Restart policies: Add testing and ProcFS DB
- Expose in procfs the service status and supported recovery policies. - This adds a test (testrelpol.sh) to exercise the restart policies of the system services and drivers. NOTE: The policy support information is temporarily hardcoded in ProcFS, but this has to be replaced by properly retrieving this information from RS, which should in turn be setup on a per service basis, at initialization time. Change-Id: I0cb1516a450355b38d0c46b1a8b3d9e841a2c029
This commit is contained in:
Lionel Sambuc
parent
ad8bffad67
commit
41ba8c04cc
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@ -6309,6 +6309,7 @@
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./usr/tests/minix-posix/testisofs minix-sys
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./usr/tests/minix-posix/testkyua minix-sys
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./usr/tests/minix-posix/testmfs minix-sys
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./usr/tests/minix-posix/testrelpol minix-sys
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./usr/tests/minix-posix/testsh1 minix-sys
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./usr/tests/minix-posix/testsh2 minix-sys
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./usr/tests/minix-posix/testvm minix-sys
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@ -6,39 +6,154 @@
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#include "rs/const.h"
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#include "rs/type.h"
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enum policy {
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POL_NONE = 0x00, /* user | endpoint */
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POL_RESET = 0x01, /* visible | change */
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POL_RESTART = 0x02, /* transparent | preserved */
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POL_LIVE_UPDATE = 0x04 /* transparent | preserved */
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};
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struct policies {
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#define MAX_POL_FORMAT_SZ 20
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char formatted[MAX_POL_FORMAT_SZ];
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enum policy supported;
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};
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static struct rprocpub rprocpub[NR_SYS_PROCS];
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static struct rproc rproc[NR_SYS_PROCS];
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static struct policies policies[NR_SYS_PROCS];
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static struct inode *service_node;
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/*
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* Initialize the service directory.
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*/
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void
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service_init(void)
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/* Updates the policies state from RS. Always returns an ASCIIZ string. */
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static const char *
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service_get_policies(struct policies * pol, index_t slot)
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{
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struct inode *root, *node;
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struct inode_stat stat;
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#if 1 /* The following should be retrieved from RS and formated instead. */
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int pos;
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char *ref_label;
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static const struct {
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const char *label;
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const char *policy_str;
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} def_pol[] = {
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/* audio */
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{ .label = "es1370", .policy_str = "reset" },
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{ .label = "es1371", .policy_str = "reset" },
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{ .label = "sb16", .policy_str = "reset" },
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/* bus */
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{ .label = "i2c", .policy_str = "restart" },
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{ .label = "pci", .policy_str = "restart" },
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{ .label = "ti1225", .policy_str = "restart" },
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/* clock */
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{ .label = "readclock.drv", .policy_str = "restart" },
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/* eeprom */
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{ .label = "cat24c256", .policy_str = "restart" },
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/* examples */
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{ .label = "hello", .policy_str = "restart" },
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/* hid */
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{ .label = "pckbd", .policy_str = "reset" },
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/* iommu */
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{ .label = "amddev", .policy_str = "" },
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/* net */
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{ .label = "atl2", .policy_str = "restart" },
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{ .label = "dec21140A", .policy_str = "restart" },
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{ .label = "dp8390", .policy_str = "restart" },
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{ .label = "dpeth", .policy_str = "restart" },
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{ .label = "e1000", .policy_str = "restart" },
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{ .label = "fxp", .policy_str = "restart" },
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{ .label = "lance", .policy_str = "restart" },
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{ .label = "lan8710a", .policy_str = "restart" },
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{ .label = "orinoco", .policy_str = "restart" },
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{ .label = "rtl8139", .policy_str = "restart" },
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{ .label = "rtl8169", .policy_str = "restart" },
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{ .label = "uds", .policy_str = "reset" },
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{ .label = "virtio_net", .policy_str = "restart" },
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/* power */
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{ .label = "acpi", .policy_str = "" },
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{ .label = "tps65217", .policy_str = "" },
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{ .label = "tps65590", .policy_str = "" },
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/* printer */
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{ .label = "printer", .policy_str = "restart" },
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/* sensors */
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{ .label = "bmp085", .policy_str = "" },
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{ .label = "sht21", .policy_str = "restart" },
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{ .label = "tsl2550", .policy_str = "restart" },
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/* storage */
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{ .label = "ahci", .policy_str = "reset" },
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{ .label = "at_wini", .policy_str = "reset" },
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{ .label = "fbd", .policy_str = "reset" },
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{ .label = "filter", .policy_str = "reset" },
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{ .label = "floppy", .policy_str = "reset" },
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{ .label = "memory", .policy_str = "restart" },
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{ .label = "mmc", .policy_str = "reset" },
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{ .label = "virtio_blk", .policy_str = "reset" },
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{ .label = "vnd", .policy_str = "reset" },
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/* system */
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{ .label = "gpio", .policy_str = "restart" },
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{ .label = "log", .policy_str = "restart" },
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{ .label = "random", .policy_str = "restart" },
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/* tty */
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{ .label = "pty", .policy_str = "restart" },
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{ .label = "tty", .policy_str = "" },
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/* usb */
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{ .label = "usbd", .policy_str = "" },
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{ .label = "usb_hub", .policy_str = "" },
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{ .label = "usb_storage", .policy_str = "" },
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/* video */
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{ .label = "fb", .policy_str = "" },
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{ .label = "tda19988", .policy_str = "" },
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/* vmm_guest */
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{ .label = "vbox", .policy_str = "" },
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/* fs */
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{ .label = "ext2", .policy_str = "" },
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{ .label = "hgfs", .policy_str = "" },
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{ .label = "isofs", .policy_str = "" },
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{ .label = "mfs", .policy_str = "" },
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{ .label = "pfs", .policy_str = "" },
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{ .label = "procfs", .policy_str = "" },
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{ .label = "vbfs", .policy_str = "" },
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/* net */
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{ .label = "inet", .policy_str = "reset" },
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{ .label = "lwip", .policy_str = "" },
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/* servers */
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{ .label = "devman", .policy_str = "" },
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{ .label = "ds", .policy_str = "" },
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{ .label = "input", .policy_str = "reset" },
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{ .label = "ipc", .policy_str = "restart" },
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{ .label = "is", .policy_str = "restart" },
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{ .label = "pm", .policy_str = "" },
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{ .label = "rs", .policy_str = "" },
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{ .label = "sched", .policy_str = "" },
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{ .label = "vfs", .policy_str = "" },
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{ .label = "vm", .policy_str = "" },
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//{ .label = "", .policy_str = "" },
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};
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root = get_root_inode();
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/* Find the related policy, based on the file name of the service. */
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ref_label = strrchr(rprocpub[slot].proc_name, '/');
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if (NULL == ref_label)
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ref_label = rprocpub[slot].proc_name;
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memset(&stat, 0, sizeof(stat));
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stat.mode = DIR_ALL_MODE;
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stat.uid = SUPER_USER;
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stat.gid = SUPER_USER;
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memset(pol[slot].formatted, 0, MAX_POL_FORMAT_SZ);
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for(pos = 0; pos < (sizeof(def_pol) / sizeof(def_pol[0])); pos++) {
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if (0 == strcmp(ref_label, def_pol[pos].label)) {
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(void)strncpy(pol[slot].formatted, def_pol[pos].policy_str, MAX_POL_FORMAT_SZ);
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pol[slot].formatted[MAX_POL_FORMAT_SZ-1] = '\0';
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break;
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}
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}
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#else
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/* Should do something sensible, based on flags from RS/SEF. */
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#endif
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service_node = add_inode(root, "service", NO_INDEX, &stat,
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NR_SYS_PROCS, NULL);
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if (service_node == NULL)
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panic("unable to create service node");
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return pol[slot].formatted;
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}
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/*
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* Update the contents of the service directory, by first updating the RS
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* tables and then updating the directory contents.
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*/
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void
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static void
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service_update(void)
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{
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struct inode *node;
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@ -86,6 +201,29 @@ service_update(void)
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}
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}
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/*
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* Initialize the service directory.
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*/
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void
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service_init(void)
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{
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struct inode *root, *node;
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struct inode_stat stat;
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root = get_root_inode();
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memset(&stat, 0, sizeof(stat));
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stat.mode = DIR_ALL_MODE;
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stat.uid = SUPER_USER;
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stat.gid = SUPER_USER;
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service_node = add_inode(root, "service", NO_INDEX, &stat,
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NR_SYS_PROCS, NULL);
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if (service_node == NULL)
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panic("unable to create service node");
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}
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/*
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* A lookup request is being performed. If it is in the service directory,
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* update the tables. We do this lazily, to reduce overhead.
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@ -141,5 +279,8 @@ service_read(struct inode * node)
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rp = &rproc[slot];
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/* TODO: add a large number of other fields! */
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buf_printf("%d %d\n", rpub->endpoint, rp->r_restarts);
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buf_printf("filename: %s\n", rpub->proc_name);
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buf_printf("endpoint: %d\n", rpub->endpoint);
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buf_printf("restarts: %d\n", rp->r_restarts);
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buf_printf("policies: %s\n", service_get_policies(policies, slot));
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}
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@ -71,7 +71,7 @@ PROGS+= t10a t11a t11b t40a t40b t40c t40d t40e t40f t40g t60a t60b \
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t67a t67b t68a t68b tvnd
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SCRIPTS+= run check-install testinterp.sh testsh1.sh testsh2.sh testmfs.sh \
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testisofs.sh testvnd.sh testkyua.sh
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testisofs.sh testvnd.sh testkyua.sh testrelpol.sh
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# test57loop.S is not linked into the .bcl file.
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# This way, we can link it in when linking the final binary
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@ -23,7 +23,7 @@ badones= # list of tests that failed
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setuids="test11 test33 test43 test44 test46 test56 test60 test61 test65 \
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test69 test76 test73 test74 test77 test78"
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# Scripts that require to be run as root
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rootscripts="testisofs testvnd"
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rootscripts="testisofs testvnd testrelpol"
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alltests="1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 \
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21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 \
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165
minix/tests/testrelpol.sh
Executable file
165
minix/tests/testrelpol.sh
Executable file
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@ -0,0 +1,165 @@
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#!/bin/sh
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# Idea:
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# Iterate over all the /proc/service entries, and
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# for each restatability policy call the policy test function if it is
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# supported. No accounting of failed / successful test is done, as a
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# failed test can currently provoque cascading effects, so instead we
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# fail the test as a whole on the first failurei found.
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#
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# Supported policies have to be in the POLICIES variable, and define a test
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# function.
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#
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# Known limitations:
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# - Currently not all recovery policies are tested
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# - Running this test under X11 hangs the X server
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#
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# To add a new policy, you have to do the following:
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# 1. Add the policy into the active policies array by:
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# POLICIES="${POLICIES} <policyname>"
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#
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# 2. define the following shell function:
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# pol_<policyname>() {}
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# - it will recieve the following parameters:
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# + service filename as $1 : the full path to the proc entry
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# + label as $2 : the service label
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# - which prints 'ok' on success, 'not ok' on failure.
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# Currently known policies:
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# /* user | endpoint */
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# POL_RESET, /* visible | change */
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# POL_RESTART, /* transparent | preserved */
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# POL_LIVE_UPDATE /* transparent | preserved */
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#######################################################################
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# Utility functions & global state initializations
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#######################################################################
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POLICIES=""
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MAX_RETRY=7 # so that a single test takes at most 10 seconds
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# get_value(key, filename)
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get_value() {
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if test -f $2
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then
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grep $1 $2 | cut -d: -f2
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else
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echo "Error: service $2 down"
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fi
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}
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# wait_for_service(filename)
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wait_for_service() {
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local retry
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retry=0
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# Arbitrary timeout, found by counting the number of mice crossing
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# the hallway.
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sleep 2
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while test ${retry} -lt ${MAX_RETRY}
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do
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sleep 1
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retry=$((${retry} + 1))
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test -f $1 && break
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done
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}
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#######################################################################
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# POLICY: restart
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#######################################################################
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POLICIES="${POLICIES} restart"
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pol_restart() {
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local label service
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local endpoint_pre endpoint_post
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local restarts_pre restarts_post
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service=$1
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label=$2
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restarts_pre=$(get_value restarts ${service})
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endpoint_pre=$(get_value endpoint ${service})
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service refresh ${label}
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wait_for_service ${service}
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restarts_post=$(get_value restarts ${service})
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endpoint_post=$(get_value endpoint ${service})
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if [ ${restarts_post} -gt ${restarts_pre} \
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-a ${endpoint_post} -eq ${endpoint_pre} ]
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then
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echo ok
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else
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echo not ok
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fi
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}
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#######################################################################
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# POLICY: reset
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#######################################################################
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POLICIES="${POLICIES} reset"
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pol_reset() {
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local label service
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local endpoint_pre endpoint_post
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service=$1
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label=$2
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endpoint_pre=$(get_value endpoint ${service})
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service refresh ${label}
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wait_for_service ${service}
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endpoint_post=$(get_value endpoint ${service})
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# This policy doesn't guarantee the endpoint to be kept, but there
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# is a slight chance that it will actualy stay the same, and fail
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# the test.
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if [ ! ${endpoint_post} -eq ${endpoint_pre} ]
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then
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echo ok
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else
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echo not ok
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fi
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}
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#######################################################################
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# main()
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#######################################################################
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main() {
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local labels service_policies X11
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# If there is a running X server, skip the input driver
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if ps -ef | grep -v grep | grep -q /usr/X11R7/bin/X
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then
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echo "This test can't be run while a Xserver is running"
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echo "not ok # A Xserver is running"
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exit 1
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fi
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labels=$(echo /proc/service/*)
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for label in ${labels}
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do
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service_policies=$(grep policies ${label}|cut -d: -f2)
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for pol in ${service_policies}
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do
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# Check if the supported policy is under test
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if echo "${POLICIES}" | grep -q ${pol}
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then
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echo "# testing ${label} :: ${pol}"
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result=$(pol_${pol} ${label} $(basename ${label}))
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#pol_${pol} ${label} $(basename ${label})
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#result="FAILED"
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if [ "x${result}" != "xok" ]
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then
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echo "not ok # failed ${label}, ${pol}"
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exit 1
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fi
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fi
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done
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done
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echo ok
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exit 0
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}
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main
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