PIC32MX675F256L interrupts

The 74 interrupt sources (IRQs) of the interrupt controller (EVIC). IRQ n has its flag in IFSx and its enable bit in IECx, bit n mod 32 of register n ÷ 32; each source jumps to its vector, and some share one: on this chip several IRQs (a UART's receive, transmit and error) use the same vector, so its handler checks their flags. With multi-vector mode on (INTCONbits.MVEC = 1) each vector has its own handler; in XC32 it is void __ISR(_TIMER_1_VECTOR, IPL4AUTO) Timer1Handler(void), its IPL matching the priority set in IPCx.

IRQ	Vector	Name	Handler	Source
0	0	CORE_TIMER	`__ISR(_CORE_TIMER_VECTOR, IPL4AUTO)`	Core Timer
1	1	CORE_SOFTWARE_0	`__ISR(_CORE_SOFTWARE_0_VECTOR, IPL4AUTO)`	Core Software 0
2	2	CORE_SOFTWARE_1	`__ISR(_CORE_SOFTWARE_1_VECTOR, IPL4AUTO)`	Core Software 1
3	3	EXTERNAL_0	`__ISR(_EXTERNAL_0_VECTOR, IPL4AUTO)`	Ext INT 0
4	4	TIMER_1	`__ISR(_TIMER_1_VECTOR, IPL4AUTO)`	Timer 1
5	5	INPUT_CAPTURE_1	`__ISR(_INPUT_CAPTURE_1_VECTOR, IPL4AUTO)`	Input Capture 1
6	6	OUTPUT_COMPARE_1	`__ISR(_OUTPUT_COMPARE_1_VECTOR, IPL4AUTO)`	Output Compare 1
7	7	EXTERNAL_1	`__ISR(_EXTERNAL_1_VECTOR, IPL4AUTO)`	Ext INT 1
8	8	TIMER_2	`__ISR(_TIMER_2_VECTOR, IPL4AUTO)`	Timer 2
9	9	INPUT_CAPTURE_2	`__ISR(_INPUT_CAPTURE_2_VECTOR, IPL4AUTO)`	Input Capture 2
10	10	OUTPUT_COMPARE_2	`__ISR(_OUTPUT_COMPARE_2_VECTOR, IPL4AUTO)`	Output Compare 2
11	11	EXTERNAL_2	`__ISR(_EXTERNAL_2_VECTOR, IPL4AUTO)`	External INT 2
12	12	TIMER_3	`__ISR(_TIMER_3_VECTOR, IPL4AUTO)`	Timer 3
13	13	INPUT_CAPTURE_3	`__ISR(_INPUT_CAPTURE_3_VECTOR, IPL4AUTO)`	Input Capture 3
14	14	OUTPUT_COMPARE_3	`__ISR(_OUTPUT_COMPARE_3_VECTOR, IPL4AUTO)`	Output Compare 3
15	15	EXTERNAL_3	`__ISR(_EXTERNAL_3_VECTOR, IPL4AUTO)`	Ext INT 3
16	16	TIMER_4	`__ISR(_TIMER_4_VECTOR, IPL4AUTO)`	Timer 4
17	17	INPUT_CAPTURE_4	`__ISR(_INPUT_CAPTURE_4_VECTOR, IPL4AUTO)`	Input Capture 4
18	18	OUTPUT_COMPARE_4	`__ISR(_OUTPUT_COMPARE_4_VECTOR, IPL4AUTO)`	Output Compare 4
19	19	EXTERNAL_4	`__ISR(_EXTERNAL_4_VECTOR, IPL4AUTO)`	Ext INT 4
20	20	TIMER_5	`__ISR(_TIMER_5_VECTOR, IPL4AUTO)`	Timer 5
21	21	INPUT_CAPTURE_5	`__ISR(_INPUT_CAPTURE_5_VECTOR, IPL4AUTO)`	Input Capture 5
22	22	OUTPUT_COMPARE_5	`__ISR(_OUTPUT_COMPARE_5_VECTOR, IPL4AUTO)`	Output Compare 5
23	23	SPI1_ERR	`__ISR(_SPI_1_VECTOR, IPL4AUTO)`	SPI1 Fault
24	23	SPI1_RX	`__ISR(_SPI_1_VECTOR, IPL4AUTO)`	SPI1 Receive Done
25	23	SPI1_TX	`__ISR(_SPI_1_VECTOR, IPL4AUTO)`	SPI1 Transmit Done
26	24	I2C3_BUS	`__ISR(_I2C_3_VECTOR, IPL4AUTO)`	I2C3 Error
27	24	I2C3_SLAVE	`__ISR(_I2C_3_VECTOR, IPL4AUTO)`	I2C3 Slave
28	24	I2C3_MASTER	`__ISR(_I2C_3_VECTOR, IPL4AUTO)`	I2C3 Master
29	25	I2C1_BUS	`__ISR(_I2C_1_VECTOR, IPL4AUTO)`	I2C1 Bus Collision Event
30	25	I2C1_SLAVE	`__ISR(_I2C_1_VECTOR, IPL4AUTO)`	I2C1 Slave Event
31	25	I2C1_MASTER	`__ISR(_I2C_1_VECTOR, IPL4AUTO)`	I2C1 Master Event
32	26	CHANGE_NOTICE	`__ISR(_CHANGE_NOTICE_VECTOR, IPL4AUTO)`	Change Notice
33	27	ADC	`__ISR(_ADC_VECTOR, IPL4AUTO)`	ADC1 Convert Done
34	28	PMP	`__ISR(_PMP_VECTOR, IPL4AUTO)`	Parallel Master Port
35	29	COMPARATOR_1	`__ISR(_COMPARATOR_1_VECTOR, IPL4AUTO)`	Comparator 1
36	30	COMPARATOR_2	`__ISR(_COMPARATOR_2_VECTOR, IPL4AUTO)`	Comparator 2
37	31	I2C4_BUS	`__ISR(_I2C_4_VECTOR, IPL4AUTO)`	I2C4 Error
38	31	I2C4_SLAVE	`__ISR(_I2C_4_VECTOR, IPL4AUTO)`	I2C4 Slave
39	31	I2C4_MASTER	`__ISR(_I2C_4_VECTOR, IPL4AUTO)`	I2C4 Master
40	32	I2C5_BUS	`__ISR(_I2C_5_VECTOR, IPL4AUTO)`	I2C5 Error
41	32	I2C5_SLAVE	`__ISR(_I2C_5_VECTOR, IPL4AUTO)`	I2C5 Receiver
42	32	I2C5_MASTER	`__ISR(_I2C_5_VECTOR, IPL4AUTO)`	I2C5 Transmitter
43	33	I2C2_BUS	`__ISR(_I2C_2_VECTOR, IPL4AUTO)`	I2C2 Bus Collision Event
44	33	I2C2_SLAVE	`__ISR(_I2C_2_VECTOR, IPL4AUTO)`	I2C2 Slave Event
45	33	I2C2_MASTER	`__ISR(_I2C_2_VECTOR, IPL4AUTO)`	I2C2 Master Event
46	34	FAIL_SAFE_MONITOR	`__ISR(_FAIL_SAFE_MONITOR_VECTOR, IPL4AUTO)`	Fail Safe Clock Monitor
47	35	RTCC	`__ISR(_RTCC_VECTOR, IPL4AUTO)`	Real Time Clock Calendar
48	36	DMA0	`__ISR(_DMA_0_VECTOR, IPL4AUTO)`	DMA Channel 0
49	37	DMA1	`__ISR(_DMA_1_VECTOR, IPL4AUTO)`	DMA Channel 1
50	38	DMA2	`__ISR(_DMA_2_VECTOR, IPL4AUTO)`	DMA Channel 2
51	39	DMA3	`__ISR(_DMA_3_VECTOR, IPL4AUTO)`	DMA Channel 3
52	40	DMA4	`__ISR(_DMA_4_VECTOR, IPL4AUTO)`	DMA Channel 4
53	41	DMA5	`__ISR(_DMA_5_VECTOR, IPL4AUTO)`	DMA Channel 5
54	42	DMA6	`__ISR(_DMA_6_VECTOR, IPL4AUTO)`	DMA Channel 6
55	43	DMA7	`__ISR(_DMA_7_VECTOR, IPL4AUTO)`	DMA Channel 7
56	44	FLASH_CONTROL	`__ISR(_FCE_VECTOR, IPL4AUTO)`	Flash Control Event
57	45	USB	`__ISR(_USB_1_VECTOR, IPL4AUTO)`	USB
60	48	ETHERNET	`__ISR(_ETH_VECTOR, IPL4AUTO)`	Ethernet
61	5	INPUT_CAPTURE_ERROR_1	`__ISR(_INPUT_CAPTURE_1_VECTOR, IPL4AUTO)`	Input Capture Error 1
62	9	INPUT_CAPTURE_ERROR_2	`__ISR(_INPUT_CAPTURE_2_VECTOR, IPL4AUTO)`	Input Capture Error 2
63	13	INPUT_CAPTURE_ERROR_3	`__ISR(_INPUT_CAPTURE_3_VECTOR, IPL4AUTO)`	Input Capture Error 3
64	17	INPUT_CAPTURE_ERROR_4	`__ISR(_INPUT_CAPTURE_4_VECTOR, IPL4AUTO)`	Input Capture Error 4
65	21	INPUT_CAPTURE_ERROR_5	`__ISR(_INPUT_CAPTURE_5_VECTOR, IPL4AUTO)`	Input Capture Error 5
66	28	PMP_ERROR	`__ISR(_PMP_VECTOR, IPL4AUTO)`	PMP Error
67	49	UART4_ERR	`__ISR(_UART_4_VECTOR, IPL4AUTO)`	UART4 Error
68	49	UART4_RX	`__ISR(_UART_4_VECTOR, IPL4AUTO)`	UART4 Receiver
69	49	UART4_TX	`__ISR(_UART_4_VECTOR, IPL4AUTO)`	UART4 Transmitter
70	50	UART6_ERR	`__ISR(_UART_6_VECTOR, IPL4AUTO)`	UART6 Error
71	50	UART6_RX	`__ISR(_UART_6_VECTOR, IPL4AUTO)`	UART6 Receiver
72	50	UART6_TX	`__ISR(_UART_6_VECTOR, IPL4AUTO)`	UART6 Transmitter
73	51	UART5_ERR	`__ISR(_UART_5_VECTOR, IPL4AUTO)`	UART5 Error
74	51	UART5_RX	`__ISR(_UART_5_VECTOR, IPL4AUTO)`	UART5 Receiver
75	51	UART5_TX	`__ISR(_UART_5_VECTOR, IPL4AUTO)`	UART5 Transmitter