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|
%/*
% * Copyright 2005 Sun Microsystems, Inc. All rights reserved.
% * Use is subject to license terms.
% *
% * CDDL HEADER START
% *
% * The contents of this file are subject to the terms of the
% * Common Development and Distribution License, Version 1.0 only
% * (the "License"). You may not use this file except in compliance
% * with the License.
% *
% * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
% * or http://www.opensolaris.org/os/licensing.
% * See the License for the specific language governing permissions
% * and limitations under the License.
% *
% * When distributing Covered Code, include this CDDL HEADER in each
% * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
% * If applicable, add the following below this CDDL HEADER, with the
% * fields enclosed by brackets "[]" replaced with your own identifying
% * information: Portions Copyright [yyyy] [name of copyright owner]
% *
% * CDDL HEADER END
% */
%
%#pragma ident "%Z%%M% %I% %E% SMI"
%
%#include <mdiox.h>
%#include <meta_basic.h>
%#include <sys/lvm/mdmn_commd.h>
#ifdef RPC_SVC
%
%int md_in_daemon = 1;
%#include <signal.h>
#endif /* RPC_SVC */
#ifdef RPC_CLNT
%int _md_in_daemon = 0;
%#pragma weak md_in_daemon = _md_in_daemon
#endif /* RPC_CLNT */
#ifdef RPC_HDR
%
%extern int md_in_daemon;
%/*
% * There are too many external factors that affect the timing of the
% * operations, so we set the timeout to a very large value, in this
% * case 1 day, which should handle HW timeouts, large configurations,
% * and other potential delays.
% */
%#define CL_LONG_TMO 86400L
#endif /* RPC_HDR */
#ifdef RPC_XDR
%
%/* Start - Avoid duplicate definitions, but get the xdr calls right */
%#if 0
#include "../uts/common/sys/lvm/meta_arr.x"
%#endif /* 0 */
%/* End - Avoid duplicate definitions, but get the xdr calls right */
%
#endif /* RPC_XDR */
%
%/*
% * Structure Revisions
% */
enum mdrpc_metad_args_rev {
MD_METAD_ARGS_REV_1 = 1 /* Revision 1 */
};
%
%/*
% * device id
% */
struct mdrpc_devid_res {
string enc_devid<>; /* encoded device id */
md_error_t status; /* status of RPC call */
};
%
%/*
% * svm rpc version 2 device id arguments
% * (member union in mdrpc_devid_2_args)
% */
struct mdrpc_devid_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
mddrivename_t *drivenamep;
};
%
%/*
% * svm rpc version 2 device id arguments
% * (union of all version 2 revisions)
% */
union mdrpc_devid_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_devid_args rev1;
default:
void;
};
%
%/*
% * For getting the devinfo based upon devid
% */
struct mdrpc_devidstr_args {
mdsetname_t *sp;
string enc_devid<>; /* encoded device id */
md_error_t status; /* status of RPC call */
};
%
%/*
% * For getting the devinfo based upon devid/devname
% */
struct mdrpc_devid_name_args {
mdsetname_t *sp;
string orig_devname<>; /* devname on orig node */
string enc_devid<>; /* encoded device id */
};
%
%/*
% * svm rpc version 2 devinfo based upon devid/devname
% * (union of all version 2 revisions)
% */
union mdrpc_devid_name_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_devid_name_args rev1;
default:
void;
};
%
%/*
% * version 1 device info
% */
struct mdrpc_devinfo_res {
dev_t dev; /* major.minor */
int vtime; /* vtoc timestamp */
md_error_t status; /* status of RPC call */
};
%
%/*
% * version 2 device info. dev_t is always 64-bit
% */
struct mdrpc_devinfo_2_res {
md_dev64_t dev; /* major.minor */
int vtime; /* vtoc timestamp */
string enc_devid<>; /* encoded device id */
string devname<>; /* name of the device */
string drivername<>; /* name of the driver */
md_error_t status; /* status of RPC call */
};
%
%/*
% * svm rpc version 1 device info arguments
% */
struct mdrpc_devinfo_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
o_mddrivename_t *drivenamep;
};
%
%/*
% * svm rpc version 2 (revision 1) device info arguments
% * (member of union in mdrpc_devinfo_2_args)
% */
struct mdrpc_devinfo_2_args_r1 {
md_setkey_t *cl_sk;
mdsetname_t *sp;
mddrivename_t *drivenamep;
string enc_devid<>; /* encoded device id */
};
%
%/*
% * svm rpc version 2 device info arguments
% * (union of all version 2 revisions)
% */
union mdrpc_devinfo_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_devinfo_2_args_r1 rev1;
default:
void;
};
struct mdrpc_hostname_res {
string hostname<>;
md_error_t status;
};
%
%/*
% * svm rpc version 1 and version 2 (revision 1) getset arguments
% */
struct mdrpc_getset_args {
string setname<>;
set_t setno;
};
%
%/*
% * svm rpc version 2 getset arguments
% * (union of all version 2 revisions)
% */
union mdrpc_getset_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_getset_args rev1;
default:
void;
};
%
%/* NOTE: if you add to this struct, then fix the clnt_getset() */
%/* to prevent memory leaks */
struct mdrpc_getset_res {
md_set_record *sr;
md_error_t status;
};
%
%/* NOTE: if you add to this struct, then fix the clnt_mngetset() */
%/* to prevent memory leaks */
struct mdrpc_mngetset_res {
md_mnset_record *mnsr;
md_error_t status;
};
%
%/* NOTE: if you add to this struct, then fix the clnt_getdrivedesc() */
%/* to prevent memory leaks */
struct mdrpc_getdrivedesc_res {
md_drive_desc *dd;
md_error_t status;
};
#ifdef RPC_HDR
%#ifndef STRINGARRAY
#endif
typedef string stringarray<>;
#ifdef RPC_HDR
%#define STRINGARRAY
%#endif
#endif
%
%/*
% * svm rpc version 1 and version 2 (revision 1) createset arguments
% */
struct mdrpc_createset_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
md_node_nm_arr_t nodes;
md_timeval32_t timestamp;
u_long genid;
};
%
%/*
% * svm rpc version 2 createset arguments
% * (union of all version 2 revisions)
% */
union mdrpc_createset_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_createset_args rev1;
default:
void;
};
struct mdrpc_mncreateset_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
md_mnnode_desc *nodelist;
md_timeval32_t timestamp;
u_long genid;
md_node_nm_t master_nodenm;
int master_nodeid;
};
%
%/*
% * svm rpc version 2 mncreateset arguments
% * (union of all version 2 revisions)
% */
union mdrpc_mncreateset_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_mncreateset_args rev1;
default:
void;
};
struct mdrpc_bool_res {
int value;
md_error_t status;
};
%
%/*
% * svm rpc version 1 drive arguments
% */
struct mdrpc_drives_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
o_md_drive_desc *drivedescs;
md_timeval32_t timestamp;
u_long genid;
};
%
%/*
% * svm rpc version 2 (revision 1) drive arguments
% * (member of union in mrpc_drives_2_args)
% */
struct mdrpc_drives_2_args_r1 {
md_setkey_t *cl_sk;
mdsetname_t *sp;
md_drive_desc *drivedescs;
md_timeval32_t timestamp;
u_long genid;
};
%
%/*
% * svm rpc version 2 drive arguments
% * (union of all version 2 revisions)
% */
union mdrpc_drives_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_drives_2_args_r1 rev1;
default:
void;
};
%
%/*
% * svm rpc version 1 sidename arguments
% */
struct mdrpc_drv_sidenm_args {
md_setkey_t *cl_sk;
string hostname<>;
mdsetname_t *sp;
o_md_set_desc *sd;
stringarray node_v<>;
};
%
%/*
% * svm rpc version 2 (revision 1) sidename arguments
% * (member of union in mdrpc_drv_sidenm_2_args)
% */
struct mdrpc_drv_sidenm_2_args_r1 {
md_setkey_t *cl_sk;
string hostname<>;
mdsetname_t *sp;
md_set_desc *sd;
stringarray node_v<>;
};
%
%/*
% * svm rpc version 2 sidename arguments
% * (union of all version 2 revisions)
% */
union mdrpc_drv_sidenm_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_drv_sidenm_2_args_r1 rev1;
default:
void;
};
%
%/*
% * svm rpc version 1 drvused arguments
% */
struct mdrpc_drvused_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
o_mddrivename_t *drivenamep;
};
%
%/*
% * svm rpc version 2 (revision 1) drvused arguments
% * (member of union in mdrpc_drvused_2_args)
% */
struct mdrpc_drvused_2_args_r1 {
md_setkey_t *cl_sk;
mdsetname_t *sp;
mddrivename_t *drivenamep;
};
%
%/*
% * svm rpc version 2 drvused arguments
% * (union of all version 2 revisions)
% */
union mdrpc_drvused_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_drvused_2_args_r1 rev1;
default:
void;
};
%
%/*
% * svm rpc version 1 and version 2 (revision 1) host arguments
% */
struct mdrpc_host_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
stringarray hosts<>;
};
%
%/*
% * svm rpc version 2 host arguments
% * (union of all version 2 revisions)
% */
union mdrpc_host_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_host_args rev1;
default:
void;
};
struct mdrpc_gtimeout_res {
md_error_t status;
mhd_mhiargs_t *mhiargsp;
};
%
%/*
% * svm rpc version 1 and version 2 (revision 1) set timeout arguments
% */
struct mdrpc_stimeout_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
mhd_mhiargs_t *mhiargsp;
};
%
%/*
% * svm rpc version 2 set timeout arguments
% * (union of all version 2 revisions)
% */
union mdrpc_stimeout_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_stimeout_args rev1;
default:
void;
};
%
%/*
% * svm rpc version 1 arguments
% */
struct mdrpc_upd_dr_flags_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
o_md_drive_desc *drivedescs;
u_int new_flags;
};
%
%/*
% * svm rpc version 2 (revision 1) arguments
% * (member of union in mdrpc_upd_dr_flags_2_args)
% */
struct mdrpc_upd_dr_flags_2_args_r1 {
md_setkey_t *cl_sk;
mdsetname_t *sp;
md_drive_desc *drivedescs;
u_int new_flags;
};
%
%/*
% * svm rpc version 2 arguments
% * (union of all version 2 revisions)
% */
union mdrpc_upd_dr_flags_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_upd_dr_flags_2_args_r1 rev1;
default:
void;
};
%
%/*
% * svm rpc version 1 and version 2 (revision 1) arguments
% */
struct mdrpc_upd_sr_flags_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
u_int new_flags;
};
%
%/*
% * svm rpc version 2 arguments
% * (union of all version 2 revisions)
% */
union mdrpc_upd_sr_flags_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_upd_sr_flags_args rev1;
default:
void;
};
%
%/*
% * svm rpc version 2 (revision 1) arguments
% */
struct mdrpc_upd_nr_flags_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
md_mnnode_desc *nodedescs;
u_int flag_action;
u_int flags;
};
%
%/*
% * svm rpc version 2 arguments
% * (union of all version 2 revisions)
% */
union mdrpc_upd_nr_flags_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_upd_nr_flags_args rev1;
default:
void;
};
struct mdrpc_setlock_res {
md_setkey_t *cl_sk;
md_error_t status;
};
struct mdrpc_generic_res {
md_error_t status;
};
%
%/*
% * svm rpc version 1 and version 2 (revision 1) set arguments
% */
struct mdrpc_setno_args {
md_setkey_t *cl_sk;
set_t setno;
};
%
%/*
% * svm rpc version 2 set arguments
% * (union of all version 2 revisions)
% */
union mdrpc_setno_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_setno_args rev1;
default:
void;
};
struct mdrpc_null_args {
md_setkey_t *cl_sk;
};
%
%/*
% * svm rpc version 1 and version 2 (revision 1) arguments
% */
struct mdrpc_sp_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
};
%
%/*
% * svm rpc version 2 arguments
% * (union of all version 2 revisions)
% */
union mdrpc_sp_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_sp_args rev1;
default:
void;
};
%
%/*
% * svm rpc version 2 (revision 1) arguments
% */
struct mdrpc_sp_flags_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
int flags;
};
%
%/*
% * svm rpc version 2 arguments
% * (union of all version 2 revisions)
% */
union mdrpc_sp_flags_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_sp_flags_args rev1;
default:
void;
};
%
%/*
% * svm rpc version 1 and version 2 (revision 1) arguments
% */
struct mdrpc_updmeds_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
md_h_arr_t meds;
};
%
%/*
% * svm rpc version 2 arguments
% * (union of all version 2 revisions)
% */
union mdrpc_updmeds_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_updmeds_args rev1;
default:
void;
};
struct mdrpc_mnsetmaster_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
md_node_nm_t master_nodenm;
int master_nodeid;
};
%
%/*
% * svm rpc version 2 arguments
% * (union of all version 2 revisions)
% */
union mdrpc_mnsetmaster_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_mnsetmaster_args rev1;
default:
void;
};
/*
* Defines and structures to support rpc.mdcommd.
* RPC routines in rpc.metad will be used to suspend, resume
* and reinitialize the rpc.mdcommd running on that node.
* These actions are needed when the nodelist is changing.
*/
%#define COMMDCTL_SUSPEND 1
%#define COMMDCTL_RESUME 2
%#define COMMDCTL_REINIT 3
struct mdrpc_mdcommdctl_args {
int flag_action;
set_t setno;
md_mn_msgclass_t class;
int flags;
};
%
%
%/*
% * svm rpc version 2 arguments
% * (union of all version 2 revisions)
% */
union mdrpc_mdcommdctl_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_mdcommdctl_args rev1;
default:
void;
};
%
%/*
% * svm rpc version 2 (revision 1) nodeid arguments
% */
struct mdrpc_nodeid_args {
md_setkey_t *cl_sk;
mdsetname_t *sp;
int nodeid<>;
};
%
%/*
% * svm rpc version 2 nodeid arguments
% * (union of all version 2 revisions)
% */
union mdrpc_nodeid_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_nodeid_args rev1;
default:
void;
};
%
%/*
% * Defines and structures to support suspend and resume I/O
% * driven by a remote node.
% */
%#define MN_SUSP_IO 1
%#define MN_RES_IO 2
%
%/*
% * svm rpc version 2 (revision 1) mn_susp_res_io arguments
% * setno of 0 represents all disksets.
% */
struct mdrpc_mn_susp_res_io_args {
md_setkey_t *susp_res_l_sk;
set_t susp_res_setno;
int susp_res_cmd;
};
%
%/*
% * svm rpc version 2 nodeid arguments
% * (union of all version 2 revisions)
% */
union mdrpc_mn_susp_res_io_2_args switch (mdrpc_metad_args_rev rev) {
case MD_METAD_ARGS_REV_1:
mdrpc_mn_susp_res_io_args rev1;
default:
void;
};
#ifdef RPC_HDR
%
%/*
% * authorization info
% */
const METAD_GID = 14; /* magic sysadmin group */
#endif /* RPC_HDR */
%
%/*
% * services available
% */
program METAD {
version METAD_VERSION {
md_error_t
mdrpc_nullproc(void) = 0;
mdrpc_hostname_res
mdrpc_hostname(mdrpc_null_args) = 1;
mdrpc_generic_res
mdrpc_addhosts(mdrpc_host_args) = 2;
mdrpc_generic_res
mdrpc_delhosts(mdrpc_host_args) = 3;
mdrpc_generic_res
mdrpc_createset(mdrpc_createset_args) = 4;
mdrpc_generic_res
mdrpc_delset(mdrpc_sp_args) = 5;
mdrpc_getset_res
mdrpc_getset(mdrpc_getset_args) = 6;
mdrpc_bool_res
mdrpc_setnumbusy(mdrpc_setno_args) = 7;
mdrpc_bool_res
mdrpc_setnameok(mdrpc_sp_args) = 8;
mdrpc_bool_res
mdrpc_ownset(mdrpc_sp_args) = 9;
mdrpc_generic_res
mdrpc_adddrvs(mdrpc_drives_args) = 10;
mdrpc_generic_res
mdrpc_deldrvs(mdrpc_drives_args) = 11;
mdrpc_generic_res
mdrpc_upd_dr_dbinfo(mdrpc_drives_args) = 12;
mdrpc_devinfo_res
mdrpc_devinfo(mdrpc_devinfo_args) = 13;
mdrpc_generic_res
mdrpc_drvused(mdrpc_drvused_args) = 14;
mdrpc_generic_res
mdrpc_add_drv_sidenms(mdrpc_drv_sidenm_args) = 15;
mdrpc_generic_res
mdrpc_del_drv_sidenms(mdrpc_sp_args) = 16;
mdrpc_gtimeout_res
mdrpc_gtimeout(mdrpc_sp_args) = 17;
mdrpc_generic_res
mdrpc_stimeout(mdrpc_stimeout_args) = 18;
mdrpc_generic_res
mdrpc_upd_dr_flags(mdrpc_upd_dr_flags_args) = 19;
mdrpc_generic_res
mdrpc_upd_sr_flags(mdrpc_upd_sr_flags_args) = 20;
mdrpc_setlock_res
mdrpc_unlock_set(mdrpc_null_args) = 21;
mdrpc_setlock_res
mdrpc_lock_set(mdrpc_null_args) = 22;
mdrpc_generic_res
mdrpc_updmeds(mdrpc_updmeds_args) = 23;
mdrpc_generic_res
mdrpc_flush_internal(mdrpc_null_args) = 24;
} = 1;
version METAD_VERSION_DEVID {
md_error_t
mdrpc_nullproc(void) = 0;
mdrpc_hostname_res
mdrpc_hostname(mdrpc_null_args) = 1;
mdrpc_generic_res
mdrpc_addhosts(mdrpc_host_2_args) = 2;
mdrpc_generic_res
mdrpc_delhosts(mdrpc_host_2_args) = 3;
mdrpc_generic_res
mdrpc_createset(mdrpc_createset_2_args) = 4;
mdrpc_generic_res
mdrpc_delset(mdrpc_sp_2_args) = 5;
mdrpc_getset_res
mdrpc_getset(mdrpc_getset_2_args) = 6;
mdrpc_bool_res
mdrpc_setnumbusy(mdrpc_setno_2_args) = 7;
mdrpc_bool_res
mdrpc_setnameok(mdrpc_sp_2_args) = 8;
mdrpc_bool_res
mdrpc_ownset(mdrpc_sp_2_args) = 9;
mdrpc_generic_res
mdrpc_adddrvs(mdrpc_drives_2_args) = 10;
mdrpc_generic_res
mdrpc_deldrvs(mdrpc_drives_2_args) = 11;
mdrpc_generic_res
mdrpc_upd_dr_dbinfo(mdrpc_drives_2_args) = 12;
mdrpc_devinfo_2_res
mdrpc_devinfo(mdrpc_devinfo_2_args) = 13;
mdrpc_generic_res
mdrpc_drvused(mdrpc_drvused_2_args) = 14;
mdrpc_generic_res
mdrpc_add_drv_sidenms(mdrpc_drv_sidenm_2_args) = 15;
mdrpc_generic_res
mdrpc_del_drv_sidenms(mdrpc_sp_2_args) = 16;
mdrpc_gtimeout_res
mdrpc_gtimeout(mdrpc_sp_2_args) = 17;
mdrpc_generic_res
mdrpc_stimeout(mdrpc_stimeout_2_args) = 18;
mdrpc_generic_res
mdrpc_upd_dr_flags(mdrpc_upd_dr_flags_2_args) = 19;
mdrpc_generic_res
mdrpc_upd_sr_flags(mdrpc_upd_sr_flags_2_args) = 20;
mdrpc_setlock_res
mdrpc_unlock_set(mdrpc_null_args) = 21;
mdrpc_setlock_res
mdrpc_lock_set(mdrpc_null_args) = 22;
mdrpc_generic_res
mdrpc_updmeds(mdrpc_updmeds_2_args) = 23;
mdrpc_generic_res
mdrpc_flush_internal(mdrpc_null_args) = 24;
mdrpc_devid_res
mdrpc_devid(mdrpc_devid_2_args) = 25;
mdrpc_devinfo_2_res
mdrpc_devinfo_by_devid(mdrpc_devidstr_args) = 26;
mdrpc_generic_res
mdrpc_resnarf_set(mdrpc_setno_2_args) = 27;
mdrpc_generic_res
mdrpc_mncreateset(mdrpc_mncreateset_2_args) = 28;
mdrpc_mngetset_res
mdrpc_mngetset(mdrpc_getset_2_args) = 29;
mdrpc_generic_res
mdrpc_mnsetmaster(mdrpc_mnsetmaster_2_args) = 30;
mdrpc_generic_res
mdrpc_joinset(mdrpc_sp_flags_2_args) = 31;
mdrpc_generic_res
mdrpc_withdrawset(mdrpc_sp_2_args) = 32;
mdrpc_generic_res
mdrpc_upd_nr_flags(mdrpc_upd_nr_flags_2_args) = 33;
mdrpc_bool_res
mdrpc_mn_is_stale(mdrpc_setno_2_args) = 34;
mdrpc_generic_res
mdrpc_mdcommdctl(mdrpc_mdcommdctl_2_args) = 35;
mdrpc_generic_res
mdrpc_clr_mnsetlock(mdrpc_null_args) = 36;
mdrpc_getdrivedesc_res
mdrpc_getdrivedesc(mdrpc_sp_2_args) = 37;
mdrpc_generic_res
mdrpc_upd_dr_reconfig(mdrpc_upd_dr_flags_2_args) = 38;
mdrpc_generic_res
mdrpc_reset_mirror_owner(mdrpc_nodeid_2_args) = 39;
mdrpc_generic_res
mdrpc_mn_susp_res_io(mdrpc_mn_susp_res_io_2_args) = 40;
mdrpc_generic_res
mdrpc_mn_mirror_resync_all(mdrpc_setno_2_args) = 41;
mdrpc_devinfo_2_res
mdrpc_devinfo_by_devid_name(mdrpc_devid_name_2_args) = 42;
mdrpc_generic_res
mdrpc_mn_sp_update_abr(mdrpc_setno_2_args) = 43;
} = 2;
} = 100229;
#ifdef RPC_HDR
%
%extern void short_circuit_getset(mdrpc_getset_args *args,
% mdrpc_getset_res *res);
%extern void short_circuit_mngetset(mdrpc_getset_args *args,
% mdrpc_mngetset_res *res);
#endif /* RPC_HDR */
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