# Orca configuration file for procallator files. # base_dir is prepended to the paths find_files, html_dir, rrd_dir, # and state_file only if the path does not match the regular # expression ^\\?\.{0,2}/, which matches /, ./, ../, and \./. base_dir /usr/local/var/orca/rrd/procallator # rrd_dir specifies the location of the generated RRD data files. rrd_dir . # state_file specifies the location of the state file that remembers # the modification time of each source data file. state_file orca.state # html_dir specifies the top of the HTML tree created by Orca. html_dir /usr/local/www/ramdrive/servers2 # By default create .meta tag files for all PNGs or GIFs so that the # web browser will automatically reload them. expire_images 0 # Find files at the following times: # 0:10 to pick up new orcallator files for the new day. # 1:00 to pick up late comer orcallator files for the new day. # 6:00 to pick up new files before the working day. # 12:00 to pick up new files during the working day. # 19:00 to pick up new files after the working day. find_times 0:10 1:00 6:00 12:00 19:00 # This defines the email address of people to warn when a file that is # being updated constantly stops being updated. For mathematical # expressions use the word `interval' to get the interval number for # the data source. warn_email guilherme.chehab@tco.net.br late_interval interval + 30 # This defines where the find the source data files and the format of # those files. Notes about the fields: # find_files # You'll notice that all but the first () has the form (?:...). # This tells Perl to match the expression but not save the matched # text in the $1, $2, variables. Orca uses the matched text to # generate a subgroup name, which is used to place files into # different subgroups. Here, only the hostname should be used to # generate a subgroup name, hence all the (?:...) for matching # anything else. # interval # The interval here must match the interval used by orcallator to # record data. Do not change this, as it has an effect on the # generated RRD data files. group orcallator { find_files /usr/local/var/orca/procallator/(.*)/(?:(?:procallator)|(?:proccol))-\d{4}-\d{2}-\d{2}(?:\.(?:Z|gz|bz2))? column_description first_line date_source column_name timestamp date_format %s interval 300 reopen 1 filename_compare sub { my ($ay, $am, $ad) = $a =~ /-(\d{4})-(\d\d)-(\d\d)/; my ($by, $bm, $bd) = $b =~ /-(\d{4})-(\d\d)-(\d\d)/; if (my $c = (( $ay <=> $by) || ( $am <=> $bm) || (($ad >> 3) <=> ($bd >> 3)))) { return 2*$c; } $ad <=> $bd; } } html_top_title Estado dos servidores TCO/NBT html_page_header html_page_footer Estes gráficos foram gerados Blair Zajac´s ORCA, and Guilherme Chehab´s Procallator plot { title %g Average # Processes in Run Queue (Load Average) & number pf CPUs source orcallator data 1runq data 5runq data 15runq data ncpus color 00ff00 color 0000ff color ff00ff color ff0000 line_type LINE1 line_type LINE1 line_type LINE1 line_type LINE2 legend 1 minute average legend 5 minute average legend 15 minute average legend CPUs (load threshold) y_legend Number of processes and CPUs data_min 0 data_max 100 href http://www.orcaware.com/orca/docs/orcallator.html#processes_in_run_queue } plot { title %g CPU Usage source orcallator data usr% data sys% data nice% data 100 - usr% - sys% - nice% line_type area line_type stack line_type stack line_type stack legend User legend System legend nice legend Idle y_legend Percent data_min 0 data_max 100 plot_min 0 plot_max 100 rigid_min_max 1 color 00ff00 color 0000ff color ff0000 color ffffd0 href http://www.orcaware.com/orca/docs/orcallator.html#cpu_usage } plot { title %g New Process Spawn Rate source orcallator data #proc/s line_type area line_type line1 legend 5 min average y_legend New processes/s data_min 0 data_max 100000 href http://www.orcaware.com/orca/docs/orcallator.html#new_process_spawn_rate } plot { title %g Number of System & running Processes on cpu source orcallator data #proc data #proc_oncpu line_type line1 line_type area legend System total legend Running y_legend Number Processes data_min 0 data_max 10000 color 0000ff color 00ff00 href http://www.orcaware.com/orca/docs/orcallator.html#number_system_processes } plot { title %g Web Server Hit Rate source orcallator data httpop/s data http/p5s line_type area line_type line1 legend 5 min average hits/s legend Peak 5 second hits/s y_legend Hits/s data_min 0 color 00ff00 color 0000ff href http://www.orcaware.com/orca/docs/orcallator.html#web_server_hit_rate } plot { title %g Web Server File Size source orcallator data %to1KB data %to10KB data %to100KB data %to1MB data %over1MB line_type area line_type stack line_type stack line_type stack line_type stack legend 0 - 1 KB legend 1 - 10 KB legend 10 - 100 KB legend 100 - 1000 KB legend Greater than 1 MB y_legend Percent data_min 0 data_max 100 plot_min 0 plot_max 100 rigid_min_max 1 href http://www.orcaware.com/orca/docs/orcallator.html#web_server_file_size } plot { title %g Web Server Data Transfer Rate source orcallator data httpb/s line_type area legend Bytes/s y_legend Bytes/s data_min 0 href http://www.orcaware.com/orca/docs/orcallator.html#web_server_data_transfer_rate } plot { title %g Web Server HTTP Error Rate source orcallator data htErr/s line_type area legend HTTP errors/s y_legend Errors/s data_min 0 href http://www.orcaware.com/orca/docs/orcallator.html#web_server_error_rate } plot { title %g Page ins & outs rate source orcallator data pages_in data pages_out legend pages in/s legend pages out/s y_legend Pages/s data_min 0 } plot { title %g Swap ins & outs rate source orcallator data swap_in data swap_out legend Swap in/s legend Swap out/s y_legend Pages/s data_min 0 } plot { title %g Context switches & Interrupts rate source orcallator data ctxt/s data intr/s legend Context switches legend Interrupts y_legend rate/s data_min 0 } plot { title %g Interface Input Bits Per Second source orcallator data 8 * if_in_b_(.*) line_type line1 legend $1 y_legend Bits/s data_min 0 data_max 100000000 href http://www.orcaware.com/orca/docs/orcallator.html#interface_bits_per_second } plot { title %g Interface Ouput Bits Per Second source orcallator data 8 * if_out_b_(.*) line_type line1 legend $1 y_legend Bits/s data_min 0 data_max 100000000 href http://www.orcaware.com/orca/docs/orcallator.html#interface_bits_per_second } plot { title %g Interface Input Packets Per Second source orcallator data if_in_p_(.*) line_type line1 legend $1 y_legend Packets/s data_min 0 data_max 100000 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#interface_packets_per_second } plot { title %g Interface Output Packets Per Second source orcallator data if_out_p_(.*) line_type line1 legend $1 y_legend Packets/s data_min 0 data_max 100000 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#interface_packets_per_second } plot { title %g Interface Input Errors Per Second source orcallator data if_in_e_(.*) line_type line1 legend $1 y_legend Errors/s data_min 0 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#interface_errors_per_second } plot { title %g Interface Output Errors Per Second source orcallator data if_out_e_(.*) line_type line1 legend $1 y_legend Errors/s data_min 0 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#interface_errors_per_second } plot { title %g Interface Input Dropped Per Second source orcallator data if_in_d_(.*) line_type line1 legend $1 y_legend Errors/s data_min 0 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#interface_deferred_packet_rate } plot { title %g Interface Output Dropped Per Second source orcallator data if_out_d_(.*) line_type line1 legend $1 y_legend Errors/s data_min 0 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#interface_deferred_packet_rate } plot { title %g Interface Output Collisions source orcallator data if_out_cl_(.*) line_type area legend $1 y_legend Percent data_min 0 data_max 200 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#interface_collisions } plot { title %g Interface Output Carrier Losses source orcallator data if_out_ca_(.*) line_type area legend $1 y_legend Percent data_min 0 data_max 200 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#interface_collisions } plot { title %g TCP Current connections source orcallator data gTcp_(.*) legend Connections y_legend Connections data_min 0 flush_regexps 1 } plot { title %g IP statistics source orcallator data Ip_(.*) legend $1 rate y_legend rate data_min 0 flush_regexps 1 } plot { title %g TCP statistics source orcallator data Tcp_(.*) legend $1 rate y_legend rate data_min 0 flush_regexps 1 } plot { title %g ICMP statistics source orcallator data Icmp_(.*) legend $1 rate y_legend rate data_min 0 flush_regexps 1 } plot { title %g UDP statistics source orcallator data Udp_(.*) legend $1 rate y_legend rate data_min 0 flush_regexps 1 } plot { title %g NFS Server Statistics source orcallator data nfs_s_(.*) line_type line1 legend $1/s y_legend rate data_min 0 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#NFS_server_call_rate } plot { title %g NFS Client Statistics source orcallator data nfs_c_(.*) line_type line1 legend $1/s y_legend rate data_min 0 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#NFS_server_call_rate } plot { title %g Disk System Wide Reads/Writes Per Second source orcallator data disk_rd/s data disk_wr/s line_type area line_type line1 legend Reads/s legend Writes/s y_legend Ops/s data_min 0 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#disk_system_wide_reads_writes_per_second } plot { title %g Disk System Wide Transfer Rate source orcallator data disk_rB/s data disk_wB/s line_type area line_type line1 legend Read transfer rate legend Write transfer rate y_legend Block/s data_min 0 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#disk_system_wide_transfer_rate } plot { title %g Disk Reads/Writes Per Second source orcallator data disk_rd_(.*)/s data disk_wr_(.*)/s line_type area line_type line1 legend $1 Reads/s legend $1 Writes/s y_legend Ops/s data_min 0 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#disk_system_wide_reads_writes_per_second } plot { title %g Disk Transfer Rate source orcallator data disk_rB_(.*)/s data disk_wB_(.*)/s line_type area line_type line1 legend $1 Read transfer rate legend $1 Write transfer rate y_legend Block/s data_min 0 flush_regexps 1 href http://www.orcaware.com/orca/docs/orcallator.html#disk_system_wide_transfer_rate } plot { title %g Disk Space Percent Usage source orcallator data mnt_(.*) line_type line1 legend $1 y_legend Percent Used data_min 0 data_max 100 plot_min 0 plot_max 100 href http://www.orcaware.com/orca/docs/orcallator.html#disk_space_percent_usage } plot { title %g Physical Memory usage percent source orcallator data mem_used% data mem_free% data mem_shrd% data mem_buff% data mem_cchd% line_type area line_type stack line_type line1 line_type stack line_type stack legend Used memory legend Free memory legend shared memory legend buffer memory legend cached memory y_legend percent data_min 0 data_max 100 href http://www.orcaware.com/orca/docs/orcallator.html#memory_free } plot { title %g Swap usage percent source orcallator data swp_used% data swp_free% line_type area line_type stack legend Used swap legend Free swap y_legend percent data_min 0 data_max 100 href http://www.orcaware.com/orca/docs/orcallator.html#memory_free } plot { title %g Memory Page Scan Rate source orcallator data scanrate line_type area legend Page scan rate y_legend Pages/s data_min 0 href http://www.orcaware.com/orca/docs/orcallator.html#page_scan_rate } plot { title %g Memory Page Residence Time source orcallator data page_rstim line_type area legend Page residence time y_legend Seconds data_min 0 href http://www.orcaware.com/orca/docs/orcallator.html#page_residence_time } plot { title %g Memory Available Swap Space source orcallator data 1024 * swap_avail line_type area legend Available swap space y_legend Bytes base 1024 data_min 0 href http://www.orcaware.com/orca/docs/orcallator.html#available_swap_space } plot { title %g Memory Page Usage source orcallator data pp_kernel data free_pages data pagestotl - pp_kernel - free_pages data pagestotl line_type area line_type stack line_type stack line_type line1 legend Kernel legend Free list legend Other legend System total y_legend Number Of Pages data_min 0 plot_min 0 color 00ff00 color ff0000 color 0000ff href http://www.orcaware.com/orca/docs/orcallator.html#page_usage } plot { title %g Memory Pages Locked & IO source orcallator data pageslock data pagesio line_type area line_type line1 legend Locked legend IO y_legend Number Of Pages data_min 0 plot_min 0 href http://www.orcaware.com/orca/docs/orcallator.html#pages_locked_IO }