How do I compare timestamps of files in a DOS batch script?Dave Webb's soution while a great one will of course only work on files in the same directory. Btb Afp Browser Free Download there. Here is a solution that will work on any two files.First get the file time (see How to get file's last modified date on Windows command line?).My. File. 1. txt) do set File. ![]() Date=%%~ta. for %%a in (My.File. 2. txt) do set File.Date=%%~ta. However one has then to manually break the date and time into it's components since Cmd. . AM > 2: 0. 0PM. Compare first the years, then the months, then the day, then AM/PM, then the hour, and then the minute and second, (actually time consuming, but I don't have on the minute a better idea), see the final code at the end. However this solution will not work if the files are in the same minute but different by the second. If you are to this level of precision then get the filetime by using the "forfiles" command (see https: //superuser. F "tokens=*" %%a in ('forfiles /m My. File. 1. txt /c "cmd /c echo @fdate @ftime"'). File. 1Date=%%a. for /F "tokens=*" %%a in ('forfiles /m My. File. 2. txt /c "cmd /c echo @fdate @ftime"'). File. 2Date=%%a. Note that "For. Files" has a limitation that it can't take a path with spaces, so if you have a path with spaces you will have to change to that directory first, see forfiles - spaces in folder path. WebSphere MQ provides periodic fixes for release 7.5. The following is a complete listing of available and scheduled fixes for Version 7.5 with the most recent fix at. ![]() Comparison Code: compare. File. Time. set "original. File. Time=%1". set "second. File. Time=%2". for /F "tokens=1,2,3 delims= " %%a in (%original. File. Time%) do (. Date. Part=%%a". set "original. Time. Part=%%b". set "original. INTERACTIVE CONTROL. mpv has a fully configurable, command-driven control layer which allows you to control mpv using keyboard, mouse, or remote control (there.Am. Pm. Part=%%c". F "tokens=1,2,3 delims= " %%a in (%second. File. Time%) do (. Date. Part=%%a". set "second. Time. Part=%%b". set "second. Am. Pm. Part=%%c". F "tokens=1,2,3 delims=/" %%a in ("%original. Date. Part%") do (. Month. Part=%%a". Month. Day. Part=%%b". Year. Part=%%c". rem We need to ensure that the year is in a 4 digit format and if not we add 2. Cmd considers "5. LSS 1. 00 set "original. Year. Part=2. 0%%c. F "tokens=1,2,3 delims=/" %%a in ("%second. Date. Part%") do (. Month. Part=%%a". Month. Day. Part=%%b". Year. Part=%%c". rem We need to ensure that the year is in a 4 digit format and if not we add 2.Cmd considers "5.LSS 1. 00 set "second.Year. Part=2. 0%%c.Year. Part% GTR %second. Baixar Crack Para Battlefield 1942 Pc Code there. Year. Part% goto newer. Year. Part% LSS %second. Year. Part% goto older. We reach here only if the year is identical. Cmd considers "2" > "1. Month. Part% GTR %second. Month. Part% goto newer. Month. Part% LSS %second. Month. Part% goto older. Month. Day. Part% GTR %second. Month. Day. Part% goto newer. Month. Day. Part% LSS %second. Month. Day. Part% goto older. We reach here only if it is the same date. Am. Pm. Part% GTR %second. Am. Pm. Part% goto newer. Am. Pm. Part% LSS %second. Am. Pm. Part% goto older. AM/PM. for /F "tokens=1 delims=: " %%a in ("%original. Time. Part%") do set "original. Hour. Part=%%a". for /F "tokens=1 delims=: " %%a in ("%second. Time. Part%") do set "second. Hour. Part=%%a". rem Cmd considers "2" > "1. Hour. Part% GTR %second. Hour. Part% goto newer. Hour. Part% LSS %second. Hour. Part% goto older. The minutes and seconds can be compared directly. Time. Part% GTR %second. Time. Part% goto newer. Time. Part% LSS %second. Time. Part% goto older. Time. Part% EQU %second. Time. Part% goto same. How to get current time in Python? The time module. The time module provides functions that tells us the time in "seconds since the epoch" as well as other utilities. Unix Epoch Time. This is the format you should get timestamps in for saving in databases. It is a simple floating point number that can be converted to an integer. It is also good for arithmetic in seconds, as it represents the number of seconds since Jan 1, 1. This timestamp does not account for leap- seconds, so it's not linear - leap seconds are ignored. So while it is not equivalent to the international UTC standard, it is close, and therefore quite good for most cases of record- keeping. This is not ideal for human scheduling, however. If you have a future event you wish to take place at a certain point in time, you'll want to store that time with a string that can be parsed into a datetime object or a serialized datetime object (these will be described later). You can also represent the current time in the way preferred by your operating system (which means it can change when you change your system preferences, so don't rely on this to be standard across all systems, as I've seen others expect). This is typically user friendly, but doesn't typically result in strings one can sort chronologically: > > > time. Tue Feb 1. 7 2. 3: 2. You can hydrate timestamps into human readable form with ctime as well: > > > time. Tue Feb 1. 7 2. 3: 2. This conversion is also not good for record- keeping (except in text that will only be parsed by humans - and with improved Optical Character Recognition and Artificial Intelligence, I think the number of these cases will diminish). The datetime module is also quite useful here: > > > import datetime. The datetime. now is a class method that returns the current time. It uses the time. It has a representation (which would allow you to recreate an equivalent object) echoed on the shell, but when printed (or coerced to a str), it is in human readable (and nearly ISO) format, and the lexicographic sort is equivalent to the chronological sort: > > > datetime. You can get a datetime object in UTC time, a global standard, by doing this: > > > datetime. UTC is a time standard that is nearly equivalent to the GMT timezone. While GMT and UTC do not change for Daylight Savings Time, their users may switch to other timezones, like British Summer Time, during the Summer.) datetime timezone aware. However, none of the datetime objects we've created so far can be easily converted to various timezones. We can solve that problem with the pytz module: > > > import pytz. UTC> ). Equivalently, in Python 3 we have the timezone class with a utc timezone instance attached, which also makes the object timezone aware (but to convert to another timezone without the handy pytz module is left as an exercise to the reader): > > > datetime. And we see we can easily convert to timezones from the original utc object.> > > print(then). US/Eastern'))). 2. You can also make a naive datetime object aware with the pytz timezone localize method, or by replacing the tzinfo attribute (with replace, this is done blindly), but these are more last resorts than best practices: > > > pytz. UTC> ). > > > datetime. UTC> ). The pytz module allows us to make our datetime objects timezone aware and convert the times to the hundreds of timezones available in the pytz module. One could ostensibly serialize this object for UTC time and store that in a database, but it would require far more memory and be more prone to error than simply storing the Unix Epoch time, which I demonstrated first. The other ways of viewing times are much more error prone, especially when dealing with data that may come from different time zones. You want there to be no confusion as to which timezone a string or serialized datetime object was intended for. If you're displaying the time with Python for the user, ctime works nicely, not in a table (it doesn't typically sort well), but perhaps in a clock. However, I personally recommend, when dealing with time in Python, either using Unix time, or a timezone aware UTC datetime object.
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