/*
* Copyright (C) 2006 Aaron Stone <aaron@serendipity.cx>
* Copyright (c) 2006 NFG Net Facilities Group BV support@nfg.nl
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either
* version 2 of the License, or (at your option) any later
* version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
*
*
* $Id: check_dbmail_dsn.c 1598 2005-02-23 08:41:02Z paul $
*
*
*
*
* Basic unit-test framework for dbmail (www.dbmail.org)
*
* See http://check.sf.net for details and docs.
*
*
* Run 'make check' to see some action.
*
*/
// Test dsnuser_resolve through all of its pathways.
#include <check.h>
#include "check_dbmail.h"
extern char *configFile;
extern db_param_t _db_params;
extern int quiet;
extern int reallyquiet;
extern char *query;
u64_t useridnr = 0;
u64_t useridnr_domain = 0;
char *testuser = "testuser1";
u64_t testidnr = 0;
char *username = "testfaildsn";
char *username_domain = "testfailuser@nonexistantdomain";
char *username_mailbox = "testfailuser+foomailbox@nonexistantdomain";
char *alias = "testfailalias@nonexistantdomain";
char *alias_mailbox = "testfailalias+foomailbox@nonexistantdomain";
char *userpart_catchall = "testfailcatchall@";
char *domain_catchall = "@nonexistantdomain";
/*
*
* the test fixtures
*
*/
void setup(void)
{
configure_debug(5,0);
if (config_read(configFile) < 0) {
printf( "Config file not found: %s\n", configFile );
exit(1);
}
GetDBParams(&_db_params);
db_connect();
auth_connect();
GList *alias_add = NULL;
alias_add = g_list_append(alias_add, alias);
alias_add = g_list_append(alias_add, userpart_catchall);
alias_add = g_list_append(alias_add, domain_catchall);
if (! (auth_user_exists(testuser, &testidnr))) {
do_add(testuser, "test", "md5-hash", 0, 0, NULL, NULL);
auth_user_exists(testuser, &testidnr);
}
if (! (auth_user_exists(username, &useridnr))) {
do_add(username, "testpass", "md5-hash", 0, 0, alias_add, NULL);
auth_user_exists(username, &useridnr);
}
if (! (auth_user_exists(username_domain, &useridnr_domain))) {
do_add(username_domain, "testpass", "md5-hash", 0, 0, NULL, NULL);
auth_user_exists(username_domain, &useridnr_domain);
}
}
void teardown(void)
{
u64_t mailbox_id=0;
if (db_findmailbox("testcreatebox",testidnr,&mailbox_id))
db_delete_mailbox(mailbox_id,0,0);
if (db_findmailbox("testpermissionbox",testidnr,&mailbox_id)) {
db_mailbox_set_permission(mailbox_id, IMAPPERM_READWRITE);
db_delete_mailbox(mailbox_id,0,0);
}
db_disconnect();
auth_disconnect();
}
/*
* make sure we're running against a current database layout
*/
//int db_check_version(void);
/**
* \brief check database connection. If it is dead, reconnect
* \return
* - -1 on failure (no connection to db possible)
* - 0 on success
*/
//int db_check_connection(void);
/**
* \brief check database for existence of usermap table
* \return
* - 0 on table not found
* - 1 on table found
*/
//int db_use_usermap(void);
/**
* \brief check if username exists in the usermap table
* \param ci clientinfo_t of connected client
* \param userid login to lookup
* \param real_username contains userid after successful lookup
* \return
* - -1 on db failure
* - 0 on success
* - 1 on not found
*/
//int db_usermap_resolve(clientinfo_t *ci, const char *userid, char * real_username);
/**
* \brief disconnect from database server
* \return 0
*/
//int db_disconnect(void);
/**
* \brief execute a database query
* \param the_query the SQL query to execute
* \return
* - 0 on success
* - 1 on failure
*/
//int db_query(const char *the_query);
START_TEST(test_db_query)
{
GString *q = g_string_new("");
int result;
g_string_printf(q,"SELECT foo FROM bar");
result = db_query(q->str);
fail_unless(result==-1, "db_query should have failed");
g_string_printf(q,"SELECT 1=1");
result = db_query(q->str);
fail_unless(result==0, "db_query should have succeeded");
g_string_free(q,TRUE);
db_free_result();
}
END_TEST
START_TEST(test_db_mailbox_set_permission)
{
int result;
u64_t mailbox_id;
result = db_find_create_mailbox("testpermissionbox", BOX_DEFAULT, testidnr, &mailbox_id);
fail_unless(mailbox_id, "db_find_create_mailbox [testpermissionbox] owned by [%llu] failed [%llu].", testidnr, mailbox_id);
result = db_mailbox_set_permission(mailbox_id, IMAPPERM_READ);
fail_unless(result==0,"db_mailbox_set_permission failed");
result = db_delete_mailbox(mailbox_id,0,0);
fail_unless(result!=0,"db_delete_mailbox should have failed on readonly mailbox");
result = db_mailbox_set_permission(mailbox_id, IMAPPERM_READWRITE);
fail_unless(result==0,"db_mailbox_set_permission failed");
result = db_delete_mailbox(mailbox_id,0,0);
fail_unless(result==0,"db_delete_mailbox should have succeeded on readwrite mailbox");
return;
}
END_TEST
/**
* \brief get number of rows in result set.
* \return
* - 0 on failure or no rows
* - number of rows otherwise
*/
//unsigned db_num_rows(void);
/**
* \brief get number of fields in result set.
* \return
* - 0 on failure or no fields
* - number of fields otherwise
*/
//unsigned db_num_fields(void);
/**
* \brief clear the result set of a query
*/
//void db_free_result(void);
/**
* \brief get a single result field row from the result set
* \param row result row to get it from
* \param field field (=column) to get result from
* \return
* - pointer to string holding result.
* - NULL if no such result
*/
//const char *db_get_result(unsigned row, unsigned field);
/** \ingroup db_get_result_group
* \brief Returns the result as an Integer
*/
//int db_get_result_int(unsigned row, unsigned field);
/** \ingroup db_get_result_group
* \brief Returns the result as an Integer from 0 to 1
*/
//int db_get_result_bool(unsigned row, unsigned field);
/** \ingroup db_get_result_group
* \brief Returns the result as an Unsigned 64 bit Integer
*/
//u64_t db_get_result_u64(unsigned row, unsigned field);
/**
* \brief return the ID generated for an AUTO_INCREMENT column
* by the previous column.
* \param sequence_identifier sequence identifier
* \return
* - 0 if no such id (if for instance no AUTO_INCREMENT
* value was generated).
* - the id otherwise
*/
//u64_t db_insert_result(const char *sequence_identifier);
/**
* \brief escape a string for use in query
* \param to string to copy escaped string to. Must be allocated by caller
* \param from original string
* \param length of orginal string
* \return length of escaped string
* \attention behaviour is undefined if to and from overlap
*/
//unsigned long db_escape_string(char *to,
// const char *from, unsigned long length);
/**
* \brief escape a binary data for use in query
* \param to string to copy escaped string to. Must be allocated by caller
* \param from original string
* \param length of orginal string
* \return length of escaped string
* \attention behaviour is undefined if to and from overlap
*/
//unsigned long db_escape_binary(char *to,
// const char *from, unsigned long length);
/**
* \brief get length in bytes of a result field in a result set.
* \param row row of field
* \param field field number (0..nfields)
* \return
* - -1 if invalid field
* - length otherwise
*/
//u64_t db_get_length(unsigned row, unsigned field);
/**
* \brief get number of rows affected by a query
* \return
* - -1 on error (e.g. no result set)
* - number of affected rows otherwise
*/
//u64_t db_get_affected_rows(void);
/**
* \brief switch from the normal result set to the msgbuf
* result set from hereon. A call to db_store_msgbuf_result()
* will reverse this situation again
*/
//void db_use_msgbuf_result(void);
/**
* \brief switch from msgbuf result set to the normal result
* set for all following database operations. This function
* should be called after db_use_msgbuf_result() when the
* msgbuf result has to be used later on.
*/
//void db_store_msgbuf_result(void);
/**
* \brief switch from normal result set to the authentication result
* set
*/
//void db_use_auth_result(void);
/**
* \brief switch from authentication result set to normal result set
*/
//void db_store_auth_result(void);
/**
* \brief get void pointer to result set.
* \return a pointer to a result set
* \bug this is really ugly and should be dealt with differently!
*/
//void *db_get_result_set(void);
/**
* \brief set the new result set
* \param res the new result set
* \bug this is really ugly and should be dealt with differently!
*/
//void db_set_result_set(void *res);
/**
* begin transaction
* \return
* - -1 on error
* - 0 otherwise
*/
//int db_begin_transaction(void);
/**
* commit transaction
* \return
* - -1 on error
* - 0 otherwise
*/
//int db_commit_transaction(void);
/**
* rollback transaction
* \return
* - -1 on error
* - 0 otherwise
*/
//int db_rollback_transaction(void);
/* shared implementattion from hereon */
/**
* \brief get the physmessage_id from a message_idnr
* \param message_idnr
* \param physmessage_id will hold physmessage_id on return. Must hold a valid
* pointer on call.
* \return
* - -1 on error
* - 0 if a physmessage_id was found
* - 1 if no message with this message_idnr found
* \attention function will fail and halt program if physmessage_id is
* NULL on call.
*/
//int db_get_physmessage_id(u64_t message_idnr, /*@out@*/ u64_t * physmessage_id);
/**
* \brief return number of bytes used by user identified by userid
* \param user_idnr id of the user (from users table)
* \param curmail_size will hold current mailsize used (should hold a valid
* pointer on call).
* \return
* - -1 on failure<BR>
* - 1 otherwise
*/
//int db_get_quotum_used(u64_t user_idnr, u64_t * curmail_size);
/**
* \brief finds all users which need to have their curmail_size (amount
* of space used by user) updated. Then updates this number in the
* database
* \return
* - -2 on memory error
* - -1 on database error
* - 0 on success
*/
//int db_calculate_quotum_all(void);
/**
* \brief performs a recalculation of used quotum of a user and puts
* this value in the users table.
* \param user_idnr
* \return
* - -1 on db_failure
* - 0 on success
*/
//int db_calculate_quotum_used(u64_t user_idnr);
/**
* \brief get auto-notification address for a user
* \param user_idnr user id
* \param notify_address pointer to string that will hold the address
* \return
* - -2 on failure of allocating memory for string
* - -1 on database failure
* - 0 on success
* \attention caller should free deliver_to address
*/
//int db_get_notify_address(u64_t user_idnr, char **notify_address);
/**
* \brief get reply body for auto-replies
* \param user_idnr user idnr
* \param body pointer to string that will hold reply body
* \return
* - -2 on failure of allocating memory for string
* - -1 on database failure
* - 0 on success
* \attention caller should free reply_body
*/
//int db_get_reply_body(u64_t user_idnr, char **body);
/**
* \brief get user idnr of a message.
* \param message_idnr idnr of message
* \return
* - -1 on failure
* - 0 if message is located in a shared mailbox.
* - user_idnr otherwise
*/
//u64_t db_get_useridnr(u64_t message_idnr);
/**
* \brief insert a new physmessage. This inserts only an new record in the
* physmessage table with a timestamp
* \param physmessage_id will hold the id of the physmessage on return. Must
* hold a valid pointer on call.
* \return
* - -1 on failure
* - 1 on success
*/
//int db_insert_physmessage(/*@out@*/ u64_t * physmessage_id);
/**
* \brief insert a physmessage with an internal date.
* \param internal_date the internal date in "YYYY-MM-DD HH:Mi:SS"
* \param physmessage_id will hold the id of the physmessage on return. Must
* hold a valid pointer on call.
* \return
* - -1 on failure
* - 1 on success
*/
//int db_insert_physmessage_with_internal_date(timestring_t internal_date,
// u64_t * physmessage_id);
/**
* \brief update unique_id, message_size and rfc_size of
* a message identified by message_idnr
* \param message_idnr
* \param unique_id unique id of message
* \param message_size size of message
* \param rfc_size
* \return
* - -1 on database error
* - 0 on success
*/
//int db_update_message(u64_t message_idnr, const char *unique_id,
// u64_t message_size, u64_t rfc_size);
/**
* \brief set unique id of a message
* \param message_idnr
* \param unique_id unique id of message
* \return
* - -1 on database error
* - 0 on success
*/
//int db_message_set_unique_id(u64_t message_idnr, const char *unique_id);
/**
* \brief set messagesize and rfcsize of a message
* \param physmessage_id
* \param message_size
* \param rfc_size
* \return
* - -1 on failure
* - 0 on succes
*/
//int db_physmessage_set_sizes(u64_t physmessage_id, u64_t message_size,
// u64_t rfc_size);
/**
* \brief insert a messageblock for a specific physmessage
* \param block the block
* \param block_size size of block
* \param physmessage_id id of physmessage to which the block belongs.
* \param messageblock_idnr will hold id of messageblock after call. Should
* hold a valid pointer on call.
* \return
* - -1 on failure
* - 0 on success
*/
//int db_insert_message_block_physmessage(const char *block,
// u64_t block_size,
// u64_t physmessage_id,
// u64_t * messageblock_idnr,
// unsigned is_header);
/**
* \brief insert a message block into the message block table
* \param block the message block (which is a string)
* \param block_size length of the block
* \param message_idnr id of the message the block belongs to
* \param messageblock_idnr will hold id of messageblock after call. Should
* be a valid pointer on call.
* \return
* - -1 on failure
* - 0 otherwise
*/
//int db_insert_message_block(const char *block, u64_t block_size,
// u64_t message_idnr,
// /*@out@*/ u64_t * messageblock_idnr,
// unsigned is_header);
/**
* \brief log IP-address for POP/IMAP_BEFORE_SMTP. If the IP-address
* is already logged, it's timestamp is renewed.
* \param ip the ip (xxx.xxx.xxx.xxx)
* \return
* - -1 on database failure
* - 0 on success
* \bug timestamp!
*/
//int db_log_ip(const char *ip);
/**
* \brief clean up ip log
* \param lasttokeep all ip log entries before this timestamp will
* deleted
* \return
* - -1 on database failure
* - 0 on success
*/
//int db_cleanup_iplog(const char *lasttokeep, u64_t *affected_rows);
//int db_count_iplog(const char *lasttokeep, u64_t *affected_rows);
/**
* \brief cleanup database tables
* \return
* - -1 on database failure
* - 0 on success
*/
//int db_cleanup(void);
/**
* \brief execute cleanup of database tables (have no idea why there
* are two functions for this..)
* \param tables array of char* holding table names
* \param num_tables number of tables in tables
* \return
* - -1 on db failure
* - 0 on success
*/
//int db_do_cleanup(const char **tables, int num_tables);
/**
* \brief remove all mailboxes for a user
* \param user_idnr
* \return
* - -2 on memory failure
* - -1 on database failure
* - 0 on success
*/
//int db_empty_mailbox(u64_t user_idnr);
/**
* \brief check for all message blocks that are not connected to
* a physmessage. This can only occur when in use with a
* database that does not check for foreign key constraints.
* \param lost_list pointer to a list which will contain all lost blocks.
* this list needs to be empty on call to this function.
* \return
* - -2 on memory error
* - -1 on database error
* - 0 on success
* \attention caller should free this memory
*/
//int db_icheck_messageblks(struct dm_list *lost_list);
/**
* \brief check for all messages that are not connected to
* mailboxes
* \param lost_list pointer to a list which will contain all lost messages
* this list needs to be empty on call to this function.
* \return
* - -2 on memory error
* - -1 on database error
* - 0 on success
* \attention caller should free this memory
*/
//int db_icheck_messages(struct dm_list *lost_list);
/**
* \brief check for all mailboxes that are not connected to
* users
* \param lost_list pointer to a list which will contain all lost mailboxes
* this list needs to be empty on call to this function.
* \return
* - -2 on memory error
* - -1 on database error
* - 0 on success
* \attention caller should free this memory
*/
//int db_icheck_mailboxes(struct dm_list *lost_list);
/**
* \brief check for all messages that are not connected to physmessage
* records. This function is not nessecary when using foreign key
* constraints.
* \param lost_list pointer to a list which will contain all message_idnr
* of messages that are not connected to physmessage records.
* this list needs to be empty on call to this function.
* \return
* - -2 on memory error
* - -1 on database error
* - 0 on success
* \attention caller should free this memory
*/
//int db_icheck_null_messages(struct dm_list *lost_list);
/**
* \brief check for all physmessage records that have no messageblks
* associated with them.
* \param null_list pointer to a list which will contain all physmessage_ids
* of messages that are not connected to physmessage records.
* this list needs to be empty on call to this function.
* \return
* - -2 on memory error
* - -1 on database error
* - 0 on success.
* \attention caller should free this memory
*/
//int db_icheck_null_physmessages(struct dm_list *lost_list);
/**
* \brief check for is_header flag on messageblks
*
*/
//int db_icheck_isheader(GList **lost);
//int db_set_isheader(GList *lost);
/**
* \brief check for cached header values
*
*/
//int db_icheck_headercache(GList **lost);
//int db_set_headercache(GList *lost);
/**
* \brief check for rfcsize in physmessage table
*
*/
//int db_icheck_rfcsize(GList **lost);
//int db_update_rfcsize(GList *lost);
/**
* \brief set status of a message
* \param message_idnr
* \param status new status of message
* \return result of db_query()
*/
//int db_set_message_status(u64_t message_idnr, MessageStatus_t status);
/**
* \brief delete a message block
* \param messageblk_idnr
* \return result of db_query()
*/
//int db_delete_messageblk(u64_t messageblk_idnr);
/**
* \brief delete a physmessage
* \param physmessage_id
* \return
* - -1 on error
* - 1 on success
*/
//int db_delete_physmessage(u64_t physmessage_id);
/**
* \brief delete a message
* \param message_idnr
* \return
* - -1 on error
* - 1 on success
*/
//int db_delete_message(u64_t message_idnr);
START_TEST(test_db_delete_message)
{
}
END_TEST
/**
* \brief write lines of message to fstream. Does not write the header
* \param fstream the stream to write to
* \param message_idnr idrn of message to write
* \param lines number of lines to write. If <PRE>lines == -2</PRE>, then
* the whole message (excluding the header) is written.
* \param no_end_dot if
* - 0 \b do write the final "." signalling
* the end of the message
* - otherwise do \b not write the final "."
* \return
* - 0 on failure
* - 1 on success
*/
//int db_send_message_lines(void *fstream, u64_t message_idnr,
// long lines, int no_end_dot);
/**
* \brief create a new POP3 session. (was createsession() in dbmysql.c)
* \param user_idnr user idnr
* \param session_ptr pointer to POP3 session
*/
//int db_createsession(u64_t user_idnr, PopSession_t * session_ptr);
/**
* \brief Clean up a POP3 Session
* \param session_ptr pointer to POP3 session
*/
//void db_session_cleanup(PopSession_t * session_ptr);
/**
* \brief update POP3 session
* \param session_ptr pointer to POP3 session
* \return
* - -1 on failure
* - 0 on success
* \attention does not update shared mailboxes (which should
* not be nessecary, because the shared mailboxes are not
* touched by POP3
*/
//int db_update_pop(PopSession_t * session_ptr);
/**
* \brief set deleted status (=3) for all messages that are marked for
* delete (=2)
* \param affected_rows will hold the number of affected messages on return.
* must hold a valid pointer on call.
* \return
* - -1 on database failure;
* - 1 otherwise
*/
//int db_set_deleted(u64_t * affected_rows);
/**
* \brief purge all messages from the database with a "delete"-status
* (status = 3)
* \param affected_rows will hold the number of affected rows on return. Must
* hold a valid pointer on call
* \return
* - -2 on memory failure
* - -1 on database failure
* - 0 if no messages deleted (affected_rows will also hold '0')
* - 1 if a number of messages deleted (affected_rows will hold the number
* of deleted messages.
*/
//int db_deleted_purge(u64_t * affected_rows);
//int db_deleted_count(u64_t * affected_rows);
/**
* \brief check if a block of a certain size can be inserted.
* \param addblocksize size of added blocks (UNUSED)
* \param message_idnr
* \param *user_idnr pointer to user_idnr. This will be set to the
* idnr of the user associated with the message
* \return
* - -2 on database failure after a limit overrun (if this
* occurs the DB might be inconsistent and dbmail-util
* needs to be run)
* - -1 on database failure
* - 0 on success
* - 1 on limit overrun.
* \attention when inserting a block would cause a limit run-overrun.
* the message insert is automagically rolled back
*/
//u64_t db_check_sizelimit(u64_t addblocksize, u64_t message_idnr,
// u64_t * user_idnr);
/**
* \brief insert a message into the database
* \param msgdata the message
* \param datalen length of message
* \param mailbox_idnr mailbox to put it in
* \param user_idnr
* \param internal_date internal date of message. May be '\0'.
* \return
* - -1 on failure
* - 0 on success
* - 1 on invalid message
* - 2 on mail quotum exceeded
*/
//int db_imap_append_msg(const char *msgdata, u64_t datalen,
// u64_t mailbox_idnr, u64_t user_idnr,
// timestring_t internal_date, u64_t * msg_idnr);
/**
* Produces a regexp that will case-insensitively match the mailbox name
* according to the modified UTF-7 rules given in section 5.1.3 of IMAP.
* \param column name of the name column.
* \param mailbox name of the mailbox.
* \param filter use /% for children or "" for just the box.
* \return pointer to a newly allocated string.
*/
START_TEST(test_db_imap_utf7_like)
{
char *trythese[] = {
"INBOX/&BekF3AXVBd0-",
"Inbox",
"Listen/F% %/Users",
NULL };
char *getthese[] = {
"name LIKE BINARY '______&BekF3AXVBd0_/%' AND name LIKE 'INBOX/____________-/%'",
"name LIKE 'Inbox/%'",
"name LIKE 'Listen/F% %/Users/%'",
NULL };
int i;
for (i = 0; trythese[i] != NULL; i++) {
char *result = db_imap_utf7_like("name", trythese[i], "/%");
fail_unless(strcmp(result, getthese[i])==0, "Failed to make db_imap_utf7_like string for [%s]", trythese[i]);
dm_free(result);
}
}
END_TEST
/* mailbox functionality */
/**
* \brief find mailbox "name" for a user
* \param name name of mailbox
* \param user_idnr
* \param mailbox_idnr will hold mailbox_idnr after return. Must hold a valid
* pointer on call.
* \return
* - -1 on failure
* - 0 if mailbox not found
* - 1 if found
*/
//int db_findmailbox(const char *name, u64_t user_idnr,
// /*@out@*/ u64_t * mailbox_idnr);
/**
* \brief finds all the mailboxes owned by owner_idnr who match
* the pattern.
* \param owner_idnr
* \param pattern pattern
* \param children pointer to a list of mailboxes conforming to
* pattern. This will be filled when the function
* returns and needs to be free-d by caller
* \param nchildren number of mailboxes in children
* \param only_subscribed only search in subscribed mailboxes.
* \return
* - -1 on failure
* - 0 on success
*/
//int db_findmailbox_by_regex(u64_t owner_idnr, const char *pattern,
// u64_t ** children, unsigned *nchildren,
// int only_subscribed);
/**
* \brief get info on a mailbox. Info is filled in in the
* mailbox_t struct.
* \param mb the mailbox_t to fill in. (mb->uid needs to be
* set already!
* \return
* - -1 on failure
* - 0 on success
*/
//int db_getmailbox(mailbox_t * mb);
/**
* \brief find owner of a mailbox
* \param mboxid id of mailbox
* \param owner_id will hold owner of mailbox after return
* \return
* - -1 on db error
* - 0 if owner not found
* - 1 if owner found
*/
//int db_get_mailbox_owner(u64_t mboxid, /*@out@*/ u64_t * owner_id);
/**
* \brief check if a user is owner of the specified mailbox
* \param userid id of user
* \param mboxid id of mailbox
* \return
* - -1 on db error
* - 0 if not user
* - 1 if user
*/
//int db_user_is_mailbox_owner(u64_t userid, u64_t mboxid);
/**
* \brief create a new mailbox
* \param name name of mailbox
* \param owner_idnr owner of mailbox
* \return
* - -1 on failure
* - 0 on success
*/
//int db_createmailbox(const char *name, u64_t owner_idnr,
// u64_t * mailbox_idnr);
START_TEST(test_db_createmailbox)
{
u64_t owner_id=99999999;
u64_t mailbox_id=0;
int result;
result = db_createmailbox("INBOX", owner_id, &mailbox_id);
fail_unless(result == -1, "db_createmailbox should have failed");
result = db_createmailbox("testcreatebox", testidnr, &mailbox_id);
fail_unless(result==0,"db_createmailbox failed");
}
END_TEST
/** Create a mailbox, recursively creating its parents.
* \param mailbox Name of the mailbox to create
* \param owner_idnr Owner of the mailbox
* \param mailbox_idnr Fills the pointer with the mailbox id
* \param message Returns a static pointer to the return message
* \return
* 0 Everything's good
* 1 Cannot create mailbox
* -1 Database error
*/
START_TEST(test_db_mailbox_create_with_parents)
{
u64_t mailbox_idnr = 0;
const char *message;
int result;
int only_empty = 0, update_curmail_size = 0 ;
result = db_mailbox_create_with_parents("INBOX/Foo/Bar/Baz",
useridnr, &mailbox_idnr, &message);
fail_unless(result == 0 && mailbox_idnr != 0,
"Failed at db_mailbox_create_with_parents: [%s]", message);
/* At this point, useridnr should have and be subscribed to several boxes... */
result = db_findmailbox("inbox/foo/BAR/baz", useridnr, &mailbox_idnr);
fail_unless(result == 1 && mailbox_idnr != 0, "Failed at db_findmailbox(\"inbox/foo/BAR/baz\")");
result = db_delete_mailbox(mailbox_idnr, only_empty, update_curmail_size);
fail_unless(result == 0, "Failed at db_findmailbox or db_delete_mailbox");
result = db_findmailbox("InBox/Foo/bar", useridnr, &mailbox_idnr);
fail_unless(result == 1 && mailbox_idnr != 0, "Failed at db_findmailbox(\"InBox/Foo/bar\")");
result = db_delete_mailbox(mailbox_idnr, only_empty, update_curmail_size);
fail_unless(result == 0, "Failed at db_findmailbox or db_delete_mailbox");
result = db_findmailbox("INBOX/FOO", useridnr, &mailbox_idnr);
fail_unless(result == 1 && mailbox_idnr != 0, "Failed at db_findmailbox(\"INBOX/FOO\")");
result = db_delete_mailbox(mailbox_idnr, only_empty, update_curmail_size);
fail_unless(result == 0, "Failed at db_findmailbox or db_delete_mailbox");
result = db_findmailbox("INBox", useridnr, &mailbox_idnr);
fail_unless(result == 1 && mailbox_idnr != 0, "Failed at db_findmailbox(\"INBox\")");
result = db_delete_mailbox(mailbox_idnr, only_empty, update_curmail_size);
fail_unless(result == 0, "We just deleted inbox. Something silly.");
/* Cool, we've cleaned up after ourselves. */
}
END_TEST
/**
* \brief delete a mailbox.
* \param mailbox_idnr
* \param only_empty if non-zero the mailbox will only be emptied,
* i.e. all messages in it will be deleted.
* \param update_curmail_size if non-zero the curmail_size of the
* user will be updated.
* \return
* - -1 on database failure
* - 0 on success
* \attention this function is unable to delete shared mailboxes
*/
//int db_delete_mailbox(u64_t mailbox_idnr, int only_empty,
// int update_curmail_size);
START_TEST(test_db_delete_mailbox)
{
u64_t mailbox_id = 999999999;
int result;
result = db_delete_mailbox(mailbox_id, 0, 0);
fail_unless(result != DM_SUCCESS, "db_delete_mailbox should have failed");
result = db_createmailbox("testdeletebox",testidnr, &mailbox_id);
fail_unless(result == 0,"db_createmailbox failed");
result = db_delete_mailbox(mailbox_id,0,0);
fail_unless(result == 0,"db_delete_mailbox failed");
}
END_TEST
/**
* \brief find a mailbox, create if not found
* \param name name of mailbox
* \param owner_idnr owner of mailbox
* \return
* - -1 on failure
* - 0 on success
*/
//int db_find_create_mailbox(const char *name, mailbox_source_t source,
// u64_t owner_idnr, /*@out@*/ u64_t * mailbox_idnr);
/**
* \brief produce a list containing the UID's of the specified
* mailbox' children matching the search criterion
* \param mailbox_idnr id of parent mailbox
* \param user_idnr
* \param children will hold list of children
* \param nchildren length of list of children
* \param filter search filter
* \return
* - -1 on failure
* - 0 on success
*/
//int db_listmailboxchildren(u64_t mailbox_idnr, u64_t user_idnr,
// u64_t ** children, int *nchildren,
// const char *filter);
/**
* \brief check if mailbox is selectable
* \param mailbox_idnr
* \return
* - -1 on failure
* - 0 if not selectable
* - 1 if selectable
*/
//int db_isselectable(u64_t mailbox_idnr);
/**
* \brief check if mailbox has no_inferiors flag set.
* \param mailbox_idnr
* \return
* - -1 on failure
* - 0 flag not set
* - 1 flag set
*/
//int db_noinferiors(u64_t mailbox_idnr);
/**
* \brief set selectable flag of a mailbox on/of
* \param mailbox_idnr
* \param select_value
* - 0 for not select
* - 1 for select
* \return
* - -1 on failure
* - 0 on success
*/
//int db_setselectable(u64_t mailbox_idnr, int select_value);
/**
* \brief remove all messages from a mailbox
* \param mailbox_idnr
* \return
* - -1 on failure
* - 0 on success
*/
//int db_removemsg(u64_t user_idnr, u64_t mailbox_idnr);
/**
* \brief move all messages from one mailbox to another.
* \param mailbox_to idnr of mailbox to move messages from.
* \param mailbox_from idnr of mailbox to move messages to.
* \return
* - -1 on failure
* - 0 on success
*/
//int db_movemsg(u64_t mailbox_to, u64_t mailbox_from);
/**
* \brief copy a message to a mailbox
* \param msg_idnr
* \param mailbox_to mailbox to copy to
* \param user_idnr user to copy the messages for.
* \return
* - -2 if the quotum is exceeded
* - -1 on failure
* - 0 on success
*/
//int db_copymsg(u64_t msg_idnr, u64_t mailbox_to,
// u64_t user_idnr, u64_t * newmsg_idnr);
/**
* \brief get name of mailbox
* \param mailbox_idnr
* \param name will hold the name
* \return
* - -1 on failure
* - 0 on success
* \attention name should be large enough to hold the name
* (preferably of size IMAP_MAX_MAILBOX_NAMELEN + 1)
*/
//int db_getmailboxname(u64_t mailbox_idnr, u64_t user_idnr, char *name);
/**
* \brief set name of mailbox
* \param mailbox_idnr
* \param name new name of mailbox
* \return
* - -1 on failure
* - 0 on success
*/
//int db_setmailboxname(u64_t mailbox_idnr, const char *name);
/**
* \brief remove all messages from a mailbox that have the delete flag
* set. Remove is done by setting status to 2. A list holding
* messages_idnrs of all removed messages is made in msg_idnrs.
* nmsgs will hold the number of deleted messages.
* \param mailbox_idnr
* \param msg_idnrs pointer to a list of msg_idnrs. If NULL, or nmsg
* is NULL, no list will be made.
* \param nmsgs will hold the number of memebers in the list. If NULL,
* or msg_idnrs is NULL, no list will be made.
* \return
* - -1 on failure
* - 0 on success
* \attention caller should free msg_idnrs and nmsg
*/
//int db_expunge(u64_t mailbox_idnr,
// u64_t user_idnr, u64_t ** msg_idnrs, u64_t * nmsgs);
/**
* \brief get first unseen message in a mailbox
* \param mailbox_idnr
* \return
* - -1 on failure
* - msg_idnr of first unseen message in mailbox otherwise
*/
//u64_t db_first_unseen(u64_t mailbox_idnr);
/**
* \brief subscribe to a mailbox.
* \param mailbox_idnr mailbox to subscribe to
* \param user_idnr user to subscribe
* \return
* - -1 on failure
* - 0 on success
*/
//int db_subscribe(u64_t mailbox_idnr, u64_t user_idnr);
/**
* \brief unsubscribe from a mailbox
* \param mailbox_idnr
* \param user_idnr
* \return
* - -1 on failure
* - 0 on success
*/
//int db_unsubscribe(u64_t mailbox_idnr, u64_t user_idnr);
Suite *dbmail_db_suite(void)
{
Suite *s = suite_create("Dbmail Basic Database Functions");
TCase *tc_db = tcase_create("DB");
suite_add_tcase(s, tc_db);
tcase_add_checked_fixture(tc_db, setup, teardown);
tcase_add_test(tc_db, test_db_query);
tcase_add_test(tc_db, test_db_createmailbox);
tcase_add_test(tc_db, test_db_mailbox_create_with_parents);
tcase_add_test(tc_db, test_db_delete_mailbox);
tcase_add_test(tc_db, test_db_mailbox_set_permission);
tcase_add_test(tc_db, test_db_imap_utf7_like);
return s;
}
int main(void)
{
int nf;
Suite *s = dbmail_db_suite();
SRunner *sr = srunner_create(s);
srunner_run_all(sr, CK_NORMAL);
nf = srunner_ntests_failed(sr);
srunner_free(sr);
return (nf == 0) ? EXIT_SUCCESS : EXIT_FAILURE;
}
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