I have this code:
class SomeClass:
@classmethod
def func1(cls,arg1):
#---Do Something---
@classmethod
def func2(cls,arg1):
#---Do Something---
# A 'function map' that has function name as its keys and the above function
# objects as values
func_map={'func1':func1,'func2':func2}
@classmethod
def func3(cls,arg1):
# following is a dict(created by reading a config file) that
# contains func names as keys and boolean as values that tells
# the program whether or not to run that function
global funcList
for func in funcList:
if funcList[func]==True:
cls.func_map[func](arg1) #TROUBLING PART!!!
if _name__='main'
SomeClass.func3('Argumentus-Primus')
When I run this I keep getting the error:
Exception TypeError: "'classmethod' object is not callable"
I am unable to figure out what is wrong with this and would appreciate your help.
You can't create references to classmethods until the class has been defined. You'll have to move it out of the class definition. However using a global function map to decide what gets run is really awkward. If you described what you are trying to do with this, we could probably suggest a better solution.
class SomeClass(object):
@classmethod
def func1(cls, arg1):
print("Called func1({})".format(arg1))
@classmethod
def func2(cls, arg1):
print("Call func2({})".format(arg1))
@classmethod
def func3(cls, arg1):
for fnName,do in funcList.iteritems():
if do:
try:
cls.func_map[fnName](arg1)
except KeyError:
print("Don't know function '{}'".format(fnName))
# can't create function map until class has been created
SomeClass.func_map = {
'func1': SomeClass.func1,
'func2': SomeClass.func2
}
if __name__=='__main__':
funcList = {'func1':True, 'func2':False}
SomeClass.func3('Argumentus-Primus')