/** * Start the output process */ public void open() throws XPathException { nextReceiver.open(); previousAtomic = false; }
/** * Start the output process */ public void open() throws XPathException { nextReceiver.open(); previousAtomic = false; state = Open; }
/** * Start of event stream */ public void open() throws XPathException { nextReceiver.open(); }
/** * Start the output process */ public void open() throws XPathException { nextReceiver.open(); previousAtomic = false; }
/** * Start the output process */ public void open() throws XPathException { nextReceiver.open(); previousAtomic = false; }
/** * Start of document */ public void open() throws XPathException { nextReceiver.open(); }
/** * Start of event stream */ public void open() throws XPathException { nextReceiver.open(); }
/** * Start of event stream */ public void open() throws XPathException { out.println("RCVR " + id + indent + " OPEN"); nextReceiver.open(); }
/** * Start of event sequence */ public void open() throws XPathException { if (nextReceiver == null) { throw new IllegalStateException("TreeReceiver.open(): no underlying receiver provided"); } nextReceiver.open(); previousAtomic = false; }
/** * Start of event sequence */ public void open() throws XPathException { if (nextReceiver == null) { throw new IllegalStateException("TreeReceiver.open(): no underlying receiver provided"); } nextReceiver.open(); previousAtomic = false; }
/** * Start of event stream */ public void open() throws XPathException { if (nextReceiver == null) { throw new IllegalStateException("ProxyReceiver.open(): no underlying receiver provided"); } nextReceiver.open(); }
/** * Start of event stream */ public void open() throws XPathException { transition("open"); nextReceiver.open(); }
/** * Start of event stream */ public void open() throws XPathException { count("open"); nextReceiver.open(); }
/** * Start of event stream */ public void open() throws XPathException { transition("open"); nextReceiver.open(); }
/** * Copy the input to the output. This method will open the output Receiver before appending to * it, and will close it afterwards. * * @throws XPathException if, for example, the input is not well-formed */ public void copy() throws XPathException { out.open(); PullPushTee tee = new PullPushTee(in, out); new PullConsumer(tee).consume(); out.close(); }
/** * Copy the input to the output. This method will open the output Receiver before appending to * it, and will close it afterwards. * @throws XPathException */ public void copy() throws XPathException { out.open(); PullPushTee tee = new PullPushTee(in, out); new PullConsumer(tee).consume(); out.close(); }
/** * Start of event stream */ public void open() throws XPathException { builder.setSystemId(systemId); Receiver stripper = controller.makeStripper(builder); if (controller.isStylesheetStrippingTypeAnnotations()) { stripper = controller.getConfiguration().getAnnotationStripper(stripper); } setUnderlyingReceiver(stripper); nextReceiver.open(); }
/** * Start of document */ public void open() throws XPathException { useWhenCode = getNamePool().allocate("", "", "use-when") & 0xfffff; xslUseWhenCode = getNamePool().allocate("xsl", NamespaceConstant.XSLT, "use-when"); defaultNamespaceCode = getNamePool().allocate("", "", "xpath-default-namespace"); nextReceiver.open(); }
/** * Start of event stream */ public void open() throws XPathException { builder.setSystemId(systemId); Receiver stripper = controller.makeStripper(builder); if (controller.isStylesheetStrippingTypeAnnotations()) { stripper = controller.getConfiguration().getAnnotationStripper(stripper); } setUnderlyingReceiver(stripper); nextReceiver.open(); }