Fixed bug in Heart rate and Health thermometer

Removed is_freshest_sample

Author: Skjerve

libraries/BLE/examples/ble_heart_rate_template/heart_rate.h

@@ -111,30 +111,30 @@ bool heart_rate_send_hr_16bits(uint16_t meas_hr);
  *  @param expended_energy Measured expended energy.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_expended_energy(uint8_t meas_hr, uint16_t expended_energy, bool is_freshest_sample);
+bool heart_rate_send_hr_expended_energy(uint8_t meas_hr, uint16_t expended_energy);
 
 /** @brief Function to send a heart rate measurement (16 bits) with expended energy.
  *  @param meas_hr Measured heart_rate to send.
  *  @param expended_energy Measured expended energy.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_16bits_expended_energy(uint16_t meas_hr, uint16_t expended_energy, bool is_freshest_sample);
+bool heart_rate_send_hr_16bits_expended_energy(uint16_t meas_hr, uint16_t expended_energy);
 
 /** @brief Function to send a heart rate measurement (8 bits) with rr_intervals
  *  @param meas_hr Measured heart_rate to send.
  *  @param p_rr_intervals Pointer to rr_intervals values.
  *  @param nb_intervals Number of rr_intervals.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_rr_interval(uint8_t meas_hr, uint16_t *p_rr_intervals, uint8_t nb_intervals, bool is_freshest_sample);
+bool heart_rate_send_hr_rr_interval(uint8_t meas_hr, uint16_t *p_rr_intervals, uint8_t nb_intervals);
 
 /** @brief Function to send a heart rate measurement (16 bits) with rr_intervals
  *  @param meas_hr Measured heart_rate to send.
  *  @param p_rr_intervals Pointer to rr_intervals values.
  *  @param nb_intervals Number of rr_intervals.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_16bits_rr_interval(uint16_t meas_hr, uint16_t *p_rr_intervals, uint8_t nb_intervals, bool is_freshest_sample);
+bool heart_rate_send_hr_16bits_rr_interval(uint16_t meas_hr, uint16_t *p_rr_intervals, uint8_t nb_intervals);
 
 /** @brief Function to send a heart rate measurement (8 bits) with expended energy with rr_intervals
  *  @param meas_hr Measured heart_rate to send.
@@ -143,7 +143,7 @@ bool heart_rate_send_hr_16bits_rr_interval(uint16_t meas_hr, uint16_t *p_rr_inte
  *  @param nb_intervals Number of rr_intervals.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_expended_energy_rr_interval(uint8_t meas_hr, uint16_t expended_energy, uint16_t *p_rr_intervals, uint8_t nb_intervals, bool is_freshest_sample);
+bool heart_rate_send_hr_expended_energy_rr_interval(uint8_t meas_hr, uint16_t expended_energy, uint16_t *p_rr_intervals, uint8_t nb_intervals);
 
 /** @brief Function to send a heart rate measurement (16 bits) with expended energy with rr_intervals
  *  @param meas_hr measured heart_rate to send.
@@ -152,7 +152,7 @@ bool heart_rate_send_hr_expended_energy_rr_interval(uint8_t meas_hr, uint16_t ex
  *  @param nb_intervals Number of rr_intervals.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_16bits_expended_energy_rr_interval(uint16_t meas_hr, uint16_t expended_energy, uint16_t *p_rr_intervals, uint8_t nb_intervals, bool is_freshest_sample);
+bool heart_rate_send_hr_16bits_expended_energy_rr_interval(uint16_t meas_hr, uint16_t expended_energy, uint16_t *p_rr_intervals, uint8_t nb_intervals);
 
 /** @brief Function to check received data
  *  @details Call this function each time data is received (on @c ACI_EVT_DATA_RECEIVED on the control point pipe ).

libraries/BLE/examples/ble_heart_rate_template_with_battery_service/heart_rate.h

@@ -137,30 +137,30 @@ bool heart_rate_send_hr_16bits(uint16_t meas_hr);
  *  @param expended_energy Measured expended energy.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_expended_energy(uint8_t meas_hr, uint16_t expended_energy, bool is_freshest_sample);
+bool heart_rate_send_hr_expended_energy(uint8_t meas_hr, uint16_t expended_energy);
 
 /** @brief Function to send a heart rate measurement (16 bits) with expended energy.
  *  @param meas_hr Measured heart_rate to send.
  *  @param expended_energy Measured expended energy.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_16bits_expended_energy(uint16_t meas_hr, uint16_t expended_energy, bool is_freshest_sample);
+bool heart_rate_send_hr_16bits_expended_energy(uint16_t meas_hr, uint16_t expended_energy);
 
 /** @brief Function to send a heart rate measurement (8 bits) with rr_intervals
  *  @param meas_hr Measured heart_rate to send.
  *  @param p_rr_intervals Pointer to rr_intervals values.
  *  @param nb_intervals Number of rr_intervals.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_rr_interval(uint8_t meas_hr, uint16_t *p_rr_intervals, uint8_t nb_intervals, bool is_freshest_sample);
+bool heart_rate_send_hr_rr_interval(uint8_t meas_hr, uint16_t *p_rr_intervals, uint8_t nb_intervals);
 
 /** @brief Function to send a heart rate measurement (16 bits) with rr_intervals
  *  @param meas_hr Measured heart_rate to send.
  *  @param p_rr_intervals Pointer to rr_intervals values.
  *  @param nb_intervals Number of rr_intervals.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_16bits_rr_interval(uint16_t meas_hr, uint16_t *p_rr_intervals, uint8_t nb_intervals, bool is_freshest_sample);
+bool heart_rate_send_hr_16bits_rr_interval(uint16_t meas_hr, uint16_t *p_rr_intervals, uint8_t nb_intervals);
 
 /** @brief Function to send a heart rate measurement (8 bits) with expended energy with rr_intervals
  *  @param meas_hr Measured heart_rate to send.
@@ -169,7 +169,7 @@ bool heart_rate_send_hr_16bits_rr_interval(uint16_t meas_hr, uint16_t *p_rr_inte
  *  @param nb_intervals Number of rr_intervals.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_expended_energy_rr_interval(uint8_t meas_hr, uint16_t expended_energy, uint16_t *p_rr_intervals, uint8_t nb_intervals, bool is_freshest_sample);
+bool heart_rate_send_hr_expended_energy_rr_interval(uint8_t meas_hr, uint16_t expended_energy, uint16_t *p_rr_intervals, uint8_t nb_intervals);
 
 /** @brief Function to send a heart rate measurement (16 bits) with expended energy with rr_intervals
  *  @param meas_hr measured heart_rate to send.
@@ -178,7 +178,7 @@ bool heart_rate_send_hr_expended_energy_rr_interval(uint8_t meas_hr, uint16_t ex
  *  @param nb_intervals Number of rr_intervals.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_16bits_expended_energy_rr_interval(uint16_t meas_hr, uint16_t expended_energy, uint16_t *p_rr_intervals, uint8_t nb_intervals, bool is_freshest_sample);
+bool heart_rate_send_hr_16bits_expended_energy_rr_interval(uint16_t meas_hr, uint16_t expended_energy, uint16_t *p_rr_intervals, uint8_t nb_intervals);
 
 /** @brief Function to check received data
  *  @details Call this function each time data is received (on @c ACI_EVT_DATA_RECEIVED on the control point pipe ).

libraries/BLE/examples/ble_heart_rate_template_with_simulated_battery_service/heart_rate.h

@@ -111,30 +111,30 @@ bool heart_rate_send_hr_16bits(uint16_t meas_hr);
  *  @param expended_energy Measured expended energy.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_expended_energy(uint8_t meas_hr, uint16_t expended_energy, bool is_freshest_sample);
+bool heart_rate_send_hr_expended_energy(uint8_t meas_hr, uint16_t expended_energy);
 
 /** @brief Function to send a heart rate measurement (16 bits) with expended energy.
  *  @param meas_hr Measured heart_rate to send.
  *  @param expended_energy Measured expended energy.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_16bits_expended_energy(uint16_t meas_hr, uint16_t expended_energy, bool is_freshest_sample);
+bool heart_rate_send_hr_16bits_expended_energy(uint16_t meas_hr, uint16_t expended_energy);
 
 /** @brief Function to send a heart rate measurement (8 bits) with rr_intervals
  *  @param meas_hr Measured heart_rate to send.
  *  @param p_rr_intervals Pointer to rr_intervals values.
  *  @param nb_intervals Number of rr_intervals.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_rr_interval(uint8_t meas_hr, uint16_t *p_rr_intervals, uint8_t nb_intervals, bool is_freshest_sample);
+bool heart_rate_send_hr_rr_interval(uint8_t meas_hr, uint16_t *p_rr_intervals, uint8_t nb_intervals);
 
 /** @brief Function to send a heart rate measurement (16 bits) with rr_intervals
  *  @param meas_hr Measured heart_rate to send.
  *  @param p_rr_intervals Pointer to rr_intervals values.
  *  @param nb_intervals Number of rr_intervals.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_16bits_rr_interval(uint16_t meas_hr, uint16_t *p_rr_intervals, uint8_t nb_intervals, bool is_freshest_sample);
+bool heart_rate_send_hr_16bits_rr_interval(uint16_t meas_hr, uint16_t *p_rr_intervals, uint8_t nb_intervals);
 
 /** @brief Function to send a heart rate measurement (8 bits) with expended energy with rr_intervals
  *  @param meas_hr Measured heart_rate to send.
@@ -143,7 +143,7 @@ bool heart_rate_send_hr_16bits_rr_interval(uint16_t meas_hr, uint16_t *p_rr_inte
  *  @param nb_intervals Number of rr_intervals.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_expended_energy_rr_interval(uint8_t meas_hr, uint16_t expended_energy, uint16_t *p_rr_intervals, uint8_t nb_intervals, bool is_freshest_sample);
+bool heart_rate_send_hr_expended_energy_rr_interval(uint8_t meas_hr, uint16_t expended_energy, uint16_t *p_rr_intervals, uint8_t nb_intervals);
 
 /** @brief Function to send a heart rate measurement (16 bits) with expended energy with rr_intervals
  *  @param meas_hr measured heart_rate to send.
@@ -152,7 +152,7 @@ bool heart_rate_send_hr_expended_energy_rr_interval(uint8_t meas_hr, uint16_t ex
  *  @param nb_intervals Number of rr_intervals.
  *  @return : True when the ACI command is successfully placed in the ACI command queue
  */
-bool heart_rate_send_hr_16bits_expended_energy_rr_interval(uint16_t meas_hr, uint16_t expended_energy, uint16_t *p_rr_intervals, uint8_t nb_intervals, bool is_freshest_sample);
+bool heart_rate_send_hr_16bits_expended_energy_rr_interval(uint16_t meas_hr, uint16_t expended_energy, uint16_t *p_rr_intervals, uint8_t nb_intervals);
 
 /** @brief Function to check received data
  *  @details Call this function each time data is received (on @c ACI_EVT_DATA_RECEIVED on the control point pipe ).

libraries/BLE/examples/ble_temperature_template/health_thermometer.cpp

@@ -80,7 +80,7 @@ bool health_thermometer_send_measure(uint32_t meas_temp)
   return lib_aci_send_data(PIPE_HEALTH_THERMOMETER_TEMPERATURE_MEASUREMENT_TX_ACK, (uint8_t *)&h_temperature, measurement_size);
 }
 
-bool health_thermometer_send_measure_with_t_stamp(uint32_t meas_temp, time_stamp_t *t_stamp, bool is_freshest_sample)
+bool health_thermometer_send_measure_with_t_stamp(uint32_t meas_temp, time_stamp_t *t_stamp)
 {
   uint8_t measurement_size = 12;
   uint8_t *p_in_val = (uint8_t *)&meas_temp;

libraries/BLE/examples/ble_temperature_template/health_thermometer.h

@@ -113,17 +113,13 @@ void health_thermometer_set_unit_f();
 /** @brief Function to send a temperature measurement without time_stamp.
  *  @details Call this function to send (indicate) a new temperature measurement.
  *  @param meas_temp Measured temperature to send.
- *  @param is_freshest_sample Set it to true if you want to overwrite an eventual pending transaction on this pipe.
- *  @return : True if is_freshest_sample true. Otherwise return false if a transaction on this pipe is already pending, true otherwise.
  */
 bool health_thermometer_send_measure(uint32_t meas_temp);
 
 /** @brief Function to send a temperature measurement with time_stamp.
  *  @details Call this function to send (indicate) a new temperature measurement with a time_stamp.
  *  @param meas_temp Measured temperature to send.
  *  @param t_stamp Time stamp.
- *  @param is_freshest_sample Set it to true if you want to overwrite an eventual pending transaction on this pipe.
- *  @return : True if is_freshest_sample true. Otherwise return false if a transaction on this pipe is already pending, true otherwise.
  */
 bool health_thermometer_send_measure_with_t_stamp(uint32_t meas_temp, time_stamp_t *t_stamp);