Hi Nick. Thank you so much for your efforts.
As mentioned by you, I made the changes and called the select api, followed by inventory and read.
But still not getting the temperature data. I am getting only zeroes.
However, I noticed the following:
1. When STUHFL_T_Gen2_Select variable is declared, initialized and Gen2_Select() function is called, Only the first 'if' block inside it is getting executed, as all the parameters are set to default except memory bank.
2. Inside performSelectsGen2() function, the gen2Select() function is not getting called as numSelects value is 0.
/******************************************************************************************************
static void performSelectsGen2(void)
{
for(uint32_t i=0 ; i<numSelects ; i++) {
gen2Select(&selParams[i]);
}
StoreTestData(TEST_ID_GEN2_SELECT_T4MIN, sizeof(uint16_t), (uint8_t*)&gen2Configuration.T4Min);
}
/*****************************************************************************************************/
And moreover selParams will be sent as the argument for gen2Select, which are all zeroes.
I have added the HAL_Delay(3), right below the PerformSelectsGen2() inside inventoryGen2() in evalAPI_commands.c file. That particular part of code is attached below for reference.
/*****************************************************************************************************/
//
// Search for TAGs ..
//
performSelectsGen2();
HAL_Delay(3);
tagCnt = gen2SearchForTags(autoAckMode, &p);
// update counters
increaseRoundCounter();
/****************************************************************************************************/
The While loop inside my main function looks like this.
/****************************************************************************************************/
while(1)
{
STUHFL_T_InventoryOption invOption;
STUHFL_T_InventoryData invData = STUHFL_O_INVENTORY_DATA_INIT();
// apply data storage location, where the found TAGs shall be stored
STUHFL_T_InventoryTag tagData[STUHFL_DEVICE_MODE_MAX_TAGS] = { 0 };
invData.tagList = tagData;
// setup options
invOption.rssiMode = STUHFL_D_RSSI_MODE_2NDBYTE;
invOption.roundCnt = 1;
invOption.inventoryDelay = 0;
invOption.options = 0x00;
// assign correct size of applied tag storage
invData.tagListSizeMax = STUHFL_DEVICE_MODE_MAX_TAGS;
//doInventoryCfg(true, false, STUHFL_D_ANTENNA_1); // single TAG
doInventoryCfg(false, true, STUHFL_D_ANTENNA_2); // multiple TAGs
// Single round inventory with tags post process
Gen2_Inventory(&invOption, &invData);
LOG("Found tags: %d\n",invData.tagListSize);
// Multiple rounds inventory with tags on the run processing
inventoryCycleCbCnt = 0;
Inventory_RunnerStart(&invOption, cbInventoryCycle, NULL, &invData);
/**
* NOTE: Starting the inventory runner is a blocking call. Whenever
* transponders found the STUHFL_T_InventoryCycle callback is called.
* Within this callback processing of the data should take place.
*
* To stop the runner and return from the Inventory_RunnerStart function
* there are 2 possibilities.
*
* 1. A call to Inventory_RunnerStop. Can be called from the callback
* 2. When the number of requested rounds are executed
*
*/
for(int i = 1; i < 16; i++) {
invOption.roundCnt = i;
inventoryCycleCbCnt = 0;
/*1.Configure and call select command*/
STUHFL_T_Gen2_Select Gen2Select = STUHFL_O_GEN2_SELECT_INIT();
Gen2Select.memoryBank = STUHFL_D_GEN2_MEMORY_BANK_USER;
// Gen2Select.maskBitPointer = 0xE0;
Gen2_Select(&Gen2Select);
/*2.start the inventory round*/
Gen2_Inventory(&invOption, &invData);
/*3.Read the TAG*/
STUHFL_T_Gen2_Read readData;
readData.memoryBank = STUHFL_D_GEN2_MEMORY_BANK_RESERVED;
readData.wordPtr = 0x0E;
readData.numBytesToRead = 8;
Gen2_Read(&readData);
}
}
/****************************************************************************************************/
Please tell me if I am doing something wrong.
