def add_function_calls(obj,
functions=Globals.defined_new_functions,
arity=Globals.arity_new_functions):
for i in xrange(len(functions)):
param_names = [g.value() for j in xrange(arity[i])]
random_pos = choice([0, -1])
obj.insert(random_pos,
functions[i] + "(" + ",".join(param_names) + ")\n\n")
return obj
def add_hardcoded_funcs(obj,add_calls=False,functions=Globals.defined_new_functions,arity=Globals.arity_new_functions,n_funcs_min=3,n_funcs_max=5):
n_funcs = randint(min(n_funcs_min,n_funcs_max),max(n_funcs_min,n_funcs_max))
shuffle(hp.HARDCODED_PROGRAMS)
funcs = hp.HARDCODED_PROGRAMS[:n_funcs]
for i in xrange(n_funcs):
function_code = funcs[i]()
obj.insert(0,function_code+"\n\n")
if add_calls:
arity = Globals.arity_new_functions[-1]
identifier = Globals.defined_new_functions[-1]
params = ",".join([g.value() for i in xrange(arity)])
obj.insert(0,Utils.low_up_string(Utils.generate_random_declarator()) + \
g.variable() + " = " + identifier + "("+params+")\n\n")
return obj
def add_function_calls(obj,functions=Globals.defined_new_functions,arity=Globals.arity_new_functions):
for i in xrange(len(functions)):
param_names = [g.value() for j in xrange(arity[i])]
random_pos = choice([0,-1])
obj.insert(random_pos,functions[i]+"("+",".join(param_names)+")\n\n")
return obj