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freebsd-nq/usr.bin/passwd/yp_passwd.c

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Obtained from: The NYS project This is the first round of changes to incorporate YP server functionality into FreeBSD. This particular change allows passwd to change either the local or NIS password, as well as the NIS GECOS and shell information. Essentially, I've taken passwd(1) and yppasswd from the yppasswd-0.5 distribution (which is part of the NYS project -- a project to provide a GNU GPL'ed suite of NIS tools) and rammed them into each other at high speed. I've tried my best to make this co-exist with the Kerberos stuff, but since I don't run Kerberos I don't have an easy way to verify that it all works. If you choose any Kerberos flags then the YP checks should be bypassed, but that may not be enough. I'll modify it some more if it turns out I broke something. For now, support for localand NIS passwords is pretty solid: - If you simply type 'passwd,' the program checks to see if you exist in the local pwd.db database. If not, you get bounced to YP. - If you try to force local functionality with the -l flag and you don't exist locally, you get an error. The -y flag can be used to force YP functionality. -f and -s let you change your full name and shell (respectively). -f *and* -s let you change all of your 'account information.' ypchfn, ypchsh, yppasswd and ypchpass are all links to passwd.
1995-01-31 08:34:16 +00:00
/*
* Copyright (c) 1992/3 Theo de Raadt <deraadt@fsa.ca>
* Copyright (c) 1994 Olaf Kirch <okir@monad.swb.de>
Bug fix: use the use_yp() function in the chpass(1) code to determine correctly whether a user is local or NIS (or both, or neither). If you have a user that exists locally but not in NIS, passwd(1) could get confused and try to submit the password change to NIS. (Fortunately, yppasswdd is smart enough to spot the error and reject the change.) Bug reported by: Charles Owens <owensc@enc.edu>
1995-09-02 04:02:28 +00:00
* Copyright (c) 1995 Bill Paul <wpaul@ctr.columbia.edu>
Obtained from: The NYS project This is the first round of changes to incorporate YP server functionality into FreeBSD. This particular change allows passwd to change either the local or NIS password, as well as the NIS GECOS and shell information. Essentially, I've taken passwd(1) and yppasswd from the yppasswd-0.5 distribution (which is part of the NYS project -- a project to provide a GNU GPL'ed suite of NIS tools) and rammed them into each other at high speed. I've tried my best to make this co-exist with the Kerberos stuff, but since I don't run Kerberos I don't have an easy way to verify that it all works. If you choose any Kerberos flags then the YP checks should be bypassed, but that may not be enough. I'll modify it some more if it turns out I broke something. For now, support for localand NIS passwords is pretty solid: - If you simply type 'passwd,' the program checks to see if you exist in the local pwd.db database. If not, you get bounced to YP. - If you try to force local functionality with the -l flag and you don't exist locally, you get an error. The -y flag can be used to force YP functionality. -f and -s let you change your full name and shell (respectively). -f *and* -s let you change all of your 'account information.' ypchfn, ypchsh, yppasswd and ypchpass are all links to passwd.
1995-01-31 08:34:16 +00:00
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
* 3. The name of the author may not be used to endorse or promote
* products derived from this software without specific prior written
* permission.
*
* THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS
* OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
* WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
* ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY
* DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
* DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
* OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
* HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
* LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
* OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
* SUCH DAMAGE.
*/
Bug fix: use the use_yp() function in the chpass(1) code to determine correctly whether a user is local or NIS (or both, or neither). If you have a user that exists locally but not in NIS, passwd(1) could get confused and try to submit the password change to NIS. (Fortunately, yppasswdd is smart enough to spot the error and reject the change.) Bug reported by: Charles Owens <owensc@enc.edu>
1995-09-02 04:02:28 +00:00
#ifdef YP
Obtained from: The NYS project This is the first round of changes to incorporate YP server functionality into FreeBSD. This particular change allows passwd to change either the local or NIS password, as well as the NIS GECOS and shell information. Essentially, I've taken passwd(1) and yppasswd from the yppasswd-0.5 distribution (which is part of the NYS project -- a project to provide a GNU GPL'ed suite of NIS tools) and rammed them into each other at high speed. I've tried my best to make this co-exist with the Kerberos stuff, but since I don't run Kerberos I don't have an easy way to verify that it all works. If you choose any Kerberos flags then the YP checks should be bypassed, but that may not be enough. I'll modify it some more if it turns out I broke something. For now, support for localand NIS passwords is pretty solid: - If you simply type 'passwd,' the program checks to see if you exist in the local pwd.db database. If not, you get bounced to YP. - If you try to force local functionality with the -l flag and you don't exist locally, you get an error. The -y flag can be used to force YP functionality. -f and -s let you change your full name and shell (respectively). -f *and* -s let you change all of your 'account information.' ypchfn, ypchsh, yppasswd and ypchpass are all links to passwd.
1995-01-31 08:34:16 +00:00
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <netdb.h>
#include <time.h>
#include <sys/types.h>
#include <pwd.h>
#include <errno.h>
#include <unistd.h>
#include <limits.h>
#include <rpc/rpc.h>
#include <rpcsvc/yp_prot.h>
#include <rpcsvc/ypclnt.h>
#include <rpcsvc/yppasswd.h>
Bug fix: use the use_yp() function in the chpass(1) code to determine correctly whether a user is local or NIS (or both, or neither). If you have a user that exists locally but not in NIS, passwd(1) could get confused and try to submit the password change to NIS. (Fortunately, yppasswdd is smart enough to spot the error and reject the change.) Bug reported by: Charles Owens <owensc@enc.edu>
1995-09-02 04:02:28 +00:00
#include <pw_yp.h>
Changes for KTH KerberosIV. Also quieten -Wall a bit.
1997-09-28 08:57:24 +00:00
#include <err.h>
Modify passwd and chpass to use new AF_LOCAL RPC interface instead of old kludged-up 'yppasswd_comm' support.
1997-07-29 15:45:36 +00:00
#include "yppasswd_private.h"
Obtained from: The NYS project This is the first round of changes to incorporate YP server functionality into FreeBSD. This particular change allows passwd to change either the local or NIS password, as well as the NIS GECOS and shell information. Essentially, I've taken passwd(1) and yppasswd from the yppasswd-0.5 distribution (which is part of the NYS project -- a project to provide a GNU GPL'ed suite of NIS tools) and rammed them into each other at high speed. I've tried my best to make this co-exist with the Kerberos stuff, but since I don't run Kerberos I don't have an easy way to verify that it all works. If you choose any Kerberos flags then the YP checks should be bypassed, but that may not be enough. I'll modify it some more if it turns out I broke something. For now, support for localand NIS passwords is pretty solid: - If you simply type 'passwd,' the program checks to see if you exist in the local pwd.db database. If not, you get bounced to YP. - If you try to force local functionality with the -l flag and you don't exist locally, you get an error. The -y flag can be used to force YP functionality. -f and -s let you change your full name and shell (respectively). -f *and* -s let you change all of your 'account information.' ypchfn, ypchsh, yppasswd and ypchpass are all links to passwd.
1995-01-31 08:34:16 +00:00
Whoops: getnewpasswd() always says "Changing local password for foo". Change things slightly so this message says "local" or "YP" as needed so we can use it for both NIS and local password changes without confusing people.
1995-06-24 18:08:25 +00:00
extern char *getnewpasswd __P(( struct passwd * , int ));
Obtained from: The NYS project This is the first round of changes to incorporate YP server functionality into FreeBSD. This particular change allows passwd to change either the local or NIS password, as well as the NIS GECOS and shell information. Essentially, I've taken passwd(1) and yppasswd from the yppasswd-0.5 distribution (which is part of the NYS project -- a project to provide a GNU GPL'ed suite of NIS tools) and rammed them into each other at high speed. I've tried my best to make this co-exist with the Kerberos stuff, but since I don't run Kerberos I don't have an easy way to verify that it all works. If you choose any Kerberos flags then the YP checks should be bypassed, but that may not be enough. I'll modify it some more if it turns out I broke something. For now, support for localand NIS passwords is pretty solid: - If you simply type 'passwd,' the program checks to see if you exist in the local pwd.db database. If not, you get bounced to YP. - If you try to force local functionality with the -l flag and you don't exist locally, you get an error. The -y flag can be used to force YP functionality. -f and -s let you change your full name and shell (respectively). -f *and* -s let you change all of your 'account information.' ypchfn, ypchsh, yppasswd and ypchpass are all links to passwd.
1995-01-31 08:34:16 +00:00
int
yp_passwd(char *user)
{
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
struct yppasswd yppasswd;
struct master_yppasswd master_yppasswd;
struct passwd *pw;
CLIENT *clnt;
struct rpc_err err;
char *master;
int *status = NULL;
uid_t uid;
Modify passwd and chpass to use new AF_LOCAL RPC interface instead of old kludged-up 'yppasswd_comm' support.
1997-07-29 15:45:36 +00:00
char *sockname = YP_SOCKNAME;
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
_use_yp = 1;
uid = getuid();
if ((master = get_yp_master(1)) == NULL) {
warnx("failed to find NIS master server");
return(1);
}
/*
* It is presumed that by the time we get here, use_yp()
* has been called and that we have verified that the user
* actually exists. This being the case, the yp_password
* stucture has already been filled in for us.
*/
/* Use the correct password */
pw = (struct passwd *)&yp_password;
if (pw->pw_uid != uid && uid != 0) {
Cosmetic in usage string and err() messages.
1997-07-31 06:57:47 +00:00
warnx("only the super-user may change account information \
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
for other users");
return(1);
}
Reset password change time to zero. (This has no effect with standard RPC calls to rpc.yppasswdd, but when using the special superuser-only AF_UNIX socket access method, the server will properly handle all the additional fields, including pw_change.) I would also like to take this opportunity to say that Sprint sucks.
1996-09-05 15:57:41 +00:00
pw->pw_change = 0;
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
/* Initialize password information */
if (suser_override) {
master_yppasswd.newpw.pw_passwd = strdup(pw->pw_passwd);
master_yppasswd.newpw.pw_name = strdup(pw->pw_name);
master_yppasswd.newpw.pw_uid = pw->pw_uid;
master_yppasswd.newpw.pw_gid = pw->pw_gid;
master_yppasswd.newpw.pw_expire = pw->pw_expire;
master_yppasswd.newpw.pw_change = pw->pw_change;
master_yppasswd.newpw.pw_fields = pw->pw_fields;
master_yppasswd.newpw.pw_gecos = strdup(pw->pw_gecos);
master_yppasswd.newpw.pw_dir = strdup(pw->pw_dir);
master_yppasswd.newpw.pw_shell = strdup(pw->pw_shell);
Fix for PR #3141: check for NULL before strdup()ing pw->pw_class. (I'm not sure why this happens, though I suspect it may be because the server is configured with only passwd maps instead of both passwd and master.passwd maps. This is allowed, but I think in this case pw_class is left NULL, hence the problem.) Also applied similar patch to chpass/pw_yp.c just for paranoia's sake.
1997-03-29 20:29:12 +00:00
master_yppasswd.newpw.pw_class = pw->pw_class != NULL ?
strdup(pw->pw_class) : "";
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
master_yppasswd.oldpass = "";
master_yppasswd.domain = yp_domain;
} else {
yppasswd.newpw.pw_passwd = strdup(pw->pw_passwd);
yppasswd.newpw.pw_name = strdup(pw->pw_name);
yppasswd.newpw.pw_uid = pw->pw_uid;
yppasswd.newpw.pw_gid = pw->pw_gid;
yppasswd.newpw.pw_gecos = strdup(pw->pw_gecos);
yppasswd.newpw.pw_dir = strdup(pw->pw_dir);
yppasswd.newpw.pw_shell = strdup(pw->pw_shell);
yppasswd.oldpass = "";
}
if (suser_override)
printf("Changing NIS password for %s on %s in domain %s.\n",
pw->pw_name, master, yp_domain);
else
printf("Changing NIS password for %s on %s.\n",
pw->pw_name, master);
/* Get old password */
if(pw->pw_passwd[0] && !suser_override) {
yppasswd.oldpass = strdup(getpass("Old Password: "));
if (strcmp(crypt(yppasswd.oldpass, pw->pw_passwd),
pw->pw_passwd)) {
Cosmetic in usage string and err() messages.
1997-07-31 06:57:47 +00:00
errx(1, "sorry");
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
}
}
if (suser_override) {
if ((master_yppasswd.newpw.pw_passwd = getnewpasswd(pw, 1)) == NULL)
return(1);
} else {
if ((yppasswd.newpw.pw_passwd = getnewpasswd(pw, 1)) == NULL)
return(1);
}
if (suser_override) {
Modify passwd and chpass to use new AF_LOCAL RPC interface instead of old kludged-up 'yppasswd_comm' support.
1997-07-29 15:45:36 +00:00
if ((clnt = clnt_create(sockname, MASTER_YPPASSWDPROG,
MASTER_YPPASSWDVERS, "unix")) == NULL) {
warnx("failed to contact rpc.yppasswdd on host %s: %s",
master, clnt_spcreateerror(""));
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
return(1);
}
} else {
if ((clnt = clnt_create(master, YPPASSWDPROG,
YPPASSWDVERS, "udp")) == NULL) {
warnx("failed to contact rpc.yppasswdd on host %s: %s",
master, clnt_spcreateerror(""));
return(1);
}
Modify passwd and chpass to use new AF_LOCAL RPC interface instead of old kludged-up 'yppasswd_comm' support.
1997-07-29 15:45:36 +00:00
}
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
/*
* The yppasswd.x file said `unix authentication required',
* so I added it. This is the only reason it is in here.
* My yppasswdd doesn't use it, but maybe some others out there
* do. --okir
*/
Modify passwd and chpass to use new AF_LOCAL RPC interface instead of old kludged-up 'yppasswd_comm' support.
1997-07-29 15:45:36 +00:00
clnt->cl_auth = authunix_create_default();
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
Modify passwd and chpass to use new AF_LOCAL RPC interface instead of old kludged-up 'yppasswd_comm' support.
1997-07-29 15:45:36 +00:00
if (suser_override)
status = yppasswdproc_update_master_1(&master_yppasswd, clnt);
else
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
status = yppasswdproc_update_1(&yppasswd, clnt);
Modify passwd and chpass to use new AF_LOCAL RPC interface instead of old kludged-up 'yppasswd_comm' support.
1997-07-29 15:45:36 +00:00
clnt_geterr(clnt, &err);
auth_destroy(clnt->cl_auth);
clnt_destroy(clnt);
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
Modify passwd and chpass to use new AF_LOCAL RPC interface instead of old kludged-up 'yppasswd_comm' support.
1997-07-29 15:45:36 +00:00
if (err.re_status != RPC_SUCCESS || status == NULL || *status) {
Cosmetic in usage string and err() messages.
1997-07-31 06:57:47 +00:00
errx(1, "failed to change NIS password: %s",
Modify passwd and chpass to use new AF_LOCAL RPC interface instead of old kludged-up 'yppasswd_comm' support.
1997-07-29 15:45:36 +00:00
clnt_sperrno(err.re_status));
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
}
printf("\nNIS password has%s been changed on %s.\n",
Modify passwd and chpass to use new AF_LOCAL RPC interface instead of old kludged-up 'yppasswd_comm' support.
1997-07-29 15:45:36 +00:00
(err.re_status != RPC_SUCCESS || status == NULL || *status) ?
Merge in changes to support the new rpc.yppasswdd(8) and fix a few bugs. In passwd(1): - Gut most of yp_passwd.c and leave only a few things that aren't common to pw_yp.c. - Add support for -d and -h flags to select domains and NIS server hosts to use when updating NIS passwords. This allows passwd(1) to be used for changing NIS passwords from machines that aren't configured as NIS clients. (This is mostly to allow passwd(1) to work on NIS master servers that aren't configured as clients -- an NIS server need not necessarily be configured as a client itself.) NOTE: Realize that having the ability to specify a domain and hostname lets you use passwd(1) (and chpass(1) too) to submit update requests to yppasswd daemons running on remote servers in remote domains which you may not even be bound to. For example, my machine at home is not an NIS client of the servers on the network that I manage, yet I can easily change my password at work using my FreeBSD box at home by doing: 'passwd -d work.net.domain -h any.nis.server.on.my.net wpaul'. (Yes, I do use securenets at work; temporarily modified my securenets file to give my home system access.) Some people may not be too thrilled with this idea. Those who don't like this feature can recompile passwd(1) and chpass(1) with -DPARANOID to restrict the use of these flags to the superuser. (Oh, I should be adding proper securenets support to ypserv(8) and rpc.yppasswdd(8) over the weekend.) - Merge in changes to allow root on the NIS master server to bypass authentication and change any user's NIS password. (The super-user on the NIS master already has privileges to do this, but doing it through passwd(1) is much easier than updating the maps by hand.) Note that passwd(1) communicates with rpc.yppasswdd(8) via a UNIX domain socket instead of via standard RPC/IP in this case. - Update man page. In chpass(1): - Fix pw_yp.c to work properly in environments where NIS client services aren't available. - Use realloc() instead of malloc() in copy_yp_pass() and copy_local_pass(). - Fix silly bug in copy_yp_pass(); some of the members of the passwd structure weren't being filled in correctly. (This went unnoticed for a while since the old yppasswdd didn't allow changes to the fields that were being botched.) - chpass(1) now also allows the superuser on the NIS master server to make unrestricted changes to any user's NIS password information. - Use UNIX domain comm channel to rpc.yppasswdd(8) when run by the superuser on the NIS master. This allows several new things: o superuser can update an entire master.passwd.{byname,byuid} entry o superuser can update records in arbitrary domains using -d flag to select a domain (before you could only change the default domain) o superuser can _add_ records to the NIS master.passwd maps, provided rpc.yppasswdd(8) has been started with the -a flag (to do this, the superuser must force NIS operation by specifying the -y flag to chpass(1) along with -a, i.e. 'chpass -y -a 'foo:::::::::') - Back out the 'chpass -a <new password entry> breaks with NIS' fix from the last revision and fix it properly this time. The previous revision fixed the immediate problem but broke NIS operation in some cases. - In edit.c, be a little more reasonable about deciding when to prevent the shell field from being changed. Submitted by Charles Owens <owensc@enc.edu>, who said: "I made a minor (one-line) modification to chpass, with regards to whether or not it allows the changing of shells. In the 2.0.5 code, field changing follows the settings specified in the "list" structure defined in table.c . For the shell, though, this is ignored. A quick look in edit.c showed me why, but I don't understand why it was written as such. The logic was if shell is standard shell, allow changing I changed it to if shell changing is allowed (per table.c) and it is a standard shell OR if uid=0, then allow changing." Makes sense to me. - Update man page.
1996-02-23 16:08:59 +00:00
" not" : "", master);
return ((err.re_status || status == NULL || *status));
Obtained from: The NYS project This is the first round of changes to incorporate YP server functionality into FreeBSD. This particular change allows passwd to change either the local or NIS password, as well as the NIS GECOS and shell information. Essentially, I've taken passwd(1) and yppasswd from the yppasswd-0.5 distribution (which is part of the NYS project -- a project to provide a GNU GPL'ed suite of NIS tools) and rammed them into each other at high speed. I've tried my best to make this co-exist with the Kerberos stuff, but since I don't run Kerberos I don't have an easy way to verify that it all works. If you choose any Kerberos flags then the YP checks should be bypassed, but that may not be enough. I'll modify it some more if it turns out I broke something. For now, support for localand NIS passwords is pretty solid: - If you simply type 'passwd,' the program checks to see if you exist in the local pwd.db database. If not, you get bounced to YP. - If you try to force local functionality with the -l flag and you don't exist locally, you get an error. The -y flag can be used to force YP functionality. -f and -s let you change your full name and shell (respectively). -f *and* -s let you change all of your 'account information.' ypchfn, ypchsh, yppasswd and ypchpass are all links to passwd.
1995-01-31 08:34:16 +00:00
}
Bug fix: use the use_yp() function in the chpass(1) code to determine correctly whether a user is local or NIS (or both, or neither). If you have a user that exists locally but not in NIS, passwd(1) could get confused and try to submit the password change to NIS. (Fortunately, yppasswdd is smart enough to spot the error and reject the change.) Bug reported by: Charles Owens <owensc@enc.edu>
1995-09-02 04:02:28 +00:00
#endif /* YP */
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