protected void setBaseUri(String uri) throws URISyntaxException {
if (useNewApi) {
staticContextBuilder.withBaseUri(uri);
} else {
dynamicContext.set_base_uri(uri);
}
}
public String extractXPathExpression(String xqFile, String inputFile, boolean unescape) {
// get the xpath2 expr from xq file, first
char[] cbuf = new char[2048]; //
String content = null;
String xpath2Expr = null;
try {
URL entryUrl = bundle.getEntry(xqFile);
InputStream isxq = testResolve(entryUrl);
if (useNewApi) {
if (staticContextBuilder.getBaseUri() == null)
try {
staticContextBuilder.withBaseUri(entryUrl.toString());
} catch (URISyntaxException e) {
throw new RuntimeException(e); // drats
}
} else {
if (dynamicContext.base_uri().getStringValue() == null)
dynamicContext.set_base_uri(entryUrl.toString());
}
BufferedReader xqreader =
new BufferedReader(new InputStreamReader(isxq, Charset.forName("UTF-8")));
int nByte = xqreader.read(cbuf);
assertTrue(xqFile, nByte < 2048);
content = new String(cbuf).trim();
//
if (content.indexOf(INPUT_CONTEXT) != -1
&& content.indexOf(INPUT_CONTEXT1) == -1
&& content.indexOf(INPUT_CONTEXT2) == -1) {
inputMap.put(INPUT_CONTEXT, inputFile);
} else if (content.indexOf(INPUT_CONTEXT1) == -1) {
inputMap.put(INPUT_CONTEXT1, inputFile);
} else if (content.indexOf(INPUT_CONTEXT2) != -1) {
inputMap.put(INPUT_CONTEXT2, inputFile);
}
//
if (content.indexOf(DECLARE_NAMESPACE) != -1
|| content.indexOf(IMPORT_SCHEMA_NAMESPACE) != -1) {
setupNamespace(content);
}
//
assertTrue(content.lastIndexOf(S_COMMENT2) != -1); // assert to get
xpath2Expr = content.substring(content.lastIndexOf(S_COMMENT2) + 2).trim();
xqreader.close();
isxq.close();
} catch (IOException e) {
throw new RuntimeException("Can't extract XPath expression from XQuery file : " + xqFile, e);
}
if (unescape && xpath2Expr.contains("&")) {
return resolveCharacterReferences(xpath2Expr);
} else {
return xpath2Expr;
}
}