Symaptic: os/ossrv/ofdbus/dbus/bus/config-parser.c@bde4ae8d615e

     1 /* -*- mode: C; c-file-style: "gnu" -*- */

     2 /* config-parser.c  XML-library-agnostic configuration file parser

     3  *

     4  * Copyright (C) 2003, 2004 Red Hat, Inc.

     5  * Portion Copyright © 2008 Nokia Corporation and/or its subsidiary(-ies). All rights reserved.

     6  * Licensed under the Academic Free License version 2.1

     7  *

     8  * This program is free software; you can redistribute it and/or modify

     9  * it under the terms of the GNU General Public License as published by

    10  * the Free Software Foundation; either version 2 of the License, or

    11  * (at your option) any later version.

    12  *

    13  * This program is distributed in the hope that it will be useful,

    14  * but WITHOUT ANY WARRANTY; without even the implied warranty of

    15  * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the

    16  * GNU General Public License for more details.

    17  *

    18  * You should have received a copy of the GNU General Public License

    19  * along with this program; if not, write to the Free Software

    20  * Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA  02111-1307  USA

    21  *

    22  */

    23 #include "config-parser.h"

    24 #include "test.h"

    25 #include "utils.h"

    26 #include "policy.h"

    27 #include "selinux.h"

    28 #ifndef __SYMBIAN32__

    29 #include <dbus/dbus-list.h>

    30 #include <dbus/dbus-internals.h>

    31 #else

    32 #include "dbus-list.h"

    33 #include "dbus-internals.h"

    34 #endif //__SYMBIAN32__

    35 #include <string.h>

    37 typedef enum

    38 {

    39   ELEMENT_NONE,

    40   ELEMENT_BUSCONFIG,

    41   ELEMENT_INCLUDE,

    42   ELEMENT_USER,

    43   ELEMENT_LISTEN,

    44   ELEMENT_AUTH,

    45   ELEMENT_POLICY,

    46   ELEMENT_LIMIT,

    47   ELEMENT_ALLOW,

    48   ELEMENT_DENY,

    49   ELEMENT_FORK,

    50   ELEMENT_PIDFILE,

    51   ELEMENT_SERVICEDIR,

    52   ELEMENT_INCLUDEDIR,

    53   ELEMENT_TYPE,

    54   ELEMENT_SELINUX,

    55   ELEMENT_ASSOCIATE,

    56   ELEMENT_STANDARD_SESSION_SERVICEDIRS

    57 } ElementType;

    59 typedef enum

    60 {

    61   /* we ignore policies for unknown groups/users */

    62   POLICY_IGNORED,

    64   /* non-ignored */

    65   POLICY_DEFAULT,

    66   POLICY_MANDATORY,

    67   POLICY_USER,

    68   POLICY_GROUP,

    69   POLICY_CONSOLE

    70 } PolicyType;

    72 typedef struct

    73 {

    74   ElementType type;

    76   unsigned int had_content : 1;

    78   union

    79   {

    80     struct

    81     {

    82       unsigned int ignore_missing : 1;

    83       unsigned int if_selinux_enabled : 1;

    84       unsigned int selinux_root_relative : 1;

    85     } include;

    87     struct

    88     {

    89       PolicyType type;

    90       unsigned long gid_uid_or_at_console;

    91     } policy;

    93     struct

    94     {

    95       char *name;

    96       long value;

    97     } limit;

    99   } d;

   101 } Element;

   103 /**

   104  * Parser for bus configuration file.

   105  */

   106 struct BusConfigParser

   107 {

   108   int refcount;        /**< Reference count */

   110   DBusString basedir;  /**< Directory we resolve paths relative to */

   112   DBusList *stack;     /**< stack of Element */

   114   char *user;          /**< user to run as */

   116   char *bus_type;          /**< Message bus type */

   118   DBusList *listen_on; /**< List of addresses to listen to */

   120   DBusList *mechanisms; /**< Auth mechanisms */

   122   DBusList *service_dirs; /**< Directories to look for services in */

   124   DBusList *conf_dirs;   /**< Directories to look for policy configuration in */

   126   BusPolicy *policy;     /**< Security policy */

   128   BusLimits limits;      /**< Limits */

   130   char *pidfile;         /**< PID file */

   132   DBusList *included_files;  /**< Included files stack */

   134   DBusHashTable *service_context_table; /**< Map service names to SELinux contexts */

   136   unsigned int fork : 1; /**< TRUE to fork into daemon mode */

   138   unsigned int is_toplevel : 1; /**< FALSE if we are a sub-config-file inside another one */

   139 };

   141 static const char*

   142 element_type_to_name (ElementType type)

   143 {

   144   switch (type)

   145     {

   146     case ELEMENT_NONE:

   147       return NULL;

   148     case ELEMENT_BUSCONFIG:

   149       return "busconfig";

   150     case ELEMENT_INCLUDE:

   151       return "include";

   152     case ELEMENT_USER:

   153       return "user";

   154     case ELEMENT_LISTEN:

   155       return "listen";

   156     case ELEMENT_AUTH:

   157       return "auth";

   158     case ELEMENT_POLICY:

   159       return "policy";

   160     case ELEMENT_LIMIT:

   161       return "limit";

   162     case ELEMENT_ALLOW:

   163       return "allow";

   164     case ELEMENT_DENY:

   165       return "deny";

   166     case ELEMENT_FORK:

   167       return "fork";

   168     case ELEMENT_PIDFILE:

   169       return "pidfile";

   170     case ELEMENT_STANDARD_SESSION_SERVICEDIRS:

   171       return "standard_session_servicedirs";

   172     case ELEMENT_SERVICEDIR:

   173       return "servicedir";

   174     case ELEMENT_INCLUDEDIR:

   175       return "includedir";

   176     case ELEMENT_TYPE:

   177       return "type";

   178     case ELEMENT_SELINUX:

   179       return "selinux";

   180     case ELEMENT_ASSOCIATE:

   181       return "associate";

   182     }

   184   _dbus_assert_not_reached ("bad element type");

   186   return NULL;

   187 }

   189 static Element*

   190 push_element (BusConfigParser *parser,

   191               ElementType      type)

   192 {

   193   Element *e;

   195   _dbus_assert (type != ELEMENT_NONE);

   197   e = dbus_new0 (Element, 1);

   198   if (e == NULL)

   199     return NULL;

   201   if (!_dbus_list_append (&parser->stack, e))

   202     {

   203       dbus_free (e);

   204       return NULL;

   205     }

   207   e->type = type;

   209   return e;

   210 }

   212 static void

   213 element_free (Element *e)

   214 {

   215   if (e->type == ELEMENT_LIMIT)

   216     dbus_free (e->d.limit.name);

   218   dbus_free (e);

   219 }

   221 static void

   222 pop_element (BusConfigParser *parser)

   223 {

   224   Element *e;

   226   e = _dbus_list_pop_last (&parser->stack);

   228   element_free (e);

   229 }

   231 static Element*

   232 peek_element (BusConfigParser *parser)

   233 {

   234   Element *e;

   236   e = _dbus_list_get_last (&parser->stack);

   238   return e;

   239 }

   241 static ElementType

   242 top_element_type (BusConfigParser *parser)

   243 {

   244   Element *e;

   246   e = _dbus_list_get_last (&parser->stack);

   248   if (e)

   249     return e->type;

   250   else

   251     return ELEMENT_NONE;

   252 }

   254 static dbus_bool_t

   255 merge_service_context_hash (DBusHashTable *dest,

   256 			    DBusHashTable *from)

   257 {

   258   DBusHashIter iter;

   259   char *service_copy;

   260   char *context_copy;

   262   service_copy = NULL;

   263   context_copy = NULL;

   265   _dbus_hash_iter_init (from, &iter);

   266   while (_dbus_hash_iter_next (&iter))

   267     {

   268       const char *service = _dbus_hash_iter_get_string_key (&iter);

   269       const char *context = _dbus_hash_iter_get_value (&iter);

   271       service_copy = _dbus_strdup (service);

   272       if (service_copy == NULL)

   273         goto fail;

   274       context_copy = _dbus_strdup (context);

   275       if (context_copy == NULL)

   276         goto fail;

   278       if (!_dbus_hash_table_insert_string (dest, service_copy, context_copy))

   279         goto fail;

   281       service_copy = NULL;

   282       context_copy = NULL;

   283     }

   285   return TRUE;

   287  fail:

   288   if (service_copy)

   289     dbus_free (service_copy);

   291   if (context_copy)

   292     dbus_free (context_copy);

   294   return FALSE;

   295 }

   297 static dbus_bool_t

   298 service_dirs_find_dir (DBusList **service_dirs,

   299                        const char *dir)

   300 {

   301   DBusList *link;

   303   _dbus_assert (dir != NULL);

   305   for (link = *service_dirs; link; link = _dbus_list_get_next_link(service_dirs, link))

   306     {

   307       const char *link_dir;

   309       link_dir = (const char *)link->data;

   310       if (strcmp (dir, link_dir) == 0)

   311         return TRUE;

   312     }

   314   return FALSE;

   315 }

   317 static dbus_bool_t

   318 service_dirs_append_unique_or_free (DBusList **service_dirs,

   319                                     char *dir)

   320 {

   321   if (!service_dirs_find_dir (service_dirs, dir))

   322     return _dbus_list_append (service_dirs, dir);

   324   dbus_free (dir);

   325   return TRUE;

   326 }

   328 static void

   329 service_dirs_append_link_unique_or_free (DBusList **service_dirs,

   330                                          DBusList *dir_link)

   331 {

   332   if (!service_dirs_find_dir (service_dirs, dir_link->data))

   333     {

   334       _dbus_list_append_link (service_dirs, dir_link);

   335     }

   336   else

   337     {

   338       dbus_free (dir_link->data);

   339       _dbus_list_free_link (dir_link);

   340     }

   341 }

   343 static dbus_bool_t

   344 merge_included (BusConfigParser *parser,

   345                 BusConfigParser *included,

   346                 DBusError       *error)

   347 {

   348   DBusList *link;

   350   if (!bus_policy_merge (parser->policy,

   351                          included->policy))

   352     {

   353       BUS_SET_OOM (error);

   354       return FALSE;

   355     }

   357   if (!merge_service_context_hash (parser->service_context_table,

   358 				   included->service_context_table))

   359     {

   360       BUS_SET_OOM (error);

   361       return FALSE;

   362     }

   364   if (included->user != NULL)

   365     {

   366       dbus_free (parser->user);

   367       parser->user = included->user;

   368       included->user = NULL;

   369     }

   371   if (included->bus_type != NULL)

   372     {

   373       dbus_free (parser->bus_type);

   374       parser->bus_type = included->bus_type;

   375       included->bus_type = NULL;

   376     }

   378   if (included->fork)

   379     parser->fork = TRUE;

   381   if (included->pidfile != NULL)

   382     {

   383       dbus_free (parser->pidfile);

   384       parser->pidfile = included->pidfile;

   385       included->pidfile = NULL;

   386     }

   388   while ((link = _dbus_list_pop_first_link (&included->listen_on)))

   389     _dbus_list_append_link (&parser->listen_on, link);

   391   while ((link = _dbus_list_pop_first_link (&included->mechanisms)))

   392     _dbus_list_append_link (&parser->mechanisms, link);

   394   while ((link = _dbus_list_pop_first_link (&included->service_dirs)))

   395     service_dirs_append_link_unique_or_free (&parser->service_dirs, link);

   397   while ((link = _dbus_list_pop_first_link (&included->conf_dirs)))

   398     _dbus_list_append_link (&parser->conf_dirs, link);

   400   return TRUE;

   401 }

   403 static dbus_bool_t

   404 seen_include (BusConfigParser  *parser,

   405 	      const DBusString *file)

   406 {

   407   DBusList *iter;

   409   iter = parser->included_files;

   410   while (iter != NULL)

   411     {

   412       if (! strcmp (_dbus_string_get_const_data (file), iter->data))

   413 	return TRUE;

   415       iter = _dbus_list_get_next_link (&parser->included_files, iter);

   416     }

   418   return FALSE;

   419 }

   421 BusConfigParser*

   422 bus_config_parser_new (const DBusString      *basedir,

   423                        dbus_bool_t            is_toplevel,

   424                        const BusConfigParser *parent)

   425 {

   426   BusConfigParser *parser;

   428   parser = dbus_new0 (BusConfigParser, 1);

   429   if (parser == NULL)

   430     return NULL;

   432   parser->is_toplevel = !!is_toplevel;

   434   if (!_dbus_string_init (&parser->basedir))

   435     {

   436       dbus_free (parser);

   437       return NULL;

   438     }

   440   if (((parser->policy = bus_policy_new ()) == NULL) ||

   441       !_dbus_string_copy (basedir, 0, &parser->basedir, 0) ||

   442       ((parser->service_context_table = _dbus_hash_table_new (DBUS_HASH_STRING,

   443 							      dbus_free,

   444 							      dbus_free)) == NULL))

   445     {

   446       if (parser->policy)

   447         bus_policy_unref (parser->policy);

   449       _dbus_string_free (&parser->basedir);

   451       dbus_free (parser);

   452       return NULL;

   453     }

   455   if (parent != NULL)

   456     {

   457       /* Initialize the parser's limits from the parent. */

   458       parser->limits = parent->limits;

   460       /* Use the parent's list of included_files to avoid

   461 	 circular inclusions. */

   462       parser->included_files = parent->included_files;

   463     }

   464   else

   465     {

   467       /* Make up some numbers! woot! */

   468       parser->limits.max_incoming_bytes = _DBUS_ONE_MEGABYTE * 63;

   469       parser->limits.max_outgoing_bytes = _DBUS_ONE_MEGABYTE * 63;

   470       parser->limits.max_message_size = _DBUS_ONE_MEGABYTE * 32;

   472       /* Making this long means the user has to wait longer for an error

   473        * message if something screws up, but making it too short means

   474        * they might see a false failure.

   475        */

   476 #ifdef __SYMBIAN32__

   477       parser->limits.activation_timeout = 250000; /*  changed to 250 seconds */

   478 #else

   479       parser->limits.activation_timeout = 25000;

   480 #endif

   481       /* Making this long risks making a DOS attack easier, but too short

   482        * and legitimate auth will fail.  If interactive auth (ask user for

   483        * password) is allowed, then potentially it has to be quite long.

   484        */

   485       parser->limits.auth_timeout = 300000; /* 30 seconds bsr changed to 300 sec*/

   487       parser->limits.max_incomplete_connections = 32;

   488       parser->limits.max_connections_per_user = 128;

   490       /* Note that max_completed_connections / max_connections_per_user

   491        * is the number of users that would have to work together to

   492        * DOS all the other users.

   493        */

   494       parser->limits.max_completed_connections = 1024;

   496       parser->limits.max_pending_activations = 256;

   497       parser->limits.max_services_per_connection = 256;

   499       parser->limits.max_match_rules_per_connection = 512;

   501       parser->limits.reply_timeout = 5 * 60 * 1000; /* 5 minutes */

   502       parser->limits.max_replies_per_connection = 32;

   505       /*

   506       parser->limits.max_incoming_bytes = 1024 * 1024 * 63;

   507       parser->limits.max_outgoing_bytes = 1024 * 1024 * 63;

   508       parser->limits.max_message_size = 1024 * 1024 * 32;

   509       parser->limits.activation_timeout = 250000;

   510       parser->limits.auth_timeout = 300000;

   511       parser->limits.max_incomplete_connections = 32;

   512       parser->limits.max_connections_per_user = 128;

   513       parser->limits.max_completed_connections = 1024;

   514       parser->limits.max_pending_activations = 256;

   515       parser->limits.max_services_per_connection = 256;

   516       parser->limits.max_match_rules_per_connection = 512;

   517       parser->limits.reply_timeout = 5 * 60 * 1000;

   518       parser->limits.max_replies_per_connection = 32;

   519       */

   523     }

   525   parser->refcount = 1;

   527   return parser;

   528 }

   530 BusConfigParser *

   531 bus_config_parser_ref (BusConfigParser *parser)

   532 {

   533   _dbus_assert (parser->refcount > 0);

   535   parser->refcount += 1;

   537   return parser;

   538 }

   540 void

   541 bus_config_parser_unref (BusConfigParser *parser)

   542 {

   543   _dbus_assert (parser->refcount > 0);

   545   parser->refcount -= 1;

   547   if (parser->refcount == 0)

   548     {

   549       while (parser->stack != NULL)

   550         pop_element (parser);

   552       dbus_free (parser->user);

   553       dbus_free (parser->bus_type);

   554       dbus_free (parser->pidfile);

   556       _dbus_list_foreach (&parser->listen_on,

   557                           (DBusForeachFunction) dbus_free,

   558                           NULL);

   560       _dbus_list_clear (&parser->listen_on);

   562       _dbus_list_foreach (&parser->service_dirs,

   563                           (DBusForeachFunction) dbus_free,

   564                           NULL);

   566       _dbus_list_clear (&parser->service_dirs);

   568       _dbus_list_foreach (&parser->conf_dirs,

   569                           (DBusForeachFunction) dbus_free,

   570                           NULL);

   572       _dbus_list_clear (&parser->conf_dirs);

   574       _dbus_list_foreach (&parser->mechanisms,

   575                           (DBusForeachFunction) dbus_free,

   576                           NULL);

   578       _dbus_list_clear (&parser->mechanisms);

   580       _dbus_string_free (&parser->basedir);

   582       if (parser->policy)

   583         bus_policy_unref (parser->policy);

   585       if (parser->service_context_table)

   586         _dbus_hash_table_unref (parser->service_context_table);

   588       dbus_free (parser);

   589     }

   590 }

   592 dbus_bool_t

   593 bus_config_parser_check_doctype (BusConfigParser   *parser,

   594                                  const char        *doctype,

   595                                  DBusError         *error)

   596 {

   597   _DBUS_ASSERT_ERROR_IS_CLEAR (error);

   599   if (strcmp (doctype, "busconfig") != 0)

   600     {

   601       dbus_set_error (error,

   602                       DBUS_ERROR_FAILED,

   603                       "Configuration file has the wrong document type %s",

   604                       doctype);

   605       return FALSE;

   606     }

   607   else

   608     return TRUE;

   609 }

   611 typedef struct

   612 {

   613   const char  *name;

   614   const char **retloc;

   615 } LocateAttr;

   617 static dbus_bool_t

   618 locate_attributes (BusConfigParser  *parser,

   619                    const char       *element_name,

   620                    const char      **attribute_names,

   621                    const char      **attribute_values,

   622                    DBusError        *error,

   623                    const char       *first_attribute_name,

   624                    const char      **first_attribute_retloc,

   625                    ...)

   626 {

   627   va_list args;

   628   const char *name;

   629   const char **retloc;

   630   int n_attrs;

   631 #define MAX_ATTRS 24

   632   LocateAttr attrs[MAX_ATTRS];

   633   dbus_bool_t retval;

   634   int i;

   636   _dbus_assert (first_attribute_name != NULL);

   637   _dbus_assert (first_attribute_retloc != NULL);

   639   retval = TRUE;

   641   n_attrs = 1;

   642   attrs[0].name = first_attribute_name;

   643   attrs[0].retloc = first_attribute_retloc;

   644   *first_attribute_retloc = NULL;

   646   va_start (args, first_attribute_retloc);

   648   name = va_arg (args, const char*);

   649   retloc = va_arg (args, const char**);

   651   while (name != NULL)

   652     {

   653       _dbus_assert (retloc != NULL);

   654       _dbus_assert (n_attrs < MAX_ATTRS);

   656       attrs[n_attrs].name = name;

   657       attrs[n_attrs].retloc = retloc;

   658       n_attrs += 1;

   659       *retloc = NULL;

   661       name = va_arg (args, const char*);

   662       retloc = va_arg (args, const char**);

   663     }

   665   va_end (args);

   667   if (!retval)

   668     return retval;

   670   i = 0;

   671   while (attribute_names[i])

   672     {

   673       int j;

   674       dbus_bool_t found;

   676       found = FALSE;

   677       j = 0;

   678       while (j < n_attrs)

   679         {

   680           if (strcmp (attrs[j].name, attribute_names[i]) == 0)

   681             {

   682               retloc = attrs[j].retloc;

   684               if (*retloc != NULL)

   685                 {

   686                   dbus_set_error (error, DBUS_ERROR_FAILED,

   687                                   "Attribute \"%s\" repeated twice on the same <%s> element",

   688                                   attrs[j].name, element_name);

   689                   retval = FALSE;

   690                   goto out;

   691                 }

   693               *retloc = attribute_values[i];

   694               found = TRUE;

   695             }

   697           ++j;

   698         }

   700       if (!found)

   701         {

   702           dbus_set_error (error, DBUS_ERROR_FAILED,

   703                           "Attribute \"%s\" is invalid on <%s> element in this context",

   704                           attribute_names[i], element_name);

   705           retval = FALSE;

   706           goto out;

   707         }

   709       ++i;

   710     }

   712  out:

   713   return retval;

   714 }

   716 static dbus_bool_t

   717 check_no_attributes (BusConfigParser  *parser,

   718                      const char       *element_name,

   719                      const char      **attribute_names,

   720                      const char      **attribute_values,

   721                      DBusError        *error)

   722 {

   723   if (attribute_names[0] != NULL)

   724     {

   725       dbus_set_error (error, DBUS_ERROR_FAILED,

   726                       "Attribute \"%s\" is invalid on <%s> element in this context",

   727                       attribute_names[0], element_name);

   728       return FALSE;

   729     }

   731   return TRUE;

   732 }

   734 static dbus_bool_t

   735 start_busconfig_child (BusConfigParser   *parser,

   736                        const char        *element_name,

   737                        const char       **attribute_names,

   738                        const char       **attribute_values,

   739                        DBusError         *error)

   740 {

   741   if (strcmp (element_name, "user") == 0)

   742     {

   743       if (!check_no_attributes (parser, "user", attribute_names, attribute_values, error))

   744         return FALSE;

   746       if (push_element (parser, ELEMENT_USER) == NULL)

   747         {

   748           BUS_SET_OOM (error);

   749           return FALSE;

   750         }

   752       return TRUE;

   753     }

   754   else if (strcmp (element_name, "type") == 0)

   755     {

   756       if (!check_no_attributes (parser, "type", attribute_names, attribute_values, error))

   757         return FALSE;

   759       if (push_element (parser, ELEMENT_TYPE) == NULL)

   760         {

   761           BUS_SET_OOM (error);

   762           return FALSE;

   763         }

   765       return TRUE;

   766     }

   767   else if (strcmp (element_name, "fork") == 0)

   768     {

   769       if (!check_no_attributes (parser, "fork", attribute_names, attribute_values, error))

   770         return FALSE;

   772       if (push_element (parser, ELEMENT_FORK) == NULL)

   773         {

   774           BUS_SET_OOM (error);

   775           return FALSE;

   776         }

   778       parser->fork = TRUE;

   780       return TRUE;

   781     }

   782   else if (strcmp (element_name, "pidfile") == 0)

   783     {

   784       if (!check_no_attributes (parser, "pidfile", attribute_names, attribute_values, error))

   785         return FALSE;

   787       if (push_element (parser, ELEMENT_PIDFILE) == NULL)

   788         {

   789           BUS_SET_OOM (error);

   790           return FALSE;

   791         }

   793       return TRUE;

   794     }

   795   else if (strcmp (element_name, "listen") == 0)

   796     {

   797       if (!check_no_attributes (parser, "listen", attribute_names, attribute_values, error))

   798         return FALSE;

   800       if (push_element (parser, ELEMENT_LISTEN) == NULL)

   801         {

   802           BUS_SET_OOM (error);

   803           return FALSE;

   804         }

   806       return TRUE;

   807     }

   808   else if (strcmp (element_name, "auth") == 0)

   809     {

   810       if (!check_no_attributes (parser, "auth", attribute_names, attribute_values, error))

   811         return FALSE;

   813       if (push_element (parser, ELEMENT_AUTH) == NULL)

   814         {

   815           BUS_SET_OOM (error);

   816           return FALSE;

   817         }

   819       return TRUE;

   820     }

   821   else if (strcmp (element_name, "includedir") == 0)

   822     {

   823       if (!check_no_attributes (parser, "includedir", attribute_names, attribute_values, error))

   824         return FALSE;

   826       if (push_element (parser, ELEMENT_INCLUDEDIR) == NULL)

   827         {

   828           BUS_SET_OOM (error);

   829           return FALSE;

   830         }

   832       return TRUE;

   833     }

   834   else if (strcmp (element_name, "standard_session_servicedirs") == 0)

   835     {

   836       DBusList *link;

   837       DBusList *dirs;

   838       dirs = NULL;

   840       if (!check_no_attributes (parser, "standard_session_servicedirs", attribute_names, attribute_values, error))

   841         return FALSE;

   843       if (push_element (parser, ELEMENT_STANDARD_SESSION_SERVICEDIRS) == NULL)

   844         {

   845           BUS_SET_OOM (error);

   846           return FALSE;

   847         }

   849       if (!_dbus_get_standard_session_servicedirs (&dirs))

   850         {

   851           BUS_SET_OOM (error);

   852           return FALSE;

   853         }

   855         while ((link = _dbus_list_pop_first_link (&dirs)))

   856           service_dirs_append_link_unique_or_free (&parser->service_dirs, link);

   858       return TRUE;

   859     }

   860   else if (strcmp (element_name, "servicedir") == 0)

   861     {

   862       if (!check_no_attributes (parser, "servicedir", attribute_names, attribute_values, error))

   863         return FALSE;

   865       if (push_element (parser, ELEMENT_SERVICEDIR) == NULL)

   866         {

   867           BUS_SET_OOM (error);

   868           return FALSE;

   869         }

   871       return TRUE;

   872     }

   873   else if (strcmp (element_name, "include") == 0)

   874     {

   875       Element *e;

   876       const char *if_selinux_enabled;

   877       const char *ignore_missing;

   878       const char *selinux_root_relative;

   880       if ((e = push_element (parser, ELEMENT_INCLUDE)) == NULL)

   881         {

   882           BUS_SET_OOM (error);

   883           return FALSE;

   884         }

   886       e->d.include.ignore_missing = FALSE;

   887       e->d.include.if_selinux_enabled = FALSE;

   888       e->d.include.selinux_root_relative = FALSE;

   890       if (!locate_attributes (parser, "include",

   891                               attribute_names,

   892                               attribute_values,

   893                               error,

   894                               "ignore_missing", &ignore_missing,

   895                               "if_selinux_enabled", &if_selinux_enabled,

   896                               "selinux_root_relative", &selinux_root_relative,

   897                               NULL))

   898         return FALSE;

   900       if (ignore_missing != NULL)

   901         {

   902           if (strcmp (ignore_missing, "yes") == 0)

   903             e->d.include.ignore_missing = TRUE;

   904           else if (strcmp (ignore_missing, "no") == 0)

   905             e->d.include.ignore_missing = FALSE;

   906           else

   907             {

   908               dbus_set_error (error, DBUS_ERROR_FAILED,

   909                               "ignore_missing attribute must have value \"yes\" or \"no\"");

   910               return FALSE;

   911             }

   912         }

   914       if (if_selinux_enabled != NULL)

   915         {

   916           if (strcmp (if_selinux_enabled, "yes") == 0)

   917             e->d.include.if_selinux_enabled = TRUE;

   918           else if (strcmp (if_selinux_enabled, "no") == 0)

   919             e->d.include.if_selinux_enabled = FALSE;

   920           else

   921             {

   922               dbus_set_error (error, DBUS_ERROR_FAILED,

   923                               "if_selinux_enabled attribute must have value"

   924                               " \"yes\" or \"no\"");

   925               return FALSE;

   926 	    }

   927         }

   929       if (selinux_root_relative != NULL)

   930         {

   931           if (strcmp (selinux_root_relative, "yes") == 0)

   932             e->d.include.selinux_root_relative = TRUE;

   933           else if (strcmp (selinux_root_relative, "no") == 0)

   934             e->d.include.selinux_root_relative = FALSE;

   935           else

   936             {

   937               dbus_set_error (error, DBUS_ERROR_FAILED,

   938                               "selinux_root_relative attribute must have value"

   939                               " \"yes\" or \"no\"");

   940               return FALSE;

   941 	    }

   942         }

   944       return TRUE;

   945     }

   946   else if (strcmp (element_name, "policy") == 0)

   947     {

   948       Element *e;

   949       const char *context;

   950       const char *user;

   951       const char *group;

   952       const char *at_console;

   954       if ((e = push_element (parser, ELEMENT_POLICY)) == NULL)

   955         {

   956           BUS_SET_OOM (error);

   957           return FALSE;

   958         }

   960       e->d.policy.type = POLICY_IGNORED;

   962       if (!locate_attributes (parser, "policy",

   963                               attribute_names,

   964                               attribute_values,

   965                               error,

   966                               "context", &context,

   967                               "user", &user,

   968                               "group", &group,

   969                               "at_console", &at_console,

   970                               NULL))

   971         return FALSE;

   973       if (((context && user) ||

   974            (context && group) ||

   975            (context && at_console)) ||

   976            ((user && group) ||

   977            (user && at_console)) ||

   978            (group && at_console) ||

   979           !(context || user || group || at_console))

   980         {

   981           dbus_set_error (error, DBUS_ERROR_FAILED,

   982                           "<policy> element must have exactly one of (context|user|group|at_console) attributes");

   983           return FALSE;

   984         }

   986       if (context != NULL)

   987         {

   988           if (strcmp (context, "default") == 0)

   989             {

   990               e->d.policy.type = POLICY_DEFAULT;

   991             }

   992           else if (strcmp (context, "mandatory") == 0)

   993             {

   994               e->d.policy.type = POLICY_MANDATORY;

   995             }

   996           else

   997             {

   998               dbus_set_error (error, DBUS_ERROR_FAILED,

   999                               "context attribute on <policy> must have the value \"default\" or \"mandatory\", not \"%s\"",

  1000                               context);

  1001               return FALSE;

  1002             }

  1003         }

  1004       else if (user != NULL)

  1005         {

  1006           DBusString username;

  1007           _dbus_string_init_const (&username, user);

  1009           if (_dbus_get_user_id (&username,

  1010                                  &e->d.policy.gid_uid_or_at_console))

  1011             e->d.policy.type = POLICY_USER;

  1012           else

  1013             _dbus_warn ("Unknown username \"%s\" in message bus configuration file\n",

  1014                         user);

  1015         }

  1016       else if (group != NULL)

  1017         {

  1018           DBusString group_name;

  1019           _dbus_string_init_const (&group_name, group);

  1021           if (_dbus_get_group_id (&group_name,

  1022                                   &e->d.policy.gid_uid_or_at_console))

  1023             e->d.policy.type = POLICY_GROUP;

  1024           else

  1025             _dbus_warn ("Unknown group \"%s\" in message bus configuration file\n",

  1026                         group);

  1027         }

  1028       else if (at_console != NULL)

  1029         {

  1030            dbus_bool_t t;

  1031            t = (strcmp (at_console, "true") == 0);

  1032            if (t || strcmp (at_console, "false") == 0)

  1033              {

  1034                e->d.policy.gid_uid_or_at_console = t;

  1035                e->d.policy.type = POLICY_CONSOLE;

  1036              }

  1037            else

  1038              {

  1039                dbus_set_error (error, DBUS_ERROR_FAILED,

  1040                               "Unknown value \"%s\" for at_console in message bus configuration file",

  1041                               at_console);

  1043                return FALSE;

  1044              }

  1045         }

  1046       else

  1047         {

  1048           _dbus_assert_not_reached ("all <policy> attributes null and we didn't set error");

  1049         }

  1051       return TRUE;

  1052     }

  1053   else if (strcmp (element_name, "limit") == 0)

  1054     {

  1055       Element *e;

  1056       const char *name;

  1058       if ((e = push_element (parser, ELEMENT_LIMIT)) == NULL)

  1059         {

  1060           BUS_SET_OOM (error);

  1061           return FALSE;

  1062         }

  1064       if (!locate_attributes (parser, "limit",

  1065                               attribute_names,

  1066                               attribute_values,

  1067                               error,

  1068                               "name", &name,

  1069                               NULL))

  1070         return FALSE;

  1072       if (name == NULL)

  1073         {

  1074           dbus_set_error (error, DBUS_ERROR_FAILED,

  1075                           "<limit> element must have a \"name\" attribute");

  1076           return FALSE;

  1077         }

  1079       e->d.limit.name = _dbus_strdup (name);

  1080       if (e->d.limit.name == NULL)

  1081         {

  1082           BUS_SET_OOM (error);

  1083           return FALSE;

  1084         }

  1086       return TRUE;

  1087     }

  1088   else if (strcmp (element_name, "selinux") == 0)

  1089     {

  1090       if (!check_no_attributes (parser, "selinux", attribute_names, attribute_values, error))

  1091         return FALSE;

  1093       if (push_element (parser, ELEMENT_SELINUX) == NULL)

  1094         {

  1095           BUS_SET_OOM (error);

  1096           return FALSE;

  1097         }

  1099       return TRUE;

  1100     }

  1101   else

  1102     {

  1103       dbus_set_error (error, DBUS_ERROR_FAILED,

  1104                       "Element <%s> not allowed inside <%s> in configuration file",

  1105                       element_name, "busconfig");

  1106       return FALSE;

  1107     }

  1108 }

  1110 static dbus_bool_t

  1111 append_rule_from_element (BusConfigParser   *parser,

  1112                           const char        *element_name,

  1113                           const char       **attribute_names,

  1114                           const char       **attribute_values,

  1115                           dbus_bool_t        allow,

  1116                           DBusError         *error)

  1117 {

  1118   const char *send_interface;

  1119   const char *send_member;

  1120   const char *send_error;

  1121   const char *send_destination;

  1122   const char *send_path;

  1123   const char *send_type;

  1124   const char *receive_interface;

  1125   const char *receive_member;

  1126   const char *receive_error;

  1127   const char *receive_sender;

  1128   const char *receive_path;

  1129   const char *receive_type;

  1130   const char *eavesdrop;

  1131   const char *send_requested_reply;

  1132   const char *receive_requested_reply;

  1133   const char *own;

  1134   const char *user;

  1135   const char *group;

  1137   BusPolicyRule *rule;

  1139   if (!locate_attributes (parser, element_name,

  1140                           attribute_names,

  1141                           attribute_values,

  1142                           error,

  1143                           "send_interface", &send_interface,

  1144                           "send_member", &send_member,

  1145                           "send_error", &send_error,

  1146                           "send_destination", &send_destination,

  1147                           "send_path", &send_path,

  1148                           "send_type", &send_type,

  1149                           "receive_interface", &receive_interface,

  1150                           "receive_member", &receive_member,

  1151                           "receive_error", &receive_error,

  1152                           "receive_sender", &receive_sender,

  1153                           "receive_path", &receive_path,

  1154                           "receive_type", &receive_type,

  1155                           "eavesdrop", &eavesdrop,

  1156                           "send_requested_reply", &send_requested_reply,

  1157                           "receive_requested_reply", &receive_requested_reply,

  1158                           "own", &own,

  1159                           "user", &user,

  1160                           "group", &group,

  1161                           NULL))

  1162     return FALSE;

  1164   if (!(send_interface || send_member || send_error || send_destination ||

  1165         send_type || send_path ||

  1166         receive_interface || receive_member || receive_error || receive_sender ||

  1167         receive_type || receive_path || eavesdrop ||

  1168         send_requested_reply || receive_requested_reply ||

  1169         own || user || group))

  1170     {

  1171       dbus_set_error (error, DBUS_ERROR_FAILED,

  1172                       "Element <%s> must have one or more attributes",

  1173                       element_name);

  1174       return FALSE;

  1175     }

  1177   if ((send_member && (send_interface == NULL && send_path == NULL)) ||

  1178       (receive_member && (receive_interface == NULL && receive_path == NULL)))

  1179     {

  1180       dbus_set_error (error, DBUS_ERROR_FAILED,

  1181                       "On element <%s>, if you specify a member you must specify an interface or a path. Keep in mind that not all messages have an interface field.",

  1182                       element_name);

  1183       return FALSE;

  1184     }

  1186   /* Allowed combinations of elements are:

  1187    *

  1188    *   base, must be all send or all receive:

  1189    *     nothing

  1190    *     interface

  1191    *     interface + member

  1192    *     error

  1193    *

  1194    *   base send_ can combine with send_destination, send_path, send_type, send_requested_reply

  1195    *   base receive_ with receive_sender, receive_path, receive_type, receive_requested_reply, eavesdrop

  1196    *

  1197    *   user, group, own must occur alone

  1198    *

  1199    * Pretty sure the below stuff is broken, FIXME think about it more.

  1200    */

  1202   if (((send_interface && send_error) ||

  1203        (send_interface && receive_interface) ||

  1204        (send_interface && receive_member) ||

  1205        (send_interface && receive_error) ||

  1206        (send_interface && receive_sender) ||

  1207        (send_interface && eavesdrop) ||

  1208        (send_interface && receive_requested_reply) ||

  1209        (send_interface && own) ||

  1210        (send_interface && user) ||

  1211        (send_interface && group)) ||

  1213       ((send_member && send_error) ||

  1214        (send_member && receive_interface) ||

  1215        (send_member && receive_member) ||

  1216        (send_member && receive_error) ||

  1217        (send_member && receive_sender) ||

  1218        (send_member && eavesdrop) ||

  1219        (send_member && receive_requested_reply) ||

  1220        (send_member && own) ||

  1221        (send_member && user) ||

  1222        (send_member && group)) ||

  1224       ((send_error && receive_interface) ||

  1225        (send_error && receive_member) ||

  1226        (send_error && receive_error) ||

  1227        (send_error && receive_sender) ||

  1228        (send_error && eavesdrop) ||

  1229        (send_error && receive_requested_reply) ||

  1230        (send_error && own) ||

  1231        (send_error && user) ||

  1232        (send_error && group)) ||

  1234       ((send_destination && receive_interface) ||

  1235        (send_destination && receive_member) ||

  1236        (send_destination && receive_error) ||

  1237        (send_destination && receive_sender) ||

  1238        (send_destination && eavesdrop) ||

  1239        (send_destination && receive_requested_reply) ||

  1240        (send_destination && own) ||

  1241        (send_destination && user) ||

  1242        (send_destination && group)) ||

  1244       ((send_type && receive_interface) ||

  1245        (send_type && receive_member) ||

  1246        (send_type && receive_error) ||

  1247        (send_type && receive_sender) ||

  1248        (send_type && eavesdrop) ||

  1249        (send_type && receive_requested_reply) ||

  1250        (send_type && own) ||

  1251        (send_type && user) ||

  1252        (send_type && group)) ||

  1254       ((send_path && receive_interface) ||

  1255        (send_path && receive_member) ||

  1256        (send_path && receive_error) ||

  1257        (send_path && receive_sender) ||

  1258        (send_path && eavesdrop) ||

  1259        (send_path && receive_requested_reply) ||

  1260        (send_path && own) ||

  1261        (send_path && user) ||

  1262        (send_path && group)) ||

  1264       ((send_requested_reply && receive_interface) ||

  1265        (send_requested_reply && receive_member) ||

  1266        (send_requested_reply && receive_error) ||

  1267        (send_requested_reply && receive_sender) ||

  1268        (send_requested_reply && eavesdrop) ||

  1269        (send_requested_reply && receive_requested_reply) ||

  1270        (send_requested_reply && own) ||

  1271        (send_requested_reply && user) ||

  1272        (send_requested_reply && group)) ||

  1274       ((receive_interface && receive_error) ||

  1275        (receive_interface && own) ||

  1276        (receive_interface && user) ||

  1277        (receive_interface && group)) ||

  1279       ((receive_member && receive_error) ||

  1280        (receive_member && own) ||

  1281        (receive_member && user) ||

  1282        (receive_member && group)) ||

  1284       ((receive_error && own) ||

  1285        (receive_error && user) ||

  1286        (receive_error && group)) ||

  1288       ((eavesdrop && own) ||

  1289        (eavesdrop && user) ||

  1290        (eavesdrop && group)) ||

  1292       ((receive_requested_reply && own) ||

  1293        (receive_requested_reply && user) ||

  1294        (receive_requested_reply && group)) ||

  1296       ((own && user) ||

  1297        (own && group)) ||

  1299       ((user && group)))

  1300     {

  1301       dbus_set_error (error, DBUS_ERROR_FAILED,

  1302                       "Invalid combination of attributes on element <%s>",

  1303                       element_name);

  1304       return FALSE;

  1305     }

  1307   rule = NULL;

  1309   /* In BusPolicyRule, NULL represents wildcard.

  1310    * In the config file, '*' represents it.

  1311    */

  1312 #define IS_WILDCARD(str) ((str) && ((str)[0]) == '*' && ((str)[1]) == '\0')

  1314   if (send_interface || send_member || send_error || send_destination ||

  1315       send_path || send_type || send_requested_reply)

  1316     {

  1317       int message_type;

  1319       if (IS_WILDCARD (send_interface))

  1320         send_interface = NULL;

  1321       if (IS_WILDCARD (send_member))

  1322         send_member = NULL;

  1323       if (IS_WILDCARD (send_error))

  1324         send_error = NULL;

  1325       if (IS_WILDCARD (send_destination))

  1326         send_destination = NULL;

  1327       if (IS_WILDCARD (send_path))

  1328         send_path = NULL;

  1329       if (IS_WILDCARD (send_type))

  1330         send_type = NULL;

  1332       message_type = DBUS_MESSAGE_TYPE_INVALID;

  1333       if (send_type != NULL)

  1334         {

  1335           message_type = dbus_message_type_from_string (send_type);

  1336           if (message_type == DBUS_MESSAGE_TYPE_INVALID)

  1337             {

  1338               dbus_set_error (error, DBUS_ERROR_FAILED,

  1339                               "Bad message type \"%s\"",

  1340                               send_type);

  1341               return FALSE;

  1342             }

  1343         }

  1345       if (send_requested_reply &&

  1346           !(strcmp (send_requested_reply, "true") == 0 ||

  1347             strcmp (send_requested_reply, "false") == 0))

  1348         {

  1349           dbus_set_error (error, DBUS_ERROR_FAILED,

  1350                           "Bad value \"%s\" for %s attribute, must be true or false",

  1351                           "send_requested_reply", send_requested_reply);

  1352           return FALSE;

  1353         }

  1355       rule = bus_policy_rule_new (BUS_POLICY_RULE_SEND, allow);

  1356       if (rule == NULL)

  1357         goto nomem;

  1359       if (send_requested_reply)

  1360         rule->d.send.requested_reply = (strcmp (send_requested_reply, "true") == 0);

  1362       rule->d.send.message_type = message_type;

  1363       rule->d.send.path = _dbus_strdup (send_path);

  1364       rule->d.send.interface = _dbus_strdup (send_interface);

  1365       rule->d.send.member = _dbus_strdup (send_member);

  1366       rule->d.send.error = _dbus_strdup (send_error);

  1367       rule->d.send.destination = _dbus_strdup (send_destination);

  1368       if (send_path && rule->d.send.path == NULL)

  1369         goto nomem;

  1370       if (send_interface && rule->d.send.interface == NULL)

  1371         goto nomem;

  1372       if (send_member && rule->d.send.member == NULL)

  1373         goto nomem;

  1374       if (send_error && rule->d.send.error == NULL)

  1375         goto nomem;

  1376       if (send_destination && rule->d.send.destination == NULL)

  1377         goto nomem;

  1378     }

  1379   else if (receive_interface || receive_member || receive_error || receive_sender ||

  1380            receive_path || receive_type || eavesdrop || receive_requested_reply)

  1381     {

  1382       int message_type;

  1384       if (IS_WILDCARD (receive_interface))

  1385         receive_interface = NULL;

  1386       if (IS_WILDCARD (receive_member))

  1387         receive_member = NULL;

  1388       if (IS_WILDCARD (receive_error))

  1389         receive_error = NULL;

  1390       if (IS_WILDCARD (receive_sender))

  1391         receive_sender = NULL;

  1392       if (IS_WILDCARD (receive_path))

  1393         receive_path = NULL;

  1394       if (IS_WILDCARD (receive_type))

  1395         receive_type = NULL;

  1397       message_type = DBUS_MESSAGE_TYPE_INVALID;

  1398       if (receive_type != NULL)

  1399         {

  1400           message_type = dbus_message_type_from_string (receive_type);

  1401           if (message_type == DBUS_MESSAGE_TYPE_INVALID)

  1402             {

  1403               dbus_set_error (error, DBUS_ERROR_FAILED,

  1404                               "Bad message type \"%s\"",

  1405                               receive_type);

  1406               return FALSE;

  1407             }

  1408         }

  1411       if (eavesdrop &&

  1412           !(strcmp (eavesdrop, "true") == 0 ||

  1413             strcmp (eavesdrop, "false") == 0))

  1414         {

  1415           dbus_set_error (error, DBUS_ERROR_FAILED,

  1416                           "Bad value \"%s\" for %s attribute, must be true or false",

  1417                           "eavesdrop", eavesdrop);

  1418           return FALSE;

  1419         }

  1421       if (receive_requested_reply &&

  1422           !(strcmp (receive_requested_reply, "true") == 0 ||

  1423             strcmp (receive_requested_reply, "false") == 0))

  1424         {

  1425           dbus_set_error (error, DBUS_ERROR_FAILED,

  1426                           "Bad value \"%s\" for %s attribute, must be true or false",

  1427                           "receive_requested_reply", receive_requested_reply);

  1428           return FALSE;

  1429         }

  1431       rule = bus_policy_rule_new (BUS_POLICY_RULE_RECEIVE, allow);

  1432       if (rule == NULL)

  1433         goto nomem;

  1435       if (eavesdrop)

  1436         rule->d.receive.eavesdrop = (strcmp (eavesdrop, "true") == 0);

  1438       if (receive_requested_reply)

  1439         rule->d.receive.requested_reply = (strcmp (receive_requested_reply, "true") == 0);

  1441       rule->d.receive.message_type = message_type;

  1442       rule->d.receive.path = _dbus_strdup (receive_path);

  1443       rule->d.receive.interface = _dbus_strdup (receive_interface);

  1444       rule->d.receive.member = _dbus_strdup (receive_member);

  1445       rule->d.receive.error = _dbus_strdup (receive_error);

  1446       rule->d.receive.origin = _dbus_strdup (receive_sender);

  1448       if (receive_path && rule->d.receive.path == NULL)

  1449         goto nomem;

  1450       if (receive_interface && rule->d.receive.interface == NULL)

  1451         goto nomem;

  1452       if (receive_member && rule->d.receive.member == NULL)

  1453         goto nomem;

  1454       if (receive_error && rule->d.receive.error == NULL)

  1455         goto nomem;

  1456       if (receive_sender && rule->d.receive.origin == NULL)

  1457         goto nomem;

  1458     }

  1459   else if (own)

  1460     {

  1461       rule = bus_policy_rule_new (BUS_POLICY_RULE_OWN, allow);

  1462       if (rule == NULL)

  1463         goto nomem;

  1465       if (IS_WILDCARD (own))

  1466         own = NULL;

  1468       rule->d.own.service_name = _dbus_strdup (own);

  1469       if (own && rule->d.own.service_name == NULL)

  1470         goto nomem;

  1471     }

  1472   else if (user)

  1473     {

  1474       if (IS_WILDCARD (user))

  1475         {

  1476           rule = bus_policy_rule_new (BUS_POLICY_RULE_USER, allow);

  1477           if (rule == NULL)

  1478             goto nomem;

  1480           rule->d.user.uid = DBUS_UID_UNSET;

  1481         }

  1482       else

  1483         {

  1484           DBusString username;

  1485           dbus_uid_t uid;

  1487           _dbus_string_init_const (&username, user);

  1489           if (_dbus_get_user_id (&username, &uid))

  1490             {

  1491               rule = bus_policy_rule_new (BUS_POLICY_RULE_USER, allow);

  1492               if (rule == NULL)

  1493                 goto nomem;

  1495               rule->d.user.uid = uid;

  1496             }

  1497           else

  1498             {

  1499               _dbus_warn ("Unknown username \"%s\" on element <%s>\n",

  1500                           user, element_name);

  1501             }

  1502         }

  1503     }

  1504   else if (group)

  1505     {

  1506       if (IS_WILDCARD (group))

  1507         {

  1508           rule = bus_policy_rule_new (BUS_POLICY_RULE_GROUP, allow);

  1509           if (rule == NULL)

  1510             goto nomem;

  1512           rule->d.group.gid = DBUS_GID_UNSET;

  1513         }

  1514       else

  1515         {

  1516           DBusString groupname;

  1517           dbus_gid_t gid;

  1519           _dbus_string_init_const (&groupname, group);

  1521           if (_dbus_get_user_id (&groupname, &gid))

  1522             {

  1523               rule = bus_policy_rule_new (BUS_POLICY_RULE_GROUP, allow);

  1524               if (rule == NULL)

  1525                 goto nomem;

  1527               rule->d.group.gid = gid;

  1528             }

  1529           else

  1530             {

  1531               _dbus_warn ("Unknown group \"%s\" on element <%s>\n",

  1532                           group, element_name);

  1533             }

  1534         }

  1535     }

  1536   else

  1537     _dbus_assert_not_reached ("Did not handle some combination of attributes on <allow> or <deny>");

  1539   if (rule != NULL)

  1540     {

  1541       Element *pe;

  1543       pe = peek_element (parser);

  1544       _dbus_assert (pe != NULL);

  1545       _dbus_assert (pe->type == ELEMENT_POLICY);

  1547       switch (pe->d.policy.type)

  1548         {

  1549         case POLICY_IGNORED:

  1550           /* drop the rule on the floor */

  1551           break;

  1553         case POLICY_DEFAULT:

  1554           if (!bus_policy_append_default_rule (parser->policy, rule))

  1555             goto nomem;

  1556           break;

  1557         case POLICY_MANDATORY:

  1558           if (!bus_policy_append_mandatory_rule (parser->policy, rule))

  1559             goto nomem;

  1560           break;

  1561         case POLICY_USER:

  1562           if (!BUS_POLICY_RULE_IS_PER_CLIENT (rule))

  1563             {

  1564               dbus_set_error (error, DBUS_ERROR_FAILED,

  1565                               "<%s> rule cannot be per-user because it has bus-global semantics",

  1566                               element_name);

  1567               goto failed;

  1568             }

  1570           if (!bus_policy_append_user_rule (parser->policy, pe->d.policy.gid_uid_or_at_console,

  1571                                             rule))

  1572             goto nomem;

  1573           break;

  1574         case POLICY_GROUP:

  1575           if (!BUS_POLICY_RULE_IS_PER_CLIENT (rule))

  1576             {

  1577               dbus_set_error (error, DBUS_ERROR_FAILED,

  1578                               "<%s> rule cannot be per-group because it has bus-global semantics",

  1579                               element_name);

  1580               goto failed;

  1581             }

  1583           if (!bus_policy_append_group_rule (parser->policy, pe->d.policy.gid_uid_or_at_console,

  1584                                              rule))

  1585             goto nomem;

  1586           break;

  1589         case POLICY_CONSOLE:

  1590           if (!bus_policy_append_console_rule (parser->policy, pe->d.policy.gid_uid_or_at_console,

  1591                                              rule))

  1592             goto nomem;

  1593           break;

  1594         }

  1596       bus_policy_rule_unref (rule);

  1597       rule = NULL;

  1598     }

  1600   return TRUE;

  1602  nomem:

  1603   BUS_SET_OOM (error);

  1604  failed:

  1605   if (rule)

  1606     bus_policy_rule_unref (rule);

  1607   return FALSE;

  1608 }

  1610 static dbus_bool_t

  1611 start_policy_child (BusConfigParser   *parser,

  1612                     const char        *element_name,

  1613                     const char       **attribute_names,

  1614                     const char       **attribute_values,

  1615                     DBusError         *error)

  1616 {

  1617   if (strcmp (element_name, "allow") == 0)

  1618     {

  1619       if (!append_rule_from_element (parser, element_name,

  1620                                      attribute_names, attribute_values,

  1621                                      TRUE, error))

  1622         return FALSE;

  1624       if (push_element (parser, ELEMENT_ALLOW) == NULL)

  1625         {

  1626           BUS_SET_OOM (error);

  1627           return FALSE;

  1628         }

  1630       return TRUE;

  1631     }

  1632   else if (strcmp (element_name, "deny") == 0)

  1633     {

  1634       if (!append_rule_from_element (parser, element_name,

  1635                                      attribute_names, attribute_values,

  1636                                      FALSE, error))

  1637         return FALSE;

  1639       if (push_element (parser, ELEMENT_DENY) == NULL)

  1640         {

  1641           BUS_SET_OOM (error);

  1642           return FALSE;

  1643         }

  1645       return TRUE;

  1646     }

  1647   else

  1648     {

  1649       dbus_set_error (error, DBUS_ERROR_FAILED,

  1650                       "Element <%s> not allowed inside <%s> in configuration file",

  1651                       element_name, "policy");

  1652       return FALSE;

  1653     }

  1654 }

  1656 static dbus_bool_t

  1657 start_selinux_child (BusConfigParser   *parser,

  1658                      const char        *element_name,

  1659                      const char       **attribute_names,

  1660                      const char       **attribute_values,

  1661                      DBusError         *error)

  1662 {

  1663   char *own_copy;

  1664   char *context_copy;

  1666   own_copy = NULL;

  1667   context_copy = NULL;

  1669   if (strcmp (element_name, "associate") == 0)

  1670     {

  1671       const char *own;

  1672       const char *context;

  1674       if (!locate_attributes (parser, "associate",

  1675                               attribute_names,

  1676                               attribute_values,

  1677                               error,

  1678                               "own", &own,

  1679                               "context", &context,

  1680                               NULL))

  1681         return FALSE;

  1683       if (push_element (parser, ELEMENT_ASSOCIATE) == NULL)

  1684         {

  1685           BUS_SET_OOM (error);

  1686           return FALSE;

  1687         }

  1689       if (own == NULL || context == NULL)

  1690         {

  1691           dbus_set_error (error, DBUS_ERROR_FAILED,

  1692                           "Element <associate> must have attributes own=\"<servicename>\" and context=\"<selinux context>\"");

  1693           return FALSE;

  1694         }

  1696       own_copy = _dbus_strdup (own);

  1697       if (own_copy == NULL)

  1698         goto oom;

  1699       context_copy = _dbus_strdup (context);

  1700       if (context_copy == NULL)

  1701         goto oom;

  1703       if (!_dbus_hash_table_insert_string (parser->service_context_table,

  1704 					   own_copy, context_copy))

  1705         goto oom;

  1707       return TRUE;

  1708     }

  1709   else

  1710     {

  1711       dbus_set_error (error, DBUS_ERROR_FAILED,

  1712                       "Element <%s> not allowed inside <%s> in configuration file",

  1713                       element_name, "selinux");

  1714       return FALSE;

  1715     }

  1717  oom:

  1718   if (own_copy)

  1719     dbus_free (own_copy);

  1721   if (context_copy)

  1722     dbus_free (context_copy);

  1724   BUS_SET_OOM (error);

  1725   return FALSE;

  1726 }

  1728 dbus_bool_t

  1729 bus_config_parser_start_element (BusConfigParser   *parser,

  1730                                  const char        *element_name,

  1731                                  const char       **attribute_names,

  1732                                  const char       **attribute_values,

  1733                                  DBusError         *error)

  1734 {

  1735   ElementType t;

  1737   _DBUS_ASSERT_ERROR_IS_CLEAR (error);

  1739   /* printf ("START: %s\n", element_name); */

  1741   t = top_element_type (parser);

  1743   if (t == ELEMENT_NONE)

  1744     {

  1745       if (strcmp (element_name, "busconfig") == 0)

  1746         {

  1747           if (!check_no_attributes (parser, "busconfig", attribute_names, attribute_values, error))

  1748             return FALSE;

  1750           if (push_element (parser, ELEMENT_BUSCONFIG) == NULL)

  1751             {

  1752               BUS_SET_OOM (error);

  1753               return FALSE;

  1754             }

  1756           return TRUE;

  1757         }

  1758       else

  1759         {

  1760           dbus_set_error (error, DBUS_ERROR_FAILED,

  1761                           "Unknown element <%s> at root of configuration file",

  1762                           element_name);

  1763           return FALSE;

  1764         }

  1765     }

  1766   else if (t == ELEMENT_BUSCONFIG)

  1767     {

  1768       return start_busconfig_child (parser, element_name,

  1769                                     attribute_names, attribute_values,

  1770                                     error);

  1771     }

  1772   else if (t == ELEMENT_POLICY)

  1773     {

  1774       return start_policy_child (parser, element_name,

  1775                                  attribute_names, attribute_values,

  1776                                  error);

  1777     }

  1778   else if (t == ELEMENT_SELINUX)

  1779     {

  1780       return start_selinux_child (parser, element_name,

  1781                                   attribute_names, attribute_values,

  1782                                   error);

  1783     }

  1784   else

  1785     {

  1786       dbus_set_error (error, DBUS_ERROR_FAILED,

  1787                       "Element <%s> is not allowed in this context",

  1788                       element_name);

  1789       return FALSE;

  1790     }

  1791 }

  1793 static dbus_bool_t

  1794 set_limit (BusConfigParser *parser,

  1795            const char      *name,

  1796            long             value,

  1797            DBusError       *error)

  1798 {

  1799   dbus_bool_t must_be_positive;

  1800   dbus_bool_t must_be_int;

  1802   must_be_int = FALSE;

  1803   must_be_positive = FALSE;

  1805   if (strcmp (name, "max_incoming_bytes") == 0)

  1806     {

  1807       must_be_positive = TRUE;

  1808       parser->limits.max_incoming_bytes = value;

  1809     }

  1810   else if (strcmp (name, "max_outgoing_bytes") == 0)

  1811     {

  1812       must_be_positive = TRUE;

  1813       parser->limits.max_outgoing_bytes = value;

  1814     }

  1815   else if (strcmp (name, "max_message_size") == 0)

  1816     {

  1817       must_be_positive = TRUE;

  1818       parser->limits.max_message_size = value;

  1819     }

  1820   else if (strcmp (name, "service_start_timeout") == 0)

  1821     {

  1822       must_be_positive = TRUE;

  1823       must_be_int = TRUE;

  1824       parser->limits.activation_timeout = value;

  1825     }

  1826   else if (strcmp (name, "auth_timeout") == 0)

  1827     {

  1828       must_be_positive = TRUE;

  1829       must_be_int = TRUE;

  1830       parser->limits.auth_timeout = value;

  1831     }

  1832   else if (strcmp (name, "reply_timeout") == 0)

  1833     {

  1834       must_be_positive = TRUE;

  1835       must_be_int = TRUE;

  1836       parser->limits.reply_timeout = value;

  1837     }

  1838   else if (strcmp (name, "max_completed_connections") == 0)

  1839     {

  1840       must_be_positive = TRUE;

  1841       must_be_int = TRUE;

  1842       parser->limits.max_completed_connections = value;

  1843     }

  1844   else if (strcmp (name, "max_incomplete_connections") == 0)

  1845     {

  1846       must_be_positive = TRUE;

  1847       must_be_int = TRUE;

  1848       parser->limits.max_incomplete_connections = value;

  1849     }

  1850   else if (strcmp (name, "max_connections_per_user") == 0)

  1851     {

  1852       must_be_positive = TRUE;

  1853       must_be_int = TRUE;

  1854       parser->limits.max_connections_per_user = value;

  1855     }

  1856   else if (strcmp (name, "max_pending_service_starts") == 0)

  1857     {

  1858       must_be_positive = TRUE;

  1859       must_be_int = TRUE;

  1860       parser->limits.max_pending_activations = value;

  1861     }

  1862   else if (strcmp (name, "max_names_per_connection") == 0)

  1863     {

  1864       must_be_positive = TRUE;

  1865       must_be_int = TRUE;

  1866       parser->limits.max_services_per_connection = value;

  1867     }

  1868   else if (strcmp (name, "max_match_rules_per_connection") == 0)

  1869     {

  1870       must_be_positive = TRUE;

  1871       must_be_int = TRUE;

  1872       parser->limits.max_match_rules_per_connection = value;

  1873     }

  1874   else if (strcmp (name, "max_replies_per_connection") == 0)

  1875     {

  1876       must_be_positive = TRUE;

  1877       must_be_int = TRUE;

  1878       parser->limits.max_replies_per_connection = value;

  1879     }

  1880   else

  1881     {

  1882       dbus_set_error (error, DBUS_ERROR_FAILED,

  1883                       "There is no limit called \"%s\"\n",

  1884                       name);

  1885       return FALSE;

  1886     }

  1888   if (must_be_positive && value < 0)

  1889     {

  1890       dbus_set_error (error, DBUS_ERROR_FAILED,

  1891                       "<limit name=\"%s\"> must be a positive number\n",

  1892                       name);

  1893       return FALSE;

  1894     }

  1896   if (must_be_int &&

  1897       (value < _DBUS_INT_MIN || value > _DBUS_INT_MAX))

  1898     {

  1899       dbus_set_error (error, DBUS_ERROR_FAILED,

  1900                       "<limit name=\"%s\"> value is too large\n",

  1901                       name);

  1902       return FALSE;

  1903     }

  1905   return TRUE;

  1906 }

  1908 dbus_bool_t

  1909 bus_config_parser_end_element (BusConfigParser   *parser,

  1910                                const char        *element_name,

  1911                                DBusError         *error)

  1912 {

  1913   ElementType t;

  1914   const char *n;

  1915   Element *e;

  1917   _DBUS_ASSERT_ERROR_IS_CLEAR (error);

  1919   /* printf ("END: %s\n", element_name); */

  1921   t = top_element_type (parser);

  1923   if (t == ELEMENT_NONE)

  1924     {

  1925       /* should probably be an assertion failure but

  1926        * being paranoid about XML parsers

  1927        */

  1928       dbus_set_error (error, DBUS_ERROR_FAILED,

  1929                       "XML parser ended element with no element on the stack");

  1930       return FALSE;

  1931     }

  1933   n = element_type_to_name (t);

  1934   _dbus_assert (n != NULL);

  1935   if (strcmp (n, element_name) != 0)

  1936     {

  1937       /* should probably be an assertion failure but

  1938        * being paranoid about XML parsers

  1939        */

  1940       dbus_set_error (error, DBUS_ERROR_FAILED,

  1941                       "XML element <%s> ended but topmost element on the stack was <%s>",

  1942                       element_name, n);

  1943       return FALSE;

  1944     }

  1946   e = peek_element (parser);

  1947   _dbus_assert (e != NULL);

  1949   switch (e->type)

  1950     {

  1951     case ELEMENT_NONE:

  1952       _dbus_assert_not_reached ("element in stack has no type");

  1953       break;

  1955     case ELEMENT_INCLUDE:

  1956     case ELEMENT_USER:

  1957     case ELEMENT_TYPE:

  1958     case ELEMENT_LISTEN:

  1959     case ELEMENT_PIDFILE:

  1960     case ELEMENT_AUTH:

  1961     case ELEMENT_SERVICEDIR:

  1962     case ELEMENT_INCLUDEDIR:

  1963     case ELEMENT_LIMIT:

  1964       if (!e->had_content)

  1965         {

  1966           dbus_set_error (error, DBUS_ERROR_FAILED,

  1967                           "XML element <%s> was expected to have content inside it",

  1968                           element_type_to_name (e->type));

  1969           return FALSE;

  1970         }

  1972       if (e->type == ELEMENT_LIMIT)

  1973         {

  1974           if (!set_limit (parser, e->d.limit.name, e->d.limit.value,

  1975                           error))

  1976             return FALSE;

  1977         }

  1978       break;

  1980     case ELEMENT_BUSCONFIG:

  1981     case ELEMENT_POLICY:

  1982     case ELEMENT_ALLOW:

  1983     case ELEMENT_DENY:

  1984     case ELEMENT_FORK:

  1985     case ELEMENT_SELINUX:

  1986     case ELEMENT_ASSOCIATE:

  1987     case ELEMENT_STANDARD_SESSION_SERVICEDIRS:

  1988       break;

  1989     }

  1991   pop_element (parser);

  1993   return TRUE;

  1994 }

  1996 static dbus_bool_t

  1997 all_whitespace (const DBusString *str)

  1998 {

  1999   int i;

  2001   _dbus_string_skip_white (str, 0, &i);

  2003   return i == _dbus_string_get_length (str);

  2004 }

  2006 static dbus_bool_t

  2007 make_full_path (const DBusString *basedir,

  2008                 const DBusString *filename,

  2009                 DBusString       *full_path)

  2010 {

  2011 #ifndef __SYMBIAN32__

  2012   if (_dbus_path_is_absolute (filename))

  2013     {

  2014       return _dbus_string_copy (filename, 0, full_path, 0);

  2015     }

  2016   else

  2017     {

  2018       if (!_dbus_string_copy (basedir, 0, full_path, 0))

  2019         return FALSE;

  2021       if (!_dbus_concat_dir_and_file (full_path, filename))

  2022         return FALSE;

  2024       return TRUE;

  2025     }

  2026 #else

  2027   // always give absolute path in config files on symbian

  2028      return _dbus_string_copy (filename, 0, full_path, 0);

  2029 #endif

  2030 }

  2032 static dbus_bool_t

  2033 include_file (BusConfigParser   *parser,

  2034               const DBusString  *filename,

  2035               dbus_bool_t        ignore_missing,

  2036               DBusError         *error)

  2037 {

  2038   /* FIXME good test case for this would load each config file in the

  2039    * test suite both alone, and as an include, and check

  2040    * that the result is the same

  2041    */

  2042   BusConfigParser *included;

  2043   const char *filename_str;

  2044   DBusError tmp_error;

  2046   dbus_error_init (&tmp_error);

  2048   filename_str = _dbus_string_get_const_data (filename);

  2050   /* Check to make sure this file hasn't already been included. */

  2051   if (seen_include (parser, filename))

  2052     {

  2053       dbus_set_error (error, DBUS_ERROR_FAILED,

  2054 		      "Circular inclusion of file '%s'",

  2055 		      filename_str);

  2056       return FALSE;

  2057     }

  2059   if (! _dbus_list_append (&parser->included_files, (void *) filename_str))

  2060     {

  2061       BUS_SET_OOM (error);

  2062       return FALSE;

  2063     }

  2065   /* Since parser is passed in as the parent, included

  2066      inherits parser's limits. */

  2067   included = bus_config_load (filename, FALSE, parser, &tmp_error);

  2069   _dbus_list_pop_last (&parser->included_files);

  2071   if (included == NULL)

  2072     {

  2073       _DBUS_ASSERT_ERROR_IS_SET (&tmp_error);

  2075       if (dbus_error_has_name (&tmp_error, DBUS_ERROR_FILE_NOT_FOUND) &&

  2076           ignore_missing)

  2077         {

  2078           dbus_error_free (&tmp_error);

  2079           return TRUE;

  2080         }

  2081       else

  2082         {

  2083           dbus_move_error (&tmp_error, error);

  2084           return FALSE;

  2085         }

  2086     }

  2087   else

  2088     {

  2089       _DBUS_ASSERT_ERROR_IS_CLEAR (&tmp_error);

  2091       if (!merge_included (parser, included, error))

  2092         {

  2093           bus_config_parser_unref (included);

  2094           return FALSE;

  2095         }

  2097       /* Copy included's limits back to parser. */

  2098       parser->limits = included->limits;

  2100       bus_config_parser_unref (included);

  2101       return TRUE;

  2102     }

  2103 }

  2105 static dbus_bool_t

  2106 include_dir (BusConfigParser   *parser,

  2107              const DBusString  *dirname,

  2108              DBusError         *error)

  2109 {

  2110   DBusString filename;

  2111   dbus_bool_t retval;

  2112   DBusError tmp_error;

  2113   DBusDirIter *dir;

  2114   char *s;

  2116   if (!_dbus_string_init (&filename))

  2117     {

  2118       BUS_SET_OOM (error);

  2119       return FALSE;

  2120     }

  2122   retval = FALSE;

  2124   dir = _dbus_directory_open (dirname, error);

  2126   if (dir == NULL)

  2127     goto failed;

  2129   dbus_error_init (&tmp_error);

  2130   while (_dbus_directory_get_next_file (dir, &filename, &tmp_error))

  2131     {

  2132       DBusString full_path;

  2134       if (!_dbus_string_init (&full_path))

  2135         {

  2136           BUS_SET_OOM (error);

  2137           goto failed;

  2138         }

  2140       if (!_dbus_string_copy (dirname, 0, &full_path, 0))

  2141         {

  2142           BUS_SET_OOM (error);

  2143           _dbus_string_free (&full_path);

  2144           goto failed;

  2145         }

  2147       if (!_dbus_concat_dir_and_file (&full_path, &filename))

  2148         {

  2149           BUS_SET_OOM (error);

  2150           _dbus_string_free (&full_path);

  2151           goto failed;

  2152         }

  2154       if (_dbus_string_ends_with_c_str (&full_path, ".conf"))

  2155         {

  2156           if (!include_file (parser, &full_path, TRUE, error))

  2157             {

  2158               _dbus_string_free (&full_path);

  2159               goto failed;

  2160             }

  2161         }

  2163       _dbus_string_free (&full_path);

  2164     }

  2166   if (dbus_error_is_set (&tmp_error))

  2167     {

  2168       dbus_move_error (&tmp_error, error);

  2169       goto failed;

  2170     }

  2173   if (!_dbus_string_copy_data (dirname, &s))

  2174     {

  2175       BUS_SET_OOM (error);

  2176       goto failed;

  2177     }

  2179   if (!_dbus_list_append (&parser->conf_dirs, s))

  2180     {

  2181       dbus_free (s);

  2182       BUS_SET_OOM (error);

  2183       goto failed;

  2184     }

  2186   retval = TRUE;

  2188  failed:

  2189   _dbus_string_free (&filename);

  2191   if (dir)

  2192     _dbus_directory_close (dir);

  2194   return retval;

  2195 }

  2197 dbus_bool_t

  2198 bus_config_parser_content (BusConfigParser   *parser,

  2199                            const DBusString  *content,

  2200                            DBusError         *error)

  2201 {

  2202   Element *e;

  2204   _DBUS_ASSERT_ERROR_IS_CLEAR (error);

  2206 #if 0

  2207   {

  2208     const char *c_str;

  2210     _dbus_string_get_const_data (content, &c_str);

  2212     printf ("CONTENT %d bytes: %s\n", _dbus_string_get_length (content), c_str);

  2213   }

  2214 #endif

  2216   e = peek_element (parser);

  2217   if (e == NULL)

  2218     {

  2219       dbus_set_error (error, DBUS_ERROR_FAILED,

  2220                       "Text content outside of any XML element in configuration file");

  2221       return FALSE;

  2222     }

  2223   else if (e->had_content)

  2224     {

  2225       _dbus_assert_not_reached ("Element had multiple content blocks");

  2226       return FALSE;

  2227     }

  2229   switch (top_element_type (parser))

  2230     {

  2231     case ELEMENT_NONE:

  2232       _dbus_assert_not_reached ("element at top of stack has no type");

  2233       return FALSE;

  2235     case ELEMENT_BUSCONFIG:

  2236     case ELEMENT_POLICY:

  2237     case ELEMENT_ALLOW:

  2238     case ELEMENT_DENY:

  2239     case ELEMENT_FORK:

  2240     case ELEMENT_STANDARD_SESSION_SERVICEDIRS:

  2241     case ELEMENT_SELINUX:

  2242     case ELEMENT_ASSOCIATE:

  2243       if (all_whitespace (content))

  2244         return TRUE;

  2245       else

  2246         {

  2247           dbus_set_error (error, DBUS_ERROR_FAILED,

  2248                           "No text content expected inside XML element %s in configuration file",

  2249                           element_type_to_name (top_element_type (parser)));

  2250           return FALSE;

  2251         }

  2253     case ELEMENT_PIDFILE:

  2254       {

  2255         char *s;

  2257         e->had_content = TRUE;

  2259         if (!_dbus_string_copy_data (content, &s))

  2260           goto nomem;

  2262         dbus_free (parser->pidfile);

  2263         parser->pidfile = s;

  2264       }

  2265       break;

  2267     case ELEMENT_INCLUDE:

  2268       {

  2269         DBusString full_path, selinux_policy_root;

  2271         e->had_content = TRUE;

  2273 	if (e->d.include.if_selinux_enabled

  2274 	    && !bus_selinux_enabled ())

  2275 	  break;

  2277         if (!_dbus_string_init (&full_path))

  2278           goto nomem;

  2280         if (e->d.include.selinux_root_relative)

  2281 	  {

  2282             if (!bus_selinux_get_policy_root ())

  2283 	      {

  2284 		dbus_set_error (error, DBUS_ERROR_FAILED,

  2285 				"Could not determine SELinux policy root for relative inclusion");

  2286 		_dbus_string_free (&full_path);

  2287 		return FALSE;

  2288 	      }

  2289             _dbus_string_init_const (&selinux_policy_root,

  2290                                      bus_selinux_get_policy_root ());

  2291             if (!make_full_path (&selinux_policy_root, content, &full_path))

  2292               {

  2293                 _dbus_string_free (&full_path);

  2294                 goto nomem;

  2295               }

  2296           }

  2297         else if (!make_full_path (&parser->basedir, content, &full_path))

  2298           {

  2299             _dbus_string_free (&full_path);

  2300             goto nomem;

  2301           }

  2303         if (!include_file (parser, &full_path,

  2304                            e->d.include.ignore_missing, error))

  2305           {

  2306             _dbus_string_free (&full_path);

  2307             return FALSE;

  2308           }

  2310         _dbus_string_free (&full_path);

  2311       }

  2312       break;

  2314     case ELEMENT_INCLUDEDIR:

  2315       {

  2316         DBusString full_path;

  2318         e->had_content = TRUE;

  2320         if (!_dbus_string_init (&full_path))

  2321           goto nomem;

  2323         if (!make_full_path (&parser->basedir, content, &full_path))

  2324           {

  2325             _dbus_string_free (&full_path);

  2326             goto nomem;

  2327           }

  2329         if (!include_dir (parser, &full_path, error))

  2330           {

  2331             _dbus_string_free (&full_path);

  2332             return FALSE;

  2333           }

  2335         _dbus_string_free (&full_path);

  2336       }

  2337       break;

  2339     case ELEMENT_USER:

  2340       {

  2341         char *s;

  2343         e->had_content = TRUE;

  2345         if (!_dbus_string_copy_data (content, &s))

  2346           goto nomem;

  2348         dbus_free (parser->user);

  2349         parser->user = s;

  2350       }

  2351       break;

  2353     case ELEMENT_TYPE:

  2354       {

  2355         char *s;

  2357         e->had_content = TRUE;

  2359         if (!_dbus_string_copy_data (content, &s))

  2360           goto nomem;

  2362         dbus_free (parser->bus_type);

  2363         parser->bus_type = s;

  2364       }

  2365       break;

  2367     case ELEMENT_LISTEN:

  2368       {

  2369         char *s;

  2371         e->had_content = TRUE;

  2373         if (!_dbus_string_copy_data (content, &s))

  2374           goto nomem;

  2376         if (!_dbus_list_append (&parser->listen_on,

  2377                                 s))

  2378           {

  2379             dbus_free (s);

  2380             goto nomem;

  2381           }

  2382       }

  2383       break;

  2385     case ELEMENT_AUTH:

  2386       {

  2387         char *s;

  2389         e->had_content = TRUE;

  2391         if (!_dbus_string_copy_data (content, &s))

  2392           goto nomem;

  2394         if (!_dbus_list_append (&parser->mechanisms,

  2395                                 s))

  2396           {

  2397             dbus_free (s);

  2398             goto nomem;

  2399           }

  2400       }

  2401       break;

  2403     case ELEMENT_SERVICEDIR:

  2404       {

  2405         char *s;

  2406         DBusString full_path;

  2408         e->had_content = TRUE;

  2410         if (!_dbus_string_init (&full_path))

  2411           goto nomem;

  2413         if (!make_full_path (&parser->basedir, content, &full_path))

  2414           {

  2415             _dbus_string_free (&full_path);

  2416             goto nomem;

  2417           }

  2419         if (!_dbus_string_copy_data (&full_path, &s))

  2420           {

  2421             _dbus_string_free (&full_path);

  2422             goto nomem;

  2423           }

  2425         if (!service_dirs_append_unique_or_free (&parser->service_dirs, s))

  2426           {

  2427             _dbus_string_free (&full_path);

  2428             dbus_free (s);

  2429             goto nomem;

  2430           }

  2432         _dbus_string_free (&full_path);

  2433       }

  2434       break;

  2436     case ELEMENT_LIMIT:

  2437       {

  2438         long val;

  2440         e->had_content = TRUE;

  2442         val = 0;

  2443         if (!_dbus_string_parse_int (content, 0, &val, NULL))

  2444           {

  2445             dbus_set_error (error, DBUS_ERROR_FAILED,

  2446                             "<limit name=\"%s\"> element has invalid value (could not parse as integer)",

  2447                             e->d.limit.name);

  2448             return FALSE;

  2449           }

  2451         e->d.limit.value = val;

  2453         _dbus_verbose ("Loaded value %ld for limit %s\n",

  2454                        e->d.limit.value,

  2455                        e->d.limit.name);

  2456       }

  2457       break;

  2458     }

  2460   _DBUS_ASSERT_ERROR_IS_CLEAR (error);

  2461   return TRUE;

  2463  nomem:

  2464   BUS_SET_OOM (error);

  2465   return FALSE;

  2466 }

  2468 dbus_bool_t

  2469 bus_config_parser_finished (BusConfigParser   *parser,

  2470                             DBusError         *error)

  2471 {

  2472   _DBUS_ASSERT_ERROR_IS_CLEAR (error);

  2474   if (parser->stack != NULL)

  2475     {

  2476       dbus_set_error (error, DBUS_ERROR_FAILED,

  2477                       "Element <%s> was not closed in configuration file",

  2478                       element_type_to_name (top_element_type (parser)));

  2480       return FALSE;

  2481     }

  2483   if (parser->is_toplevel && parser->listen_on == NULL)

  2484     {

  2485       dbus_set_error (error, DBUS_ERROR_FAILED,

  2486                       "Configuration file needs one or more <listen> elements giving addresses");

  2487       return FALSE;

  2488     }

  2490   return TRUE;

  2491 }

  2493 const char*

  2494 bus_config_parser_get_user (BusConfigParser *parser)

  2495 {

  2496   return parser->user;

  2497 }

  2499 const char*

  2500 bus_config_parser_get_type (BusConfigParser *parser)

  2501 {

  2502   return parser->bus_type;

  2503 }

  2505 DBusList**

  2506 bus_config_parser_get_addresses (BusConfigParser *parser)

  2507 {

  2508   return &parser->listen_on;

  2509 }

  2511 DBusList**

  2512 bus_config_parser_get_mechanisms (BusConfigParser *parser)

  2513 {

  2514   return &parser->mechanisms;

  2515 }

  2517 DBusList**

  2518 bus_config_parser_get_service_dirs (BusConfigParser *parser)

  2519 {

  2520   return &parser->service_dirs;

  2521 }

  2523 DBusList**

  2524 bus_config_parser_get_conf_dirs (BusConfigParser *parser)

  2525 {

  2526   return &parser->conf_dirs;

  2527 }

  2529 dbus_bool_t

  2530 bus_config_parser_get_fork (BusConfigParser   *parser)

  2531 {

  2532   return parser->fork;

  2533 }

  2535 const char *

  2536 bus_config_parser_get_pidfile (BusConfigParser   *parser)

  2537 {

  2538   return parser->pidfile;

  2539 }

  2541 BusPolicy*

  2542 bus_config_parser_steal_policy (BusConfigParser *parser)

  2543 {

  2544   BusPolicy *policy;

  2546   _dbus_assert (parser->policy != NULL); /* can only steal the policy 1 time */

  2548   policy = parser->policy;

  2550   parser->policy = NULL;

  2552   return policy;

  2553 }

  2555 /* Overwrite any limits that were set in the configuration file */

  2556 void

  2557 bus_config_parser_get_limits (BusConfigParser *parser,

  2558                               BusLimits       *limits)

  2559 {

  2560   *limits = parser->limits;

  2561 }

  2563 DBusHashTable*

  2564 bus_config_parser_steal_service_context_table (BusConfigParser *parser)

  2565 {

  2566   DBusHashTable *table;

  2568   _dbus_assert (parser->service_context_table != NULL); /* can only steal once */

  2570   table = parser->service_context_table;

  2572   parser->service_context_table = NULL;

  2574   return table;

  2575 }

  2577 #ifdef DBUS_BUILD_TESTS

  2578 #include <stdio.h>

  2580 typedef enum

  2581 {

  2582   VALID,

  2583   INVALID,

  2584   UNKNOWN

  2585 } Validity;

  2587 static dbus_bool_t

  2588 do_load (const DBusString *full_path,

  2589          Validity          validity,

  2590          dbus_bool_t       oom_possible)

  2591 {

  2592   BusConfigParser *parser;

  2593   DBusError error;

  2595   dbus_error_init (&error);

  2597   parser = bus_config_load (full_path, TRUE, NULL, &error);

  2598   if (parser == NULL)

  2599     {

  2600       _DBUS_ASSERT_ERROR_IS_SET (&error);

  2602       if (oom_possible &&

  2603           dbus_error_has_name (&error, DBUS_ERROR_NO_MEMORY))

  2604         {

  2605           _dbus_verbose ("Failed to load valid file due to OOM\n");

  2606           dbus_error_free (&error);

  2607           return TRUE;

  2608         }

  2609       else if (validity == VALID)

  2610         {

  2611           _dbus_warn ("Failed to load valid file but still had memory: %s\n",

  2612                       error.message);

  2614           dbus_error_free (&error);

  2615           return FALSE;

  2616         }

  2617       else

  2618         {

  2619           dbus_error_free (&error);

  2620           return TRUE;

  2621         }

  2622     }

  2623   else

  2624     {

  2625       _DBUS_ASSERT_ERROR_IS_CLEAR (&error);

  2627       bus_config_parser_unref (parser);

  2629       if (validity == INVALID)

  2630         {

  2631           _dbus_warn ("Accepted invalid file\n");

  2632           return FALSE;

  2633         }

  2635       return TRUE;

  2636     }

  2637 }

  2639 typedef struct

  2640 {

  2641   const DBusString *full_path;

  2642   Validity          validity;

  2643 } LoaderOomData;

  2645 static dbus_bool_t

  2646 check_loader_oom_func (void *data)

  2647 {

  2648   LoaderOomData *d = data;

  2650   return do_load (d->full_path, d->validity, TRUE);

  2651 }

  2653 static dbus_bool_t

  2654 process_test_valid_subdir (const DBusString *test_base_dir,

  2655                            const char       *subdir,

  2656                            Validity          validity)

  2657 {

  2658   DBusString test_directory;

  2659   DBusString filename;

  2660   DBusDirIter *dir;

  2661   dbus_bool_t retval;

  2662   DBusError error;

  2664   retval = FALSE;

  2665   dir = NULL;

  2667   if (!_dbus_string_init (&test_directory))

  2668     _dbus_assert_not_reached ("didn't allocate test_directory\n");

  2670   _dbus_string_init_const (&filename, subdir);

  2672   if (!_dbus_string_copy (test_base_dir, 0,

  2673                           &test_directory, 0))

  2674     _dbus_assert_not_reached ("couldn't copy test_base_dir to test_directory");

  2676   if (!_dbus_concat_dir_and_file (&test_directory, &filename))

  2677     _dbus_assert_not_reached ("couldn't allocate full path");

  2679   _dbus_string_free (&filename);

  2680   if (!_dbus_string_init (&filename))

  2681     _dbus_assert_not_reached ("didn't allocate filename string\n");

  2683   dbus_error_init (&error);

  2684   dir = _dbus_directory_open (&test_directory, &error);

  2685   if (dir == NULL)

  2686     {

  2687       _dbus_warn ("Could not open %s: %s\n",

  2688                   _dbus_string_get_const_data (&test_directory),

  2689                   error.message);

  2690       dbus_error_free (&error);

  2691       goto failed;

  2692     }

  2694   if (validity == VALID)

  2695     printf ("Testing valid files:\n");

  2696   else if (validity == INVALID)

  2697     printf ("Testing invalid files:\n");

  2698   else

  2699     printf ("Testing unknown files:\n");

  2701  next:

  2702   while (_dbus_directory_get_next_file (dir, &filename, &error))

  2703     {

  2704       DBusString full_path;

  2705       LoaderOomData d;

  2707       if (!_dbus_string_init (&full_path))

  2708         _dbus_assert_not_reached ("couldn't init string");

  2710       if (!_dbus_string_copy (&test_directory, 0, &full_path, 0))

  2711         _dbus_assert_not_reached ("couldn't copy dir to full_path");

  2713       if (!_dbus_concat_dir_and_file (&full_path, &filename))

  2714         _dbus_assert_not_reached ("couldn't concat file to dir");

  2716       if (!_dbus_string_ends_with_c_str (&full_path, ".conf"))

  2717         {

  2718           _dbus_verbose ("Skipping non-.conf file %s\n",

  2719                          _dbus_string_get_const_data (&filename));

  2720           _dbus_string_free (&full_path);

  2721           goto next;

  2722         }

  2724       printf ("    %s\n", _dbus_string_get_const_data (&filename));

  2726       _dbus_verbose (" expecting %s\n",

  2727                      validity == VALID ? "valid" :

  2728                      (validity == INVALID ? "invalid" :

  2729                       (validity == UNKNOWN ? "unknown" : "???")));

  2731       d.full_path = &full_path;

  2732       d.validity = validity;

  2734       /* FIXME hackaround for an expat problem, see

  2735        * https://bugzilla.redhat.com/bugzilla/show_bug.cgi?id=124747

  2736        * http://freedesktop.org/pipermail/dbus/2004-May/001153.html

  2737        */

  2738       /* if (!_dbus_test_oom_handling ("config-loader", check_loader_oom_func, &d)) */

  2739       if (!check_loader_oom_func (&d))

  2740         _dbus_assert_not_reached ("test failed");

  2742       _dbus_string_free (&full_path);

  2743     }

  2745   if (dbus_error_is_set (&error))

  2746     {

  2747       _dbus_warn ("Could not get next file in %s: %s\n",

  2748                   _dbus_string_get_const_data (&test_directory),

  2749                   error.message);

  2750       dbus_error_free (&error);

  2751       goto failed;

  2752     }

  2754   retval = TRUE;

  2756  failed:

  2758   if (dir)

  2759     _dbus_directory_close (dir);

  2760   _dbus_string_free (&test_directory);

  2761   _dbus_string_free (&filename);

  2763   return retval;

  2764 }

  2766 static dbus_bool_t

  2767 bools_equal (dbus_bool_t a,

  2768 	     dbus_bool_t b)

  2769 {

  2770   return a ? b : !b;

  2771 }

  2773 static dbus_bool_t

  2774 strings_equal_or_both_null (const char *a,

  2775                             const char *b)

  2776 {

  2777   if (a == NULL || b == NULL)

  2778     return a == b;

  2779   else

  2780     return !strcmp (a, b);

  2781 }

  2783 static dbus_bool_t

  2784 elements_equal (const Element *a,

  2785 		const Element *b)

  2786 {

  2787   if (a->type != b->type)

  2788     return FALSE;

  2790   if (!bools_equal (a->had_content, b->had_content))

  2791     return FALSE;

  2793   switch (a->type)

  2794     {

  2796     case ELEMENT_INCLUDE:

  2797       if (!bools_equal (a->d.include.ignore_missing,

  2798 			b->d.include.ignore_missing))

  2799 	return FALSE;

  2800       break;

  2802     case ELEMENT_POLICY:

  2803       if (a->d.policy.type != b->d.policy.type)

  2804 	return FALSE;

  2805       if (a->d.policy.gid_uid_or_at_console != b->d.policy.gid_uid_or_at_console)

  2806 	return FALSE;

  2807       break;

  2809     case ELEMENT_LIMIT:

  2810       if (strcmp (a->d.limit.name, b->d.limit.name))

  2811 	return FALSE;

  2812       if (a->d.limit.value != b->d.limit.value)

  2813 	return FALSE;

  2814       break;

  2816     default:

  2817       /* do nothing */

  2818       break;

  2819     }

  2821   return TRUE;

  2823 }

  2825 static dbus_bool_t

  2826 lists_of_elements_equal (DBusList *a,

  2827 			 DBusList *b)

  2828 {

  2829   DBusList *ia;

  2830   DBusList *ib;

  2832   ia = a;

  2833   ib = b;

  2835   while (ia != NULL && ib != NULL)

  2836     {

  2837       if (elements_equal (ia->data, ib->data))

  2838 	return FALSE;

  2839       ia = _dbus_list_get_next_link (&a, ia);

  2840       ib = _dbus_list_get_next_link (&b, ib);

  2841     }

  2843   return ia == NULL && ib == NULL;

  2844 }

  2846 static dbus_bool_t

  2847 lists_of_c_strings_equal (DBusList *a,

  2848 			  DBusList *b)

  2849 {

  2850   DBusList *ia;

  2851   DBusList *ib;

  2853   ia = a;

  2854   ib = b;

  2856   while (ia != NULL && ib != NULL)

  2857     {

  2858       if (strcmp (ia->data, ib->data))

  2859 	return FALSE;

  2860       ia = _dbus_list_get_next_link (&a, ia);

  2861       ib = _dbus_list_get_next_link (&b, ib);

  2862     }

  2864   return ia == NULL && ib == NULL;

  2865 }

  2867 static dbus_bool_t

  2868 limits_equal (const BusLimits *a,

  2869 	      const BusLimits *b)

  2870 {

  2871   return

  2872     (a->max_incoming_bytes == b->max_incoming_bytes

  2873      || a->max_outgoing_bytes == b->max_outgoing_bytes

  2874      || a->max_message_size == b->max_message_size

  2875      || a->activation_timeout == b->activation_timeout

  2876      || a->auth_timeout == b->auth_timeout

  2877      || a->max_completed_connections == b->max_completed_connections

  2878      || a->max_incomplete_connections == b->max_incomplete_connections

  2879      || a->max_connections_per_user == b->max_connections_per_user

  2880      || a->max_pending_activations == b->max_pending_activations

  2881      || a->max_services_per_connection == b->max_services_per_connection

  2882      || a->max_match_rules_per_connection == b->max_match_rules_per_connection

  2883      || a->max_replies_per_connection == b->max_replies_per_connection

  2884      || a->reply_timeout == b->reply_timeout);

  2885 }

  2887 static dbus_bool_t

  2888 config_parsers_equal (const BusConfigParser *a,

  2889                       const BusConfigParser *b)

  2890 {

  2891   if (!_dbus_string_equal (&a->basedir, &b->basedir))

  2892     return FALSE;

  2894   if (!lists_of_elements_equal (a->stack, b->stack))

  2895     return FALSE;

  2897   if (!strings_equal_or_both_null (a->user, b->user))

  2898     return FALSE;

  2900   if (!lists_of_c_strings_equal (a->listen_on, b->listen_on))

  2901     return FALSE;

  2903   if (!lists_of_c_strings_equal (a->mechanisms, b->mechanisms))

  2904     return FALSE;

  2906   if (!lists_of_c_strings_equal (a->service_dirs, b->service_dirs))

  2907     return FALSE;

  2909   /* FIXME: compare policy */

  2911   /* FIXME: compare service selinux ID table */

  2913   if (! limits_equal (&a->limits, &b->limits))

  2914     return FALSE;

  2916   if (!strings_equal_or_both_null (a->pidfile, b->pidfile))

  2917     return FALSE;

  2919   if (! bools_equal (a->fork, b->fork))

  2920     return FALSE;

  2922   if (! bools_equal (a->is_toplevel, b->is_toplevel))

  2923     return FALSE;

  2925   return TRUE;

  2926 }

  2928 static dbus_bool_t

  2929 all_are_equiv (const DBusString *target_directory)

  2930 {

  2931   DBusString filename;

  2932   DBusDirIter *dir;

  2933   BusConfigParser *first_parser;

  2934   BusConfigParser *parser;

  2935   DBusError error;

  2936   dbus_bool_t equal;

  2937   dbus_bool_t retval;

  2939   dir = NULL;

  2940   first_parser = NULL;

  2941   parser = NULL;

  2942   retval = FALSE;

  2944   if (!_dbus_string_init (&filename))

  2945     _dbus_assert_not_reached ("didn't allocate filename string");

  2947   dbus_error_init (&error);

  2948   dir = _dbus_directory_open (target_directory, &error);

  2949   if (dir == NULL)

  2950     {

  2951       _dbus_warn ("Could not open %s: %s\n",

  2952 		  _dbus_string_get_const_data (target_directory),

  2953 		  error.message);

  2954       dbus_error_free (&error);

  2955       goto finished;

  2956     }

  2958   printf ("Comparing equivalent files:\n");

  2960  next:

  2961   while (_dbus_directory_get_next_file (dir, &filename, &error))

  2962     {

  2963       DBusString full_path;

  2965       if (!_dbus_string_init (&full_path))

  2966 	_dbus_assert_not_reached ("couldn't init string");

  2968       if (!_dbus_string_copy (target_directory, 0, &full_path, 0))

  2969         _dbus_assert_not_reached ("couldn't copy dir to full_path");

  2971       if (!_dbus_concat_dir_and_file (&full_path, &filename))

  2972         _dbus_assert_not_reached ("couldn't concat file to dir");

  2974       if (!_dbus_string_ends_with_c_str (&full_path, ".conf"))

  2975         {

  2976           _dbus_verbose ("Skipping non-.conf file %s\n",

  2977                          _dbus_string_get_const_data (&filename));

  2978 	  _dbus_string_free (&full_path);

  2979           goto next;

  2980         }

  2982       printf ("    %s\n", _dbus_string_get_const_data (&filename));

  2984       parser = bus_config_load (&full_path, TRUE, NULL, &error);

  2986       if (parser == NULL)

  2987 	{

  2988 	  _dbus_warn ("Could not load file %s: %s\n",

  2989 		      _dbus_string_get_const_data (&full_path),

  2990 		      error.message);

  2991           _dbus_string_free (&full_path);

  2992 	  dbus_error_free (&error);

  2993 	  goto finished;

  2994 	}

  2995       else if (first_parser == NULL)

  2996 	{

  2997           _dbus_string_free (&full_path);

  2998 	  first_parser = parser;

  2999 	}

  3000       else

  3001 	{

  3002           _dbus_string_free (&full_path);

  3003 	  equal = config_parsers_equal (first_parser, parser);

  3004 	  bus_config_parser_unref (parser);

  3005 	  if (! equal)

  3006 	    goto finished;

  3007 	}

  3008     }

  3010   retval = TRUE;

  3012  finished:

  3013   _dbus_string_free (&filename);

  3014   if (first_parser)

  3015     bus_config_parser_unref (first_parser);

  3016   if (dir)

  3017     _dbus_directory_close (dir);

  3019   return retval;

  3021 }

  3023 static dbus_bool_t

  3024 process_test_equiv_subdir (const DBusString *test_base_dir,

  3025 			   const char       *subdir)

  3026 {

  3027   DBusString test_directory;

  3028   DBusString filename;

  3029   DBusDirIter *dir;

  3030   DBusError error;

  3031   dbus_bool_t equal;

  3032   dbus_bool_t retval;

  3034   dir = NULL;

  3035   retval = FALSE;

  3037   if (!_dbus_string_init (&test_directory))

  3038     _dbus_assert_not_reached ("didn't allocate test_directory");

  3040   _dbus_string_init_const (&filename, subdir);

  3042   if (!_dbus_string_copy (test_base_dir, 0,

  3043 			  &test_directory, 0))

  3044     _dbus_assert_not_reached ("couldn't copy test_base_dir to test_directory");

  3046   if (!_dbus_concat_dir_and_file (&test_directory, &filename))

  3047     _dbus_assert_not_reached ("couldn't allocate full path");

  3049   _dbus_string_free (&filename);

  3050   if (!_dbus_string_init (&filename))

  3051     _dbus_assert_not_reached ("didn't allocate filename string");

  3053   dbus_error_init (&error);

  3054   dir = _dbus_directory_open (&test_directory, &error);

  3055   if (dir == NULL)

  3056     {

  3057       _dbus_warn ("Could not open %s: %s\n",

  3058 		  _dbus_string_get_const_data (&test_directory),

  3059 		  error.message);

  3060       dbus_error_free (&error);

  3061       goto finished;

  3062     }

  3064   while (_dbus_directory_get_next_file (dir, &filename, &error))

  3065     {

  3066       DBusString full_path;

  3068       /* Skip CVS's magic directories! */

  3069       if (_dbus_string_equal_c_str (&filename, "CVS"))

  3070 	continue;

  3072       if (!_dbus_string_init (&full_path))

  3073 	_dbus_assert_not_reached ("couldn't init string");

  3075       if (!_dbus_string_copy (&test_directory, 0, &full_path, 0))

  3076         _dbus_assert_not_reached ("couldn't copy dir to full_path");

  3078       if (!_dbus_concat_dir_and_file (&full_path, &filename))

  3079         _dbus_assert_not_reached ("couldn't concat file to dir");

  3081       equal = all_are_equiv (&full_path);

  3082       _dbus_string_free (&full_path);

  3084       if (!equal)

  3085 	goto finished;

  3086     }

  3088   retval = TRUE;

  3090  finished:

  3091   _dbus_string_free (&test_directory);

  3092   _dbus_string_free (&filename);

  3093   if (dir)

  3094     _dbus_directory_close (dir);

  3096   return retval;

  3098 }

  3100 static const char *test_service_dir_matches[] =

  3101         {

  3102 #ifndef __SYMBIAN32__

  3103          "/testusr/testlocal/testshare/dbus-1/services",

  3104          "/testusr/testshare/dbus-1/services",

  3105          DBUS_DATADIR"/dbus-1/services",

  3106          "/testhome/foo/.testlocal/testshare/dbus-1/services",

  3107 #else

  3108 DBUS_DATADIR"\\dbus1\\services",

  3109 /*   Certain files such as jabber.service are exported and included in the rom builds by other components.

  3110  *   These are not available for emulator environments and hence added explictly for hardware platforms.

  3111  */

  3112 #if (! defined __WINSCW__)

  3113 "z:\\data\\dbus\\dbus1\\services",

  3114 #endif

  3116 #endif

  3117          NULL

  3118         };

  3120 static dbus_bool_t

  3121 test_default_session_servicedirs (void)

  3122 {

  3123   DBusList *dirs;

  3124   DBusList *link;

  3125   int i;

  3127   dirs = NULL;

  3129   printf ("Testing retriving the default session service directories\n");

  3130   if (!_dbus_get_standard_session_servicedirs (&dirs))

  3131     _dbus_assert_not_reached ("couldn't get stardard dirs");

  3133   /* make sure our defaults end with share/dbus-1/service */

  3134   while ((link = _dbus_list_pop_first_link (&dirs)))

  3135     {

  3136       DBusString path;

  3138       printf ("    default service dir: %s\n", (char *)link->data);

  3139       _dbus_string_init_const (&path, (char *)link->data);

  3140 #ifdef __SYMBIAN32__

  3141       if (!_dbus_string_ends_with_c_str (&path, "\\dbus\\dbus1\\services"))

  3142 #else

  3143       if (!_dbus_string_ends_with_c_str (&path, "share/dbus-1/services"))

  3144 #endif

  3145         {

  3146           printf ("error with default session service directories\n");

  3147           return FALSE;

  3148         }

  3150       dbus_free (link->data);

  3151       _dbus_list_free_link (link);

  3152     }

  3154 #if 1

  3155   if (!_dbus_setenv ("XDG_DATA_HOME", "/testhome/foo/.testlocal/testshare"))

  3156     _dbus_assert_not_reached ("couldn't setenv XDG_DATA_HOME");

  3158   if (!_dbus_setenv ("XDG_DATA_DIRS", ":/testusr/testlocal/testshare: :/testusr/testshare:"))

  3159     _dbus_assert_not_reached ("couldn't setenv XDG_DATA_DIRS");

  3161   if (!_dbus_get_standard_session_servicedirs (&dirs))

  3162     _dbus_assert_not_reached ("couldn't get stardard dirs");

  3164   /* make sure we read and parse the env variable correctly */

  3165   i = 0;

  3166   while ((link = _dbus_list_pop_first_link (&dirs)))

  3167     {

  3168       printf ("    test service dir: %s\n", (char *)link->data);

  3169       if (test_service_dir_matches[i] == NULL)

  3170         {

  3171           printf ("more directories parsed than in match set\n");

  3172           return FALSE;

  3173         }

  3175       if (strcasecmp (test_service_dir_matches[i],

  3176                   (char *)link->data) != 0)

  3177         {

  3178           printf ("%s directory does not match %s in the match set\n",

  3179                   (char *)link->data,

  3180                   test_service_dir_matches[i]);

  3181           return FALSE;

  3182         }

  3184       ++i;

  3186       dbus_free (link->data);

  3187       _dbus_list_free_link (link);

  3188     }

  3190   if (test_service_dir_matches[i] != NULL)

  3191     {

  3192       printf ("extra data %s in the match set was not matched\n",

  3193               test_service_dir_matches[i]);

  3195       return FALSE;

  3196     }

  3197 #endif

  3198   return TRUE;

  3199 }

  3201 dbus_bool_t

  3202 bus_config_parser_test (const DBusString *test_data_dir)

  3203 {

  3204   if (test_data_dir == NULL ||

  3205       _dbus_string_get_length (test_data_dir) == 0)

  3206     {

  3207       printf ("No test data\n");

  3208       return TRUE;

  3209     }

  3211   if (!test_default_session_servicedirs())

  3212     return FALSE;

  3214   if (!process_test_valid_subdir (test_data_dir, "valid-config-files", VALID))

  3215     return FALSE;

  3217   if (!process_test_valid_subdir (test_data_dir, "invalid-config-files", INVALID))

  3218     return FALSE;

  3220   if (!process_test_equiv_subdir (test_data_dir, "equiv-config-files"))

  3221     return FALSE;

  3223   return TRUE;

  3224 }

  3226 #endif /* DBUS_BUILD_TESTS */

author	sl@SLION-WIN7.fritz.box
	Fri, 15 Jun 2012 03:10:57 +0200
changeset 0	bde4ae8d615e
permissions	-rw-r--r--