Stats

cursor Event

csv_dur

This property contains a CSV contents for all of the latencies for the events sampled including the number of times it occurred like so:

Where the first column is the latency (duration in ms) and the second column is the number of events that had this duration. With this you can easily generate a graph using gnuplot, with the following gnuplot script and having outputted the property into a file called "latency.data":

                      set title "Latency graph of some sample data"
                     
                      set xdata time
                      set timefmt "%s"
                     
                      set terminal png
                      set output "graph.png"
                     
                      set xlabel 'Number of events'
                      set ylabel 'Duration (ms)'
                     
                      plot 'latency.data' using 1:2 with linespoints title 'latencies'

You can also easily import the CSV file into your favorite spreadsheet software and generate any graphs you'd like.

MONITOR_states

Generated only when you have used the monitor attribute and will contain a comma separated list of the various states that specific field had. the MONITOR name is replaced with the name of the fields you were monitoring.

max_dur

The maximum duration of any event in milliseconds recorded will be saved in this attribute.

avg_dur

The average duration of any event in milliseconds recorded will be saved in this attribute.

tot_dur

The total duration of any event in milliseconds recorded will be saved in this attribute.

tot_occ

The total occurrences of this event will be saved in this attribute.

min_dur

The minimum duration of any event in milliseconds recorded will be saved in this attribute.

avg_occ

The number of occurrences of this event per second over the duration of all events is recorded in this attribute.

cursor.FIELD_VALUE Event

avg_int

this event will be generated for every FIELD in the monitors attribute and it will have the format FIELD_VALUE.avg_int being that the VALUE is one of the various values that FIELD had. So for each VALUE that the FIELD can assume there will be another event generated containing the average amount of time that the specified field was in the VALUE state.

min_int

this event will be generated for every FIELD in the monitors attribute and it will have the format FIELD_VALUE.min_int being that the VALUE is one of the various values that FIELD had. So for each VALUE that the FIELD can assume there will be another event generated containing the minimum interval during which that VALUE occurred without any changes.

max_int

this event will be generated for every FIELD in the monitors attribute and it will have the format FIELD_VALUE.max_int being that the VALUE is one of the various values that field had. So for each VALUE that the FIELD can assume there will be another event generated containing the maximum interval during which that VALUE occurred without any changes.

tot_int

this event will be generated for every FIELD in the monitors attribute and it will have the format FIELD_VALUE.avg_int being that the VALUE is one of the various values that FIELD had. So for each VALUE that the FIELD can assume there will be another event generated containing the total amount of time that the specified field was in the VALUE state.

cursor.fieldname Event

tot_val

Each field of the specified event that is of a number type will have its total value calculated and recorded in this attribute.

max_val

Each field of the specified event that is of a number type will have its maximum value calculated and recorded in this attribute.

avg_val

Each field of the specified event that is of a number type will have its average value calculated and recorded in this attribute.

min_val

Each field of the specified event that is of a number type will have its minimum value calculated and recorded in this attribute.