checker_slave/source/task/tran_for_checker.c

#include "tran_for_checker.h"
#include "debug.h"
#include "mymisc.h"
#include "mystdlib.h"
#include "board.h"
#include "dev_flash.h"
#include "tcp.h"
#include "prot_uc.h"
#include "handle_for_checker.h"
#include "compiler_info.h"
#include "dev_backup.h"





typedef struct{
  ucport_def u;
  void (*doexert)(ucport_def *u);
  uint8_t ack_num;
  int ret_skip;
  int ack_size;
  uint8_t ack[0];
}check_def;




// 判断检测数据是否超限,返回填充的字节个数
static int in_range(const uint8_t *src_data,uint8_t *range)
{
  const scheme_def *s=check_scheme();
  int temp;
  for(int i=0;i<s->range_num;i++)
  {
    temp=src_data[i*2]|(src_data[i*2+1]<<8);
    if(temp>=s->range[i].min&&temp<=s->range[i].max){
      range[i/8]&=~(1<<(i%8));
    }else{
      range[i/8]|=(1<<(i%8));
    }
  }
  DBG_LOG("range_num=%d, ",s->range_num);
  return (s->range_num+7)/8;
}






// 检测完成
static void check_end(ucport_def *u,port_mcu *src,void *data,int ack,char *err_str)
{
  check_def *w=(check_def *)u;
  uint8_t addr=port_get_addr(src);
  if(addr<=0||addr>20){
    DBG_WARN("addr err:%d",addr);
    return;
  }
  int return_size=w->ret_skip;
  uint8_t *ack_d=&w->ack[(addr-1)*return_size]; 
  if(ack==0)
  {
    // 复制流程结果
    memcpy(ack_d,arr_data(data),8);ack_d+=8;
    // 返回参数校验,跳过8字节的流程执行位
    ack_d+=in_range(arr_data(data)+8+8,ack_d);
    // 复制返回参数,跳过8字节的流程执行位
    memcpy(ack_d,arr_data(data)+8+8,check_scheme()->range_num*2);
  }
  else
  {
    // 复制为0xff 无效数据
    memset(ack_d,0xff,return_size);
  }
  w->ack_num++;
  if(w->ack_num>=20)
  {
    array_def *a=arr_creat();
    arr_append(a,0);
    arr_appends(a,w->ack,w->ack_size);
    emit tran_send_signal(w->u.p,0x31,arr_temp(a));
    tran_set_busy(w->u.p,0);
  }
}


static void check_del(ucport_def *u)
{
  free(u);
}


static ucport_def *check(tran_def *t, uint8_t cmd,array_def *data)
{
  int return_size=(check_scheme()->range_num*2+8+(check_scheme()->range_num+7)/8);
  check_def *u=calloc(1,sizeof(check_def)+return_size*20);
  u->ret_skip=return_size;
  u->ack_size=return_size*20;
  u->u.p=t;
  u->u.del=check_del;
  u->u.doend=check_end;
  DBG_LOG("check: skip=%d",u->ret_skip);
  tran_set_busy(t,1);
  for(int i=0;i<20;i++)
  {
    port_mcu *mcu=tran_get_portm(u->u.p,i);
    // 这里打开检测
    if(mcu){
      port_start(mcu,check_creat(check_scheme()));
    }
  }
  
  array_def *a=arr_creat();
  arr_append(a,0);
  emit tran_reply_signal(u->u.p,arr_temp(a));
  
  return (ucport_def *)u;
}

transmit_export(ym_checker,0x30,check)




/*

  自检 和 参数设置 命令是批检仪和赋码仪都有的命令
  应赋码仪上位机的要求，赋码仪多了一个 "通道" 的数据位
  目前使用判断的方式，设备为赋码仪方式工作时命令的发送的返回都解析这个 "通道"

*/







__packed
typedef struct{
  char build_time[20];
  char softverion[8];
  int runtime;
  uint8_t wdog;
  char devicetype[12];
  uint8_t localip[4];
  uint8_t hostip[4];
  uint16_t hostport;
  uint8_t localid;
  uint32_t schemeid;
  uint32_t slave_online;
}local_bootinfo;



typedef struct{
  ucport_def u;
  void (*doexert)(ucport_def *u);
  uint8_t ack_num;
  uint8_t slave_num;
  uint8_t end_cmd;
  int ack_size;
  uint8_t ack[0];
}bootinfo_def;



// 自检完成
static void bootinfo_end(ucport_def *u,port_mcu *src,void *data,int ack,char *err_str)
{
  bootinfo_def *w=(bootinfo_def *)u;
  uint8_t addr=port_get_addr(src);
  if(addr<=0||addr>w->slave_num){
    DBG_WARN("addr err:%d",addr);
    return;
  }
  
  uint8_t *d=&w->ack[sizeof(local_bootinfo)+sizeof(bootinfo_data)*(addr-1)];
  if(data){
    memcpy(d,data,sizeof(bootinfo_data));
  }
  w->ack_num++;
  if(w->ack_num>=w->slave_num)
  {
    array_def *a=arr_creat();
    if(strcmp(sys_param()->device_type,"coder")==0)
    {
      // 赋码仪添加通道数
      arr_append(a,w->slave_num);
    }
    arr_append(a,0);
    arr_appends(a,w->ack,w->ack_size);
    emit tran_send_signal(w->u.p,w->end_cmd,arr_temp(a));
    tran_set_busy(w->u.p,0);
  }
}


static void bootinfo_del(ucport_def *u)
{
  free(u);
}


// 填充本机自检信息
static void bootinfo_fill_local(uint8_t *d)
{
  int tick=rt_tick_get()/1000;
  uint8_t wdog=bk_wdog_fun()?1:0;
  tran_def *t=app_variable("tran",0,0);
  uint32_t temp32=0;
  uint16_t temp16=0;
  uint8_t temp8=0;
  memcpy(d,BUILD_DATE,strlen(BUILD_DATE)+1);d+=20;
  memcpy(d,SOFT_VERSION,strlen(SOFT_VERSION)+1);d+=8;
  memcpy(d,&tick,4);d+=4;
  memcpy(d,&wdog,1);d+=1;
  memcpy(d,sys_param()->device_type,12);d+=12;
  memcpy(d,sys_param()->local_ip,4);d+=4;
  memcpy(d,sys_param()->host_ip,4);d+=4;
  temp16=sys_param()->host_port;
  memcpy(d,&temp16,2);d+=2;
  temp8=sys_param()->local_id;
  memcpy(d,&temp8,1);d+=1;
  temp32=check_scheme()->plan_id;
  memcpy(d,&temp32,4);d+=4;
  if(t){
    uint32_t temp32=tran_get_slave_online(t);
    memcpy(d,&temp32,4);d+=4;
  }else
  {
    memset(d,0,4);d+=4;
  }
  
}




static ucport_def *bootinfo_self(tran_def *t, int slave_num,uint8_t cmd,array_def *data)
{
  int return_size=sizeof(local_bootinfo)+sizeof(bootinfo_data)*slave_num;
  bootinfo_def *u=calloc(1,sizeof(bootinfo_def)+return_size);
  u->ack_size=return_size;
  u->slave_num=slave_num;
  u->u.p=t;
  u->u.del=bootinfo_del;
  u->u.doend=bootinfo_end;
  tran_set_busy(t,1);
  bootinfo_fill_local(u->ack);
  for(int i=0;i<slave_num;i++)
  {
    port_mcu *mcu=tran_get_portm(u->u.p,i);
    // 这里打开检测
    if(mcu){
      port_start(mcu,bootinfo_creat());
    }
  }
  
  array_def *a=arr_creat();
  if(strcmp(sys_param()->device_type,"coder")==0)
  {
    // 赋码仪添加通道数
    arr_append(a,10);
  }
  arr_append(a,0);
  emit tran_reply_signal(u->u.p,arr_temp(a));
  
  return (ucport_def *)u;
}



static ucport_def *bootinfo_coder(tran_def *t,uint8_t cmd,array_def *data)
{
  // 对于赋码仪,从机个数为10
  bootinfo_def *u=(bootinfo_def *)bootinfo_self(t,10,cmd,data);
  u->end_cmd=0x84;
  
  return (ucport_def *)u;
}


static ucport_def *bootinfo_checker(tran_def *t,uint8_t cmd,array_def *data)
{
  // 对于批检仪,从机个数为20
  bootinfo_def *u=(bootinfo_def *)bootinfo_self(t,20,cmd,data);
  u->end_cmd=0x35;
  
  return (ucport_def *)u;
}



transmit_export(ym_checker,0x34,bootinfo_checker)
transmit_export(ym_checker,0x04,bootinfo_coder)



__packed
typedef struct{
  char devicetype[12];
  char hostif[8];
  uint8_t localip[4];
  uint8_t hostip[4];
  uint16_t hostport;
  uint8_t localid;
  int uartbsp;
  uint8_t coder_return_mode;
  uint8_t slave_addr_start;
}paraminfo_def;





typedef struct{
  ucport_def u;
  paraminfo_def par;
}param_def;





static void param_del(ucport_def *u)
{
  free(u);
}


// 填充配置项
static void paraminfo_fill(paraminfo_def *p)
{
  memcpy(p->devicetype,sys_param()->device_type,12);
  memcpy(p->hostif,sys_param()->host_if,8);
  memcpy(p->localip,sys_param()->local_ip,4);
  memcpy(p->hostip,sys_param()->host_ip,4);
  p->hostport=sys_param()->host_port;
  p->localid=sys_param()->local_id;
  p->uartbsp=sys_param()->uartbsp;
  p->coder_return_mode=sys_param()->coder_ret_mode;
  p->slave_addr_start=sys_param()->slave_addr_start;
}


// 保存配置项
static int paraminfo_save(paraminfo_def *p)
{
  int ret=0;
  sys_param_def *spar=0;
  spar=calloc(1,sizeof(sys_param_def));
  memcpy(spar,sys_param(),sizeof(sys_param_def));
  
  if(strcmp("coder",p->devicetype)==0||strcmp("checker",p->devicetype)==0)
    memcpy(spar->device_type,p->devicetype,12);
  else {
    DBG_WARN("devicetype param must be \"coder\" or \"checker\"");
    ret=1;return ret;}
  if(strcmp("uart4",p->hostif)==0||strcmp("utcp",p->hostif)==0)
    memcpy(spar->host_if,p->hostif,8);
  else {
    DBG_WARN("host_if param must be \"uart4\" or \"utcp\"");
    ret=2;return ret;}
  if(memcmp(p->localip,(uint8_t []){0,0,0,0},4)!=0)
    memcpy(spar->local_ip,p->localip,4);
  else {
    DBG_WARN("localip param must not be all zero");
    ret=3;return ret;}
  if(memcmp(p->hostip,(uint8_t []){0,0,0,0},4)!=0)
    memcpy(spar->host_ip,p->hostip,4);
  else {
    DBG_WARN("hostip param must not be all zero");
    ret=4;return ret;}
  spar->host_port=p->hostport;
  spar->local_id=p->localid;
  if(p->uartbsp==115200||p->uartbsp==9600)
    spar->uartbsp=p->uartbsp;
  else {
    DBG_WARN("uartbsp param must be 115200 or 9600");
    ret=5;return ret;}
  if(p->coder_return_mode==0||p->coder_return_mode==1)
    spar->coder_ret_mode=p->coder_return_mode;
  else {
    DBG_WARN("coder_return_mode param must be 0 or 1");
    ret=6;return ret;}
  if(p->slave_addr_start==0||p->slave_addr_start==1)
    spar->slave_addr_start=p->slave_addr_start;
  else {
    DBG_WARN("slave_addr_start param must be 0 or 1");
    ret=7;return ret;}
  flash_save_param(spar);
  return ret;
}


static ucport_def *param(tran_def *t, uint8_t cmd,array_def *data)
{
  if(arr_length(data)<1){
    DBG_WARN("cmd format err.");
    return 0;
  }
  int off=0;
  param_def *u=calloc(1,sizeof(param_def));
  u->u.p=t;
  u->u.del=param_del;
  if(strcmp(sys_param()->device_type,"coder")==0)
  {
    // 赋码仪要忽略通道数参数
    off=1;
  }

  
  uint8_t op=arr_get(data,off);
  // 1是写,0是读
  if(op==0)
  {
    paraminfo_fill(&u->par);
    uint8_t *d=(uint8_t *)(&u->par);
    array_def *a=arr_creat();
    if(strcmp(sys_param()->device_type,"coder")==0)
    {
      // 赋码仪添加通道数
      arr_append(a,10);
    }
    arr_append(a,0);
    arr_appends(a,d,sizeof(paraminfo_def));
    emit tran_reply_signal(u->u.p,arr_temp(a));
  }else if(op==1)
  {
    array_def *a=arr_creat();
    if(strcmp(sys_param()->device_type,"coder")==0)
    {
      // 赋码仪添加通道数
      arr_append(a,10);
    }
    if(arr_length(data)<1+off+sizeof(paraminfo_def)){
      arr_append(a,0xff);
      emit tran_reply_signal(u->u.p,arr_temp(a));
    }else{
      memcpy(&u->par,arr_data(data)+1,sizeof(paraminfo_def));
      int ret=paraminfo_save(&u->par);
      arr_append(a,ret);
      emit tran_reply_signal(u->u.p,arr_temp(a));
    }
    
  }
  
  return (ucport_def *)u;
}


transmit_export(ym_checker,0x08,param)