Files
OpenDB/tests/unitTestsPython/TestNet.py
2020-07-19 16:40:32 +02:00

87 lines
3.9 KiB
Python

import importlib.util
import opendbpy as odb
import os
import unittest
#TestNet: A unit test class for class dbNet
#it inherits from unittest.TestCase and has access to the testing functions(asserts)
class TestNet(unittest.TestCase):
#This Function is called before each of the test cases defined below
#You should use it to create the instances you need to test (in our case n1,n2,n3)
def setUp(self):
#Creating Database and Lib
self.db = odb.dbDatabase.create()
tech = odb.dbTech.create(self.db)
lib = odb.dbLib.create(self.db,"lib")
#Creating Chip and Block
odb.dbChip.create(self.db)
blockName = 'NetUnitTest'
block = odb.dbBlock_create(self.db.getChip(),blockName)
#Creating Master and2 and instance inst
and2 = odb.dbMaster_create(lib,"and2")
and2.setWidth(1000)
and2.setHeight(1000)
and2.setType('CORE')
odb.dbMTerm.create(and2,'a','INPUT')
odb.dbMTerm.create(and2,'b','INPUT')
odb.dbMTerm.create(and2,'o','OUTPUT')
and2.setFrozen()
inst = odb.dbInst.create(block,and2,"inst")
#creating our nets
self.n1 = odb.dbNet.create(block,"n1")
self.n2 = odb.dbNet.create(block,"n2")
self.n3 = odb.dbNet.create(block,"n3")
IN1 = odb.dbBTerm.create(self.n1,'IN1')
IN1.setIoType('INPUT')
IN2 = odb.dbBTerm.create(self.n2,'IN2')
IN2.setIoType('INPUT')
OUT = odb.dbBTerm.create(self.n3,'OUT')
OUT.setIoType('OUTPUT')
#connecting nets
odb.dbITerm.connect(inst,self.n1,inst.getMaster().findMTerm('a'))
odb.dbITerm.connect(inst,self.n2,inst.getMaster().findMTerm('b'))
odb.dbITerm.connect(inst,self.n3,inst.getMaster().findMTerm('o'))
pass
#this function is called after each of the test cases
#you should free up space and destroy unneeded objects(cleanup step)
def tearDown(self):
self.db.destroy(self.db)
#each test case should start with the name "test"
def test_naming(self):
self.changeAndTest(self.n1,'rename','getName','_n1','_n1')
self.check(self.n1,'getConstName','_n1')
self.assertFalse(self.change(self.n1,'rename','n2'))
def test_dbSetterAndGetter(self):
self.changeAndTest(self.n1,'setRCDisconnected','isRCDisconnected',False,False)
self.changeAndTest(self.n1,'setRCDisconnected','isRCDisconnected',True,True)
self.changeAndTest(self.n1,'setWeight','getWeight',2,2)
self.changeAndTest(self.n1,'setSourceType','getSourceType','NETLIST','NETLIST')
self.changeAndTest(self.n1,'setXTalkClass','getXTalkClass',1,1)
self.changeAndTest(self.n1,'setCcAdjustFactor','getCcAdjustFactor',1,1)
self.changeAndTest(self.n1,'setSigType','getSigType','RESET','RESET')
def test_dbCc(self):
self.changeAndTest(self.n1,'setDbCc','getDbCc',2,2)
self.changeAndTest(self.n1,'addDbCc','getDbCc',5,3)
def test_cc(self):
node2 = odb.dbCapNode_create(self.n2,0,False)
node1 = odb.dbCapNode_create(self.n1,1,False)
node1.setInternalFlag()
ccseg = odb.dbCCSeg_create(node1,node2)
self.n1.calibrateCouplingCap()
self.check(self.n1,'maxInternalCapNum',1)
self.check(self.n1,'groundCC',True,1)
self.check(self.n2,'groundCC',False,1)
self.check(self.n1,'getCcCount',1)
#Function to change a value and test the change effect
def changeAndTest(self,obj,SetterName,GetterName,expectedVal,*args):
getattr(obj, SetterName)(*args)
self.assertEqual(getattr(obj, GetterName)(),expectedVal)
def check(self,obj,GetterName,expectedVal,*args):
self.assertEqual(getattr(obj, GetterName)(*args),expectedVal)
def change(self,obj,SetterName,*args):
return getattr(obj, SetterName)(*args)
if __name__=='__main__':
unittest.main()