/**
*
* @return
*/
int dat_onReset_TeleCmd_Buff(void) {
int indx1;
for(indx1=0; indx1<DAT_MAX_BUFF_TELECMD; indx1++)
{
dat_set_TeleCmd_Buff(indx1, CMD_CMDNULL);
}
return 1;
}
/**
* Erase de TC internal (memSD) buffer
*/
void dat_erase_TeleCmd_Buff(void) {
// #if (SCH_DATAREPOSITORY_VERBOSE>=1)
// printf(" dat_erase_TeleCmdBuff()..\n");
// printf(" starting at block= %u\n", (unsigned int)dat_gpb_TeleCmd_256Block);
// #endif
//
// msd_blockErase(dat_gpb_TeleCmd_256Block);
int indx;
for(indx=0; indx<DAT_MAX_BUFF_TELECMD; indx++)
{
dat_set_TeleCmd_Buff(indx, CMD_CMDNULL);
}
}
void drp_debug4(void){
int value=0, res=0;
unsigned int index;
printf("DAT_TeleCmdBuff..\n");
value=20000;
for(index=0; index<SCH_DATAREPOSITORY_MAX_BUFF_TELECMD; index++, value++){
printf(" writing: ");
dat_set_TeleCmd_Buff(index, value);
printf(" DAT_TeleCmdBuff[%u] = %d | ", index, value);
printf(" reading: ");
res = dat_get_TeleCmd_Buff(index);
printf(" DAT_TeleCmdBuff[%u] = %d | ", index, res);
printf("comparing: ");
if( value==res ){ printf("ok\n"); }
else{ con_printf("fail\n"); return; }
ClrWdt();
}
printf("DAT_FlightPlanBuff..\n");
value=1000; DispCmd NewCmd;
for(index=0; index<(SCH_FLIGHTPLAN_N_CMD); index++, value++){
printf(" writing: ");
dat_set_FlightPlan_cmd(index, value);
printf(" DAT_FlightPlanBuff[%u].cmd = %d | ", index, value);
dat_set_FlightPlan_param(index, value+1);
printf(" DAT_FlightPlanBuff[%u].param = %d | \n", index, value+1);
printf(" reading: ");
NewCmd = dat_get_FlightPlan(index);
printf(" DAT_FlightPlanBuff[%u].cmd = %d | ", index, NewCmd.cmdId);
printf(" DAT_FlightPlanBuff[%u].param = %d | \n", index, NewCmd.param);
printf(" comparing: ");
if( value==NewCmd.cmdId && (value+1)==NewCmd.param ){ printf("ok\n"); }
else{ con_printf("fail\n"); return; }
ClrWdt();
}
printf("DAT_NextPayBuff and DAT_MaxPayBuff..\n");
int pay_i; int n=0, m=49, res1, res2;
for(pay_i=0; pay_i<dat_pay_last_one; pay_i++, m=m+10){
printf(" writing: ");
dat_set_NextPayIndx(pay_i, n);
printf(" DAT_NextPayBuff[%u] = %d | ", pay_i, n);
dat_set_MaxPayIndx(pay_i, m);
printf(" DAT_NextPayBuff[%u] = %d | \n", pay_i, m);
printf(" reading: ");
res1 = dat_get_NextPayIndx(pay_i);
printf(" DAT_NextPayBuff[%u] = %d | ", pay_i, res1);
res2 = dat_get_MaxPayIndx(pay_i);
printf(" DAT_MaxPayBuff[%u] = %d | \n", pay_i, res2);
printf(" comparing: ");
if( n==res1 && m==res2 ){ printf("ok\n"); }
else{ printf("fail\n"); return; }
ClrWdt();
}
printf("DAT_Payload_Buff..\n");
int maxind;
for(pay_i=0; pay_i<dat_pay_last_one; pay_i++){
value=20000;
maxind = dat_get_MaxPayIndx(pay_i);
for(index=0; index<=maxind; index++, value++){
printf(" writing: ");
dat_set_Payload_Buff(pay_i, value, DAT_PAYBUFF_MODE_NO_MAXINDX);
printf(" DAT_Payload_Buff[%u][%u] = %d | ",pay_i, index, value);
printf("%d/%d [NextIndx/MaxIndx] | \n", dat_get_NextPayIndx(pay_i), dat_get_MaxPayIndx(pay_i) );
printf(" reading: ");
dat_get_Payload_Buff(pay_i, index, &res);
printf(" DAT_Payload_Buff[%u][%u] = %d | \n",pay_i, index, res);
printf(" comparing: ");
if( value==res ){ printf("ok\n"); }
else{ con_printf("fail\n"); return; }
ClrWdt();
}
printf("*******************************************\n");
}
printf("DAT_AuxBuff..\n");
int aux_i; int maxind2;
for(aux_i=0; aux_i<dat_aux_last_one; aux_i++){
value=20000;
maxind2 = 30;
for(index=0; index<=maxind2; index++, value++){
printf(" writing: ");
dat_set_Aux_Buff(aux_i, index, value);
printf(" DAT_AuxdBuff[%u] = %d | ", index, value);
printf(" reading: ");
res = dat_get_Aux_Buff(aux_i, index);
printf(" DAT_AuxdBuff[%u] = %d | ", index, res);
printf(" comparing: ");
if( value==res ){ printf("ok\n"); }
else{ con_printf("fail\n"); return; }
ClrWdt();
}
printf("*******************************************\n");
}
printf("End of drp_debug4\n");
}
