ù ò ñ à Ù Ø Ä § ¦ return("Running inst return("Running instance") def _ return("Running instance") def __str__(self): pass def stop(self): pass def start(self): pass def getStatus(self): return self.initFromSnapshot(snapshot) if(snapshot!=''): self.initFromTape(tape) if(tape!=''): self.subdir=subdir def __init__(self, subdir='run0', tape='', snapshot=''): return self.tape.setTape(tapetxt.text) self.tape=Tape() version=root.find('trisurfversion') tapetxt=root.find('tape') root = tree.getroot() exit(1) print("Error reading snapshot file") except: tree = ET.parse(snapshotfile) try: def initFromSnapshot(self, snapshotfile): return self.tape.readTape(tape) self.tape=Tape() def initFromTape(self, tape): ''' Class Runner consists of a single running or terminated instance of the trisurf ''' class Runner: return self.config[key] def getValue(self,key): return self.config=configobj.ConfigObj(io.StringIO(string)) def setTape(self, string): exit(1) print("Error reading or parsing tape file!\n") except: self.config=configobj.ConfigObj(tape) try: def readTape(self, tape='tape'): return def __init__(self): '''Has all the info on the tape''' class Tape: ''' If tape is specified, the trisurf wilt start from tape with initial distribution, if snapshot is specified the trisurf will be restored from given snapshot file and simulation will continue. tsmgr [-t tape | -r snapshot.vtu] [-s subdirectory] Invoke with: This is a trisurf instance manager written in python ''' import io import zlib import base64 import xml.etree.ElementTree as ET import configobj #!/usr/bin/python3
|
