/************************************************************************ * NAME: fnet_isr_vector_init * * DESCRIPTION: Sets 'handler' for the interrupt vector with number * 'vector_number' at the internal vector queue and interrupt * handler 'fnet_cpu_isr' at the real vector table *************************************************************************/ int fnet_isr_vector_init( unsigned int vector_number, void (*handler_top)(void *cookie), void (*handler_bottom)(void *cookie), unsigned int priority, void *cookie ) { int result; /* CPU-specific initalisation. */ result = fnet_cpu_isr_install(vector_number, priority); if(result == FNET_OK) { result = fnet_isr_register(vector_number, handler_top, handler_bottom, cookie); } return result; }
/************************************************************************ * NAME: fnet_isr_vector_init * * DESCRIPTION: Sets 'handler' for the interrupt vector with number * 'vector_number' at the internal vector queue and interrupt * handler 'fnet_cpu_isr' at the real vector table *************************************************************************/ fnet_return_t fnet_isr_vector_init(fnet_uint32_t vector_number, void (*handler_top)(fnet_uint32_t cookie), void (*handler_bottom)(fnet_uint32_t cookie), fnet_uint32_t priority, fnet_uint32_t cookie) { fnet_return_t result; /* Register handler. */ result = fnet_isr_register(vector_number, handler_top, handler_bottom, cookie); if (result == FNET_OK) { /* CPU-specific initalisation. */ result = fnet_cpu_isr_install(vector_number, priority); } return result; }