def main(): pre = dflt_sysargv("", 1) verb = dflt_sysargv("return", 2) suf = dflt_sysargv("", 3) creat_apis_from_verb(pre, verb, suf)
def main(): src = sys.argv[1] cn0 = efun.dflt_sysargv("Name", 2) cn1 = efun.dflt_sysargv("Template", 3) print(csv.csv_wjsd(src, cn0, cn1))
from xdict.jprint import pobj from xdict.jprint import pdir from xdict.cmdline import Hentry from efuntool.efuntool import dflt_sysargv import sys from efdir import fs html_text = fs.rfile(sys.argv[1]) match = dflt_sysargv('', 2) style = dflt_sysargv('flat', 3) # init a Hentry def main(): htry = Hentry(html_text=html_text) html_entry = htry.query(match, style=style)
from xdict.jprint import pobj from efdir import fs import efuntool.efuntool as eftl import sys import elist.elist as elel import estring.estring as eses src = sys.argv[1] s = fs.rfile(src) dst = sys.argv[2] start = int(eftl.dflt_sysargv(1,3)) - 1 line_sp = '\n' lines = eses.split(s,line_sp) if(line_sp in s) else [s] lngth = len(lines) end = int(eftl.dflt_sysargv(lngth+1,4)) - 1 def main(): global lines lines = lines[start:end] s = elel.join(lines,line_sp)
def main(): s = dflt_sysargv(1, 1) print(creat_apis_from_strblk(s))
def main(): s = dflt_sysargv(1, 1) print(indent(code, int(s)))