def __BAP_${trade}_S${sid}_N${nid}(__REQ__,__RSP__,__BUF__ = None,__EXT__ = None):
    '''
	索  引：INDEX_S${sindex}_N${nindex}
	功  能：${desc}
	节  点：步骤${sindex}节点${nindex}
	交  易：${trade}
    '''
    CGC_Trace("调用节点 ${trade}-STEP[${sindex}]-NODE[${nindex}]:${desc}")

${inArgText}<#rt/>

<#if funcName == "END">
<#elseif funcName == "CGC_INN_BOOL">
    CGC_Trace(("布尔判断表达式:"+str(objArg0) ))

<#if reType == "NOT_RETURN">
    return ${reExVal}
<#else>
    if(type(objArg0) is bool) and objArg0 is True:
<#if reVal1?exists>
        CGC_Trace("出口分支=1")
        return ${reVal1}
<#else>
        return ${reExVal}
</#if>
    else:
<#if reVal0?exists>
        CGC_Trace("出口分支=0")
        return ${reVal0}
<#else>
		return ${reExVal}
</#if>
</#if>
<#elseif funcName == "CGC_INN_ASYNC">
    if(not type(objArg0) is dict):
        raise CGCException("E","${errcode + "01"}","入参0必须是dict类型")
    elif(not type(objArg1) is str):
        raise CGCException("E","${errcode + "02"}","入参1必须是str类型")
    elif(not type(objArg2) is str):
        raise CGCException("E","${errcode + "03"}","入参2必须是str类型")

    objArg0["__ASYNC__"] = True
    objArg0["__AMC__"] = objArg1
    objArg0["__ATC__"] = objArg2
    
<#if reVal?exists>
    return ${reVal}
<#else>
    return ${reExVal}
</#if>
<#elseif funcName == "CGC_INN_GET_GLB_ERROR">
    if(not type(objArg0) is dict):
        raise CGCException("E","${errcode + "01"}","入参0必须是dict类型")
    elif(not type(objArg1) is str):
        raise CGCException("E","${errcode + "02"}","入参1必须是str类型")
    elif(not type(objArg2) is str):
        raise CGCException("E","${errcode + "03"}","入参2必须是str类型")
    elif(not type(objArg3) is str):
        raise CGCException("E","${errcode + "04"}","入参3必须是str类型")

    objArg0[objArg1] = __REQ__.has_key('__RST__') and __REQ__["__RST__"] or ""
    objArg0[objArg2] = __REQ__.has_key('__ECD__') and __REQ__["__ECD__"] or ""
    objArg0[objArg3] = __REQ__.has_key('__MSG__') and __REQ__["__MSG__"] or ""

<#if reVal?exists>
    return ${reVal}
<#else>
    return ${reExVal}
</#if>
<#elseif funcName == "CGC_INN_SWITCH">
<#if reType == "NOT_RETURN">
    CGC_Trace("出口分支=0")
    return ${defFunc}
<#else>
<#if reType == "SIG_RETURN">
    return ${defFunc}
<#else>
<#list reFunc?keys as name>
	<#if name_index == 0>
    if(objArg0 == objArg${name}):
    <#else>
    elif(objArg0 == objArg${name}):
    </#if>
        CGC_Trace("出口分支=${name}")
        return ${reFunc[name]}
</#list>
    else:
        CGC_Trace("出口分支=0")
        return ${defFunc}
</#if>
</#if>
<#else>
${functionBody}<#rt/>
    if type(listResult) is not list: 
        raise CGCException("E","${errcode + "01"}","组件状态返回值必须是list类型")
    elif len(listResult) < 3:
        raise CGCException("E","${errcode + "02"}","组件状态返回值(list)的个数必须有3个以上")
    elif listResult[1] != None or listResult[2] != None:
        CGC_SET_DEF_ERROR(__REQ__,"D",str(listResult[1]),str(listResult[2]))
<#if outArgFlag == "OUTARGS">
    else:    
        listRes = None
        if len(listResult) >= 4:
            listRes = listResult[3]
        if(listRes != None):
            if type(listRes) is not list: 
                raise CGCException("E","${errcode + "03"}","组件出参必须是list类型")
            elif len(listRes) == 0:
                raise CGCException("E","${errcode + "04"}","组件出参个数必须大于0")

${outArgsText}<#rt/>
        else:
            CGC_Trace("组件返回值为无出参模式")
</#if>

    CGC_Trace("出口分支="+str(listResult[0]))
${logicText}<#rt/>
</#if>