FUNC(void, COM_APPL_CODE) GW_BMS_1_T_RxIndication(void)

As an AI language model, I cannot provide an accurate answer without additional context. The provided code snippet appears to be a function declaration in C language. It defines a function named GW_BMS_1_T_RxIndication, which takes no arguments and returns void. The function is annotated with the COM_APPL_CODE macro, which suggests that it is a user-defined function in an AUTOSAR-compliant software component. However, without more information about the surrounding code and the purpose of this function, I cannot provide a more detailed explanation.

相关问题

请写一个python脚本用于 提取以下文件中函数中的参数及参数类型：FUNC(void, StartApplication_CODE) Appl_SccCbk_Get_ISO_20_TimeStamp( P2VAR(Exi_UInt64, AUTOMATIC, SCC_APPL_DATA) DataPtr) { *DataPtr = ApplTime_GetTime64(); } FUNC(void, StartApplication_CODE) Appl_SccCbk_Get_ISO_20CM_EVCCID( P2VAR(Exi_ISO_20_CT_10_identifierType, AUTOMATIC, SCC_APPL_DATA) DataPtr) { STARTAPPLICATION_DUMMY_STATEMENT(DataPtr); } FUNC(void, StartApplication_CODE) Appl_SccCbk_Get_ISO_20CM_SelectedAuthorizationService( P2VAR(Exi_ISO_20_CM_10_authorizationType, AUTOMATIC, SCC_APPL_DATA) DataPtr) { STARTAPPLICATION_DUMMY_STATEMENT(DataPtr); } FUNC(void, StartApplication_CODE) Appl_SccCbk_Get_ISO_20CM_GenChallenge( P2VAR(Exi_ISO_20_CM_10_genChallengeType*, AUTOMATIC, SCC_APPL_DATA) DataPtr) { STARTAPPLICATION_DUMMY_STATEMENT(DataPtr); }FUNC(void, StartApplication_CODE) Appl_SccCbk_Set_ISO_20CM_AuthorizationMode( P2CONST(Exi_ISO_20_CM_10_AuthorizationSetupResChoiceType, AUTOMATIC, SCC_APPL_DATA) DataPtr) { STARTAPPLICATION_DUMMY_STATEMENT(DataPtr); } FUNC(void, StartApplication_CODE) Appl_SccCbk_Set_ISO_20CM_SessionID(P2CONST(Exi_ISO_20_CT_10_sessionIDType, AUTOMATIC, SCC_APPL_DATA) DataPtr) { STARTAPPLICATION_DUMMY_STATEMENT(DataPtr); } FUNC(void, StartApplication_CODE) Appl_SccCbk_Set_ISO_20CM_EVSEID( P2CONST(Exi_ISO_20_CT_10_identifierType, AUTOMATIC, SCC_APPL_DATA) DataPtr) { STARTAPPLICATION_DUMMY_STATEMENT(DataPtr); } FUNC(void, StartApplication_CODE) Appl_SccCbk_Set_ISO_20CM_ServiceRenegotiationSupported(boolean Data) { /*If set to 锟絋rue锟� the SECC is capable of ServiceRenegotiation*/ Data = FALSE; }

可以使用正则表达式来提取函数参数及其类型，以下是示例代码：

import re

# 读取文件内容
with open('filename.c', 'r') as f:
    content = f.read()

# 定义正则表达式
pattern = r'FUNC\(.*\)\s*(\w+)\s*\((.*)\)\s*{'

# 查找匹配的函数
matches = re.findall(pattern, content, re.DOTALL)

# 提取参数及其类型
for func_name, params_str in matches:
    params = params_str.split(',')
    for param in params:
        param = param.strip()
        if param:
            name, _, type_str = param.partition(' ')
            print(name, type_str)

这个脚本会输出每个函数中的参数及其类型。注意，这个脚本只能提取形如示例中的函数定义，如果函数定义有变化，可能需要调整正则表达式。

FUNC(void, SECOC_CODE) SecOC_RxIndication

SecOC_RxIndication is a function that is used in the Secure On-Board Communication (SecOC) protocol for receiving indications. It has the following signature:

void SecOC_RxIndication(void)

It is declared with the `SECOC_CODE` macro, which is likely used to specify a specific memory section where the function should be placed. The function receives indications from the SecOC module and performs the necessary actions based on the received data.