practically useless ctree shiz

ctree-tag-lexer.py

F = idaapi.decompile(address)

def ctree_relexer(F, idabits=8 if idaapi.get_inf_structure().is_64bit() else 4):
    iterable = (F.pseudocode[i].line for i in range(1 + F.hdrlines, F.pseudocode.size()))
    items = ' '.join(iterable).split("\x01({:0{:d}s}".format('', 2 * idabits))
    line, = filter(None, items)
    for m in re.finditer(r"\x01\(([0-9A-F]{{{:d}}})[\1\2]([^\1\2]+)".format(2 * idabits), line):
        id, x = m.groups()
        idx = int(id, 0x10)
        if F.treeitems.size() <= idx: continue
        item = F.treeitems[idx]
        yield idaapi.tag_remove(item.print1(F)), item.cexpr
    return

name, index = 'malloc', 0
def ctree_parameter(F, name, index):
    iterable = ctree_relexer(F)
    for string, item in iterable:
        if string.startswith(name + '('):
            [consume for _, consume in zip(range(index), iterable)]
            yield (lambda *a: a)(item.ea, string, *next(iterable))
        continue
    return

item = ctree_parameters[idx][-1]
def ctree_resolve(F, item):
    if hasattr(item, 'operands'):
        ops = item.operands
        return resolve(F, ops.get('n', ops.get('v', ops.get('x', ops))))
    elif hasattr(item, 'getv'):
        loc = item.getv().location
        return resolve(F, loc)
    elif hasattr(item, 'get_reginfo'):
        offset, Fregname = item.reg1(), lambda midx: '@' + idaapi.get_mreg_name(midx, 0x2318 + 1)
        return Fregname(offset) if item.is_reg() else (Fregname(idaapi.reg2mreg(idaapi.ph.regnames.index('sp'))), offset - F.mba.stacksize)
    elif hasattr(item, '_value'):
        return item._value
    return item