ddmd.attrib - D Programming Language
Description: D Programming Language
Keywords: D programming language

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# ddmd.attrib

Compiler implementation of the D programming language.
Authors:
Walter Bright
License:
Boost License 1.0

Source: attrib.d

abstract class `AttribDeclaration`: ddmd.dsymbol.Dsymbol;
  static Scope* `createNewScope`(Scope* `sc`, StorageClass `stc`, LINK `linkage`, CPPMANGLE `cppmangle`, Prot `protection`, int `explicitProtection`, AlignDeclaration `aligndecl`, PINLINE `inlining`);
    Create a new scope if one or more given attributes are different from the `sc`'s. If the returned scope != `sc`, the caller should pop the scope after it used.
  Scope* `newScope`(Scope* `sc`);
    A hook point to supply scope for members. addMember, setScope, importAll, semantic, semantic2 and semantic3 will use this.
  final void `addLocalClass`(ClassDeclarations* `aclasses`);
class `StorageClassDeclaration`: ddmd.attrib.AttribDeclaration;
class `DeprecatedDeclaration`: ddmd.attrib.StorageClassDeclaration;
  Scope* `newScope`(Scope* `sc`);
    Provides a new scope with STCdeprecated and Scope.depdecl set
    Calls StorageClassDeclaration.`newScope` (as it must be called or copied in any function overriding `newScope`), then set the Scope's depdecl.
    Returns:
    Always a new scope, to use for this DeprecatedDeclaration's members.
  void `semantic2`(Scope* `sc`);
    Run the DeprecatedDeclaration's `semantic2` phase then its members.
    The message set via a DeprecatedDeclaration can be either of: - a string literal - an enum - a static immutable So we need to call ctfe to resolve it. Afterward forwards to the members' `semantic2`.
class `LinkDeclaration`: ddmd.attrib.AttribDeclaration;
class `CPPMangleDeclaration`: ddmd.attrib.AttribDeclaration;
class `ProtDeclaration`: ddmd.attrib.AttribDeclaration;
  this(Loc `loc`, Prot `p`, Dsymbols* `decl`);
    Parameters:

    Loc `loc` | source location of attribute token
    Prot `p` | protection attribute data
    Dsymbols* `decl` | declarations which are affected by this protection attribute

  this(Loc `loc`, Identifiers* `pkg_identifiers`, Dsymbols* `decl`);
    Parameters:

    Loc `loc` | source location of attribute token
    Identifiers* `pkg_identifiers` | list of identifiers for a qualified package name
    Dsymbols* `decl` | declarations which are affected by this protection attribute

class `AlignDeclaration`: ddmd.attrib.AttribDeclaration;
class `AnonDeclaration`: ddmd.attrib.AttribDeclaration;
class `PragmaDeclaration`: ddmd.attrib.AttribDeclaration;
class `ConditionalDeclaration`: ddmd.attrib.AttribDeclaration;
class `StaticIfDeclaration`: ddmd.attrib.ConditionalDeclaration;
  Dsymbols* `include`(Scope* `sc`, ScopeDsymbol `sds`);
    Different from other AttribDeclaration subclasses, `include`() call requires the completion of addMember and setScope phases.
class `CompileDeclaration`: ddmd.attrib.AttribDeclaration;
  Mixin declarations, like: mixin("int x");
class `UserAttributeDeclaration`: ddmd.attrib.AttribDeclaration;
  User defined attributes look like: @(args, ...)

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