| Public Member Functions | |
| LowPowerTickerWrapper (const ticker_data_t *data, const ticker_interface_t *interface, uint32_t min_cycles_between_writes, uint32_t min_cycles_until_match) | |
| Create a new wrapped low power ticker object.  More... | |
| void | irq_handler (ticker_irq_handler_type handler) | 
| Interrupt handler called by the underlying driver/hardware.  More... | |
| void | suspend () | 
| Suspend wrapper operation and pass through interrupts.  More... | |
| void | resume () | 
| Resume wrapper operation and filter interrupts normally.  More... | |
| bool | timeout_pending () | 
| Check if a Timeout object is being used.  More... | |
Definition at line 30 of file LowPowerTickerWrapper.h.
| LowPowerTickerWrapper | ( | const ticker_data_t * | data, | 
| const ticker_interface_t * | interface, | ||
| uint32_t | min_cycles_between_writes, | ||
| uint32_t | min_cycles_until_match | ||
| ) | 
Create a new wrapped low power ticker object.
| data | Low power ticker data to wrap | 
| interface | new ticker interface functions | 
| min_cycles_between_writes | The number of whole low power clock periods which must complete before subsequent calls to set_interrupt | 
| min_cycles_until_match | The minimum number of whole low power clock periods from the current time for which the match timestamp passed to set_interrupt is guaranteed to fire. | 
N = min_cycles_between_writes
 0       1             N - 1     N     N + 1   N + 2   N + 3
 |-------|------...------|-------|-------|-------|-------|
     ^                                    ^
     |                                    |
 set_interrupt                   Next set_interrupt allowed
N = min_cycles_until_match
 0       1             N - 1     N     N + 1   N + 2   N + 3
 |-------|------...------|-------|-------|-------|-------|
     ^                                   ^
     |                                   |
 set_interrupt              Earliest match timestamp allowed 
| void irq_handler | ( | ticker_irq_handler_type | handler | ) | 
Interrupt handler called by the underlying driver/hardware.
| handler | The callback which would normally be called by the underlying driver/hardware | 
| void resume | ( | ) | 
Resume wrapper operation and filter interrupts normally.
| void suspend | ( | ) | 
Suspend wrapper operation and pass through interrupts.
This stops to wrapper layer from using the microsecond ticker. This should be called before using the low power ticker APIs directly.
| bool timeout_pending | ( | ) | 
Check if a Timeout object is being used.