def __test__(verbose=False):
#-------------------------------------------------------------------------------
"""
used for automated module testing. see L{tester}
"""
import pylib.tester as tester
c = Cache(3)
c['a'] = 'a'
c['b'] = 'b'
c['c'] = 'c'
c['a']
c['d'] = 'd'
tester.Assert(
str(c) == str({
u'a': (4, u'a'),
u'c': (3, u'c'),
u'd': (5, u'd')
}))
c['d'] = 'd'
c['e'] = 'e'
tester.Assert(
str(c) == str({
u'a': (4, u'a'),
u'e': (7, u'e'),
u'd': (6, u'd')
}))
return 0
def __test__(verbose=False):
#-------------------------------------------------------------------------------
"""
used for automated module testing. see L{tester}
"""
import pylib.tester as tester
#- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
class cool(TableObject):
#- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
sara = ColumnInteger()
amy = ColumnText()
def __init__(self, sara=None, amy=None):
TableObject.__init__(self)
self.sara = sara
self.amy = amy
def __str__(self):
return str(self.sara) + ' ' + str(self.amy)
db = DB()
tbl = db.getTable('boo', ObjClass=cool)
if not tbl.exists:
tbl.create()
for i in db.getTables():
tbl1 = db.getTable(i[2])
tester.Assert(str(tbl1) == "boo -- [u'amy:TEXT', u'sara:INTEGER']")
tt = tbl.insert(cool(5, 'wife'))
tbl.insert(cool(7, 'what'))
ans = ['5 wife', '7 what']
for idx, to in enumerate(tbl.get()):
tester.Assert(str(to) == ans[idx])
to = tbl.getOne("where amy='wife'")
tester.Assert(str(to) == '5 wife')
tester.Assert(str(tt) == '5 wife')
to.sara = 13
to.update()
ans = ['13 wife', '7 what']
for idx, to in enumerate(tbl.get()):
tester.Assert(str(to) == ans[idx])
db.close()
return 0
def work(arg):
while 1:
delay = random.randint(0, 5)
msg = arg.lmwt.getMsg()
tester.Assert(msg not in arg.seen)
arg.seen.add(msg)
if verbose:
print(msg, 'delaying: ', delay)
arg.count += 1
time.sleep(delay)
def __test__(verbose=False):
#-------------------------------------------------------------------------------
"""
used for automated module testing. see L{tester}
"""
import pylib.tester as tester
fileName = oss.tmpfile()
with open(fileName, 'w') as otf:
otf.write('sara aidan boo connor')
ts0 = set([1, 3, 5, 6, 7, 10])
saveDB(fileName, ts0)
ts1 = loadDB(fileName)
tester.Assert(ts0 == ts1)
with open(fileName, 'w') as otf:
otf.write('sara aidan boo connor stuff')
ts1 = loadDB(fileName)
tester.Assert(set() == ts1)
return 0
def __test__(verbose=False):
#-------------------------------------------------------------------------------
"""
used for automated module testing. see L{tester}
"""
import pylib.tester as tester
import random
for i in range(100):
n = random.randint(0, 9999999999999999999999999999999999999999999)
s = cvtNum2QChars(n)
a = cvtQChars2Num(s)
print(s, a)
tester.Assert(n == a)
for i in range(100):
n = random.randint(0, 9999999)
s = cvtNum2QChars(n)
a = cvtQChars2Num(s)
print(s, a)
tester.Assert(n == a)
return 0
def __test__():
#-------------------------------------------------------------------------------
"""
used for automated module testing. see L{tester}
"""
import pylib.tester as tester
tester.Assert(CalcHexDistance(3, 3, 4, 1), 3)
tester.Assert(CalcHexDistance(2, 4, 4, 1), 4)
tester.Assert(CalcHexDistance(1, 4, 4, 1), 5)
tester.Assert(CalcHexDistance(0, 5, 4, 1), 6)
tester.Assert(CalcHexDistance(3, 3, 5, 0), 4)
tester.Assert(CalcHexDistance(2, 4, 5, 0), 5)
tester.Assert(CalcHexDistance(1, 4, 5, 0), 6)
tester.Assert(CalcHexDistance(0, 5, 5, 0), 7)
return 0
def __test__(verbose=False):
#-------------------------------------------------------------------------------
"""
used for automated module testing. see L{tester}
"""
import time
import random
import pylib.tester as tester
class TestObj(object):
def __init__(self):
self.lmwt = None
self.count = 0
self.seen = set()
def work(arg):
while 1:
delay = random.randint(0, 5)
msg = arg.lmwt.getMsg()
tester.Assert(msg not in arg.seen)
arg.seen.add(msg)
if verbose:
print(msg, 'delaying: ', delay)
arg.count += 1
time.sleep(delay)
arg = TestObj()
lmwt = LastMessageWorkerThread(work, 'work', (arg, ))
arg.lmwt = lmwt
lmwt.start()
for i in range(100):
lmwt.setMsg(i)
time.sleep(0.5)
time.sleep(10)
if verbose:
print('Count:', arg.count)
tester.Assert(arg.count > 8)
return 0
def __test__():
#-------------------------------------------------------------------------------
import pylib.tester as tester
v2 = vector(1.3, 2, 3.1)
tester.Assert(v2.crossProduct(v2) == vector.ZERO)
tester.Assert(v2 + v2 != 2.1 * v2)
tester.Assert(v2 + v2 == 2 * v2)
tester.Assert(v2 - v2 == vector.ZERO)
tester.Assert(
vector([1, 0, 0]) *
vector(point((0, 1, 0))) == vector(vector(0, 0, 1)))
tester.Assert(vector([v for v in vector.ONE]) == vector.ONE)
def __test__(verbose=False):
#-------------------------------------------------------------------------------
"""
used for automated module testing. see L{tester}
"""
import pylib.tester as tester
fw = FileWalker(['sara', 'boo', 'aidan', 'connor'], 'orig')
results = []
for idx, i in enumerate(fw):
if idx == 2:
fw.add(['amy', 'chris'], 'new')
results.append(i)
answer = [(u'orig', 1, u'sara'), (u'orig', 2, u'boo'),
(u'orig', 3, u'aidan'), (u'new', 1, u'amy'),
(u'new', 2, u'chris'), (u'orig', 4, u'connor')]
tester.Assert(results == answer)
return 0
def __test__(verbose=None):
#-------------------------------------------------------------------------------
"""
used for automated module testing. see L{tester}
"""
import pylib.tester as tester
tp = SingleThreadPool(3)
tester.Assert(__test(tp, 0, verbose))
tester.Assert(__test(tp, 1, verbose))
tp = ThreadPool(3)
tester.Assert(__test(tp, 0, verbose))
tester.Assert(__test(tp, 1, verbose))
tp = ProcessPool(3)
tester.Assert(__test(tp, 0, verbose))
tester.Assert(__test(tp, 1, verbose))
return 1
def __test__(verbose=False):
#-------------------------------------------------------------------------------
"""
used for automated module testing. see L{tester}
"""
import pylib.tester as tester
class TException(Exception): pass
def usage(rc, s=''):
raise TException(s)
t = ['-caa', '--sara', 'cool', 'filename', '--cool', '-5', '-a', '-a']
args, opts = mopt(t, [('c', 'cat')], ['cool', 'sara'], ['a'], [], "cool")
tester.Assert(opts.get('cool', 0, int) == 0)
tester.Assert(len(opts.a) == 2)
args, opts = mopt(t, [('c', 'cat')], ['cool', 'sara'], ['a'], [], 'this is the prgm', nonOpStopOp=False)
tester.Assert(opts.get('cool', 0, int) == -5)
tester.Assert(len(opts.a) == 4)
args, opts = mopt(t, [('c', 'cat'), 'a'], ['cool', 'sara'], 'this is the prgm', nonOpStopOp=False)
tester.Assert(opts.get('cool', 0, int) == -5)
tester.AssertRecvException(AttributeError, opts.get, ('b', ))
tester.AssertRecvException(TException, mopt, (t, [('c', 'cat')], ['cool', 'sara'], usage))
tester.AssertRecvException(TException, mopt, (['--help'], [('c', 'cat')], ['cool', 'sara'], usage))
tester.AssertRecvException(TException, mopt, (['-?'], [('c', 'cat')], ['cool', 'sara'], usage))
args, opts = mopt(t, [('c', 'cat')], ['cool'], 'this is the prgm', nonOpStopOp=False, skipUnknownOps=True)
tester.Assert(opts.get('cool', 0, int) == -5)
tester.Assert(args == ['-a', '-a', '--sara', 'cool', 'filename', '-a', '-a'])
# test opts as first param
arg, opts = mopt(opts, [], [], ['a'], ['sara'], '', nonOpStopOp=False)
tester.Assert(opts.validate({'a': [True, True, True, True], 'sara': ['cool'], 'cat': True, '_usageStr_': 'this is the prgm', 'cool': u'-5', '_args_': [u'filename'],
'_cmdline_': ['-a', '-a', '--sara', 'cool', 'filename', '-a', '-a']}))
arg, opts = mopt(opts, [], [], ['a'], ['sara'], nonOpStopOp=False)
tester.Assert(opts.validate({'a': [True, True, True, True], 'sara': ['cool'],
'cat': True, '_usageStr_': 'this is the prgm', '_args_': ['filename'], 'cool': '-5', '_cmdline_': ['filename']}))
arg, opts = mopt(opts, [], [], ['a'], ['sara'], '', nonOpStopOp=False)
tester.Assert(opts.validate({'a': [True, True, True, True], 'sara': ['cool'],
'cat': True, '_usageStr_': 'this is the prgm', '_args_': ['filename'], 'cool': '-5', '_cmdline_': ['filename']}))
arg, opts = mopt(opts, [], [], ['a'], ['sara'], nonOpStopOp=False)
tester.Assert(opts.validate({'a': [True, True, True, True], 'sara': ['cool'],
'cat': True, '_usageStr_': 'this is the prgm', '_args_': ['filename'], 'cool': '-5', '_cmdline_': ['filename']}))
arg, opts = mopt(opts, ['c', 'cool'], [])
tester.Assert(opts.validate({'a': [True, True, True, True], 'c': None, 'sara': ['cool'], 'cat': True,
'_usageStr_': u'this is the prgm', '_args_': ['filename'],
'cool': '-5', '_cmdline_': ['filename']}))
tester.Assert('c' not in opts)
tester.Assert('cat' in opts)
tester.Assert(opts['cat'] is True)
t = ['-cool', '-run', '5', 'stuff']
args, opts = mopt(t, ['cool'], ['run'], 'this is the prgm', allowMultiChar=True)
tester.Assert(opts.validate({'_usageStr_': 'this is the prgm', 'run': '5',
'_args_': ['stuff'], 'cool': True, '_cmdline_': ['-cool', '-run', '5', 'stuff']}))
t = ['/cool', '/run', '5', 'stuff']
args, opts = mopt(t, ['cool'], ['run'], 'this is the prgm', allowMultiChar=True, shortOpMarker='/')
tester.Assert(opts.validate({'_usageStr_': 'this is the prgm', 'run': '5',
'_args_': ['stuff'], 'cool': True, '_cmdline_': ['/cool', '/run', '5', 'stuff']}))
t = ['--sara', 'boo']
args, opts = mopt(t, ['sara'], ['sara'], 'this is the prgm')
tester.Assert(opts.validate({'_usageStr_': 'this is the prgm', 'sara': 'boo',
'_args_': [], '_cmdline_': ['--sara', 'boo']}))
args, opts = mopt(t, ['sara'], ['sara'], usage)
tester.AssertRecvException(TException, opts.get, ('sara', '', float))
t = ['--sara']
args, opts = mopt(t, ['sara'], ['sara'], 'this is the prgm')
tester.Assert(opts.validate({'_usageStr_': 'this is the prgm', 'sara': True, '_args_': [], '_cmdline_': ['--sara']}))
args, opts = mopt(['*.py'], ['sara'], ['sara'], 'this is the prgm')
tester.AssertRecvException(TypeError, mopt, (['--help'], [('c', 'cat')]))
args, opts = mopt(['*.py'], ['sara'], ['sara'], 'this is the prgm')
tester.Assert('options.py' in args)
args, opts = mopt(['"*.py"'], ['sara'], ['sara'], 'this is the prgm')
tester.Assert('*.py' in args)
args, opts = mopt(['coo[123].py'], ['sara'], ['sara'], 'this is the prgm')
args, opts = mopt(['*.py'], ['sara'], ['sara'], 'this is the prgm', expandWildCards=False)
tester.Assert('*.py' in args)
args, opts = mopt(['*.py'], ['sara'], ['sara'], 'this is the prgm', expandWildCards=False, nonOpStopOp=False)
tester.Assert('*.py' in args)
t = ['-c', '-r', '5', 'stuff']
args, opts = mopt(t, [('c', 'cool')], [('r','run')], 'this is the prgm')
tester.Assert(opts.validate({'_usageStr_': 'this is the prgm', 'run': '5',
'_args_': ['stuff'], 'cool': True, '_cmdline_': ['-c', '-r', '5', 'stuff']}))
t = ['-s']
args, opts = mopt(t, ['s'], ['s'], 'this is the prgm')
tester.Assert(opts.validate({'_usageStr_': 'this is the prgm', 's': True, '_args_': [], '_cmdline_': ['-s']}))
t = ['-s', 'boo']
args, opts = mopt(t, ['s'], ['s'], 'this is the prgm')
tester.Assert(opts.validate({'_usageStr_': 'this is the prgm', 's': 'boo', '_args_': [], '_cmdline_': ['-s', 'boo']}))
t = ['-s']
args, opts = mopt(t, [], [], ['s'], ['s'], 'this is the prgm')
tester.Assert(opts.validate({'_usageStr_': 'this is the prgm', 's': [True], '_args_': [], '_cmdline_': ['-s']}))
t = ['-s', 'boo']
args, opts = mopt(t, [], [], ['s'], ['s'], 'this is the prgm')
tester.Assert(opts.validate({'_usageStr_': 'this is the prgm', 's': ['boo'], '_args_': [], '_cmdline_': ['-s', 'boo']}))
t = ['--sara']
args, opts = mopt(t, [], [], ['sara'], ['sara'], 'this is the prgm')
tester.Assert(opts.validate({'_usageStr_': 'this is the prgm', 'sara': [True], '_args_': [], '_cmdline_': ['--sara']}))
t = ['--sara', 'boo']
args, opts = mopt(t, [], [], ['sara'], ['sara'], 'this is the prgm')
tester.Assert(opts.validate({'_usageStr_': 'this is the prgm', 'sara': ['boo'], '_args_': [], '_cmdline_': ['--sara', 'boo']}))
t = ['--sara', 'boo', '--', '--cool']
args, opts = mopt(t, [], [], ['sara'], ['sara'])
tester.Assert(opts.validate({'_usageStr_': '', 'sara': ['boo'], '_args_': ['--cool'],
'_cmdline_': ['--sara', 'boo', '--', '--cool']}))
t = ['--sara', 'boo', '--', '--cool']
args, opts = mopt(t, [], [], ['sara'], ['sara'], expandWildCards=False)
tester.Assert(opts.validate({'_usageStr_': '', 'sara': ['boo'], '_args_': ['--cool'],
'_cmdline_': ['--sara', 'boo', '--', '--cool']}))
t = ['--sara', '--', '--cool']
args, opts = mopt(t, [], [], ['sara'], [], expandWildCards=False)
tester.Assert(opts.validate({'_usageStr_': '', 'sara': [True], '_args_': ['--cool'],
'_cmdline_': ['--sara', '--', '--cool']}))
t = ['--sara']
tester.AssertRecvException(TException, mopt, (t, [], [('s', 'sara')], usage))
t = ['-s']
tester.AssertRecvException(TException, mopt, (t, [], [('s', 'sara')], usage))
t = ['--sara']
tester.AssertRecvException(TException, mopt, (t, [], [], [], [('s', 'sara')], usage))
t = ['-s']
tester.AssertRecvException(TException, mopt, (t, [], [], [], [('s', 'sara')], usage))
tester.AssertRecvException(TypeError, mopt, (t, [], [], [('s', 'sara')], usage))
t = ['---sara', '---', '---cool']
args, opts = mopt(t, [], [], ['sara'], [], expandWildCards=False, longOpMarker='---')
tester.Assert(opts.validate({'_usageStr_': '', 'sara': [True], '_args_': ['---cool'],
'_cmdline_': ['---sara', '---', '---cool']}))
t = ['---sara', '-s', '-d']
args, opts = mopt(t, [], [], ['sara'], [], expandWildCards=False, longOpMarker='---', shortOpMarker='---')
tester.Assert(opts.validate({'_usageStr_': '', 'sara': [True], '_args_': ['-s', '-d'],
'_cmdline_': ['---sara', '-s', '-d']}))
return 0
<ul>
<li><a html="date_cool.html">cool</a></li>
<li><a html="date_aidan.html">cool</a></li>
<li><a html="date_cool.html">aidan</a></li>
<li><a html="date_aidan.html">aidan</a></li>
</ul>
"""
### print "'%s'" % val
### print "'%s'" % good
###
### for idx, ch in enumerate(val):
### if good[idx] != ch:
### print "error", idx, "'%s'" % ch, "'%s'" % good[idx]
tester.Assert(val == good, "Substitution Comparison Failed")
tmp = Template('cvs.exe ci\n$$$ if msg:\n-m "$msg"\n$$$ end\n$file')
tmp.dbg = 0
try:
val1 = tmp.sub({'msg': '', 'file': 'cool'}, ' ')
val2 = tmp.sub({'msg': 'cool', 'file': 'ff'}, ' ')
except TemplateException:
print tmp.printErrors()
raise
tester.Assert(val1 == 'cvs.exe ci cool',
"Substitution Comparison Failed 1")
tester.Assert(val2 == 'cvs.exe ci -m "cool" ff',
"Substitution Comparison Failed 2")
def __test__():
#-------------------------------------------------------------------------------
tester.Assert(eq("bob", "[_a-zA-Z][_a-zA-Z0-9]+"))
tester.Assert(not eq("bob ", "[_a-zA-Z][_a-zA-Z0-9]+"))
tester.Assert(not eq(" bob ", "[_a-zA-Z][_a-zA-Z0-9]+"))
tester.Assert(not eq("bib ", "[_a-zA-Z][_a-zA-Z0-9]+"))
s = " cool $$% dogf$!d$!"
sf = scanf(s)
tester.Assert(not sf.scan("cool 100% dogfood") == ('100', ))
tester.Assert(sf.scan(" cool 100% dogfodfdfdod ") == ('100', ))
tester.Assert(sf.scan(" cool a% dogfodfdfod ") == ('a', ))
tester.Assert(
sf.scan(
" cool 1234 6% dogfooddddddddddddddddddddddddddddd"
) == ('1234 6', ))
s = "warning: line $$, column $$"
sf = scanf(s)
tester.Assert(sf.scan("warning: line 31, column 42") == ('31', '42'))
rex = CvtFileWildCardToRE('*.py;data?.dat')
ee = reCmp(rex)
rex = CvtFileWildCardToRE('*.py')
tester.Assert(ee.eq('C:/bad/cool.py'))
tester.Assert(ee.eq('C:\\bad\\cool.py'))
tester.Assert(not ee.eq('da3ta5.dat'))
tester.Assert(ee.eq('data5.dat'))
tester.Assert(eq('C:/bad/cool.py', rex))
tester.Assert(eq('C:\\bad\\cool.py', rex))
tester.Assert(
strPartition('==|-=',
'this is a "very cool" == test -= """more stuff"""') == [[
'this', 'is', 'a', 'very cool'
], ['=='], ['test'], ['-='], ['more stuff']])
