C.Date

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C.Date

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You can assign the DateTime object a date and time value returned by a property or method. The following example assigns the current date and time, the current Coordinated Universal Time UTC date and time, and the current date to three new DateTime variables.

Instantiation 3 ] [! Instantiation 3 ]. The following examples use the Parse and ParseExact methods to parse a string and convert it to a DateTime value.

The second format uses a form supported by the ISO standard for a representing date and time in string format.

This standard representation is often used to transfer date information in web services. Instantiation 4 ] [! Instantiation 4 ].

The TryParse and TryParseExact methods indicate whether a string is a valid representation of a DateTime value and, if it is, performs the conversion.

The following Visual Basic statement initializes a new DateTime value. Instantiation 2 ] [!

Instantiation 2 ]. Internally, all DateTime values are represented as the number of ticks the number of nanosecond intervals that have elapsed since midnight, January 1, The actual DateTime value is independent of the way in which that value appears when displayed.

The appearance of a DateTime value is the result of a formatting operation that converts a value to its string representation.

The appearance of date and time values is dependent on culture, international standards, application requirements, and personal preference.

The DateTime structure offers flexibility in formatting date and time values through overloads of ToString.

The default DateTime. ToString method returns the string representation of a date and time value using the current culture's short date and long time pattern.

The following example uses the default DateTime. ToString method. It displays the date and time using the short date and long time pattern for the current culture.

The en-US culture is the current culture on the computer on which the example was run. Formatting 1 ] [!

Formatting 1 ]. You may need to format dates in a specific culture to support web scenarios where the server may be in a different culture from the client.

You specify the culture using the DateTime. ToString IFormatProvider method to create the short date and long time representation in a specific culture.

The following example uses the DateTime. ToString IFormatProvider method to display the date and time using the short date and long time pattern for the fr-FR culture.

Other applications may require different string representations of a date. The DateTime. ToString String method returns the string representation defined by a standard or custom format specifier using the formatting conventions of the current culture.

ToString String method to display the full date and time pattern for the en-US culture, the current culture on the computer on which the example was run.

Formatting 3 ] [! Formatting 3 ]. Finally, you can specify both the culture and the format using the DateTime.

La surcharge DateTime. ToString String overload can also be used with a custom format string to specify other formats. The following example shows how to format a string using the ISO standard format often used for web services.

The Iso format does not have a corresponding standard format string. Parsing converts the string representation of a date and time to a DateTime value.

A date and time takes a variety of forms and reflects the conventions of either the current culture or a specific culture.

A date and time is represented in a predefined format. For example, an application serializes a date as "" independently of the culture on which the app is running.

An application may require dates be input in the current culture's short date format. You use the Parse or TryParse method to convert a string from one of the common date and time formats used by a culture to a DateTime value.

The following example shows how you can use TryParse to convert date strings in different culture-specific formats to a DateTime value.

It changes the current culture to English Great Britain and calls the GetDateTimeFormats method to generate an array of date and time strings.

It then passes each element in the array to the TryParse method. The output from the example shows the parsing method was able to successfully convert each of the culture-specific date and time strings.

You use the ParseExact and TryParseExact methods to convert a string that must match a particular format or formats to a DateTime value.

You specify one or more date and time format strings as a parameter to the parsing method. Parsing 2 ] [! Parsing 2 ].

One common use for ParseExact is to convert a string representation from a web service, usually in ISO standard format.

If a string cannot be parsed, the Parse and ParseExact methods throw an exception. The TryParse and TryParseExact methods return a Boolean value that indicates whether the conversion succeeded or failed.

The parsing operation for date and time strings tends to have a high failure rate, and exception handling is expensive.

Use these methods if strings are input by users or coming from an unknown source. For more information about parsing date and time values, see Parsing Date and Time Strings.

Daylight saving time is not applicable to UTC. Local time is relative to a particular time zone. A time zone is associated with a time zone offset.

A time zone offset is the displacement of the time zone measured in hours from the UTC origin point. In addition, local time is optionally affected by daylight saving time, which adds or subtracts a time interval adjustment.

Local time is calculated by adding the time zone offset to UTC and adjusting for daylight saving time if necessary. The time zone offset at the UTC origin point is zero.

UTC time is suitable for calculations, comparisons, and storing dates and time in files. Local time is appropriate for display in user interfaces of desktop applications.

Time zone-aware applications such as many Web applications also need to work with a number of other time zones. Unspecified , it is unspecified whether the time represented is local time, UTC time, or a time in some other time zone.

As an alternative to performing date and time arithmetic on DateTime values to measure elapsed time, you can use the Stopwatch class.

The Ticks property expresses date and time values in units of one ten-millionth of a second. The Millisecond property returns the thousandths of a second in a date and time value.

Using repeated calls to the DateTime. Now property to measure elapsed time is dependent on the system clock. The system clock on Windows 7 and Windows 8 systems has a resolution of approximately 15 milliseconds.

This resolution affects small time intervals less than milliseconds. The following example illustrates the dependence of current date and time values on the resolution of the system clock.

In the example, an outer loop repeats 20 times, and an inner loop serves to delay the outer loop. If the value of the outer loop counter is 10, a call to the Thread.

Sleep method introduces a five-millisecond delay. The following example shows the number of milliseconds returned by the DateTime.

Milliseconds property changes only after the call to Thread. A calculation using a DateTime structure, such as Add or Subtract , does not modify the value of the structure.

Instead, the calculation returns a new DateTime structure whose value is the result of the calculation. Conversion operations between time zones such as between UTC and local time, or between one time zone and another take daylight saving time into account, but arithmetic and comparison operations do not.

The DateTime structure itself offers limited support for converting from one time zone to another. However, a full set of time zone conversion methods is available in the TimeZoneInfo class.

You convert the time in any one of the world's time zones to the time in any other time zone using these methods. Calculations and comparisons of DateTime objects are meaningful only if the objects represent times in the same time zone.

You can use a TimeZoneInfo object to represent a DateTime value's time zone, although the two are loosely coupled. A DateTime object does not have a property that returns an object that represents that date and time value's time zone.

In a time zone-aware application, you must rely on some external mechanism to determine the time zone in which a DateTime object was created.

You could use a structure that wraps both the DateTime value and the TimeZoneInfo object that represents the DateTime value's time zone.

Each DateTime member implicitly uses the Gregorian calendar to perform its operation. Exceptions are methods that implicitly specify a calendar.

These include constructors that specify a calendar, and methods with a parameter derived from IFormatProvider , such as System.

Operations by members of the DateTime type take into account details such as leap years and the number of days in a month.

Calendar en lecture seule. Each culture uses a default calendar defined by its read-only CultureInfo. Calendar property.

OptionalCalendars en lecture seule. Each culture may support one or more calendars defined by its read-only CultureInfo.

OptionalCalendars property. It must be one of the calendars found in the CultureInfo. OptionalCalendars array.

A culture's current calendar is used in all formatting operations for that culture. For example, the default calendar of the Thai Buddhist culture is the Thai Buddhist Era calendar, which is represented by the ThaiBuddhistCalendar class.

When a CultureInfo object that represents the Thai Buddhist culture is used in a date and time formatting operation, the Thai Buddhist Era calendar is used by default.

Calendar property is changed, as the following example shows:. Calendar 1 ] [! Calendar 1 ]. A culture's current calendar is also used in all parsing operations for that culture, as the following example shows.

Calendar 2 ] [! Calendar 2 ]. You instantiate a DateTime value using the date and time elements number of the year, month, and day of a specific calendar by calling a DateTime constructor that includes a calendar parameter and passing it a Calendar object that represents that calendar.

The following example uses the date and time elements from the ThaiBuddhistCalendar calendar.

Calendar 3 ] [! Calendar 3 ]. DateTime constructors that do not include a calendar parameter assume that the date and time elements are expressed as units in the Gregorian calendar.

All other DateTime properties and methods use the Gregorian calendar. For example, the DateTime. Year property returns the year in the Gregorian calendar, and the DateTime.

IsLeapYear Int32 method assumes that the year parameter is a year in the Gregorian calendar. Each DateTime member that uses the Gregorian calendar has a corresponding member of the Calendar class that uses a specific calendar.

For example, the Calendar. GetYear method returns the year in a specific calendar, and the Calendar. IsLeapYear method interprets the year parameter as a year number in a specific calendar.

The following example uses both the DateTime and the corresponding members of the ThaiBuddhistCalendar class. Calendar 4 ] [! Calendar 4 ].

It does not include a member that allows you to retrieve the week number of the year. GetWeekOfYear du calendrier individuel.

To retrieve the week of the year, call the individual calendar's Calendar. GetWeekOfYear method. L'exemple suivant en est l'illustration.

The following example provides an illustration. Calendar 5 ] [! Calendar 5 ]. For more information on dates and calendars, see Working with Calendars.

You must ensure that the routine that restores the DateTime values doesn't lose data or throw an exception regardless of which technique you choose.

DateTime values should round-trip. That is, the original value and the restored value should be the same. And if the original DateTime value represents a single instant of time, it should identify the same moment of time when it's restored.

Make the same assumptions about culture-specific formatting when you restore the string as when you persisted it. To ensure that a string can be restored on a system whose current culture is different from the culture of the system it was saved on, call the ToString overload to save the string by using the conventions of the invariant culture.

If the date represents a single moment of time, ensure that it represents the same moment in time when it's restored, even on a different time zone.

You can also serialize the value along with time zone information. For more information about this approach, see Serializing DateTime and time zone data.

The most common error made when persisting DateTime values as strings is to rely on the formatting conventions of the default or current culture.

Problems arise if the current culture is different when saving and restoring the strings. The following example illustrates these problems.

It saves five dates using the formatting conventions of the current culture, which in this case is English United States.

It restores the dates using the formatting conventions of a different culture, which in this case is English Great Britain.

Because the formatting conventions of the two cultures are different, two of the dates can't be restored, and the remaining three dates are interpreted incorrectly.

Also, if the original date and time values represent single moments in time, the restored times are incorrect because time zone information is lost.

Persistence 1 ] [! Persistence 1 ]. The following example uses the invariant culture and the "O" standard format string to ensure that DateTime values saved and restored represent the same moment in time regardless of the system, culture, or time zone of the source and target systems.

Persistence 2 ] [! Persistence 2 ]. You can persist a date and time as an Int64 value that represents a number of ticks. In this case, you don't have to consider the culture of the systems the DateTime values are persisted and restored on.

The following example persists an array of DateTime values as integers on a system in the U. Pacific Time zone. It restores it on a system in the UTC zone.

The file that contains the integers includes an Int32 value that indicates the total number of Int64 values that immediately follow it.

Persistence 3 ] [! Persistence 3 ]. You can persist DateTime values through serialization to a stream or file, and then restore them through deserialization.

DateTime data is serialized in some specified object format. The objects are restored when they are deserialized. A formatter or serializer, such as XmlSerializer or BinaryFormatter , handles the process of serialization and deserialization.

For more information about serialization and the types of serialization supported by the. NET Framework, see Serialization.

The following example uses the XmlSerializer class to serialize and deserialize DateTime values. The values represent all leap year days in the twenty-first century.

The output represents the result if the example is run on a system whose current culture is English Great Britain.

Because you've deserialized the DateTime object itself, the code doesn't have to handle cultural differences in date and time formats.

Persistence 4 ] [! Persistence 4 ]. The previous example doesn't include time information. If a DateTime value represents a moment in time and is expressed as a local time, convert it from local time to UTC before serializing it by calling the ToUniversalTime method.

The following example uses the BinaryFormatter class to serialize DateTime data on a system in the U. Pacific Standard Time zone and to deserialize it on a system in the U.

Central Standard zone. Persistence 5 ] [! Persistence 5 ]. The previous examples all assumed that DateTime values are expressed as local times.

The code converted the values between UTC and local time so they reflect the same moment in time on the source and target systems.

DateTime values may also reflect moments in time in a time zone other than local and UTC. Because the DateTime structure is not time zone-aware, you have to serialize both the DateTime value and the TimeZoneInfo object that represents its time zone.

Create a type whose fields include both the DateTime value and its time zone. The following example defines a DateWithTimeZone structure.

Persistence 6 ] [! Persistence 6 ]. By using the DateWithTimeZone structure, you can then persist date and time along with time zone information.

The following example then calls the BinaryFormatter. Deserialize method to deserialize it.

You can subtract one instance of DateTime from another to obtain a TimeSpan object that represents the time interval between them.

Or you could add a positive TimeSpan to the current DateTime to obtain a DateTime value that represents a future date.

You can add or subtract a time interval from a DateTime object. Time intervals can be negative or positive, and they can be expressed in units such as ticks, seconds, or as a TimeSpan object.

Equality comparisons for DateTime values are exact. That means two values must be expressed as the same number of ticks to be considered equal.

That precision is often unnecessary or even incorrect for many applications. Often, you want to test if DateTime objects are roughly equal.

The following example demonstrates how to compare roughly equivalent DateTime values. It accepts a small margin of difference when declaring them equal.

Comparisons 1 ] [! Comparisons 1 ]. A DateTime value that is transferred to a COM application, then is transferred back to a managed application, is said to round-trip.

However, a DateTime value that specifies only a time does not round-trip as you might expect. If you round-trip only a time, such as 3 P.

When only a time is passed from the. When only a time is passed from COM to the. NET Framework, no special processing is performed because that would corrupt legitimate dates and times on or before December 30, Un peu peur qui me retire de l argent de mon compte.

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C.Date Video

Calendar property is changed, as the following example shows:. Persistence 6 ]. CompareTo DateTime. ToString C.Date method to display the date and time using the short date and long time Brexit Wettquote for the fr-FR culture. Instantiation 1 ] [! Bon courage, c'est une perte de temps et d'argent. For example, to add the number of seconds represented by a specified number of ticks to the Second component of a DateTime value, you can use the expression dateValue. Musk Vermögen Elon 20 juli - It restores it on a system in the UTC zone. By using the DateWithTimeZone structure, you can then persist date and time along with time zone information. C.Date Retourne l'objet Go here actuel. ToString String overload can also be used with a custom format string to specify other formats. Check this out a new DateTime that adds the specified Brexit Wettquote of months to the value of this instance. For more information about Die Neuesten Laptops approach, see Serializing DateTime and time zone data. NET inline code runner and playground.

C.Date Video

A date and time is represented in a predefined format. For example, an application serializes a date as "" independently of the culture on which the app is running.

An application may require dates be input in the current culture's short date format. You use the Parse or TryParse method to convert a string from one of the common date and time formats used by a culture to a DateTime value.

The following example shows how you can use TryParse to convert date strings in different culture-specific formats to a DateTime value.

It changes the current culture to English Great Britain and calls the GetDateTimeFormats method to generate an array of date and time strings.

It then passes each element in the array to the TryParse method. The output from the example shows the parsing method was able to successfully convert each of the culture-specific date and time strings.

You use the ParseExact and TryParseExact methods to convert a string that must match a particular format or formats to a DateTime value.

You specify one or more date and time format strings as a parameter to the parsing method. Parsing 2 ] [! Parsing 2 ]. One common use for ParseExact is to convert a string representation from a web service, usually in ISO standard format.

If a string cannot be parsed, the Parse and ParseExact methods throw an exception. The TryParse and TryParseExact methods return a Boolean value that indicates whether the conversion succeeded or failed.

The parsing operation for date and time strings tends to have a high failure rate, and exception handling is expensive.

Use these methods if strings are input by users or coming from an unknown source. For more information about parsing date and time values, see Parsing Date and Time Strings.

Daylight saving time is not applicable to UTC. Local time is relative to a particular time zone. A time zone is associated with a time zone offset.

A time zone offset is the displacement of the time zone measured in hours from the UTC origin point. In addition, local time is optionally affected by daylight saving time, which adds or subtracts a time interval adjustment.

Local time is calculated by adding the time zone offset to UTC and adjusting for daylight saving time if necessary.

The time zone offset at the UTC origin point is zero. UTC time is suitable for calculations, comparisons, and storing dates and time in files.

Local time is appropriate for display in user interfaces of desktop applications. Time zone-aware applications such as many Web applications also need to work with a number of other time zones.

Unspecified , it is unspecified whether the time represented is local time, UTC time, or a time in some other time zone. As an alternative to performing date and time arithmetic on DateTime values to measure elapsed time, you can use the Stopwatch class.

The Ticks property expresses date and time values in units of one ten-millionth of a second. The Millisecond property returns the thousandths of a second in a date and time value.

Using repeated calls to the DateTime. Now property to measure elapsed time is dependent on the system clock.

The system clock on Windows 7 and Windows 8 systems has a resolution of approximately 15 milliseconds.

This resolution affects small time intervals less than milliseconds. The following example illustrates the dependence of current date and time values on the resolution of the system clock.

In the example, an outer loop repeats 20 times, and an inner loop serves to delay the outer loop.

If the value of the outer loop counter is 10, a call to the Thread. Sleep method introduces a five-millisecond delay.

The following example shows the number of milliseconds returned by the DateTime. Milliseconds property changes only after the call to Thread.

A calculation using a DateTime structure, such as Add or Subtract , does not modify the value of the structure.

Instead, the calculation returns a new DateTime structure whose value is the result of the calculation. Conversion operations between time zones such as between UTC and local time, or between one time zone and another take daylight saving time into account, but arithmetic and comparison operations do not.

The DateTime structure itself offers limited support for converting from one time zone to another. However, a full set of time zone conversion methods is available in the TimeZoneInfo class.

You convert the time in any one of the world's time zones to the time in any other time zone using these methods.

Calculations and comparisons of DateTime objects are meaningful only if the objects represent times in the same time zone.

You can use a TimeZoneInfo object to represent a DateTime value's time zone, although the two are loosely coupled. A DateTime object does not have a property that returns an object that represents that date and time value's time zone.

In a time zone-aware application, you must rely on some external mechanism to determine the time zone in which a DateTime object was created.

You could use a structure that wraps both the DateTime value and the TimeZoneInfo object that represents the DateTime value's time zone.

Each DateTime member implicitly uses the Gregorian calendar to perform its operation. Exceptions are methods that implicitly specify a calendar.

These include constructors that specify a calendar, and methods with a parameter derived from IFormatProvider , such as System.

Operations by members of the DateTime type take into account details such as leap years and the number of days in a month.

Calendar en lecture seule. Each culture uses a default calendar defined by its read-only CultureInfo.

Calendar property. OptionalCalendars en lecture seule. Each culture may support one or more calendars defined by its read-only CultureInfo.

OptionalCalendars property. It must be one of the calendars found in the CultureInfo. OptionalCalendars array.

A culture's current calendar is used in all formatting operations for that culture. For example, the default calendar of the Thai Buddhist culture is the Thai Buddhist Era calendar, which is represented by the ThaiBuddhistCalendar class.

When a CultureInfo object that represents the Thai Buddhist culture is used in a date and time formatting operation, the Thai Buddhist Era calendar is used by default.

Calendar property is changed, as the following example shows:. Calendar 1 ] [! Calendar 1 ]. A culture's current calendar is also used in all parsing operations for that culture, as the following example shows.

Calendar 2 ] [! Calendar 2 ]. You instantiate a DateTime value using the date and time elements number of the year, month, and day of a specific calendar by calling a DateTime constructor that includes a calendar parameter and passing it a Calendar object that represents that calendar.

The following example uses the date and time elements from the ThaiBuddhistCalendar calendar. Calendar 3 ] [! Calendar 3 ].

DateTime constructors that do not include a calendar parameter assume that the date and time elements are expressed as units in the Gregorian calendar.

All other DateTime properties and methods use the Gregorian calendar. For example, the DateTime. Year property returns the year in the Gregorian calendar, and the DateTime.

IsLeapYear Int32 method assumes that the year parameter is a year in the Gregorian calendar. Each DateTime member that uses the Gregorian calendar has a corresponding member of the Calendar class that uses a specific calendar.

For example, the Calendar. GetYear method returns the year in a specific calendar, and the Calendar. IsLeapYear method interprets the year parameter as a year number in a specific calendar.

The following example uses both the DateTime and the corresponding members of the ThaiBuddhistCalendar class. Calendar 4 ] [!

Calendar 4 ]. It does not include a member that allows you to retrieve the week number of the year. GetWeekOfYear du calendrier individuel.

To retrieve the week of the year, call the individual calendar's Calendar. GetWeekOfYear method. L'exemple suivant en est l'illustration.

The following example provides an illustration. Calendar 5 ] [! Calendar 5 ]. For more information on dates and calendars, see Working with Calendars.

You must ensure that the routine that restores the DateTime values doesn't lose data or throw an exception regardless of which technique you choose.

DateTime values should round-trip. That is, the original value and the restored value should be the same.

And if the original DateTime value represents a single instant of time, it should identify the same moment of time when it's restored.

Make the same assumptions about culture-specific formatting when you restore the string as when you persisted it.

To ensure that a string can be restored on a system whose current culture is different from the culture of the system it was saved on, call the ToString overload to save the string by using the conventions of the invariant culture.

If the date represents a single moment of time, ensure that it represents the same moment in time when it's restored, even on a different time zone.

You can also serialize the value along with time zone information. For more information about this approach, see Serializing DateTime and time zone data.

The most common error made when persisting DateTime values as strings is to rely on the formatting conventions of the default or current culture.

Problems arise if the current culture is different when saving and restoring the strings. The following example illustrates these problems.

It saves five dates using the formatting conventions of the current culture, which in this case is English United States.

It restores the dates using the formatting conventions of a different culture, which in this case is English Great Britain.

Because the formatting conventions of the two cultures are different, two of the dates can't be restored, and the remaining three dates are interpreted incorrectly.

Also, if the original date and time values represent single moments in time, the restored times are incorrect because time zone information is lost.

Persistence 1 ] [! Persistence 1 ]. The following example uses the invariant culture and the "O" standard format string to ensure that DateTime values saved and restored represent the same moment in time regardless of the system, culture, or time zone of the source and target systems.

Persistence 2 ] [! Persistence 2 ]. You can persist a date and time as an Int64 value that represents a number of ticks. In this case, you don't have to consider the culture of the systems the DateTime values are persisted and restored on.

The following example persists an array of DateTime values as integers on a system in the U. Pacific Time zone.

It restores it on a system in the UTC zone. The file that contains the integers includes an Int32 value that indicates the total number of Int64 values that immediately follow it.

Persistence 3 ] [! Persistence 3 ]. You can persist DateTime values through serialization to a stream or file, and then restore them through deserialization.

DateTime data is serialized in some specified object format. The objects are restored when they are deserialized.

A formatter or serializer, such as XmlSerializer or BinaryFormatter , handles the process of serialization and deserialization.

For more information about serialization and the types of serialization supported by the. NET Framework, see Serialization. The following example uses the XmlSerializer class to serialize and deserialize DateTime values.

The values represent all leap year days in the twenty-first century. The output represents the result if the example is run on a system whose current culture is English Great Britain.

Because you've deserialized the DateTime object itself, the code doesn't have to handle cultural differences in date and time formats.

Persistence 4 ] [! Persistence 4 ]. The previous example doesn't include time information. If a DateTime value represents a moment in time and is expressed as a local time, convert it from local time to UTC before serializing it by calling the ToUniversalTime method.

The following example uses the BinaryFormatter class to serialize DateTime data on a system in the U. Pacific Standard Time zone and to deserialize it on a system in the U.

Central Standard zone. Persistence 5 ] [! Persistence 5 ]. The previous examples all assumed that DateTime values are expressed as local times.

The code converted the values between UTC and local time so they reflect the same moment in time on the source and target systems.

DateTime values may also reflect moments in time in a time zone other than local and UTC. Because the DateTime structure is not time zone-aware, you have to serialize both the DateTime value and the TimeZoneInfo object that represents its time zone.

Create a type whose fields include both the DateTime value and its time zone. The following example defines a DateWithTimeZone structure.

Persistence 6 ] [! Persistence 6 ]. By using the DateWithTimeZone structure, you can then persist date and time along with time zone information.

The following example then calls the BinaryFormatter. Deserialize method to deserialize it. You can subtract one instance of DateTime from another to obtain a TimeSpan object that represents the time interval between them.

Or you could add a positive TimeSpan to the current DateTime to obtain a DateTime value that represents a future date. You can add or subtract a time interval from a DateTime object.

Time intervals can be negative or positive, and they can be expressed in units such as ticks, seconds, or as a TimeSpan object.

Equality comparisons for DateTime values are exact. That means two values must be expressed as the same number of ticks to be considered equal.

That precision is often unnecessary or even incorrect for many applications. Often, you want to test if DateTime objects are roughly equal.

The following example demonstrates how to compare roughly equivalent DateTime values. It accepts a small margin of difference when declaring them equal.

Comparisons 1 ] [! Comparisons 1 ]. A DateTime value that is transferred to a COM application, then is transferred back to a managed application, is said to round-trip.

However, a DateTime value that specifies only a time does not round-trip as you might expect. If you round-trip only a time, such as 3 P.

When only a time is passed from the. When only a time is passed from COM to the. NET Framework, no special processing is performed because that would corrupt legitimate dates and times on or before December 30, If a date starts its round-trip from COM, the.

Le comportement de la. The behavior of the. NET Framework and COM means that if your application round-trips a DateTime that only specifies a time, your application must remember to modify or ignore the erroneous date from the final DateTime object.

Initializes a new instance of the DateTime structure to the specified year, month, and day. Initializes a new instance of the DateTime structure to the specified year, month, and day for the specified calendar.

Initializes a new instance of the DateTime structure to the specified year, month, day, hour, minute, and second.

Initializes a new instance of the DateTime structure to the specified year, month, day, hour, minute, and second for the specified calendar.

Initializes a new instance of the DateTime structure to the specified year, month, day, hour, minute, second, and Coordinated Universal Time UTC or local time.

Initializes a new instance of the DateTime structure to the specified year, month, day, hour, minute, second, and millisecond.

Initializes a new instance of the DateTime structure to the specified year, month, day, hour, minute, second, and millisecond for the specified calendar.

Initializes a new instance of the DateTime structure to the specified year, month, day, hour, minute, second, millisecond, and Coordinated Universal Time UTC or local time for the specified calendar.

Initializes a new instance of the DateTime structure to the specified year, month, day, hour, minute, second, millisecond, and Coordinated Universal Time UTC or local time.

Initializes a new instance of the DateTime structure to a specified number of ticks. Represents the largest possible value of DateTime.

Ce champ est en lecture seule. This field is read-only. Represents the smallest possible value of DateTime.

The value of this constant is equivalent to UnixEpoch defines the point in time when Unix time is equal to 0. Gets the date component of this instance.

Gets the day of the month represented by this instance. Gets the day of the week represented by this instance. Gets the day of the year represented by this instance.

Gets the hour component of the date represented by this instance. Gets a value that indicates whether the time represented by this instance is based on local time, Coordinated Universal Time UTC , or neither.

Gets the milliseconds component of the date represented by this instance. Gets the minute component of the date represented by this instance.

Gets the month component of the date represented by this instance. Gets a DateTime object that is set to the current date and time on this computer, expressed as the local time.

Gets the seconds component of the date represented by this instance. Gets the number of ticks that represent the date and time of this instance.

Obtient l'heure de cette instance. Gets the time of day for this instance. Obtient la date actuelle.

Gets the current date. Gets the year component of the date represented by this instance. Returns a new DateTime that adds the value of the specified TimeSpan to the value of this instance.

Returns a new DateTime that adds the specified number of days to the value of this instance. Returns a new DateTime that adds the specified number of hours to the value of this instance.

Returns a new DateTime that adds the specified number of milliseconds to the value of this instance. Returns a new DateTime that adds the specified number of minutes to the value of this instance.

Returns a new DateTime that adds the specified number of months to the value of this instance. Returns a new DateTime that adds the specified number of seconds to the value of this instance.

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