extract test code to seperate (_test) module

svn: r9302
This commit is contained in:
James G Sack 2007-11-06 05:37:29 +00:00
parent 84a7a512f8
commit 2adea9a5f5
3 changed files with 305 additions and 299 deletions

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@ -1,3 +1,9 @@
2007-11-05 Jim Sack <jgsack@san.rr.com>
* src/gen/utils/callback.py
* src/gen/utils/test/callback_test.py
Extracted unittest code to separate file, modified test portion
slightly to adapt to new testing framework.
2007-11-05 Jim Sack <jgsack@san.rr.com>
* src/test directory added
* src/test/{__init__,regrtest,test_init}.py added

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@ -475,303 +475,4 @@ class GrampsDBCallback(object):
# 'created with another, or by moving a non-portable database '
# 'to a different machine.'))
#-------------------------------------------------------------------------
#
# Testing code below this point
#
#-------------------------------------------------------------------------
if __name__ == "__main__":
import unittest
class TestGrampsDBCallback(unittest.TestCase):
def test_simple(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-signal' : (int,)
}
rl = []
def fn(i,r=rl):
rl.append(i)
t = TestSignals()
t.connect('test-signal',fn)
t.emit('test-signal',(1,))
assert len(rl) == 1, "No signal emitted"
assert rl[0] == 1, "Wrong argument recieved"
def test_exception_catch(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-signal' : (int,)
}
rl = []
def fn(i,r=rl):
rl.append(i)
def borked(i):
rubish.append(i)
t = TestSignals()
def null(s):
pass
global log
_log = log
log = null
t.connect('test-signal',borked)
t.connect('test-signal',fn)
t.emit('test-signal',(1,))
log = _log
assert len(rl) == 1, "No signal emitted"
assert rl[0] == 1, "Wrong argument recieved"
def test_disconnect(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-signal' : (int,)
}
rl = []
def fn(i,r=rl):
rl.append(i)
t = TestSignals()
key = t.connect('test-signal',fn)
t.emit('test-signal',(1,))
assert len(rl) == 1, "No signal emitted"
assert rl[0] == 1, "Wrong argument recieved"
t.disconnect(key)
t.emit('test-signal',(1,))
assert len(rl) == 1, "Callback not disconnected"
assert rl[0] == 1, "Callback not disconnected"
def test_noargs(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-noargs' : None
}
rl = []
def fn(r=rl):
rl.append(1)
t = TestSignals()
t.connect('test-noargs',fn)
t.emit('test-noargs')
assert len(rl) == 1, "No signal emitted"
assert rl[0] == 1, "Wrong argument recieved"
def test_no_callback(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-noargs' : None
}
t = TestSignals()
t.emit('test-noargs')
def test_subclassing(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-signal' : (int,)
}
class TestSignalsSubclass(TestSignals):
__signals__ = {
'test-sub-signal' : (int,),
}
rl = []
def fn(i,r=rl):
rl.append(i)
t = TestSignalsSubclass()
t.connect('test-signal',fn)
t.emit('test-signal',(1,))
assert len(rl) == 1, "No signal emitted"
assert rl[0] == 1, "Wrong argument recieved"
t.connect('test-sub-signal',fn)
t.emit('test-sub-signal',(1,))
assert len(rl) == 2, "No subclass signal emitted"
assert rl[1] == 1, "Wrong argument recieved in subclass"
def test_signal_block(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-signal' : (int,)
}
rl = []
def fn(i,r=rl):
rl.append(i)
t = TestSignals()
t.connect('test-signal',fn)
t.emit('test-signal',(1,))
assert len(rl) == 1, "No signal emitted"
assert rl[0] == 1, "Wrong argument recieved"
GrampsDBCallback.disable_all_signals()
t.emit('test-signal',(1,))
assert len(rl) == 1, "Signal emitted while class blocked"
GrampsDBCallback.enable_all_signals()
t.emit('test-signal',(1,))
assert len(rl) == 2, "Signals not class unblocked"
t.disable_signals()
t.emit('test-signal',(1,))
assert len(rl) == 2, "Signal emitted while instance blocked"
t.enable_signals()
t.emit('test-signal',(1,))
assert len(rl) == 3, "Signals not instance unblocked"
def test_type_checking(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-int' : (int,),
'test-list': (list,),
'test-object': (object,),
'test-str': (str,),
'test-float': (float,),
'test-dict': (dict,),
'test-lots': (int,str,list,object,float)
}
rl = []
def fn(i,r=rl):
rl.append(i)
t = TestSignals()
t.connect('test-int',fn), t.emit('test-int',(1,))
assert type(rl[0]) == int, "not int"
t.connect('test-list',fn), t.emit('test-list',([1,2],))
assert type(rl[1]) == list, "not list"
t.connect('test-object',fn), t.emit('test-object',(t,))
assert isinstance(rl[2],object), "not object"
t.connect('test-float',fn), t.emit('test-float',(2.3,))
assert type(rl[3]) == float, "not float"
t.connect('test-dict',fn), t.emit('test-dict',({1:2},))
assert type(rl[4]) == dict, "not dict"
rl = []
def fn2(i,s,l,o,f,r=rl):
rl.append(i)
t.connect('test-lots',fn2), t.emit('test-lots',(1,'a',[1,2],t,1.2))
assert type(rl[0]) == int, "not lots"
# This should fail because the type of arg1 is wrong
res=[]
def fn(s,r=res):
res.append(s)
t._warn = fn
t.connect('test-lots',fn2), t.emit('test-lots',('a','a',[1,2],t,1.2))
assert res[0][0:6] == "Signal", "Type error not detected"
def test_recursion_block(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-recursion' : (GrampsDBCallback,)
}
def fn(cb):
cb.emit('test-recursion',(t,))
res=[]
def fn2(s,r=res):
res.append(s)
t = TestSignals()
t._warn = fn2
t.connect('test-recursion',fn)
try:
t.emit('test-recursion',(t,))
except RuntimeError:
assert False, "signal recursion not blocked1."
assert res[0][0:6] == "Signal", "signal recursion not blocked"
def test_multisignal_recursion_block(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-top' : (GrampsDBCallback,),
'test-middle' : (GrampsDBCallback,),
'test-bottom' : (GrampsDBCallback,)
}
def top(cb):
cb.emit('test-middle',(t,))
def middle(cb):
cb.emit('test-bottom',(t,))
def bottom(cb):
cb.emit('test-top',(t,))
res=[]
def fn2(s,r=res):
res.append(s)
t = TestSignals()
t._warn = fn2
t.connect('test-top',top)
t.connect('test-middle',middle)
t.connect('test-bottom',bottom)
try:
t.emit('test-top',(t,))
except RuntimeError:
assert False, "multisignal recursion not blocked1."
assert res[0][0:6] == "Signal", "multisignal recursion not blocked"
unittest.main()

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@ -0,0 +1,299 @@
import unittest
from test import test_util as tu
tu.path_append_parent()
import sys
from callback import GrampsDBCallback, log
class TestGrampsDBCallback(unittest.TestCase):
def test_simple(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-signal' : (int,)
}
rl = []
def fn(i,r=rl):
rl.append(i)
t = TestSignals()
t.connect('test-signal',fn)
t.emit('test-signal',(1,))
assert len(rl) == 1, "No signal emitted"
assert rl[0] == 1, "Wrong argument recieved"
def test_exception_catch(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-signal' : (int,)
}
rl = []
def fn(i,r=rl):
rl.append(i)
def borked(i):
rubish.append(i)
t = TestSignals()
def null(s):
pass
global log
_log = log
log = null
t.connect('test-signal',borked)
t.connect('test-signal',fn)
t.emit('test-signal',(1,))
log = _log
assert len(rl) == 1, "No signal emitted"
assert rl[0] == 1, "Wrong argument recieved"
def test_disconnect(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-signal' : (int,)
}
rl = []
def fn(i,r=rl):
rl.append(i)
t = TestSignals()
key = t.connect('test-signal',fn)
t.emit('test-signal',(1,))
assert len(rl) == 1, "No signal emitted"
assert rl[0] == 1, "Wrong argument recieved"
t.disconnect(key)
t.emit('test-signal',(1,))
assert len(rl) == 1, "Callback not disconnected"
assert rl[0] == 1, "Callback not disconnected"
def test_noargs(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-noargs' : None
}
rl = []
def fn(r=rl):
rl.append(1)
t = TestSignals()
t.connect('test-noargs',fn)
t.emit('test-noargs')
assert len(rl) == 1, "No signal emitted"
assert rl[0] == 1, "Wrong argument recieved"
def test_no_callback(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-noargs' : None
}
t = TestSignals()
t.emit('test-noargs')
def test_subclassing(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-signal' : (int,)
}
class TestSignalsSubclass(TestSignals):
__signals__ = {
'test-sub-signal' : (int,),
}
rl = []
def fn(i,r=rl):
rl.append(i)
t = TestSignalsSubclass()
t.connect('test-signal',fn)
t.emit('test-signal',(1,))
assert len(rl) == 1, "No signal emitted"
assert rl[0] == 1, "Wrong argument recieved"
t.connect('test-sub-signal',fn)
t.emit('test-sub-signal',(1,))
assert len(rl) == 2, "No subclass signal emitted"
assert rl[1] == 1, "Wrong argument recieved in subclass"
def test_signal_block(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-signal' : (int,)
}
rl = []
def fn(i,r=rl):
rl.append(i)
t = TestSignals()
t.connect('test-signal',fn)
t.emit('test-signal',(1,))
assert len(rl) == 1, "No signal emitted"
assert rl[0] == 1, "Wrong argument recieved"
GrampsDBCallback.disable_all_signals()
t.emit('test-signal',(1,))
assert len(rl) == 1, "Signal emitted while class blocked"
GrampsDBCallback.enable_all_signals()
t.emit('test-signal',(1,))
assert len(rl) == 2, "Signals not class unblocked"
t.disable_signals()
t.emit('test-signal',(1,))
assert len(rl) == 2, "Signal emitted while instance blocked"
t.enable_signals()
t.emit('test-signal',(1,))
assert len(rl) == 3, "Signals not instance unblocked"
def test_type_checking(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-int' : (int,),
'test-list': (list,),
'test-object': (object,),
'test-str': (str,),
'test-float': (float,),
'test-dict': (dict,),
'test-lots': (int,str,list,object,float)
}
rl = []
def fn(i,r=rl):
rl.append(i)
t = TestSignals()
t.connect('test-int',fn), t.emit('test-int',(1,))
assert type(rl[0]) == int, "not int"
t.connect('test-list',fn), t.emit('test-list',([1,2],))
assert type(rl[1]) == list, "not list"
t.connect('test-object',fn), t.emit('test-object',(t,))
assert isinstance(rl[2],object), "not object"
t.connect('test-float',fn), t.emit('test-float',(2.3,))
assert type(rl[3]) == float, "not float"
t.connect('test-dict',fn), t.emit('test-dict',({1:2},))
assert type(rl[4]) == dict, "not dict"
rl = []
def fn2(i,s,l,o,f,r=rl):
rl.append(i)
t.connect('test-lots',fn2), t.emit('test-lots',(1,'a',[1,2],t,1.2))
assert type(rl[0]) == int, "not lots"
# This should fail because the type of arg1 is wrong
res=[]
def fn(s,r=res):
res.append(s)
t._warn = fn
t.connect('test-lots',fn2), t.emit('test-lots',('a','a',[1,2],t,1.2))
assert res[0][0:6] == "Signal", "Type error not detected"
def test_recursion_block(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-recursion' : (GrampsDBCallback,)
}
def fn(cb):
cb.emit('test-recursion',(t,))
res=[]
def fn2(s,r=res):
res.append(s)
t = TestSignals()
t._warn = fn2
t.connect('test-recursion',fn)
try:
t.emit('test-recursion',(t,))
except RuntimeError:
assert False, "signal recursion not blocked1."
assert res[0][0:6] == "Signal", "signal recursion not blocked"
def test_multisignal_recursion_block(self):
class TestSignals(GrampsDBCallback):
__signals__ = {
'test-top' : (GrampsDBCallback,),
'test-middle' : (GrampsDBCallback,),
'test-bottom' : (GrampsDBCallback,)
}
def top(cb):
cb.emit('test-middle',(t,))
def middle(cb):
cb.emit('test-bottom',(t,))
def bottom(cb):
cb.emit('test-top',(t,))
res=[]
def fn2(s,r=res):
res.append(s)
t = TestSignals()
t._warn = fn2
t.connect('test-top',top)
t.connect('test-middle',middle)
t.connect('test-bottom',bottom)
try:
t.emit('test-top',(t,))
except RuntimeError:
assert False, "multisignal recursion not blocked1."
assert res[0][0:6] == "Signal", "multisignal recursion not blocked"
if __name__ == "__main__":
unittest.main()