["$ datetime..E$ ","A,ACBBtBAsZXBBc~|F9555}+P65FbCCP47466}`~ECP4746}/B~P47466}VCCP47466G76}XP78986}(BB+~~~~~~~dBCEXBBbCC(BBBZ~~~E~EXBP7F5F9.BZBjBBBB0B(BZBbBBXB.B3BX","DateTime."," Each day the sun rises. Bright light marks a new day. A yellow bird searches for food. From Earth's surface we view the sun's path. What begins as motion gains meaning as time.","A .NET developer"," uses DateTime\u2014with TimeSpan and Stopwatch we manipulate time. Night comes fast in this world. Time must be handled with care. ","TimeSpan ","timespan","Stopwatch ","stopwatch","Constructor, new."," We call the instance DateTime constructor. The arguments must match a real date that occurred. This is a validating constructor. ","Example: ","This example writes a DateTime to the console. It also compares a DateTime against the Today value."," .NET 4.7 (2017)\n\n","C# program that uses DateTime constructor","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {","\n // This DateTime is constructed with an instance constructor.\n // ... We write it to the console.\n // ... If this is today, the second line will be True.\n ","DateTime value = new ","DateTime","(","2017",", ","1",", ","18",");\n Console.WriteLine(value);\n Console.WriteLine(value == DateTime.Today);\n }\n}\n\n","\n\n1/18/2017 12:00:00 AM\nFalse","Un-representable error."," The DateTime constructor validates possible arguments. If we try to create a DateTime that cannot exist, we get an argument exception. ","C# program that shows un-representable DateTime","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {","\n // This will cause an error.\n ","DateTime x = new DateTime(","-1",", 1, 1);\n }\n}\n\n","Results","\n\nAn unhandled exception of type 'System.ArgumentOutOfRangeException'\noccurred in mscorlib.dll\n\nAdditional information: Year, Month, and Day parameters describe an\nun-representable DateTime.","Yesterday."," Here we subtract one day from the current day. We do this by adding -1 to the current day. This is necessary because no \"Subtract Days\" method is provided. ","The example was run a few years ago. The output will naturally vary depending on the day you run it.","DateTime.Today is always set to the machine's local time, which depends on the current system.","C# program that computes yesterday","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n Console.WriteLine(","\"Today: {0}\"",", DateTime.Today);\n\n ","DateTime"," y = GetYesterday();\n Console.WriteLine(","\"Yesterday: {0}\"",", y);\n }","\n\n /// <summary>\n /// Gets the previous day to the current day.\n /// </summary>\n ","static DateTime GetYesterday()\n {","\n // Add -1 to now.\n ","return DateTime.Today.AddDays(-1);\n }\n}\n\n","\n\nToday: 11/30/2008 12:00:00 AM\nYesterday: 11/29/2008 12:00:00 AM","Tomorrow."," To figure out tomorrow, we add one using the Add() method. This is useful with date queries in databases. We use the AddDays method. ","Static: ","GetTomorrow is a static method\u2014it does not require state to be saved. DateTime.Today is also static.","Static ","static","DateTime.Add uses offsets. It accepts both negative and positive numbers. Here we go back in time.","C# program that uses AddDays","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n Console.WriteLine(","\"Today: {0}\"",", DateTime.Today);\n\n ","DateTime"," d = GetTomorrow();\n Console.WriteLine(","\"Tomorrow: {0}\"",", d);\n }","\n\n /// <summary>\n /// Gets the next day, tomorrow.\n /// </summary>\n ","static DateTime GetTomorrow()\n {\n return DateTime.Today.AddDays(1);\n }\n}\n\n","\n\nToday: 11/30/2008 12:00:00 AM\nTomorrow: 12/1/2008 12:00:00 AM","First day."," We use a helper method to find the first day in a year. We use an overloaded method. With overloading, we often can use methods in an easier, clearer way. ","Overload ","overload","Current: ","If we want the current year, we can call FirstDayOfYear with no parameter. The year from Today will be used.","C# program that gets first day","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n Console.WriteLine(","\"First day: {0}\"",", FirstDayOfYear());\n\n ","DateTime"," d = new DateTime(1999, 6, 1);\n Console.WriteLine(","\"First day of 1999: {0}\"",", FirstDayOfYear(d));\n }","\n\n /// <summary>\n /// Gets the first day of the current year.\n /// </summary>\n ","static DateTime FirstDayOfYear()\n {\n return FirstDayOfYear(DateTime.Today);\n }","\n\n /// <summary>\n /// Finds the first day of year of the specified day.\n /// </summary>\n ","static DateTime FirstDayOfYear(DateTime y)\n {\n return new DateTime(y.Year, 1, 1);\n }\n}\n\n","\n\nFirst day: 1/1/2008 12:00:00 AM\nFirst day of 1999: 1/1/1999 12:00:00 AM","Last day."," Here we find the last day in any year. Leap years make this more complicated, as February may have 28 or 29 days. We must programmatically find the year's length. ","This method is ideal for when you want to count days, as for a database range query for a certain year.","Tip 2: ","It is better to use the DateTime constructor, rather than DateTime.Parse. This is faster and has clearer syntax.","C# program that finds last day","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n Console.WriteLine(","\"Last day: {0}\"",", LastDayOfYear());\n\n ","DateTime"," d = new DateTime(1999, 6, 1);\n Console.WriteLine(","\"Last day of 1999: {0}\"",", LastDayOfYear(d));\n }","\n\n /// <summary>\n /// Finds the last day of the year for today.\n /// </summary>\n ","static DateTime LastDayOfYear()\n {\n return LastDayOfYear(DateTime.Today);\n }","\n\n /// <summary>\n /// Finds the last day of the year for the selected day's year.\n /// </summary>\n ","static DateTime LastDayOfYear(DateTime d)\n {","\n // Get first of next year.\n ","DateTime"," n = new DateTime(d.Year + 1, 1, 1);","\n\n // Subtract one from it.\n ","return n.AddDays(-1);\n }\n}\n\n","\n\nLast day: 12/31/2008 12:00:00 AM\nLast day of 1999: 12/31/1999 12:00:00 AM","DaysInMonth."," Many static methods are also available on the DateTime class. With DaysInMonth we look up the number of days in a month based on the year. ","C# that uses DaysInMonth","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n int days = DateTime.","DaysInMonth","(","2014",", ","9",");"," // September.\n ","Console.WriteLine(days);\n\n days = DateTime.","DaysInMonth","(","2014",", ","2",");"," // February.\n ","Console.WriteLine(days);\n }\n}\n\n","\n\n30\n28","Elapsed."," Next, we find the \"age\" of a certain date, and how long ago it was in time. We can do this with DateTime.Subtract, which will return a TimeSpan. ","DateTime, Elapsed ","datetime-elapsed","DateTime Subtract ","datetime-subtract","Methods."," Many DateTime methods receive double type arguments. A double is a numeric type used like an int. Doubles can store decimal places. ","Add: ","The Add method (and Subtract) requires a TimeSpan argument. We must first use the TimeSpan constructor.","AddDays: ","Receives a double integer, which adds or subtracts days. We can use AddHours, AddMinutes, AddSeconds and more.","AddTicks: ","One tick is considered one millisecond. This method might be useful when used with Environment.AddTicks.","FromBinary, ToBinary: ","Parses or creates a binary date. You may have a binary date if you have serialized a date to a file.","GetDaylightSavingTime: ","Daylight saving time is what we get for letting our politicians pretend to be scientists.","IsLeapYear: ","Leap years have 29 days in February. Leap year is here to make programmers' lives hard and has little other impact.","ToLocalTime: ","Normally your dates will be in the local time. You can convert an external DateTime to the local time zone with this.","FromOADate."," Dates are stored in many formats. MS Excel stores dates in a special numeric format. We use FromOADate to read in these dates. And we can output this format with ToOADate. ","FromOADate ","fromoadate","FromOADate and ToOADate are useful for converting Excel dates to C# dates. May also be useful for Visual FoxPro or Microsoft Access.","Excel ","excel","Parse."," It is possible to parse DateTime instances. This converts a string value into a DateTime. The \"Try\" methods avoid expensive exceptions on invalid strings. ","DateTime.Parse ","datetime-parse","DateTime.TryParse ","datetime-tryparse","ToString."," A DateTime can be converted into a string. This helps when displaying, writing or post-processing. With ToString we easily format a DateTime struct as text. ","These methods include ToString, ToLongDateString, ToLongTimeString, ToShortDateString and ToShortTimeString.","Note 2: ","We must experiment to find the most appropriate method. This is usually the most compatible one.","Months, days."," These examples deal with using months and days. We access the Month property. We get all of the days of the week. And we store arrays of all months and days. ","Month ","datetime-month","DayOfWeek ","dayofweek","Month, Day Arrays ","month-day-arrays","Properties."," Let us look at properties on the DateTime type. These properties, also listed at MSDN, are useful abstractions. They return specific aspects of your DateTime. ","Date: ","This returns only the date component of the DateTime. It has the \"time value set to 12 midnight (00:00:00).\"","Day, Month, Year: ","These return a component of the time. Note that this is not the interval since any other date.","Now, UtcNow: ","These return the current DateTime, with all of the fields correctly filled. DateTime.Now is a useful property.","DateTime.Now ","datetime-now","Today: ","Gets the current date in the form of a DateTime instance. The Today property contains no time information.","DateTime.Today ","datetime-today","MinValue, null."," A DateTime cannot be assigned to null. It is a struct, and like an int cannot be null. We can use a special value like DateTime.MinValue to initialize an empty DateTime. ","MinValue ","datetime-minvalue","C# that causes null DateTime error","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n DateTime current = ","null",";\n }\n}\n\n","Results","\n\n","error CS0037",": Cannot convert null to 'DateTime'\nbecause it is a non-nullable value type\n\n","C# program that uses DateTime.MinValue","\n\nclass Program\n{\n static void Main()\n {","\n // This program can be compiled.\n // ... Use MinValue instead of null.\n ","DateTime current = ","DateTime.MinValue",";\n }\n}","Nullable."," We can never have a null DateTime instance. DateTime is a value type. But we can use a nullable DateTime. We use a question mark \"DateTime?\" for this type. ","Nullable DateTime: DateTime? ","nullable-datetime","TimeZone."," We all live in different locations. With TimeZone we can easily access information about time zones. Sadly TimeZone is not used in most programs. ","TimeZone ","timezone","Format."," We format DateTime instances when we want to store the DateTime in a text representation. Humans read text, not bytes in structs. ","DateTime: Formats ","datetime-format","DateTime: File Names ","filename-datetime","DateTime: RSS ","pubdate","DateTime: SQL ","datetime-sql","Pretty printing."," We show how to format DateTime values in more complex ways. We format DateTimes in a \"pretty\" way\u2014for example, like \"90 seconds ago.\" ","Pretty Date ","pretty-date","24 hours clock."," It is possible to format times on a 24-hour clock format. This is sometimes called military time. Some format codes can be used for this. ","24-Hour Time Formats ","24-hour-time","Timer."," With this class, we create a recurrent event, based on an interval. Timer helps monitor long-running processes such as websites. ","Timer ","timer","Stopwatch."," If we need to benchmark a program, we use the Stopwatch. For some types of programs, we can use Stopwatch to measure startup time. ","Stopwatch ","stopwatch","Stopwatch: Benchmarking ","benchmark","Closest date."," How can we compute the distance of DateTimes? With some logic we can find the closest date to any specific date. This could be useful someday. ","Closest Date ","closest-date","Sort."," An array or List of DateTime structs can be sorted. This will go from low to high (early to later) in an ascending sort by default. ","Sort DateTimes ","sort-datetime","Performance."," Here is a way to optimize DateTime. When a method calls DateTime.Now, we can sometimes cache this value. This prevents excessive time queries. ","DateTime Performance ","datetime-performance","A summary."," Time is a complex subject. But with DateTime and TimeSpan we represent it with relative ease in our programs. These types are value types (like ints) not reference types."]

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)ASUVORK5CYII=%iVBORw0KG;)NSUhEUg?AL4?AB2CAM?ABBEdl2)MFBMVEX::/9/f46Ojz8vLr6ur9/f35+Pjo5eUEBARpaWnFxcXToqLry8vjs7PKcnLV@AjnvbX?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@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@VRJh33Fw/j6+tJnmYwquH2j/p+wWT5KP6Va2hzHSevaH/PfYs1gSY4cBKIlaWwdgMf:+3GTIdxd1kUJffObl7xgaCL50w0xn3pcUBvr1Lk2Q/9iG0IN5vMMFedtIIrjt8V82jQTjLsa5+DSL/cWfjp4Ms91UnrKaZAuymYHxM/FwT9fTD5Ge4s1i5uEBuKpFWp4+2eFPmYhp0Lzoyk9RlV4vw3nszZd0mR2+3bzynouQCRtCKqhEuKS8Y3SbF2T4Yew9E/NzeS1lNUeXnzPb5NMc5SzjwGLH6UhzNaRpWPSD+7Ssh3ktPbPUE7Fptr6MPDZ1Hl+CsNFprHWbfB02G5Kc6MpFVElTd3Etpx0twBzzEW4IG44xVR5c2d7PAGeAwbU1;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@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)ASUVORK5CYII=%iVBORw0KG;)NSUhEUg?AKo?ADJCAM?ACEyFlE)YFBMVEX:/8CAwNX2O4GUUchKiv58/Xv6O6/iLRFbHaoZaa3P2fBy82wt65kLk91na3/u7vg3eMDSoDgzODRrc+JfIn/2Ng+TVmy/vE7kaYDf5f/nJxyu83L+fiO3+48usnn/PzCl9xt?ALlklEQVR4XtSayXLjMAxEc+GmffWazPz/X07MxF0yjQiMAE2V++hLXrFegw7Mt51jzNurxNiXIXXuRUitC2F8CdIu3DK8AOkYvmLVKronqRtcCE7pT8x2P02Ds1ECJV3by7wH6RDuiKMa63y5tGYPTQE4alXLthd1WBNJgedurAq+mvZyy7yDptA29kvFgJj2oV5NI9Y0/UTDgEiaWHDqrxqaLhVwCgZEzsSCq+9P3bZL/0bapUIAXzqukPYOW576vq/kmkII9Ewua2KBbfrPnKxUUwgReY0mKmCrPqb6vaYDPbcisZqsS2W7SIqDzdbUdZQQqJairLA;saUmaRdZDGpEPgsso56qIC1HqwnK9MULkAPHVmRT1Sk3KapS9g6ebUshVrUC9bG5mhqubk1inU1FGqo60PuwXZQckUIVEtLVsTV9QNsY5irlP0M1dJHjekRX/5SU5dUCNXqtHtVf2f1YKEkM7cQ6a1lV1BhAX2wQ46mitUyLTkCCNjGZGoKIbR1pVBDvQhlLCYnIcSajkHEOjOo1MHSmg6JpkSsqFozPQIIWBgLJVlNab9VL4E6zcJYW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69a+8Yfs90U4YATpooQupjqa/Fil47uVpu0ZEplJmrBBPNUvIcylt/AUw10AOwV0CLAwJmuMUgVpUdIlIXlEkV6mTLLbAYqBbx4uoxJWGJhwBDqxl54RHQQ2sKEKChCwkKEKQQQQQoEEEEAEEEEAEEEEAcc2hD/lo6TTTcueBPMyk65IWhQ0UTCTemZz8ZUdoJJiB1DXCTNIXoIV59Is9s6DlrOTP2ZStlak9emsNyxQ?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.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?h0JCwpBBBBCgQQQQAQQQQAR5Wxl8GSdT/ABfPJwjiCXJJTB8u7ImdI4mICihj?+YVj1THkHHPwkcZyLGuIJQzZyMzVhMHDVLMbqXCRNQxQEw;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?RLXvQwD741NtsX2dt/xTl/8AxH/5hjbsO4flGG2R2cglrWXNTqCqZJsmBCmOI?mEA60LSvkEAaRONuezuTzR5LZhiDLes1jt10tycGsUIa0wVBOmg6aDFlgbarhHHM3WlmGZkd27RQFwcpm6ifABilEamKHUxfri4WwPhNZ6s8WwxIlHaxxUVXPL0hOocRqJjGEtaiOtR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?oWiXE4HHXeB1DkQiwMJV0MuKhyEJHszALkSDiEBBJIzIwk77gCB46Xf0RCisnY4IYgQOJQkilHp7GxEx10gcLz0OzRkVTvCEEoLvRhlS2egnIUdI0LQEAQOQLwODTGOMKQwID08ERApCTvuAoHDAaFDvYPVjjCksDMAKTyGBICpZ2HHaBCkIPOD@PihJD4HbMSAgchXsdiAvJYQnJhx60hCA4J8TskBA5C/A4bpBV0hCGyYQgd3BCrQ0JeH3?769CvR+A1CUk6LgVREksDmRxrMLxmAOhJORAy3AQEnaMDuG2x3CYvI5VOAgJ7EeyhU9jFHaEIWhua85APn/0pA+JXxUpsR8sO.EjseFnZ1bOB5GhPgdYcjc0tLSnITA8ejRE70kcacDSLoiUiSqMA9/5wtOR5aQgIM5IJ/?YmAfL4FCCRiSU4zhIQdIYnTQYjHEYIg44BEOLaUBBA4BKTogdARzuUgZGQHId88/wUhcKi25u?REmEQ0o8A6EjnMNByMgOQr75aWUGEgVpL/WDwkCeVjKEkGDGwHXHsu9tLi8vC8BBwd6BgNgdhIzsIASOlRlIoiEHIb/JDEG2Uwpzhewt7yABKeywxE0uIFYHISM7CIEDEEgi6VixSeDQkm1C0tMwjoWFhT6EpSEOByFhBzMOQNDW37ttmJbSEjiqfQgl3G8ORDuQgbAUxOEgJOxgymEgS8/hsEE+282oEpCOjAOhQ5TckYVEcoEWki3fz5nyhAQcTDoIWbFCPts9Ph6AbBOSHggdgPxv1eNkIzkYHIRsQZGUKEf5GBCVgBgJfuBAFGTvcMF0Owe7lUMv+5KBMOGY3XVBEgNBewc8Red3c5Ru5UBwzNggcDRSECNJDuRYOwylcH4nR/dWDgSHFfJkttxopCBoaCLHx3BYd3snkbhFFuQ9krg:IUdDA5AtIPBAcjuEGQdEOkgZO9gucCcEjjUPTIex08zA5AVOlYlpDEMWV9PQeT7kgTFLoFDQcbjWCEE0YGbeiTI8Ws4ZC4JHYSMwUGITDvwZbiBVL2QKhz9fJICUISMwZGGGIcciQNCR+b15sHBso9CB1KQcThsEDguLxWkPABBfQiiAwUlcBAyDgchJuFAwsGJELKuIEg6rg90tKQldCANgWPSAYj2Izr4wu+wQp6cJSF0JCF0hCTGQQgck5MOxz4kxsEXYQchdPBkNTAQ90TONxEpLsmychACB3I5IKEDkqDDCpk7I4QrIiLEfLCqXMORs.lxlHYSULgEDkdkNABidfxfMUKmXvmgCA4DEReJPHGD5smj+RQD4SQh61JmdMBCR2Q+Bz/XutDfvxOQOiwrQjSAyGkWdt4ex2UHD7EG/wEpN4iJOVgeT;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@UlIeksqH/70/b9ubj5qCCV0pCX/AGI0ybTPgeggBClIWpIeSWQk2vHhw2+: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?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)AElFTkSuQmCC%iVBORw0KG;)NSUhEUg?AP).CAM)Bfxb6)YFBMVEX::0nML5yt74wNj73ev74Oz97/X2q8v3uNP1ocX5zd/5xtz1pcj3tdH72ef2sM761OT++vv4vdf85e/5xNv+9/r8/Pzz8/P5+fno6OjW1tbIyMj86PD98fb96/P+9fmwbslD?AEqklEQVR4XuzawY7bMBADUH4FOSNnt:/l/UKSLso2mBOBULxHYK5yjRMRTY8lPbPbQ/br4G/hyp4UAHg9mpgERYoYoIFDyWMmAQ8XwjxBiKmXUPCg+qsRzTFwwI+rJOoOitgCkYLjijMEB4qnWS14HRSKdto7w4mjETyld7mwqSTsulIwNl0sGAgIoez6aQE7EA6rINl/Qo8+P2zpJcf8JjQFwB6Di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