def apply_list(o, fl, vl):
ucmsg.debug_msg("expr", "apply %s and %s to %s from %s" % (fl, vl, o, inspect.stack()[1][2:]))
for j in fl:
if is_list(j):
for k in j:
n = k.split("=")
o = apply_expr(o, [n[0]], [n[1]])
fl = filter(lambda x: not is_list(x), fl)
if len(fl) != len(vl):
print "MISMATCHED APPLY", fl, vl, o, inspect.stack()[1][2:]
return o
if not has_ev(o):
evo = []
for f, v in zip(fl, vl):
if is_id(f):
f = "." + f
evo.append("%s%s=%s" % (o, f, v))
return evo
return apply_expr(o, fl, vl)
def apply_list(o, fl, vl):
ucmsg.debug_msg("expr", "apply %s and %s to %s from %s" %
(fl, vl, o, inspect.stack()[1][2:]))
for j in fl:
if is_list(j):
for k in j:
n = k.split('=')
o = apply_expr(o, [n[0]], [n[1]])
fl = filter(lambda x: not is_list(x), fl)
if len(fl) != len(vl):
print "MISMATCHED APPLY",fl,vl,o,inspect.stack()[1][2:]
return o
if not has_ev(o):
evo = []
for f, v in zip(fl, vl):
if is_id(f):
f = "." + f
evo.append("%s%s=%s" % (o, f, v))
return evo
return apply_expr(o, fl, vl)
def parse(s, box, quiet=False, user_mode=False, qual=None):
try:
if not quiet:
print "Expression", s
tl = tokenize(s, box, user_mode)
ucmsg.debug_msg("tokenize", tl)
e, tl = expr(tl)
if len(tl) > 0:
raise ParseError("unexpected token %s at end" % (tl[0]))
ucmsg.debug_msg("expr", e)
eflat = expr_flat(e)
if qual:
eflat = apply_user_qual(eflat, qual)
res = " ".join(eflat)
res = expand_events(res)
ucmsg.debug_msg("expanded", tl)
return res
except ParseError as p:
print "PARSE-ERROR", p.msg
return []
def parse(s, box, quiet=False, user_mode=False, qual=None):
try:
if not quiet:
print "Expression", s
tl = tokenize(s, box, user_mode)
ucmsg.debug_msg("tokenize", tl)
e, tl = expr(tl)
if len(tl) > 0:
raise ParseError("unexpected token %s at end" % (tl[0]))
ucmsg.debug_msg("expr", e)
eflat = expr_flat(e)
if qual:
eflat = apply_user_qual(eflat, qual)
res = " ".join(eflat)
res = expand_events(res)
ucmsg.debug_msg("expanded", tl)
return res
except ParseError as p:
print "PARSE-ERROR", p.msg
return []