The millionths of a second in a date and time value. More information: The "fffff" Custom Format Specifier. The hundred thousandths of a second in a date and time value. More information: The "ffff" Custom Format Specifier. The ten thousandths of a second in a date and time value. More information: The "fff" Custom Format Specifier. The milliseconds in a date and time value. More information: The "ff" Custom Format Specifier. The hundredths of a second in a date and time value. More information: The "f" Custom Format Specifier. The tenths of a second in a date and time value. More information: The "dddd" Custom Format Specifier. More information: The "ddd" Custom Format Specifier. The abbreviated name of the day of the week. More information: The "dd" Custom Format Specifier. More information: The "d" Custom Format Specifier. ![]() For more information about using custom date and time format strings, see the Notes section. If a particular format specifier produces a localized result string, the example also notes the culture to which the result string applies. ![]() By default, result strings reflect the formatting conventions of the en-US culture. The following table describes the custom date and time format specifiers and displays a result string produced by each format specifier. ' Unable to convert '30-12-11' to a date and time. ' Unable to convert '12-30-2011' to a date and time. ' Unable to convert '30-12-2011' to a date and time. ' The example displays the following output: DateTime thisDate1 = new DateTime(2011, 6, 10) Ĭonsole.WriteLine("Today is " + thisDate1.ToString("MMMM dd, yyyy") + ".") ĭateTimeOffset thisDate2 = new DateTimeOffset(2011, 6, 10, 15, 24, 16,Ĭonsole.WriteLine("The current date and time: ' to a date and time.", The following example illustrates both uses. In formatting operations, custom date and time format strings can be used either with the ToString method of a date and time instance or with a method that supports composite formatting. This may affect the behavior and the output of examples that illustrate the DateTime, DateTimeOffset, and TimeZoneInfo types and their members. The local time zone of the Try.NET inline code runner and playground is Coordinated Universal Time, or UTC. The modified code either runs in the interactive window or, if compilation fails, the interactive window displays all C# compiler error messages. Once you execute the code, you can modify it and run the modified code by selecting Run again. Select the Run button to run an example in an interactive window. You do not have to convert the first two digits to morning or afternoon because this number is the total number of hours you worked that day and not the actual time.Some of the C# examples in this article run in the Try.NET inline code runner and playground. For instance, if your first time card time is 19.20 and your second is 23.25, put 23.25 - 19.20 = into your calculator, and you will get 4.05.Ĭonvert your answer from Step 8 into hours and minutes by following Steps 4 through 7. For the example, the 19.20 on the card becomes 7:12 p.m.ĭetermine the number of hours and minutes you worked in a day by subtracting the first number that day, your clock-in time, from the second number on the card, your clock-out time. Put your answer from Step 3 together with your answer from Step 6, and you will get the hours and minutes at which you first clocked in. This means that you clocked in 12 minutes after the hour. For the example, that will be 0.20 X 60 = 12. You will be multiplying the decimal times 60 to get your final answer in minutes. Press the "x" key in order to multiply this decimal. ![]() For instance, you will key in 0.20 if you follow the example. Input the two digits with the decimal into your calculator. In the example, those two digits were 0.20. Converting this to minutes is not difficult. This represents the percentage of the hour at which you clocked in. Write down the two digits to the right of the decimal. Take 12 away from the 19 used in the example, and you will have 7 p.m. This means that your time was in the morning hours. If the number is less than 12, do nothing except write the number with a.m. After you take 12 away from this number, you will have the p.m. This will be the afternoon hour you started work. Press the "-" key in your calculator and then put in 12 and enter. Subtract 12 from the first two digits of the time.
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