libguestfs.git - [MIRROR] library for accessing and modifying guest disk images

	Commit message (Collapse)	Author	Age	Files	Lines
*	regressions: Don't print misleading 'Expect error ...' lines.	Richard Jones	2010-07-22	1	-1/+0
\| \| \| \| \| \| \| \| \| \| \| \| \|	Some tests in the regressions directory deliberately print error messages. As long as they still PASS, this is OK. However these tests also printed some misleading messages about what error to expect. Since error messages were slightly different across distros, these messages were not accurate. Therefore remove these messages, and replace with a general message before all tests telling users not to worry about errors from the tests as long as the tests don't fail.
*	fish: Add -N option for making prepared disk images.	Richard Jones	2010-04-22	1	-6/+3
\| \| \| \| \| \| \| \| \| \| \| \| \| \| \| \| \|	Previously you might have typed: $ guestfish ><fs> alloc test1.img 100M ><fs> run ><fs> part-disk /dev/sda mbr ><fs> mkfs ext4 /dev/sda1 now you can do the same with: $ guestfish -N fs:ext4 Some tests have also been updated to use this new functionality.
*	Debian: Use /bin/bash as the shell for regression test scripts.	Richard Jones	2009-11-04	1	-1/+1
\| \| \| \| \| \| \| \| \| \|	/bin/sh on Debian is a minimal shell called 'dash' which doesn't support some features we need such as the particular 'function' syntax used by regressions/test-stringlist.sh, and therefore this script was failing on Debian. Change all of these scripts to use #!/bin/bash explicitly to avoid these sorts of problems.
*	Introduce regression tests for various qemu failures.	Richard Jones	2009-07-06	1	-0/+42
	Test failure of qemu and recovery of the library: - mid-command - between commands - during launch [test not working yet] - explicitly killed by guestfs_kill_subprocess Also this patch cleans up the other tests in this directory and disables the long-winded test-bootbootboot test.

/* * SMC 37C93X initialization code */ #include <linux/kernel.h> #include <linux/slab.h> #include <linux/mm.h> #include <linux/init.h> #include <linux/delay.h> #include <asm/hwrpb.h> #include <asm/io.h> #include <asm/segment.h> #define SMC_DEBUG 0 #if SMC_DEBUG # define DBG_DEVS(args) printk args #else # define DBG_DEVS(args) #endif #define KB 1024 #define MB (1024*KB) #define GB (1024*MB) /* device "activate" register contents */ #define DEVICE_ON 1 #define DEVICE_OFF 0 /* configuration on/off keys */ #define CONFIG_ON_KEY 0x55 #define CONFIG_OFF_KEY 0xaa /* configuration space device definitions */ #define FDC 0 #define IDE1 1 #define IDE2 2 #define PARP 3 #define SER1 4 #define SER2 5 #define RTCL 6 #define KYBD 7 #define AUXIO 8 /* Chip register offsets from base */ #define CONFIG_CONTROL 0x02 #define INDEX_ADDRESS 0x03 #define LOGICAL_DEVICE_NUMBER 0x07 #define DEVICE_ID 0x20 #define DEVICE_REV 0x21 #define POWER_CONTROL 0x22 #define POWER_MGMT 0x23 #define OSC 0x24 #define ACTIVATE 0x30 #define ADDR_HI 0x60 #define ADDR_LO 0x61 #define INTERRUPT_SEL 0x70 #define INTERRUPT_SEL_2 0x72 /* KYBD/MOUS only */ #define DMA_CHANNEL_SEL 0x74 /* FDC/PARP only */ #define FDD_MODE_REGISTER 0x90 #define FDD_OPTION_REGISTER 0x91 /* values that we read back that are expected ... */ #define VALID_DEVICE_ID 2 /* default device addresses */ #define KYBD_INTERRUPT 1 #define MOUS_INTERRUPT 12 #define COM2_BASE 0x2f8 #define COM2_INTERRUPT 3 #define COM1_BASE 0x3f8 #define COM1_INTERRUPT 4 #define PARP_BASE 0x3bc #define PARP_INTERRUPT 7 static unsigned long __init SMCConfigState(unsigned long baseAddr) { unsigned char devId; unsigned char devRev; unsigned long configPort; unsigned long indexPort; unsigned long dataPort; int i; configPort = indexPort = baseAddr; dataPort = configPort + 1; #define NUM_RETRIES 5 for (i = 0; i < NUM_RETRIES; i++) { outb(CONFIG_ON_KEY, configPort); outb(CONFIG_ON_KEY, configPort); outb(DEVICE_ID, indexPort); devId = inb(dataPort); if (devId == VALID_DEVICE_ID) { outb(DEVICE_REV, indexPort); devRev = inb(dataPort); break; } else udelay(100); } return (i != NUM_RETRIES) ? baseAddr : 0L; } static void __init SMCRunState(unsigned long baseAddr) { outb(CONFIG_OFF_KEY, baseAddr); } static unsigned long __init SMCDetectUltraIO(void) { unsigned long baseAddr; baseAddr = 0x3F0; if ( ( baseAddr = SMCConfigState( baseAddr ) ) == 0x3F0 ) { return( baseAddr ); } baseAddr = 0x370; if ( ( baseAddr = SMCConfigState( baseAddr ) ) == 0x370 ) { return( baseAddr ); } return( ( unsigned long )0 ); } static void __init SMCEnableDevice(unsigned long baseAddr, unsigned long device, unsigned long portaddr, unsigned long interrupt) { unsigned long indexPort; unsigned long dataPort; indexPort = baseAddr; dataPort = baseAddr + 1; outb(LOGICAL_DEVICE_NUMBER, indexPort); outb(device, dataPort); outb(ADDR_LO, indexPort); outb(( portaddr & 0xFF ), dataPort); outb(ADDR_HI, indexPort); outb((portaddr >> 8) & 0xFF, dataPort); outb(INTERRUPT_SEL, indexPort); outb(interrupt, dataPort); outb(ACTIVATE, indexPort); outb(DEVICE_ON, dataPort); } static void __init SMCEnableKYBD(unsigned long baseAddr) { unsigned long indexPort; unsigned long dataPort; indexPort = baseAddr; dataPort = baseAddr + 1; outb(LOGICAL_DEVICE_NUMBER, indexPort); outb(KYBD, dataPort); outb(INTERRUPT_SEL, indexPort); /* Primary interrupt select */ outb(KYBD_INTERRUPT, dataPort); outb(INTERRUPT_SEL_2, indexPort); /* Secondary interrupt select */ outb(MOUS_INTERRUPT, dataPort); outb(ACTIVATE, indexPort); outb(DEVICE_ON, dataPort); } static void __init SMCEnableFDC(unsigned long baseAddr) { unsigned long indexPort; unsigned long dataPort; unsigned char oldValue; indexPort = baseAddr; dataPort = baseAddr + 1; outb(LOGICAL_DEVICE_NUMBER, indexPort); outb(FDC, dataPort); outb(FDD_MODE_REGISTER, indexPort); oldValue = inb(dataPort); oldValue |= 0x0E; /* Enable burst mode */ outb(oldValue, dataPort); outb(INTERRUPT_SEL, indexPort); /* Primary interrupt select */ outb(0x06, dataPort ); outb(DMA_CHANNEL_SEL, indexPort); /* DMA channel select */ outb(0x02, dataPort); outb(ACTIVATE, indexPort); outb(DEVICE_ON, dataPort); } #if SMC_DEBUG static void __init SMCReportDeviceStatus(unsigned long baseAddr) { unsigned long indexPort; unsigned long dataPort; unsigned char currentControl; indexPort = baseAddr; dataPort = baseAddr + 1; outb(POWER_CONTROL, indexPort); currentControl = inb(dataPort); printk(currentControl & (1 << FDC) ? "\t+FDC Enabled\n" : "\t-FDC Disabled\n"); printk(currentControl & (1 << IDE1) ? "\t+IDE1 Enabled\n" : "\t-IDE1 Disabled\n"); printk(currentControl & (1 << IDE2) ? "\t+IDE2 Enabled\n" : "\t-IDE2 Disabled\n"); printk(currentControl & (1 << PARP) ? "\t+PARP Enabled\n" : "\t-PARP Disabled\n"); printk(currentControl & (1 << SER1) ? "\t+SER1 Enabled\n" : "\t-SER1 Disabled\n"); printk(currentControl & (1 << SER2) ? "\t+SER2 Enabled\n" : "\t-SER2 Disabled\n"); printk( "\n" ); } #endif int __init SMC93x_Init(void) { unsigned long SMCUltraBase; unsigned long flags; local_irq_save(flags); if ((SMCUltraBase = SMCDetectUltraIO()) != 0UL) { #if SMC_DEBUG SMCReportDeviceStatus(SMCUltraBase); #endif SMCEnableDevice(SMCUltraBase, SER1, COM1_BASE, COM1_INTERRUPT); DBG_DEVS(("SMC FDC37C93X: SER1 done\n")); SMCEnableDevice(SMCUltraBase, SER2, COM2_BASE, COM2_INTERRUPT); DBG_DEVS(("SMC FDC37C93X: SER2 done\n")); SMCEnableDevice(SMCUltraBase, PARP, PARP_BASE, PARP_INTERRUPT); DBG_DEVS(("SMC FDC37C93X: PARP done\n")); /* On PC164, IDE on the SMC is not enabled; CMD646 (PCI) on MB */ SMCEnableKYBD(SMCUltraBase); DBG_DEVS(("SMC FDC37C93X: KYB done\n")); SMCEnableFDC(SMCUltraBase); DBG_DEVS(("SMC FDC37C93X: FDC done\n")); #if SMC_DEBUG SMCReportDeviceStatus(SMCUltraBase); #endif SMCRunState(SMCUltraBase); local_irq_restore(flags); printk("SMC FDC37C93X Ultra I/O Controller found @ 0x%lx\n", SMCUltraBase); return 1; } else { local_irq_restore(flags); DBG_DEVS(("No SMC FDC37C93X Ultra I/O Controller found\n")); return 0; } }