I am writing a Windows resource monitoring script with
‘typeperf’ command in Ruby, so that i can centralize to get all my testing server's OS Health status during performance testing.
I simply get measurements like CPU%, Mem utlization, Disk I/O throughput and Network I/O throughput from Perfmon Counters.
perf_mon_util.rb Class Source code:
class PerfMonUtil
@hostIPs = [];
def initialize(hostarray)
hostarray = hostarray.sub(/\s/, '');
@hostIPs = hostarray.split(',');
puts "monitor IP(s): " + @hostIPs * ",";
end
# the unit of duration is set to minutes by default
def perfmon(duration = 5,intv = 1, filepath = "C:\\temp_mon\\")
puts @hostIPs;
puts intv;
sampler_count = (duration.to_i * 60) / intv.to_i;
@hostIPs.each { |inputIP|
machineIP = inputIP.strip;
filename = filepath + machineIP.gsub(/\./,'_') + "-" + Time.now.strftime("%Y%m%d-%H%M%S");
Thread.new {
system("typeperf",
"\\processor(_total)\\% processor time", #CPU%
"\\processor(_total)\\% user time",
"\\processor(_total)\\% privileged time",
"\\Memory\\Available Kbytes", #MEM_Utilization
"\\physicaldisk(_total)\\% disk read time", #DISK I/O
"\\physicaldisk(_total)\\% disk write time",
"\\network interface(*#1)\\bytes total/sec", #NetWork I/O
"-s", "#{machineIP}","-si","#{intv}", "-sc", "#{sampler_count}", "-o", filename)
Process.exit!(1);
}
}
end
end
Perf_mon_runner.rb source code:
require 'perf_mon_util'
case ARGV.length
when 0
puts "Please assign monitored machines' name, you can access help by type Perf_mon_runner.rb -help"
puts "Process exiting..."
Process.exit!(1);
when 1
if ARGV[0] == "-help"
puts "usage samples listed: Perf_mon_runner.rb MonitredIPs Duration Interval FilePath"
puts "Perf_mon_runner.rb \"ip1,ip2,ip3\" 1 20 \"D:\\\\temp\\\\\""
puts "Monitoring object list(Measurements including):"
puts " \\processor(_total)\\% processor time"
puts " \\processor(_total)\\% user time"
puts " \\processor(_total)\\% privileged time"
puts " \\Memory\\Available Kbytes"
puts " \\physicaldisk(_total)\\% disk read time"
puts " \\physicaldisk(_total)\\% disk write time"
puts " \\network interface(*#1)\\bytes total/sec"
Process.exit!(1);
end
puts "put your monitoring files in C:\\temp_mon\\"
CPU_Utilization= PerfMonUtil.new(ARGV[0]);
CPU_Utilization.perfmon();
when 2
puts "put your monitoring files in C:\\temp_mon\\"
CPU_Utilization= PerfMonUtil.new(ARGV[0]);
CPU_Utilization.perfmon(ARGV[1]);
when 3
puts "put your monitoring files in C:\\temp_mon\\"
CPU_Utilization= PerfMonUtil.new(ARGV[0]);
CPU_Utilization.perfmon(ARGV[1],ARGV[2]);
when 4
puts "put your monitoring files in " + ARGV[3]
CPU_Utilization= PerfMonUtil.new(ARGV[0]);
CPU_Utilization.perfmon(ARGV[1],ARGV[2],ARGV[3]);
end
How to use it in command-line:
Perf_mon_runner.rb ["YourIP1,YourIP2"] [Monitor_Duration] [Sample_Interval] [FilePath]
Real Usage sample:
Perf_mon_runner.rb "YourIP1,YourIP2" 1 20 "D:\\temp\\"
PS: The Monitoring result will write in the file path as .CSV format by default.
i am using
Gruff to draw the graph of monitoring result:
the code is pretty straightforward:
require 'csv'
require 'gruff'
def parserperfmon(csvfile,targetfile)
arraycpu = Array.new;
i = 0;
CSV.foreach(csvfile) do |rec|
# CPU% data is put into arraycpu
arraycpu[i] = rec[1]
i = i+1;
end
#column title is removed
arraycpu.shift
#String need to be converted to float type in arraycpu
arraycpu.collect! { |item|
item.to_f
}
g = Gruff::Line.new
g.title = "CPU% Monitoring Graph";
g.data("CPU%", arraycpu)
g.write(targetfile)
end
filename = "D:\\TEMP\\10_201_10_173-20101125-153102\.csv"
targetname ="D:\\TEMP\\perf_mon.png"
parserperfmon(filename,targetname);
will consider to add : \\System\\Processor Queue Length to monitor the Queue length:
An instantaneous count of threads that are in the processor queue.
