65  * with isr used here, so add a workaround
84  * by default, and conflicts with ISR used for testing. Move IRQs for this
206 static int check_vector(void *isr, int offset)  in check_vector()  argument
218 	if (_irq_vector_table[TABLE_INDEX(offset)] != (uint32_t)isr) {  in check_vector()
233 static int check_sw_isr(void *isr, uintptr_t arg, int offset)  in check_sw_isr()  argument
241 		TC_PRINT("bad argument in SW isr table\n");  in check_sw_isr()
245 	if (e->isr != isr) {  in check_sw_isr()
246 		TC_PRINT("Bad ISR in SW isr table\n");  in check_sw_isr()
247 		TC_PRINT("expected %p got %p\n", (void *)isr, e->isr);  in check_sw_isr()
273  * isr and the corresponding parameters.
290 	TC_PRINT("isr1 isr=%p irq=%d\n", isr1, IRQ_LINE(ISR1_OFFSET));  in ZTEST()
298 	TC_PRINT("isr2 isr=%p irq=%d\n", isr2, IRQ_LINE(ISR2_OFFSET));  in ZTEST()
312  * build time. For 'regular' interrupts, the address of the common software isr
313  * table is placed in the irq vector table, and software ISR table is an array
314  * of struct _isr_table_entry. And each entry contains the pointer to isr and
333 	TC_PRINT("isr3 isr=%p irq=%d param=%p\n", isr3, IRQ_LINE(ISR3_OFFSET),  in ZTEST()
343 	TC_PRINT("isr4 isr=%p irq=%d param=%p\n", isr4, IRQ_LINE(ISR4_OFFSET),  in ZTEST()
358  * isr table is also placed in the irq vector table. Software ISR table is an
359  * array of struct _isr_table_entry. And each entry contains the pointer to isr
379 	TC_PRINT("isr5 isr=%p irq=%d param=%p\n", isr5, IRQ_LINE(ISR5_OFFSET),  in ZTEST()
389 	TC_PRINT("isr6 isr=%p irq=%d param=%p\n", isr6, IRQ_LINE(ISR6_OFFSET),  in ZTEST()