Detailed Description

The System library collects together low-level functions such as interrupt handling, critical sections and power management.

The System library also provides a simple periodic callback facility that applications can use in place of a typical main loop, to perform tasks alongside the protocol stack. The periodic callback facility also doubles as a "bottom-half" callback, also known as a slow/soft interrupt handler or deferred procedure call, which can be triggered from interrupts. This allows writing interrupt routines that react to external events quickly and then do the rest of the processing in an application callback whenever it is convenient to do so.

Library services are accessed via lib_system handle.

Definition in file wms_system.h.

Go to the source code of this file.

Typedefs
typedef void(*	app_lib_system_startup_cb_f) (void)
	Startup callback. More...

typedef void(*	app_lib_system_shutdown_cb_f) (void)
	Shutdown callback. More...

typedef uint32_t(*	app_lib_system_periodic_cb_f) (void)
	Periodic callback. More...

typedef void(*	app_lib_system_irq_handler_f) (void)
	Interrupt handler callback. More...

typedef app_res_e(*	app_lib_system_set_startup_cb_f) (app_lib_system_startup_cb_f startup_cb)
	Set a callback to be called when the system starts up. More...

typedef app_res_e(*	app_lib_system_set_shutdown_cb_f) (app_lib_system_shutdown_cb_f shutdown_cb)
	Set a callback to be called just before the system shuts down. More...

typedef app_res_e(*	app_lib_system_set_periodic_cb_f) (app_lib_system_periodic_cb_f work_cb, uint32_t initial_delay_us, uint32_t execution_time_us)
	Set the periodic callback. More...

typedef void(*	app_lib_system_enter_critical_section_f) (void)
	Enter a critical section. More...

typedef void(*	app_lib_system_exit_critical_section_f) (void)
	Exit a critical section. More...

typedef app_res_e(*	app_lib_system_disable_deep_sleep) (bool disable)
	Disable/Enable deep sleep on stack. More...

typedef app_res_e(*	app_lib_system_register_app_irq_table_f) (app_lib_system_irq_handler_f *table_p)
	Register an interrupt handler table for the app. More...

typedef app_res_e(*	app_lib_system_enable_app_irq_f) (uint8_t irq_n)
	Enable an app interrupt. More...

typedef app_res_e(*	app_lib_system_disable_app_irq_f) (uint8_t irq_n)
	Disable an app interrupt. More...

typedef app_res_e(*	app_lib_system_enable_fast_app_irq_f) (uint8_t irq_n, uint8_t priority)
	Enable a fast app interrupt. More...

typedef app_res_e(*	app_lib_system_enable_app_irq_with_handler_f) (bool fast, uint8_t irq_n, uint8_t priority, app_lib_system_irq_handler_f handler)
	Enable a platform-specific interrupt with given handler and priority. More...

typedef app_res_e(*	app_lib_system_clear_pending_fast_app_irq_f) (uint8_t irq_n)
	Clear fast interrupt flag from NVIC. More...

typedef uint32_t(*	app_lib_system_get_bootloader_version_f) (void)
	Get bootloader version. More...

typedef app_res_e(*	app_lib_system_get_radio_info_f) (app_lib_system_radio_info_t *info_p, size_t info_num_bytes)
	Return radio hardware and platform information. More...

Data Structures
struct	app_lib_system_radio_info_t
	Radio information structure. More...

struct	app_lib_system_t
	List of library functions. More...

Enumerations
enum	app_lib_system_hardware_magic_e { APP_LIB_SYSTEM_HARDWARE_MAGIC_UNKNOWN = 0, APP_LIB_SYSTEM_HARDWARE_RESERVED_1 = 1, APP_LIB_SYSTEM_HARDWARE_RESERVED_2 = 2, APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF52832 = 3, APP_LIB_SYSTEM_HARDWARE_RESERVED_4 = 4, APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG12 = 5, APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF52840 = 6, APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG12_512 = 7, APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG13 = 8, APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF52833 = 9, APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG21 = 10, APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG22 = 11, APP_LIB_SYSTEM_HARDWARE_RESERVED_5 = 12, APP_LIB_SYSTEM_HARDWARE_MAGIC_BGM220PC22HNA = 13, APP_LIB_SYSTEM_HARDWARE_MAGIC_BGM220SC22HNA = 14, APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF9160 = 15, APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG23 = 16, APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG24 = 17, APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF9120 = 18 }
	Radio hardware magic number. More...

enum	app_lib_system_protocol_profile_e { APP_LIB_SYSTEM_PROTOCOL_PROFILE_UNKNOWN = 0, APP_LIB_SYSTEM_PROTOCOL_PROFILE_ISM_24GHZ = 1, APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_2 = 2, APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_3 = 3, APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_4 = 4, APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_5 = 5, APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_6 = 6, APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_7 = 7, APP_LIB_SYSTEM_PROTOCOL_PROFILE_SUB_INDIA865 = 8, APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_9 = 9, APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_10 = 10, APP_LIB_SYSTEM_PROTOCOL_PROFILE_SUB_AUS915 = 11, APP_LIB_SYSTEM_PROTOCOL_PROFILE_DECT_TS_103_874_2 = 12, APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_13 = 13, APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_14 = 14, APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_15 = 15 }
	Protocol profiles. More...

Macros
#define	APP_LIB_SYSTEM_NAME 0x77db1bd5
	Library symbolic name. More...

#define	APP_LIB_SYSTEM_VERSION 0x201
	Maximum supported library version. More...

#define	APP_LIB_SYSTEM_STOP_PERIODIC UINT32_MAX
	Constant to stop periodic callback. More...

#define	APP_LIB_SYSTEM_IRQ_PRIO_HI 0
	Interrupt priority levels for application. More...

#define	APP_LIB_SYSTEM_IRQ_PRIO_LO 1

Typedef Documentation

◆ app_lib_system_clear_pending_fast_app_irq_f

typedef app_res_e(* app_lib_system_clear_pending_fast_app_irq_f) (uint8_t irq_n)

Clear fast interrupt flag from NVIC.

Clear platform-specific fast application interrupt irq_n in the interrupt controller. On most platforms it is also necessary to clear interrupt bits in the interrupting peripherals, which this function does not do.

Parameters

irq_n The pending IRQ number to clear

Returns: Result code, APP_RES_OK if successful, APP_RES_INVALID_VALUE if irq_n is invalid, APP_RES_RESOURCE_UNAVAILABLE if irq_n is not available for the application

Definition at line 500 of file wms_system.h.

◆ app_lib_system_disable_app_irq_f

typedef app_res_e(* app_lib_system_disable_app_irq_f) (uint8_t irq_n)

Disable an app interrupt.

Disable a platform-specific interrupt irq_n. Calling this function is permitted even if the interrupt was not enabled previously.

Parameters

irq_n The IRQ number to disable

Returns: Result code, APP_RES_OK if successful, APP_RES_INVALID_VALUE if irq_n is invalid, APP_RES_RESOURCE_UNAVAILABLE if irq_n is not available for the application

Definition at line 383 of file wms_system.h.

◆ app_lib_system_disable_deep_sleep

typedef app_res_e(* app_lib_system_disable_deep_sleep) (bool disable)

Disable/Enable deep sleep on stack.

Tell the stack if it is permissible to enter deep sleep or not. This can be used if the application is using a peripheral that cannot operate correctly if the stack turns off power to certain features of the hardware when sleeping.

A disable parameter value true disables deep sleep, at the expense of greatly increased power consumption. disable parameter value false, the default, will restore back normal operation. This function always returns APP_RES_OK.

Parameters

disable If True, prevent the device from going to deep sleep. If False, enable the device to go to deep sleep state.

Returns: Result code, Always APP_RES_OK

Note: Disabling the deep sleep mode will increase the power consumption of the device. It must only be disable if needed (for example to keep using a peripheral not available in deep sleep mode: timer, ...)

Definition at line 344 of file wms_system.h.

◆ app_lib_system_enable_app_irq_f

typedef app_res_e(* app_lib_system_enable_app_irq_f) (uint8_t irq_n)

Enable an app interrupt.

Parameters

irq_n The IRQ number to enable

Returns: Result code, APP_RES_OK if successful, APP_RES_INVALID_VALUE if irq_n is invalid, APP_RES_RESOURCE_UNAVAILABLE if irq_n is not available for the application or APP_RES_INVALID_CONFIGURATION if no interrupt handler or table set

Definition at line 367 of file wms_system.h.

◆ app_lib_system_enable_app_irq_with_handler_f

typedef app_res_e(* app_lib_system_enable_app_irq_with_handler_f) (bool fast, uint8_t irq_n, uint8_t priority, app_lib_system_irq_handler_f handler)

Enable a platform-specific interrupt with given handler and priority.

The fast parameter allows to choose between the two supported types of application interrupt modes.

Fast interrupt handlers should be kept very short as they are executed in interrupt context. Most of the handling should be done later, in a "bottom-half" handler, also known as a slow/soft interrupt handler, or deferred procedure call. To facilitate this, the interrupt handler can call the lib_system->setPeriodicCb() function with an initial delay of zero. This causes the periodic callback to be called as soon as possible.

If fast is false, the interrupt is considered as deferred interrupt. Then, the top half of the interrupt is handled by the stack and interrupt handler (bottom half) set by the application is called as normal application task context. Then, the top half does not need to be implemented in application. Con is that it calling of the bottom half may be too late and deferred interrupt is not necessarily feasible for all peripherals.

Not all interrupts are available for application use. Each supported platform reserves some interrupts for protocol stack use. Trying to enable a reserved interrupt will result in an error. Application interrupt handlers will never be called for reserved interrupts.

Parameters

fast	True for a fast irq
irq_n	The IRQ number to enable
priority	Interrupt priority level (only for fast interrupt) Available levels depend on platform, but two levels are guaranteed: APP_LIB_SYSTEM_IRQ_PRIO_HI APP_LIB_SYSTEM_IRQ_PRIO_LO
handler	Interrupt handler to be called

Returns: Result code, APP_RES_OK if successful, APP_RES_INVALID_VALUE if irq_n is invalid, APP_RES_RESOURCE_UNAVAILABLE if irq_n is not available for the application or APP_RES_INVALID_CONFIGURATION if no interrupt handler or table set

Note: Fast interrupts and normal interrupts are disabled with the same function

Example:

static void temp_interrupt_handler(void)
{
    NRF_TEMP->INTENCLR = 1;
    if (NRF_TEMP->EVENTS_DATARDY != 0)
    {
        temperature = NRF_TEMP->TEMP;
    }
    else
    {
        temperature = 0;
    }
}
 
void App_init(const app_global_functions_t * functions)
{
    // Enable interrupt
    lib_system->enableAppIrq(false,
                             TEMP_IRQn,
                             APP_LIB_SYSTEM_IRQ_PRIO_LO,
                             temp_interrupt_handler);
 
    ...
}

Definition at line 480 of file wms_system.h.

◆ app_lib_system_enable_fast_app_irq_f

typedef app_res_e(* app_lib_system_enable_fast_app_irq_f) (uint8_t irq_n, uint8_t priority)

Enable a fast app interrupt.

Parameters

irq_n	The IRQ number to enable
priority	Interrupt priority level. Available levels depend on platform, but two levels are guaranteed: APP_LIB_SYSTEM_IRQ_PRIO_HI APP_LIB_SYSTEM_IRQ_PRIO_LO

Returns: Result code, APP_RES_OK if successful, APP_RES_INVALID_VALUE if irq_n is invalid, APP_RES_RESOURCE_UNAVAILABLE if irq_n is not available for the application or APP_RES_INVALID_CONFIGURATION if no interrupt handler or table set

Note: Fast interrupts and normal interrupts are disabled with the same function

Definition at line 403 of file wms_system.h.

◆ app_lib_system_enter_critical_section_f

typedef void(* app_lib_system_enter_critical_section_f) (void)

Enter a critical section.

Interrupts are disabled for the duration of the critical section. This function and lib_system->exitCriticalSection() can be nested.

Code in critical sections must be kept extremely short and fast. Otherwise communication degradation or even total failure can result. The types of protocol timing bugs that arise from keeping interrupts disabled for too long are very difficult to diagnose.

Definition at line 309 of file wms_system.h.

◆ app_lib_system_exit_critical_section_f

typedef void(* app_lib_system_exit_critical_section_f) (void)

Exit a critical section.

Exit a critical section which was entered using the lib_system->enterCriticalSection() function. This function and lib_system->enterCriticalSection() can be nested. Interrupts are enabled again, if this was the outermost nesting level.

Definition at line 320 of file wms_system.h.

◆ app_lib_system_get_bootloader_version_f

typedef uint32_t(* app_lib_system_get_bootloader_version_f) (void)

Get bootloader version.

Return a small positive integer that represents the version of the bootloader. For platforms without bootloader, this function returns 0.

Returns: Bootloader version

Definition at line 511 of file wms_system.h.

◆ app_lib_system_get_radio_info_f

typedef app_res_e(* app_lib_system_get_radio_info_f) (app_lib_system_radio_info_t *info_p, size_t info_num_bytes)

Return radio hardware and platform information.

Parameters

info_p	pointer to store system radio info result
num_bytes	the number of bytes of information to copy, at most the size of app_lib_system_radio_info_t. This allows making the information struct bigger in the future.

Returns: Result code, APP_RES_OK if successful, APP_RES_INVALID_VALUE if info_num_bytes is invalid, APP_RES_INVALID_NULL_POINTER if info_p is NULL

Definition at line 527 of file wms_system.h.

◆ app_lib_system_irq_handler_f

typedef void(* app_lib_system_irq_handler_f) (void)

Interrupt handler callback.

Interrupt handlers registered with lib_system->enableAppIrq().

Interrupt handlers have no parameters or return value.

Definition at line 228 of file wms_system.h.

◆ app_lib_system_periodic_cb_f

typedef uint32_t(* app_lib_system_periodic_cb_f) (void)

Periodic callback.

This function is called after a set delay. If the set delay is zero, this function is called as soon as possible.

Any code, including interrupts can use lib_system->setPeriodicCb() function to set or change the periodic callback. This can be used the defer processing to a "bottom half", also known as a slow/soft interrupt handler, or deferred procedure call.

The return value is used as the next delay value, in microseconds. If APP_LIB_SYSTEM_STOP_PERIODIC is returned, the callback is not called again.

Because of limited range of return value (32 bits) and the internal comparison made by the scheduler, the maximum delay before being scheduled cannot be higher than the value returned by the lib_time->getMaxHpDelay service (This value is around 30 minutes).

Returns: Delay in us, for this function to be called again or APP_LIB_SYSTEM_STOP_PERIODIC to stop

Definition at line 218 of file wms_system.h.

◆ app_lib_system_register_app_irq_table_f

typedef app_res_e(* app_lib_system_register_app_irq_table_f) (app_lib_system_irq_handler_f *table_p)

Register an interrupt handler table for the app.

Parameters

table_p Pointer to the app interrupt handler table

Returns: Result code, Always APP_RES_OK

Definition at line 354 of file wms_system.h.

◆ app_lib_system_set_periodic_cb_f

typedef app_res_e(* app_lib_system_set_periodic_cb_f) (app_lib_system_periodic_cb_f work_cb, uint32_t initial_delay_us, uint32_t execution_time_us)

Set the periodic callback.

Set the periodic callback to the given function. If NULL is passed, the periodic callback is disabled. The periodic callback is also disabled if the callback function returns APP_LIB_SYSTEM_STOP_PERIODIC.

Parameter initial_delay_us is the amount of time to wait, in microseconds, before calling the callback. If set to zero, the callback is called immediately whenever there is enough time. Parameter execution_time_us tells the stack what is the longest amount of time the function call is expected to take, in microseconds. The stack will then schedule the callback to the next available slot that has enough time. If the callback overruns its allocated time slot and returns late, the protocol timing is compromised.

Returns APP_RES_INVALID_VALUE if execution_time_us is greater than 100000 (100 ms). Otherwise, returns APP_RES_OK.

Because of limited range of return value (32 bits) and the internal comparison made by the scheduler, the maximum delay before being scheduled cannot be higher than the value returned by the lib_time->getMaxHpDelay() service (This value is around 30 minutes).

For more information on scheduling, see cooperative_mcu_access.

Parameters

work_cb	The function to be executed, or NULL to unset
initial_delay_us	Delay from now in us to call the work function
execution_time_us	Maximum time for the work function to execute in us

Returns: Result code, APP_RES_OK if successful, APP_RES_INVALID_VALUE if execution_time_us is too high

Note: When the callback returns APP_LIB_SYSTEM_STOP_PERIODIC, it will not be called again; Unlike most services, this service is safe to be used from fast_interrupt "fast interrupt execution context"

Definition at line 292 of file wms_system.h.

◆ app_lib_system_set_shutdown_cb_f

typedef app_res_e(* app_lib_system_set_shutdown_cb_f) (app_lib_system_shutdown_cb_f shutdown_cb)

Set a callback to be called just before the system shuts down.

Parameters

shutdown_cb The function to be executed, or NULL to unset

Returns: Result code, always APP_RES_OK

Definition at line 250 of file wms_system.h.

◆ app_lib_system_set_startup_cb_f

typedef app_res_e(* app_lib_system_set_startup_cb_f) (app_lib_system_startup_cb_f startup_cb)

Set a callback to be called when the system starts up.

Parameters

startup_cb The function to be executed, or NULL to unset

Returns: Result code, always APP_RES_OK

Note: The callback will be called once after returning from app_init "App_init()" and then each time after an enabled interrupt handler is run, until the stack is started in the callback

Definition at line 240 of file wms_system.h.

◆ app_lib_system_shutdown_cb_f

typedef void(* app_lib_system_shutdown_cb_f) (void)

Shutdown callback.

This callback is called when the lib_state->stopStack() function in the State library ( wms_state.h) is called, or some other reason (e.g. OTAP, Remote API) is causing the stack to stop. The lib_system->setShutdownCb() function can be used to set or change the shutdown callback.

There is no return value from this function. Returning from the callback reboots the node.

Definition at line 193 of file wms_system.h.

◆ app_lib_system_startup_cb_f

typedef void(* app_lib_system_startup_cb_f) (void)

Startup callback.

This callback is called after every interrupt, until the stack is started by calling lib_state->startStack() function in the State library ( wms_state.h). If the stack is running initially, the startup callback is not called at all. Any code, including interrupts can use lib_system->setStartupCb() function to set or change the startup callback.

There is no return value from this function. Returning from this callback will cause the node to enter a low power sleep, until another interrupt will cause it to wake up again.

Definition at line 178 of file wms_system.h.

Data Structure Documentation

◆ app_lib_system_radio_info_t

struct app_lib_system_radio_info_t

Radio information structure.

Information returned by lib_system->getRadioInfo()

Definition at line 156 of file wms_system.h.

Data Fields
uint32_t	hardware_magic	Radio hardware magic number, app_lib_system_hardware_magic_e
uint32_t	protocol_profile	Protocol profile, app_lib_system_protocol_profile_e

◆ app_lib_system_t

struct app_lib_system_t

List of library functions.

Definition at line 533 of file wms_system.h.

Data Fields
app_lib_system_clear_pending_fast_app_irq_f	clearPendingFastAppIrq
app_lib_system_disable_app_irq_f	disableAppIrq
app_lib_system_disable_deep_sleep	disableDeepSleep
app_lib_system_enable_app_irq_with_handler_f	enableAppIrq
app_lib_system_enter_critical_section_f	enterCriticalSection
app_lib_system_exit_critical_section_f	exitCriticalSection
app_lib_system_get_bootloader_version_f	getBootloaderVersion
app_lib_system_get_radio_info_f	getRadioInfo
app_lib_system_set_periodic_cb_f	setPeriodicCb
app_lib_system_set_shutdown_cb_f	setShutdownCb
app_lib_system_set_startup_cb_f	setStartupCb

Enumeration Type Documentation

◆ app_lib_system_hardware_magic_e

enum app_lib_system_hardware_magic_e

Radio hardware magic number.

This number is returned by lib_system->getRadioInfo() function and can be used by the application to detect which radio platform it is running on.

Enumerator
APP_LIB_SYSTEM_HARDWARE_MAGIC_UNKNOWN	Unknown radio (should never happen)
APP_LIB_SYSTEM_HARDWARE_RESERVED_1	Obsolete reserved value
APP_LIB_SYSTEM_HARDWARE_RESERVED_2	Obsolete reserved value
APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF52832	Nordic Semiconductor nRF52832
APP_LIB_SYSTEM_HARDWARE_RESERVED_4	Obsolete reserved value
APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG12	Silicon Labs EFR32XG12 1024 kB Flash, 128 kB RAM
APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF52840	Nordic Semiconductor nRF52840
APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG12_512	Silicon Labs EFR32XG12 512 kB Flash, 64 kB RAM
APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG13	Silicon Labs EFR32xG13 512 kB Flash, 64 kB RAM
APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF52833	Nordic Semiconductor nRF52833
APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG21	Silicon Labs EFR32xG21
APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG22	Silicon Labs EFR32xG22, 512 kB Flash, 32 kB RAM
APP_LIB_SYSTEM_HARDWARE_RESERVED_5	Reserved
APP_LIB_SYSTEM_HARDWARE_MAGIC_BGM220PC22HNA	Silicon Labs BGM220PC22HNA
APP_LIB_SYSTEM_HARDWARE_MAGIC_BGM220SC22HNA	Silicon Labs BGM220SC22HNA
APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF9160	Nordic Semiconductor nRF9160 (legacy)
APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG23	Silicon Labs EFR32xG23
APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG24	Silicon Labs EFR32xG24
APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF9120	Nordic Semiconductor nRF9161 or nRF9131, a.k.a. nRF9120

Definition at line 64 of file wms_system.h.

 {
     APP_LIB_SYSTEM_HARDWARE_MAGIC_UNKNOWN       = 0,
     APP_LIB_SYSTEM_HARDWARE_RESERVED_1          = 1,
     APP_LIB_SYSTEM_HARDWARE_RESERVED_2          = 2,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF52832      = 3,
     APP_LIB_SYSTEM_HARDWARE_RESERVED_4          = 4,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG12     = 5,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF52840      = 6,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG12_512 = 7,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG13     = 8,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF52833      = 9,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG21     = 10,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG22     = 11,
     APP_LIB_SYSTEM_HARDWARE_RESERVED_5          = 12,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_BGM220PC22HNA = 13,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_BGM220SC22HNA = 14,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF9160       = 15,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG23     = 16,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_EFR32XG24     = 17,
     APP_LIB_SYSTEM_HARDWARE_MAGIC_NRF9120       = 18,
 } app_lib_system_hardware_magic_e;

◆ app_lib_system_protocol_profile_e

enum app_lib_system_protocol_profile_e

Protocol profiles.

Protocol profile, which is a value that depends on the radio band, regulatory domain and platform capabilities such as available modulation types, channel spacing, output power levels, etc. This number is returned by lib_system->getRadioInfo().

Enumerator
APP_LIB_SYSTEM_PROTOCOL_PROFILE_UNKNOWN	Unknown protocol profile (should never happen)
APP_LIB_SYSTEM_PROTOCOL_PROFILE_ISM_24GHZ	2.4 GHz with BLE Phy
APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_2	Obsolete reserved value
APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_3	Obsolete reserved value
APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_4	Obsolete reserved value
APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_5	Obsolete reserved value
APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_6	Obsolete reserved value
APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_7	Obsolete reserved value
APP_LIB_SYSTEM_PROTOCOL_PROFILE_SUB_INDIA865	India 865 MHz with SubG Phy
APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_9	Obsolete reserved value
APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_10	Obsolete reserved value
APP_LIB_SYSTEM_PROTOCOL_PROFILE_SUB_AUS915	Aus 915 MHz with SubG Phy
APP_LIB_SYSTEM_PROTOCOL_PROFILE_DECT_TS_103_874_2	Smart metering
APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_13	Obsolete reserved value
APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_14	Obsolete reserved value
APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_15	Obsolete reserved value

Definition at line 114 of file wms_system.h.

 {
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_UNKNOWN             = 0,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_ISM_24GHZ           = 1,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_2          = 2,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_3          = 3,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_4          = 4,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_5          = 5,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_6          = 6,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_7          = 7,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_SUB_INDIA865        = 8,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_9          = 9,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_10         = 10,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_SUB_AUS915          = 11,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_DECT_TS_103_874_2   = 12,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_13         = 13,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_14         = 14,
     APP_LIB_SYSTEM_PROTOCOL_PROFILE_RESERVED_15         = 15,
 } app_lib_system_protocol_profile_e;

Macro Definition Documentation

◆ APP_LIB_SYSTEM_IRQ_PRIO_HI

#define APP_LIB_SYSTEM_IRQ_PRIO_HI 0

Interrupt priority levels for application.

Note: These do not correspond to NVIC priority levels, however, a lower number (higher priority) is guaranteed to have a higher NVIC priority as well

Definition at line 54 of file wms_system.h.

◆ APP_LIB_SYSTEM_IRQ_PRIO_LO

#define APP_LIB_SYSTEM_IRQ_PRIO_LO 1

Definition at line 55 of file wms_system.h.

◆ APP_LIB_SYSTEM_NAME

#define APP_LIB_SYSTEM_NAME 0x77db1bd5

Library symbolic name.

"SYSTEM"

Definition at line 35 of file wms_system.h.

◆ APP_LIB_SYSTEM_STOP_PERIODIC

#define APP_LIB_SYSTEM_STOP_PERIODIC UINT32_MAX

Constant to stop periodic callback.

When this constant is returned from a periodic callback (app_lib_system_periodic_cb_f) , the stack will not call the callback again.

Definition at line 46 of file wms_system.h.

◆ APP_LIB_SYSTEM_VERSION

#define APP_LIB_SYSTEM_VERSION 0x201

Maximum supported library version.

Definition at line 38 of file wms_system.h.

Detailed Description

Typedefs

Data Structures

Enumerations

Macros

Typedef Documentation

◆ app_lib_system_clear_pending_fast_app_irq_f

◆ app_lib_system_disable_app_irq_f

◆ app_lib_system_disable_deep_sleep

◆ app_lib_system_enable_app_irq_f

◆ app_lib_system_enable_app_irq_with_handler_f

◆ app_lib_system_enable_fast_app_irq_f

◆ app_lib_system_enter_critical_section_f

◆ app_lib_system_exit_critical_section_f

◆ app_lib_system_get_bootloader_version_f

◆ app_lib_system_get_radio_info_f

◆ app_lib_system_irq_handler_f

◆ app_lib_system_periodic_cb_f

◆ app_lib_system_register_app_irq_table_f

◆ app_lib_system_set_periodic_cb_f

◆ app_lib_system_set_shutdown_cb_f

◆ app_lib_system_set_startup_cb_f

◆ app_lib_system_shutdown_cb_f

◆ app_lib_system_startup_cb_f

Data Structure Documentation

◆ app_lib_system_radio_info_t

◆ app_lib_system_t

Enumeration Type Documentation

◆ app_lib_system_hardware_magic_e

◆ app_lib_system_protocol_profile_e

Macro Definition Documentation

◆ APP_LIB_SYSTEM_IRQ_PRIO_HI

◆ APP_LIB_SYSTEM_IRQ_PRIO_LO

◆ APP_LIB_SYSTEM_NAME

◆ APP_LIB_SYSTEM_STOP_PERIODIC

◆ APP_LIB_SYSTEM_VERSION