PIC32MM0128GPM028 interrupts

The 79 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, one per IRQ. 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)`	External 0
4	4	EXTERNAL_1	`__ISR(_EXTERNAL_1_VECTOR, IPL4AUTO)`	External 1
5	5	EXTERNAL_2	`__ISR(_EXTERNAL_2_VECTOR, IPL4AUTO)`	External 2
6	6	EXTERNAL_3	`__ISR(_EXTERNAL_3_VECTOR, IPL4AUTO)`	External 3
7	7	EXTERNAL_4	`__ISR(_EXTERNAL_4_VECTOR, IPL4AUTO)`	External 4
8	8	CHANGE_NOTICE_A	`__ISR(_CHANGE_NOTICE_A_VECTOR, IPL4AUTO)`	PORT A Change Notification
9	9	CHANGE_NOTICE_B	`__ISR(_CHANGE_NOTICE_B_VECTOR, IPL4AUTO)`	PORT B Change Notification
10	10	CHANGE_NOTICE_C	`__ISR(_CHANGE_NOTICE_C_VECTOR, IPL4AUTO)`	PORT C Change Notification
11	11	CHANGE_NOTICE_D	`__ISR(_CHANGE_NOTICE_D_VECTOR, IPL4AUTO)`	PORT D Change Notification
17	17	TIMER_1	`__ISR(_TIMER_1_VECTOR, IPL4AUTO)`	Timer 1
18	18	TIMER_2	`__ISR(_TIMER_2_VECTOR, IPL4AUTO)`	Timer 2
19	19	TIMER_3	`__ISR(_TIMER_3_VECTOR, IPL4AUTO)`	Timer 3
23	23	COMPARATOR_1	`__ISR(_COMPARATOR_1_VECTOR, IPL4AUTO)`	Comparator 1
24	24	COMPARATOR_2	`__ISR(_COMPARATOR_2_VECTOR, IPL4AUTO)`	Comparator 2
25	25	COMPARATOR_3	`__ISR(_COMPARATOR_3_VECTOR, IPL4AUTO)`	Comparator 3
29	29	USB	`__ISR(_USB_VECTOR, IPL4AUTO)`	USB
32	32	RTCC	`__ISR(_RTCC_VECTOR, IPL4AUTO)`	Real Time Clock Alarm
33	33	ADC	`__ISR(_ADC_VECTOR, IPL4AUTO)`	ADC Conversion Done
36	36	HLVD	`__ISR(_HLVD_VECTOR, IPL4AUTO)`	HLVD
37	37	CLC1	`__ISR(_CLC1_VECTOR, IPL4AUTO)`	Logic Cell 1
38	38	CLC2	`__ISR(_CLC2_VECTOR, IPL4AUTO)`	Logic Cell 2
39	39	CLC3	`__ISR(_CLC3_VECTOR, IPL4AUTO)`	Logic Cell 3
40	40	CLC4	`__ISR(_CLC4_VECTOR, IPL4AUTO)`	Logic Cell 4
41	41	SPI1_ERR	`__ISR(_SPI1_ERR_VECTOR, IPL4AUTO)`	SPI 1 Error
42	42	SPI1_TX	`__ISR(_SPI1_TX_VECTOR, IPL4AUTO)`	SPI 1 Transmission
43	43	SPI1_RX	`__ISR(_SPI1_RX_VECTOR, IPL4AUTO)`	SPI 1 Reception
44	44	SPI2_ERR	`__ISR(_SPI2_ERR_VECTOR, IPL4AUTO)`	SPI 2 Error
45	45	SPI2_TX	`__ISR(_SPI2_TX_VECTOR, IPL4AUTO)`	SPI 2 Transmission
46	46	SPI2_RX	`__ISR(_SPI2_RX_VECTOR, IPL4AUTO)`	SPI 2 Reception
47	47	SPI3_ERR	`__ISR(_SPI3_ERR_VECTOR, IPL4AUTO)`	SPI 3 Error
48	48	SPI3_TX	`__ISR(_SPI3_TX_VECTOR, IPL4AUTO)`	SPI 3 Transmission
49	49	SPI3_RX	`__ISR(_SPI3_RX_VECTOR, IPL4AUTO)`	SPI 3 Reception
53	53	UART1_RX	`__ISR(_UART1_RX_VECTOR, IPL4AUTO)`	UART 1 Reception
54	54	UART1_TX	`__ISR(_UART1_TX_VECTOR, IPL4AUTO)`	UART 1 Transmission
55	55	UART1_ERR	`__ISR(_UART1_ERR_VECTOR, IPL4AUTO)`	UART 1 Error
56	56	UART2_RX	`__ISR(_UART2_RX_VECTOR, IPL4AUTO)`	UART 2 Reception
57	57	UART2_TX	`__ISR(_UART2_TX_VECTOR, IPL4AUTO)`	UART 2 Transmission
58	58	UART2_ERR	`__ISR(_UART2_ERR_VECTOR, IPL4AUTO)`	UART 2 Error
59	59	UART3_RX	`__ISR(_UART3_RX_VECTOR, IPL4AUTO)`	UART 3 Reception
60	60	UART3_TX	`__ISR(_UART3_TX_VECTOR, IPL4AUTO)`	UART 3 Transmission
61	61	UART3_ERR	`__ISR(_UART3_ERR_VECTOR, IPL4AUTO)`	UART 3 Error
65	65	I2C1_SLAVE	`__ISR(_I2C1_SLAVE_VECTOR, IPL4AUTO)`	I2C 1 Slave
66	66	I2C1_MASTER	`__ISR(_I2C1_MASTER_VECTOR, IPL4AUTO)`	I2C 1 Master
67	67	I2C1_BUS	`__ISR(_I2C1_BUS_VECTOR, IPL4AUTO)`	I2C 1 Bus Collision
68	68	I2C2_SLAVE	`__ISR(_I2C2_SLAVE_VECTOR, IPL4AUTO)`	I2C 2 Slave
69	69	I2C2_MASTER	`__ISR(_I2C2_MASTER_VECTOR, IPL4AUTO)`	I2C 2 Master
70	70	I2C2_BUS	`__ISR(_I2C2_BUS_VECTOR, IPL4AUTO)`	I2C 2 Bus Collision
71	71	I2C3_SLAVE	`__ISR(_I2C3_SLAVE_VECTOR, IPL4AUTO)`	I2C 3 Slave
72	72	I2C3_MASTER	`__ISR(_I2C3_MASTER_VECTOR, IPL4AUTO)`	I2C 3 Master
73	73	I2C3_BUS	`__ISR(_I2C3_BUS_VECTOR, IPL4AUTO)`	I2C 3 Bus Collision
74	74	CCP1	`__ISR(_CCP1_VECTOR, IPL4AUTO)`	CCP 1 Input Capture or Output Compare
75	75	CCT1	`__ISR(_CCT1_VECTOR, IPL4AUTO)`	CCP 1 Timer
76	76	CCP2	`__ISR(_CCP2_VECTOR, IPL4AUTO)`	CCP 2 Input Capture or Output Compare
77	77	CCT2	`__ISR(_CCT2_VECTOR, IPL4AUTO)`	CCP 2 Timer
78	78	CCP3	`__ISR(_CCP3_VECTOR, IPL4AUTO)`	CCP 3 Input Capture or Output Compare
79	79	CCT3	`__ISR(_CCT3_VECTOR, IPL4AUTO)`	CCP 3 Timer
80	80	CCP4	`__ISR(_CCP4_VECTOR, IPL4AUTO)`	CCP 4 Input Capture or Output Compare
81	81	CCT4	`__ISR(_CCT4_VECTOR, IPL4AUTO)`	CCP 4 Timer
82	82	CCP5	`__ISR(_CCP5_VECTOR, IPL4AUTO)`	CCP 5 Input Capture or Output Compare
83	83	CCT5	`__ISR(_CCT5_VECTOR, IPL4AUTO)`	CCP 5 Timer
84	84	CCP6	`__ISR(_CCP6_VECTOR, IPL4AUTO)`	CCP 6 Input Capture or Output Compare
85	85	CCT6	`__ISR(_CCT6_VECTOR, IPL4AUTO)`	CCP 6 Timer
86	86	CCP7	`__ISR(_CCP7_VECTOR, IPL4AUTO)`	CCP 7 Input Capture or Output Compare
87	87	CCT7	`__ISR(_CCT7_VECTOR, IPL4AUTO)`	CCP 7 Timer
88	88	CCP8	`__ISR(_CCP8_VECTOR, IPL4AUTO)`	CCP 8 Input Capture or Output Compare
89	89	CCT8	`__ISR(_CCT8_VECTOR, IPL4AUTO)`	CCP 8 Timer
90	90	CCP9	`__ISR(_CCP9_VECTOR, IPL4AUTO)`	CCP 9 Input Capture or Output Compare
91	91	CCT9	`__ISR(_CCT9_VECTOR, IPL4AUTO)`	CCP 9 Timer
92	92	FRC_TUNE	`__ISR(_FRC_TUNE_VECTOR, IPL4AUTO)`	FRC Tune
94	94	NVM	`__ISR(_NVM_VECTOR, IPL4AUTO)`	NVM Program or Erase Complete
95	95	PERFORMANCE_COUNTER	`__ISR(_PERFORMANCE_COUNTER_VECTOR, IPL4AUTO)`	Core Performance Counter
97	97	ECCSB_ERR	`__ISR(_ECCSB_ERR_VECTOR, IPL4AUTO)`	ECC Single Bit error
98	98	DMA0	`__ISR(_DMA0_VECTOR, IPL4AUTO)`	DMA channel 0
99	99	DMA1	`__ISR(_DMA1_VECTOR, IPL4AUTO)`	DMA channel 1
100	100	DMA2	`__ISR(_DMA2_VECTOR, IPL4AUTO)`	DMA channel 2
101	101	DMA3	`__ISR(_DMA3_VECTOR, IPL4AUTO)`	DMA channel 3