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iprconfig.h
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iprconfig.h
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#ifndef iprconfig_h
#define iprconfig_h
/**
* IBM IPR adapter configuration utility
*
* (C) Copyright 2004
* International Business Machines Corporation and others.
* All Rights Reserved. This program and the accompanying
* materials are made available under the terms of the
* Common Public License v1.0 which accompanies this distribution.
*
**/
#define _(string) (string)
#define __(string) (string)
#define EXIT_FLAG 0x8000 /* stops at given screen on exit call */
#define CANCEL_FLAG 0x4000 /* stops at given screen on quit call */
#define REFRESH_FLAG 0x2000 /* refreshes screen on quit or exit */
#define TOGGLE_FLAG 0x1000
#define FWD_FLAG 0x0800
#define CONFIRM_FLAG 0x0400
#define CONFIRM_REC_FLAG 0x0200
#define MENU_FLAG 0x0100
#define ENTER_FLAG 0x0080
#define NUM_OPTS(x) (sizeof(x)/sizeof(struct screen_opts))
#define REFRESH_SCREEN -13
#define TOGGLE_SCREEN -14
#define INVALID_OPTION_STATUS 2
#define PGUP_STATUS 3
#define TOP_STATUS 4
#define PGDN_STATUS 5
#define BTM_STATUS 6
#define MAX_FIELD_SIZE 39
typedef struct info_container i_container;
struct info_container {
i_container *next_item; /* reference to next info_container */
char field_data[MAX_FIELD_SIZE + 1]; /* stores characters entered into a user-entry field */
void *data; /* stores a field pointer */
int y; /* cursor y position of user selection */
int x; /* cursor x position of user selection */
};
#define for_each_icon(icon) for (icon = i_con_head; icon; icon = icon->next_item)
struct screen_output {
int rc;
i_container *i_con;
};
typedef struct function_output fn_out;
struct function_output {
fn_out *next; /* reference to next fn_out if >1 */
int index; /* used to plop text into # spots on text.msg */
int cat_offset; /* varies text set used in text.msg -> esp dif platforms */
char *text; /* holds "special" data to be passed back to the screen */
};
int main_menu(i_container * i_con);
int config_menu(i_container *i_con);
int disk_status(i_container * i_con);
int device_details(i_container * i_con);
int path_details(i_container * i_con);
int raid_screen(i_container * i_con);
int raid_status(i_container * i_con);
int raid_stop(i_container * i_con);
int confirm_raid_stop(i_container * i_con);
int do_confirm_raid_stop(i_container * i_con);
int raid_start(i_container * i_con);
int raid_start_loop(i_container * i_con);
int configure_raid_start(i_container * i_con);
int configure_raid_parameters(i_container * i_con);
int confirm_raid_start(i_container * i_con);
int raid_start_complete();
int raid_include(i_container * i_con);
int configure_raid_include(i_container * i_con);
int confirm_raid_include(i_container * i_con);
int confirm_raid_include_device(i_container * i_con);
int disk_unit_recovery(i_container * i_con);
int concurrent_add_device(i_container *i_con);
int concurrent_remove_device(i_container *i_con);
int verify_conc_maint(i_container * i_con);
int path_status(i_container * i_con);
int init_device(i_container * i_con);
int confirm_init_device(i_container * i_con);
int send_dev_inits(i_container * i_con);
int reclaim_cache(i_container * i_con);
int confirm_reclaim(i_container * i_con);
int reclaim_warning(i_container * i_con);
int reclaim_result(i_container * i_con);
int af_include(i_container * i_con);
int af_remove(i_container * i_con);
int hot_spare_screen(i_container *i_con);
int add_hot_spare(i_container * i_con);
int remove_hot_spare(i_container * i_con);
int hot_spare(i_container * i_con, int action);
int select_hot_spare(i_container * i_con, int action);
int confirm_hot_spare(int action);
int hot_spare_complete(int action);
int raid_migrate(i_container * i_con);
int asym_access(i_container *i_con);
int asym_access_menu(i_container * i_con);
int raid_rebuild(i_container * i_con);
int confirm_raid_rebuild(i_container * i_con);
int raid_resync(i_container * i_con);
int confirm_raid_resync(i_container * i_con);
int battery_maint(i_container * i_con);
int enclosures_maint(i_container * i_con);
int battery_fork(i_container * i_con);
int enclosures_fork(i_container * i_con);
int force_battery_error(i_container *i_con);
int enable_battery(i_container *i_con);
int ipr_suspend_disk_enclosure(i_container *i_con);
int ipr_resume_disk_enclosure(i_container *i_con);
int bus_config(i_container * i_con);
int change_bus_attr(i_container * i_con);
int confirm_change_bus_attr(i_container *i_con);
int driver_config(i_container * i_con);
int change_driver_config(i_container *i_con);
int disk_config(i_container * i_con);
int ioa_config(i_container * i_con);
int change_disk_config(i_container *);
int change_ioa_config(i_container *);
int ucode_screen(i_container *i_con);
int download_ucode(i_container *);
int download_all_ucode(i_container *);
int choose_ucode(i_container *);
int log_menu(i_container *);
int ibm_storage_log_tail(i_container *);
int ibm_storage_log(i_container *);
int kernel_log(i_container *);
int iprconfig_log(i_container *);
int kernel_root(i_container *);
int confirm_kernel_root(i_container *);
int confirm_kernel_root_change(i_container *);
int confirm_kernel_root_change2(i_container *);
int set_default_editor(i_container *);
int confirm_set_default_editor(i_container *);
int confirm_set_default_editor_change(i_container *);
int confirm_set_default_editor_change2(i_container *);
int restore_log_defaults(i_container *);
int ibm_boot_log(i_container *);
int exit_confirmed(i_container *);
int statistics_menu(i_container *);
int device_stats(i_container *);
static int raid_create_check_num_devs(struct ipr_array_cap_entry *, int, int);
/* constant strings */
const char *no_dev_found = __("No devices found");
const char *wait_for_next_screen = __("Please wait for the next screen.");
/* others */
int menu_test(i_container * i_con);
ITEM **menu_test_menu(int field_index);
typedef struct screen_node s_node;
struct screen_opts {
int (*screen_function) (i_container *);
char *key;
char *list_str;
};
struct screen_node {
int rc_flags;
int f_flags;
int num_opts;
struct screen_opts *options;
char *title;
char *body;
char *header[10];
};
struct screen_opts null_opt[] = {
{NULL, "\n"}
};
struct screen_opts main_menu_opt[] = {
{disk_status, "1", __("Display hardware status")},
{raid_screen, "2", __("Work with disk arrays")},
{disk_unit_recovery, "3", __("Work with disk unit recovery")},
{config_menu, "4", __("Work with configuration options")},
{ucode_screen, "5", __("Work with microcode updates")},
{statistics_menu, "6", __("Devices Statistics")},
{log_menu, "7", __("Analyze log")}
};
s_node n_main_menu = {
.rc_flags = (EXIT_FLAG | CANCEL_FLAG),
.f_flags = (EXIT_FLAG),
.num_opts = NUM_OPTS(main_menu_opt),
.options = &main_menu_opt[0],
.title = __("IBM Power RAID Configuration Utility")
};
struct screen_opts exit_confirm_opt[] = {
{main_menu, "1", __("Return to main menu")},
{exit_confirmed, "2", __("Exit iprconfig")},
};
s_node n_exit_confirm = {
.num_opts = NUM_OPTS(exit_confirm_opt),
.options = &exit_confirm_opt[0],
.title = __("Confirm Exit"),
.header = {
__("One or more disks is currently known to be zeroed. Exiting now "
"will cause this state to be lost, resulting in longer array creation times\n\n"),
"" }
};
struct screen_opts config_menu_opt[] = {
{bus_config, "1", __("Work with SCSI bus configuration")},
{driver_config, "2", __("Work with driver configuration")},
{disk_config, "3", __("Work with disk configuration")},
{ioa_config, "4", __("Work with adapter configuration")},
};
s_node n_config_menu = {
.rc_flags = (EXIT_FLAG | CANCEL_FLAG | REFRESH_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG),
.num_opts = NUM_OPTS(config_menu_opt),
.options = &config_menu_opt[0],
.title = __("IBM Power RAID Configuration Utility")
};
struct screen_opts disk_status_opt[] = {
{device_details, "\n"}
};
s_node n_disk_status = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | REFRESH_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(disk_status_opt),
.options = &disk_status_opt[0],
.title = __("Display Hardware Status"),
.header = {
__("Type option, press Enter.\n"),
__(" 1=Display hardware resource information details\n\n"),
"" }
};
struct screen_opts device_stats_opt[] = {
{device_stats, "\n"}
};
s_node n_device_stats = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | REFRESH_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(device_stats_opt),
.options = &device_stats_opt[0],
.title = __("Display Device Statistics"),
.header = {
__("Type option, press Enter.\n"),
__(" 1=Display device statistics\n\n"),
"" }
};
s_node n_adapter_details = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG | FWD_FLAG),
.title = __("IOA Hardware Resource Information Details")
};
s_node n_device_details = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG | FWD_FLAG),
.title = __("Disk Unit Hardware Resource Information Details")
};
s_node n_vset_details = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG | FWD_FLAG),
.title = __("Disk Array Information Details")
};
s_node n_ses_details = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG | FWD_FLAG),
.title = __("Disk Enclosure Information Details")
};
struct screen_opts raid_screen_opt[] = {
{raid_status, "1", __("Display disk array status")},
{raid_start, "2", __("Create a disk array")},
{raid_stop, "3", __("Delete a disk array")},
{raid_include, "4", __("Add a device to a disk array")},
{af_include, "5", __("Format device for RAID function")},
{af_remove, "6", __("Format device for JBOD function")},
{hot_spare_screen, "7", __("Work with hot spares")},
{asym_access, "8", __("Work with asymmetric access")},
{raid_resync, "9", __("Force RAID Consistency Check")},
{raid_migrate, "0", __("Migrate disk array protection")},
};
struct screen_opts hot_spare_opt[] = {
{add_hot_spare, "1", __("Create a hot spare")},
{remove_hot_spare, "2", __("Delete a hot spare")},
};
s_node n_asym_access = {
.rc_flags = (EXIT_FLAG | CANCEL_FLAG | REFRESH_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | REFRESH_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Array Asymmetric Access"),
.header = {
__("Select the disk array path.\n\n"),
__("Type choice, press Enter.\n"),
__(" 1=change asymmetric access for a disk array\n\n"),
"" }
};
s_node n_asym_access_fail = {
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG),
.title = __("Setting Array Asymmetric Access Failed"),
.header = {
__("There are no arrays eligible for the selected operation "
"due to one or more of the following reasons:\n\n"),
__("o Active/Active mode is not enabled on the IOAs.\n"),
__("o An IOA needs updated microcode in order to support "
"active/active configurations.\n"),
__("o None of the disk arrays in the system are capable of "
"changing asymmetric access attributes.\n"),
__("o There are no disk arrays in the system.\n"),
__("o An IOA is in a condition that makes the disks attached to "
"it read/write protected. Examine the kernel messages log "
"for any errors that are logged for the IO subsystem "
"and follow the appropriate procedure for the reference "
"code to correct the problem, if necessary.\n"),
__("o Not all disks attached to an advanced function IOA have "
"reported to the system. Retry the operation.\n"),
"" }
};
struct screen_opts change_array_asym_access_opt[] = {
{asym_access_menu, "c"},
{NULL, "\n"}
};
s_node n_change_array_asym_access = {
.rc_flags = (EXIT_FLAG | CANCEL_FLAG | REFRESH_FLAG),
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG | FWD_FLAG | MENU_FLAG),
.num_opts = NUM_OPTS(change_array_asym_access_opt),
.options = &change_array_asym_access_opt[0],
.title = __("Change Asymmetric Access Configuration of Array"),
.header = {
__("Current array asymmetric access configuration is shown. To "
"change setting hit 'c' for options menu. Highlight "
"desired option then hit Enter.\n"),
__(" c=Change Setting\n\n"),
"" }
};
s_node n_raid_migrate_complete = {
.title = __("Migrate Disk Array Status"),
.body = __("You selected to migrate a disk array")
};
s_node n_confirm_raid_migrate = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Confirm Migrate a Disk Array"),
.header = {
__("ATTENTION: Disk array will be migrated.\n\n"),
__("Press Enter to continue.\n"),
__(" q=Cancel to return and change your choice.\n\n"),
"" }
};
s_node n_raid_migrate = {
.rc_flags = (EXIT_FLAG | CANCEL_FLAG | REFRESH_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG ),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Migrate Disk Array Protection"),
.header = {
__("Select only one disk array for migration.\n\n"),
__("Type choice, press Enter.\n"),
__(" 1=migrate protection for a disk array\n\n"),
"" }
};
s_node n_raid_migrate_fail = {
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG),
.title = __("Disk Array Migration Failed"),
.header = {
__("There are no arrays eligible for the selected operation "
"due to one or more of the following reasons:\n\n"),
__("o There are no disk arrays in the system.\n"),
__("o An IOA is in a condition that makes the disks attached to "
"it read/write protected. Examine the kernel messages log "
"for any errors that are logged for the IO subsystem "
"and follow the appropriate procedure for the reference "
"code to correct the problem, if necessary.\n"),
__("o Not all disks attached to an advanced function IOA have "
"reported to the system. Retry the operation.\n"),
__("o There are not enough unused AF disks for the migration.\n"),
"" }
};
s_node n_raid_migrate_add_disks = {
.rc_flags = (CANCEL_FLAG | REFRESH_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Select Disk Units for Migration"),
.header = {
__("Type option, press Enter.\n"),
__(" 1=Select\n\n"),
"" }
};
s_node n_hot_spare_screen = {
.rc_flags = (EXIT_FLAG | CANCEL_FLAG | REFRESH_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG),
.num_opts = NUM_OPTS(hot_spare_opt),
.options = &hot_spare_opt[0],
.title = __("Work with Hot Spares")
};
s_node n_raid_screen = {
.rc_flags = (EXIT_FLAG | CANCEL_FLAG | REFRESH_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG),
.num_opts = NUM_OPTS(raid_screen_opt),
.options = &raid_screen_opt[0],
.title = __("Work with Disk Arrays")
};
s_node n_raid_status = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | REFRESH_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(disk_status_opt),
.options = &disk_status_opt[0],
.title = __("Display Disk Array Status"),
.header = {
__("Type option, press Enter.\n"),
__(" 1=Display hardware resource information details\n\n"),
"" }
};
struct screen_opts raid_stop_opt[] = {
{confirm_raid_stop, "\n"}
};
s_node n_raid_stop = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG ),
.num_opts = NUM_OPTS(raid_stop_opt),
.options = &raid_stop_opt[0],
.title = __("Delete a Disk Array"),
.header = {
__("Select the disk array(s) to delete.\n\n"),
__("Type choice, press Enter.\n"),
__(" 1=delete a disk array\n\n"),
"" }
};
s_node n_raid_stop_fail = {
.title = __("Delete a Disk Array Failed"),
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG),
.header = {
__("There are no disks eligible for the selected operation "
"due to one or more of the following reasons:\n\n"),
__("o There are no disk arrays in the system.\n"),
__("o An IOA is in a condition that makes the disks attached to "
"it read/write protected. Examine the kernel messages log "
"for any errors that are logged for the IO subsystem "
"and follow the appropriate procedure for the reference code to "
"correct the problem, if necessary.\n"),
__("o Not all disks attached to an advanced function IOA have "
"reported to the system. Retry the operation.\n"),
__("o The disks are missing.\n"),
"" }
};
struct screen_opts confirm_raid_stop_opt[] = {
{do_confirm_raid_stop, "\n"}
};
s_node n_confirm_raid_stop = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(confirm_raid_stop_opt),
.options = &confirm_raid_stop_opt[0],
.title = __("Confirm Delete a Disk Array"),
.header = {
__("ATTENTION: Disk array will be deleted.\n\n"),
__("Press Enter to continue.\n"),
__(" q=Cancel to return and change your choice.\n\n"),
"" }
};
struct screen_opts raid_start_opt[] = {
{raid_start_loop, "\n"}
};
s_node n_raid_start = {
.rc_flags = (CANCEL_FLAG | REFRESH_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(raid_start_opt),
.options = &raid_start_opt[0],
.title = __("Create a Disk Array"),
.header = {
__("Select the adapter.\n\n"),
__("Type choice, press Enter.\n"),
__(" 1=create a disk array\n\n"),
"" }
};
s_node n_raid_start_fail = {
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG),
.title = __("Create a Disk Array Failed"),
.header = {
__("There are no disks eligible for the selected operation due "
"to one or more of the following reasons:\n\n"),
__("o There are not enough advanced function disks in the system.\n"),
__("o An IOA is in a condition that makes the disks attached to "
"it read/write protected. Examine the kernel messages log "
"for any errors that are logged for the IO subsystem "
"and follow the appropriate procedure for the reference code to "
"correct the problem, if necessary.\n"),
__("o Not all disks attached to an advanced function IOA have "
"reported to the system. Retry the operation.\n"),
__("o The disks are missing.\n"),
"" }
};
s_node n_configure_raid_start = {
.rc_flags = (CANCEL_FLAG | REFRESH_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Select Disk Units for Disk Array"),
.header = {
__("Type option, press Enter.\n"),
__(" 1=Select\n\n"),
"" }
};
s_node n_confirm_raid_start = {
.f_flags = (CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Confirm Create Disk Array"),
.header = {
__("Press Enter to continue.\n"),
__(" q=Cancel to return and change your choice.\n\n"),
"" }
};
s_node n_raid_start_complete = {
.title = __("Create Disk Array Status"),
.body = __("You selected to create a disk array")
};
struct screen_opts raid_include_opt[] = {
{configure_raid_include, "\n"}
};
s_node n_raid_include = {
.rc_flags = (CANCEL_FLAG | REFRESH_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(raid_include_opt),
.options = &raid_include_opt[0],
.title = __("Add Devices to a Disk Array"),
.header = {
__("Select the disk array.\n\n"),
__("Type choice, press Enter.\n"),
__(" 1=Select disk array\n\n"),
"" }
};
s_node n_raid_include_fail = {
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG),
.title = __("Add Devices to a Disk Array Failed"),
.header = {
__("There are no disks eligible for the selected operation "
"due to one or more of the following reasons:\n\n"),
__("o There are no disk arrays in the system.\n"),
__("o An IOA is in a condition that makes the disks attached to "
"it read/write protected. Examine the kernel messages log "
"for any errors that are logged for the IO subsystem "
"and follow the appropriate procedure for the reference "
"code to correct the problem, if necessary.\n"),
__("o Not all disks attached to an advanced function IOA have"
"reported to the system. Retry the operation.\n"),
__("o The disks are missing.\n"),
__("o IO adapter does not support add function.\n"),
"" }
};
s_node n_configure_raid_include = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Add Devices to a Disk Array"),
.header = {
__("Select the devices to be included in the disk array\n\n"),
__("Type choice, press Enter.\n"),
__(" 1=Add a Device to a Disk Array\n\n"),
"" }
};
s_node n_configure_raid_include_fail = {
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG),
.title = __("Add Devices to a Disk Array Failed"),
.header = {
__("There are no disks eligible for the selected operation "
"due to one or more of the following reasons:\n\n"),
__("o There are not enough disks available to be included.\n"),
__("o Not all disks attached to an IOA have reported to the "
"system. Retry the operation.\n"),
__("o The disk to be included must be the same or greater "
"capacity than the smallest device in the disk array and "
"be formatted correctly\n"),
__("o The disk is not supported for the requested operation\n"),
"" }
};
s_node n_confirm_raid_include = {
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Confirm Devices to Add to a Disk Array"),
.header = {
__("All listed disks will be added to the disk array.\n"),
__("ATTENTION: Disks that have not been zeroed with be formatted first.\n"),
__("Press Enter to confirm your choice to have the system "
"include the selected disks in the disk array\n"),
__(" q=Cancel to return and change your choice.\n\n"),
"" }
};
s_node n_dev_include_complete = {
.title = __("Add Devices to a Disk Array Status"),
.header = {
__("The operation to add disks to the disk array "
"will be done in two phases. The disks will first be "
"formatted, then added to the disk array."),
__("You selected to add disks to a disk array"),
""
}
};
s_node n_af_include_fail = {
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG),
.title = __("Format Device for RAID Function Failed"),
.header = {
__("There are no disks eligible for the selected operation "
"due to one or more of the following reasons:\n\n"),
__("o There are no eligible disks in the system.\n"),
__("o All disks are already formatted for RAID Function.\n"),
__("o An IOA is in a condition that makes the disks attached to "
"it read/write protected. Examine the kernel messages log "
"for any errors that are logged for the IO subsystem "
"and follow the appropriate procedure for the reference code to "
"correct the problem, if necessary.\n"),
__("o Not all disks attached to an advanced function IOA have "
"reported to the system. Retry the operation.\n"),
__("o The disks are missing.\n"),
"" }
};
s_node n_af_remove_fail = {
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG),
.title = __("Format Device for JBOD Function (512) Failed"),
.header = {
__("There are no disks eligible for the selected operation "
"due to one or more of the following reasons:\n\n"),
__("o There are no eligible disks in the system.\n"),
__("o All disks are already formatted for JBOD function.\n"),
__("o An IOA is in a condition that makes the disks attached to "
"it read/write protected. Examine the kernel messages log "
"for any errors that are logged for the IO subsystem "
"and follow the appropriate procedure for the reference code to "
"correct the problem, if necessary.\n"),
__("o Not all disks attached to an advanced function IOA have "
"reported to the system. Retry the operation.\n"),
__("o The disks are missing.\n"),
"" }
};
s_node n_add_hot_spare_fail = {
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG),
.title = __("Create Hot Spare Failed"),
.header = {
__("There are no disks eligible for the selected operation "
"due to one or more of the following reasons:\n\n"),
__("o There are no eligible disks in the system.\n"),
__("o An IOA is in a condition that makes the disks attached to "
"it read/write protected. Examine the kernel messages log "
"for any errors that are logged for the IO subsystem "
"and follow the appropriate procedure for the reference code to "
"correct the problem, if necessary.\n"),
__("o Not all disks attached to an advanced function IOA have "
"reported to the system. Retry the operation.\n"),
__("o The disks are missing.\n"),
"" }
};
s_node n_remove_hot_spare_fail = {
.f_flags = (ENTER_FLAG | EXIT_FLAG | CANCEL_FLAG),
.title = __("Delete Hot Spare Failed"),
.header = {
__("There are no disks eligible for the selected operation "
"due to one or more of the following reasons:\n\n"),
__("o There are no eligible disks in the system.\n"),
__("o An IOA is in a condition that makes the disks attached to "
"it read/write protected. Examine the kernel messages log "
"for any errors that are logged for the IO subsystem "
"and follow the appropriate procedure for the reference code to "
"correct the problem, if necessary.\n"),
__("o Not all disks attached to an advanced function IOA have "
"reported to the system. Retry the operation.\n"),
__("o The disks are missing.\n"),
"" }
};
s_node n_add_hot_spare = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Create a Hot Spare Device"),
.header = {
__("Select the adapter on which disks will be "
"configured as hot spares\n\n"),
__("Type choice, press Enter.\n"),
__(" 1=Select adapter\n\n"),
"" },
};
s_node n_remove_hot_spare = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Delete a Hot Spare Device"),
.header = {
__("Select the adapter on which hot spares will be deleted\n\n"),
__("Type choice, press Enter.\n"),
__(" 1=Select adapter\n\n"),
"" },
};/* xxx search for subsystem and disk unit and replace all */
s_node n_select_add_hot_spare = {
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Select Disks to Create Hot Spares"),
.header = {
__("Type option, press Enter.\n"),
__(" 1=Select\n\n"),
"" }
};
s_node n_select_remove_hot_spare = {
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Select Hot Spares to Delete"),
.header = {
__("Type option, press Enter.\n"),
__(" 1=Select\n\n"),
"" }
};
s_node n_confirm_add_hot_spare = {
.f_flags = (CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Confirm Create Hot Spare"),
.header = {
__("ATTENTION: Existing data on these disks "
"will not be preserved.\n\n"),
__("Press Enter to continue.\n"),
__(" q=Cancel to return and change your choice.\n\n"),
"" },
};
s_node n_confirm_remove_hot_spare = {
.f_flags = (CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Confirm Delete Hot Spare"),
.header = {
__("ATTENTION: Selected disks will no longer be available "
"as hot spare devices.\n\n"),
__("Press Enter to continue.\n"),
__(" q=Cancel to return and change your choice.\n\n"),
"" }
};
struct screen_opts disk_unit_recovery_opt[] = {
{concurrent_add_device, "1", __("Concurrent add device")},
{concurrent_remove_device, "2", __("Concurrent remove device")},
{init_device, "3", __("Initialize and format disk")},
{reclaim_cache, "4", __("Reclaim IOA cache storage")},
{raid_rebuild, "5", __("Rebuild disk unit data")},
{raid_resync, "6", __("Force RAID Consistency Check")},
{battery_maint, "7", __("Work with resources containing cache battery packs")},
{path_status, "8", __("Display SAS path status")},
{enclosures_maint, "9", __("Work with disk enclosures")}
};
s_node n_disk_unit_recovery = {
.rc_flags = (EXIT_FLAG | CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG),
.num_opts = NUM_OPTS(disk_unit_recovery_opt),
.options = &disk_unit_recovery_opt[0],
.title = __("Work with Disk Unit Recovery")
};
#define IPR_CONC_REMOVE 1
#define IPR_CONC_ADD 2
#define IPR_VERIFY_CONC_REMOVE 3
#define IPR_VERIFY_CONC_ADD 4
#define IPR_WAIT_CONC_REMOVE 5
#define IPR_WAIT_CONC_ADD 6
#define IPR_CONC_IDENTIFY 7
s_node n_concurrent_remove_device = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Concurrent Device Remove"),
.header = {
__("Choose a single location for remove operations\n"),
__(" 1=Select\n\n"),
"" }
};
s_node n_concurrent_add_device = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Concurrent Device Add"),
.header = {
__("Choose a single location for add operations\n"),
__(" 1=Select\n\n"),
"" }
};
s_node n_verify_conc_remove = {
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Verify Device Concurrent Remove"),
.header = {
__("Verify the selected device for concurrent remove operations\n\n"),
__("Press Enter when verification complete and ready to continue\n"),
__(" q=Cancel to return and change your choice.\n\n"),
"" }
};
s_node n_verify_conc_add = {
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Verify Device Concurrent Add"),
.header = {
__("Verify the selected device for concurrent add operations\n\n"),
__("Press Enter when verification complete and ready to continue\n"),
__(" q=Cancel to return and change your choice.\n\n"),
"" }
};
s_node n_wait_conc_remove = {
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Complete Device Concurrent Remove"),
.header = {
__("Remove selected device\n\n"),
__("Press Enter when selected device has been removed\n"),
__(" q=Cancel to return and change your choice.\n\n"),
"" }
};
s_node n_wait_conc_add = {
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(null_opt),
.options = &null_opt[0],
.title = __("Complete Device Concurrent Add"),
.header = {
__("Add selected device\n\n"),
__("Press Enter when selected device has been installed\n"),
__(" q=Cancel to return and change your choice.\n\n"),
"" }
};
struct screen_opts init_device_opt[] = {
{confirm_init_device, "\n"}
};
s_node n_af_init_device = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(init_device_opt),
.options = &init_device_opt[0],
.title = __("Select Disks to format for RAID Function"),
.header = {
__("Type option, press Enter.\n"),
__(" 1=Select\n\n"),
"" }
};
s_node n_jbod_init_device = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(init_device_opt),
.options = &init_device_opt[0],
.title = __("Select Disks to format for JBOD Function (512)"),
.header = {
__("Type option, press Enter.\n"),
__(" 1=Select\n\n"),
"" }
};
s_node n_init_device = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(init_device_opt),
.options = &init_device_opt[0],
.title = __("Select Disks for Initialize and Format"),
.header = {
__("Type option, press Enter.\n"),
__(" 1=Select\n\n"),
"" }
};
struct screen_opts confirm_inits_opt[] = {
{send_dev_inits, "c"}
};
s_node n_confirm_init_device = {
.f_flags = (CONFIRM_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(confirm_inits_opt),
.options = &confirm_inits_opt[0],
.title = __("Confirm Initialize and Format Disks"),
.header = {
__("Press 'c' to confirm your choice for 1=Initialize and format.\n"),
__(" q=Return to change your choice.\n\n"),
"" }
};
s_node n_dev_init_complete = {
.title = __("Initialize and Format Status"),
.body = __("You selected to initialize and format a disk")
};
struct screen_opts reclaim_cache_opts[] = {
{confirm_reclaim, "\n"}
};
s_node n_reclaim_cache = {
.rc_flags = (CANCEL_FLAG),
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG),
.num_opts = NUM_OPTS(reclaim_cache_opts),
.options = &reclaim_cache_opts[0],
.title = __("Reclaim IOA Cache Storage"),
.header = {
__("Select the IOA to reclaim IOA cache storage.\n"),
__("ATTENTION: Proceed with this function only if directed "
"to from a service procedure. Data in the IOA cache "
"will be discarded.\n\n"),
__("Type choice, press Enter.\n"),
__(" 1=Reclaim IOA cache storage.\n\n"),
"" }
};
struct screen_opts confirm_reclaim_opt[] = {
{reclaim_warning, "c"}
};
s_node n_confirm_reclaim = {
.f_flags = (EXIT_FLAG | CANCEL_FLAG | TOGGLE_FLAG | FWD_FLAG),
.num_opts = NUM_OPTS(confirm_reclaim_opt),
.options = &confirm_reclaim_opt[0],