NodaTime.Serialization.JsonNet
Converter which does nothing but delegate to another one for all operations.
Nothing in this class is specific to Noda Time. Its purpose is to make it easy
to reuse other converter instances with ,
which can only identify a converter by type.
If you had some properties which needed one converter,
but others that needed another, you might want to have different types implementing
those converters. Each type would just derive from this, passing the right converter
into the base constructor.
public sealed class ShortDateConverter : DelegatingConverterBase
{
public ShortDateConverter() : base(NodaConverters.LocalDateConverter) {}
}
Constructs a converter delegating to .
The converter to delegate to. Must not be null.
Static class containing extension methods to configure Json.NET for Noda Time types.
Configures Json.NET with everything required to properly serialize and deserialize NodaTime data types.
The existing settings to add Noda Time converters to.
The time zone provider to use when parsing time zones and zoned date/times.
The original value, for further chaining.
Configures Json.NET with everything required to properly serialize and deserialize NodaTime data types.
The existing serializer to add Noda Time converters to.
The time zone provider to use when parsing time zones and zoned date/times.
The original value, for further chaining.
Configures the given serializer settings to use .
Any other converters which can convert are removed from the serializer.
The existing serializer settings to add Noda Time converters to.
The original value, for further chaining.
Configures the given serializer to use .
Any other converters which can convert are removed from the serializer.
The existing serializer to add Noda Time converters to.
The original value, for further chaining.
Configures the given serializer settings to use .
Any other converters which can convert are removed from the serializer.
The existing serializer settings to add Noda Time converters to.
The original value, for further chaining.
Configures the given serializer to use .
Any other converters which can convert are removed from the serializer.
The existing serializer to add Noda Time converters to.
The original value, for further chaining.
Resolves property name according .
If serializer is not then original returns.
The serializer to use name resolve.
Property name.
Resolved or original property name.
Base class for all the Json.NET converters which handle value types (which is most of them).
This handles all the boilerplate code dealing with nullity.
The type to convert to/from JSON.
Default constructor.
Returns whether or not this converter supports the given type.
The type to check for compatibility.
True if the given type is supported by this converter (including the nullable form for
value types); false otherwise.
Converts the JSON stored in a reader into the relevant Noda Time type.
The Json.NET reader to read data from.
The type to convert the JSON to.
An existing value; ignored by this converter.
A serializer to use for any embedded deserialization.
The JSON was invalid for this converter.
The deserialized value.
Implemented by concrete subclasses, this performs the final conversion from a non-null JSON value to
a value of type T.
The JSON reader to pull data from
The serializer to use for nested serialization
The deserialized value of type T.
Writes the given value to a Json.NET writer.
The writer to write the JSON to.
The value to write.
The serializer to use for any embedded serialization.
Implemented by concrete subclasses, this performs the final write operation for a non-null value of type T
to JSON.
The writer to write JSON data to
The value to serializer
The serializer to use for nested serialization
Convenience class to expose preconfigured converters for Noda Time types, and factory methods
for creating those which require parameters.
Converter for instants, using the ISO-8601 date/time pattern, extended as required to accommodate nanoseconds, and
specifying 'Z' at the end to show it's effectively in UTC.
Converter for local dates, using the ISO-8601 date pattern.
Converter for local dates and times, using the ISO-8601 date/time pattern, extended as required to accommodate nanoseconds.
No time zone designator is applied.
Converter for local times, using the ISO-8601 time pattern, extended as required to accommodate nanoseconds.
Converter for annual dates, using an ISO-8601 compatible pattern for the month and day parts.
Converter for intervals. This must be used in a serializer which also has an instant converter.
Converter for intervals using extended ISO-8601 format, as output by .
Converter for date intervals. This must be used in a serializer which also has a local date converter.
Converter for date intervals using ISO-8601 format, as defined by .
Converter for offsets.
Converter for offset date/times.
Converter for offset dates.
Converter for offset times.
Creates a converter for zoned date/times, using the given time zone provider.
The time zone provider to use when parsing.
A converter to handle .
Creates a converter for time zones, using the given provider.
The time zone provider to use when parsing.
A converter to handle .
Converter for durations.
Round-tripping converter for periods. Use this when you really want to preserve information,
and don't need interoperability with systems expecting ISO.
Normalizing ISO converter for periods. Use this when you want compatibility with systems expecting
ISO durations (~= Noda Time periods). However, note that Noda Time can have negative periods. Note that
this converter loses information - after serialization and deserialization, "90 minutes" will become "an hour and 30 minutes".
Json.NET converter for using a compound representation. The start and
end aspects of the date interval are represented with separate properties, each parsed and formatted
by the converter for the serializer provided.
Reads Start and End properties for the start and end of a date interval, converting them to local dates
using the given serializer.
The JSON reader to fetch data from.
The serializer for embedded serialization.
The identified in the JSON.
Serializes the date interval as start/end local dates.
The writer to write JSON to
The date interval to serialize
The serializer for embedded serialization.
Json.NET converter for .
Provides the that corresponds to each time zone ID in the JSON string.
Reads the time zone ID (which must be a string) from the reader, and converts it to a time zone.
The JSON reader to fetch data from.
The serializer for embedded serialization.
The provider does not support a time zone with the given ID.
The identified in the JSON, or null.
Writes the time zone ID to the writer.
The writer to write JSON data to
The value to serializer
The serializer to use for nested serialization
Json.NET converter for using a compound representation. The start and
end aspects of the interval are represented with separate properties, each parsed and formatted
by the converter for the serializer provided.
Reads Start and End properties for the start and end of an interval, converting them to instants
using the given serializer.
The JSON reader to fetch data from.
The serializer for embedded serialization.
The identified in the JSON.
Serializes the interval as start/end instants.
The writer to write JSON to
The interval to serialize
The serializer for embedded serialization.
Json.NET converter for .
Serializes the date interval as start/end dates.
The writer to write JSON to
The date interval to serialize
The serializer for embedded serialization.
Json.NET converter for .
Serializes the interval as start/end instants.
The writer to write JSON to
The interval to serialize
The serializer for embedded serialization.
A JSON converter for types which can be represented by a single string value, parsed or formatted
from an .
The type to convert to/from JSON.
Creates a new instance with a pattern and no validator.
The pattern to use for parsing and formatting.
is null.
Creates a new instance with a pattern and an optional validator. The validator will be called before each
value is written, and may throw an exception to indicate that the value cannot be serialized.
The pattern to use for parsing and formatting.
The validator to call before writing values. May be null, indicating that no validation is required.
is null.
Implemented by concrete subclasses, this performs the final conversion from a non-null JSON value to
a value of type T.
The JSON reader to pull data from
The serializer to use for nested serialization
The deserialized value of type T.
Writes the formatted value to the writer.
The writer to write JSON data to
The value to serializer
The serializer to use for nested serialization
Helper static methods for argument/state validation. (Just the subset used within this library.)