Module

extern (C++) final

class Module : Package {

extern (C++) __gshared

Module rootModule;

extern (C++) __gshared

DsymbolTable modules;

extern (C++) __gshared

Modules amodules;

extern (C++) __gshared

Dsymbols deferred;

extern (C++) __gshared

Dsymbols deferred2;

extern (C++) __gshared

Dsymbols deferred3;

extern (C++) __gshared

uint dprogress;

static void deinitialize();

extern (C++) __gshared

AggregateDeclaration moduleinfo;

const(char)[] arg;

ModuleDeclaration* md;

const

FileName srcfile;

const

FileName objfile;

const

FileName hdrfile;

FileName docfile;

FileBuffer* srcBuffer;

uint errors;

uint numlines;

bool isHdrFile;

bool isDocFile;

bool isPackageFile;

Package pkg;

Strings contentImportedFiles;

int needmoduleinfo;

int selfimports;

bool selfImports();

int rootimports;

bool rootImports();

int insearch;

Identifier searchCacheIdent;

Dsymbol searchCacheSymbol;

int searchCacheFlags;

Module importedFrom;

Dsymbols* decldefs;

Modules aimports;

uint debuglevel;

Identifiers* debugids;

Identifiers* debugidsNot;

uint versionlevel;

Identifiers* versionids;

Identifiers* versionidsNot;

MacroTable macrotable;

Escape* escapetable;

size_t nameoffset;

size_t namelen;

FileName setOutfilename(const(char)[] name, const(char)[] dir, const(char)[] arg, const(char)[] ext);

bool loadSourceBuffer(const ref Loc loc, ref File.ReadResult readResult);

bool read(const ref Loc loc);

Module parse();

Module parseModule();

int needModuleInfo();

void checkImportDeprecation(const ref Loc loc, Scope* sc);

static void addDeferredSemantic(Dsymbol s);

static void runDeferredSemantic();

int imports(Module m);

int doppelganger;

Symbol* cov;

uint* covb;

Symbol* sictor;

Symbol* sctor;

Symbol* sdtor;

Symbol* ssharedctor;

Symbol* sshareddtor;

Symbol* stest;

Symbol* sfilename;

void fullyQualifiedName(ref OutBuffer buf);

}

Members

Functions

checkImportDeprecation void checkImportDeprecation(const ref Loc loc, Scope* sc): Print deprecation warning if we're deprecated, when this module is imported from scope sc.
fullyQualifiedName void fullyQualifiedName(ref OutBuffer buf): Writes this module's fully-qualified name to buf
imports int imports(Module m): Recursively look at every module this module imports, return true if it imports m. Can be used to detect circular imports.
loadSourceBuffer bool loadSourceBuffer(const ref Loc loc, ref File.ReadResult readResult): Loads the source buffer from the given read result into this.srcBuffer.
needModuleInfo int needModuleInfo(): Determine if we need to generate an instance of ModuleInfo for this Module.
parse Module parse()
parseModule Module parseModule(): syntactic parse
read bool read(const ref Loc loc): Reads the file from srcfile and loads the source buffer.
rootImports bool rootImports(): Return true if module imports root module.
selfImports bool selfImports(): Return true if module imports itself.
setOutfilename FileName setOutfilename(const(char)[] name, const(char)[] dir, const(char)[] arg, const(char)[] ext): Combines things into output file name for .html and .di files. Input: name Command line name given for the file, NULL if none dir Command line directory given for the file, NULL if none arg Name of the source file ext File name extension to use if 'name' is NULL global.params.preservePaths get output path from arg srcfile Input file - output file name must not match input file

Static functions

addDeferredSemantic void addDeferredSemantic(Dsymbol s): Can't run semantic on s now, try again later.
deinitialize void deinitialize(): Deinitializes the global state of the compiler.
runDeferredSemantic void runDeferredSemantic(): Run semantic() on deferred symbols.

Variables

importedFrom Module importedFrom;: A root module is one that will be compiled all the way to object code. This field holds the root module that caused this module to be loaded. If this module is a root module, then it will be set to this. This is used to determine ownership of template instantiation.

Inherited Members

From Package

resolve DsymbolTable resolve(Identifiers* packages, Dsymbol* pparent, Package* ppkg): Input: packages[] the pkg1.pkg2 of pkg1.pkg2.mod
isAncestorPackageOf bool isAncestorPackageOf(const Package pkg): Checks if pkg is a sub-package of this
resolvePKGunknown void resolvePKGunknown(): Checks for the existence of a package.d to set isPkgMod appropriately if isPkgMod == PKG.unknown