// Auto-generated template file: command_SENSOR_MAXVALUE_RESET.tpl.c
// Generation timestamp: 2021-06-17 18:31:59.933877


#include "../typedefs.h"  
#include "../communication.h"  
#include "../hardware.h"
#include "../spurious.h" // NOT INCLUDED IN GENERATED CODE
#include "../adcreader.h" // NOT INCLUDED IN GENERATED CODE

err_t command_SENSOR_MAXVALUE_RESET(void) {
    // Command: SENSOR_MAXVALUE_RESET
    // Description: Reset the max value of one sensor (or all sensors)
    // 
    // Request code: CMDCODE_SENSOR_MAXVALUE_RESET_REQ
    // Response code: CMDCODE_SENSOR_MAXVALUE_RESET_REQ
    // Request payload (length in bytes is 1):
    //     field #0   (1 byte) [type: enum_variable_number_all_t] : VARIABLE_NUMBER_ALL (Variable number)
    // Response payload (length in bytes is 0):

    // Auto-generated section: request payload fields reading
    enum_variable_number_all_t req_variable_number_all = (enum_variable_number_all_t)communication_request_payload_retrieve_uint8_t();
    // checking range for enum field req_variable_number_all
    if((uint8_t)req_variable_number_all < (uint8_t)enum_variable_number_all_t_min) return ERR_RANGE;
    if((uint8_t)req_variable_number_all > (uint8_t)enum_variable_number_all_t_max) return ERR_RANGE;
    // End of auto-generated section

    // USER CODE HERE
    // TODO CHECK command_SENSOR_MAXVALUE_RESET 
    
    for(uint8_t variable_number = enum_variable_number_t_min; variable_number <= enum_variable_number_t_max; variable_number++) {          
        if((req_variable_number_all == VARIABLE_NUMBER_ALL_ALL_VARIABLES) | (req_variable_number_all == variable_number)) {
            if(variable_is_analog_by_enum(variable_number)) {
                analog_variable_t* p_variable = analog_variable_get_pointer_by_enum(variable_number);
                INTERRUPT_GlobalInterruptDisable();
                p_variable->value_max = 0;
                INTERRUPT_GlobalInterruptEnable();

            }else{
                digital_variable_t* p_variable = digital_variable_get_pointer_by_enum(variable_number);  
                INTERRUPT_GlobalInterruptDisable();
                p_variable->value_max = 0;
                INTERRUPT_GlobalInterruptEnable(); 
            }
        }       
    } 

    // Auto-generated section: response payload fields writing
    communication_response_payload_appender_reset();
    return NOERR;
    // End of auto-generated section
}