To measure computational costs of different approaches, the value of time.clock is more useful than that of time.time(). Returns the current CPU time as a floating-point number of seconds. Only use this if daylight is nonzero.Īccepts a time-tuple and returns a readable 24-character string such as 'Tue Dec 11 18:07:14 2008'. This is negative if the local DST timezone is east of UTC (as in Western Europe, including the UK). The offset of the local DST timezone, in seconds west of UTC, if one is defined. Here is the list of all available methods − Sr.No. There is a popular time module available in Python which provides functions for working with times and for converting between representations. Here, we print a calendar for a given month ( Jan 2008 ) − Live Demo The calendar module gives a wide range of methods to play with yearly and monthly calendars. This would produce the following result − Localtime = time.asctime( time.localtime(time.time()) ) You can format any time as per your requirement, but simple method to get time in readable format is asctime() − Live Demo Local current time : time.struct_time(tm_year=2013, tm_mon=7, This would produce the following result, which could be formatted in any other presentable form − To translate a time instant from a seconds since the epoch floating-point value into a time-tuple, pass the floating-point value to a function (e.g., localtime) that returns a time-tuple with all nine items valid. This structure has following attributes − Index The above tuple is equivalent to struct_time structure. 1, 0, 1, -1 means library determines DST Many of Python's time functions handle time as a tuple of 9 numbers, as shown below − Index Dates in the far future also cannot be represented this way - the cutoff point is sometime in 2038 for UNIX and Windows. However, dates before the epoch cannot be represented in this form. Number of ticks since 12:00am, January 1, 1970: 7186862.73399ĭate arithmetic is easy to do with ticks. This would produce a result something as follows − Print "Number of ticks since 12:00am, January 1, 1970:", ticks Import time # This is required to include time module. The function time.time() returns the current system time in ticks since 00:00:00 hrs January 1, 1970(epoch). There is a popular time module available in Python which provides functions for working with times, and for converting between representations. Particular instants in time are expressed in seconds since 00:00:00 hrs January 1, 1970(epoch). Time intervals are floating-point numbers in units of seconds. Python's time and calendar modules help track dates and times. Converting between date formats is a common chore for computers. Do i have the latest versions? why wont the speed change commands work? can someone post up either here at the end or in the frst page of this thread all in the updated info and installation instructions? It has been more than a year since i installed all of this and i dont remember all the instructions.A Python program can handle date and time in several ways. my versions are celing fan parent 15 fan child 15 light child 15a. I also looked in my hub and the device handlers and they appear up to date. I can ask “alexa turn on bedroom fan high” and it will just turn on the speed last selected in my smartthings mobile app, like “low” I have read through this thread again and modified lines 363 and 370 with the // and republished but this didnt help either. they used to work fine but they have been very hit or miss for a while now, and do not turn on low, med or high when asked to through Alexa. “I’m having an issue with both of my fans. It used to work fine for me, here is my original question. I’m still having the issue I asked about over the weekend and I don’t think I’ve seen a response to my question if anyone can help me out on the fix to have voice control through alexa for fan speeds low med and high.
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