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How to use _allocate method in stestr
Best Python code snippet using stestr_python
test_jobs.py
Source:test_jobs.py 
...200 alloc = [1]201 j = jobs.Job("1", "w", 1, prof, 0)202 j._submit(0)203 with pytest.raises(ValueError) as excinfo:204 j._allocate(alloc)205 assert "mapping" in str(excinfo.value)206 def test_allocate_staging_job_with_missing_dest_mapping_must_raise(self):207 prof = jobs.DataStagingJobProfile("p", 1, "a", "b")208 alloc = [1]209 j = jobs.Job("1", "w", 1, prof, 0)210 j._submit(0)211 with pytest.raises(ValueError) as excinfo:212 j._allocate(alloc, {"a": 1})213 assert "b" in str(excinfo.value)214 def test_allocate_staging_job_with_missing_src_mapping_must_raise(self):215 prof = jobs.DataStagingJobProfile("p", 1, "a", "b")216 alloc = [1]217 j = jobs.Job("1", "w", 1, prof, 0)218 j._submit(0)219 with pytest.raises(ValueError) as excinfo:220 j._allocate(alloc, {"b": 1})221 assert "a" in str(excinfo.value)222 def test_allocate_pfs_job_with_missing_storage_must_raise(self):223 prof = jobs.ParallelHomogeneousPFSJobProfile("p", 10, 20, "a")224 alloc = [1]225 j = jobs.Job("1", "w", 1, prof, 0)226 j._submit(0)227 with pytest.raises(ValueError) as excinfo:228 j._allocate(alloc, {"b": 1})229 assert "a" in str(excinfo.value)230 def test_allocate_pfs_job_without_mapping_must_raise(self):231 prof = jobs.ParallelHomogeneousPFSJobProfile("p", 10, 20, "a")232 alloc = [1]233 j = jobs.Job("1", "w", 1, prof, 0)234 j._submit(0)235 with pytest.raises(ValueError) as excinfo:236 j._allocate(alloc)237 assert "mapping" in str(excinfo.value)238 def test_allocate_not_storage_job_with_mapping_must_raise(self):239 prof = jobs.DelayJobProfile("p", 100)240 alloc = [1]241 j = jobs.Job("1", "w", 1, prof, 0)242 j._submit(0)243 with pytest.raises(ValueError) as excinfo:244 j._allocate(alloc, {"b": 1})245 assert "mapping" in str(excinfo.value)246 def test_allocate_valid(self):247 alloc = [1]248 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)249 j._submit(0)250 j._allocate(alloc)251 assert j.is_runnable and j.state == jobs.JobState.ALLOCATED252 assert j.allocation == alloc253 def test_allocate_cannot_be_changed(self):254 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)255 j._submit(0)256 j._allocate([1])257 with pytest.raises(RuntimeError):258 j._allocate([3])259 def test_allocate_not_submitted_job_must_raise(self):260 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)261 with pytest.raises(RuntimeError) as excinfo:262 j._allocate([3])263 assert "queue" in str(excinfo.value)264 def test_allocate_size_bigger_than_requested_must_raise(self):265 j = jobs.Job("1", "w", 3, jobs.DelayJobProfile("p", 100), 0)266 j._submit(0)267 with pytest.raises(ValueError) as excinfo:268 j._allocate([3, 2, 5, 10])269 assert "hosts" in str(excinfo.value)270 def test_allocate_size_less_than_requested_must_raise(self):271 j = jobs.Job("1", "w", 3, jobs.DelayJobProfile("p", 100), 0)272 j._submit(0)273 with pytest.raises(ValueError) as excinfo:274 j._allocate([3, 2])275 assert "hosts" in str(excinfo.value)276 def test_reject_job_not_submitted_must_raise(self):277 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)278 with pytest.raises(RuntimeError) as excinfo:279 j._reject()280 assert 'queue' in str(excinfo.value)281 def test_reject_job_submitted_valid(self):282 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)283 j._submit(0)284 j._reject()285 assert j.state == jobs.JobState.REJECTED and j.is_rejected286 def test_reject_allocated_job_must_raise(self):287 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)288 j._submit(0)289 j._allocate([1])290 with pytest.raises(RuntimeError) as excinfo:291 j._reject()292 assert 'queue' in str(excinfo.value)293 def test_reject_finished_job_must_raise(self):294 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)295 j._submit(0)296 j._allocate([1])297 j._start(0)298 j._terminate(10, jobs.JobState.COMPLETED_SUCCESSFULLY)299 with pytest.raises(RuntimeError) as excinfo:300 j._reject()301 assert 'queue' in str(excinfo.value)302 def test_submit_valid(self):303 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)304 j._submit(0)305 assert j.subtime == 0306 assert j.state == jobs.JobState.SUBMITTED and j.is_submitted307 def test_submit_submitted_job_must_raise(self):308 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)309 j._submit(0)310 with pytest.raises(RuntimeError) as excinfo:311 j._submit(0)312 assert 'submitted' in str(excinfo.value)313 def test_submit_invalid_time_must_raise(self):314 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)315 with pytest.raises(ValueError) as excinfo:316 j._submit(-1)317 assert 'subtime' in str(excinfo.value)318 def test_start_valid(self):319 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)320 j._submit(0)321 j._allocate([1])322 j._start(2)323 assert j.is_running324 assert j.state == jobs.JobState.RUNNING325 assert j.start_time == 2326 def test_start_not_allocated_job_must_raise(self):327 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)328 j._submit(0)329 with pytest.raises(RuntimeError) as excinfo:330 j._start(0)331 assert 'runnable' in str(excinfo.value)332 def test_start_finished_job_must_raise(self):333 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)334 j._submit(0)335 j._allocate([1])336 j._start(1)337 j._terminate(2, jobs.JobState.COMPLETED_FAILED)338 with pytest.raises(RuntimeError) as excinfo:339 j._start(2)340 assert 'runnable' in str(excinfo.value)341 def test_start_running_job_must_raise(self):342 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)343 j._submit(0)344 j._allocate([1])345 j._start(1)346 with pytest.raises(RuntimeError) as excinfo:347 j._start(2)348 assert 'runnable' in str(excinfo.value)349 def test_start_rejected_job_must_raise(self):350 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)351 j._submit(0)352 j._reject()353 with pytest.raises(RuntimeError) as excinfo:354 j._start(2)355 assert 'runnable' in str(excinfo.value)356 def test_start_invalid_time_must_raise(self):357 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)358 j._submit(2)359 j._allocate([1])360 with pytest.raises(ValueError) as excinfo:361 j._start(1)362 assert 'current_time' in str(excinfo.value)363 def test_terminate_with_invalid_final_state_must_raise(self):364 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)365 j._submit(0)366 j._allocate([1])367 j._start(0)368 with pytest.raises(ValueError) as excinfo:369 j._terminate(10, jobs.JobState.ALLOCATED)370 assert 'final_state' in str(excinfo.value)371 with pytest.raises(ValueError) as excinfo:372 j._terminate(10, jobs.JobState.REJECTED)373 assert 'final_state' in str(excinfo.value)374 def test_terminate_successfully_valid(self):375 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)376 j._submit(0)377 j._allocate([1])378 j._start(0)379 j._terminate(10, jobs.JobState.COMPLETED_SUCCESSFULLY)380 assert j.is_finished381 assert j.state == jobs.JobState.COMPLETED_SUCCESSFULLY382 assert j.stop_time == 10383 def test_terminate_failed_valid(self):384 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)385 j._submit(0)386 j._allocate([1])387 j._start(0)388 j._terminate(10, jobs.JobState.COMPLETED_FAILED)389 assert j.is_finished390 assert j.state == jobs.JobState.COMPLETED_FAILED391 assert j.stop_time == 10392 def test_terminate_killed_valid(self):393 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)394 j._submit(0)395 j._allocate([1])396 j._start(0)397 j._terminate(10, jobs.JobState.COMPLETED_KILLED)398 assert j.is_finished399 assert j.state == jobs.JobState.COMPLETED_KILLED400 assert j.stop_time == 10401 def test_terminate_walltime_reached_valid(self):402 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)403 j._submit(0)404 j._allocate([1])405 j._start(0)406 j._terminate(10, jobs.JobState.COMPLETED_WALLTIME_REACHED)407 assert j.is_finished408 assert j.state == jobs.JobState.COMPLETED_WALLTIME_REACHED409 assert j.stop_time == 10410 def test_terminate_finished_job_must_raise(self):411 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)412 j._submit(0)413 j._allocate([1])414 j._start(0)415 j._terminate(10, jobs.JobState.COMPLETED_SUCCESSFULLY)416 with pytest.raises(RuntimeError) as excinfo:417 j._terminate(10, jobs.JobState.COMPLETED_SUCCESSFULLY)418 assert 'running' in str(excinfo.value)419 def test_terminate_not_running_job_must_raise(self):420 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)421 j._submit(0)422 j._allocate([1])423 with pytest.raises(RuntimeError) as excinfo:424 j._terminate(10, jobs.JobState.COMPLETED_SUCCESSFULLY)425 assert 'running' in str(excinfo.value)426 def test_terminate_invalid_time_must_raise(self):427 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)428 j._submit(0)429 j._allocate([1])430 j._start(2)431 with pytest.raises(ValueError) as excinfo:432 j._terminate(1, jobs.JobState.COMPLETED_SUCCESSFULLY)433 assert 'current_time' in str(excinfo.value)434 def test_waiting_time(self):435 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)436 j._submit(0)437 j._allocate([1])438 j._start(10)439 assert j.waiting_time == 10440 def test_waiting_time_when_not_started_must_not_raise(self):441 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)442 j._submit(0)443 j._allocate([1])444 assert j.waiting_time is None445 def test_runtime(self):446 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)447 j._submit(0)448 j._allocate([1])449 j._start(0)450 j._terminate(10, jobs.JobState.COMPLETED_SUCCESSFULLY)451 assert j.runtime == 10452 def test_runtime_when_not_finished_must_not_raise(self):453 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)454 j._submit(0)455 j._allocate([1])456 j._start(0)457 assert j.runtime is None458 def test_stretch_with_walltime(self):459 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0, 100)460 j._submit(0)461 j._allocate([1])462 j._start(10)463 j._terminate(20, jobs.JobState.COMPLETED_SUCCESSFULLY)464 assert j.stretch == j.waiting_time / j.walltime465 def test_stretch_with_runtime(self):466 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)467 j._submit(0)468 j._allocate([1])469 j._start(10)470 j._terminate(30, jobs.JobState.COMPLETED_SUCCESSFULLY)471 assert j.stretch == j.waiting_time / j.runtime472 def test_turnaround_time(self):473 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)474 j._submit(0)475 j._allocate([1])476 j._start(10)477 j._terminate(30, jobs.JobState.COMPLETED_SUCCESSFULLY)478 assert j.turnaround_time == j.waiting_time + j.runtime479 def test_turnaround_time_when_not_finished_must_not_raise(self):480 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)481 j._submit(0)482 j._allocate([1])483 j._start(10)484 assert j.turnaround_time is None485 def test_per_processor_slowdown(self):486 j = jobs.Job("1", "w", 2, jobs.DelayJobProfile("p", 100), 0)487 j._submit(0)488 j._allocate([1, 2])489 j._start(10)490 j._terminate(30, jobs.JobState.COMPLETED_SUCCESSFULLY)491 assert j.per_processor_slowdown == max(492 1, j.turnaround_time / (j.res * j.runtime))493 def test_per_processor_slowdown_when_not_finished_must_not_raise(self):494 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)495 j._submit(0)496 j._allocate([1])497 j._start(10)498 assert j.per_processor_slowdown is None499 def test_slowdown(self):500 j = jobs.Job("1", "w", 2, jobs.DelayJobProfile("p", 100), 0)501 j._submit(0)502 j._allocate([1, 2])503 j._start(10)504 j._terminate(30, jobs.JobState.COMPLETED_SUCCESSFULLY)505 assert j.slowdown == max(1, j.turnaround_time / j.runtime)506 def test_slowdown_when_not_finished_must_not_raise(self):507 j = jobs.Job("1", "w", 1, jobs.DelayJobProfile("p", 100), 0)508 j._submit(0)509 j._allocate([1])510 j._start(10)...
SQLiteOperate.py
Source:SQLiteOperate.py
1# -*- coding: utf-8 -*-2import sqlite33"""4setTable5 Type: INTEGER, FLOAT, REAL, NUMERIC, BOOLEAN, TIME, DATE, TIMESTAMP, VARCHAR, NVARCHAR, TEXT, BLOB6 Option: PRIMARY KEY, AUTOINCREMENT, NOT NULL, UNIQUE7"""8class SQLiteOperate:9 def __init__(self):10 self.conn = ''11 def connectOrCreatDB(self, _name):12 self.conn = sqlite3.connect(_name + '.sqlite')13 def newTable(self, _name, _setTable):14 _SQL = ''15 for _setTableValue in _setTable:16 if _setTableValue['Default']:17 _setTableValue['Default'] = 'DEFAULT ' + _setTableValue['Default']18 _SQL += _setTableValue['name'] + ' ' + _setTableValue['Type'] + ' ' + _setTableValue['Default'] + ' ' + _setTableValue['Option']19 _SQL += ','20 _SQL = _SQL.rstrip(',')21 self.conn.execute('''CREATE TABLE ''' + _name + '''(''' + _SQL + ''');''')22 def addData(self, _tableName, _fields='', _value=''):23 if _fields:24 _SQL = "INSERT INTO " + _tableName + " (" + _fields + ") VALUES (" + _value + ")"25 else:26 _SQL = "INSERT INTO " + _tableName + " VALUES (" + _value + ")"27 # print('addData SQL = ' + _SQL)28 self.conn.execute(_SQL)29 self.conn.commit()30 def getData(self, _tableName, _fields, _allocate=''):31 # print('_allocate= ' + _allocate)32 _SQL = "SELECT " + _fields + " from " + _tableName33 if _allocate:34 if _allocate.find('LIKE') < 0 and _allocate.find('ORDER BY') >= 0:35 _SQL += _allocate36 else:37 _SQL += " where " + _allocate38 # print('getData= ' + _SQL)39 return self.conn.execute(_SQL)40 def updateData(self, _tableName, _updateValue, _allocate=''):41 _SQL = "UPDATE " + _tableName + " set " + _updateValue42 if _allocate:43 _SQL += " where " + _allocate44 # print(_SQL)45 self.conn.execute(_SQL)46 self.conn.commit()47 def deleteData(self, _tableName, _allocate):48 _SQL = "DELETE from " + _tableName + " where " + _allocate49 self.conn.execute(_SQL)50 self.conn.commit()51 def getFieldName(self, _tableName):52 _SQL = "PRAGMA table_info(" + _tableName + ")"53 _cursor = self.conn.execute(_SQL)54 # _fields = []55 _fields = ''56 for _row in _cursor:57 # _fields.append(_row[1])58 _fields += _row[1] + ','59 _fields = _fields.rstrip(',')60 return _fields61 def close(self):62 self.conn.close()63if __name__ == '__main__':64 SQ3 = SQLiteOperate()65 SQ3.connectOrCreatDB('.\static\\temp\\videoDB')66 setTable = [{'name': 'ID', 'Type': 'INTEGER', 'Default': '', 'Option': 'PRIMARY KEY AUTOINCREMENT'},67 {'name': 'VideoPath', 'Type': 'TEXT', 'Default': '', 'Option': 'NOT NULL'},68 {'name': 'VideoName', 'Type': 'TEXT', 'Default': '', 'Option': 'NOT NULL'},69 {'name': 'Score', 'Type': 'INTEGER', 'Default': '0', 'Option': 'NOT NULL'},70 {'name': 'Views', 'Type': 'INTEGER', 'Default': '0', 'Option': 'NOT NULL'}]71 # SQ3.newTable('firstTry7', setTable)72 # SQ3.addData('firstTry7', 'VideoPath, VideoName, Score, Views', _str)73 # SQ3.addData('firstTry7', _value='4, "C:/", "testVideo.mp4", 95, 10')74 # cursor = SQ3.getData('firstTry7', 'ID, VideoPath, VideoName, Score, Views')75 # SQ3.updateData('firstTry7', 'VideoPath="F:/", Score=50', 'ID=2')76 # cursor = SQ3.getData('firstTry7', 'ID, VideoPath, VideoName, Score, Views', 'ID=2')77 cursor = SQ3.getData('videoList', '*', 'dbVideoName LIKE "%AOA%"')78 # cursor = SQ3.getFieldName('videoList')79 print(cursor)80 for row in cursor:81 print("ID = ", row[0])82 print("VideoPath = ", row[1])83 print("VideoName = ", row[2])84 print("Score = ", row[3])85 print("Views = ", row[4])86 # SQ3.deleteData('firstTry7', 'ID=2')...
nametoken_test.py
Source:nametoken_test.py
1from datagenius.names.nametoken import Nametoken2def test_allocate():3 n = Nametoken(["George", "G.", "Carlin"])4 n._allocate()5 assert n.fname == "George"6 assert n.mname == "G."7 assert n.lname == "Carlin"8 n = Nametoken(["Jonathan", "Strange"])9 n._allocate()10 assert n.fname == "Jonathan"11 assert n.mname is None12 assert n.lname == "Strange"13 n = Nametoken(["Heather and Rob", None, "Vandemar"])14 n._allocate()15 assert n.fname == "Heather"16 assert n.lname == "Vandemar"17 assert n.fname2 == "Rob"18 assert n.lname2 == "Vandemar"19def assign_ampersand_split():20 n = Nametoken(["Joe & Roger", None, "Jones"])21 assert n.name_list == ["Joe", None, "Jones"]22 assert n.fname2 == "Roger"23 n = Nametoken(["Penny & Alice", None, "Orville & Stabs"])24 assert n.name_list == ["Penny", "Orville"]25 assert n.fname2 == "Alice"26 assert n.lname2 == "Stabs"27 n._allocate()28 assert n.fname == "Penny"29 assert n.lname == "Orville"30 assert n.fname2 == "Alice"31 assert n.lname2 == "Stabs"32def test_assign_trailing_middle_initial():33 n = Nametoken(["George G.", "Carlin"])34 assert n.name_list == ["George", "Carlin"]35 assert n.mname == "G."36 n = Nametoken(["Mary Jo R.", "Williamson"])37 assert n.name_list == ["Mary Jo", "Williamson"]38 assert n.mname == "R."39 # Make sure mname stays in place after allocation:40 n._allocate()41 assert n.fname == "Mary Jo"42 assert n.mname == "R."43 assert n.lname == "Williamson"44 # Test single character fnames:45 n = Nametoken(["S", "Ramachandran"])46 n._allocate()47 assert n.fname == "S"...
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