_supplier( companiesHouseNumber=None, otherCompanyRegistrationNumber=None ) res = self.client.post("/suppliers/registration-number/edit", data=incomplete_data) self.assert_single_question_page_validation_errors(res, validation_message=validation_message) assert self.data_api_client.update_supplier.call_args_list == [] # Assert the links in the error summary point to elements on the page doc = html.fromstring(res.get_data(as_text=True)) summary_link = doc.xpath("//ul[contains(@class, 'govuk-error-summary__list')]/li/a/@href")[0] assert doc.cssselect(summary_link) @pytest.mark.parametrize( 'complete_data, expected_post', ( ( {'has_companies_house_number': 'Yes', 'companies_house_number': 'KK654321', 'other_company_registration_number': '' }, {'companiesHouseNumber': 'KK654321', 'otherCompanyRegistrationNumber': None} ), ( {'has_companies_house_number': 'Yes', 'companies_house_number': 'kk654321', 'other_company_registration_number': '' }, {'companiesHouseNumber': 'KK654321', 'otherCompanyRegistrationNumber': None} ), ( {'has_companies_house_number': 'No', 'companies_house_number': '', 'other_company_registration_number': 'KK987654321, my special registration number' }, {'companiesHouseNumber': None, 'otherCompanyRegistrationNumber': 'KK987654321, my special registration number'} ), ) ) def test_post_input_triggers_api_supplier_update_and_redirect(self, complete_data, expected_post): self.login() self.data_api_client.get_supplier.return_value = get_supplier( companiesHouseNumber=None, otherCompanyRegistrationNumber=None ) res = self.client.post("/suppliers/registration-number/edit", data=complete_data) assert self.data_api_client.update_supplier.call_args_list == [ mock.call(supplier_id=1234, supplier=expected_post, user='email@email.com') ], 'update_supplier was called with the wrong arguments' assert res.status_code == 302 assert res.location == 'http://localhost/suppliers/details' def test_fails_if_api_update_fails(self): self.login() valid_post_data = {'has_companies_house_number': 'Yes', 'companies_house_number': 'KK654321', 'other_company_registration_number': '' } self.data_api_client.get_supplier.return_value = get_supplier( companiesHouseNumber=None, otherCompanyRegistrationNumber=None ) self.data_api_client.update_supplier.side_effect = APIError(ServiceUnavailable()) res = self.client.post("/suppliers/registration-number/edit", data=valid_post_data) assert res.status_code == 503 @pytest.mark.parametrize('overwrite_supplier_data', ( {'companyDetailsConfirmed': False}, {'companiesHouseNumber': None, 'otherCompanyRegistrationNumber': None}, )) def test_get_shows_form_on_page_if_supplier_data_not_complete_and_confirmed(self, overwrite_supplier_data): self.login() self.data_api_client.get_supplier.return_value = get_supplier(**overwrite_supplier_data) res = self.client.get("/suppliers/registration-number/edit") doc = html.fromstring(res.get_data(as_text=True)) page_heading = doc.xpath('//h1') assert res.status_code == 200 assert page_heading[0].text_content().strip() == "Are you registered with Companies House?" assert doc.xpath('//form[@action="/suppliers/registration-number/edit"]') assert self.data_api_client.update_supplier.call_args_list == [] def test_get_shows_already_entered_page_and_api_not_called_update_if_data_already_confirmed(self): self.login() # Default get_supplier has companiesHouseNumber and otherCompanyRegistrationNumber complete self.data_api_client.get_supplier.side_effect = get_supplier res = self.client.get("/suppliers/registration-number/edit") doc = html.fromstring(res.get_data(as_text=True)) page_heading = doc.xpath('//h1') assert res.status_code == 200 assert page_heading[0].text.strip() == "Correct a mistake in your registration number" assert self.data_api_client.update_supplier.call_args_list == [] def test_post_shows_already_entered_page_and_api_not_called_if_data_already_confirmed(self): self.login() valid_post_data = {'has_companies_house_number': 'Yes', 'companies_house_number': 'KK654321', 'other_company_registration_number': '' } # Default get_supplier has companiesHouseNumber and otherCompanyRegistrationNumber complete self.data_api_client.get_supplier.side_effect = get_supplier res = self.client.post("/suppliers/registration-number/edit", data=valid_post_data) doc = html.fromstring(res.get_data(as_text=True)) page_heading = doc.xpath('//h1') assert res.status_code == 400 assert page_heading[0].text.strip() == "Correct a mistake in your registration number" assert self.data_api_client.update_supplier.call_args_list == []

42.283592

120

0.624389

13,968

125,244

5.335767

0.053479

0.023762

0.043955

0.054515

0.802952

0.772333

0.737408

0.714638

0.682289

0.651416

0

0.016669

0.263797

125,244

2,961

121

42.297872

0.791638

0.016895

0

0.557202

0

0.006173

0.256022

0.107962

0

0.165844

1

0.069547

false

0.001646

0.00535

0.001646

0.083951

0

null

0

1

0

1

0

null

0

5

0e0672cc55f0036411275f5419d42d2edc05f450

165

py

Python

libs/baseclass/about.py

jonsonkurt/QR-Code-Generator-and-Class-Attendance-System

60590fcb114c39c144cf3a9fa683e0b8c243b461

[ "MIT" ]

null

libs/baseclass/about.py

jonsonkurt/QR-Code-Generator-and-Class-Attendance-System

60590fcb114c39c144cf3a9fa683e0b8c243b461

[ "MIT" ]

null

libs/baseclass/about.py

jonsonkurt/QR-Code-Generator-and-Class-Attendance-System

60590fcb114c39c144cf3a9fa683e0b8c243b461

[ "MIT" ]

null

from kivy.lang.builder import Builder from kivy.uix.screenmanager import Screen Builder.load_file('./libs/kv/about.kv') class AboutScreen(Screen): pass

20.625

42

0.745455

23

165

5.304348

0.695652

0.131148

0

0.151515

165

8

43

20.625

0.871429

0

0.113208

0

1

0

true

0.2

0.4

0

0.6

0

1

0

null

0

1

0

null

0

1

0

5

0e0f955a96802c34cb53dddb9a27c583aa4bed0e

444

py

Python

final project/sparse matix/clawn_matrix_gen/x.py

Yangfan-Jiang/High-Performance-Computing-Fall-2019

b0292d17cbf1ce93e8df024a53721f94cefa95e4

[ "MIT" ]

null

final project/sparse matix/clawn_matrix_gen/x.py

Yangfan-Jiang/High-Performance-Computing-Fall-2019

b0292d17cbf1ce93e8df024a53721f94cefa95e4

[ "MIT" ]

null

final project/sparse matix/clawn_matrix_gen/x.py

Yangfan-Jiang/High-Performance-Computing-Fall-2019

b0292d17cbf1ce93e8df024a53721f94cefa95e4

[ "MIT" ]

1

2019-11-16T03:38:31.000Z

x = """0 0 1.0 1 0 1.0 2 0 1.0 0 1 1.0 0 2 1.0 1 1 1.0 1 2 1.0 2 1 1.0 2 2 1.0 3 0 1.0 4 0 1.0 5 0 1.0 6 0 1.0 0 3 1.0 0 4 1.0 0 5 1.0 0 6 1.0 3 1 1.0 1 3 1.0 4 1 1.0 1 4 1.0 5 1 1.0 1 5 1.0 6 1 1.0 1 6 1.0 3 2 1.0 2 3 1.0 4 2 1.0 2 4 1.0 5 2 1.0 2 5 1.0 6 2 1.0 2 6 1.0 3 3 1.0 4 3 1.0 5 3 1.0 6 3 1.0 3 4 1.0 4 4 1.0 5 4 1.0 6 4 1.0 3 5 1.0 4 5 1.0 5 5 1.0 6 5 1.0 3 6 1.0 4 6 1.0 5 6 1.0 6 6 1.0""" y=x.split('\n') y = set(y) print(len(y))

8.222222

15

0.493243

207

444

1.057971

0.067633

0.456621

0.109589

0.091324

0.031963

0

0.678201

0.349099

444

53

16

8.377358

0.079585

0

0.885135

0

1

0

false

0

0.019231

0

1

null

1

0

1

0

1

0

1

0

null

0

5

3853bbb0f1a69d9b57a2c3ed2995fed8aecddf65

1,467

py

Python

pidal/dservice/table/table.py

pi-plan/pidal

bfd1b9c4de87bc92565acbcff108270265757e39

[ "BSD-3-Clause" ]

6

2021-02-05T04:21:00.000Z

2021-11-29T06:46:21.000Z

pidal/dservice/table/table.py

pi-plan/pidal

bfd1b9c4de87bc92565acbcff108270265757e39

[ "BSD-3-Clause" ]

1

2021-11-30T06:08:53.000Z

pidal/dservice/table/table.py

pi-plan/pidal

bfd1b9c4de87bc92565acbcff108270265757e39

[ "BSD-3-Clause" ]

null

import abc from typing import List, Dict, Any from pidal.node.result import result from pidal.dservice.sqlparse.paser import DML from pidal.constant.db import DBTableType from pidal.constant.common import RuleStatus from pidal.meta.model import DBTable, DBTableStrategyBackend from pidal.dservice.zone_manager import ZoneManager class Table(metaclass=abc.ABCMeta): # TODO 启动后，分析表的主键和唯一性约束. @classmethod @abc.abstractclassmethod def new(cls, zone_manager: ZoneManager, table_conf: DBTable) -> 'Table': pass @abc.abstractmethod async def execute_dml(self, sql: DML, trans_id: int = 0) -> result.Result: """ 如果是在事务中需要传入 trans_id """ pass @abc.abstractmethod def get_node(self, sql: DML) -> List[DBTableStrategyBackend]: pass @abc.abstractmethod def get_name(self) -> str: pass @abc.abstractmethod def get_type(self) -> DBTableType: pass @abc.abstractmethod def get_status(self) -> RuleStatus: pass @abc.abstractmethod def get_real_table(self, row: Dict[str, Any]) -> List[str]: pass @abc.abstractmethod def get_lock_columns(self) -> List[str]: pass @abc.abstractmethod def is_allow_write_zone(self, row: Dict[str, Any]) -> bool: pass @abc.abstractmethod def is_allow_write_sql(self, sql: DML) -> bool: pass @abc.abstractmethod def get_pidal_c_v(self) -> int: pass

24.45

78

0.675528

183

1,467

5.289617

0.355191

0.072314

0.216942

0.223141

0.330579

0.147727

0.07438

0

0.000884

0.229039

1,467

59

79

24.864407

0.854996

0.014997

0

0.488372

0

0.003534

0

0.016949

0

1

0.232558

false

0.255814

0.186047

0

0.44186

0

null

0

1

0

null

0

1

0

1

0

1

0

5

387c63e244f35ceb1aee72f108dbd23d48ee1e17

333

py

Python

Section11/task6.py

rstojan/Learning_Python

77ce25787021a0c8b2d8e31c1cfd6e939316f4a6

[ "MIT" ]

null

Section11/task6.py

rstojan/Learning_Python

77ce25787021a0c8b2d8e31c1cfd6e939316f4a6

[ "MIT" ]

null

Section11/task6.py

rstojan/Learning_Python

77ce25787021a0c8b2d8e31c1cfd6e939316f4a6

[ "MIT" ]

null

# Complete the function to return the number of leap years in the list import calendar def countLeapYears(yearList): # Student code goes here # expected output: 2 print(countLeapYears([2001, 2018, 2020, 2090, 2233, 2176, 2200, 2982])) # expected output: 4 print(countLeapYears([2001, 2018, 2020, 2092, 2204, 2176, 2200, 2982]))

27.75

71

0.738739

48

333

5.125

0.729167

0.113821

0.186992

0.219512

0.252033

0

0.234875

0.156156

333

12

72

27.75

0.640569

0.387387

0

null

0

0.25

null

0.5

0

null

0

1

0

1

0

null

0

1

0

1

0

5

2a59a67380e21b2b6283ff4a9320c16b46766734

215

py

Python

PublisherJiraTestsResults/jiraTestPlansClient.py

ismailktami/robotframework-publisher-results-jira

26167b6c1881fe0ea8ea492f4b58f63061247a48

[ "MIT" ]

null

PublisherJiraTestsResults/jiraTestPlansClient.py

ismailktami/robotframework-publisher-results-jira

26167b6c1881fe0ea8ea492f4b58f63061247a48

[ "MIT" ]

null

PublisherJiraTestsResults/jiraTestPlansClient.py

ismailktami/robotframework-publisher-results-jira

26167b6c1881fe0ea8ea492f4b58f63061247a48

[ "MIT" ]

null

import requests import json import base64 from .publisherReport import PublisherReport from .variables import * from .logger import logger from requests.auth import HTTPBasicAuth class JiraTestPlansClient: pass

21.5

44

0.837209

25

215

7.2

0.52

0

0.010753

0.134884

215

10

45

21.5

0.956989

0

1

0

true

0.111111

0.777778

0

0.888889

0

1

0

null

0

null

0

1

0

1

0

5

2a8810ddba96d2b7875b80861e9560dfad115f04

65

py

Python

python_work/hello_world.py

Elektra-2/python_crash_course_2nd

1c8beaddfe037faa3a36e7c384a6ea2f9d560060

[ "MIT" ]

1

2020-08-25T18:42:30.000Z

python_work/hello_world.py

Elektra-2/python_crash_course_2nd

1c8beaddfe037faa3a36e7c384a6ea2f9d560060

[ "MIT" ]

null

python_work/hello_world.py

Elektra-2/python_crash_course_2nd

1c8beaddfe037faa3a36e7c384a6ea2f9d560060

[ "MIT" ]

null

# The First and always, Hello, World print("Hello Python World")

21.666667

36

0.738462

10

65

4.8

0.8

0

0.153846

65

2

37

32.5

0.872727

0.523077

0

0.62069

0

1

0

true

0

1

0

null

0

1

0

1

0

null

0

1

0

1

0

5

2a910a5b5b388e1fad054a344c84faee06f855e8

167

py

Python

mkt/carriers/context_processors.py

clouserw/zamboni

c4a568b69c1613f27da41d46328b2975cbdc1c07

[ "BSD-3-Clause" ]

1

2021-07-29T00:51:09.000Z

mkt/carriers/context_processors.py

clouserw/zamboni

c4a568b69c1613f27da41d46328b2975cbdc1c07

[ "BSD-3-Clause" ]

6

2021-02-02T23:08:48.000Z

2021-09-08T02:47:17.000Z

mkt/carriers/context_processors.py

clouserw/zamboni

c4a568b69c1613f27da41d46328b2975cbdc1c07

[ "BSD-3-Clause" ]

1

2021-03-13T00:33:12.000Z

from . import get_carrier def carrier_data(request): """ Context processor that provides CARRIER to all views. """ return {'CARRIER': get_carrier()}

18.555556

57

0.670659

20

167

5.45

0.75

0.183486

0

0.221557

167

8

58

20.875

0.838462

0.317365

0

0.071429

0

1

0.333333

false

0

0.333333

0

1

0

1

0

null

0

1

0

null

0

1

0

1

0

1

0

5

aa4d34fce1edafbc7e71bc98eb56dec8918af414

214

py

Python

test_himawari.py

pecchi/6S_emulator

70cf96e095b932f40bbf0a2ec196d0d0950306c1

[ "Apache-2.0" ]

null

test_himawari.py

pecchi/6S_emulator

70cf96e095b932f40bbf0a2ec196d0d0950306c1

[ "Apache-2.0" ]

null

test_himawari.py

pecchi/6S_emulator

70cf96e095b932f40bbf0a2ec196d0d0950306c1

[ "Apache-2.0" ]

null

from Py6S import * s = SixS("/home/snakano/work/himawari/sixs/6SV1.1/bin/sixsV1.1") print(Wavelength(PredefinedWavelengths.__dict__["H8_AHI_05"])) # spectrum = Wavelength(PredefinedWavelengths.__dict__[channel])

30.571429

64

0.785047

27

214

5.851852

0.814815

0.392405

0.443038

0

0.045

0.065421

214

6

65

35.666667

0.745

0.28972

0

0.406667

0.346667

0

1

0

false

0

0.333333

0

0.333333

1

0

null

1

0

1

0

null

0

1

0

5

aa7ad795833006ab71e75fc8cc9564d6c05fba6a

169

py

Python

tests/test_mediator.py

wilsonify/design_patterns_python

20f493cb8b86d16d2594becbacbcdf682036b6b4

[ "MIT" ]

null

tests/test_mediator.py

wilsonify/design_patterns_python

20f493cb8b86d16d2594becbacbcdf682036b6b4

[ "MIT" ]

null

tests/test_mediator.py

wilsonify/design_patterns_python

20f493cb8b86d16d2594becbacbcdf682036b6b4

[ "MIT" ]

null

""" test mediator pattern """ from dpatterns_python.gang_of_four import mediator def test_main(): """ call the main :return: """ mediator.main()

11.266667

50

0.627219

20

169

5.1

0.75

0

0.248521

169

14

51

12.071429

0.80315

0.260355

0

1

0.333333

true

0

0.333333

0

0.666667

0

1

0

null

0

null

0

1

0

1

0

1

0

5

aa8b1dd61cf2dab8cda404718fbabf6d1d6b06ef

128

py

Python

api/core/admin.py

rabeloalcantaraigor/projeto04-cliente-empresa-funcionario

40cec527a2983f72b8b480585d7a0e6bc994c6bc

[ "MIT" ]

null

api/core/admin.py

rabeloalcantaraigor/projeto04-cliente-empresa-funcionario

40cec527a2983f72b8b480585d7a0e6bc994c6bc

[ "MIT" ]

null

api/core/admin.py

rabeloalcantaraigor/projeto04-cliente-empresa-funcionario

40cec527a2983f72b8b480585d7a0e6bc994c6bc

[ "MIT" ]

null

from django.contrib import admin from .models import Cliente,Empresa admin.site.register(Cliente) admin.site.register(Empresa)

21.333333

35

0.828125

18

128

5.888889

0.555556

0.169811

0.320755

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