![]() Same devices can generate interrupt without properly setting bit in INT_SOURCE_CSR register (spurious interrupt), what will cause IRQ line will be disabled by interrupts controller driver. We discovered that clearing INT_MASK_CSR stops such behaviour. We previously first read that register, and then clear all know interrupt sources bits and do not touch reserved bits. After this patch, we write to all register content (I believe writing to reserved bits on that register will not cause any problems, I tested that on my rt2800pci device). This fix very bad performance problem, practically making device unusable (since worked without interrupts), reported in: https://bugzilla.redhat.com/show_bug.cgi?id=658451 We previously tried to workaround that issue in commit |
||
---|---|---|
.. | ||
Kconfig | ||
Makefile | ||
rt2x00.h | ||
rt2x00config.c | ||
rt2x00crypto.c | ||
rt2x00debug.c | ||
rt2x00debug.h | ||
rt2x00dev.c | ||
rt2x00dump.h | ||
rt2x00firmware.c | ||
rt2x00leds.c | ||
rt2x00leds.h | ||
rt2x00lib.h | ||
rt2x00link.c | ||
rt2x00mac.c | ||
rt2x00pci.c | ||
rt2x00pci.h | ||
rt2x00queue.c | ||
rt2x00queue.h | ||
rt2x00reg.h | ||
rt2x00soc.c | ||
rt2x00soc.h | ||
rt2x00usb.c | ||
rt2x00usb.h | ||
rt61pci.c | ||
rt61pci.h | ||
rt73usb.c | ||
rt73usb.h | ||
rt2400pci.c | ||
rt2400pci.h | ||
rt2500pci.c | ||
rt2500pci.h | ||
rt2500usb.c | ||
rt2500usb.h | ||
rt2800.h | ||
rt2800lib.c | ||
rt2800lib.h | ||
rt2800pci.c | ||
rt2800pci.h | ||
rt2800usb.c | ||
rt2800usb.h |