checker_slave/source/elec_det/elec_det.c

#include "board.h"
#include "bytearray.h"
#include "mystdlib.h"

#include "elec_det.h"
#include "base/delay.h"
#include "base/utility.h"
#include "hardware/adc_cfg.h"
#include "hardware/dac_cfg.h"
#include "hardware/gpio_cfg.h"
#include "hardware/jw3425iic.h"
#include "hardware/power.h"
#include "hardware/timer_cfg.h"
#include "driver/EWDriver.h"
#include "driver/JQDriver.h"
#include "driver/XTDriver.h"
#include "interface/BaseChecker.h"
#include "interface/JQChecker.h"
#include "interface/XTChecker.h"


#define PLAN_MAX_TASK 64


typedef struct{
  CheckerTask_Info_st* task_info_array[PLAN_MAX_TASK];//方案参数结构体指针
  
}self_def;


static self_def g_self;


// 获取本机地址
uint8_t elec_local_addr(void)
{
  static uint8_t addr=0;
  if(addr==0)
    addr=Gpio_GetDeivceAddr();
  return addr;
}


// 设置led1状态
void elec_led1_power(int power)
{
  LED1_Out=power?1:0;
}

// 设置led2状态
void elec_led2_power(int power)
{
  LED2_Out=power?1:0;
}



// 获取检测结果
array_def *elec_check_result(void)
{
  array_def *r=arr_creat();
  
  return arr_temp(r);
}


// 写硬件版本号
int elec_write_hardversion(int version)
{
  board_st.hard_v=version;
  return 0;
}



// 写电阻校准值
int elec_write_resistor_cbv(int cbv)
{
  board_st.resistor_diff=cbv;
  return 0;
}


// 测量桥丝阻值
array_def *elec_check_resistor(void)
{
	/*
			1 通道1-4通，过桥丝
			2 通道2-3通，过桥丝
			3 通道1-3通，测阻抗
			4 通道2-4通，测阻抗
	*/
	uint16_t aus_sample[5];
	uint16_t us_resistor;
	uint8_t uc_index = 0;
	AD_SampleResistor(aus_sample);
	for(uc_index = 0; uc_index < 5; uc_index++)
	{
		aus_sample[uc_index] -= board_st.resistor_diff;
	}
  // 读取方案中测量电阻的模式
	switch(0)
	{
		case 0: us_resistor = aus_sample[0];break;
		case 1: us_resistor = aus_sample[1];break;
		case 2: us_resistor = aus_sample[2];break;
		default : us_resistor = 0;break;
	}
  array_def *r=arr_creat();
  arr_append(r,0);
  arr_append(r,us_resistor&0xff);
  arr_append(r,(us_resistor >> 8) & 0xff);
  return arr_temp(r);
}





// 校验方案,返0成功
static int elec_check_scheme(void)
{
	uint32_t ul_crc32;
	
	ul_crc32 = Crc32Calu((uint32_t*)APP_TEST_PLAN_ADDR,(APP_TEST_PLANINFO_SIZE-4));
	if(ul_crc32 != (*(uint32_t*)(APP_TEST_PLAN_ADDR+APP_TEST_PLANINFO_SIZE-4)))
	{
    board_st.plan_id = ~0;
    LED1_Out_Off;
    return 1;
	}
  return 0;
}




// 加载方案
static void elec_load_scheme(void)
{
  self_def *s=&g_self;
	uint8_t uc_index = 0;
	uint32_t ul_len;
	CheckerTask_Info_st* pinfo_st = (CheckerTask_Info_st*)(APP_TEST_PLAN_ADDR+256);
	for(uc_index = 0; uc_index < PLAN_MAX_TASK; uc_index++)
	{
		s->task_info_array[uc_index] = 0;
	}
	uc_index = 0;
	while((pinfo_st->runindex != 0xFF) && (uc_index < PLAN_MAX_TASK))
	{
		s->task_info_array[uc_index++] = pinfo_st;
		ul_len = pinfo_st->param_rtv_count & 0x0F;
		ul_len = (ul_len<<1)+5;
		
		pinfo_st = (CheckerTask_Info_st*)((uint8_t*)pinfo_st + ul_len);
	}

}


// 进行检测
array_def *elec_check_with_scheme(array_def *uid_psw)
{
  self_def *s=&g_self;
	const uint8_t* ptaskindex = 	(uint8_t*)(APP_TEST_PLAN_ADDR+4); 
  CheckerTask *tasks_fun_table[]={jqtaskArray,xttaskArray};
  CheckerTask_Info_st *task_par=0;
  uint8_t chip_type=0;
  uint8_t taskid=0;
  CheckerTask task_fun=0;
  uint8_t res=0;
  array_def *r=arr_creat();
  chip_type=(board_st.plan_id >> 12 ) & 0x0F;
  if(chip_type>=LENGTH(tasks_fun_table)){
    arr_append(r,1);
    return arr_temp(r);
  }
  memset(&checker_runcfg,0,sizeof(Checker_RunCfg_st));
  int task_index=0;
  int err_flag=0;
  LED1_Out_Off;
  while((ptaskindex[task_index]!=0xff)&&(task_index<PLAN_MAX_TASK)){
    memset(&checker_runcfg.task_info,0,sizeof(CheckerTask_Info_st));
    taskid=ptaskindex[task_index];
    memset(checker_runcfg.params,0,20);
    checker_runcfg.param_count = 0;//参数个数
    checker_runcfg.rtv_count = 0;//返回值个数
    checker_runcfg.excue_rtv = 0;
    checker_runcfg.task_info.retry_time = 0;
    if(taskid>=CHECKER_MAXID_COUNT){
      break;
    }
    task_par= s->task_info_array[task_index];
    if(task_par==0){
      break;
    }
    task_fun=tasks_fun_table[chip_type][taskid];
    if(task_fun==0){
      break;
    }
    
    // 装载参数
    rt_memcpy(&checker_runcfg.task_info,task_par,sizeof(CheckerTask_Info_st));
    checker_runcfg.param_count = checker_runcfg.task_info.param_rtv_count & 0x0F;
    checker_runcfg.rtv_count = (checker_runcfg.task_info.param_rtv_count >> 4) & 0x0F;
    rt_memcpy(checker_runcfg.params,checker_runcfg.task_info.params,checker_runcfg.param_count*2);
    
    // 执行任务
    for(int i=0;i<1+task_par->retry_time;i++)
    {
      checker_runcfg.excue_rtv=1;
      task_fun();
      Checker_Excueindex(task_index);
      if(checker_runcfg.excue_rtv==0)
        break;
    }
    
    // 找寻下一个任务
    if((checker_runcfg.excue_rtv != 0) 
      && (checker_runcfg.task_info.error_jumpto != 0)
      && (checker_runcfg.task_info.error_jumpto != 0xFF)
      )
    {
      uint8_t uc_index = task_index+1;//如果时跳至下一个，直接顺序执行
      task_index = checker_runcfg.task_info.error_jumpto;
      while(uc_index < task_index)
      {
        Checker_MaskResult(1,uc_index);//将跳过的步骤标记未执行
        //调整参数返回值下标，将跳过的步骤里面的返回值存储空间保留
        checker_runcfg.rtv_index += (s->task_info_array[uc_index]->param_rtv_count >> 4) & 0x0F;
        uc_index++;
      }
    }else{
      task_index++;//正常情况直接顺序执行
    }
  }
  
  arr_append(r,0);
  arr_appends(r,checker_runcfg.Task_Result,8);
  arr_appends(r,checker_runcfg.Task_Excute,8);
  arr_appends(r,checker_runcfg.Test_Rtv,checker_runcfg.rtv_index*2);
  return arr_temp(r);
}