def _evalargs(self, args, lcls, ignore):
funcname = str(args[0])
if __debug__:
assert isinstance(lcls.iv.last.baseobj, uclassobj), "Cannot apply class functions to a non-class object!"
if not lcls.iv.last.attrsnodata or list(lcls.iv.last.attrsnodata.keys()) == ["$__name"]:
whichone = lcls.iv.last
else:
whichone = uclassobj._classiter(lcls.iv.last)
for line in whichone:
if isinstance(line.baseobj, mthdobj) and line[0].datastr == funcname:
topass = lcls.onlyuobjs()
# topass = lclsdict(args.control)
topass.iv.last = line
topass.iv.this = lcls.iv.last
delim = args.control.delims["applier"]
# print(topass,group(data = delim[0], baseobj = delim[1],
# control = args.control, args = args[1:]))
topass.iv.last.baseobj.evalobj(
group(data=delim[0], baseobj=delim[1], control=args.control, args=args[1:]), topass
)
lcls.iv.last = topass.iv.last.deepcopy()
return lcls.iv.last
if funcname == "funcs":
lcls.iv.last = group(
data=":", baseobj=arrayobj(), control=args.control, args=uclassobj._classiter(lcls.iv.last)
)
return lcls.iv.last
ret = super()._evalargs(args, lcls, ignore)
if ret != NotImplemented:
return ret
raise ValueError("Function '{}' isn't defined for {} '{}'".format(funcname, type(self).__qualname__, args))
def _input(self, args, lcls):
""" nput:[question,[valid results (regex) [, error messg]]]"""
from Objects import strobj #this could be moved to the top
msg, valid, err = group(data = "'> '", control = args.control), None,\
group(data = "\"\0'{inv}' is an invalid input! Valid: '{val}'.\"", control = args.control)
if len(args) > 0:
args[0].evalgrp(lcls)
msg = lcls.iv.last
if len(args) > 1:
args[1].evalgrp(lcls)
valid = lcls.iv.last
if len(args) > 2:
args[2].evalgrp(lcls)
err = lcls.iv.last
if __debug__:
assert len(args) <= 3, 'input:[question,[valid results (array) [, error messg]]]'
lcls.iv.last = group(baseobj = strobj(), control = args.control)
# if valid != None:
# assert 0, 'what is convstr??' + repr(valid)
# valid.data = str(valid.data.convstr())
while True:
lcls.iv.last = group(data = str(input(msg.scrubstr(args.control))), control = args.control)
if valid == None:
break
if __debug__:
assert isinstance(valid.baseobj, arrayobj),\
'Only accepts array of valid results!, not ' + str(type(valid.baseobj))
if lcls.iv.last not in valid:
print(err.scrubstr(args.control, inv = lcls.iv.last.data, val = str(valid)))
else:
break;
def comprtkns(linegrp): #this is non-stable
ret = group(control = self.control, parens = linegrp.parens) #universe
while len(linegrp) != 0:
ele = linegrp.pop(0) #pop(0) is inefficient for list. update this in the future
if isinstance(ele.baseobj, strobj) or\
str(ele) not in self.control.allparens or\
not str(ele):
ret.append(ele)
else:
toappend = group(control = self.control)
parens = {str(ele):1}
while sum(parens.values()) > 0 and len(linegrp) != 0:
toappend.append(linegrp.pop(0))
if str(toappend[-1]) in self.control.allparens\
and not isinstance(toappend[-1].baseobj, strobj):
last = str(toappend[-1])
if last in self.control.parens['l']:
if last not in parens:
parens[last] = 0
parens[last] += 1
if last in self.control.parens['r']:
if __debug__:
assert self.control._invertparen(last) in parens, "unmatched paren '{}'!".format(last)
parens[self.control._invertparen(last)] -= 1
if __debug__:
assert str(toappend[-1]) in self.control.allparens, toappend #the last element should be in allparens
toappend.parens = (str(ele), str(toappend.pop()))
toappend = comprtkns(toappend)
# if toappend.hasparens():
# parens = toappend.parens
# toappend.parens = toappend.defaultparens
# toappend = group(parens = parens, control = toappend.control, args = toappend)
ret.append(toappend)
return ret
def _types(self, args, lcls):
if __debug__:
assert len(args) in {1, 2}, "om:types:(TYPE)[:(init args)], not " + str(args)
base = args[0].datastr
from Objects import __all__ as allobj
if __debug__:
assert base in allobj, "No such type of '{}'!".format(base)
topassobj = getattr(__import__('Objects'), base)
lcls.iv.last = group(data = str(topassobj), baseobj = typeobj(\
baseclass = group(baseobj = topassobj(), control = args.control)), control = args.control)
def _func(self, args, lcls):
if __debug__:
assert len(args) == 3, 'func:name:params:body'
lcls[str(args[0])] = group(data = args.datastr,
baseobj = umthdobj(str(args[0])),
args = list(args),
control = args.control)
def fixtkns(line):
""" combine tokens using order of operations """
if __debug__:
assert isinstance(line, group), 'why wouldn\'t it be?'
if isinstance(line.baseobj, arrayobj) or line.hasparens():# and len(line) <= 1:
if __debug__:
assert line.data == None, 'when would this happen??'
cpy = line.deepcopy()
cpy.parens, cpy.baseobj = cpy.defaultparens, obj() #so it wont go into this again.
cpy = fixtkns(cpy)
if cpy.data in line.control.delims['arraysep']:
if __debug__:
assert not cpy.hasparens(), 'not hard and fast, just why would it? (a:b), the a:b is cpy'
cpy.parens = line.parens
return cpy
line = group(control = line.control, parens = line.parens, baseobj = line.baseobj,
args = [cpy])
return line
if not len(line):
return line
if len(line) == 1: #if the line is literally a single element, usually: ([blah, blah])
return line[0] if not len(line[0]) else fixtkns(line[0])
fhp = findhighest(line)
if __debug__:
assert isinstance(fhp, group), 'expected a group for fhp! (not %s)' % fhp
assert not len(fhp) and fhp.data, fhp
ret = group(data = fhp.data, control = self.control, parens = line.parens)
current = group(control = self.control)
while len(line):
e = line.pop(0) #was formerly .pop(0)
if e.data == ret.data:
if len(current) and current[-1].hasparens():#isinstance(current[-1].baseobj,arrayobj):
for ele in current:
ret.append(fixtkns(current))
else:
ret.append(fixtkns(current))
current = group(control = self.control)
else:
current.append(e)
if len(current):
ret.append(fixtkns(current))
return ret
def tokenize(self, rawt):
""" goes thru, and splits them up first based upon control.sortedopers and then by control.punctuation. """
def createtokens(rawt):
for oper in self.control.sortedopers:
if oper in rawt:
par = rawt.partition(oper)
return createtokens(par[0]) + [par[1]] + createtokens(par[2])
for punc in self.control.punctuation:
if punc in rawt:
par = rawt.partition(punc)
return createtokens(par[0]) + [par[1]] + createtokens(par[2])
return [rawt]
tokens = [token for token in createtokens(rawt) if token]
ret = []
currentquote = None
for token in tokens:
if token in self.control.allquotes and token:
if currentquote == None:
ret.append(token)
currentquote = token
else:
if token == currentquote:
currentquote = None
ret[-1] += token
elif currentquote:
ret[-1] += token
else:
ret.append(token)
#@define stuff
linep = 0
while linep < len(ret):
if ret[linep] and ret[linep] in self.control.datadef:
self.control.applyrules(ret.args.pop(0))
linep+=1
ret2 = []
for token in ret:
if token:
if token[0] not in self.control.allquotes:
if token.strip(self.control.nbwhitespace):
if __debug__:
assert token[-1] not in self.control.allquotes, token
ret2.append(token.strip(self.control.nbwhitespace))
else:
ret2.append(token)
ret = []
for e in (e.strip(self.control.nbwhitespace) for e in ret2):
if not ret or not e or e not in self.control.delims['endline']\
or str(ret[-1].data) not in self.control.delims['endline']:
ret.append(group(e, control = self.control))
# quit(list(str(x) for x in ret))
return ret
def _class(self, args, lcls):
if __debug__:
assert len(args) == 3, 'class:name:[(parent)]:(body)'
lcls2pass = localsdict(args.control)
args2pass = []
if __debug__:
assert len(args[2]) == 1, 'body should be :{body}, not' + str(args[2])
for arg in args[2][0]:
arg.evalgrp(lcls2pass)
args2pass.append(lcls2pass.iv.last.deepcopy())
lcls[str(args[0])] = group(data = args.datastr,
baseobj = uclassobj(),
args = args2pass,
control = args.control,
attrs = {'$__name':str(args[0])})
def _speceval(self, args, lcls):
ctrl = args.control
if self.name in ctrl.delims:
if self.name in ctrl.delims['applier']:
args[0].evalgrp(lcls)
lcls.iv.last.baseobj.evalobj(args[1:], lcls)
return
if self.name in ctrl.delims['endline']:
for arg in args:
arg.evalgrp(lcls)
if lcls.iv.ret:
# del lcls.iv.ret
break
return
if self.name in ctrl.delims['arraysep']:
grp = group(baseobj = arrayobj(), parens = args.parens, control = args.control)
for arg in args:
arg.evalgrp(lcls)
if lcls.iv.ret.data:
break
grp.append(lcls.iv.last)
lcls.iv.last = grp
return
# assert 0, 'todo: arraysep'
if self.name in ctrl.opers['binary']:
if __debug__:
assert self.name not in ctrl.opers['binary']['math'], 'all math should have a func associated!'
assert self.name not in ctrl.opers['binary']['bitwise'], 'all bitwise should have a func associated!'
if self.name in ctrl.opers['binary']['assignment']:
d = self.name in args.control.opers['binary']['assignment']['r']
args[d - 1].evalgrp(lcls)
for arg in args[slice(d or None, d - 1 or None, None)]:
self._evalassign(arg, lcls)
return
if self.name in ctrl.opers['binary']['logic']:
pass
raise SyntaxError("Unknown Special Operator '{}' in arguments '{}'! Known operators: {}".\
format(self, args, ctrl.allopers.keys()))
def _rand(self, args, lcls):
lcls.iv.last = group(data = str(random.random()), control = args.control)
def _len(self, args, lcls):
if __debug__:
assert len(args) == 0, 'arr:len'
from Group import group
lcls.iv.last = group(data = str(len(lcls.iv.last)), baseobj = intobj(), control = args.control)
def __delattr__(self, attr):
return super().__delattr__(attr) if attr not in self.idict\
else self.__setitem__(attr, group(control = self.control))
def __init__(self, control):
self.control = control
super().__init__(dict())
for iv in self.idict:
self[iv] = group(control = self.control)
def _evalargs(self, args, lcls, ignore):
if __debug__:
assert len(args) > 0, "No known Obj function '' for Obj '{}'!".format(args)
# objname = str(lcls.iv.last.data)
fncname = str(args[0])
if fncname == '$clone' or fncname == '$copy' and fncname not in ignore:
lcls.iv.last = lcls.iv.last.deepcopy()
elif fncname == '$updtype' and fncname not in ignore:
if __debug__:
from Objects import arrayobj
assert isinstance(args[1].baseobj, arrayobj), str(args) + " should be obj:updtype:(type)"
assert len(args[1]) == 1, str(args) + " should be obj:updtype:(type)"
last = lcls.iv.last
args[1][0].evalgrp(lcls)
if __debug__:
from Objects import typeobj
assert isinstance(lcls.iv.last.baseobj, typeobj), "should be obj:updtype:(type)"
last.baseobj = lcls.iv.last.baseobj.baseclass.baseobj
elif fncname == '$type' and fncname not in ignore:
from Group import group # not sure this is the best way
from Objects import typeobj # to be doing this...
lcls.iv.last = group(data = type(lcls.iv.last.baseobj).__qualname__, baseobj = typeobj(lcls.iv.last),
control = args.control)
elif fncname == '$str' and fncname not in ignore:
from Group import group # not sure this is the best way
from Objects import strobj # to be doing this...
lcls.iv.last = group(data = lcls.iv.last.data, baseobj = strobj(),
control = args.control)
elif fncname in {'$attrs', '$a'} and fncname not in ignore:
from Group import group # not sure this is the best way
from Objects import dictobj # to be doing this...
lcls.iv.last = group(data = '', baseobj = dictobj(), parens = ('{', '}'),
control = args.control,
args = lcls.iv.last.attrs)
elif fncname in {'$setattr', '$sa'} and fncname not in ignore:
if __debug__:
assert len(args) == 2, "obj:$setattr:(name, value), not '{}'".format(str(args))
assert len(args[1]) == 2, "obj:$setattr:(name, value), not '{}'".format(str(args[0]))
last = lcls.iv.last
args[1][0].evalgrp(lcls)
name = lcls.iv.last
args[1][1].evalgrp(lcls)
print(name.datastr in last.attrs,name.datastr, last.attrs.keys(), sep = '\t|\t')
last.attrs[name.datastr] = lcls.iv.last
elif fncname in {'$getattr', '$ga'} and fncname not in ignore:
if __debug__:
assert len(args) == 2, "obj:$getattr:(name), not '{}'".format(str(args))
assert len(args[1]) == 1, "obj:$getattr:(name), not '{}'".format(str(args[0]))
last = lcls.iv.last
# args[1][0].evalgrp(lcls)
lcls.iv.last = last.attrs[args[1][0].datastr]
elif fncname in {'$delattr', '$da'} and fncname not in ignore:
if __debug__:
assert len(args) == 2, "obj:$delattr:(name), not '{}'".format(str(args))
assert len(args[1]) == 1, "obj:$delattr:(name), not '{}'".format(str(args[0]))
last = lcls.iv.last
# args[1][0].evalgrp(lcls)
lcls.iv.last = last.attrs[args[1][0].datastr]
del last.attrs[args[1][0].datastr]
else:
if type(self)._evalargs == obj._evalargs:
raise SyntaxError("No known function '{}' for {} '{}'.".\
format(fncname, type(self).__qualname__, lcls.iv.last))
return NotImplemented
return lcls.iv.last
def compresstokens(self, linetokens):
def comprtkns(linegrp): #this is non-stable
ret = group(control = self.control, parens = linegrp.parens) #universe
while len(linegrp) != 0:
ele = linegrp.pop(0) #pop(0) is inefficient for list. update this in the future
if isinstance(ele.baseobj, strobj) or\
str(ele) not in self.control.allparens or\
not str(ele):
ret.append(ele)
else:
toappend = group(control = self.control)
parens = {str(ele):1}
while sum(parens.values()) > 0 and len(linegrp) != 0:
toappend.append(linegrp.pop(0))
if str(toappend[-1]) in self.control.allparens\
and not isinstance(toappend[-1].baseobj, strobj):
last = str(toappend[-1])
if last in self.control.parens['l']:
if last not in parens:
parens[last] = 0
parens[last] += 1
if last in self.control.parens['r']:
if __debug__:
assert self.control._invertparen(last) in parens, "unmatched paren '{}'!".format(last)
parens[self.control._invertparen(last)] -= 1
if __debug__:
assert str(toappend[-1]) in self.control.allparens, toappend #the last element should be in allparens
toappend.parens = (str(ele), str(toappend.pop()))
toappend = comprtkns(toappend)
# if toappend.hasparens():
# parens = toappend.parens
# toappend.parens = toappend.defaultparens
# toappend = group(parens = parens, control = toappend.control, args = toappend)
ret.append(toappend)
return ret
def findhighest(linegrp):
if __debug__:
assert len(linegrp) or linegrp.data, linegrp
#change this in the future when boolean for linegrp changes
highest = None
for elep in range(len(linegrp)):
ele = str(linegrp[elep])
if ele in self.control.allopers and (highest == None or
self.control.allopers[ele].priority >=\
self.control.allopers[str(linegrp[highest].data)].priority):
highest = elep
if __debug__:
if highest == None:
# linegrp.data = self.control.delims['applier'][1]
# return linegrp
raise SyntaxError("no operator for string '{}'!".format(repr(linegrp))) # ':' was still required
return linegrp[highest]
def fixtkns(line):
""" combine tokens using order of operations """
if __debug__:
assert isinstance(line, group), 'why wouldn\'t it be?'
if isinstance(line.baseobj, arrayobj) or line.hasparens():# and len(line) <= 1:
if __debug__:
assert line.data == None, 'when would this happen??'
cpy = line.deepcopy()
cpy.parens, cpy.baseobj = cpy.defaultparens, obj() #so it wont go into this again.
cpy = fixtkns(cpy)
if cpy.data in line.control.delims['arraysep']:
if __debug__:
assert not cpy.hasparens(), 'not hard and fast, just why would it? (a:b), the a:b is cpy'
cpy.parens = line.parens
return cpy
line = group(control = line.control, parens = line.parens, baseobj = line.baseobj,
args = [cpy])
return line
if not len(line):
return line
if len(line) == 1: #if the line is literally a single element, usually: ([blah, blah])
return line[0] if not len(line[0]) else fixtkns(line[0])
fhp = findhighest(line)
if __debug__:
assert isinstance(fhp, group), 'expected a group for fhp! (not %s)' % fhp
assert not len(fhp) and fhp.data, fhp
ret = group(data = fhp.data, control = self.control, parens = line.parens)
current = group(control = self.control)
while len(line):
e = line.pop(0) #was formerly .pop(0)
if e.data == ret.data:
if len(current) and current[-1].hasparens():#isinstance(current[-1].baseobj,arrayobj):
for ele in current:
ret.append(fixtkns(current))
else:
ret.append(fixtkns(current))
current = group(control = self.control)
else:
current.append(e)
if len(current):
ret.append(fixtkns(current))
return ret
return fixtkns(comprtkns(group(args = linetokens, control = self.control)))