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The function "void UART_Test_API(void)" in main.c has 23 TinyBMS UART commands that need to be verified and tested. The command function implementations can be found within TinyBMS.c.

The main application consisting of HAL_Init(), System Clock configuration, hardware peripheral configuration (GPIO, UART, TIM, CAN), and an app menu with 7 options needs to be tested.

The function "void TinyBMS_Init_UART(void)" in main.c needs to be tested. The STM32 microcontroller externally writes to the ~30 TinyBMS Settings Registers based on project specs and reads back the values for confirmation.

The function "void TinyBMS_MonitorCharging_CAN(void)" in main.c needs to be tested. The STM32 microcontroller externally monitors the current, voltage, and temperature data by reading and writing to the TinyBMS registers. STM32 can be configured to control a relay shutoff for safety redundancy. The TinyBMS itself handles the charging algorithm and cell balancing.

The function "void TinyBMS_Init_CAN(void)" in main.c needs to be tested. The STM32 microcontroller externally writes to the ~30 TinyBMS Settings Registers based on project specs and reads back the values for confirmation.

The function "void CAN_Test_API(void)" in main.c has 19 TinyBMS CAN commands that need to be verified and tested. The command function implementations can be found within TinyBMS.c.

The function "void TinyBMS_MonitorDischarging_UART(void)" in main.c needs to be tested. The STM32 microcontroller externally monitors the current, voltage, and temperature data by reading and writing to the TinyBMS registers. STM32 can be configured to control a relay shutoff for safety redundancy. The TinyBMS itself handles the discharging algorithm.

The function "void TinyBMS_MonitorDischarging_CAN(void)" in main.c needs to be tested. The STM32 microcontroller externally monitors the current, voltage, and temperature data by reading and writing to the TinyBMS registers. STM32 can be configured to control a relay shutoff for safety redundancy. The TinyBMS itself handles the discharging algorithm.

The function "void TinyBMS_MonitorCharging_UART(void)" in main.c needs to be tested. The STM32 microcontroller externally monitors the current, voltage, and temperature data by reading and writing to the TinyBMS registers. STM32 can be configured to control a relay shutoff for safety redundancy. The TinyBMS itself handles the charging algorithm and cell balancing.