Comfort System Design-function module generation template-description, system design function module

Comfort System Design-function module generation template-description, system design function module

1. Custom templates

In the IAR system, edit-> code templates can edit and use custom templates.

Generate each function module by generating an H file and a C file

2. Module files

######################################## ######################################## #### This is an example file for defining your own code templates. #### The syntax for defining a code template is: ### TEMPLATE <template name>, <field> [= default value], <field>... #### The template name, the fields and their default values shocould be defined # within quotes if they contain non-alphanumeric characters. # U Se "&" in front of a letter in the template name to make the letter become # a shortcut, which means that you can use ALT + <letter> to select the template # or jump to the field in the dialog box. # Use ">" in the template to organize the template names in submenus. ######################################## ######################################## ### TEMPLATE "& Statement> & if" if (% c) {}# TEMPLATE & Sta Tement> & for, "& End Value" = 10, & Variable = ifor (int % 2 = 0; % 2 <% 1; ++ % 2) {% c} # TEMPLATE & Statement> & optimize, & optimize # pragma optimize = % 1 # TEMPLATE & initialize ate> & class, "Class & name", & Description = --, & Created = "$ DATE $, by $ USER_NAME $" // ********************* // CLASS: % 1 // DESCRIPTION: // % 2 // CREATED: % 3 // FILE: $ FILE_FNAME $ // class % 1 {public: % 1 ();~ % 1 (); % c };# TEMPLATE & effecate> & class, "Class & name", & Description = --, & Created = "$ DATE $, by $ USER_NAME $ "// ******************* // CLASS: % 1 // DESCRIPTION: // % 2 /// CREATED: % 3 /// FILE: $ FILE_FNAME $ // class % 1 {public: % 1 ();~ % 1 (); % c };# TEMPLATE & effecate> & Task, "Task & name", & Description = -- Task_RET_E % task_temp (uint32 para1, uint32 para2, void * pt); const Task_S g_st % 1 Task [] = {MSG_ID_TEMPLATE_DEFAULT, "task_temp ", % worker task_temp}/*** @ brief message processing *** % 2 * @ param * para1 parameter 1, para2 parameter 2 pt parameter pointer Pass * @ retval bool-true message processed false message not processed */Task_RET_E % task_temp (uint32 para1, uint32 para2, void * pt) {}# TEMPLATE & effecate> & Funtion ," Funtion & name ", & Description = --, & Para, & ret/*** @ brief % 2 ** @ param ** @ retval void */% 4% 1 (% 3) {return ;}# TEMPLATE & File> & file_h, "& file name", & Description = --, & Created = "$ DATE $, by $ USER_NAME $ "/********************************** **************************************** * ****** File Name: % 1.h * Description: % 2 * Created: % 3 ************************************** ******************************* **************************************** **************************************** * ******** // * Define to prevent recursive injection into sequence */# ifndef __% limit h # define __% limit h # ifdef _ cplusplus extern "C "{ # endif/* Includes ------------------------------------------------------------------ */# include "stm32f3xx_hal.h" # include "datatype. h "# include" osal. h "/* USER CODE BEGI N primary des * // * user code end primary des * // * user code begin Private defines * // * user code end Private defines * // * user code begin Prototypes */extern const osalFnx_S g_st % 1 OsalFn; /* user code end Prototypes */# ifdef _ cplusplus} # endif/* _ % 1_H *//***@}*//***** * ******************* (C) COPYRIGHT Chongqingfuzik ***** end of file *****/# TEMPLATE & File> & file_c, "& file name", & Created = "$ DATE $, $ USER_NAME $ "/*********************************** **************************************** * ***** @ file % 1.c * @ created: % 2 * @ brief ***** ================================ ========================================================== ========###### % 1 specific features #####================== ========================================================== ================================ [...] ##### How to use this file ######========================= ==== ========================================================== ========== [...] **************************************** ***************************************/ /* Includes ------------------------------------------------------------------ */# include "% 1.h" # include" msg_def.h "# include" trace. h "# define _ use _ % define Module # ifdef _ use _ % define module/* Private typedef ------------------------------------------------------- * // * Priv Ate define variable * // * Private macro variable * // * Private variables variable * // * Private function prototypes ------------------------------------------------- */void % invalid Init (void ); void % consumer start (void); void % consumer tick (void); void % consumer process (void); void % 1 _ Process_1s (void); void % define process_1min (void); BOOL % merge trace (void); RESP_E % merge debug (const uint8 * in); BOOL % Merge (Msg_Id_E msg, uint32 para1, uint32 para2, void * pt); uint16 % 1_Trace_Pwr (void);/* Exported functions -------------------------------------------------------- */const OsalFnx_S g_st % 1 OsalFn = {% uninstall init, % restart start, % uninstall tick, % Worker Process, % worker process_1s, % worker process_1min, % worker debug, % worker message_dea L, % 1_Trace_Pwr }; /** =================================================== ========================================================== ###### Initialization and de-initialization functions ######================ ========================================================== ================== [...] * // *** @ brief module initialization ** @ param ** @ retval */void % initialize Init (void) {Trace_Stack (% initialize init );} /*** @ brief module starts running ** @ param ** @ retval */void % restart start (void) {Tra Ce_Stack (% restart start);}/*** @ brief 10 ms interrupt processing, processing real-time tasks ** @ param ** @ retval */void % effectick (void) {Trace_Stack (% effectick);}/*** @ brief 10 ms process processing, processing non-real-time tasks ** @ param ** @ retval */void % completed process (void) {Trace_Stack (% Worker Process);}/*** @ brief 1 s process processing, processing non-real-time tasks ** @ param ** @ retval */void % 1_Process_1s (void) {Trace_Stack (% worker process_1s);}/*** @ brief 1min process processing, processing non-real-time tasks ** @ param ** @ retval */void % worker process_1mi N (void) {Trace_Stack (% 1_Process_1min);}/*** @ brief debugging interface ** @ param in the string to be processed ** @ retval processing result, parameter RESP_E */RESP_E % release debug (const uint8 * in) {Trace_Stack (% release Debug); return RESP_NULL ;} /*** @ brief message processing *** @ param msg Message id * para1 parameter 1, para2 parameter 2 pt parameter pointer Pass * @ retval bool-true message processed false message not processed */BOOL % handle message_deal (Msg_Id_E msg, uint32 para1, uint32 para2, void * pt) {if (! Msg_Id_IsValid (msg) {return FALSE;} Trace_Stack (% optional message_deal); return TRUE ;} /*** @ brief power management *** @ param *** @ retval uint16-the time when the STOP mode is disabled, with a single order of 10 ms */uint16% 1_Trace_Pwr (void) {Trace_Stack (% trace_pwr); return 0 ;} # endif/* % 1_MODULE_ENABLED *//***@}*//***@}*//*************** * ******** (C) COPYRIGHT STMicroelectronics ***** end of file ****/

3. Modules

1. Include the template header file in msg_def.c

2. In

const FileModoule_S g_stFileModoule[Modoule_ID_MAX+1]={    {Modoule_ID_NULL,NULL,NULL},    {Modoule_ID_TRACE,"trace",&g_stTraceOsalFn},    {Modoule_ID_HWDPT,"hwdpt",&g_sthwdptOsalFn},     {Modoule_ID_MAX,NULL,NULL}};

Associated module ID, name, and call function struct