Method step_into

api/python/debuggercontroller.py:832–851

Perform a step into on the target. When the next instruction is not a call, execute the next instruction. When the next instruction is a call, follow the call the get into the first instruction of the call. The operation can be performed on an IL level specified by

(self, il: binaryninja.FunctionGraphType = binaryninja.FunctionGraphType.NormalFunctionGraph)

        return dbgcore.BNDebuggerGo(self.handle)

    def step_into(self, il: binaryninja.FunctionGraphType = binaryninja.FunctionGraphType.NormalFunctionGraph) -> bool:
        """
        Perform a step into on the target.

        When the next instruction is not a call, execute the next instruction. When the next instruction is a call,
        follow the call the get into the first instruction of the call.

        The operation can be performed on an IL level specified by the ``il`` parameter, which then either executes the
        next IL instruction, or follow into the IL function. Note, the underlying operation is still performed at the
        disassembly level because that is the only thing a debugger understands. The high-level operations are simulated
        on top of the disassembly and analysis.

        Some limitations are known with stepping into on IL.

        The call is asynchronous and returns before the target stops.

        :param il: optional IL level to perform the operation at
        :return: the reason for the stop
        """
        return dbgcore.BNDebuggerStepInto(self.handle, il)

    def step_over(self, il: binaryninja.FunctionGraphType = binaryninja.FunctionGraphType.NormalFunctionGraph) -> bool:
        """