void addDependency ( nsIFile file )

Arguments:

file

void cacheChecksum ( nsIFile file , nsIObjectOutputStream stream )

Arguments:

file

stream

PRUint32 computeChecksum ( nsIFile file , nsIFastLoadReadControl control )

Arguments:

file

control

void endMuxedDocument ( nsISupports URI )

Arguments:

URI

void getFastLoadReferent ( inout nsISupports ptr )

Arguments:

ptr

PRBool hasMuxedDocument ( char* URISpec )

Return true if uRISpec identifies a muxed document in the FastLoad file, false otherwise.

Arguments:

URISpec

nsIFile newFastLoadFile ( char* baseName )

Arguments:

baseName

nsIObjectInputStream newInputStream ( nsIInputStream srcStream )

Arguments:

srcStream

nsIObjectOutputStream newOutputStream ( nsIOutputStream destStream )

Arguments:

destStream

void readFastLoadPtr ( nsIObjectInputStream inputStream , inout nsISupports ptr )

Arguments:

inputStream

ptr

nsISupports selectMuxedDocument ( nsISupports URI )

Arguments:

URI

void startMuxedDocument ( nsISupports URI , char* URISpec , PRInt32 directionFlags )

These methods associate a URI object with its spec, for faster select using the object pointer as a key, rather than the spec string. The selectMuxedDocument method returns the previously selected URI object, in case a caller needs to reselect the previous after muxing data for a given URI synchronously. For the non-blocking or "asynchronous" i/o case, the caller must select the source URI from the FastLoad multiplex before writing a new burst of data parsed from the slow-loaded source.

Clients of inputStream and outputStream should try to demultiplex data from the input stream only if fastLoadService->StartMuxedDocument(uri, urispec, NS_FASTLOAD_READ) succeeds. If StartMuxedDocument fails with NS_ERROR_NOT_AVAILABLE, callers should slow-load the documents, muxing their data to the current output stream.

Arguments:

URI

URISpec

directionFlags

void writeFastLoadPtr ( nsIObjectOutputStream outputStream , nsISupports ptr )

Arguments:

outputStream

ptr