def test3HashSearch(self):
for I in range (START_ELEMENTS+10):
buffer = "TEST%d"%I
str1 = FstringHash()
str1.setString(buffer)
self.assertEquals(List.addOrGet( str1),None)
buffer = "TEST%d"%(START_ELEMENTS-10)
str1 = FstringHash()
str1.setString(buffer)
self.assertEquals(List.Search(str1).getString(),"TEST%d"%(START_ELEMENTS-10))
def test1Name(self):
self.assertEquals(router1.start( None, "testezlog.xml"),RET_OK)
strH = FstringHash()
strH.setString( "TEST00")
#// TEST Name from file
self.assertEquals(router1.equals( strH),True)
#// TEST from node config
conf = Fconfig()
conf.startXml( "testezlog.xml")
router2.start( None, conf.getCurrent())
self.assertEquals(router2.equals( strH),True)
router1.end()
router2.end()
def createRoom(self):
"""/** Create a room with a structure defined by the config or node in start method */"""
classInfos = { 'type':None,\
'conf':None,\
'lib':None,\
'debug':None}
linkInfos = { 'source':None,\
'type':None,\
'value':None,\
'fields':None,\
'dest':None}
strH = FstringHash()
port = Fport
# search for rooms, boards, doors and programms
def IMPORT_PORTS(A,B,CLASS):
if self.Find(A,False) == RET_OK:
while True:
self.pushCurrent()
# read informations
self.getClassInfos(classInfos)
# let's build and start this
# if both are None or strcasecmp
# TODO ugliest code in this library
if ((classInfos['type']==None and B==None) or \
(B <> None and classInfos['type'] <> None\
and (classInfos['type'].upper() == B.upper()))):
childRoom = CLASS()
if classInfos['conf'] <> None:
childRoom.start(self,classInfos['conf'])
else:
childRoom.start(self,self.current)
ptr = self.listHash.addOrGet(childRoom)
if ptr <> None:
ptr = None
return RET_PORTEXIST
self.popCurrent()
# search for a next one
if self.FindNext(A,False) != RET_OK:
break
self.resetCurrent()
if self.gotoChildren() != RET_OK:
return RET_NOINFOS
# search and build
IMPORT_PORTS( ES.XML_ROOM,None,Frouter)
IMPORT_PORTS( ES.XML_ROOM,"ROOM",Frouter)
IMPORT_PORTS( ES.XML_BOARD,None,FevenBoard)
IMPORT_PORTS( ES.XML_BOARD,"BOARD",FevenBoard)
IMPORT_PORTS( ES.XML_DOOR, "file", Fdoor_file)
IMPORT_PORTS( ES.XML_DOOR, "cout", Fdoor_cout)
IMPORT_PORTS( ES.XML_PRG, "concat", Fdoor_concat)
# seach for <envenja_link>, if dosen't exists, create an evendata and send it
if self.Find(ES.XML_LNK, False) != RET_OK:
return RET_OK
while True:
self.pushCurrent()
self.getLinkInfos(linkInfos)
if linkInfos['source'] <> None:
strH.setString(linkInfos['source'])
port = self.listHash.Search(strH)
# if this source has been built, send a ACT_SYS_ADDDEST msg
if port <> None:
data = self.getFreeEvenData()
data.setData( ES.XML_LNKTYPE, linkInfos['type'])
data.setData( ES.XML_LNKVALUE, linkInfos['value'])
data.setData( ES.XML_LNKFIELDS, linkInfos['fields'])
data.setData( ES.XML_LNKDEST, linkInfos['dest'])
data.definePortAction( ES.ACT_SYS_ADDDEST, linkInfos['source'])
self.sendEvenDataSys(data,port)
self.popCurrent()
if self.FindNext( ES.XML_LNK,False) != RET_OK:
break
return RET_OK
# global gvActionDestination1Data # global gvActionDestination2Data # global gvActionFollowDestination # global gvActionWait # global gvActionAdd # global gvActionUpdate # global gvActionDelete # global gvActionGet # global gvActionFind # global gvActionEnd # global gvActionError # global gvActionSysAddDest # global gvNoValues # gvActionNormal = FstringHash() gvActionNormal.setString(ES.ACT_NORMAL) gvActionDestination1Data = FstringHash() gvActionDestination1Data.setString(ES.ACT_DESTINATION1DATA) gvActionDestination2Data = FstringHash() gvActionDestination2Data.setString(ES.ACT_DESTINATION2DATA) gvActionFollowDestination = FstringHash() gvActionFollowDestination.setString(ES.ACT_FOLLOWDESTINATION) gvActionWait = FstringHash() gvActionWait.setString(ES.ACT_WAIT) gvActionAdd = FstringHash() gvActionAdd.setString(ES.ACT_ADD)