Gateway Networking SDK Test

Last Updated on : 2024-11-20 08:51:47download

Gateway production test SDK is used to carry out production tests on the platform and improve development efficiency. The SDK encapsulates the parameter details of data transmission and parsing data frames. You can focus on service development and implement relevant service interfaces.

Get the SDK

Get the gateway production test SDK tuya_gw_pts_sdk in GitHub. For SDK usage, see the README.md file and demo/demo.c file in GitHub repository.

Directory structure

├── CHANGE_LOG.md
├── demo
│   └── demo.c
├── Makefile
├── README.md
└── sdk
    ├── include
    │   ├── tuya_prod_test.h
    │   └── tuya_testframe_handle.h
    └── lib
        ├── shared
        │   ├── libtuya_prodtest.so
        │   └── libtuya_prodtest.so.stripped
        └── static
            ├── libtuya_prodtest.a
            └── libtuya_prodtest.a.stripped

Production test library

Support static library, dynamic library, and strip library. The unstripped version of the static library is selected by default. The production test library is in the sdk/lib/ directory.

Compile

Generate a demo:
```
 make
```
Clear:
```
 make clean
```
Product: The product is under the output/bin directory.

Supported test items

Command	Functional description
0x00	Enter production test mode.
0x01	Read the master firmware version information.
0x02	Read the slave firmware version information.
0x03	Write configuration information (such as authorization information).
0x04	Read configuration information.
0x05	Write the MAC address of the master firmware.
0x06	Read the MAC address of the master firmware.
0x07	Write the MAC address of the slave firmware.
0x08	Read the MAC address of the slave firmware.
0x0a	Key test.
0x0b	LED test.
0x0c	Write BSN.
0x0d	Read BSN.
0x0e	Write SN.
0x0f	Read SN.
0x11	Performance test of slave firmware.
0x15	Speaker test.
0x1c	Write the country code.
0x1d	Read the country code.
0x23	Specify slave firmware update for the update test.
0x1e	Configure the update test.
0x1f	Start the update test.
0x20	Receive data during update test.
0x21	Update test ends.
0x22	Reboot the device.
0x29	LTE test.
0x2a	Detect the onboard flag.
0x2b	Read the SIM card’s CCID.

Function interface description

tuya_testframe_set_tcp_port

#include "tuya_testframe_handle.h"
void tuya_testframe_set_tcp_port(int TCP_port);

Functional description

Set the TCP port number. It must be called before tuya_testframe_handle_init. Otherwise, it will not take effect.

Parameter description

Parameter name	Description
tcp_port	Set the TCP port number. If this interface is not called, the default port is 12130.

Return value

Void.

tuya_testframe_handle_init

#include "tuya_testframe_handle.h"
int tuya_testframe_handle_init(TUYA_PRODTEST_MODE mode, 
                              int port, 
                              TYTEST_FRAME_CBS_S *cbs);

Functional description

The test initialization function. It will start the test thread for data transmission during test.

Parameter description

Parameter name	Description
mode	Test transmission mode. See the description of TUYA_PRODTEST_MODE struct.
port	TCP port number for test, specified by you.
cbs	The callback list that is implemented by you. See the description of TYTEST_FRAME_CBS_S struct.

Return value

Return value	Description
0	Success.
-1	Failure.

Note:

If the mode is illegal, TCP transmission is selected by default.

The port number shall not conflict with the existing program.

tuya_testframe_handle_deinit

#include "tuya_testframe_handle.h"
int tuya_testframe_handle_deinit();

Functional description

Test exit function to exit the test mode.

Parameter description

Void.

Return value

Return value	Description
0	Success.
-1	Failure.

tuya_testframe_rep_key_event

#include "tuya_testframe_handle.h"
int tuya_testframe_rep_key_event(int index, unsigned int key_num);

Functional description

The interface for asynchronous reporting of test keys. key_num is the number of qualified test keys.

Parameter description

Parameter name	Description
index	See the description of index.
key_num	The number of qualified test keys.

Return value

Return value	Description
0	Success.
-1	Failure.

tuya_testframe_rep_zigbeeRf_event

#include "tuya_testframe_handle.h"
int tuya_testframe_rep_zigbeeRf_event(int index, unsigned int receive_num);

Functional description

The interface for asynchronous reporting of Zigbee RF. receive_num is the number of messages received.

Parameter description

Parameter name	Description
index	See the description of index.
receive_num	The number of messages received.

Return value

Return value	Description
0	Success.
-1	Failure.

Struct and interface description

TUYA_PRODTEST_MODE

//The method of data transmission. Currently, TCP is supported and can be extended. 
typedef enum
{
   TPM_TCP = 0,
   TPM_SERIAL,
   TPM_MAX
} TUYA_PRODTEST_MODE;

Struct description

Currently, only TCP transmission is supported. The serial port is reserved for extensions.

TYTEST_FRAME_CBS_S

typedef struct {    
   TYTEST_F_COMMON_HANDL enter_prodtest_frame_cb;          // 1. Enter the production test
   TYTEST_F_COMMON_HANDL exit_prodtest_frame_cb;           // 1. Exit the production test
   TYTEST_F_WR_HANDL master_firm_frame_cb;                 // 2. Master firmware
   TYTEST_F_WR_HANDL slave_firm_frame_cb;                  // 3. Slave firmware
   TYTEST_F_W_CFG_HANDL w_cfg_frame_cb;                    // 4. Write the configuration information
   TYTEST_F_R_CFG_HANDL r_cfg_frame_cb;                    // 5. Read the configuration information
   TYTEST_F_WR_HANDL w_master_mac_frame_cb;                // 6. Write the master MAC address
   TYTEST_F_WR_HANDL r_master_mac_frame_cb;                // 7. Read the master MAC address
   TYTEST_F_WR_SLAVEMAC_HANDL w_slave_mac_frame_cb;        // 8. Write the slave MAC address
   TYTEST_F_WR_SLAVEMAC_HANDL r_slave_mac_frame_cb;        // 9. Read the slave MAC address
   TYTEST_F_WR_HANDL w_bsn_frame_cb;                       // 10. Write BSN
   TYTEST_F_WR_HANDL r_bsn_frame_cb;                       // 11. Read BSN
   TYTEST_F_WR_HANDL w_sn_frame_cb;                        // 12. Write SN
   TYTEST_F_WR_HANDL r_sn_frame_cb;                        // 13. Read SN
   TYTEST_F_WR_HANDL w_country_frame_cb;                   // 14. Write the country code
   TYTEST_F_WR_HANDL r_country_frame_cb;                   // 15. Read the country code
   TYTEST_F_KEY_HANDL key_frame_cb;                        // 16. Key test
   TYTEST_F_LED_HANDL led_frame_cb;                        // 17. LED test 
   TYTEST_F_ZIGBEE_RF_HANDL zigbee_rf_frame_cb;            // 18. Zigbee RF test  
   TYTEST_F_WIFIBLE_RF_HANDL wifi_rf_frame_cb;    
   TYTEST_F_WIFIBLE_RF_HANDL ble_rf_frame_cb;
   TYTEST_F_UG_SLAVE_HANDL upgrade_slave_frame_cb;         // 19. Slave update      
   TYTEST_F_UG_CFG_HANDL upgrade_cfg_frame_cb;             // 20. Update configuration   
   TYTEST_F_COMMON_HANDL upgrade_start_frame_cb;           // 21. Start update    
   TYTEST_F_UG_REV_HANDL upgrade_rev_packet_frame_cb;      // 22. Receive update     
   TYTEST_F_COMMON_HANDL upgrade_end_frame_cb;             // 23. Complete update   
   TYTEST_F_COMMON_VOID_HANDL reboot_frame_cb;             // 24. Reboot
   TYTEST_F_SPEAKER_HANDL speaker_frame_cb;                // 25. Speaker
   TYTEST_F_LTE_HANDL lte_test_frame_cb;                   // 26. LTE test
   TYTEST_F_R_CCID_HANDL r_ccid_frame_cb;                  // 27. Read the CCID
   TYTEST_F_R_FLAGTYPE_HANDL flag_dect_frame_cb;           // 28. Detect the flag
   TYTEST_F_CUSTOMIZE_HANDL customize_frame_cb;            // 29. Customize handle    
   TYTEST_F_KEY_ASYNC_HANDL key_async_frame_cb;            // 30. Key test
}TYTEST_FRAME_CBS_S;

Struct description

The interfaces to be implemented by you.

Functional description

SDK callback interface.

Member description

Member name	Description
enter_prodtest_frame_cb	See enter_prodtest_frame_cb.
exit_prodtest_frame_cb	See exit_prodtest_frame_cb.
master_firm_frame_cb	See master_firm_frame_cb.
slave_firm_frame_cb	See slave_firm_frame_cb.
w_cfg_frame_cb	See w_cfg_frame_cb.
r_cfg_frame_cb	See r_cfg_frame_cb.
w_master_mac_frame_cb	See w_master_mac_frame_cb.
r_master_mac_frame_cb	See r_master_mac_frame_cb.
w_bsn_frame_cb	See w_bsn_frame_cb.
r_bsn_frame_cb	See r_bsn_frame_cb.
w_sn_frame_cb	See w_sn_frame_cb.
r_sn_frame_cb	See r_sn_frame_cb.
w_country_frame_cb	See w_country_frame_cb.
r_country_frame_cb	See r_country_frame_cb.
key_frame_cb	See key_frame_cb.
led_frame_cb	See led_frame_cb.
zigbee_rf_frame_cb	See zigbee_rf_frame_cb.
wifi_rf_frame_cb	See wifi_rf_frame_cb.
ble_rf_frame_cb	See ble_rf_frame_cb.
upgrade_slave_frame_cb	See upgrade_slave_frame_cb.
upgrade_cfg_frame_cb	See upgrade_cfg_frame_cb.
upgrade_start_frame_cb	See upgrade_start_frame_cb.
upgrade_rev_packet_frame_cb	See upgrade_rev_packet_frame_cb.
upgrade_end_frame_cb	See upgrade_end_frame_cb.
reboot_frame_cb	See reboot_frame_cb.
speaker_frame_cb	See speaker_frame_cb.
lte_test_frame_cb	See lte_test_frame_cb.
r_ccid_frame_cb	See r_ccid_frame_cb.
flag_dect_frame_cb	See flag_dect_frame_cb.
customize_frame_cb	See customize_frame_cb.
key_async_frame_cb	See key_async_frame_cb.

enter_prodtest_frame_cb

int (*enter_prodtest_frame_cb)(void);

Functional description

Register the callback function enter_prodtest_frame_cb of TYTEST_FRAME_CBS_S. The service is required to be implemented by the user layer to enter the test. If not applicable, 0 is returned.

Parameter description

Void.

Return value

Return value	Description
0	Success.
-1	Failure.

exit_prodtest_frame_cb

int (*exit_prodtest_frame_cb)(void);

Functional description

Register the callback function exit_prodtest_frame_cb of TYTEST_FRAME_CBS_S. The service is required to be implemented by the user layer to exit the test. If not applicable, 0 is returned.

Parameter description

Void.

Return value

Return value	Description
0	Success.
-1	Failure.

master_firm_frame_cb

int (*master_firm_frame_cb)(char *buf);

Functional description

Register the callback function master_firm_frame_cb of TYTEST_FRAME_CBS_S. Read the master firmware information and store the information in buf.

Parameter description

Parameter name	Description
buf	The location where the master firmware information is stored by you.

Return value

Return value	Description
0	Success.
-1	Failure.

slave_firm_frame_cb

int (*slave_firm_frame_cb)(char *buf);

Functional description

Register the callback function slave_firm_frame_cb of TYTEST_FRAME_CBS_S. Read the slave firmware information and store the information in buf.

Parameter description

Parameter name	Description
buf	The location where the slave firmware information is stored by you.

Return value

Return value	Description
0	Success.
-1	Failure.

w_cfg_frame_cb

int (*w_cfg_frame_cb)(char *auzkey, char *uuid, char *pid, int prodtest, char *ap_ssid, char *ap_pwd);

Functional description

Register the callback function w_cfg_frame_cb of TYTEST_FRAME_CBS_S. Write firmware configuration information, including auzkey, uuid, pid, prodtest, and ssid and password required by AP mode.

Parameter description

Parameter name	Description
auzkey	The `auzkey` of device authorization code.
uuid	The UUID of device authorization code.
pid	Product ID of the device.
prodtest	Deprecated.
ap_ssid	The SSID used for pairing wireless products in the AP mode.
ap_pwd	The password used for pairing wireless products in the AP mode.

Return value

Return value	Description
0	Success.
-1	Failure.

r_cfg_frame_cb

int (*r_cfg_frame_cb)(char *auzkey, char *uuid, char *pid, int *prodtest, char *ap_ssid, char *ap_pwd);

Functional description

Register the callback function r_cfg_frame_cb of TYTEST_FRAME_CBS_S. Read firmware configuration information, including auzkey, uuid, pid, prodtest, and the memory specified by ssid and password pointer required by AP mode.

Parameter description

Parameter name	Description
auzkey	The address where `auzkey` is stored.
uuid	The address where UUID is stored.
pid	The address where the product ID is stored.
prodtest	Deprecated.
ap_ssid	The address where the SSID is stored, which is used for pairing wireless products in the AP mode.
ap_pwd	The address where the password is stored, which is used for pairing wireless products in the AP mode.

Return value

Return value	Description
0	Success.
-1	Failure.

w_master_mac_frame_cb

int (*w_master_mac_frame_cb)(char *buf);

Functional description

Parameter description

Parameter name	Description
buf	Main MAC address.

Return value

Return value	Description
0	Success.
-1	Failure.

r_master_mac_frame_cb

int (*r_master_mac_frame_cb)(char *buf);

Functional description

Parameter description

Parameter name	Description
buf	Store the main MAC address.

Return value

Return value	Description
0	Success.
-1	Failure.

w_slave_mac_frame_cb

int (*w_slave_mac_frame_cb)(int cpunum,char *mac);

Functional description

Register the callback function w_slave_mac_frame_cb of TYTEST_FRAME_CBS_S. Write the MAC address of the slave firmware.

Parameter description

Parameter name	Description
cpunum	Used to identify the slave firmware. If `cpunum` is 1, it represents the Zigbee MAC address.
buf	MAC address of the slave firmware.

Return value

Return value	Description
0	Success.
-1	Failure.

r_slave_mac_frame_cb

int (*r_slave_mac_frame_cb)(int cpunum,char *mac);

Functional description

Parameter description

Parameter name	Description
cpunum	Used to identify the slave firmware. If `cpunum` is 1, it represents the Zigbee MAC address.
buf	Store the MAC address of the slave firmware.

Return value

Return value	Description
0	Success.
-1	Failure.

w_bsn_frame_cb

int (*w_bsn_frame_cb)(char *buf);

Functional description

Parameter description

Parameter name	Description
buf	BSN serial number.

Return value

Return value	Description
0	Success.
-1	Failure.

r_bsn_frame_cb

int (*r_bsn_frame_cb)(char *buf);

Functional description

Parameter description

Parameter name	Description
buf	Store the BSN serial number.

Return value

Return value	Description
0	Success.
-1	Failure.

w_sn_frame_cb

int (*w_sn_frame_cb)(char *buf);

Functional description

Parameter description

Parameter name	Description
buf	SN serial number.

Return value

Return value	Description
0	Success.
-1	Failure.

r_sn_frame_cb

int (*r_sn_frame_cb)(char *buf);

Functional description

Parameter description

Parameter name	Description
buf	Store the SN serial number.

Return value

Return value	Description
0	Success.
-1	Failure.

w_country_frame_cb

int (*w_country_frame_cb)(char *buf);

Functional description

Parameter description

Parameter name	Description
buf	Country code.

Return value

Return value	Description
0	Success.
-1	Failure.

r_country_frame_cb

int (*r_country_frame_cb)(char *buf);

Functional description

Parameter description

Parameter name	Description
buf	Store the country code.

Return value

Return value	Description
0	Success.
-1	Failure.

key_frame_cb

int (*key_frame_cb)(unsigned int *response_key_num);

Functional description

Register the callback function key_frame_cb of TYTEST_FRAME_CBS_S. The function is blocked during the key test.
If key_frame_cb and key_async_frame_cb are implemented at the same time, key_async_frame_cb is called by default. If only key_frame_cb is implemented, key_frame_cb is called.

Parameter description

Parameter name	Description
response_key_num	Store the number of qualified test keys.

Return value

Return value	Description
0	Success.
-1	Failure.

led_frame_cb

void  (*led_frame_cb)(TYPT_LED_STATE state);

Functional description

Parameter description

Parameter name	Description
state	LED status, including on, off, and flashing.

//LED status 
typedef enum {
   TYPT_LED_ALL_ON = 0,
   TYPE_LED_ALL_OFF,
   TYPT_LED_FLASH
}TYPT_LED_STATE;

Return value

Return value	Description
0	Success.
-1	Failure.

zigbee_rf_frame_cb

int (*zigbee_rf_frame_cb)(int index, int channel, int num, unsigned int *receive_num);

Functional description

Register the callback function zigbee_rf_frame_cb of TYTEST_FRAME_CBS_S. The function is blocked during the Zigbee RF test.

Parameter description

Parameter name	Description
index	See the description of index.
channel	The channel where the test message is sent.
num	The number of transmitted messages.
receive_num	Store the number of received messages.

Return value

Return value	Description
0	Success.
-1	Failure.

wifi_rf_frame_cb

int (*wifi_rf_frame_cb)(char *ssid, int *rssi);

Functional description

Register the callback function wifi_rf_frame_cb of TYTEST_FRAME_CBS_S. Wi-Fi RF test detects the RSSI of a specified SSID.

Parameter description

Parameter name	Description
SSID.	Wireless SSID.
rssi	Store the signal strength of the SSID.

Return value

Return value	Description
0	Success.
-1	Failure.

ble_rf_frame_cb

int (*ble_rf_frame_cb)(char *ssid, int *rssi);

Functional description

Register the callback function ble_rf_frame_cb of TYTEST_FRAME_CBS_S. Bluetooth Low Energy (LE) RF test detects the RSSI of a specified Bluetooth LE.

Parameter description

Parameter name	Description
SSID.	Bluetooth LE name.
rssi	Store the signal strength of the Bluetooth LE.

Return value

Return value	Description
0	Success.
-1	Failure.

upgrade_slave_frame_cb

int (*upgrade_slave_frame_cb)(int image_type);

Functional description

Register the callback function upgrade_slave_frame_cb of TYTEST_FRAME_CBS_S. Specify the update type as the slave firmware update. If this test item is not executed, the default update type is the master firmware update.

Parameter description

Parameter name	Description
image_type	Slave firmware update type. if `image_type` is 1, it represents Zigbee firmware.

Return value

Return value	Description
0	Success.
-1	Failure.

upgrade_cfg_frame_cb

int (*upgrade_cfg_frame_cb)(unsigned long baud, unsigned long crc32, unsigned long size);

Functional description

Parameter description

Parameter name	Description
baud	Specify the baud of the serial port. The TCP test on the Linux does not use this item.
crc32	The CRC32 check value of the firmware updates.
size	The size of firmware updates.

Return value

Return value	Description
0	Success.
-1	Failure.

upgrade_start_frame_cb

int (*upgrade_start_frame_cb)(void);

Functional description

Register the callback function upgrade_start_frame_cb of TYTEST_FRAME_CBS_S. The flag of the start of test update. The firmware will be transferred on success return.

Parameter description

Void.

Return value

Return value	Description
0	Success.
-1	Failure.

upgrade_rev_packet_frame_cb

int (*upgrade_rev_packet_frame_cb)(char *data, unsigned int data_len);

Functional description

Register the callback function upgrade_rev_packet_frame_cb of TYTEST_FRAME_CBS_S. Transfer firmware, up to 1024 bytes each time.

Parameter description

Parameter name	Description
data	Data of the firmware updates.
data_len	Data length of firmware updates.

Return value

Return value	Description
0	Success.
-1	Failure.

upgrade_end_frame_cb

int (*upgrade_end_frame_cb)(void);

Functional description

Register the callback function upgrade_end_frame_cb of TYTEST_FRAME_CBS_S. After the update test is completed, the general approach is to verify the update at the user layer. Execute the update, and then return the update result.

Parameter description

Void.

Return value

Return value	Description
0	Success.
-1	Failure.

reboot_frame_cb

void  (*reboot_frame_cb)(void);

Functional description

Parameter description

Void.

Return value

Void.

speaker_frame_cb

void  (*speaker_frame_cb)(TYPT_SOUND_STATE state);

Functional description

Parameter description

Parameter name	Description
state	The speaker is on or off. On means to play a piece of audio, and off means to stop playing.

//Speaker switch 
typedef enum {
   TYPT_SOUND_OFF = 0,    
   TYPT_SOUND_ON
}TYPT_SOUND_STATE;

Return value

Void.

lte_test_frame_cb

int (*lte_test_frame_cb)(TYPT_LTE_TEST state);

Functional description

Register the callback function lte_test_frame_cb of TYTEST_FRAME_CBS_S. The LTE test is performed on three frequency bands.

Parameter description

Parameter name	Description
state	Each stage of LTE test.

//LTE test steps 
typedef enum{
   TYPT_LTE_ENTER_TEST = 1,
   TYPT_LTE_EXIT_TEST,
   TYPT_LTE_TEST_MODE1,    
   TYPT_LTE_TEST_MODE2,
   TYPT_LTE_TEST_MODE3,
}TYPT_LTE_TEST;

Three modes represent the three frequency bands during the LTE test. The RF of each frequency band must be tested.

Return value

Return value	Description
0	Success.
-1	Failure.

r_ccid_frame_cb

int (*r_ccid_frame_cb)(char *ccid);

Functional description

Parameter description

Parameter name	Description
ccid	Store the CCID.

Return value

Return value	Description
0	Success.
-1	Failure.

flag_dect_frame_cb

int (*flag_dect_frame_cb)(TYPT_FLAG_TYPE type);

Functional description

Register the callback function flag_dect_frame_cb of TYTEST_FRAME_CBS_S. Detect the onboard flag to determine whether the device has performed pre-test or Wi-Fi calibration test.

Parameter description

Parameter name	Description
type	Test type, including Wi-Fi RF test and pre-test.

//Onboard flag detection 
typedef enum{
   TYPT_FLAG_WIFIRF = 0,    
   TYPT_FLAG_BOARDTEST = 1,
}TYPT_FLAG_TYPE;

Return value

Return value	Description
0	Success.
-1	Failure.

customize_frame_cb

int (*customize_frame_cb)(char *data, char *out_buf);

Functional description

Register the callback function customize_frame_cb of TYTEST_FRAME_CBS_S. Process your proprietary protocol. If you do not use the standard Tuya test protocol, you can use this function to extend.

Parameter description

Parameter name	Description
data	The data field of the test frame.
out_buf	The data field of the test frame returned to the host.

Return value

Return value	Description
0	Success.
-1	Failure.

key_async_frame_cb

int (*key_async_frame_cb)(int index);

Functional description

Register the callback function key_async_frame_cb of TYTEST_FRAME_CBS_S. The asynchronous and unblocked interface of the test key indicates that a key test command has been received.
If both key_frame_cb and key_async_frame_cb are implemented at the same time, key_async_frame_cb is called by default. If only key_frame_cb is implemented, key_frame_cb is called.

Parameter description

Parameter name	Description
index	See the description of index.

Return value

Return value	Description
0	Success.
-1	Failure.

index

Index is the flag value used for asynchronous reporting. This parameter is required when calling the asynchronous reporting interface.