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#/***************************************************************************
# fposition.h
# -----------
# begin : sam nov 2 2002
# copyright : (C) 1992-2004 by Fabian Padilla
# email : fp@bridgethink.com
# ***************************************************************************/
# /***************************************************************************
# * *
# * This program is free software; you can redistribute it and/or modify *
# * it under the terms of the Foundation Public License as published by *
# * bridgethink sarl; either version 2 of the License, or *
# * (at your option) any later version. *
# * *
# ***************************************************************************/
#
# from C++ to python by Jeremy Zurcher <jeremy@asynk.ch>
#
"""/** Define the position ( source OR destination) of the evenData.
function : maintain the stringHashs for the computer, rooms, port, action.
Format example : www.revena.com/room1/room2/port:normal
description : method "setPosition" set all position informations this mean
- compute
- room tree
- port
- action.
Then these informations are retrieved with getComputer, getRoom, getPort,
getAction methods.
*@author Fabian Padilla
*/"""
__all__ =["Fposition"]
from flist import Flist
from fstringhash import FstringHash
from returncodes import RET_OK
from evenjastrings import ACT_WAIT_NOTHING
from evenjastrings import ACT_NORMAL
from evenjastrings import TXT_NULL
class Fposition(FstringHash):
"""This class keeps informations on the computer / a list of rooms / a port /an action / and time"""
def __init__(self):
FstringHash.__init__(self) # force constructor
self.computer = FstringHash() # /** computer destination or source. */
self.rooms = Flist() # /** room destination or source. */
self.nbLevel = 0
self.port = FstringHash() # /** port destination or source. */
self.action = FstringHash() # /** action to do at the position (source or destination). */
self.waitTime = 0 # /** wait time in the action */
#/** waitTime unit (ex.: y(year), n(month), d(day), h(hour), m(minute), s(seconde) or x(milliseconde))*/
self.unitWaitTime = ACT_WAIT_NOTHING
self.positionActived = False
def __del__(self):
"""I belive this is for no use"""
self.resetPosition()
def __str__(self):
return "\t"+FstringHash.__str__(self)+\
"Fposition - computer : "+str(self.computer)+\
" - rooms : "+str(self.rooms)+\
" - nbLevel : "+str(self.nbLevel)+\
" - port : "+str(self.port)+\
" - action : "+str(self.action)+\
" - waitTime : "+str(self.waitTime)+\
" - unitWaitTime : "+str(self.unitWaitTime)+\
" - positionAtived : "+str(self.positionActived)+"\n"
def resetPosition(self):
"""/** reset position (erase datas) */"""
if self.positionActived:
self.computer.setString(TXT_NULL)
# delete rooms
for I in range(self.nbLevel):
self.rooms.remove(0) # TzurTcH - no self.getRoom()
self.nbLevel = 0
self.port.setString(TXT_NULL)
self.action.setString(TXT_NULL)
self.waitTime = 0
self.unitWaitTime = ACT_WAIT_NOTHING
self.positionActived = False
def setPosition(self, position):
"""/** Set the source or the destination of an evenData. */"""
self.resetPosition()
self.nbLevel = 0
self.setString(position)
# search for - computer/rooms<F2>
buffer = position.split("/")
if len(buffer) > 1:
# computer name ?
ret = None
try:
ret = buffer[0].index(".")
except:
None
if ret:
self.computer.setString(buffer[0])
buffer = buffer[1:]
# import rooms
bufferRooms=""
for I in buffer[:-1]:
self.rooms.add( FstringHash())
if self.nbLevel:
bufferRooms += "/"
bufferRooms += I
self.rooms.get(self.nbLevel).setString(bufferRooms)
self.nbLevel += 1
# search for - port:action
buffer = buffer[-1].split(":")
self.port.setString(buffer[0])
if len(buffer) > 1:
# search for - action,time
buffer = buffer[1].split(",")
self.action.setString(buffer[0])
if len(buffer) > 1:
self.waitTime = int(buffer[1][:-1])
self.unitWaitTime = buffer[1][-1]
else:
self.waitTime = 0
self.unitWaitTime = ACT_WAIT_NOTHING
else:
self.action.setString(ACT_NORMAL)
self.waitTime = 0
self.unitWaitTime = ACT_WAIT_NOTHING
self.positionActived = True
return RET_OK
def getComputer(self):
"""/** Get the computer name. If the evenData needs to go to another computer. */"""
return self.computer
def getRoom(self, level = 0):
"""/** Get the room for destination or source. */"""
if level < self.nbLevel:
return self.rooms.get(level)
else:
return None
def getNbLevel(self):
"""/** Number of levels in the rooms routing tree. */"""
return self.nbLevel
def getPort(self):
"""/** Get the port of the position (source or destination). This means an evenDoor or a evenBoard. */"""
return self.port
def getAction(self):
"""/** Get the action of the position (source or destination). */"""
return self.action
def getWaitTime(self):
"""/** Get the amount of waiting time (unity is another get function) */"""
return self.waitTime
def getUnitWaitTime(self):
"""/** Get the unity time y,n,d,h,m,s or x */"""
return self.unitWaitTime
def copyFrom(self, pos):
"""/** Copy a position From another Fposition class */"""
self.resetPosition()
self.computer.copyFrom(pos.getComputer())
for I in range(pos.getNbLevel()):
new = FstringHash()
new.copyFrom(pos.getRoom(I))
self.rooms.add(new)
self.nbLevel = pos.getNbLevel()
self.port.copyFrom(pos.getPort())
self.action.copyFrom(pos.getAction())
self.waitTime = pos.getWaitTime()
self.unitWaitTime = pos.getUnitWaitTime()
self.positionActived = True
if __name__ == '__main__':
import unittest
from evenjastrings import *
pos1 = Fposition()
pos2 = Fposition()
class FpositionTestCase(unittest.TestCase):
def test1Splitting(self):
pos1.setPosition( "WWW.TEST.ORG/room1/room2/port")
self.assertEquals(pos1.getNbLevel(),2)
self.assertEquals("WWW.TEST.ORG",pos1.getComputer().getString())
self.assertEquals("room1",pos1.getRoom(0).getString())
self.assertEquals("room1/room2",pos1.getRoom(1).getString())
self.assertEquals("port",pos1.getPort().getString())
self.assertEquals(ACT_NORMAL,pos1.getAction().getString())
pos1.setPosition("room1/room2/port:destination1Data")
self.assertEquals(pos1.getNbLevel(),2)
self.assertEquals(TXT_NULL,pos1.getComputer().getString())
self.assertEquals("room1",pos1.getRoom(0).getString())
self.assertEquals("room1/room2",pos1.getRoom(1).getString())
self.assertEquals("port",pos1.getPort().getString())
self.assertEquals(ACT_DESTINATION1DATA,pos1.getAction().getString())
pos1.setPosition( "port:wait,5s")
self.assertEquals(pos1.getNbLevel(),0)
self.assertEquals(TXT_NULL,pos1.getComputer().getString())
self.assertEquals(pos1.getRoom(0),None)
self.assertEquals("port",pos1.getPort().getString())
self.assertEquals(ACT_WAIT,pos1.getAction().getString())
self.assertEquals(pos1.getWaitTime(),5)
self.assertEquals( pos1.getUnitWaitTime(),ACT_WAIT_SECOND)
pos1.setPosition( ":wait,5d")
self.assertEquals(pos1.getNbLevel(),0)
self.assertEquals(TXT_NULL,pos1.getComputer().getString())
self.assertEquals(pos1.getRoom(0),None)
self.assertEquals(TXT_NULL,pos1.getPort().getString())
self.assertEquals(ACT_WAIT,pos1.getAction().getString())
self.assertEquals(pos1.getWaitTime(),5)
self.assertEquals(pos1.getUnitWaitTime(),ACT_WAIT_DAY)
pos1.setPosition( ":end")
self.assertEquals(pos1.getNbLevel(),0)
self.assertEquals(TXT_NULL,pos1.getComputer().getString())
self.assertEquals(pos1.getRoom(0),None)
self.assertEquals(TXT_NULL,pos1.getPort().getString())
self.assertEquals(ACT_END,pos1.getAction().getString())
def test2Copy(self):
pos1.setPosition( "WWW.TEST.ORG/room1/room2/port:wait,1d")
pos2.copyFrom( pos1)
self.assertEquals(pos1.getComputer().equals( pos2.getComputer()),True)
self.assertEquals(pos1.getRoom(0).equals(pos2.getRoom(0)),True)
self.assertEquals(pos1.getRoom( 1).equals( pos2.getRoom( 1)),True)
self.assertEquals(pos1.getPort().equals( pos2.getPort()),True)
self.assertEquals(pos1.getAction().equals( pos2.getAction()),True)
self.assertEquals(pos1.getWaitTime(),pos2.getWaitTime())
self.assertEquals(pos1.getUnitWaitTime(),pos2.getUnitWaitTime())
unittest.main()
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