예제 #1
0
파일: HTTPServ.c 프로젝트: Rjoydip/libwww
/*
**	Scan the request line for METHOD, URI and VERSION
**	Returns:	HT_OK		if 1.x request and OK
**			HT_LOADED     	if 0.9 request and OK
**			HT_ERROR	if invalid request line
*/
PRIVATE int ParseRequest (HTStream * me)
{
    HTRequest * client = HTList_firstObject(me->http->clients);
    char * line = HTChunk_data(me->buffer);
    char * method_str = HTNextField(&line);
    char * request_uri = HTNextField(&line);
    char * version_str = HTNextField(&line);
    HTMethod method;

    /* Check if method is allowed */
    if (!method_str || (method = HTMethod_enum(method_str))==METHOD_INVALID) {
        HTRequest_addError(client, ERR_FATAL, NO, HTERR_NOT_ALLOWED,
                           NULL, 0, "ParseRequest");
        return HT_ERROR;
    }
    HTRequest_setMethod(client, method);

    /* Find an anchor for the request URI */
    if (request_uri) {
        char * uri = HTParse(request_uri, "file:", PARSE_ALL);
        HTRequest_setAnchor(client, HTAnchor_findAddress(uri));
        HT_FREE(uri);
    } else {
        HTRequest_addError(client, ERR_FATAL, NO, HTERR_BAD_REQUEST,
                           NULL, 0, "ParseRequest");
        return HT_ERROR;
    }

    /* Get ready to get the rest of the request */
    if (version_str) {
        me->target = HTStreamStack(WWW_MIME_HEAD,
                                   HTRequest_debugFormat(client),
                                   HTRequest_debugStream(client),
                                   client, NO);
        return HT_OK;
    } else {
        HTRequest_addError(client, ERR_FATAL, NO, HTERR_BAD_VERSION,
                           NULL, 0, "ParseRequest");
        return HT_ERROR;
    }
}
예제 #2
0
/*	Partial Response MIME parser stream
**	-----------------------------------
**	In case we sent a Range conditional GET we may get back a partial
**	response. This response must be appended to the already existing
**	cache entry before presented to the user.
**	We do this by continuing to load the new object into a temporary 
**	buffer and at the same time start the cache load of the already
**	existing object. When we have loaded the cache we merge the two
**	buffers.
*/
PUBLIC HTStream * HTMIMEPartial (HTRequest *	request,
				 void *		param,
				 HTFormat	input_format,
				 HTFormat	output_format,
				 HTStream *	output_stream)
{
#ifndef NO_CACHE
    HTParentAnchor * anchor = HTRequest_anchor(request);
    HTFormat format = HTAnchor_format(anchor);
    HTStream * pipe = NULL;

    /*
    **  The merge stream is a place holder for where we can put data when it
    **  arrives. We have two feeds: one from the cache and one from the net.
    **  We call the stream stack already now to get the right output stream.
    **  We can do this as we already know the content type from when we got the
    **  first part of the object.
    */
    HTStream * merge = HTMerge(HTStreamStack(format,
					     output_format, output_stream,
					     request, YES), 2);

    /*
    **  Now we create the MIME parser stream in partial data mode. We also
    **  set the target to our merge stream.
    */
    HTStream * me = HTMIMEConvert(request, param, input_format,
				  output_format, output_stream);
    me->mode |= HT_MIME_PARTIAL;
    me->target = merge;

#if 0
    /* JK: this doesn't work because this work is repeated before */
    /*
    **  Create the cache append stream, and a Tee stream
    */
    {
	HTStream * append = HTStreamStack(WWW_CACHE_APPEND, output_format,
					  output_stream, request, NO);
	if (append) me->target = HTTee(me->target, append, NULL);
    }
#endif

    /*
    **  Create the pipe buffer stream to buffer the data that we read
    **  from the network
    */
    if ((pipe = HTPipeBuffer(me->target, 0))) me->target = pipe;

    /*
    **  Now start the second load from the cache. First we read this data from
    **  the cache and then we flush the data that we have read from the net.
    */
    {
	HTRequest * cache_request = HTRequest_new();

	/*
	**  Set the output format to source and the output stream to the
	**  merge stream. As we have already set up the stream pipe, we just 
	**  load it as source.
	*/
	HTRequest_setOutputFormat(cache_request, WWW_SOURCE);
	HTRequest_setOutputStream(cache_request, merge);

	/*
	**  Bind the anchor to the new request and also register a local
	**  AFTER filter to flush the pipe buffer so that we can get
	**  rest of the data through. 
	*/
	HTRequest_setAnchor(cache_request, (HTAnchor *) anchor);
	HTRequest_addBefore(cache_request, HTCacheLoadFilter, NULL, NULL,
			    HT_FILTER_FIRST, YES);
	HTRequest_addAfter(cache_request, HTCacheFlushFilter, NULL, pipe,
			   HT_ALL, HT_FILTER_FIRST, YES);

	HTTRACE(STREAM_TRACE, "Partial..... Starting cache load\n");
	HTLoad(cache_request, NO);
    }
    return me;
#else
    return NULL;
#endif
}
예제 #3
0
PRIVATE int FileEvent (SOCKET soc, void * pVoid, HTEventType type)
{
    file_info *file = pVoid;			      /* Specific access information */
    int status = HT_ERROR;
    HTNet * net = file->net;
    HTRequest * request = HTNet_request(net);
    HTParentAnchor * anchor = HTRequest_anchor(request);

    /*
    ** Initiate a new file structure and bind to request structure
    ** This is actually state FILE_BEGIN, but it can't be in the state
    ** machine as we need the structure first.
    */
    if (type == HTEvent_CLOSE) {				      /* Interrupted */
	HTRequest_addError(request, ERR_FATAL, NO, HTERR_INTERRUPTED,
			   NULL, 0, "HTLoadFile");
	FileCleanup(request, HT_INTERRUPTED);
	return HT_OK;
    }


    /* Now jump into the machine. We know the state from the previous run */
    while (1) {
	switch (file->state) {
	case FS_BEGIN:

	    /* We only support safe (GET, HEAD, etc) methods for the moment */
	    if (!HTMethod_isSafe(HTRequest_method(request))) {
		HTRequest_addError(request, ERR_FATAL, NO, HTERR_NOT_ALLOWED,
				   NULL, 0, "HTLoadFile");
		file->state = FS_ERROR;
		break;
	    }

	    /* Check whether we have access to local disk at all */
	    if (HTLib_secure()) {
		HTTRACE(PROT_TRACE, "LoadFile.... No access to local file system\n");
		file->state = FS_TRY_FTP;
		break;
	    }
	    file->local = HTWWWToLocal(HTAnchor_physical(anchor), "",
				       HTRequest_userProfile(request));
	    if (!file->local) {
		file->state = FS_TRY_FTP;
		break;
	    }

	    /* Create a new host object and link it to the net object */
	    {
		HTHost * host = NULL;
		if ((host = HTHost_new("localhost", 0)) == NULL) return HT_ERROR;
		HTNet_setHost(net, host);
		if (HTHost_addNet(host, net) == HT_PENDING) {
		    HTTRACE(PROT_TRACE, "HTLoadFile.. Pending...\n");
		    /* move to the hack state */
		    file->state = FS_PENDING;
		    return HT_OK;
		}
	    }
	    file->state = FS_DO_CN;
	    break;

	case FS_PENDING:
	    /*
	    ** 2000/08/10 JK : This is a funny state. Because of the
	    ** internal libwww stacks, when doing multiple local
	    ** requests (e.g., while using the Robot), we need to ask
	    ** again for the host object. If we had jumped directly to
	    ** the FS_DO_CN state, libwww would have blocked because
	    ** of socket starvation.
	    ** This state is similar to FS_BEGINNING, but just requests 
	    ** the host object. 
	    ** YES. THIS IS AN UGLY HACK!!
	    */
	    {
		HTHost * host = NULL;
		if ((host = HTHost_new("localhost", 0)) == NULL) return HT_ERROR;
		HTNet_setHost(net, host);
		if (HTHost_addNet(host, net) == HT_PENDING) {
		    HTTRACE(PROT_TRACE, "HTLoadFile.. Pending...\n");
		    file->state = FS_PENDING;
		    return HT_OK;
		}
	    }
	    file->state = FS_DO_CN;
	    break;

	case FS_DO_CN:
	    /*
	    ** If we have to do content negotiation then find the object that
	    ** fits best into either what the client has indicated in the
	    ** accept headers or what the client has registered on its own.
	    ** The object chosen can in fact be a directory! However, content
	    ** negotiation only makes sense if we can read the directory!
	    ** We stat the file in order to find the size and to see it if
	    ** exists.
	    */
	    if (HTRequest_negotiation(request) &&
		HTMethod_isSafe(HTRequest_method(request))) {
 		char * conneg = HTMulti(request, file->local,&file->stat_info);
		if (conneg) {
		    HT_FREE(file->local);
		    file->local = conneg;
		    HTAnchor_setPhysical(anchor, conneg);
		    HTTRACE(PROT_TRACE, "Load File... Found `%s\'\n" _ conneg);
		} else {
		    HTTRACE(PROT_TRACE, "Load File... Not found - even tried content negotiation\n");
		    HTRequest_addError(request, ERR_FATAL, NO, HTERR_NOT_FOUND,
				       NULL, 0, "HTLoadFile");
		    file->state = FS_ERROR;
		    break;
		}
	    } else {
		if (HT_STAT(file->local, &file->stat_info) == -1) {
		    HTTRACE(PROT_TRACE, "Load File... Not found `%s\'\n" _ file->local);
		    HTRequest_addError(request, ERR_FATAL, NO, HTERR_NOT_FOUND,
				       NULL, 0, "HTLoadFile");
		    file->state = FS_ERROR;
		    break;
		}
	    }

	    /*
	    ** Check to see if the 'localname' is in fact a directory.
	    ** Note that we can't do a HEAD on a directory
	    */
	    if (((file->stat_info.st_mode) & S_IFMT) == S_IFDIR) {
		if (HTRequest_method(request) == METHOD_GET)
		    file->state = FS_PARSE_DIR;
		else {
		    HTRequest_addError(request, ERR_INFO, NO, HTERR_NO_CONTENT,
				       NULL, 0, "HTLoadFile");
		    file->state = FS_NO_DATA;
		}
		break;
	    }

	    /*
	    ** If empty file then only serve it if it is editable. We also get
	    ** the bindings for the file suffixes in lack of better bindings
	    */
	    {
		BOOL editable = HTEditable(file->local, &file->stat_info);
		if (file_suffix_binding) HTBind_getAnchorBindings(anchor);
		if (editable) HTAnchor_appendAllow(anchor, METHOD_PUT);

		/* Set the file size */
		if (file->stat_info.st_size)
		    HTAnchor_setLength(anchor, file->stat_info.st_size);

		/* Set the file last modified time stamp */
		if (file->stat_info.st_mtime > 0)
		    HTAnchor_setLastModified(anchor, file->stat_info.st_mtime);

		/* Check to see if we can edit it */
		if (!editable && !file->stat_info.st_size) {
		    HTRequest_addError(request, ERR_INFO, NO, HTERR_NO_CONTENT,
				       NULL, 0, "HTLoadFile");
		    file->state = FS_NO_DATA;
		} else {
		    file->state = (HTRequest_method(request)==METHOD_GET) ? 
			FS_NEED_OPEN_FILE : FS_GOT_DATA;
		}
	    }
	    break;

	  case FS_NEED_OPEN_FILE:
	    status = HTFileOpen(net, file->local, HT_FB_RDONLY);
	    if (status == HT_OK) {
		/* 
		** Create the stream pipe FROM the channel to the application.
		** The target for the input stream pipe is set up using the
		** stream stack.
		*/
		{
		    HTStream * rstream = HTStreamStack(HTAnchor_format(anchor),
						       HTRequest_outputFormat(request),
						       HTRequest_outputStream(request),
						       request, YES);
		    HTNet_setReadStream(net, rstream);
		    HTRequest_setOutputConnected(request, YES);
		}

		/*
		** Create the stream pipe TO the channel from the application
		** and hook it up to the request object
		*/
		{
		    HTOutputStream * output = HTNet_getOutput(net, NULL, 0);
		    HTRequest_setInputStream(request, (HTStream *) output);
		}

		/*
		** Set up concurrent read/write if this request isn't the
		** source for a PUT or POST. As source we don't start reading
		** before all destinations are ready. If destination then
		** register the input stream and get ready for read
		*/
		if (HTRequest_isSource(request) && !HTRequest_destinationsReady(request))
		    return HT_OK;
		HTRequest_addError(request, ERR_INFO, NO, HTERR_OK, NULL, 0,
				   "HTLoadFile");
		file->state = FS_NEED_BODY;

		/* If we are _not_ using preemptive mode and we are Unix fd's
		** then return here to get the same effect as when we are
		** connecting to a socket. That way, HTFile acts just like any
		** other protocol module even though we are in fact doing
		** blocking connect
		*/
		if (HTEvent_isCallbacksRegistered()) {
		    if (!HTRequest_preemptive(request)) {
			if (!HTNet_preemptive(net)) {
			    HTTRACE(PROT_TRACE, "HTLoadFile.. Returning\n");
			    HTHost_register(HTNet_host(net), net, HTEvent_READ);
			} else if (!file->timer) {
			    HTTRACE(PROT_TRACE, "HTLoadFile.. Returning\n");
			    file->timer =
				HTTimer_new(NULL, ReturnEvent, file, 1, YES, NO);
			}
			return HT_OK;
		    }
		}
	    } else if (status == HT_WOULD_BLOCK || status == HT_PENDING)
		return HT_OK;
	    else {
		HTRequest_addError(request, ERR_INFO, NO, HTERR_INTERNAL,
				   NULL, 0, "HTLoadFile");
		file->state = FS_ERROR;		       /* Error or interrupt */
	    }
	    break;

	  case FS_NEED_BODY:
	    status = HTHost_read(HTNet_host(net), net);
	    if (status == HT_WOULD_BLOCK)
		return HT_OK;
	    else if (status == HT_LOADED || status == HT_CLOSED) {
		file->state = FS_GOT_DATA;
	    } else {
		HTRequest_addError(request, ERR_INFO, NO, HTERR_FORBIDDEN,
				   NULL, 0, "HTLoadFile");
		file->state = FS_ERROR;
	    }
	    break;

	  case FS_PARSE_DIR:
	    status = HTFile_readDir(request, file);
	    if (status == HT_LOADED)
		file->state = FS_GOT_DATA;
	    else
		file->state = FS_ERROR;
	    break;

	  case FS_TRY_FTP:
	    {
		char *url = HTAnchor_physical(anchor);
		HTAnchor *anchor;
		char *newname = NULL;
		StrAllocCopy(newname, "ftp:");
		if (!strncmp(url, "file:", 5))
		    StrAllocCat(newname, url+5);
		else
		    StrAllocCat(newname, url);
		anchor = HTAnchor_findAddress(newname);
		HTRequest_setAnchor(request, anchor);
		HT_FREE(newname);
		FileCleanup(request, HT_IGNORE);
		return HTLoad(request, YES);
	    }
	    break;

	  case FS_GOT_DATA:
	    FileCleanup(request, HT_LOADED);
	    return HT_OK;
	    break;

	  case FS_NO_DATA:
	    FileCleanup(request, HT_NO_DATA);
	    return HT_OK;
	    break;

	  case FS_RETRY:
	    FileCleanup(request, HT_RETRY);
	    return HT_OK;
	    break;

	  case FS_ERROR:
	    FileCleanup(request, HT_ERROR);
	    return HT_OK;
	    break;
	}
    } /* End of while(1) */
}
예제 #4
0
파일: HTLine.c 프로젝트: svagionitis/libwww
int main (int argc, char ** argv)
{
    int		status = 0;	
    int		arg;
    int		tokencount = 0;
    BOOL	formdata = NO;
    HTChunk *	keywords = NULL;			/* From command line */
    HTAssocList*formfields = NULL;
    HTMethod	method = METHOD_GET;			    /* Default value */
    ComLine *	cl = ComLine_new();
    BOOL	cache = NO;			     /* Use persistent cache */
    BOOL	flush = NO;		       /* flush the persistent cache */
    char *	cache_root = NULL;

    /* Starts Mac GUSI socket library */
#ifdef GUSI
    GUSISetup(GUSIwithSIOUXSockets);
    GUSISetup(GUSIwithInternetSockets);
#endif

#ifdef __MWERKS__ /* STR */
    InitGraf((Ptr) &qd.thePort); 
    InitFonts(); 
    InitWindows(); 
    InitMenus(); TEInit(); 
    InitDialogs(nil); 
    InitCursor();
    SIOUXSettings.asktosaveonclose = false;
    argc=ccommand(&argv);
#endif

    /* Initiate W3C Reference Library with a client profile */
    HTProfile_newNoCacheClient(APP_NAME, APP_VERSION);

    /* Need our own trace and print functions */
    HTPrint_setCallback(printer);
    HTTrace_setCallback(tracer);

    /*
    ** Delete the default Username/password handler so that we can handle
    ** parameters handed to us from the command line. The default is set
    ** by the profile.
    */
    HTAlert_deleteOpcode(HT_A_USER_PW);
    HTAlert_add(PromptUsernameAndPassword, HT_A_USER_PW);

    /*
    ** Add default content decoder. We insert a through line as it doesn't
    ** matter that we get an encoding that we don't know.
    */
    HTFormat_addCoding("*", HTIdentityCoding, HTIdentityCoding, 0.3);

    /* Scan command Line for parameters */
    for (arg=1; arg<argc; arg++) {
	if (*argv[arg] == '-') {
	    
	    /* - alone => filter */
	    if (argv[arg][1] == '\0') {
		cl->flags |= CL_FILTER;	   
	    
	    /* -? or -help: show the command line help page */
	    } else if (!strcmp(argv[arg],"-?") || !strcmp(argv[arg],"-help")) {
		cl->anchor = (HTParentAnchor *) HTAnchor_findAddress(W3C_HELP);
		tokencount = 1;

	    /* non-interactive */
	    } else if (!strcmp(argv[arg], "-n")) {
		HTAlert_setInteractive(NO);

	    /* Treat the keywords as form data with a <name> "=" <value> */
	    } else if (!strcmp(argv[arg], "-form")) {
		formdata = YES;

	    /* from -- Initial represntation (only with filter) */
	    } else if (!strcmp(argv[arg], "-from")) {
		cl->format = (arg+1 < argc && *argv[arg+1] != '-') ?
		    HTAtom_for(argv[++arg]) : WWW_HTML;

	    /* to -- Final representation */
	    } else if (!strcmp(argv[arg], "-to")) {
		HTFormat format = (arg+1 < argc && *argv[arg+1] != '-') ?
		    HTAtom_for(argv[++arg]) : DEFAULT_FORMAT;
		HTRequest_setOutputFormat(cl->request, format);

	    /* destination for PUT, POST etc. */
	    } else if (!strcmp(argv[arg], "-dest")) {
		if (arg+1 < argc && *argv[arg+1] != '-') {
		    char * dest = HTParse(argv[++arg], cl->cwd, PARSE_ALL);
		    cl->dest = (HTParentAnchor *) HTAnchor_findAddress(dest);
		    HT_FREE(dest);
		}

	    /* source please */
	    } else if (!strcmp(argv[arg], "-source")) {
		HTRequest_setOutputFormat(cl->request, WWW_RAW);

	    /* log file */
	    } else if (!strcmp(argv[arg], "-l")) {
		cl->logfile = (arg+1 < argc && *argv[arg+1] != '-') ?
		    argv[++arg] : DEFAULT_LOG_FILE;

	    /* Max forward hops in case of TRACE request */
	    } else if (!strcmp(argv[arg], "-hops") ||
		       !strcmp(argv[arg], "-maxforwards")) {
		int hops = (arg+1 < argc && *argv[arg+1] != '-') ?
		    atoi(argv[++arg]) : DEFAULT_HOPS;
		if (hops >= 0) HTRequest_setMaxForwards(cl->request, hops);

	    /* automated authentication of format user:password@realm */
	    } else if (!strncmp(argv[arg], "-auth", 5)) {
		char * credentials = (arg+1 < argc && *argv[arg+1] != '-') ?
		    argv[++arg] : NULL;
		if (credentials) ParseCredentials(cl, credentials);

	    /* rule file */
	    } else if (!strcmp(argv[arg], "-r")) {
		cl->rules = (arg+1 < argc && *argv[arg+1] != '-') ?
		    argv[++arg] : DEFAULT_RULE_FILE;

	    /* output filename */
	    } else if (!strcmp(argv[arg], "-o")) { 
		cl->outputfile = (arg+1 < argc && *argv[arg+1] != '-') ?
		    argv[++arg] : DEFAULT_OUTPUT_FILE;

	    /* timeout -- Change the default request timeout */
	    } else if (!strcmp(argv[arg], "-timeout")) {
		int timeout = (arg+1 < argc && *argv[arg+1] != '-') ?
		    atoi(argv[++arg]) : DEFAULT_TIMEOUT;
		if (timeout >= 1) cl->timer = timeout*MILLIES;

	    /* preemptive or non-preemptive access */
	    } else if (!strcmp(argv[arg], "-single")) {
		HTRequest_setPreemptive(cl->request, YES);

	    /* content Length Counter */
	    } else if (!strcmp(argv[arg], "-cl")) { 
		cl->flags |= CL_COUNT;

	    /* print version and exit */
	    } else if (!strcmp(argv[arg], "-version")) { 
		VersionInfo(argv[0]);
		Cleanup(cl, 0);

	    /* run in quiet mode */
	    } else if (!strcmp(argv[arg], "-q")) { 
		cl->flags |= CL_QUIET;

	    /* Start the persistent cache */
	    } else if (!strcmp(argv[arg], "-cache")) {
		cache = YES;

	    /* Determine the cache root */
	    } else if (!strcmp(argv[arg], "-cacheroot")) { 
		cache_root = (arg+1 < argc && *argv[arg+1] != '-') ?
		    argv[++arg] : NULL;

	    /* Persistent cache flush */
	    } else if (!strcmp(argv[arg], "-flush")) {
		flush = YES;

	    /* Do a cache validation */
	    } else if (!strcmp(argv[arg], "-validate")) {
		cl->flags |= CL_VALIDATE;

	    /* Do an end-to-end cache-validation */
	    } else if (!strcmp(argv[arg], "-endvalidate")) {
		cl->flags |= CL_END_VALIDATE;

	    /* Force complete reload */
	    } else if (!strcmp(argv[arg], "-nocache")) {
		cl->flags |= CL_CACHE_FLUSH;

#ifdef WWWTRACE
	    /* trace flags */
	    } else if (!strncmp(argv[arg], "-v", 2)) {
		HTSetTraceMessageMask(argv[arg]+2);
#endif

	    /* GET method */
	    } else if (!strcasecomp(argv[arg], "-get")) {
		method = METHOD_GET;

	    /* HEAD method */
	    } else if (!strcasecomp(argv[arg], "-head")) {
		method = METHOD_HEAD;

	    /* DELETE method */
	    } else if (!strcasecomp(argv[arg], "-delete")) {
		method = METHOD_DELETE;

	    /* POST Method */
	    } else if (!strcasecomp(argv[arg], "-post")) {
		method = METHOD_POST;

	    /* PUT Method */
	    } else if (!strcasecomp(argv[arg], "-put")) {
		method = METHOD_PUT;

	    /* OPTIONS Method */
	    } else if (!strcasecomp(argv[arg], "-options")) {
		method = METHOD_OPTIONS;

	    /* TRACE Method */
	    } else if (!strcasecomp(argv[arg], "-trace")) {
		method = METHOD_TRACE;

	    } else {
		if (SHOW_MSG) HTPrint("Bad Argument (%s)\n", argv[arg]);
	    }
	} else {	 /* If no leading `-' then check for URL or keywords */
    	    if (!tokencount) {
		char * ref = HTParse(argv[arg], cl->cwd, PARSE_ALL);
		cl->anchor = (HTParentAnchor *) HTAnchor_findAddress(ref);
		tokencount = 1;
		HT_FREE(ref);
	    } else if (formdata) {		   /* Keywords are form data */
		char * string = argv[arg];
		if (tokencount++ <= 1) formfields = HTAssocList_new();
		HTParseFormInput(formfields, string);
	    } else {		   	       /* keywords are search tokens */
		char * escaped = HTEscape(argv[arg], URL_XALPHAS);
		if (tokencount++ <= 1)
		    keywords = HTChunk_new(128);
		else
		    HTChunk_putc(keywords, ' ');
		HTChunk_puts(keywords, HTStrip(escaped));
		HT_FREE(escaped);
	    }
	}
    }

    if (!tokencount && !cl->flags & CL_FILTER) {
	VersionInfo(argv[0]);
	Cleanup(cl, 0);
    }

    /* Should we use persistent cache? */
    if (cache) {
	HTCacheInit(cache_root, 20);

	/* Should we start by flushing? */
	if (flush) HTCache_flushAll();
    }

    /*
    ** Check whether we should do some kind of cache validation on
    ** the load
    */
    if (cl->flags & CL_VALIDATE)
	HTRequest_setReloadMode(cl->request, HT_CACHE_VALIDATE);
    else if (cl->flags & CL_END_VALIDATE)
	HTRequest_setReloadMode(cl->request, HT_CACHE_END_VALIDATE);
    else if (cl->flags & CL_CACHE_FLUSH)
	HTRequest_setReloadMode(cl->request, HT_CACHE_FLUSH);

    /* Add progress notification */
    if (cl->flags & CL_QUIET) HTAlert_deleteOpcode(HT_A_PROGRESS);

    /* Output file specified? */
    if (cl->outputfile) {
	if ((cl->output = fopen(cl->outputfile, "wb")) == NULL) {
	    if (SHOW_MSG) HTPrint("Can't open `%s'\\n",cl->outputfile);
	    cl->output = OUTPUT;
	}
    }

    /*
    ** Set up the output. Even though we don't use this explicit, it is
    ** required in order to show the stream stack that we know that we are
    ** getting raw data output on the output stream of the request object.
    */
    HTRequest_setOutputStream(cl->request,
			      HTFWriter_new(cl->request, cl->output, YES));

    /* Setting event timeout */
    HTHost_setEventTimeout(cl->timer);

    /*
    ** Make sure that the first request is flushed immediately and not
    ** buffered in the output buffer
    */
    HTRequest_setFlush(cl->request, YES);

    /* Log file specifed? */
    if (cl->logfile) {
	cl->log = HTLog_open(cl->logfile, YES, YES);
        if (cl->log) HTNet_addAfter(HTLogFilter, NULL, cl->log, HT_ALL, HT_FILTER_LATE);
    }

    /* Just convert formats */
    if (cl->flags & CL_FILTER) {
#ifdef STDIN_FILENO
	HTRequest_setAnchor(cl->request, (HTAnchor *) cl->anchor);
	HTRequest_setPreemptive(cl->request, YES);
	HTLoadSocket(STDIN_FILENO, cl->request);
#endif
	Cleanup(cl, 0);
    }
    
    /* Content Length Counter */
    if (cl->flags & CL_COUNT) {
	HTRequest_setOutputStream(cl->request,
				  HTContentCounter(HTBlackHole(),
						   cl->request, 0x2000));
    }

    /* Rule file specified? */
    if (cl->rules) {
	char * rules = HTParse(cl->rules, cl->cwd, PARSE_ALL);
	if (!HTLoadRulesAutomatically(rules))
	    if (SHOW_MSG) HTPrint("Can't access rules\n");
	HT_FREE(rules);
    }

    /* Add our own filter to update the history list */
    HTNet_addAfter(terminate_handler, NULL, NULL, HT_ALL, HT_FILTER_LAST);

    /* Start the request */
    switch (method) {
    case METHOD_GET:

	if (formdata)
	    status = HTGetFormAnchor(formfields, (HTAnchor *) cl->anchor,
				     cl->request);
	else if (keywords)
	    status = HTSearchAnchor(keywords, (HTAnchor *) cl->anchor,
				    cl->request);
	else
	    status = HTLoadAnchor((HTAnchor *) cl->anchor, cl->request);
	break;

    case METHOD_HEAD:
	if (formdata) {
	    HTRequest_setMethod(cl->request, METHOD_HEAD);
	    status = HTGetFormAnchor(formfields, (HTAnchor *) cl->anchor,
				     cl->request);
	} else if (keywords) {
	    HTRequest_setMethod(cl->request, METHOD_HEAD);
	    status = HTSearchAnchor(keywords, (HTAnchor *) cl->anchor,
				    cl->request);
	} else
	    status = HTHeadAnchor((HTAnchor *) cl->anchor, cl->request);
	break;

    case METHOD_DELETE:
	status = HTDeleteAnchor((HTAnchor *) cl->anchor, cl->request);
	break;

    case METHOD_POST:
	if (formdata) {
	    HTParentAnchor * posted = NULL;
#if 1
	    posted = HTPostFormAnchor(formfields, (HTAnchor *) cl->anchor,
				      cl->request);
	    status = posted ? YES : NO;
#else
	    /* If we want output to a chunk instead */
	    post_result = HTPostFormAnchorToChunk(formfields, (HTAnchor *) cl->anchor,
						  cl->request);
	    status = post_result ? YES : NO;
#endif
	} else {
	    if (SHOW_MSG) HTPrint("Nothing to post to this address\n");
	    status = NO;	    
	}
	break;

    case METHOD_PUT:
	status = HTPutDocumentAnchor(cl->anchor, (HTAnchor *) cl->dest,
				     cl->request);
	break;

    case METHOD_OPTIONS:
	status = HTOptionsAnchor((HTAnchor *) cl->anchor, cl->request);
	break;	

    case METHOD_TRACE:
	status = HTTraceAnchor((HTAnchor *) cl->anchor, cl->request);
	break;	

    default:
	if (SHOW_MSG) HTPrint("Don't know this method\n");
	break;
    }

    if (keywords) HTChunk_delete(keywords);
    if (formfields) HTAssocList_delete(formfields);
    if (status != YES) {
	if (SHOW_MSG) HTPrint("Sorry, can't access resource\n");
	Cleanup(cl, -1);
    }

    /* Go into the event loop... */
    HTEventList_loop(cl->request);

    /* Only gets here if event loop fails */
    Cleanup(cl, 0);
    return 0;
}