JetBrains.Platform.ComponentModel.Legacy

Lets in types which explicitly have the on them, or which have static methods with the in them.

Lets in only types which explicitly have the on them.

Governs what gets picked into the parts catalog initially when it's constructed (before any of the is applied).

Factory methods for standard catalogs — an implementation that façades the old catalogs for the new API.

Creates the catalog from precalculated data.

The assemblies list.

Creates a parts catalog over a few specific runtime types — for precision filtering of what gets consumed.

Creates a parts catalog over a few specific runtime types — for precision filtering of what gets consumed.

Loads assembly files from streams with our fast metadata reader.

The list of assembly names for assemblies which should be included with the catalog (and scanned for types). Knows how to bind assembly names for reading, including the listed names and their references. Factory, mainly for caching creation of equal types. Which classes to take as parts into the catalog.

Loads assembly files from disk with our fast metadata reader.

Loads assembly files from disk with our fast metadata reader.

Knows how to bind part catalog assemblies to various real-life stuff.

Same as for a type, gets the runtime object for this assembly.

The signature of the .ctor which is encoded for creation of the attr instance, if known. An empty array means the attr is to be created with an empty .ctor. NULL means we don't know which .ctor was encoded for creation of this attr (e.g. when getting it from Reflection rather then by reading metadata).

Tries creating an attribute runtime instance if we got enough information.

For memory usage optimization purposes, the name is optionally split into two dot-separated pieces (first might be empty, the second always holds some name).

Depending on the kind, holds either the generic parameters specialization, or the array item type, or the reference target type.

Internal use only.

This is a generic type specialized with some generic actual parameters, look in for their values.

This is a generic type declaration, an open generic which is not specialized with any parameters.

The type is actually a single-dimensional array with zero lower bound. Other cases are not supported yet. NOTE(H): If you ever need to support these, which requires a hierarchy of different type classes nesting each other, I'd rather recomment dropping this special class altogether and using the interfaces family with a separate implementation which can be filled from runtime types, from metadata, or from cache. Call to get the type of items in this array.

The type is a reference (as in ref/out parameters), a.k.a. ByRef type. Call to get the referenced type.

Raw access for serialization etc.

For a generic type specialization (), gets the full type name of the matching generic type definition, e.g. System.Collections.Generic.IList`1, which can be matched with the CLR non-specialized type.

Recursive types. Assigned later than .ctor because for building them we might need this type class already in factory cache (e.g. class CA : IIface{CA}).

For an array type, returns a type of the array items (without the array rank). Much like getting the only generic parameter of the for its item type.

For a reference type, returns the type being referenced.

For a type which is a generic type parameter reference, gets the type which declares the generic formal parameter. Note that this might be any class containing the usage (immediate, outer, outer-outer, etc). For a method parameter, I believe the choice is limited to the containing method.

This object is a member of the type returned from this property.

A default implementation for a pre-calculated catalogue.

Creates the catalogue from precalculated data.

The types (parts) in the catalog. The assemblies list, if known by creator. If omitted, the list will be deduced from all unique assemblies of the submitted .

Handles complex attribute values in metadata format, e.g. creates arrays and fills them with values recursively.

Factory methods for standard catalogs.

Creates the catalogue from precalculated data.

The types (parts) in the catalog. The assemblies list, if known by creator. If omitted, the list will be deduced from all unique assemblies of the submitted .

Creates a parts catalog over a few specific runtime types — for precision filtering of what gets consumed.

Creates a parts catalog over a few specific runtime types — for precision filtering of what gets consumed.

Loads assembly files from streams with our fast metadata reader.

The list of assembly names for assemblies which should be included with the catalog (and scanned for types). Knows how to bind assembly names for reading, including the listed names and their references. Factory, mainly for caching creation of equal types. Which classes to take as parts into the catalog.

Loads assembly files from disk with our fast metadata reader.

Loads assembly files from disk with our fast metadata reader.

Loads assembly files from streams with our fast metadata reader.

Loads assembly files from streams with our fast metadata reader.

The list of assembly names for assemblies which should be included with the catalog (and scanned for types). Resolves assembly stream by its assembly name. Must include (1) the assemblies for scanning in and (2) any of their assembly references, transitively, which might be needed for resolving catalog types/attrs, and which are not present in GAC. Factory, mainly for caching creation of equal types. Any custom resolvers for metadata loader. Which classes to take as parts into the catalog.

After the binder loads an assembly by its assembly name, checks that the assembly actually loaded matches what was requested.

Similar to , but for runtime types.