#
# Test Functions
from opencog.atomspace import types, Atom, tvkey
from opencog.atomspace import *
def print_arguments(argOne, argTwo):
print ("argOne = ", argOne)
print ("argTwo = ", argTwo)
atomspace = argOne.atomspace
atom = atomspace.add_link(types.ListLink, [argOne, argTwo])
print ("atom = ", atom)
return atom
def add_link(atom_one, atom_two):
return atom_one.atomspace.add_link(types.ListLink, [atom_one, atom_two])
def bogus_tv(atom_one, atom_two):
return True
green = 0
red = 0
def initialize_counts():
global red
global green
green = 0
red = 0
def increment_green():
global green
green += 1
def increment_red():
global red
red += 1
def green_count():
global green
return green
def red_count():
global red
return red
def stop_go(atom):
compare_green = ConceptNode("green light")
compare_red = ConceptNode("red light")
if atom == compare_green:
print ("got a green light!")
increment_green()
return True
elif atom == compare_red:
print ("got a red light")
increment_red()
return False
else:
assert(false)
return False
func_one_result = FloatValue([0,0,1])
def func_one(v):
thing = ConceptNode("barleycorn")
thang = ListLink(thing, v)
thang = thang.atomspace.set_value(thang, tvkey, func_one_result)
print(f"func_one: set {func_one_result} on {thang}")
if (func_one_result == FloatValue([0,0,1])):
return False
return True
def func_two(v):
tv = ListLink(ConceptNode("barleycorn"), v).get_value(tvkey)
if (tv is None):
return True
if (tv == FloatValue([1,1,1])):
return True
return False