import MathMethod
import binascii
import tools
import shlex
import json
import fio
import re
import os

def is_in(json,key):
    if key in json:
        return True
    else:
        return False
def is_kin(list,index):
    if 0 <= index < len(list):
        return True
    else:
        return False

#基本读取
read=fio.openr("./PyBase.cpsm")
pybasecode=binascii.hexlify(read.encode('utf-8'))

_IStart={"VERSION":"3.7.5","MAIN":".主函数"}

#获取所有头内容(.Start)
_=MathMethod.GetFlatDivision(read,"[声明完成]",0)
_=MathMethod.GetCarriageSpacesSmooth(_)
_=MathMethod.GetBeforeAfterRuleLookup(_,"[","]")
_Start=MathMethod.GetRulesConvertedToJson(_,"[","]")
if is_in(_Start,"声明类型"):
    if is_kin(_Start["声明类型"],0):
        if _Start["声明类型"][0].lower() == "蟒蛇汇编中文":
            pass
        else:
            print("- * - Error: [声明类型] isn't pybase")
            os._exit(0)
    else:
        print("- * - Error: [声明类型] isn't be <Key>")
        os._exit(0)
else:
    print("- * - Error: There is no [声明类型]")
    os._exit(0)
if is_in(_Start,"声明版本"):
    if is_kin(_Start["声明版本"],0):
        if len(_Start["声明版本"][0]) <= 10:
            _IStart["声明版本"]=_Start["声明版本"][0]
        else:
            print("- * - Warning: [声明版本] len(<Key>) > 10")
    else:
        print("- * - Warning: [声明版本] isn't be <Key>")
else:
    print("- * - Warning: There is no [声明版本]")
if is_in(_Start,"声明入口"):
    if is_kin(_Start["声明入口"],0):
        _IStart["声明入口"]=_Start["声明入口"][0]
        print("- * - InFo: [声明入口] .声明入口 -> "+_Start["声明入口"][0])
    else:
        print("- * - Warning: [声明入口] isn't be <Key>(Use .声明入口)")
else:
    print("- * - Warning: There is no [声明入口](Use .声明入口)")
#获取所有代码内容(.Code)
_=MathMethod.GetFlatDivision(read,"[声明完成]",1,lambda x:x,"")
_Code=MathMethod.AssemblyToJson(_,MakeRules=lambda x:MathMethod.GetRulesConvertedToJson2(x))

print(_Code)

#编译(甚至不需要分析意思)
_Base=bytes()
_Base+=bytes.fromhex("0020"*2+"507942617365"+"AA"*5+"00")
_Base+=bytes.fromhex("5468697320697320612070726F6772616D20746861742063616E206265206C61756E63686564206279205079426173650A")
_Base+=bytes.fromhex(binascii.hexlify(_IStart["VERSION"].rjust(10).encode()).decode())
_Base+=bytes.fromhex(binascii.hexlify(tools.CBDS(str(_Code))).decode())
fio.openw("./PyBase.Bin",_Base,2)