760 lines
25 KiB
Python
760 lines
25 KiB
Python
import sys
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import typing
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from collections import OrderedDict
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from code_writer import CodeWriter
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natives = ["int", "long", "boolean", "String", "double", "byte[]", "byte"]
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native_to_object = {
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"boolean": "Boolean",
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"byte[]": "Byte",
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"byte": "Byte",
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"int": "Integer",
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"short": "Short",
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"char": "Character",
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"long": "Long",
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"float": "Float",
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"double": "Double",
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"String": "String"
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}
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cmp_natives = natives.copy()
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cmp_natives.remove("String")
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cmp_natives.remove("byte[]")
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def hash_object(name: str, typ: str) -> str:
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if not typ.endswith("[]"):
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return f"{name} == null ? 0 : {name}.hashCode()"
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elif typ.endswith("[][]"):
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return f"Arrays.deepHashCode({name})"
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else:
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return f"Arrays.hashCode({name})"
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def deserialize_tdapi(output: CodeWriter, arg_name: str, arg_type: str, cont, classes, null_check: bool = True):
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if null_check:
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output.indent()
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output.open_if("input.readBoolean()")
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output.newline()
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output.indent()
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if arg_type in cont:
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output.open_switch("input.readInt()")
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output.newline()
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for class_name, class_meta in classes.items():
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if class_meta[1] == arg_type and class_name != arg_type:
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output.indent()
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output.open_switch_case(f"{class_name}.CONSTRUCTOR")
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output.newline()
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output.indent()
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output.class_assign(arg_name, f"new {class_name}(input)")
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output.newline()
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output.indent()
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output.switch_break()
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output.newline()
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output.indent()
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output.open_switch_default()
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output.newline()
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output.indent()
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output.exception("UnsupportedOperationException")
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output.newline()
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output.indent_depth -= 1
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output.close_block(space=True)
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else:
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output.open_if(f"{arg_type}.CONSTRUCTOR != input.readInt()")
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output.newline()
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output.indent()
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output.exception("UnsupportedOperationException")
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output.newline()
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output.close_block(space=True)
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output.indent()
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output.class_assign(arg_name, f"new {arg_type}(input)")
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output.newline()
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if null_check:
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output.close_block(space=True)
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def deserialize_native(output: CodeWriter, arg_name, arg_type, null_check: bool = True):
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if arg_type == "int":
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output.indent()
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output.class_assign(arg_name, "input.readInt()")
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output.newline()
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if arg_type == "byte[]" or arg_type == "byte":
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if null_check:
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output.indent()
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output.open_if("input.readBoolean()")
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output.newline()
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output.indent()
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output.class_assign(arg_name, f"new byte[input.readInt()]")
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output.newline()
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output.indent()
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output.call("input.readFully", f"this.{arg_name}")
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output.newline()
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if null_check:
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output.close_block(space=True)
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if arg_type == "long":
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output.indent()
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output.class_assign(arg_name, "input.readLong()")
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output.newline()
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if arg_type == "double":
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output.indent()
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output.class_assign(arg_name, "input.readDouble()")
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output.newline()
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if arg_type == "boolean":
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output.indent()
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output.class_assign(arg_name, "input.readBoolean()")
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output.newline()
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if arg_type == "String":
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if null_check:
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output.indent()
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output.open_if("input.readBoolean()")
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output.newline()
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tmp_name = arg_name.split("[")[0] + "Tmp"
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output.indent()
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output.local_assign("byte[]", tmp_name, f"new byte[input.readInt()]")
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output.newline()
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output.indent()
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output.call("input.readFully", tmp_name)
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output.newline()
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output.indent()
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output.class_assign(arg_name, f"new String({tmp_name}, StandardCharsets.UTF_8)")
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output.newline()
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if null_check:
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output.close_block(space=True)
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def serialize_tdapi(output: CodeWriter, arg_name, null_check: bool = True):
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if null_check:
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output.indent()
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output.open_if(f"this.{arg_name} == null")
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output.newline()
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output.indent()
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output.call("output.writeBoolean", "false")
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output.newline()
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output.open_if_else(space=True)
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output.newline()
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output.indent()
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output.call("output.writeBoolean", "true")
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output.newline()
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output.indent()
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output.call(f"this.{arg_name}.serialize", "output")
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output.newline()
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if null_check:
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output.close_block(space=True)
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def serialize_native(output: CodeWriter, arg_type: str, arg_name: str, null_check: bool = True):
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if arg_type == "int":
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output.indent()
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output.call("output.writeInt", f"this.{arg_name}")
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output.newline()
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if arg_type == "byte[]" or arg_type == "byte":
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if null_check:
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output.indent()
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output.open_if(f"this.{arg_name} == null")
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output.newline()
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output.indent()
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output.call("output.writeBoolean", "false")
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output.newline()
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output.open_if_else(space=True)
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output.newline()
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output.indent()
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output.call("output.writeBoolean", "true")
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output.newline()
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output.indent()
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output.call("output.writeInt", f"this.{arg_name}.length")
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output.newline()
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output.indent()
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output.call("output.write", f"this.{arg_name}")
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output.newline()
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if null_check:
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output.close_block(space=True)
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if arg_type == "long":
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output.indent()
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output.call("output.writeLong", f"this.{arg_name}")
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output.newline()
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if arg_type == "double":
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output.indent()
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output.call("output.writeDouble", f"this.{arg_name}")
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output.newline()
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if arg_type == "boolean":
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output.indent()
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output.call("output.writeBoolean", f"this.{arg_name}")
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output.newline()
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if arg_type == "String":
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if null_check:
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output.indent()
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output.open_if(f"this.{arg_name} == null")
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output.newline()
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output.indent()
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output.call("output.writeBoolean", "false")
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output.newline()
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output.open_if_else(space=True)
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output.newline()
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output.indent()
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output.call("output.writeBoolean", "true")
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output.newline()
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output.indent()
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tmp_name = arg_name.split("[")[0] + "Tmp"
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output.local_assign("byte[]", tmp_name, f"this.{arg_name}.getBytes(StandardCharsets.UTF_8)")
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output.newline()
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output.indent()
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output.call("output.writeInt", f"{tmp_name}.length")
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output.newline()
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output.indent()
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output.call("output.write", tmp_name)
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output.newline()
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if null_check:
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output.close_block(space=True)
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def main(input_path: str, output_path: str, headers_path: str):
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data_input = open(input_path)
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package: typing.Optional[str] = None
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current_constructor: typing.Optional[int] = None
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current_class_name: typing.Optional[str] = None
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inside_abstract_class: bool = False
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inside_object_class: bool = False
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inside_function_class: bool = False
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inside_object_container_class: bool = False
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container_class_name: typing.Optional[str] = None
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function_depth: int = 0
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function_classes = OrderedDict()
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# key: {class_name, value: (constructor_id, container_name, [arg_type, arg_name])}
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object_classes = OrderedDict()
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# key: {class_name, value: (constructor_id, container_name, [arg_type, arg_name])}
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container_classes: typing.List[str] = []
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# [class_name, ...]
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current_arguments: typing.Optional[typing.List[typing.Tuple[str, str]]] = None
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# [(arg_name, arg_type), ...]
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for line in data_input.readlines():
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line = line.strip()
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keywords = line.split()
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if not keywords:
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continue
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if (inside_object_class or inside_function_class) and keywords[-1] == "{":
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function_depth += 1
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continue
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if (inside_object_class or inside_function_class) and keywords[-1] == "}" and function_depth > 0:
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function_depth -= 1
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continue
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if function_depth > 0:
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continue
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if inside_object_container_class and keywords[-1] == "}":
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inside_object_container_class = False
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container_classes.append(current_class_name)
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current_class_name = None
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continue
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if inside_abstract_class and keywords[-1] == "}":
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inside_abstract_class = False
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continue
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if inside_object_class and keywords[-1] == "}":
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inside_object_class = False
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object_classes[current_class_name] = (current_constructor, container_class_name, current_arguments)
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container_class_name = None
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current_arguments = None
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current_class_name = None
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current_constructor = None
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continue
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if inside_function_class and keywords[0] == "}":
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inside_function_class = False
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function_classes[current_class_name] = (current_constructor, container_class_name, current_arguments)
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current_arguments = None
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container_class_name = None
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current_class_name = None
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current_constructor = None
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continue
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if inside_function_class or inside_object_class:
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if len(keywords) == 3 and keywords[-1].endswith(";"):
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current_arguments.append((keywords[1], keywords[2][:-1]))
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continue
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if len(keywords) == 7 and keywords[4] == "CONSTRUCTOR":
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current_constructor = int(keywords[6][:-1])
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continue
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if keywords[0] == "package":
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package = line
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continue
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if len(keywords) == 8 and keywords[1] == "abstract":
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inside_object_container_class = True
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current_class_name = keywords[4]
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continue
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if len(keywords) == 4 and keywords[2] == "TdApi":
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continue
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if len(keywords) == 6 and keywords[1] == "abstract":
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inside_abstract_class = True
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continue
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if len(keywords) == 7 and keywords[2] == "class" and keywords[5] == "Object":
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current_class_name = keywords[-4]
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current_arguments = []
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inside_object_class = True
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container_class_name = keywords[5]
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continue
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if len(keywords) == 7 and keywords[2] == "class" and keywords[5] == "Function":
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current_class_name = keywords[-4]
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current_arguments = []
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inside_function_class = True
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container_class_name = keywords[5]
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continue
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if len(keywords) == 7 and keywords[2] == "class" and keywords[5] in container_classes:
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current_class_name = keywords[-4]
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current_arguments = []
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inside_object_class = True
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container_class_name = keywords[5]
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continue
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data_input.close()
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data_output = open(output_path, "w")
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data_output.write(package + "\n\n")
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data_output.write(open(headers_path).read())
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container_classes.remove("Function")
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output = CodeWriter(data_output, 1)
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output.indent()
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output.open_custom_block(f"public static class Deserializer")
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output.newline()
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output.indent()
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output.open_function("deserialize", [("DataInput", "input")], "static Object", "IOException")
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output.newline()
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output.indent()
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output.open_switch("input.readInt()")
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output.newline()
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for classes in (object_classes, function_classes):
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for class_name in classes.keys():
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output.indent()
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output.open_switch_case(f"{class_name}.CONSTRUCTOR")
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output.newline()
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output.indent()
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output.ret(f"new {class_name}(input)")
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output.newline()
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output.indent_depth -= 1
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output.indent()
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output.open_switch_default()
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output.newline()
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output.indent()
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output.exception("UnsupportedOperationException")
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output.newline()
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output.indent_depth -= 1
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output.close_block(space=True)
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output.close_block(space=True)
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output.close_block(space=True)
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output.newline()
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for container_class in container_classes:
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output.indent()
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output.open_custom_block(f"public abstract static class", container_class, "extends Object")
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output.close_block()
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output.newline()
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for classes in (object_classes, function_classes):
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for class_name, class_meta in classes.items():
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output.indent()
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output.open_custom_block("public static class", class_name, "extends", class_meta[1])
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output.newline()
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for arg_type, arg_name in class_meta[2]:
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output.indent()
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output.declare(arg_name, arg_type, "public")
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output.newline()
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if class_meta[2]:
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output.newline()
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output.indent()
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output.declare("CONSTRUCTOR", "int", "public static final", value=str(class_meta[0]))
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output.newline()
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output.newline()
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output.indent()
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output.open_constructor_function(class_name, [])
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output.close_block()
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output.newline()
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if class_meta[2]:
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output.indent()
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output.open_constructor_function(class_name, class_meta[2])
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output.newline()
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for arg_type, arg_name in class_meta[2]:
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output.indent()
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output.class_assign(arg_name, arg_name)
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output.newline()
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output.close_block(space=True)
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output.newline()
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output.indent()
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output.open_constructor_function(class_name, [("DataInput", "input")], "IOException")
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output.newline()
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for arg_type, arg_name in class_meta[2]:
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if arg_type in natives:
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deserialize_native(output, arg_name, arg_type)
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elif not arg_type.endswith("[]"):
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deserialize_tdapi(output, arg_name, arg_type, container_classes, object_classes)
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elif arg_type == "byte[][]" or not arg_type.endswith("[][]"):
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output.indent()
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output.open_if("input.readBoolean()")
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output.newline()
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output.indent()
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if arg_type == "byte[][]":
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output.class_assign(arg_name, f"new byte[input.readInt()][]")
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else:
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output.class_assign(arg_name, f"new {arg_type[:-2]}[input.readInt()]")
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output.newline()
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output.indent()
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output.open_for("int i = 0", f"i < this.{arg_name}.length", "i++")
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output.newline()
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if arg_type[:-2] in natives:
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deserialize_native(output, f"{arg_name}[i]", arg_type[:-2], null_check=False)
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else:
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deserialize_tdapi(output, f"{arg_name}[i]", arg_type[:-2],
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container_classes, object_classes, null_check=False)
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output.close_block(space=True)
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output.close_block(space=True)
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elif arg_type.endswith("[][]"):
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output.indent()
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output.open_if("input.readBoolean()")
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output.newline()
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output.indent()
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output.class_assign(arg_name, f"new {arg_type[:-4]}[input.readInt()][]")
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output.newline()
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output.indent()
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output.open_for("int i = 0", f"i < this.{arg_name}.length", "i++")
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output.newline()
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output.indent()
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output.class_assign(f"{arg_name}[i]", f"new {arg_type[:-4]}[input.readInt()]")
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output.newline()
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output.indent()
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output.open_for("int j = 0", f"j < this.{arg_name}[i].length", "j++")
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output.newline()
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if arg_type[:-4] in natives:
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deserialize_native(output, f"{arg_name}[i][j]", arg_type[:-4], null_check=False)
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else:
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deserialize_tdapi(output, f"{arg_name}[i][j]", arg_type[:-4],
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container_classes, object_classes, null_check=False)
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output.close_block(space=True)
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output.close_block(space=True)
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output.close_block(space=True)
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output.close_block(space=True)
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output.newline()
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output.indent()
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output.open_function("getConstructor", [], "int")
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output.newline()
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output.indent()
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output.ret("CONSTRUCTOR")
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output.newline()
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output.close_block(space=True)
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output.newline()
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output.indent()
|
|
output.open_function("serialize", [("DataOutputStream", "output")], "void", "IOException")
|
|
output.newline()
|
|
|
|
output.indent()
|
|
output.call("output.writeInt", f"CONSTRUCTOR")
|
|
output.newline()
|
|
|
|
for arg_type, arg_name in class_meta[2]:
|
|
if arg_type in natives:
|
|
serialize_native(output, arg_type, arg_name)
|
|
|
|
elif not arg_type.endswith("[]"):
|
|
serialize_tdapi(output, arg_name)
|
|
|
|
elif arg_type == "byte[][]" or not arg_type.endswith("[][]"):
|
|
output.indent()
|
|
output.open_if(f"this.{arg_name} == null")
|
|
output.newline()
|
|
|
|
output.indent()
|
|
output.call("output.writeBoolean", "false")
|
|
output.newline()
|
|
|
|
output.open_if_else(space=True)
|
|
output.newline()
|
|
|
|
output.indent()
|
|
output.call("output.writeBoolean", "true")
|
|
output.newline()
|
|
|
|
output.indent()
|
|
output.call("output.writeInt", f"this.{arg_name}.length")
|
|
output.newline()
|
|
|
|
output.indent()
|
|
output.open_for("int i = 0", f"i < this.{arg_name}.length", "i++")
|
|
output.newline()
|
|
|
|
if arg_type[:-2] in natives:
|
|
serialize_native(output, arg_type[:-2], f"{arg_name}[i]", null_check=False)
|
|
else:
|
|
serialize_tdapi(output, f"{arg_name}[i]", null_check=False)
|
|
|
|
output.close_block(space=True)
|
|
output.close_block(space=True)
|
|
|
|
elif arg_type.endswith("[][]"):
|
|
output.indent()
|
|
output.open_if(f"this.{arg_name} == null")
|
|
output.newline()
|
|
|
|
output.indent()
|
|
output.call("output.writeBoolean", "false")
|
|
output.newline()
|
|
|
|
output.open_if_else(space=True)
|
|
output.newline()
|
|
|
|
output.indent()
|
|
output.call("output.writeBoolean", "true")
|
|
output.newline()
|
|
|
|
output.indent()
|
|
output.call("output.writeInt", f"this.{arg_name}.length")
|
|
output.newline()
|
|
|
|
output.indent()
|
|
output.open_for("int i = 0", f"i < this.{arg_name}.length", "i++")
|
|
output.newline()
|
|
|
|
output.indent()
|
|
output.call("output.writeInt", f"this.{arg_name}[i].length")
|
|
output.newline()
|
|
|
|
output.indent()
|
|
output.open_for("int j = 0", f"j < this.{arg_name}[i].length", "j++")
|
|
output.newline()
|
|
|
|
if arg_type[:-4] in natives:
|
|
serialize_native(output, arg_type[:-4], f"{arg_name}[i][j]", null_check=False)
|
|
else:
|
|
serialize_tdapi(output, f"{arg_name}[i][j]", null_check=False)
|
|
|
|
output.close_block(space=True)
|
|
output.close_block(space=True)
|
|
output.close_block(space=True)
|
|
|
|
output.close_block(space=True)
|
|
|
|
output.newline()
|
|
output.indent()
|
|
output.open_function("equals", [("java.lang.Object", "o")], "boolean")
|
|
output.newline()
|
|
|
|
output.indent()
|
|
output.open_if("this == o")
|
|
output.newline()
|
|
output.indent()
|
|
output.ret("true")
|
|
output.newline()
|
|
output.close_block(space=True)
|
|
|
|
output.indent()
|
|
output.open_if("o == null || getClass() != o.getClass()")
|
|
output.newline()
|
|
output.indent()
|
|
output.ret("false")
|
|
output.newline()
|
|
output.close_block(space=True)
|
|
|
|
if class_meta[2]:
|
|
output.indent()
|
|
other_class = class_name[0].lower() + class_name[1:]
|
|
output.local_assign(class_name, other_class, f"({class_name}) o")
|
|
|
|
output.newline()
|
|
|
|
for arg_type, arg_name in class_meta[2]:
|
|
output.indent()
|
|
|
|
if arg_type in cmp_natives:
|
|
output.open_if(f"this.{arg_name} != {other_class}.{arg_name}")
|
|
|
|
elif not arg_type.endswith("[]"):
|
|
output.open_if(f"!Objects.equals(this.{arg_name}, {other_class}.{arg_name})")
|
|
|
|
elif arg_type.endswith("[][]"):
|
|
output.open_if(f"!Arrays.deepEquals(this.{arg_name}, {other_class}.{arg_name})")
|
|
|
|
else:
|
|
output.open_if(f"!Arrays.equals(this.{arg_name}, {other_class}.{arg_name})")
|
|
|
|
output.newline()
|
|
output.indent()
|
|
output.ret("false")
|
|
output.newline()
|
|
output.close_block(space=True)
|
|
|
|
output.indent()
|
|
output.ret("true")
|
|
output.newline()
|
|
|
|
output.close_block(space=True)
|
|
|
|
output.newline()
|
|
output.indent()
|
|
output.open_function("hashCode", [], "int")
|
|
output.newline()
|
|
|
|
output.indent()
|
|
|
|
if class_meta[2]:
|
|
primitives = [(t, n) for t, n in class_meta[2] if t in cmp_natives]
|
|
|
|
if primitives and len(class_meta[2]) == 1:
|
|
output.ret(f"{native_to_object[primitives[0][0]]}.hashCode(this.{primitives[0][1]})")
|
|
|
|
elif primitives:
|
|
output.local_assign("int", "result",
|
|
f"{native_to_object[primitives[0][0]]}.hashCode(this.{primitives[0][1]})")
|
|
output.newline()
|
|
output.indent()
|
|
|
|
for arg_type, arg_name in primitives[1:]:
|
|
output.assign("result", f"result * 31 + "
|
|
f"{native_to_object[arg_type]}.hashCode(this.{arg_name})")
|
|
output.newline()
|
|
output.indent()
|
|
|
|
tdapi = [(t, n) for t, n in class_meta[2] if n not in [p[1] for p in primitives]]
|
|
|
|
if tdapi and len(class_meta[2]) == 1:
|
|
output.ret(hash_object(f"this.{tdapi[0][1]}", tdapi[0][0]))
|
|
start = 1
|
|
|
|
else:
|
|
if not primitives:
|
|
output.local_assign("int", "result", hash_object(f'this.{tdapi[0][1]}', tdapi[0][0]))
|
|
output.newline()
|
|
output.indent()
|
|
start = 1
|
|
else:
|
|
start = 0
|
|
|
|
for arg_type, arg_name in tdapi[start:]:
|
|
output.assign("result", f"result * 31 + ({hash_object(f'this.{arg_name}', arg_type)})")
|
|
output.newline()
|
|
output.indent()
|
|
|
|
if len(class_meta[2]) > 1:
|
|
output.ret("result")
|
|
|
|
else:
|
|
output.ret("CONSTRUCTOR")
|
|
|
|
output.newline()
|
|
|
|
output.close_block(space=True)
|
|
output.close_block(space=True)
|
|
output.newline()
|
|
|
|
data_output.seek(data_output.tell() - 1)
|
|
data_output.write("}")
|
|
|
|
|
|
if __name__ == '__main__':
|
|
main(sys.argv[-3], sys.argv[-2], sys.argv[-1])
|