def test_foo():
from foo import Foo
f = Foo(10)
assert f.n == 10
f.incr()
assert f.n == 11
def sqlexec(script, checkExit=True):
with io.open(scriptFile_getBackupInfo, "w") as file:
file.write(script)
sqlprc = Popen(sqlcmd.format(script=scriptFile_getBackupInfo), shell=True, stdout=PIPE, stderr=PIPE)
sqlprc.wait()
sqlprcExitCode = sqlprc.returncode
sqlprcOutputValues = sqlprc.communicate()
sqlprcStdout = sqlprcOutputValues[0]
sqlprcStderr = sqlprcOutputValues[1]
res = Foo()
res.exitCode = sqlprc.returncode
res.stdOut = sqlprcOutputValues[0]
res.stdErr = sqlprcOutputValues[1]
if checkExit:
if res.exitCode != 0:
print "sql script failed!"
print "command:"
print sqlcmd
print "sql script:"
print script
print "exit code:"
print res.exitCode
print "stdout:"
print res.stdOut
print "stderr:"
print res.stdErr
sys.exit(1)
return res
def main():
logger.info('Entering main ...')
logger.debug('This is a demo for logging.')
f = Foo()
f.do_foo(42)
bar.bar()
logger.info('Leaving main ...')
def test_foo():
from foo import Foo
f = Foo(10)
assert f.n == 10
f.incr()
assert f.n == 11
def test_on_peu_voter_entre_deux_foo(self):
foo1 = Foo('machin')
foo2 = Foo('truc')
foo1.a_vaincu(foo2)
self.assertEqual(1500.+K/2, foo1.score)
self.assertEqual(1500.-K/2, foo2.score)
def test_on_peu_voter_entre_deux_foo(self):
foo1 = Foo('machin')
foo2 = Foo('truc')
foo1.a_vaincu(foo2)
self.assertEqual(1500. + K / 2, foo1.score)
self.assertEqual(1500. - K / 2, foo2.score)
def test_on_peut_avoir_deux_foo_aleatoires(self):
foo1 = Foo('ciblout')
foo2 = Foo('remram')
Foo.ajouter(foo1)
Foo.ajouter(foo2)
foos = Foo.get_two_foos()
self.assertEqual(len(foos),2)
self.assertIn(foo1,foos)
self.assertIn(foo2,foos)
class Main():
def __init__(self):
self.buf = [0, 0, 0, 0, 0]
self.foo = Foo(self.buf)
self.bar = Bar(self.buf)
def run(self):
print(self.buf)
self.foo.add_one()
print(self.buf)
self.foo.get_buf()
def test_on_peut_classer(self):
foo1 = Foo('ciblout')
foo2 = Foo('remram')
foo3 = Foo('remram')
Foo.ajouter(foo1)
Foo.ajouter(foo2)
Foo.ajouter(foo3)
foo1.a_vaincu(foo2)
foos = Foo.get_sorted_list(2)
self.assertEqual(len(foos), 2)
self.assertEqual(foo1, foos[0])
self.assertEqual(foo3, foos[1])
def get_objs():
obj1 = foo.Foo()
obj2 = Foo()
obj3 = Foo(attr='overridden')
return ((obj1.get(), obj1.get_class_attr()),
(obj2.get(), obj2.get_class_attr()), (obj3.get(),
obj3.get_class_attr()))
def test_transaction(self):
# test commit
with TestDatabase.db.transaction():
TestDatabase.db.upsert(Bar(101, 180, 33.5, 'A'))
TestDatabase.db.upsert(Bar(102, 270, 50.33, 'B'))
bars = TestDatabase.db.select(Bar())
self.assertEqual(len(bars), 4)
# test rollback on exception
with TestDatabase.db.transaction(), \
self.assertRaises(DatabaseIntegrityError) as cm:
TestDatabase.db.upsert(Foo('a new foo', ))
self.assertEqual(cm.exception.args[0], 'NOT NULL constraint failed: foo.desc')
self.assertEqual(len(bars), 4)
# test a forced rollback
with TestDatabase.db.transaction() as t:
TestDatabase.db.upsert(
Bar(104, 355, 99.99, 'D'))
t.fail()
bars = TestDatabase.db.select(Bar())
self.assertEqual(len(bars), 4)
# restore table to pre-test state
with TestDatabase.db.transaction():
TestDatabase.db.delete(Bar(101))
TestDatabase.db.delete(Bar(102))
bars = TestDatabase.db.select(Bar())
self.assertEqual(len(bars), 2)
def test_on_peut_avoir_deux_foo_aleatoires(self):
foo1 = Foo('ciblout')
foo2 = Foo('remram')
Foo.ajouter(foo1)
Foo.ajouter(foo2)
foos = Foo.get_two_foos()
self.assertEqual(len(foos), 2)
self.assertIn(foo1, foos)
self.assertIn(foo2, foos)
def test_foo_get(self):
foo_instance = Foo()
self.assertIsInstance(foo_instance.foo_get(), foo.Bar)
def test_clear(self):
foo = Foo('ciclout')
Foo.ajouter(foo)
Foo.clear()
self.assertEqual(Foo.get_liste(), [])
def test_on_peut_ajouter_des_foos(self):
foo = Foo('ciblout')
Foo.ajouter(foo)
self.assertIn(foo, foo.get_liste())
def __init__(self):
self.buf = [0, 0, 0, 0, 0]
self.foo = Foo(self.buf)
self.bar = Bar(self.buf)
import sys
sys.path.append('build')
from foo import Foo
foo = Foo()
print foo.a
foo.a = 1
print foo.a
def test_external_module(): return Foo().go_google()
def require_sub_file_module(): f = Foo() return f.yum()
def getBackupInfo(databaseName):
getDbBackupscript = u"""
declare @cmt varchar(200)
set @cmt = ''
declare @dbname varchar(250)
set @dbname = '{database_name}'
print @cmt+'database '+@dbname
print @cmt+'full backup of '+@dbname
declare @full_bs_id numeric(38)
declare @full_start datetime
declare @full_end datetime
declare @full_created bit
declare @full_lsn numeric(38)
declare @full_media_id numeric(38)
declare @full_media_file varchar(2000)
declare @full_media_pos numeric(38)
set @full_created = 0
select top 1
@full_created = 1,
@full_bs_id = backup_set_id,
@full_start = backup_start_date,
@full_end = backup_finish_date,
@full_lsn = database_backup_lsn,
@full_media_pos = position,
@full_media_id = media_set_id,
@full_media_file = (select b.physical_device_name from msdb.dbo.backupmediafamily b where b.media_set_id = bs.media_set_id)
from msdb.dbo.backupset bs
where
bs.database_name = @dbname
and bs.type = 'D'
order by bs.backup_start_date desc
if @full_created = 1 begin
print @cmt+'full backupset id: '+cast(@full_bs_id as varchar)
print @cmt+'full backupset started: '+convert(varchar(200),@full_start,120) -- +cast(@full_start as varchar)
print @cmt+'full backupset finished: '+convert(varchar(200),@full_end,120) -- +cast(@full_end as varchar)
print @cmt+'full backupset db lsn: '+cast(@full_lsn as varchar)
print @cmt+'full backupset media id: '+cast(@full_media_id as varchar)
print @cmt+'full media file: '+@full_media_file
print @cmt+'full media position: '+cast(@full_media_pos as varchar)
print @cmt+'diff backup of '+@dbname
declare @diff_bs_id numeric(38)
declare @diff_start datetime
declare @diff_end datetime
declare @diff_created bit
declare @diff_lsn numeric(38)
declare @diff_media_id numeric(38)
declare @diff_media_file varchar(2000)
declare @diff_media_pos numeric(38)
set @diff_created = 0
select top 1
@diff_created = 1,
@diff_bs_id = backup_set_id,
@diff_start = backup_start_date,
@diff_end = backup_finish_date,
@diff_lsn = database_backup_lsn,
@diff_media_pos = position,
@diff_media_id = media_set_id,
@diff_media_file = (select b.physical_device_name from msdb.dbo.backupmediafamily b where b.media_set_id = bs.media_set_id)
from msdb.dbo.backupset bs
where
bs.database_name = @dbname
and bs.type = 'I'
and bs.database_backup_lsn > @full_lsn
order by bs.backup_start_date desc
if @diff_created = 1 begin
print @cmt+'diff backupset id: '+cast(@diff_bs_id as varchar)
print @cmt+'diff backupset started: '+convert(varchar(200),@diff_start,120) -- +cast(@diff_start as varchar)
print @cmt+'diff backupset finished: '+convert(varchar(200),@diff_end,120) -- +cast(@diff_end as varchar)
print @cmt+'diff backupset db lsn: '+cast(@diff_lsn as varchar)
print @cmt+'diff backupset media id: '+cast(@diff_media_id as varchar)
print @cmt+'diff media file: '+@diff_media_file
print @cmt+'diff media position: '+cast(@diff_media_pos as varchar)
end
end else begin
print @cmt+'! full backup of '+@dbname+' not exists'
end
go
""".format(
database_name=databaseName
)
res = sqlexec(getDbBackupscript)
sqlprcStdoutLines = re.split("\r\n|\n|\r", res.stdOut)
res = Foo()
full = Foo()
fullMedia = Foo()
diff = Foo()
diffMedia = Foo()
fullIdmatched = False
fullMediaIdmatched = False
diffIdmatched = False
diffMediaIdmatched = False
for line in sqlprcStdoutLines:
# full
m1 = re.match("full\s+backupset\s+id\s*:\s*(\d+)", line)
if m1:
full.id = m1.groups()[0]
fullIdmatched = True
m1 = re.match("full\s+backupset\s+started\s*:\s*(.+)", line)
if m1:
full.started = m1.groups()[0]
m1 = re.match("full\s+backupset\s+finished\s*:\s*(.+)", line)
if m1:
full.finished = m1.groups()[0]
m1 = re.match("full\s+backupset\s+db\s+lsn\s*:\s*(.+)", line)
if m1:
full.lsn = m1.groups()[0]
m1 = re.match("full\s+backupset\s+media\s+id\s*:\s*(.+)", line)
if m1:
fullMedia.id = m1.groups()[0]
fullMediaIdmatched = True
m1 = re.match("full\s+media\s+file\s*:\s*(.+)", line)
if m1:
if m1.groups()[0] in fix_backup_path_replace:
fullMedia.file = fix_backup_path_replace[m1.groups()[0]]
else:
fullMedia.file = m1.groups()[0]
m1 = re.match("full\s+media\s+position\s*:\s*(.+)", line)
if m1:
fullMedia.position = m1.groups()[0]
# diff
m1 = re.match("diff\s+backupset\s+id\s*:\s*(\d+)", line)
if m1:
diff.id = m1.groups()[0]
diffIdmatched = True
m1 = re.match("diff\s+backupset\s+started\s*:\s*(.+)", line)
if m1:
diff.started = m1.groups()[0]
m1 = re.match("diff\s+backupset\s+finished\s*:\s*(.+)", line)
if m1:
diff.finished = m1.groups()[0]
m1 = re.match("diff\s+backupset\s+db\s+lsn\s*:\s*(.+)", line)
if m1:
diff.lsn = m1.groups()[0]
m1 = re.match("diff\s+backupset\s+media\s+id\s*:\s*(.+)", line)
if m1:
diffMedia.id = m1.groups()[0]
diffMediaIdmatched = True
m1 = re.match("diff\s+media\s+file\s*:\s*(.+)", line)
if m1:
if m1.groups()[0] in fix_backup_path_replace:
diffMedia.file = fix_backup_path_replace[m1.groups()[0]]
else:
diffMedia.file = m1.groups()[0]
m1 = re.match("diff\s+media\s+position\s*:\s*(.+)", line)
if m1:
diffMedia.position = m1.groups()[0]
if not fullIdmatched:
return None
if fullMediaIdmatched:
full.media = fullMedia
res.full = full
if diffIdmatched:
res.diff = diff
if diffMediaIdmatched:
res.diff.media = diffMedia
return res
def setUp(self):
Foo.clear()
def main(): foo = Foo(100) foo.show()
from foo import Foo print(Foo().scope)
from foo import Foo
from bar import Bar
if __name__ == '__main__':
b = Bar()
print b.get_font()
f = Foo()
print f.get_font()
b.set_font('bar')
print b.get_font()
print f.get_font()
pass
def test_cas_foireux_pour_deux_foos(self):
self.assertRaises(Foo.NotEnoughFoos,
Foo.get_two_foos)
Foo.ajouter(Foo('chose'))
self.assertRaises(Foo.NotEnoughFoos,
Foo.get_two_foos)
def get_indirect():
return foo.get_foo() + ' and bar'
def get_direct():
return get_foo() + ' and bar'
def get_internal():
from foo import get_foo
return get_foo() + ' and bar'
glob_obj1 = foo.Foo()
glob_obj2 = Foo()
glob_obj3 = Foo(attr='overridden')
def get_glob_objs():
return ((glob_obj1.get(), glob_obj1.get_class_attr()),
(glob_obj2.get(), glob_obj2.get_class_attr()),
(glob_obj3.get(), glob_obj3.get_class_attr()))
def get_objs():
obj1 = foo.Foo()
obj2 = Foo()
obj3 = Foo(attr='overridden')
return ((obj1.get(), obj1.get_class_attr()),
def index():
foos = Foo.get_two_foos()
return render_template('index.html', foos=foos, list_foos=Foo.get_liste())
def test_on_peut_avoir_plein_de_foo(self):
liste_foo = Foo.get_liste()
for foo in liste_foo:
self.assertIsInstance(foo.name, str)
self.assertIsInstance(foo.score, float)
self.assertIsInstance(foo.__html__(), str)
def setUp(self):
Foo.clear()
def what_is_love(): f = Foo() return f.what_is_love(my_global_var)
def test_on_peut_classer(self):
foo1 = Foo('ciblout')
foo2 = Foo('remram')
foo3 = Foo('remram')
Foo.ajouter(foo1)
Foo.ajouter(foo2)
Foo.ajouter(foo3)
foo1.a_vaincu(foo2)
foos = Foo.get_sorted_list(2)
self.assertEqual(len(foos), 2)
self.assertEqual(foo1, foos[0])
self.assertEqual(foo3, foos[1])
def require_file_module(): f = Foo() return f.bar()
def test_clear(self):
foo = Foo('ciclout')
Foo.ajouter(foo)
Foo.clear()
self.assertEqual(Foo.get_liste(), [])
def test_on_peut_ajouter_des_foos(self):
foo = Foo('ciblout')
Foo.ajouter(foo)
self.assertIn(foo, foo.get_liste())
def __init__(self):
self.__foo = Foo(42, 'Fish', [0, 1, 2, 3])
def test_on_peut_renvoyer_du_hteumeuleu(self):
foo = Foo('superFooMash')
self.assertIsInstance(foo.__html__(), str)
def test_on_peut_renvoyer_du_hteumeuleu(self):
foo = Foo('superFooMash')
self.assertIsInstance(foo.__html__(), str)
def test_on_peut_avoir_plein_de_foo(self):
liste_foo = Foo.get_liste()
for foo in liste_foo:
self.assertIsInstance(foo.name, str)
self.assertIsInstance(foo.score, float)
self.assertIsInstance(foo.__html__(), str)
from flask import Flask, render_template, request, redirect
from foo import Foo
app = Flask("Meta foomash")
@app.route('/')
def index():
foos = Foo.get_two_foos()
return render_template('index.html', foos=foos, list_foos=Foo.get_liste())
@app.route('/vote', methods=["GET"])
def vote():
foo = Foo.get_by_name(request.args['name'])
other = Foo.get_by_name(request.args['other'])
foo.a_vaincu(other)
return redirect("/")
if __name__ == "__main__":
Foo.ajouter(Foo('ciblout'))
Foo.ajouter(Foo('remram'))
Foo.ajouter(Foo('lily'))
app.debug = True
app.run()
def vote():
foo = Foo.get_by_name(request.args['name'])
other = Foo.get_by_name(request.args['other'])
foo.a_vaincu(other)
return redirect("/")
def test_get_by_name(self):
Foo.ajouter(Foo('ciblout'))
Foo.ajouter(Foo('remram'))
Foo.ajouter(Foo('lily'))
foo = Foo.get_by_name('remram')
self.assertEqual('remram',foo.name)
def test_cas_foireux_pour_deux_foos(self):
self.assertRaises(Foo.NotEnoughFoos, Foo.get_two_foos)
Foo.ajouter(Foo('chose'))
self.assertRaises(Foo.NotEnoughFoos, Foo.get_two_foos)
from flask import Flask, render_template, request, redirect
from foo import Foo
app = Flask("Meta foomash")
@app.route('/')
def index():
foos = Foo.get_two_foos()
return render_template('index.html', foos=foos, list_foos=Foo.get_liste())
@app.route('/vote', methods = ["GET"])
def vote():
foo = Foo.get_by_name(request.args['name'])
other = Foo.get_by_name(request.args['other'])
foo.a_vaincu(other)
return redirect("/")
if __name__ == "__main__" :
Foo.ajouter(Foo('ciblout'))
Foo.ajouter(Foo('remram'))
Foo.ajouter(Foo('lily'))
app.debug = True
app.run()
def test_get_by_name(self):
Foo.ajouter(Foo('ciblout'))
Foo.ajouter(Foo('remram'))
Foo.ajouter(Foo('lily'))
foo = Foo.get_by_name('remram')
self.assertEqual('remram', foo.name)
def vote():
foo = Foo.get_by_name(request.args['name'])
other = Foo.get_by_name(request.args['other'])
foo.a_vaincu(other)
return redirect("/")
#!/usr/bin/python
# -*- coding: utf-8 -*-
"""
--------------------------------------------------------------
describe:
base_info:
__version__ = "v.10"
__author__ = "mingliang.gao"
__time__ = "2020/5/23 5:07 PM"
__mail__ = "*****@*****.**"
--------------------------------------------------------------
"""
# ------------------------------------------------------------
# usage: /usr/bin/python __init__.py.py
# ------------------------------------------------------------
from foo import Foo
foo_entry_point = Foo().entry_point()
def index():
foos = Foo.get_two_foos()
return render_template('index.html', foos=foos, list_foos=Foo.get_liste())
def test_bar(self):
foo_instance = Foo()
self.assertEquals(foo_instance.bar(x=32), 64)
def main():
foo = [Foo(luca.status()), Foo(dishroom()), Foo(huh()), Foo(sports())]
for f in foo:
print(f.say())