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/*
* Unix SMB / CIFS implementation .
* status reporting
* Copyright ( C ) Andrew Tridgell 1994 - 1998
* Copyright ( C ) James Peach 2005 - 2006
*
* 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
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* the Free Software Foundation ; either version 3 of the License , or
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* ( 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
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* along with this program ; if not , see < http : //www.gnu.org/licenses/>.
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*/
# include "includes.h"
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bool status_profile_dump ( bool be_verbose ) ;
bool status_profile_rates ( bool be_verbose ) ;
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# ifdef WITH_PROFILE
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static void profile_separator ( const char * title )
{
char line [ 79 + 1 ] ;
char * end ;
snprintf ( line , sizeof ( line ) , " **** %s " , title ) ;
for ( end = line + strlen ( line ) ; end < & line [ sizeof ( line ) - 1 ] ; + + end ) {
* end = ' * ' ;
}
line [ sizeof ( line ) - 1 ] = ' \0 ' ;
d_printf ( " %s \n " , line ) ;
}
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# endif
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/*******************************************************************
dump the elements of the profile structure
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
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bool status_profile_dump ( bool verbose )
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{
# ifdef WITH_PROFILE
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if ( ! profile_setup ( NULL , True ) ) {
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fprintf ( stderr , " Failed to initialise profile memory \n " ) ;
return False ;
}
d_printf ( " smb_count: %u \n " , profile_p - > smb_count ) ;
d_printf ( " uid_changes: %u \n " , profile_p - > uid_changes ) ;
profile_separator ( " System Calls " ) ;
d_printf ( " opendir_count: %u \n " , profile_p - > syscall_opendir_count ) ;
d_printf ( " opendir_time: %u \n " , profile_p - > syscall_opendir_time ) ;
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d_printf ( " fdopendir_count: %u \n " , profile_p - > syscall_fdopendir_count ) ;
d_printf ( " fdopendir_time: %u \n " , profile_p - > syscall_fdopendir_time ) ;
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d_printf ( " readdir_count: %u \n " , profile_p - > syscall_readdir_count ) ;
d_printf ( " readdir_time: %u \n " , profile_p - > syscall_readdir_time ) ;
d_printf ( " mkdir_count: %u \n " , profile_p - > syscall_mkdir_count ) ;
d_printf ( " mkdir_time: %u \n " , profile_p - > syscall_mkdir_time ) ;
d_printf ( " rmdir_count: %u \n " , profile_p - > syscall_rmdir_count ) ;
d_printf ( " rmdir_time: %u \n " , profile_p - > syscall_rmdir_time ) ;
d_printf ( " closedir_count: %u \n " , profile_p - > syscall_closedir_count ) ;
d_printf ( " closedir_time: %u \n " , profile_p - > syscall_closedir_time ) ;
d_printf ( " open_count: %u \n " , profile_p - > syscall_open_count ) ;
d_printf ( " open_time: %u \n " , profile_p - > syscall_open_time ) ;
d_printf ( " close_count: %u \n " , profile_p - > syscall_close_count ) ;
d_printf ( " close_time: %u \n " , profile_p - > syscall_close_time ) ;
d_printf ( " read_count: %u \n " , profile_p - > syscall_read_count ) ;
d_printf ( " read_time: %u \n " , profile_p - > syscall_read_time ) ;
d_printf ( " read_bytes: %u \n " , profile_p - > syscall_read_bytes ) ;
d_printf ( " write_count: %u \n " , profile_p - > syscall_write_count ) ;
d_printf ( " write_time: %u \n " , profile_p - > syscall_write_time ) ;
d_printf ( " write_bytes: %u \n " , profile_p - > syscall_write_bytes ) ;
d_printf ( " pread_count: %u \n " , profile_p - > syscall_pread_count ) ;
d_printf ( " pread_time: %u \n " , profile_p - > syscall_pread_time ) ;
d_printf ( " pread_bytes: %u \n " , profile_p - > syscall_pread_bytes ) ;
d_printf ( " pwrite_count: %u \n " , profile_p - > syscall_pwrite_count ) ;
d_printf ( " pwrite_time: %u \n " , profile_p - > syscall_pwrite_time ) ;
d_printf ( " pwrite_bytes: %u \n " , profile_p - > syscall_pwrite_bytes ) ;
d_printf ( " sendfile_count: %u \n " , profile_p - > syscall_sendfile_count ) ;
d_printf ( " sendfile_time: %u \n " , profile_p - > syscall_sendfile_time ) ;
d_printf ( " sendfile_bytes: %u \n " , profile_p - > syscall_sendfile_bytes ) ;
d_printf ( " lseek_count: %u \n " , profile_p - > syscall_lseek_count ) ;
d_printf ( " lseek_time: %u \n " , profile_p - > syscall_lseek_time ) ;
d_printf ( " rename_count: %u \n " , profile_p - > syscall_rename_count ) ;
d_printf ( " rename_time: %u \n " , profile_p - > syscall_rename_time ) ;
d_printf ( " fsync_count: %u \n " , profile_p - > syscall_fsync_count ) ;
d_printf ( " fsync_time: %u \n " , profile_p - > syscall_fsync_time ) ;
d_printf ( " stat_count: %u \n " , profile_p - > syscall_stat_count ) ;
d_printf ( " stat_time: %u \n " , profile_p - > syscall_stat_time ) ;
d_printf ( " fstat_count: %u \n " , profile_p - > syscall_fstat_count ) ;
d_printf ( " fstat_time: %u \n " , profile_p - > syscall_fstat_time ) ;
d_printf ( " lstat_count: %u \n " , profile_p - > syscall_lstat_count ) ;
d_printf ( " lstat_time: %u \n " , profile_p - > syscall_lstat_time ) ;
d_printf ( " unlink_count: %u \n " , profile_p - > syscall_unlink_count ) ;
d_printf ( " unlink_time: %u \n " , profile_p - > syscall_unlink_time ) ;
d_printf ( " chmod_count: %u \n " , profile_p - > syscall_chmod_count ) ;
d_printf ( " chmod_time: %u \n " , profile_p - > syscall_chmod_time ) ;
d_printf ( " fchmod_count: %u \n " , profile_p - > syscall_fchmod_count ) ;
d_printf ( " fchmod_time: %u \n " , profile_p - > syscall_fchmod_time ) ;
d_printf ( " chown_count: %u \n " , profile_p - > syscall_chown_count ) ;
d_printf ( " chown_time: %u \n " , profile_p - > syscall_chown_time ) ;
d_printf ( " fchown_count: %u \n " , profile_p - > syscall_fchown_count ) ;
d_printf ( " fchown_time: %u \n " , profile_p - > syscall_fchown_time ) ;
d_printf ( " chdir_count: %u \n " , profile_p - > syscall_chdir_count ) ;
d_printf ( " chdir_time: %u \n " , profile_p - > syscall_chdir_time ) ;
d_printf ( " getwd_count: %u \n " , profile_p - > syscall_getwd_count ) ;
d_printf ( " getwd_time: %u \n " , profile_p - > syscall_getwd_time ) ;
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d_printf ( " ntimes_count: %u \n " , profile_p - > syscall_ntimes_count ) ;
d_printf ( " ntimes_time: %u \n " , profile_p - > syscall_ntimes_time ) ;
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d_printf ( " ftruncate_count: %u \n " , profile_p - > syscall_ftruncate_count ) ;
d_printf ( " ftruncate_time: %u \n " , profile_p - > syscall_ftruncate_time ) ;
d_printf ( " fcntl_lock_count: %u \n " , profile_p - > syscall_fcntl_lock_count ) ;
d_printf ( " fcntl_lock_time: %u \n " , profile_p - > syscall_fcntl_lock_time ) ;
d_printf ( " readlink_count: %u \n " , profile_p - > syscall_readlink_count ) ;
d_printf ( " readlink_time: %u \n " , profile_p - > syscall_readlink_time ) ;
d_printf ( " symlink_count: %u \n " , profile_p - > syscall_symlink_count ) ;
d_printf ( " symlink_time: %u \n " , profile_p - > syscall_symlink_time ) ;
profile_separator ( " Stat Cache " ) ;
d_printf ( " lookups: %u \n " , profile_p - > statcache_lookups ) ;
d_printf ( " misses: %u \n " , profile_p - > statcache_misses ) ;
d_printf ( " hits: %u \n " , profile_p - > statcache_hits ) ;
profile_separator ( " Write Cache " ) ;
d_printf ( " read_hits: %u \n " , profile_p - > writecache_read_hits ) ;
d_printf ( " abutted_writes: %u \n " , profile_p - > writecache_abutted_writes ) ;
d_printf ( " total_writes: %u \n " , profile_p - > writecache_total_writes ) ;
d_printf ( " non_oplock_writes: %u \n " , profile_p - > writecache_non_oplock_writes ) ;
d_printf ( " direct_writes: %u \n " , profile_p - > writecache_direct_writes ) ;
d_printf ( " init_writes: %u \n " , profile_p - > writecache_init_writes ) ;
d_printf ( " flushed_writes[SEEK]: %u \n " , profile_p - > writecache_flushed_writes [ SEEK_FLUSH ] ) ;
d_printf ( " flushed_writes[READ]: %u \n " , profile_p - > writecache_flushed_writes [ READ_FLUSH ] ) ;
d_printf ( " flushed_writes[WRITE]: %u \n " , profile_p - > writecache_flushed_writes [ WRITE_FLUSH ] ) ;
d_printf ( " flushed_writes[READRAW]: %u \n " , profile_p - > writecache_flushed_writes [ READRAW_FLUSH ] ) ;
d_printf ( " flushed_writes[OPLOCK_RELEASE]: %u \n " , profile_p - > writecache_flushed_writes [ OPLOCK_RELEASE_FLUSH ] ) ;
d_printf ( " flushed_writes[CLOSE]: %u \n " , profile_p - > writecache_flushed_writes [ CLOSE_FLUSH ] ) ;
d_printf ( " flushed_writes[SYNC]: %u \n " , profile_p - > writecache_flushed_writes [ SYNC_FLUSH ] ) ;
d_printf ( " flushed_writes[SIZECHANGE]: %u \n " , profile_p - > writecache_flushed_writes [ SIZECHANGE_FLUSH ] ) ;
d_printf ( " num_perfect_writes: %u \n " , profile_p - > writecache_num_perfect_writes ) ;
d_printf ( " num_write_caches: %u \n " , profile_p - > writecache_num_write_caches ) ;
d_printf ( " allocated_write_caches: %u \n " , profile_p - > writecache_allocated_write_caches ) ;
profile_separator ( " SMB Calls " ) ;
d_printf ( " mkdir_count: %u \n " , profile_p - > SMBmkdir_count ) ;
d_printf ( " mkdir_time: %u \n " , profile_p - > SMBmkdir_time ) ;
d_printf ( " rmdir_count: %u \n " , profile_p - > SMBrmdir_count ) ;
d_printf ( " rmdir_time: %u \n " , profile_p - > SMBrmdir_time ) ;
d_printf ( " open_count: %u \n " , profile_p - > SMBopen_count ) ;
d_printf ( " open_time: %u \n " , profile_p - > SMBopen_time ) ;
d_printf ( " create_count: %u \n " , profile_p - > SMBcreate_count ) ;
d_printf ( " create_time: %u \n " , profile_p - > SMBcreate_time ) ;
d_printf ( " close_count: %u \n " , profile_p - > SMBclose_count ) ;
d_printf ( " close_time: %u \n " , profile_p - > SMBclose_time ) ;
d_printf ( " flush_count: %u \n " , profile_p - > SMBflush_count ) ;
d_printf ( " flush_time: %u \n " , profile_p - > SMBflush_time ) ;
d_printf ( " unlink_count: %u \n " , profile_p - > SMBunlink_count ) ;
d_printf ( " unlink_time: %u \n " , profile_p - > SMBunlink_time ) ;
d_printf ( " mv_count: %u \n " , profile_p - > SMBmv_count ) ;
d_printf ( " mv_time: %u \n " , profile_p - > SMBmv_time ) ;
d_printf ( " getatr_count: %u \n " , profile_p - > SMBgetatr_count ) ;
d_printf ( " getatr_time: %u \n " , profile_p - > SMBgetatr_time ) ;
d_printf ( " setatr_count: %u \n " , profile_p - > SMBsetatr_count ) ;
d_printf ( " setatr_time: %u \n " , profile_p - > SMBsetatr_time ) ;
d_printf ( " read_count: %u \n " , profile_p - > SMBread_count ) ;
d_printf ( " read_time: %u \n " , profile_p - > SMBread_time ) ;
d_printf ( " write_count: %u \n " , profile_p - > SMBwrite_count ) ;
d_printf ( " write_time: %u \n " , profile_p - > SMBwrite_time ) ;
d_printf ( " lock_count: %u \n " , profile_p - > SMBlock_count ) ;
d_printf ( " lock_time: %u \n " , profile_p - > SMBlock_time ) ;
d_printf ( " unlock_count: %u \n " , profile_p - > SMBunlock_count ) ;
d_printf ( " unlock_time: %u \n " , profile_p - > SMBunlock_time ) ;
d_printf ( " ctemp_count: %u \n " , profile_p - > SMBctemp_count ) ;
d_printf ( " ctemp_time: %u \n " , profile_p - > SMBctemp_time ) ;
d_printf ( " mknew_count: %u \n " , profile_p - > SMBmknew_count ) ;
d_printf ( " mknew_time: %u \n " , profile_p - > SMBmknew_time ) ;
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d_printf ( " checkpath_count: %u \n " , profile_p - > SMBcheckpath_count ) ;
d_printf ( " checkpath_time: %u \n " , profile_p - > SMBcheckpath_time ) ;
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d_printf ( " exit_count: %u \n " , profile_p - > SMBexit_count ) ;
d_printf ( " exit_time: %u \n " , profile_p - > SMBexit_time ) ;
d_printf ( " lseek_count: %u \n " , profile_p - > SMBlseek_count ) ;
d_printf ( " lseek_time: %u \n " , profile_p - > SMBlseek_time ) ;
d_printf ( " lockread_count: %u \n " , profile_p - > SMBlockread_count ) ;
d_printf ( " lockread_time: %u \n " , profile_p - > SMBlockread_time ) ;
d_printf ( " writeunlock_count: %u \n " , profile_p - > SMBwriteunlock_count ) ;
d_printf ( " writeunlock_time: %u \n " , profile_p - > SMBwriteunlock_time ) ;
d_printf ( " readbraw_count: %u \n " , profile_p - > SMBreadbraw_count ) ;
d_printf ( " readbraw_time: %u \n " , profile_p - > SMBreadbraw_time ) ;
d_printf ( " readBmpx_count: %u \n " , profile_p - > SMBreadBmpx_count ) ;
d_printf ( " readBmpx_time: %u \n " , profile_p - > SMBreadBmpx_time ) ;
d_printf ( " readBs_count: %u \n " , profile_p - > SMBreadBs_count ) ;
d_printf ( " readBs_time: %u \n " , profile_p - > SMBreadBs_time ) ;
d_printf ( " writebraw_count: %u \n " , profile_p - > SMBwritebraw_count ) ;
d_printf ( " writebraw_time: %u \n " , profile_p - > SMBwritebraw_time ) ;
d_printf ( " writeBmpx_count: %u \n " , profile_p - > SMBwriteBmpx_count ) ;
d_printf ( " writeBmpx_time: %u \n " , profile_p - > SMBwriteBmpx_time ) ;
d_printf ( " writeBs_count: %u \n " , profile_p - > SMBwriteBs_count ) ;
d_printf ( " writeBs_time: %u \n " , profile_p - > SMBwriteBs_time ) ;
d_printf ( " writec_count: %u \n " , profile_p - > SMBwritec_count ) ;
d_printf ( " writec_time: %u \n " , profile_p - > SMBwritec_time ) ;
d_printf ( " setattrE_count: %u \n " , profile_p - > SMBsetattrE_count ) ;
d_printf ( " setattrE_time: %u \n " , profile_p - > SMBsetattrE_time ) ;
d_printf ( " getattrE_count: %u \n " , profile_p - > SMBgetattrE_count ) ;
d_printf ( " getattrE_time: %u \n " , profile_p - > SMBgetattrE_time ) ;
d_printf ( " lockingX_count: %u \n " , profile_p - > SMBlockingX_count ) ;
d_printf ( " lockingX_time: %u \n " , profile_p - > SMBlockingX_time ) ;
d_printf ( " trans_count: %u \n " , profile_p - > SMBtrans_count ) ;
d_printf ( " trans_time: %u \n " , profile_p - > SMBtrans_time ) ;
d_printf ( " transs_count: %u \n " , profile_p - > SMBtranss_count ) ;
d_printf ( " transs_time: %u \n " , profile_p - > SMBtranss_time ) ;
d_printf ( " ioctl_count: %u \n " , profile_p - > SMBioctl_count ) ;
d_printf ( " ioctl_time: %u \n " , profile_p - > SMBioctl_time ) ;
d_printf ( " ioctls_count: %u \n " , profile_p - > SMBioctls_count ) ;
d_printf ( " ioctls_time: %u \n " , profile_p - > SMBioctls_time ) ;
d_printf ( " copy_count: %u \n " , profile_p - > SMBcopy_count ) ;
d_printf ( " copy_time: %u \n " , profile_p - > SMBcopy_time ) ;
d_printf ( " move_count: %u \n " , profile_p - > SMBmove_count ) ;
d_printf ( " move_time: %u \n " , profile_p - > SMBmove_time ) ;
d_printf ( " echo_count: %u \n " , profile_p - > SMBecho_count ) ;
d_printf ( " echo_time: %u \n " , profile_p - > SMBecho_time ) ;
d_printf ( " writeclose_count: %u \n " , profile_p - > SMBwriteclose_count ) ;
d_printf ( " writeclose_time: %u \n " , profile_p - > SMBwriteclose_time ) ;
d_printf ( " openX_count: %u \n " , profile_p - > SMBopenX_count ) ;
d_printf ( " openX_time: %u \n " , profile_p - > SMBopenX_time ) ;
d_printf ( " readX_count: %u \n " , profile_p - > SMBreadX_count ) ;
d_printf ( " readX_time: %u \n " , profile_p - > SMBreadX_time ) ;
d_printf ( " writeX_count: %u \n " , profile_p - > SMBwriteX_count ) ;
d_printf ( " writeX_time: %u \n " , profile_p - > SMBwriteX_time ) ;
d_printf ( " trans2_count: %u \n " , profile_p - > SMBtrans2_count ) ;
d_printf ( " trans2_time: %u \n " , profile_p - > SMBtrans2_time ) ;
d_printf ( " transs2_count: %u \n " , profile_p - > SMBtranss2_count ) ;
d_printf ( " transs2_time: %u \n " , profile_p - > SMBtranss2_time ) ;
d_printf ( " findclose_count: %u \n " , profile_p - > SMBfindclose_count ) ;
d_printf ( " findclose_time: %u \n " , profile_p - > SMBfindclose_time ) ;
d_printf ( " findnclose_count: %u \n " , profile_p - > SMBfindnclose_count ) ;
d_printf ( " findnclose_time: %u \n " , profile_p - > SMBfindnclose_time ) ;
d_printf ( " tcon_count: %u \n " , profile_p - > SMBtcon_count ) ;
d_printf ( " tcon_time: %u \n " , profile_p - > SMBtcon_time ) ;
d_printf ( " tdis_count: %u \n " , profile_p - > SMBtdis_count ) ;
d_printf ( " tdis_time: %u \n " , profile_p - > SMBtdis_time ) ;
d_printf ( " negprot_count: %u \n " , profile_p - > SMBnegprot_count ) ;
d_printf ( " negprot_time: %u \n " , profile_p - > SMBnegprot_time ) ;
d_printf ( " sesssetupX_count: %u \n " , profile_p - > SMBsesssetupX_count ) ;
d_printf ( " sesssetupX_time: %u \n " , profile_p - > SMBsesssetupX_time ) ;
d_printf ( " ulogoffX_count: %u \n " , profile_p - > SMBulogoffX_count ) ;
d_printf ( " ulogoffX_time: %u \n " , profile_p - > SMBulogoffX_time ) ;
d_printf ( " tconX_count: %u \n " , profile_p - > SMBtconX_count ) ;
d_printf ( " tconX_time: %u \n " , profile_p - > SMBtconX_time ) ;
d_printf ( " dskattr_count: %u \n " , profile_p - > SMBdskattr_count ) ;
d_printf ( " dskattr_time: %u \n " , profile_p - > SMBdskattr_time ) ;
d_printf ( " search_count: %u \n " , profile_p - > SMBsearch_count ) ;
d_printf ( " search_time: %u \n " , profile_p - > SMBsearch_time ) ;
d_printf ( " ffirst_count: %u \n " , profile_p - > SMBffirst_count ) ;
d_printf ( " ffirst_time: %u \n " , profile_p - > SMBffirst_time ) ;
d_printf ( " funique_count: %u \n " , profile_p - > SMBfunique_count ) ;
d_printf ( " funique_time: %u \n " , profile_p - > SMBfunique_time ) ;
d_printf ( " fclose_count: %u \n " , profile_p - > SMBfclose_count ) ;
d_printf ( " fclose_time: %u \n " , profile_p - > SMBfclose_time ) ;
d_printf ( " nttrans_count: %u \n " , profile_p - > SMBnttrans_count ) ;
d_printf ( " nttrans_time: %u \n " , profile_p - > SMBnttrans_time ) ;
d_printf ( " nttranss_count: %u \n " , profile_p - > SMBnttranss_count ) ;
d_printf ( " nttranss_time: %u \n " , profile_p - > SMBnttranss_time ) ;
d_printf ( " ntcreateX_count: %u \n " , profile_p - > SMBntcreateX_count ) ;
d_printf ( " ntcreateX_time: %u \n " , profile_p - > SMBntcreateX_time ) ;
d_printf ( " ntcancel_count: %u \n " , profile_p - > SMBntcancel_count ) ;
d_printf ( " ntcancel_time: %u \n " , profile_p - > SMBntcancel_time ) ;
d_printf ( " splopen_count: %u \n " , profile_p - > SMBsplopen_count ) ;
d_printf ( " splopen_time: %u \n " , profile_p - > SMBsplopen_time ) ;
d_printf ( " splwr_count: %u \n " , profile_p - > SMBsplwr_count ) ;
d_printf ( " splwr_time: %u \n " , profile_p - > SMBsplwr_time ) ;
d_printf ( " splclose_count: %u \n " , profile_p - > SMBsplclose_count ) ;
d_printf ( " splclose_time: %u \n " , profile_p - > SMBsplclose_time ) ;
d_printf ( " splretq_count: %u \n " , profile_p - > SMBsplretq_count ) ;
d_printf ( " splretq_time: %u \n " , profile_p - > SMBsplretq_time ) ;
d_printf ( " sends_count: %u \n " , profile_p - > SMBsends_count ) ;
d_printf ( " sends_time: %u \n " , profile_p - > SMBsends_time ) ;
d_printf ( " sendb_count: %u \n " , profile_p - > SMBsendb_count ) ;
d_printf ( " sendb_time: %u \n " , profile_p - > SMBsendb_time ) ;
d_printf ( " fwdname_count: %u \n " , profile_p - > SMBfwdname_count ) ;
d_printf ( " fwdname_time: %u \n " , profile_p - > SMBfwdname_time ) ;
d_printf ( " cancelf_count: %u \n " , profile_p - > SMBcancelf_count ) ;
d_printf ( " cancelf_time: %u \n " , profile_p - > SMBcancelf_time ) ;
d_printf ( " getmac_count: %u \n " , profile_p - > SMBgetmac_count ) ;
d_printf ( " getmac_time: %u \n " , profile_p - > SMBgetmac_time ) ;
d_printf ( " sendstrt_count: %u \n " , profile_p - > SMBsendstrt_count ) ;
d_printf ( " sendstrt_time: %u \n " , profile_p - > SMBsendstrt_time ) ;
d_printf ( " sendend_count: %u \n " , profile_p - > SMBsendend_count ) ;
d_printf ( " sendend_time: %u \n " , profile_p - > SMBsendend_time ) ;
d_printf ( " sendtxt_count: %u \n " , profile_p - > SMBsendtxt_count ) ;
d_printf ( " sendtxt_time: %u \n " , profile_p - > SMBsendtxt_time ) ;
d_printf ( " invalid_count: %u \n " , profile_p - > SMBinvalid_count ) ;
d_printf ( " invalid_time: %u \n " , profile_p - > SMBinvalid_time ) ;
profile_separator ( " Pathworks Calls " ) ;
d_printf ( " setdir_count: %u \n " , profile_p - > pathworks_setdir_count ) ;
d_printf ( " setdir_time: %u \n " , profile_p - > pathworks_setdir_time ) ;
profile_separator ( " Trans2 Calls " ) ;
d_printf ( " open_count: %u \n " , profile_p - > Trans2_open_count ) ;
d_printf ( " open_time: %u \n " , profile_p - > Trans2_open_time ) ;
d_printf ( " findfirst_count: %u \n " , profile_p - > Trans2_findfirst_count ) ;
d_printf ( " findfirst_time: %u \n " , profile_p - > Trans2_findfirst_time ) ;
d_printf ( " findnext_count: %u \n " , profile_p - > Trans2_findnext_count ) ;
d_printf ( " findnext_time: %u \n " , profile_p - > Trans2_findnext_time ) ;
d_printf ( " qfsinfo_count: %u \n " , profile_p - > Trans2_qfsinfo_count ) ;
d_printf ( " qfsinfo_time: %u \n " , profile_p - > Trans2_qfsinfo_time ) ;
d_printf ( " setfsinfo_count: %u \n " , profile_p - > Trans2_setfsinfo_count ) ;
d_printf ( " setfsinfo_time: %u \n " , profile_p - > Trans2_setfsinfo_time ) ;
d_printf ( " qpathinfo_count: %u \n " , profile_p - > Trans2_qpathinfo_count ) ;
d_printf ( " qpathinfo_time: %u \n " , profile_p - > Trans2_qpathinfo_time ) ;
d_printf ( " setpathinfo_count: %u \n " , profile_p - > Trans2_setpathinfo_count ) ;
d_printf ( " setpathinfo_time: %u \n " , profile_p - > Trans2_setpathinfo_time ) ;
d_printf ( " qfileinfo_count: %u \n " , profile_p - > Trans2_qfileinfo_count ) ;
d_printf ( " qfileinfo_time: %u \n " , profile_p - > Trans2_qfileinfo_time ) ;
d_printf ( " setfileinfo_count: %u \n " , profile_p - > Trans2_setfileinfo_count ) ;
d_printf ( " setfileinfo_time: %u \n " , profile_p - > Trans2_setfileinfo_time ) ;
d_printf ( " fsctl_count: %u \n " , profile_p - > Trans2_fsctl_count ) ;
d_printf ( " fsctl_time: %u \n " , profile_p - > Trans2_fsctl_time ) ;
d_printf ( " ioctl_count: %u \n " , profile_p - > Trans2_ioctl_count ) ;
d_printf ( " ioctl_time: %u \n " , profile_p - > Trans2_ioctl_time ) ;
d_printf ( " findnotifyfirst_count: %u \n " , profile_p - > Trans2_findnotifyfirst_count ) ;
d_printf ( " findnotifyfirst_time: %u \n " , profile_p - > Trans2_findnotifyfirst_time ) ;
d_printf ( " findnotifynext_count: %u \n " , profile_p - > Trans2_findnotifynext_count ) ;
d_printf ( " findnotifynext_time: %u \n " , profile_p - > Trans2_findnotifynext_time ) ;
d_printf ( " mkdir_count: %u \n " , profile_p - > Trans2_mkdir_count ) ;
d_printf ( " mkdir_time: %u \n " , profile_p - > Trans2_mkdir_time ) ;
d_printf ( " session_setup_count: %u \n " , profile_p - > Trans2_session_setup_count ) ;
d_printf ( " session_setup_time: %u \n " , profile_p - > Trans2_session_setup_time ) ;
d_printf ( " get_dfs_referral_count: %u \n " , profile_p - > Trans2_get_dfs_referral_count ) ;
d_printf ( " get_dfs_referral_time: %u \n " , profile_p - > Trans2_get_dfs_referral_time ) ;
d_printf ( " report_dfs_inconsistancy_count: %u \n " , profile_p - > Trans2_report_dfs_inconsistancy_count ) ;
d_printf ( " report_dfs_inconsistancy_time: %u \n " , profile_p - > Trans2_report_dfs_inconsistancy_time ) ;
profile_separator ( " NT Transact Calls " ) ;
d_printf ( " create_count: %u \n " , profile_p - > NT_transact_create_count ) ;
d_printf ( " create_time: %u \n " , profile_p - > NT_transact_create_time ) ;
d_printf ( " ioctl_count: %u \n " , profile_p - > NT_transact_ioctl_count ) ;
d_printf ( " ioctl_time: %u \n " , profile_p - > NT_transact_ioctl_time ) ;
d_printf ( " set_security_desc_count: %u \n " , profile_p - > NT_transact_set_security_desc_count ) ;
d_printf ( " set_security_desc_time: %u \n " , profile_p - > NT_transact_set_security_desc_time ) ;
d_printf ( " notify_change_count: %u \n " , profile_p - > NT_transact_notify_change_count ) ;
d_printf ( " notify_change_time: %u \n " , profile_p - > NT_transact_notify_change_time ) ;
d_printf ( " rename_count: %u \n " , profile_p - > NT_transact_rename_count ) ;
d_printf ( " rename_time: %u \n " , profile_p - > NT_transact_rename_time ) ;
d_printf ( " query_security_desc_count: %u \n " , profile_p - > NT_transact_query_security_desc_count ) ;
d_printf ( " query_security_desc_time: %u \n " , profile_p - > NT_transact_query_security_desc_time ) ;
profile_separator ( " ACL Calls " ) ;
d_printf ( " get_nt_acl_count: %u \n " , profile_p - > get_nt_acl_count ) ;
d_printf ( " get_nt_acl_time: %u \n " , profile_p - > get_nt_acl_time ) ;
d_printf ( " fget_nt_acl_count: %u \n " , profile_p - > fget_nt_acl_count ) ;
d_printf ( " fget_nt_acl_time: %u \n " , profile_p - > fget_nt_acl_time ) ;
d_printf ( " fset_nt_acl_count: %u \n " , profile_p - > fset_nt_acl_count ) ;
d_printf ( " fset_nt_acl_time: %u \n " , profile_p - > fset_nt_acl_time ) ;
d_printf ( " chmod_acl_count: %u \n " , profile_p - > chmod_acl_count ) ;
d_printf ( " chmod_acl_time: %u \n " , profile_p - > chmod_acl_time ) ;
d_printf ( " fchmod_acl_count: %u \n " , profile_p - > fchmod_acl_count ) ;
d_printf ( " fchmod_acl_time: %u \n " , profile_p - > fchmod_acl_time ) ;
profile_separator ( " NMBD Calls " ) ;
d_printf ( " name_release_count: %u \n " , profile_p - > name_release_count ) ;
d_printf ( " name_release_time: %u \n " , profile_p - > name_release_time ) ;
d_printf ( " name_refresh_count: %u \n " , profile_p - > name_refresh_count ) ;
d_printf ( " name_refresh_time: %u \n " , profile_p - > name_refresh_time ) ;
d_printf ( " name_registration_count: %u \n " , profile_p - > name_registration_count ) ;
d_printf ( " name_registration_time: %u \n " , profile_p - > name_registration_time ) ;
d_printf ( " node_status_count: %u \n " , profile_p - > node_status_count ) ;
d_printf ( " node_status_time: %u \n " , profile_p - > node_status_time ) ;
d_printf ( " name_query_count: %u \n " , profile_p - > name_query_count ) ;
d_printf ( " name_query_time: %u \n " , profile_p - > name_query_time ) ;
d_printf ( " host_announce_count: %u \n " , profile_p - > host_announce_count ) ;
d_printf ( " host_announce_time: %u \n " , profile_p - > host_announce_time ) ;
d_printf ( " workgroup_announce_count: %u \n " , profile_p - > workgroup_announce_count ) ;
d_printf ( " workgroup_announce_time: %u \n " , profile_p - > workgroup_announce_time ) ;
d_printf ( " local_master_announce_count: %u \n " , profile_p - > local_master_announce_count ) ;
d_printf ( " local_master_announce_time: %u \n " , profile_p - > local_master_announce_time ) ;
d_printf ( " master_browser_announce_count: %u \n " , profile_p - > master_browser_announce_count ) ;
d_printf ( " master_browser_announce_time: %u \n " , profile_p - > master_browser_announce_time ) ;
d_printf ( " lm_host_announce_count: %u \n " , profile_p - > lm_host_announce_count ) ;
d_printf ( " lm_host_announce_time: %u \n " , profile_p - > lm_host_announce_time ) ;
d_printf ( " get_backup_list_count: %u \n " , profile_p - > get_backup_list_count ) ;
d_printf ( " get_backup_list_time: %u \n " , profile_p - > get_backup_list_time ) ;
d_printf ( " reset_browser_count: %u \n " , profile_p - > reset_browser_count ) ;
d_printf ( " reset_browser_time: %u \n " , profile_p - > reset_browser_time ) ;
d_printf ( " announce_request_count: %u \n " , profile_p - > announce_request_count ) ;
d_printf ( " announce_request_time: %u \n " , profile_p - > announce_request_time ) ;
d_printf ( " lm_announce_request_count: %u \n " , profile_p - > lm_announce_request_count ) ;
d_printf ( " lm_announce_request_time: %u \n " , profile_p - > lm_announce_request_time ) ;
d_printf ( " domain_logon_count: %u \n " , profile_p - > domain_logon_count ) ;
d_printf ( " domain_logon_time: %u \n " , profile_p - > domain_logon_time ) ;
d_printf ( " sync_browse_lists_count: %u \n " , profile_p - > sync_browse_lists_count ) ;
d_printf ( " sync_browse_lists_time: %u \n " , profile_p - > sync_browse_lists_time ) ;
d_printf ( " run_elections_count: %u \n " , profile_p - > run_elections_count ) ;
d_printf ( " run_elections_time: %u \n " , profile_p - > run_elections_time ) ;
d_printf ( " election_count: %u \n " , profile_p - > election_count ) ;
d_printf ( " election_time: %u \n " , profile_p - > election_time ) ;
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profile_separator ( " SMB2 Calls " ) ;
d_printf ( " smb2_negprot_count: %u \n " , profile_p - > smb2_negprot_count ) ;
d_printf ( " smb2_negprot_time: %u \n " , profile_p - > smb2_negprot_time ) ;
d_printf ( " smb2_sesssetup_count: %u \n " , profile_p - > smb2_sesssetup_count ) ;
d_printf ( " smb2_sesssetup_time: %u \n " , profile_p - > smb2_sesssetup_time ) ;
d_printf ( " smb2_logoff_count: %u \n " , profile_p - > smb2_logoff_count ) ;
d_printf ( " smb2_logoff_time: %u \n " , profile_p - > smb2_logoff_time ) ;
d_printf ( " smb2_tcon_count: %u \n " , profile_p - > smb2_tcon_count ) ;
d_printf ( " smb2_tcon_time: %u \n " , profile_p - > smb2_tcon_time ) ;
d_printf ( " smb2_tdis_count: %u \n " , profile_p - > smb2_tdis_count ) ;
d_printf ( " smb2_tdis_time: %u \n " , profile_p - > smb2_tdis_time ) ;
d_printf ( " smb2_create_count: %u \n " , profile_p - > smb2_create_count ) ;
d_printf ( " smb2_create_time: %u \n " , profile_p - > smb2_create_time ) ;
d_printf ( " smb2_close_count: %u \n " , profile_p - > smb2_close_count ) ;
d_printf ( " smb2_close_time: %u \n " , profile_p - > smb2_close_time ) ;
d_printf ( " smb2_flush_count: %u \n " , profile_p - > smb2_flush_count ) ;
d_printf ( " smb2_flush_time: %u \n " , profile_p - > smb2_flush_time ) ;
d_printf ( " smb2_read_count: %u \n " , profile_p - > smb2_read_count ) ;
d_printf ( " smb2_read_time: %u \n " , profile_p - > smb2_read_time ) ;
d_printf ( " smb2_write_count: %u \n " , profile_p - > smb2_write_count ) ;
d_printf ( " smb2_write_time: %u \n " , profile_p - > smb2_write_time ) ;
d_printf ( " smb2_lock_count: %u \n " , profile_p - > smb2_lock_count ) ;
d_printf ( " smb2_lock_time: %u \n " , profile_p - > smb2_lock_time ) ;
d_printf ( " smb2_ioctl_count: %u \n " , profile_p - > smb2_ioctl_count ) ;
d_printf ( " smb2_ioctl_time: %u \n " , profile_p - > smb2_ioctl_time ) ;
d_printf ( " smb2_cancel_count: %u \n " , profile_p - > smb2_cancel_count ) ;
d_printf ( " smb2_cancel_time: %u \n " , profile_p - > smb2_cancel_time ) ;
d_printf ( " smb2_keepalive_count: %u \n " , profile_p - > smb2_keepalive_count ) ;
d_printf ( " smb2_keepalive_time: %u \n " , profile_p - > smb2_keepalive_time ) ;
d_printf ( " smb2_find_count: %u \n " , profile_p - > smb2_find_count ) ;
d_printf ( " smb2_find_time: %u \n " , profile_p - > smb2_find_time ) ;
d_printf ( " smb2_notify_count: %u \n " , profile_p - > smb2_notify_count ) ;
d_printf ( " smb2_notify_time: %u \n " , profile_p - > smb2_notify_time ) ;
d_printf ( " smb2_getinfo_count: %u \n " , profile_p - > smb2_getinfo_count ) ;
d_printf ( " smb2_getinfo_time: %u \n " , profile_p - > smb2_getinfo_time ) ;
d_printf ( " smb2_setinfo_count: %u \n " , profile_p - > smb2_setinfo_count ) ;
d_printf ( " smb2_setinfo_time: %u \n " , profile_p - > smb2_setinfo_time ) ;
d_printf ( " smb2_break_count: %u \n " , profile_p - > smb2_break_count ) ;
d_printf ( " smb2_break_time: %u \n " , profile_p - > smb2_break_time ) ;
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# else /* WITH_PROFILE */
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fprintf ( stderr , " Profile data unavailable \n " ) ;
# endif /* WITH_PROFILE */
return True ;
}
# ifdef WITH_PROFILE
/* Convert microseconds to milliseconds. */
# define usec_to_msec(s) ((s) / 1000)
/* Convert microseconds to seconds. */
# define usec_to_sec(s) ((s) / 1000000)
/* One second in microseconds. */
# define one_second_usec (1000000)
# define sample_interval_usec one_second_usec
# define percent_time(used, period) ((double)(used) / (double)(period) * 100.0 )
static int print_count_samples (
const struct profile_stats * const current ,
const struct profile_stats * const last ,
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uint64_t delta_usec )
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{
int i ;
int count = 0 ;
unsigned step ;
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uint64_t spent ;
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int delta_sec ;
const char * name ;
char buf [ 40 ] ;
if ( delta_usec = = 0 ) {
return 0 ;
}
buf [ 0 ] = ' \0 ' ;
delta_sec = usec_to_sec ( delta_usec ) ;
for ( i = 0 ; i < PR_VALUE_MAX ; + + i ) {
step = current - > count [ i ] - last - > count [ i ] ;
spent = current - > time [ i ] - last - > time [ i ] ;
if ( step ) {
+ + count ;
name = profile_value_name ( i ) ;
if ( buf [ 0 ] = = ' \0 ' ) {
snprintf ( buf , sizeof ( buf ) ,
" %s %d/sec (%.2f%%) " ,
name , step / delta_sec ,
percent_time ( spent , delta_usec ) ) ;
} else {
printf ( " %-40s %s %d/sec (%.2f%%) \n " ,
buf , name , step / delta_sec ,
percent_time ( spent , delta_usec ) ) ;
buf [ 0 ] = ' \0 ' ;
}
}
}
return count ;
}
static struct profile_stats sample_data [ 2 ] ;
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static uint64_t sample_time [ 2 ] ;
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bool status_profile_rates ( bool verbose )
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{
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uint64_t remain_usec ;
uint64_t next_usec ;
uint64_t delta_usec ;
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int last = 0 ;
int current = 1 ;
int tmp ;
if ( verbose ) {
fprintf ( stderr , " Sampling stats at %d sec intervals \n " ,
usec_to_sec ( sample_interval_usec ) ) ;
}
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if ( ! profile_setup ( NULL , True ) ) {
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fprintf ( stderr , " Failed to initialise profile memory \n " ) ;
return False ;
}
memcpy ( & sample_data [ last ] , profile_p , sizeof ( * profile_p ) ) ;
for ( ; ; ) {
sample_time [ current ] = profile_timestamp ( ) ;
next_usec = sample_time [ current ] + sample_interval_usec ;
/* Take a sample. */
memcpy ( & sample_data [ current ] , profile_p , sizeof ( * profile_p ) ) ;
/* Rate convert some values and print results. */
delta_usec = sample_time [ current ] - sample_time [ last ] ;
if ( print_count_samples ( & sample_data [ current ] ,
& sample_data [ last ] , delta_usec ) ) {
printf ( " \n " ) ;
}
/* Swap sampling buffers. */
tmp = last ;
last = current ;
current = tmp ;
/* Delay until next sample time. */
remain_usec = next_usec - profile_timestamp ( ) ;
if ( remain_usec > sample_interval_usec ) {
fprintf ( stderr , " eek! falling behind sampling rate! \n " ) ;
} else {
if ( verbose ) {
fprintf ( stderr ,
" delaying for %lu msec \n " ,
( unsigned long ) usec_to_msec ( remain_usec ) ) ;
}
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sys_usleep ( remain_usec ) ;
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}
}
return True ;
}
# else /* WITH_PROFILE */
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bool status_profile_rates ( bool verbose )
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{
fprintf ( stderr , " Profile data unavailable \n " ) ;
return False ;
}
# endif /* WITH_PROFILE */