Method step_over

api/python/debuggercontroller.py:853–872

Perform a step over on the target. When the next instruction is not a call, execute the next instruction. When the next instruction is a call, complete the execution of the function and break at next instruction. The operation can be performed on an IL level specif

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

        return dbgcore.BNDebuggerStepInto(self.handle, il)

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

        When the next instruction is not a call, execute the next instruction. When the next instruction is a call,
        complete the execution of the function and break at next instruction.

        The operation can be performed on an IL level specified by the ``il`` parameter, which then either executes the
        next IL instruction, or completes 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 over 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.BNDebuggerStepOver(self.handle, il)

    def step_return(self) -> bool:
        """