def getWork(largest):
for _ in range(8):
for x in ordering:
functionTypes = (list(x))
if len(functionTypes) == 0:
continue
functions = []
nt = ""
stcode = ""
for t in types:
if t in functionTypes:
number = getRand(1, 2)
# 50% chance of just 1
if number == 2:
number = getRand(2, 9)
nt += str(number)
stcode += "1"
for i in range(number):
functions.append(t(largest))
else:
nt += "0"
stcode += "0"
inst = instance(getRand(1, largest),
linearset(getRand(1, 4 * largest)), functions)
yield (inst, stcode, nt, largest)
def service(data):
x= data['val']
print(x)
functions = []
for i, line in enumerate(x.splitlines()):
if line.startswith("ENDS"):
break
print(line)
split = line.split(" ")
if i == 0:
start = int(split[0])
targetStr = split[1]
if '+' in targetStr:
target = linearset(int(targetStr.split('+')[0]), int(targetStr.split('+')[1]),-1)
else:
target = linearset(int(split[1]))
if len(split) > 2:
expectation = split[2] == 'True'
else:
expectation = None
else:
functions.append(function(int(split[0]),int(split[1])))
print(start,target,functions)
inst = instance(start,target,functions)
inst.setExp(expectation)
return manual(inst)
from instance import *
from controls import *
from group import *
from nodeset import *
import xml.dom.minidom
doc = xml.dom.minidom.Document()
x = instance(doc,"household")
y = subinstance(doc,"household_person")
z = subinstance(doc,"person")
z.add_node_with_value("name","jyotsna")
z.add_node_with_value("age","25")
z.add_node_with_value("color","wheatish")
y.add_sub_instance(z.return_instance_node())
x.add_node(y.return_instance_node())
doc.appendChild(x.return_instance_node())
print doc.toprettyxml()
from instance import *
from controls import *
from group import *
from nodeset import *
import xml.dom.minidom
doc = xml.dom.minidom.Document()
x = instance(doc, "household")
y = subinstance(doc, "household_person")
z = subinstance(doc, "person")
z.add_node_with_value("name", "jyotsna")
z.add_node_with_value("age", "25")
z.add_node_with_value("color", "wheatish")
y.add_sub_instance(z.return_instance_node())
x.add_node(y.return_instance_node())
doc.appendChild(x.return_instance_node())
print doc.toprettyxml()
""" This is an example of how to invoke the system from code. The example corresponds to the MU Puzzle. """ from instance import * from runner import * functions = [ function(2,0), function(1,-3), ] print(functions) x = 1 target = 0 ins = instance(x,target,functions) computed = manual(ins) pyprint(computed)
from instance import *
from controls import *
from group import *
from nodeset import *
from basic_layout import *
import xml.dom.minidom
obj = Xtree("Test Form")
model_node = obj.return_model_node()
instance_node = instance(obj.doc,"household")
instance_node.add_instance_nodes("name")
instance_node.add_instance_nodes("age")
instance_node.add_instance_nodes("birthday")
instance_node.add_instance_nodes("zipcode")
model_node.appendChild(instance_node.return_instance_node())
nodeset1 = nodeset(obj.doc,"name")
nodeset1.update_attributes("","false","true")
model_node.appendChild(nodeset1.return_object())
nodeset2 = nodeset(obj.doc,"age")
nodeset2.update_attributes("","false","true")
model_node.appendChild(nodeset2.return_object())
nodeset3 = nodeset(obj.doc,"birthday")
nodeset3.update_attributes("date","false","true")
nodeset3.add_lt_gt_constraint("today","","Birthdays cannot be in the future!")
model_node.appendChild(nodeset3.return_object())
nodeset4 = nodeset(obj.doc,"zipcode")
