def test_full_funcname():
from syn.base_utils import full_funcname, REPL, this_module
class Foo(object):
@classmethod
def bar(cls):
pass
@staticmethod
def baz():
pass
Foo.bar()
Foo.baz()
r = REPL()
s = set([1, 2, 3])
modname = this_module().__name__
assert full_funcname(full_funcname) == 'syn.base_utils.py.full_funcname'
assert full_funcname(r.eval) == 'syn.base_utils.repl.REPL.eval'
if six.PY2:
assert_raises(TypeError, full_funcname, REPL.eval)
else:
assert full_funcname(REPL.eval) == 'syn.base_utils.repl.eval'
assert full_funcname(Foo.bar) == '{}.Foo.bar'.format(modname)
assert full_funcname(Foo.baz) == '{}.baz'.format(modname)
if six.PY2:
assert full_funcname(s.__contains__) == '__builtin__.set.__contains__'
else:
assert full_funcname(s.__contains__) == 'builtins.set.__contains__'
def test_this_module():
from syn.base_utils import this_module
this = this_module()
assert hasattr(this, 'test_this_module')
assert hasattr(this, 'test_import_module')
assert this.test_this_module is test_this_module
def test_this_module():
from syn.base_utils import this_module
this = this_module()
assert hasattr(this, 'test_this_module')
assert hasattr(this, 'test_import_module')
assert this.test_this_module is test_this_module
def test_full_funcname():
from syn.base_utils import full_funcname, REPL, this_module
class Foo(object):
@classmethod
def bar(cls):
pass
@staticmethod
def baz():
pass
Foo.bar()
Foo.baz()
r = REPL()
s = set([1, 2, 3])
modname = this_module().__name__
assert full_funcname(full_funcname) == 'syn.base_utils.py.full_funcname'
assert full_funcname(r.eval) == 'syn.base_utils.repl.REPL.eval'
if six.PY2:
assert_raises(TypeError, full_funcname, REPL.eval)
else:
assert full_funcname(REPL.eval) == 'syn.base_utils.repl.eval'
assert full_funcname(Foo.bar) == '{}.Foo.bar'.format(modname)
assert full_funcname(Foo.baz) == '{}.baz'.format(modname)
if six.PY2:
assert full_funcname(s.__contains__) == '__builtin__.set.__contains__'
else:
assert full_funcname(s.__contains__) == 'builtins.set.__contains__'
def test_elog():
from syn.base_utils import elog, this_module
import syn.base_utils.py as sp
modname = this_module().__name__
class ElogTest(Exception): pass
msgs = []
class FakeLogger(object):
def error(self, msg):
msgs.append(msg)
@classmethod
def cmeth(cls):
pass
@staticmethod
def smeth():
pass
FakeLogger.cmeth()
FakeLogger.smeth()
logger = FakeLogger()
with assign(sp, 'elogger', logger):
elog(ElogTest('msg 1'), elog, (1, 1.2, 'abc'))
assert msgs[-1] == ('***ElogTest***: "msg 1" --- '
'syn.base_utils.py.elog(1, 1.2, abc)')
elog(ElogTest('msg 2'), message, (1, 1.2, 'abc'), dict(a=2, b=3.4))
assert msgs[-1] == ('***ElogTest***: "msg 2" --- '
'syn.base_utils.py.message(1, 1.2, abc, a=2, b=3.4)')
elog(ElogTest('msg 3'), test_elog, (1, 1.2, 'abc'), dict(a=2),
pretty=False)
assert msgs[-1] == ('***ElogTest***: "msg 3" --- '
'{}.test_elog'.format(modname) +
'(args=(1, 1.2, \'abc\'), '
'kwargs={\'a\': 2})')
elog(ElogTest('msg4'), logger.error, ('abc',))
assert msgs[-1] == ('***ElogTest***: "msg4" --- '
'{}.FakeLogger.error(abc)'.format(modname))
elog(ElogTest('msg5'), FakeLogger.cmeth)
assert msgs[-1] == ('***ElogTest***: "msg5" --- '
'{}.FakeLogger.cmeth()'.format(modname))
elog(ElogTest('msg6'), FakeLogger.smeth)
assert msgs[-1] == ('***ElogTest***: "msg6" --- '
'{}.smeth()'.format(modname))
elog(ElogTest('msg7'), FakeLogger.smeth, name='FakeLogger.smeth')
assert msgs[-1] == ('***ElogTest***: "msg7" --- '
'{}.FakeLogger.smeth()'.format(modname))
elog(ElogTest('msg8'), elog, (1, 1.2, u'ab\u2013cd'))
def delete(*args):
'''For using then deleting objects.'''
from syn.base_utils import this_module
mod = this_module(npop=3)
yield
for arg in args:
name = arg
if not isinstance(name, STR):
name = arg.__name__
delattr(mod, name)
def delete(*args):
'''For using then deleting objects.'''
from syn.base_utils import this_module
mod = this_module(npop=3)
yield
for arg in args:
name = arg
if not isinstance(name, STR):
name = arg.__name__
delattr(mod, name)
def test_ngzwarn():
from syn.base_utils import ngzwarn, this_module
import syn.base_utils.py as sp
mod = this_module()
msgs = []
class FakeLogger(object):
def warning(self, msg):
msgs.append(msg)
logger = FakeLogger()
with assign(sp, 'test_logger', logger):
ngzwarn(1, 'FOO')
assert msgs == []
ngzwarn(0, 'Test value 1')
assert msgs[-1] == ('Test value 1 set to value <= 0 (0) in {}'
.format(mod.__name__))
ngzwarn(-1, 'Test value 2')
assert msgs[-1] == ('Test value 2 set to value <= 0 (-1) in {}'
.format(mod.__name__))
def test_ngzwarn():
from syn.base_utils import ngzwarn, this_module
import syn.base_utils.py as sp
mod = this_module()
msgs = []
class FakeLogger(object):
def warning(self, msg):
msgs.append(msg)
logger = FakeLogger()
with assign(sp, 'test_logger', logger):
ngzwarn(1, 'FOO')
assert msgs == []
ngzwarn(0, 'Test value 1')
assert msgs[-1] == ('Test value 1 set to value <= 0 (0) in {}'.format(
mod.__name__))
ngzwarn(-1, 'Test value 2')
assert msgs[-1] == ('Test value 2 set to value <= 0 (-1) in {}'.format(
mod.__name__))
def test_elog():
from syn.base_utils import elog, this_module
import syn.base_utils.py as sp
modname = this_module().__name__
class ElogTest(Exception):
pass
msgs = []
class FakeLogger(object):
def error(self, msg):
msgs.append(msg)
@classmethod
def cmeth(cls):
pass
@staticmethod
def smeth():
pass
FakeLogger.cmeth()
FakeLogger.smeth()
logger = FakeLogger()
with assign(sp, 'elogger', logger):
elog(ElogTest('msg 1'), elog, (1, 1.2, 'abc'))
assert msgs[-1] == ('***ElogTest***: "msg 1" --- '
'syn.base_utils.py.elog(1, 1.2, abc)')
elog(ElogTest('msg 2'), message, (1, 1.2, 'abc'), dict(a=2, b=3.4))
assert msgs[-1] == (
'***ElogTest***: "msg 2" --- '
'syn.base_utils.py.message(1, 1.2, abc, a=2, b=3.4)')
elog(ElogTest('msg 3'),
test_elog, (1, 1.2, 'abc'),
dict(a=2),
pretty=False)
assert msgs[-1] == ('***ElogTest***: "msg 3" --- '
'{}.test_elog'.format(modname) +
'(args=(1, 1.2, \'abc\'), '
'kwargs={\'a\': 2})')
elog(ElogTest('msg4'), logger.error, ('abc', ))
assert msgs[-1] == ('***ElogTest***: "msg4" --- '
'{}.FakeLogger.error(abc)'.format(modname))
elog(ElogTest('msg5'), FakeLogger.cmeth)
assert msgs[-1] == ('***ElogTest***: "msg5" --- '
'{}.FakeLogger.cmeth()'.format(modname))
elog(ElogTest('msg6'), FakeLogger.smeth)
assert msgs[-1] == ('***ElogTest***: "msg6" --- '
'{}.smeth()'.format(modname))
elog(ElogTest('msg7'), FakeLogger.smeth, name='FakeLogger.smeth')
assert msgs[-1] == ('***ElogTest***: "msg7" --- '
'{}.FakeLogger.smeth()'.format(modname))
elog(ElogTest('msg8'), elog, (1, 1.2, u'ab\u2013cd'))
def serialize_type(cls, typ, **kwargs):
dct = {SER_KEYS.name: 'NoneType',
SER_KEYS.mod: this_module().__name__,
SER_KEYS.is_type: True}
return dct
def test_repr_template():
r = REPR1(a = 1, b = 2.3)
assert repr(r) == '<{}.REPR1 a=1 b=2.3>'.format(this_module().__name__)
r._opts.repr_template = '{b}'
assert repr(r) == '2.3'
def test_repr_template():
r = REPR1(a=1, b=2.3)
assert repr(r) == '<{}.REPR1 a=1 b=2.3>'.format(this_module().__name__)
r._opts.repr_template = '{b}'
assert repr(r) == '2.3'