- #Iar arm r4 api sdk how to#
- #Iar arm r4 api sdk serial#
- #Iar arm r4 api sdk software#
- #Iar arm r4 api sdk code#
#Iar arm r4 api sdk serial#
Single serial port configuration includes serial port hardware parameters and callback function of receiving serial port data. Zigbee relay project includes relay switch functionĭocumentation description Documentation directory Zigbee socket project includes socket switch function Zigbee contact sensor project includes contact sensor switch and battery level report Zigbee light project includes light switch and brightness adjustment function
#Iar arm r4 api sdk code#
Then you can try to modify the code to implement custom functions. It is recommended that you use the sample code to directly compile, run, and connect to the network. The best practice for a quick start is to use the sample code of attribute. The SDK includes documentation and sample code. TODO: Production test disconnection notification TODO: Remote disconnection notification TODO: Have network access when powered on TODO: No network access when powered on Sample code snippet void nwk_state_changed_callback(NET_EVT_T state) You can process the Zigbee network status. The Zigbee SDK will call this function according to the system flow chart. Void nwk_state_changed_callback(NET_EVT_T state) * Handling network-related matters at this function is recommended. * (MUST) This function is invoked when the network state changes. Memcpy(&uart_cfg, p_default_cfg, sizeof(user_uart_config_t)) ĭev_timer_start_with_callback(EVT_LOCK_CANCEL, 1000, _dev_evt_callback) User_uart_config_t *p_default_cfg = mf_test_uart_config()
Static void _dev_evt_callback(uint8_t evt) TODO: Process data received in serial port Sample code snippet static void _uart_rx_callback(uint8_t *data, uint16_t len)
#Iar arm r4 api sdk software#
You can implement Zigbee attribute operation, hardware initialization, software timing processing, and other initializations. The Zigbee SDK calls this function according to the system flow chart. * API limits refer to the API limits description table You can use all API except individual ones. * Before calling this function, Zigbee stack and some basic * (MUST) This is the first function after system startup. Memset(&zg_dev_config, 0, sizeof(zg_dev_config_t)) ĭev_register_zg_dev_config(&zg_dev_config) Ĭfg.join_timeout = ZIGBEE_JOIN_MAX_TIMEOUT Register the basic type of Zigbee, including endpoint, cluster, attributes, and other information.ĭev_register_zg_ep_infor((dev_description_t *)g_dev_des, EP_SUMS) Sample code snippet void dev_power_on_init(void) You need to create a Zigbee device and configure networking parameters. Refer to the TUYA Zigbee SDK demo for details.
* Include device roles(router, end device), device networking(join), * determine the parameters of Zigbee device behavior. * You need to implement the creation of Zigbee devices and * The CPU and base clock are initialized before calling this function. * (MUST) This is the first function after the hardware starts. This section describes the function interfaces that are implemented by yourself. SDK usage procedure User-implemented function interface SDK library files are divided into IAR library and GCC library
The entry path of the application project, including sample code of different categories
The description of the main directory is shown in the following table: Directory SDK directory structureĪfter you download the SDK project, its directory structure is as follows: ├── app
#Iar arm r4 api sdk how to#
These samples demonstrate how to use different interfaces and give the basic development specifications for Zigbee devices to connect to Tuya system. It also includes many sample codes for several categories. Tuya Zigbee SDK provides three interfaces, hardware interface, network interface, and tool interface. The SDK is developed on the basis of Silicon Labs SDK, simplifying the complex Zigbee technical details. Tuya Zigbee EFR32 SDK applies to the development of smart products that comply with the Zigbee 3.0 standard.
0 kommentar(er)
