mirror of
https://github.com/PostHog/posthog.git
synced 2024-11-22 08:40:03 +01:00
324 lines
14 KiB
Python
324 lines
14 KiB
Python
import os
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from time import sleep
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from typing import Any
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from hogvm.python.objects import CallFrame
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from hogvm.python.operation import Operation
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debug_speed = -1
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def debugger(
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symbol: Any, bytecode: list, colored_bytecode: list, ip: int, stack: list, call_stack: list, throw_stack: list
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):
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print("\033[H\033[J", end="") # noqa: T201
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next_symbol = symbol
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try:
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next_symbol = print_symbol(Operation(next_symbol), ip, bytecode, stack, call_stack)
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except ValueError:
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pass
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top: list = []
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top.append(f"throw_stack: {throw_stack}") # noqa: T201
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top.append(f"call_stack: {call_stack}") # noqa: T201
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top.append(f"stack: {stack}") # noqa: T201
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top.append(f"next: {next_symbol}") # noqa: T201
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top.append(f"ip: {ip}") # noqa: T201
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top.append("") # noqa: T201
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cols = os.get_terminal_size().columns
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# count how much top actually takes
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header_lines = 2
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for line in top:
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header_lines += 1 + len(line) // cols
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print(line) # noqa: T201
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rows = os.get_terminal_size().lines - header_lines
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rows = 2 if rows < 2 else rows
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rows_from_top = 2 if rows > 2 else 0
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start_ip = max(ip - rows_from_top, 0)
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end_ip = min(start_ip + rows, len(bytecode))
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for i in range(start_ip, end_ip):
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prefix = "> " if i == ip else " "
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postfix = "" if colored_bytecode[i].startswith("op.") else " "
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print(f"{prefix}{i}: {postfix}{colored_bytecode[i]}") # noqa: T201
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global debug_speed
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if debug_speed < 0:
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response = input()
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if response == "help" or response == "h" or response == "?":
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print("- Press <CTRL+C> to quit.") # noqa: T201
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print("- Press <ENTER> to step to the next instruction.") # noqa: T201
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print("- Enter a number like 1, 10, 100 or 1000 (ms) to speedwalk the code.") # noqa: T201
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response = input()
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try:
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debug_speed = int(response)
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except ValueError:
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debug_speed = -1
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else:
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sleep(debug_speed / 1000)
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def print_symbol(symbol: Operation, ip: int, bytecode: list, stack: list, call_stack: list[CallFrame]) -> str:
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try:
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match symbol:
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case Operation.STRING:
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return f"STRING({bytecode[ip+1]})"
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case Operation.INTEGER:
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return f"INTEGER({bytecode[ip+1]})"
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case Operation.FLOAT:
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return f"FLOAT({bytecode[ip+1]})"
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case Operation.TRUE:
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return "TRUE"
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case Operation.FALSE:
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return "FALSE"
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case Operation.NULL:
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return "NULL"
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case Operation.NOT:
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return f"NOT({stack[-1]})"
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case Operation.AND:
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return f"AND({', '.join(str(stack[-i]) for i in range(bytecode[ip+1]))})"
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case Operation.OR:
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return f"OR({', '.join(str(stack[-i]) for i in range(bytecode[ip+1]))})"
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case Operation.PLUS:
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return f"PLUS({stack[-2]}, {stack[-1]})"
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case Operation.MINUS:
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return f"MINUS({stack[-2]}, {stack[-1]})"
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case Operation.MULTIPLY:
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return f"MULTIPLY({stack[-2]}, {stack[-1]})"
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case Operation.DIVIDE:
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return f"DIVIDE({stack[-2]}, {stack[-1]})"
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case Operation.EQ:
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return f"EQ({stack[-2]}, {stack[-1]})"
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case Operation.NOT_EQ:
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return f"NOT_EQ({stack[-2]}, {stack[-1]})"
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case Operation.GT:
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return f"GT({stack[-2]}, {stack[-1]})"
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case Operation.GT_EQ:
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return f"GT_EQ({stack[-2]}, {stack[-1]})"
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case Operation.LT:
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return f"LT({stack[-2]}, {stack[-1]})"
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case Operation.LT_EQ:
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return f"LT_EQ({stack[-2]}, {stack[-1]})"
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case Operation.LIKE:
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return f"LIKE({stack[-2]}, {stack[-1]})"
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case Operation.ILIKE:
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return f"ILIKE({stack[-2]}, {stack[-1]})"
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case Operation.NOT_LIKE:
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return f"NOT_LIKE({stack[-2]}, {stack[-1]})"
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case Operation.NOT_ILIKE:
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return f"NOT_ILIKE({stack[-2]}, {stack[-1]})"
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case Operation.IN:
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return f"IN({stack[-2]}, {stack[-1]})"
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case Operation.NOT_IN:
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return f"NOT_IN({stack[-2]}, {stack[-1]})"
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case Operation.REGEX:
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return f"REGEX({stack[-2]}, {stack[-1]})"
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case Operation.NOT_REGEX:
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return f"NOT_REGEX({stack[-2]}, {stack[-1]})"
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case Operation.IREGEX:
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return f"IREGEX({stack[-2]}, {stack[-1]})"
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case Operation.NOT_IREGEX:
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return f"NOT_IREGEX({stack[-2]}, {stack[-1]})"
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case Operation.IN_COHORT:
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return f"IN_COHORT({stack[-2]}, {stack[-1]})"
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case Operation.NOT_IN_COHORT:
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return f"NOT_IN_COHORT({stack[-2]}, {stack[-1]})"
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case Operation.GET_GLOBAL:
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return f"GET_GLOBAL({', '.join(str(stack[-i]) for i in range(bytecode[ip+1]))})"
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case Operation.POP:
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return f"POP({stack[-1]})"
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case Operation.RETURN:
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if len(call_stack) > 1:
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return f"RETURN({stack[-1]}) --> {call_stack[-2].ip}"
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else:
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return "RETURN"
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case Operation.GET_LOCAL:
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return f"GET_LOCAL({bytecode[ip+1]})"
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case Operation.SET_LOCAL:
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return f"SET_LOCAL({bytecode[ip + 1]}, {stack[-1]})"
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case Operation.GET_UPVALUE:
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return f"GET_UPVALUE({bytecode[ip+1]})"
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case Operation.SET_UPVALUE:
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return f"SET_UPVALUE({bytecode[ip + 1]})"
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case Operation.CLOSE_UPVALUE:
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return "CLOSE_UPVALUE"
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case Operation.GET_PROPERTY:
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return f"GET_PROPERTY({stack[-2]}, {stack[-1]})"
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case Operation.GET_PROPERTY_NULLISH:
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return f"GET_PROPERTY_NULLISH({stack[-2]}, {stack[-1]})"
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case Operation.SET_PROPERTY:
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return f"SET_PROPERTY({stack[-3]}, {stack[-2]}, {stack[-1]})"
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case Operation.DICT:
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return f"DICT({bytecode[ip+1]})"
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case Operation.ARRAY:
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return f"ARRAY({bytecode[ip+1]})"
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case Operation.TUPLE:
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return f"TUPLE({bytecode[ip+1]})"
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case Operation.JUMP:
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return f"JUMP({'+' if bytecode[ip+1] >= 0 else ''}{bytecode[ip+1]})"
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case Operation.JUMP_IF_FALSE:
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return f"JUMP_IF_FALSE({'+' if bytecode[ip+1] >= 0 else ''}{bytecode[ip+1]}, {bool(stack[-1])})"
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case Operation.JUMP_IF_STACK_NOT_NULL:
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return (
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f"JUMP_IF_STACK_NOT_NULL({'+' if bytecode[ip+1] >= 0 else ''}{bytecode[ip+1]}, {bool(stack[-1])})"
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)
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case Operation.DECLARE_FN:
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return f"DECLARE_FN({bytecode[ip+1]}, args={bytecode[ip+2]}, ops={bytecode[ip+3]})"
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case Operation.CALLABLE:
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return f"CALLABLE({bytecode[ip+1]}, args={bytecode[ip+2]}, upvalues={bytecode[ip+3]}, ops={bytecode[ip+4]})"
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case Operation.CLOSURE:
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return f"CLOSURE"
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case Operation.CALL_GLOBAL:
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return f"CALL_GLOBAL({bytecode[ip+1]}, {', '.join(str(stack[-(bytecode[ip+2] - i)]) for i in range(bytecode[ip+2]))})"
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case Operation.CALL_LOCAL:
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return f"CALL_LOCAL({bytecode[ip+1]} {', '.join(str(stack[-(bytecode[ip+1] - i)]) for i in range(bytecode[ip+1]))})"
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case Operation.TRY:
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return f"TRY(+{bytecode[ip+1]})"
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case Operation.POP_TRY:
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return "POP_TRY"
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case Operation.THROW:
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return f"THROW({stack[-1]})"
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return symbol.name
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except Exception as e:
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return f"{symbol.name}(ERROR: {e})"
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def color_bytecode(bytecode: list) -> list:
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colored = ["op.START", f"version: {bytecode[1]}"] if bytecode[0] == "_H" else ["op.START"]
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ip = len(colored)
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while ip < len(bytecode):
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symbol = bytecode[ip]
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match symbol:
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case Operation.STRING:
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add = ["op.STRING", f"string: {bytecode[ip+1]}"]
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case Operation.INTEGER:
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add = ["op.INTEGER", f"integer: {bytecode[ip+1]}"]
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case Operation.FLOAT:
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add = ["op.FLOAT", f"float: {bytecode[ip+1]}"]
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case Operation.TRUE:
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add = ["op.TRUE"]
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case Operation.FALSE:
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add = ["op.FALSE"]
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case Operation.NULL:
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add = ["op.NULL"]
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case Operation.NOT:
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add = ["op.NOT"]
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case Operation.AND:
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add = ["op.AND", f"expr count: {bytecode[ip+1]}"]
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case Operation.OR:
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add = ["op.OR", f"expr count: {bytecode[ip+1]}"]
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case Operation.PLUS:
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add = ["op.PLUS"]
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case Operation.MINUS:
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add = ["op.MINUS"]
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case Operation.MULTIPLY:
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add = ["op.MULTIPLY"]
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case Operation.DIVIDE:
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add = ["op.DIVIDE"]
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case Operation.EQ:
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add = ["op.EQ"]
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case Operation.NOT_EQ:
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add = ["op.NOT_EQ"]
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case Operation.GT:
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add = ["op.GT"]
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case Operation.GT_EQ:
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add = ["op.GT_EQ"]
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case Operation.LT:
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add = ["op.LT"]
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case Operation.LT_EQ:
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add = ["op.LT_EQ"]
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case Operation.LIKE:
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add = ["op.LIKE"]
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case Operation.ILIKE:
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add = ["op.ILIKE"]
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case Operation.NOT_LIKE:
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add = ["op.NOT_LIKE"]
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case Operation.NOT_ILIKE:
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add = ["op.NOT_ILIKE"]
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case Operation.IN:
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add = ["op.IN"]
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case Operation.NOT_IN:
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add = ["op.NOT_IN"]
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case Operation.REGEX:
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add = ["op.REGEX"]
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case Operation.NOT_REGEX:
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add = ["op.NOT_REGEX"]
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case Operation.IREGEX:
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add = ["op.IREGEX"]
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case Operation.NOT_IREGEX:
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add = ["op.NOT_IREGEX"]
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case Operation.IN_COHORT:
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add = ["op.IN_COHORT"]
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case Operation.NOT_IN_COHORT:
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add = ["op.NOT_IN_COHORT"]
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case Operation.GET_GLOBAL:
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add = ["op.GET_GLOBAL", f"field count: {bytecode[ip+1]}"]
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case Operation.POP:
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add = ["op.POP"]
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case Operation.RETURN:
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add = ["op.RETURN"]
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case Operation.GET_LOCAL:
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add = ["op.GET_LOCAL", f"index: {bytecode[ip+1]}"]
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case Operation.SET_LOCAL:
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add = ["op.SET_LOCAL", f"index: {bytecode[ip+1]}"]
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case Operation.GET_UPVALUE:
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add = ["op.GET_UPVALUE", f"index: {bytecode[ip+1]}"]
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case Operation.SET_UPVALUE:
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add = ["op.SET_UPVALUE", f"index: {bytecode[ip+1]}"]
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case Operation.CLOSE_UPVALUE:
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add = ["op.CLOSE_UPVALUE"]
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case Operation.GET_PROPERTY:
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add = ["op.GET_PROPERTY"]
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case Operation.GET_PROPERTY_NULLISH:
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add = ["op.GET_PROPERTY_NULLISH"]
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case Operation.SET_PROPERTY:
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add = ["op.SET_PROPERTY"]
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case Operation.DICT:
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add = ["op.DICT", f"key count: {bytecode[ip+1]}"]
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case Operation.ARRAY:
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add = ["op.ARRAY", f"element count: {bytecode[ip+1]}"]
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case Operation.TUPLE:
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add = ["op.TUPLE", f"element count: {bytecode[ip+1]}"]
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case Operation.JUMP:
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add = ["op.JUMP", f"offset: {'+' if bytecode[ip+1] >= 0 else ''}{bytecode[ip+1]}"]
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case Operation.JUMP_IF_FALSE:
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add = ["op.JUMP_IF_FALSE", f"offset: {'+' if bytecode[ip+1] >= 0 else ''}{bytecode[ip+1]}"]
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case Operation.JUMP_IF_STACK_NOT_NULL:
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add = ["op.JUMP_IF_STACK_NOT_NULL", f"offset: {'+' if bytecode[ip+1] >= 0 else ''}{bytecode[ip+1]}"]
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case Operation.DECLARE_FN:
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add = ["op.DECLARE_FN", f"name: {bytecode[ip+1]}", f"args: {bytecode[ip+2]}", f"ops: {bytecode[ip+3]}"]
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case Operation.CALLABLE:
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add = [
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"op.CALLABLE",
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f"name: {bytecode[ip+1]}",
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f"args: {bytecode[ip+2]}",
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f"upvalues: {bytecode[ip+3]}",
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f"ops: {bytecode[ip+4]}",
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]
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case Operation.CLOSURE:
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upvalue_count = bytecode[ip + 1]
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add = ["op.CLOSURE", f"upvalues: {upvalue_count}"]
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for i in range(upvalue_count):
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add.append(f"is_local({i}): {bytecode[ip + 2 + i * 2]}")
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add.append(f"index({i}): {bytecode[ip + 2 + i * 2 + 1]}")
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case Operation.CALL_LOCAL:
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add = ["op.CALL_LOCAL", f"args: {bytecode[ip+1]}"]
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case Operation.CALL_GLOBAL:
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add = ["op.CALL_GLOBAL", f"name: {bytecode[ip+1]}", f"args: {bytecode[ip+2]}"]
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case Operation.TRY:
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add = ["op.TRY", f"catch: +{bytecode[ip+1]}"]
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case Operation.POP_TRY:
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add = ["op.POP_TRY"]
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case Operation.THROW:
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add = ["op.THROW"]
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case _:
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add = [f"ERROR: Unknown bytecode {symbol}"]
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colored.extend(add)
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ip += len(add)
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return colored
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