def keytest3(self,x):
es.keyploadfromfile(x, server_var['eventscripts_addondir'] + "/pyunittest/myfile.vdf")
y = es.keypfindsubkey(x, "subkey", False)
outcome = es.keypgetint(y, "hello")
self.failUnless(outcome==99)
z = es.keypfindsubkey(y, "test", True)
name = es.keypgetname(z)
self.failUnless(name =="test")
pp = es.keypcreate()
es.keyploadfromfile(pp, server_var['eventscripts_addondir'] + "/pyunittest/myfile.vdf")
es.keyprecursivekeycopy(z, pp)
name = es.keypgetname(z)
self.failUnless(name == "justice2")
def __init__(self, name=None, parent=None, existingid=None, filename=None):
'''
You can create a new KeyValues object by passing in different
combinations of arguments:
With only an existingid, KeyValues returns a wrapper around that
existing id (i.e. C++ pointer). With only a parent, we'll create a
new randomly named subkey. With a parent and name, we'll find/make a
subkey of that name. With a name only, we'll create an unparented key
with that name. With a filename, we'll load the KeyValues tree from
disk and return it as the parent.
'''
if existingid is not None:
#print "kv", existingid, parent
self._id_ = existingid
self._parent_ = parent
else:
if parent is None:
self._id_ = es.keypcreate()
if filename is not None:
self.load(filename)
if name is not None:
es.keypsetname(self._id_, str(name))
else:
self._parent_ = parent
if name is None:
self._id_ = es.keypcreatesubkey(parent._id_)
else:
self._id_ = es.keypfindsubkey(parent._id_, str(name))
def __delitem__(self, name):
'''
Delete a subkey from the keygroup.
'''
x = es.keypfindsubkey(self._id_, str(name), False)
if x is None or x == 0:
raise KeyError("%s not found in keyvalues object" % name)
else:
k = KeyValues(parent=self, existingid=x)
k.detachParent()
def keytest2(self, x):
self.failIf(x <= 0)
name = es.keypgetname(x)
self.failIf(name != "justice")
es.keypsetname(x, "justice2")
name = es.keypgetname(x)
self.failIf(name != "justice2")
y = es.keypfindsubkey(x, "subkey", False)
self.failUnless(y is None)
y = es.keypfindsubkey(x, "subkey", True)
subname = es.keypgetname(y)
self.failUnless(subname == "subkey")
r = es.keypfindsubkey(x, "subkey", True)
self.failUnless(r == y)
q = es.keypfindsubkey(x, "subkey2", True)
subname = es.keypgetname(q)
self.failIf(subname != "subkey2")
w = es.keypfindsubkey(x, "subkey3", True)
e = es.keypfindsubkey(x, "subkey3", True)
p = es.keypgetfirstsubkey(x)
n = 0
while p:
n += 1
p = es.keypgetnextkey(p)
self.failUnless(n == 3)
self.failUnless(w == e)
es.keypdetachsubkey(x, w)
e = es.keypfindsubkey(x, "subkey3", False)
self.failUnless(e is None)
es.keypdelete(w)
p = es.keypgetfirstsubkey(x)
n = 0
while p:
n += 1
p = es.keypgetnextkey(p)
self.failUnless(n == 2)
self.failUnless(es.keypisempty(r))
# setstring
es.keypsetstring(r, "hello", "1.3")
self.failIf(es.keypisempty(r))
outcome = es.keypgetstring(y, "hello")
self.failUnless(outcome == "1.3")
outcome = es.keypgetint(y, "hello")
self.failUnless(outcome == 1)
outcome = es.keypgetfloat(y, "hello")
self.failUnless(round(outcome, 1) == 1.3)
# setint
es.keypsetint(y, "hello", 99)
outcome = es.keypgetint(y, "hello")
self.failUnless(outcome == 99)
# setfloat
es.keypsetint(y, "hello", 99)
outcome = es.keypgetint(y, "hello")
self.failUnless(outcome == 99)
# save to file
es.keypsavetofile(
x, server_var['eventscripts_addondir'] + "/pyunittest/myfile.vdf")
def keytest2(self, x):
self.failIf(x <= 0)
name = es.keypgetname(x)
self.failIf(name != "justice")
es.keypsetname(x, "justice2")
name = es.keypgetname(x)
self.failIf(name != "justice2")
y = es.keypfindsubkey(x, "subkey", False)
self.failUnless(y is None)
y = es.keypfindsubkey(x, "subkey", True)
subname = es.keypgetname(y)
self.failUnless(subname == "subkey")
r = es.keypfindsubkey(x, "subkey", True)
self.failUnless(r==y)
q = es.keypfindsubkey(x, "subkey2", True)
subname = es.keypgetname(q)
self.failIf(subname != "subkey2")
w = es.keypfindsubkey(x, "subkey3", True)
e = es.keypfindsubkey(x, "subkey3", True)
p = es.keypgetfirstsubkey(x)
n = 0
while p:
n+=1
p = es.keypgetnextkey(p)
self.failUnless(n==3)
self.failUnless(w==e)
es.keypdetachsubkey(x, w)
e = es.keypfindsubkey(x, "subkey3", False)
self.failUnless(e is None)
es.keypdelete(w)
p = es.keypgetfirstsubkey(x)
n = 0
while p:
n+=1
p = es.keypgetnextkey(p)
self.failUnless(n==2)
self.failUnless(es.keypisempty(r))
# setstring
es.keypsetstring(r, "hello", "1.3")
self.failIf(es.keypisempty(r))
outcome = es.keypgetstring(y, "hello")
self.failUnless(outcome=="1.3")
outcome = es.keypgetint(y, "hello")
self.failUnless(outcome == 1)
outcome = es.keypgetfloat(y, "hello")
self.failUnless(round(outcome,1) == 1.3)
# setint
es.keypsetint(y, "hello", 99)
outcome = es.keypgetint(y, "hello")
self.failUnless(outcome==99)
# setfloat
es.keypsetint(y, "hello", 99)
outcome = es.keypgetint(y, "hello")
self.failUnless(outcome==99)
# save to file
es.keypsavetofile(x, server_var['eventscripts_addondir'] + "/pyunittest/myfile.vdf")
def __setitem__(self, name, value):
'''
Stores a name/value pair in the keygroup. Only ints, floats, strings,
and KeyValues classes (as subkeys) can be stored.
'''
if (isinstance(value, KeyValues)):
x = es.keypfindsubkey(self._id_, str(name), True)
if x:
es.keyprecursivekeycopy(x, value._id_)
else:
if (isinstance(value, int)):
es.keypsetint(self._id_, str(name), value)
elif (isinstance(value, float)):
es.keypsetfloat(self._id_, str(name), value)
else:
es.keypsetstring(self._id_, str(name), str(value))
def __setitem__(self, name, value):
'''
Stores a name/value pair in the keygroup. Only ints, floats, strings,
and KeyValues classes (as subkeys) can be stored.
'''
if (isinstance(value, KeyValues)):
x = es.keypfindsubkey(self._id_, str(name), True)
if x:
es.keyprecursivekeycopy(x, value._id_)
else:
if (isinstance(value, int)):
es.keypsetint(self._id_, str(name), value)
elif (isinstance(value, float)):
es.keypsetfloat(self._id_, str(name), value)
else:
es.keypsetstring(self._id_, str(name), str(value))
def __getitem__(self, name):
'''
Look up a value by name, a lot like a dictionary. Can return a value
or a subkey, depending on what is returned.
'''
x = es.keypfindsubkey(self._id_, str(name), False)
if x is None or x == 0:
raise KeyError("%s not found in keyvalues object" % name)
else:
typ = es.keypgetdatatype(x)
if types[typ] == "TYPE_NONE":
return KeyValues(parent=self, existingid=x)
elif types[typ] == "TYPE_STRING" or types[typ] == "TYPE_WSTRING":
return es.keypgetstring(self._id_, str(name))
elif types[typ] == "TYPE_INT":
return es.keypgetint(self._id_, str(name))
elif types[typ] == "TYPE_FLOAT":
return es.keypgetfloat(self._id_, str(name))
## types[4] = "TYPE_PTR"
## types[6] = "TYPE_COLOR"
## types[7] = "TYPE_NUMTYPES"
else:
raise NotImplemented("KeyValues does not yet support type: %s" % types[typ])
def __getitem__(self, name):
'''
Look up a value by name, a lot like a dictionary. Can return a value
or a subkey, depending on what is returned.
'''
x = es.keypfindsubkey(self._id_, str(name), False)
if x is None or x == 0:
raise KeyError(f"{name} not found in keyvalues object")
else:
typ = es.keypgetdatatype(x)
if types[typ] == "TYPE_NONE":
return KeyValues(parent=self, existingid=x)
elif types[typ] == "TYPE_STRING" or types[typ] == "TYPE_WSTRING":
return es.keypgetstring(self._id_, str(name))
elif types[typ] == "TYPE_INT":
return es.keypgetint(self._id_, str(name))
elif types[typ] == "TYPE_FLOAT":
return es.keypgetfloat(self._id_, str(name))
## types[4] = "TYPE_PTR"
## types[6] = "TYPE_COLOR"
## types[7] = "TYPE_NUMTYPES"
else:
raise NotImplemented(f"KeyValues does not yet support type: {types[typ]}")
