def processABoundaryFile(self,func,targetDir): """ @param func: the function that transforms the actual boundary file """ boundaryPath=path.join(targetDir,self.opts.region,"polyMesh","boundary") try: boundary=ParsedParameterFile(boundaryPath, debug=False, boundaryDict=True, treatBinaryAsASCII=True) except IOError: self.warning("Problem opening boundary file",boundaryPath) return False bnd=boundary.content if type(bnd)!=list: self.warning("Problem with boundary file (not a list)") return False boundary.content=func(bnd,targetDir) if boundary.content: if self.opts.test: print_(boundary) else: boundary.writeFile() # self.addToCaseLog(boundaryPath) return True else: self.warning(boundaryPath,"unchanged") return False
def processABoundaryFile(self,func,targetDir): """ :param func: the function that transforms the actual boundary file """ boundaryPath=path.join(targetDir,"polyMesh","boundary") try: boundary=ParsedParameterFile(boundaryPath, debug=False, boundaryDict=True, treatBinaryAsASCII=True) except IOError: self.warning("Problem opening boundary file",boundaryPath) return False bnd=boundary.content if type(bnd)!=list: self.warning("Problem with boundary file (not a list)") return False boundary.content=func(bnd,targetDir) if boundary.content: if self.opts.test: print_(boundary) else: boundary.writeFile() # self.addToCaseLog(boundaryPath) return True else: self.warning(boundaryPath,"unchanged") return False
def upgrade(self,force,printIt): backup=self.path()+".upgradeBackup" if not printIt: if path.exists(backup): if not force: error("The backup-file",backup,"does already exist") copyfile(self.path(),backup) f=ParsedParameterFile(self.path(), listDict=self.listDict, noHeader=self.noHeader) r=self.manipulate(f.content) if r: f.content=r if not printIt: f.writeFile() else: print_(f)