![]() These are automatically calculated for most types of event, apart from Windows EventLogs. OR if these dates actually are the same, or nearly the same, as the time of the event, you may be happy with using the built-in fields date_month, date_hour, date_mday, date_second etc. skip the 2013- part) and read 5 characters, i.e. Which will take the field ( CloseDateTime) jump to offset 5 (i.e. How do I change the ServerTime field value to the 24 hour format Note I dont want to have time anywhere. Of course, there is more than one way to do it, one of which is to use eval's substr() function to operate on the string CloseDateTime directly (if you are happy with how it looks, and just want to strip off a few parts). ServerTime shows in AM/PM format and DeviceSyncTime shows in 24 hour format. The format codes are the same as format codes utilized by the strftime function, although the strptime function utilizes lowercase letters instead of uppercase. In this case Month-Day will be stored in the new field ' cd'. The inner function - strptime() - converts your string to epoch, and the outer - strftime() - converts/extracts the parts you want, and in what order from the epoch. The strptime function doesn't work with timestamps that consist of only a month and year. You use date and time variables to specify the format that matches string. | eval cd=strftime(strptime(CloseDateTime,"%Y-%m-%d %H:%M:%S %p"),"%m-%d") strptime (, ) Takes a human readable time, represented by a string, and parses the time into a UNIX timestamp using the format you specify.Well, since you have the CloseTimeDate as a string, you can do the calculations pretty much as described above all done in one eval sourcetype="TicketAnalysis" See the following resources for more info startmonth will be '03' (for March) for the event above. ![]() Now start and end is in epoch (an integer), dur is also an integer (the number of seconds between the two dates). Add the following lines | eval startmonth = stfrtime(start, "%m") Then you want to calculate how many transaction that started in March. | eval start=strptime(startdate,"%m/%d/%Y") This event looks like 11:22:33 transactionid=123 startdate= enddate= If the variable is an Epoch number, we convert it to. You want to calculate the difference between two timestamps in an event. We need to check if the timepicker variable is an Epoch number or a Splunk artifact like -7dd or now. Strftime(X,Y) will convert an epoch timestamp (X) into a string, defined by Y. " 11:22:33", into epoch, with the string being described by Y Solved: Log content (log4j) begin with a date that i will use it as TIMEFORMAT in my nf file. Go to Manager Access controls Users to set this for users, or to Manager Your account to set the timezone for yourself. In Splunk 4.3, each user can choose their own timezone for viewing the data/reports/etc. Strptime(X,Y) will convert a string X, e.g. Do this in the OS, and Splunk will render the timezone in UTC by default.
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