Best Python code snippet using tox_python
test_abridge_db_for_sqlite.py
Source: test_abridge_db_for_sqlite.py
1from sqlite3 import OperationalError2from tempfile import NamedTemporaryFile3import os4import pytest5import subprocess6from abridger.abridge_db import main7from abridger.database.sqlite import SqliteDatabase8from test.abridge_db_test_utils import TestAbridgeDbBase9class TestAbridgeDbForSqlite(TestAbridgeDbBase):10 def prepare_src(self):11 self.src = NamedTemporaryFile(mode='wt', suffix='.sqlite3')12 self.src_database = SqliteDatabase(self.src.name)13 src_conn = self.src_database.connection14 self.create_schema(src_conn)15 self.create_data(src_conn)16 src_conn.commit()17 self.src_database.disconnect()18 def prepare_dst(self, with_schema=True):19 self.dst = NamedTemporaryFile(mode='wt', suffix='.sqlite3')20 self.dst_database = SqliteDatabase(self.dst.name)21 dst_conn = self.dst_database.connection22 if with_schema:23 self.create_schema(dst_conn)24 self.dst_database.disconnect()25 def run_with_dst_database(self, explain=False, verbosity=1):26 src_url = self.src_database.url()27 dst_url = self.dst_database.url()28 super(TestAbridgeDbForSqlite, self).run_with_dst_database(29 src_url, dst_url, self.dst_database, explain=explain,30 verbosity=verbosity)31 def test_success(self, capsys):32 self.prepare_src()33 self.prepare_dst(with_schema=True)34 self.run_with_dst_database()35 out, err = capsys.readouterr()36 def test_failure_rollback(self, capsys):37 self.prepare_src()38 self.prepare_dst(with_schema=False)39 with pytest.raises(OperationalError):40 self.run_with_dst_database()41 out, err = capsys.readouterr()42 def test_explain(self, capsys):43 self.prepare_src()44 self.prepare_dst(with_schema=False)45 with pytest.raises(SystemExit):46 self.run_with_dst_database(explain=True)47 out, err = capsys.readouterr()48 assert 'test1* -> test1.id=2 -> test2.id=2 -> test1.id=2' in out49 assert err == ''50 def test_quiet_output(self, capsys):51 self.prepare_src()52 self.prepare_dst(with_schema=True)53 self.run_with_dst_database(verbosity=0)54 out, err = capsys.readouterr()55 assert len(out) == 056 assert len(err) == 057 def check_verbosity1_output(self, out):58 assert 'Connecting to %s' % self.src_database.url() in out59 assert 'Querying' in out60 assert ('Extraction completed: '61 'fetched rows=7, '62 'tables=2, '63 'queries=3, '64 'depth=2') in out65 def check_verbosity1_output_for_url(self, out):66 self.check_verbosity1_output(out)67 assert 'Connecting to %s' % self.dst_database.url() in out68 assert 'Performing 5 inserts and 2 updates to 2 tables...' in out69 assert 'Data loading completed in' in out70 def check_verbosity1_output_for_file(self, out):71 assert 'Writing SQL for 5 inserts and 2 updates in 2 tables...' in out72 assert 'Done' in out73 def test_default_output(self, capsys):74 self.prepare_src()75 self.prepare_dst(with_schema=True)76 self.run_with_dst_database(verbosity=1)77 out, err = capsys.readouterr()78 self.check_verbosity1_output_for_url(out)79 def test_verbose_output(self, capsys):80 self.prepare_src()81 self.prepare_dst(with_schema=True)82 self.run_with_dst_database(verbosity=2)83 out, err = capsys.readouterr()84 self.check_verbosity1_output_for_url(out)85 assert ('Processing pass=1 queued=0 depth=0 tables=0 '86 'rows=0 table') in out87 assert 'Inserting' in out88 assert 'Updating' in out89 def test_f_and_u_args_mutual_exclusion(self, capsys):90 with pytest.raises(SystemExit):91 main(['foo', 'bar', '-u', 'foo', '-f', 'bar'])92 out, err = capsys.readouterr()93 assert 'Either -u or -f must be passed' in out94 def test_e_f_and_u_args(self, capsys):95 for arg in ['-u', '-f']:96 with pytest.raises(SystemExit):97 main(['foo', 'bar', '-e', arg, 'foo'])98 out, err = capsys.readouterr()99 assert '%s is meaningless when using -e' % arg in out100 def check_statements(self, stmts):101 self.prepare_dst(with_schema=True)102 self.dst_database.connect()103 dst_conn = self.dst_database.connection104 for stmt in stmts.split("\n"):105 if stmt != 'COMMIT;':106 dst_conn.execute(stmt)107 dst_conn.commit()108 self.check_dst_database(self.dst_database)109 def test_output_to_stdout(self):110 self.prepare_src()111 config_tempfile = self.make_config_tempfile()112 executable = os.path.join(113 os.path.dirname(__file__), os.pardir, os.pardir, 'bin',114 'abridge-db')115 stmts = subprocess.check_output([116 executable,117 config_tempfile.name, self.src_database.url(), '-q', '-f', '-']118 ).decode('UTF-8')119 self.check_statements(stmts)120 def test_output_to_file(self, capsys):121 self.prepare_src()122 src_url = self.src_database.url()123 config_tempfile = self.make_config_tempfile()124 dst = NamedTemporaryFile(mode='wb')125 dst.close()126 main([config_tempfile.name, src_url, '-f', dst.name])127 with open(dst.name) as f:128 self.check_statements(f.read())129 out, err = capsys.readouterr()...
test_auto_SVReg.py
Source: test_auto_SVReg.py
1# AUTO-GENERATED by tools/checkspecs.py - DO NOT EDIT2from ..brainsuite import SVReg3def test_SVReg_inputs():4 input_map = dict(5 args=dict(6 argstr="%s",7 ),8 atlasFilePrefix=dict(9 argstr="'%s'",10 position=1,11 ),12 curveMatchingInstructions=dict(13 argstr="'-cur %s'",14 ),15 dataSinkDelay=dict(16 argstr="%s",17 ),18 displayModuleName=dict(19 argstr="'-m'",20 ),21 displayTimestamps=dict(22 argstr="'-t'",23 ),24 environ=dict(25 nohash=True,26 usedefault=True,27 ),28 iterations=dict(29 argstr="'-H %d'",30 ),31 keepIntermediates=dict(32 argstr="'-k'",33 ),34 pialSurfaceMaskDilation=dict(35 argstr="'-D %d'",36 ),37 refineOutputs=dict(38 argstr="'-r'",39 ),40 shortMessages=dict(41 argstr="'-gui'",42 ),43 skipToIntensityReg=dict(44 argstr="'-p'",45 ),46 skipToVolumeReg=dict(47 argstr="'-s'",48 ),49 skipVolumetricProcessing=dict(50 argstr="'-S'",51 ),52 subjectFilePrefix=dict(53 argstr="'%s'",54 mandatory=True,55 position=0,56 ),57 useCerebrumMask=dict(58 argstr="'-C'",59 ),60 useManualMaskFile=dict(61 argstr="'-cbm'",62 ),63 useMultiThreading=dict(64 argstr="'-P'",65 ),66 useSingleThreading=dict(67 argstr="'-U'",68 ),69 verbosity0=dict(70 argstr="'-v0'",71 xor=("verbosity0", "verbosity1", "verbosity2"),72 ),73 verbosity1=dict(74 argstr="'-v1'",75 xor=("verbosity0", "verbosity1", "verbosity2"),76 ),77 verbosity2=dict(78 argstr="'v2'",79 xor=("verbosity0", "verbosity1", "verbosity2"),80 ),81 )82 inputs = SVReg.input_spec()83 for key, metadata in list(input_map.items()):84 for metakey, value in list(metadata.items()):...
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