def doMain(): args = parseOpts(sys.argv[1:]) convIdxL = pysows.getTypedColumnIndexList(args.group_indexes) g = globals() l = locals() pysows.loadPythonCodeFile(args.load_file, g, l) keyFunc = generateKeyFunc(args.key_func, g, l) reader = sortKeyAndLineGenerator(convIdxL, keyFunc, sys.stdin, args.separator) for sortKey, line in sorted(reader, key=lambda (x,y):x, reverse=args.reverse): print line
def doMain(): args = parseOpts(sys.argv[1:]) g = globals() l = locals() pysows.loadPythonCodeFile(args.load_file, g, l) mapFunc = eval(args.map_func, g, l) constructor = eval(args.record_constructor, g, l) convIdxL = pysows.getTypedColumnIndexList(args.group_indexes) assert len(convIdxL) > 0 getKeyFromRec = pysows.generateProjectConv(convIdxL) reader = pysows.recordReader(sys.stdin, args.separator) for rec in reader: key = getKeyFromRec(rec) mapped = mapFunc(*key) outRec = constructor(rec, mapped) pysows.printList(outRec) print
def doMain(): args = parseOpts(sys.argv[1:]) convIdxL = pysows.getTypedColumnIndexList(args.group_indexes) g = globals() l = locals() pysows.loadPythonCodeFile(args.load_file, g, l) if args.regex_list is None: filterBy = generateFilterByPredicate(args.predicate, convIdxL, g, l) else: filterBy = generateFilterByRegex(args.regex_list, convIdxL) if args.invert: notIfInvert = lambda x: not x else: notIfInvert = lambda x: x for rec in pysows.recordReader(sys.stdin, args.separator): if notIfInvert(filterBy(rec)): pysows.printList(rec) print