5 interrupt pending register 0 - intpnd0, Table 387. interrupt pending register 0 - intpnd0, 5 interrupt pending register 0 — intpnd0 – Intel CONTROLLERS 413808 User Manual
Page 587: 387 interrupt pending register 0 — intpnd0
Intel
®
413808 and 413812 I/O Controllers in TPER Mode
October 2007
Developer’s Manual
Order Number: 317805-001US
587
Interrupt Controller Unit—Intel
®
413808 and 413812
10.7.5
Interrupt Pending Register 0 — INTPND0
The Interrupt Pending register 0 is a 32-bit Coprocessor 6 control register that can be
used to verify pending interrupts. Software can use this registers to poll interrupts as
this register is located before the INTCTL0 mask Register.
Table 387. Interrupt Pending Register 0 — INTPND0
Bit
Default
Description
31
0
2
XINT7#
Interrupt Pending.
30
0
2
XINT6#
Interrupt Pending.
29
0
2
XINT5#
Interrupt Pending.
28
0
2
XINT4#
Interrupt Pending.
27
0
2
XINT3#
Interrupt Pending.
26
0
2
XINT2#
Interrupt Pending.
25
0
2
XINT1#
Interrupt Pending.
24
0
2
XINT0#
Interrupt Pending.
23:19
00H
Reserved.
18
0
2
Intel XScale
®
Processor Cache Interrupt Pending.
17
0
2
Intel XScale
®
Processor PMU Interrupt Pending.
16
0
2
Peripheral Performance Monitor Interrupt Pending.
15
0
2
ATU-X/Start BIST Interrupt Pending.
14
0
2
ATU-E Inbound Message Interrupt.
13
0
2
Reserved.
12
0
2
Messaging Unit Interrupt Pending.
11
0
2
I
2
C Bus Interface 1 Interrupt Pending.
10
0
2
I
2
C Bus Interface 0 Interrupt Pending.
9
0
2
Timer 1 Interrupt Pending.
8
0
2
Timer 0 Interrupt Pending.
7
0
2
Reserved.
6
0
2
Watch Dog Timer Interrupt Pending.
5
0
2
Reserved.
4
0
2
Reserved.
3
0
2
Reserved.
2
0
2
Reserved.
1
0
2
Reserved.
0
0
2
Reserved.
Memory
Coprocessor
Attributes
Attributes
28
24
20
16
12
8
4
0
31
ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro ro
na na na na na na na na na na na na na na na na na na na na na na na na na na na na na na na na
Attribute Legend:
RV = Reserved
PR = Preserved
RS = Read/Set
RW = Read/Write
RC = Read Clear
RO = Read Only
NA = Not Accessible
Intel XScale
®
processor Coprocessor address
CP6, Page 3, Register 0