ht4o.Serialization
The ignore attribute.
The transient attribute.
Represents a strongly typed collection of objects that can be accessed by index. Provides methods to manipulate
collections.
The type of elements in the collection.
The chunks.
The chunk size.
The element count.
The current chunk.
The current chunk's element count.
The synchronization object.
Initializes a new instance of the class.
Initializes a new instance of the class.
The chunk size.
If is less than two.
Gets the number of elements actually contained in the .
Gets a value indicating whether the is read-only.
True if the is read-only; otherwise, false.
Gets a value indicating whether access to the is synchronized (thread safe).
True if access to the is synchronized (thread safe); otherwise, false.
2
Gets an object that can be used to synchronize access to the .
An object that can be used to synchronize access to the .
2
Gets the number of elements contained in the .
The number of elements contained in the .
2
Gets the number of elements contained in the .
The number of elements contained in the .
Gets all the element chunks.
Gets the chunk size of the .
Gets or sets the element at the specified index.
The index.
Index is not a valid index in the collection.
The element at the specified index.
Adds an item to the .
The object to add to the .
The is read-only.
Removes all items from the .
The is read-only.
Determines whether the contains a specific value.
True if is found in the ; otherwise, false.
The object to locate in the .
Copies the elements of the to an , starting at a
particular index.
The one-dimensional that is the destination of the elements copied from
. The must have zero-based indexing.
The zero-based index in at which copying begins.
Copies the elements of the to an , starting at a
particular index.
The one-dimensional that is the destination of the elements copied from
. The must have zero-based indexing.
The zero-based index in at which copying begins.
Returns an enumerator that iterates through the collection.
A that can be used to iterate through the collection.
1
Removes the first occurrence of a specific object from the .
True if was successfully removed from the ; otherwise,
false. This method also returns false if is not found in the original
.
The object to remove from the .
Remove is not implemented yet.
Copies the elements of the to a new array.
An array containing copies of the elements of the .
Returns an enumerator that iterates through a collection.
An object that can be used to iterate through the collection.
2
The add chunk.
The copy to unchecked.
The array.
The index.
The enumerator.
The chunked collection.
The count.
The chunk index.
The current.
The current chunk.
The index.
The local chunk index.
Initializes a new instance of the struct.
The chunked collection.
Gets Current.
Gets the current item.
The current item.
Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources.
2
Advances the enumerator to the next element of the collection.
True if the enumerator was successfully advanced to the next element; false if the enumerator has passed the end of
the collection.
The reset.
The concurrent set.
The element type.
The comparer type.
The dictionary.
Initializes a new instance of the class.
Gets the number of elements contained in the set.
The number of elements contained in the set.
Gets a value indicating whether the set is read-only.
true if the set is read-only; otherwise, false.
Adds an item to the set.
The element to add.
true if the element was added to the set successfully. If the element already exists, this method returns
false.
Removes all items from the set>.
Determines whether an element is in the set.
The element.
true if item is found in the set, otherwise false.
Returns an enumerator that iterates through the collection.
A that can be used to iterate through the collection.
1
Removes the specified element from the set.
The element to remove.
true if the element is successfully found and removed, otherwise false.
The concurrent type dictionary.
The value type.
Initializes a new instance of the class.
Initializes a new instance of the class.
The other.
Initializes a new instance of the class.
The collection.
Get the value for the type specified.
The type to lookup.
The value found or default(TValue).
Removes all types specified from the dictionary.
The types to remove.
The number of types removed successfully.
If is null.
The string dictionary.
The value type.
The comparer type.
Initializes a new instance of the class.
Initializes a new instance of the class.
Initializes a new instance of the class.
Initializes a new instance of the class.
true if the value have been updated; otherwise false.
The fast dictionary. Using "interface devirtualization" technique to optimize: Pass a struct implementing
IEqualityComparer generic argument,
then in most cases, the compiler and the JIT are going to generate code that is able to eliminate all virtual
calls. And if there is a
trivial equality comparison, that means that you can eliminate all calls and inline the whole thing inside that
generic dictionary implementation.
The key type/
The value type.
The comparer type.
Originally copied and inspired from
https://github.com/redknightlois/fastdictionary/blob/master/src/FastConcurrentDictionary.cs
Initializes a new instance of the class
that is empty, has the default concurrency level, has the default initial capacity, and uses the default comparer
for the key type.
The initial number of elements that the
can contain.
Initializes a new instance of the class
that is empty, has the default concurrency level and uses the default comparer for the key type.
Initializes a new instance of the class
that is empty, has the specified concurrency level and capacity, and uses the default comparer for the key type.
The estimated number of threads that will update the
concurrently.
The initial number of elements that the
can contain.
is less than 1.-or- is less than 0.
Initializes a new instance of the class
that contains elements copied from the specified
, has the default concurrency level, has
the default initial capacity, and uses the default comparer for the key type.
The whose elements
are copied to the new .
or any of its keys is a null reference (Nothing in Visual Basic)
contains one or more duplicate keys.
The initial number of elements that the
can contain.
Initializes a new instance of the class
that is empty, has the default concurrency level and uses the default comparer for the key type.
returns null if value is not present in the table
otherwise returns the actual value or NULLVALUE if null is the actual value
The fast dictionary. Using "interface devirtualization" technique to optimize: Pass a struct implementing
IEqualityComparer generic argument,
then in most cases, the compiler and the JIT are going to generate code that is able to eliminate all virtual
calls. And if there is a
trivial equality comparison, that means that you can eliminate all calls and inline the whole thing inside that
generic dictionary implementation.
The key type/
The value type.
The comparer type.
Originally copied and inspired from
https://github.com/redknightlois/fastdictionary/blob/master/src/FastDictionary.cs
true if the value have been updated; otherwise false.
By default, if you don't specify a hashtable size at construction-time, we use this size. Must be a power of two,
and at least MinBuckets.
Minimum size we're willing to let hashtables be.
Must be a power of two, and at least 4.
Note, however, that for a given hashtable, the initial size is a function of the first constructor arg, and may be
> kMinBuckets.
The default equality comparer.
The string comparer.
Determines whether the specified strings are equal.
The first string of type to compare.
The second string of type to compare.
true if the specified strings are reference equal, otherwise false.
Returns the runtime hash code for the specified string.
The for which a hash code is to be returned.
A runtime hash code for the specified string.
The string dictionary.
The value type.
The comparer type.
Initializes a new instance of the class.
Initializes a new instance of the class.
Initializes a new instance of the class.
Initializes a new instance of the class.
The string comparer.
Determines whether the specified strings are equal.
The first string of type to compare.
The second string of type to compare.
true if the specified strings are reference equal, otherwise false.
Returns the runtime hash code for the specified string.
The for which a hash code is to be returned.
A runtime hash code for the specified string.
The identity comparer.
Determines whether the specified objects are equal.
The first object of type to compare.
The second object of type to compare.
true if the specified objects are reference equal, otherwise false.
Returns the runtime hash code for the specified object.
The for which a hash code is to be returned.
A runtime hash code for the specified object.
The identity dictionary.
The value type.
Initializes a new instance of the class.
Initializes a new instance of the class.
The type extensions.
The complex types.
The complex types.
The ITuple type.
The value types.
Converts a value to the type specified.
The destination type.
The value to convert.
The converted value.
Gets a single attribute from the type specified.
The type.
true to search this member's inheritance chain to find the attributes, otherwise False.
The attribute type.
The attribute instance or null.
Get all methods with attribute specified.
The type.
The attribute type.
The method list or null.
Get all methods with attribute specified.
The type.
The attribute type.
The method list or null.
Returns a value indicating whether the type has the attribute declared.
The type.
true to search this member's inheritance chain to find the attributes, otherwise False.
The attribute type.
true if the type has the attribute declared, otherwise false.
Returns a value indicating whether the type implements the interface specified.
The type.
The interface type.
true if the type implements the interface specified, otherwise false.
Gets a value indicating whether the type is complex.
The type.
true if the type is complex, otherwise false.
Gets a value indicating whether the type is a delegate.
The type.
true if the type is a delegate, otherwise false.
Gets a value indicating whether the type is the generic type definition specified.
The type.
The generic type definition.
true if the type is the generic type definition specified, otherwise false.
Gets a value indicating whether the type is not nullable value type.
The type.
true if the type is not nullable value type, otherwise false.
Gets a value indicating whether the type is a nullable type.
The type.
true if the type is a nullable type, otherwise false.
Gets a value indicating whether the type is transient.
The type.
true if the type is transient, otherwise false.
Gets a value indicating whether the type is a tuple.
The type.
true if the type is a tuple, otherwise false.
Gets a value indicating whether the type is a value type.
The type.
true if the type is a value, otherwise false.
Gets a value indicating whether the member info have the same metadata token.
The first member info.
The second member info.
true if the member info have the same metadata token, otherwise false.
The reflection extensions.
Gets a single attribute from the member info specified.
The member info.
The attribute type.
The attribute instance or null.
Gets a single attribute from the assembly specified.
The assembly.
The attribute type.
The attribute instance or null.
Returns a value indicating whether the assembly has the attribute declared.
The assembly.
The attribute type.
true if the assembly has the attribute declared, otherwise false.
Returns a value indicating whether the member info has the attribute declared.
The member info.
The attribute type.
true if the member info has the attribute declared, otherwise false.
Creates a serializable name for the member info specified.
The member info.
The serializable name.
Escapes the field info name.
The field info.
The escaped field info name.
The logging.
The synchronization object.
The trace source.
Gets or sets trace source.
The trace source.
If is null.
Checks if the specified trace event type is enabled.
The trace event type.
true if the specified trace event type is enabled, otherwise false.
Writes a trace message to the trace source.
The trace event type.
The trace message.
Writes a trace message to the trace source.
The trace event type.
The trace message function.
Writes a trace error message to the trace source.
The exception to trace.
Gets the trace source.
The trace source.
The delegate factory.
Create an action for the method info specified.
The method info.
The action created or null.
Returns an IL-compiled function that creates instances of using its parameter-less
constructor.
Type of the instance.
The function.
Creates a function for the method info specified.
The method info.
The function created or null.
Creates a getter function for the property info specified.
The property info.
The getter function created or null.
Creates a getter function for the field info specified.
The field info.
The getter function created or null.
Creates an indexer function for the indexer property specified.
The property info.
The indexer function created or null.
Creates an indexer action for the indexer property specified.
The property info.
The indexer action created or null.
Creates a getter action for the property info specified.
The property info.
The getter action created or null.
Creates a getter action for the field info specified.
The field info.
The getter action created or null.
Create accessors for the given expression.
The property lambda expression.
The getter function.
The setter method.
The declaring type.
The property type.
If is null.
Creates an convert or unbox expression depending on the instance type.
The instance expression.
The instance type.
The created unary expression.
The inspected enumerable.
The add function.
Initializes a new instance of the class.
The type to inspect.
Gets the add action.
The add action.
Gets the capacity action.
The capacity action.
Gets the count function.
The count function.
Gets the element type.
The element type.
Gets a value indicating whether the inspected enumerable has an add action.
true if the inspected enumerable has an add action, otherwise false.
Gets a value indicating whether the inspected enumerable has an capacity action.
true if the inspected enumerable has an capacity action, otherwise false.
Gets a value indicating whether the inspected enumerable has an count function.
true if the inspected enumerable has an count function, otherwise false.
Gets a value indicating whether the inspected enumerable has an indexer.
true if the inspected enumerable has an indexer, otherwise false.
Gets the indexer action.
The indexer action.
Gets the inspected type.
The inspected type.
Create the capacity action for the type specified.
The type.
The newly created capacity action or null.
Create the count function for the type specified.
The type.
The newly created count function or null.
Create the indexer action for the type specified.
The type.
The newly created indexer action or null.
Create the add action for the type specified.
The type.
The newly created add action or null.
Invokes the add function on the target instance specified.
The target.
The value to add.
The inspected property.
Initializes a new instance of the class.
The inspected type.
The property info.
If is null.
If is null.
If 's declaring type has not been set.
Initializes a new instance of the class.
The inspected type.
The field info.
If is null.
If is null.
If 's declaring type has not been set.
Gets the getter function.
The getter function.
Gets a value indicating whether the inspected property has a getter.
true if the inspected property has a getter, otherwise false.
Gets a value indicating whether the inspected property has a setter.
true if the inspected property has a setter, otherwise false.
Gets or sets a value indicating whether to ignore this property on serialization.
true if the serializer should ignore this property, otherwise false.
Gets the inspected type.
The inspected type.
Gets a value indicating whether the inspected property type is a not nullable value type.
true if the inspected property type is a not nullable value type, otherwise false.
Gets a value indicating whether IsTransient.
true if the property is transient, otherwise false.
Gets the member info.
The member info.
Gets the property name.
The property name.
Gets the property type.
The property type.
Gets the setter.
The setter.
The inspected serializable.
Initializes a new instance of the class.
The type to inspect.
Gets the CreateInstance function.
The CreateInstance function.
Gets the inspected type.
The inspected type.
Create the CreateInstance function for the type specified.
The type.
The newly created CreateInstance function or null.
The inspector.
The inspectors.
Indicating whether the inspected type has a default constructor.
The enumerable.
Indicating whether the inspected type has a serialization handlers.
The inspected properties dictionary.
The inspected properties positional.
The inspected property per regular expression.
The serializable.
Initializes a new instance of the class.
The type to inspect.
Gets the inspected enumerable.
The inspected enumerable.
Gets the enum type if the inspected type is an enumeration.
The enum type.
Gets a value indicating whether the inspector has properties.
true if the inspector has properties, otherwise false.
Gets a value indicating whether the inspected type has a serialization handlers.
true if the inspected type has a serialization handlers, otherwise false.
Gets the inspected type.
The inspected type.
Gets a value indicating whether the inspected type is an array.
true if the inspected type is an array, otherwise false.
Gets a value indicating whether the inspector is a collection.
true if the inspector is a collection, otherwise false.
Gets a value indicating whether the inspected type is an enum.
true if the inspected type is an enum, otherwise false.
Gets a value indicating whether the inspector is an enumerable.
true if the inspector is an enumerable, otherwise false.
Gets a value indicating whether the inspected type is a key value pair.
true if the inspected type is key value pair, otherwise false.
Gets a value indicating whether the inspector is a serializable.
true if the inspector is a serializable, otherwise false.
Gets a value indicating whether the inspected type is a tuple.
true if the inspected type is a tuple, otherwise false.
Gets the OnDeserialized handler.
The OnDeserialized handler or null.
Gets the OnDeserializing handler.
The OnDeserializing handler or null.
Gets the OnSerialized handler.
The OnSerialized handler or null.
Gets the OnSerializing handler.
The OnSerializing handler or null.
Gets the inspected properties.
The inspected properties.
Gets the inspected enumerable.
The inspected enumerable.
Gets the inspector for the type specified.
The type to inspect.
The inspector.
Creates an instance of the inspected type.
The newly created instance.
Gets the inspected property by the name specified.
The property name.
The positional hint.
The inspected property or null.
Gets the inspected property by the alternate name.
The property name.
The alternate property name.
The inspected property or null.
Gets the inspected property by the regex specified.
The regular expression to match.
The inspected property or null.
Create a handler for serialization attribute specified.
The type.
The serialization attribute.
The newly created handler or null.
Inspects enumerable for the type specified.
The type to inspect.
The inspected enumerable.
Inspects the fields for the type specified.
The type to inspect.
The inspected fields.
Inspects the properties for the type specified.
The type to inspect.
The inspected properties.
Inspects serializable for the type specified.
The type to inspect.
The inspected serializable.
The type loader.
The types.
Gets type for the type name specified.
The type name.
The resolved type.
The array flags.
Nothing have been set.
The array rank mask.
Set if the element values have not been tagged.
Set if the element values have been tagged.
The binder.
The culture.
The public key token.
The version.
The remove assembly culture.
The remove assembly version.
Gets or sets a value indicating whether the assembly culture should be removed from the qualified type name.
The strict explicit type codes.
Gets or sets a value indicating whether the assembly public key token should be removed from the qualified type
name.
The strict explicit type codes.
Gets or sets a value indicating whether the assembly version should be removed from the qualified type name.
The strict explicit type codes.
The bind to name.
The serialized type.
The assembly name.
The type name.
When overridden in a derived class, controls the binding of a serialized object to a type.
The type of the object the formatter creates a new instance of.
Specifies the name of the serialized object.
Specifies the name of the serialized object.
The collection flags.
Nothing have been set.
Set if a typed collection.
Set if a tag for the declared element type have been written.
Set for a set collection.
Set if the element values have been tagged.
The decoder.
The int16 msb.
The int32 msb.
The int64 msb.
The decoder infos.
The type codes.
The type reader.
Gets or sets the type reader.
The type reader.
Reads a boolean value from the binary reader.
The binary reader.
The boolean value.
Reads a byte value from the binary reader.
The binary reader.
The byte value.
Reads a char value from the binary reader.
The binary reader.
The char value.
Reads a collection count value from the binary reader.
The binary reader.
The collection count value.
Reads a date time value from the binary reader.
The binary reader.
The date time value.
Reads a date time offset value from the binary reader.
The binary reader.
The date time offset value.
Reads a decimal value from the binary reader.
The binary reader.
The decimal value.
Reads a double value from the binary reader.
The binary reader.
The double value.
Reads a float value from the binary reader.
The binary reader.
The float value.
Reads a guid value from the binary reader.
The binary reader.
The guid value.
Reads a int value from the binary reader.
The binary reader.
The int value.
Reads a long value from the binary reader.
The binary reader.
The long value.
Reads a signed byte value from the binary reader.
The binary reader.
The signed byte value.
Reads a short value from the binary reader.
The binary reader.
The short value.
Reads a string value from the binary reader.
The binary reader.
The string value.
Reads a string value from the binary reader.
The binary reader.
The read Tag.
The string value.
Reads a tag value from the binary reader.
The binary reader.
The tag value.
Reads a time span value from the binary reader.
The binary reader.
The time span value.
Reads a type value from the binary reader.
The binary reader.
The type value.
Reads a unsigned int value from the binary reader.
The binary reader.
The unsigned int value.
Reads a unsigned long value from the binary reader.
The binary reader.
The unsigned long value.
Reads a uri value from the binary reader.
The binary reader.
The uri value.
Reads a unsigned short value from the binary reader.
The binary reader.
The unsigned short value.
Register a custom deserializer by the type and type code specified.
The type code.
The type.
The deserialize delegate.
true if the deserialize delegate has been registered successfully, otherwise false.
If is null.
If is null.
If is not in the valid range.
Register a custom serializer/deserializer by the type and type code specified.
The type code.
The type.
The serialize delegate.
The deserialize delegate.
true if the serializer and deserialize delegate has been registered successfully, otherwise false.
Reads a type from the binary reader.
The binary reader.
The type.
Register a type by the type code specified.
The internal type code.
The type.
true if the type code has been registered successfully, otherwise false.
Attempts to get the decoder info associated with the tag.
The tag.
The decoder info.
true if the decoder info exists for the tag specified, otherwise false.
Attempts to read a value from the binary reader associated with the tag.
The binary reader.
The tag.
The object read.
true if the object has been read from the binary reader successfully, otherwise false.
Reads a int from the binary reader.
The binary reader.
The int value.
Reads a long from the binary reader.
The binary reader.
The long value.
Reads a short from the binary reader.
The binary reader.
The short value.
Reads a unsigned int from the binary reader.
The binary reader.
The unsigned int value.
Reads a unsigned long from the binary reader.
The binary reader.
The unsigned long value.
Reads a unsigned short from the binary reader.
The binary reader.
The unsigned short value.
The zag.
The zigged value.
The signed short value.
The zag.
The zigged value.
The signed int value.
The zag.
The zigged value.
The signed long value.
The decoder info.
The deserialize deleagte.
The type to deserialize.
Initializes a new instance of the class.
The type.
The deserialize.
The deserialize delegate.
The deserializer.
The deserialized object.
The encode delegate.
The binary writer.
The object to encode.
If true the encoder writes the leading type tag, otherwise false.
The serialize delegate.
The serializer.
The object to serialize.
The deserializer.
The default references capacity.
The binary reader.
The decoder infos.
The object references.
The string references.
The type references.
The type schema references.
Initializes a new instance of the class.
The binary reader.
Gets the binary reader.
The binary reader.
Gets the object references.
The object references.
Deserialize from the stream specified.
The stream.
Type of the object to deserialize.
The deserialized object.
Deserialize from the stream specified.
The destination type.
The stream.
The deserialized object.
Deserialize from the byte array specified.
The serialized object.
Type of the object to deserialize.
The deserialized object.
Deserialize from the byte array specified.
The serialized object.
The index in the data at which deserialization begins
Type of the object to deserialize.
The deserialized object.
Deserialize from the byte array specified.
The serialized object.
The index in the data at which deserialization begins
The number of bytes to deserialize.
Type of the object to deserialize.
The deserialized object.
Deserialize from the byte array specified.
The destination type.
The serialized object.
The deserialized object.
Deserialize from the byte array specified.
The destination type.
The serialized object.
The index in the data at which deserialization begins
The deserialized object.
Deserialize from the byte array specified.
The destination type.
The serialized object.
The index in the data at which deserialization begins
The number of bytes to deserialize.
The deserialized object.
Reads an object.
Type of the object to read.
The object read.
Reads an object.
The type.
The object read.
Reads an object.
The action.
Type of the object to read.
If is null.
Before deserialize object properties notification.
The destination type.
The inspector.
The target object.
Deserialize a property value.
The inspected property.
The tag.
The deserialized property value.
Reads a dictionary item.
The flags.
The key type.
The key tag.
The value type.
The value tag.
The inspector.
The dictionary.
Reads enumerable item.
The element type.
The tag.
The inspector.
The collection.
The pos.
The count.
Sets an object property.
The inspected property.
The target.
The property value.
The tag.
Attempts to get the decoder info associated with the tag.
The tag.
The decoder info.
true if the decoder info exists for the tag specified, otherwise false.
Deserializes an object from the binary reader specified.
The binary reader.
The type to deserialize.
The deserialized object.
Deserializes an object from the binary reader specified.
The destination type.
The binary reader.
The deserialized object.
The deferred read object.
The tag.
The destination type.
The value.
The action.
Type of object to read.
If in null.
Deserialize an object.
Type of object to deserialize.
The deserialized object.
Deserialize an object.
The destination type.
The deserialized object.
Deserialize an object.
The destination type.
The tag.
The deserialized object.
Reads an object.
The destination type.
The tag.
The object read.
Reads an array.
The destination type.
The tag.
The array read.
Reads an array element.
The element type.
The tag.
The array.
The indexes.
Reads an array element in the array rank specified.
The array.
The rank.
The indexes.
The element type.
The tag.
The has Array Element Tag.
Reads a collection.
The destination type.
The collection flags.
The collection read.
Reads a tagged collection.
The destination type.
The collection flags.
The tagged collection read.
Reads a typed collection.
The destination type.
The collection flags.
The typed collection read.
Reads a typed and tagged collection.
The destination type.
The collection flags.
The typed and tagged collection read.
Reads a dictionary.
The destination type.
The dictionary flags.
The dictionary read.
Reads a typed dictionary.
The destination type.
The dictionary flags.
The typed dictionary read.
Reads an enumerable.
The destination type.
The enumerable read.
Reads a key/value pair.
The destination type.
The key/value pair read.
Reads an object.
The destination type.
The object read.
Reads an object.
The destination type.
The object read.
Reads a string value.
The string read.
Reads a tuple.
The destination type.
The tuple to read.
Reads a type value.
The type read.
Gets an inspector for a dictionary type.
The type.
The inspector.
Gets an inspector for a enumerable type.
The type.
The inspector.
Determine if the type tag requires an collection element tag.
The type tag.
The type.
true if the type requires an collection element tag, otherwise false.
Required for reading old data, before v0.9.8.7
Reads the type schema.
The type schema read.
Reads the type schema for the tag specified.
The tag.
The type schema read.
The dictionary flags.
Nothing have been set.
Set if a typed dictionary.
Set if a tag for the declared key type have been written.
Set if a tag for the declared value type have been written.
Set if the key values have been tagged.
Set if the values have been tagged.
The encoder.
DateTime ticks stored as local time.
The encoder configuration.
The encoder info.
The type codes.
The type name cache.
Initializes static members of the class.
Gets the configuration.
The encoder configuration.
Register a type by the type code specified.
The type code.
The type.
true if the type code has been registered successfully, otherwise false.
If is null.
If a different type code already registered for type.
Register a custom serializer by the type and type code specified.
The type code.
The type.
The serialize delegate.
true if the deserialize delegate has been registered successfully, otherwise false.
If is null.
If is null.
If is not in the valid range.
Register a custom serializer/deserializer by the type and type code specified.
The type code.
The type.
The serialize delegate.
The deserialize delegate.
true if the serializer and deserialize delegate has been registered successfully, otherwise false.
Attempts to write a type code for the type specified.
The binary writer.
The type.
If true the encoder writes the leading type tag, otherwise false.
true if the type code has been successfully written, otherwise false.
Write a bool value to the binary writer.
The binary writer.
The value.
Write a byte value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a char value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a collection count value to the binary writer.
The binary writer.
The value.
Write a date time value to the binary writer.
The binary writer.
The value.
The encoder configuration.
If true the encoder writes the leading type tag, otherwise false.
Write a date time offset value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a decimal value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a double value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a float value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a guid value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a int value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a long value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a signed byte value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a short value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a string value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a time span value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a type value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a unsigned int value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a unsigned long value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a uri value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a unsigned short value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Register a custom serializer by the type and tag specified.
The type.
The tag.
The serialize delegate.
true if the deserialize delegate has been registered successfully, otherwise false.
If is null.
If is null.
Converts a type code to it's internal value.
The type code.
The .
The internal type code value.
If is out of the valid range.
Attempts to get the encoder info associated with the type.
The type.
The encoder Info.
true if the decoder info exists for the tag specified, otherwise false.
Write a tag to the binary writer.
The binary writer.
The tag.
Write a type value to the binary writer.
The binary writer.
The value.
The encoder configuration.
If true the encoder writes the leading type tag, otherwise false.
The register internal type code.
The internal type code.
The type.
true if the type code has been registered successfully, otherwise false.
Write a bool value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a byte value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a char value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a date time value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a date time offset value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a decimal value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a double value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a float value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a guid value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a int value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a int value to the binary writer.
The binary writer.
The value.
Write a long value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a long value to the binary writer.
The binary writer.
The value.
Write a signed byte value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a short value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a short value to the binary writer.
The binary writer.
The value.
Write a string value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a string builder value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a time span value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a type value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a type value to the binary writer.
The binary writer.
The type.
The encoder configuration.
Write a type value to the binary writer.
The binary writer.
The type.
The serialization binder.
Write a unsigned int value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a unsigned int value to the binary writer.
The binary writer.
The value.
Write a unsigned long value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a unsigned long value to the binary writer.
The binary writer.
The value.
Write a uri value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a unsigned short value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Write a unsigned short value to the binary writer.
The binary writer.
The value.
The zig.
The value.
The zigged value.
The zig.
The value.
The zigged value.
The zig.
The value.
The zigged value.
The encoder info.
The tag.
The encode delegate.
The serialize delegate.
Initializes a new instance of the class.
The tag.
The encode delegate.
Initializes a new instance of the class.
The tag.
The serialize delegate.
Encodes an object specified.
The serializer.
The object to encode.
If true the encoder must writes the leading tag, otherwise false.
Check if the value type requires object ref handling.
The value type.
true if the type requires ObjectRef handling; otherwise false.
Defines how to serialize DateTime.
Serializes the date time as it is, local or utc.
Converts local date time to utc on serialization and vice versa on deseralization.
Has no effect on utc data times.
The encoder.
The binder.
The type writer.
Initializes a new instance of the class.
Initializes a new instance of the class.
The encoder configuration to take over.
Initializes a new instance of the class.
The encoder configuration to take over.
The encoder default configuration.
Gets or sets the binder.
The binder.
Gets or sets the date time behavior.
The date time behavior.
Gets or sets a value indicating whether to strictly use explicit type codes.
The strict explicit type codes.
Gets or sets the type writer.
The type writer.
Creates a new instance of the class.
The encoder configuration to take over.
The resolver.
The assembly resolver.
The instance resolver.
The obsolete property resolver.
The property name resolver.
The type code resolver.
The type resolver.
Initializes static members of the class.
Gets or sets the assembly resolver.
The assembly resolver.
Gets or sets the instance resolver.
The instance resolver.
Gets or sets the obsolete property resolver.
The obsolete property resolver.
Gets or sets the property name resolver.
The property name resolver.
Gets or sets the type code resolver.
The type code resolver.
Gets or sets the type resolver.
The type resolver.
The serialization base.
The default capacity for the memory stream.
Initializes a new instance of the class.
Gets or sets the memory stream default capacity.
The default capacity.
The serialization exception.
Initializes a new instance of the class.
Initializes a new instance of the class.
The message.
Initializes a new instance of the class.
The message.
The inner exception.
Initializes a new instance of the class.
The serialization info.
The context.
The serializer.
The type schema dictionary.
The encoder configuration.
The encoder info.
The identity dictionary.
The string dictionary.
The type dictionary.
The type schema reference dictionary.
The binary writer.
The identity value.
Initializes a new instance of the class.
Initializes a new instance of the class.
The encoder configuration.
Initializes a new instance of the class.
The binary writer.
Initializes a new instance of the class.
The binary writer.
The encoder configuration.
Gets the binary writer.
The binary writer.
Gets the configuration.
The encoder configuration.
Serializes the object specified.
The object to serialize.
Type of the object to serialize.
The serialized object.
Serializes the object specified.
The object to serialize.
The internal memory stream initial capacity.
Type of the object to serialize.
The serialized object.
Serializes the object specified.
The serialize type.
The object to serialize.
The internal memory stream initial capacity.
The serialized object.
Deserialize from the stream specified.
The stream.
Type of the object to deserialize.
The deserialized object.
Deserialize from the stream specified.
The destination type.
The stream.
The deserialized object.
Serializes the object specified.
Type of the object to serialize.
The stream.
The object to serialize.
Serializes the object specified.
The stream.
The serialize type.
The object to serialize.
Writes an object.
The object to write.
Determine if the type tag requires an collection element tag.
The type tag.
The type.
true if the type requires an collection element tag, otherwise false.
Determine if the type from the tag specified.
The type tag.
The type or typeof(object).
Encodes the object specified.
The encoder info.
The object to encode.
If true the encoder writes the leading type tag, otherwise false.
Gets the type schema.
The type.
The inspector.
The type schema.
Write an object.
The serialize type.
The object type.
The object to write.
Writes an object.
The inspector.
The serialize type.
The object type.
The object to write.
Writes the object trailer.
The object type.
The inspector.
The type schema.
Writes an object.
The inspector.
The serialize type.
The object type.
The object to write.
Write an object.
The serialize type.
The value.
Writes or adds an object reference.
The object.
true if an object reference has been written, otherwise false.
Writes or adds a string reference.
The object.
true if a string reference has been written, otherwise false.
Writes or adds a type reference.
The type.
true if a type reference has been written, otherwise false.
Writes a string.
The value.
Writes a type.
The type.
Determine if the collection is typed collection or not.
The serialize type.
The type.
true if the collection is typed collection, otherwise false.
Determine if the dictionary is typed dictionary or not.
The serialize type.
The type.
true if the dictionary is typed dictionary, otherwise false.
Write an object.
The serializer.
The serialize type.
The value.
The getter.
Writes a count.
The serializer.
The value.
Writes a type.
The serializer.
The type.
Attempts to get the encoder info associated with the type.
The type.
The encoder Info.
true if the decoder info exists for the tag specified, otherwise false.
Writes an array.
The serialize type.
The type.
The array to write.
Write a date time value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Writes a dictionary.
The serialize type.
The type.
The dictionary to write.
Writes an enumerable.
The inspector.
The serialize type.
The type.
The enumerable to write.
Writes a key/value pair.
The type.
The key/value pair to write.
Writes or adds an reference.
The dictionary.
The key.
The value.
The tag.
true if an object reference has been written, otherwise false.
The key type.
The comparer type.
Writes a tuple.
The type.
The tuple to write.
Write a type value to the binary writer.
The binary writer.
The value.
If true the encoder writes the leading type tag, otherwise false.
Writes a type schema.
The type.
The inspector.
The type schema written.
The type schema reference.
The reference.
The type schema.
The tags.
The null.
The array.
The first decoder tag.
The true.
The false.
The bool.
The s byte.
The s byte 0.
The byte.
The byte 0.
The short.
The short 0.
The u short.
The u short 0.
The int.
The int 0.
The u int.
The u int 0.
The long.
The long 0.
The u long.
The u long 0.
The char.
The float.
The float 0.
The float na n.
The double.
The double 0.
The double na n.
The decimal.
The date time 0.
The date time.
The date time offset 0.
The date time offset.
The time span.
The time span 0.
The string.
The string empty.
The guid.
The type.
The type code.
The uri.
The last decoder tag.
The tuple.
The key value pair.
The collection.
The enumerable.
The dictionary.
The serialization info.
The object.
The object ref.
The type schema.
The new type schema, introduced with > v0.9.8.
The type schema ref.
The type ref.
The string ref.
The entity ref.
The entity key.
The entity row.
End of list.
First custom type.
The type schema.
The serialized schema.
The type schema properties.
The write object action.
Initializes a new instance of the class.
The type schema properties.
Initializes a new instance of the class.
The inspector.
The handle property ignore.
Gets the type schema properties.
The type schema properties.
Gets the serialized schema.
The serialized schema.
Gets the write object action.
The write object action.
Compiles the write object delegate.
The type schema properties.
The write object action.
Encodes the specified property.
The serializer.
The inspected property.
The encoder info.
The object to which the property belongs.
Writes the specified property.
The serializer.
The inspected property.
The object to which the property belongs.
Gets the serializeds schema.
The type schema property.
The encoder info.
The inspected property.
The property name.