/** * Get the KeyManager which handles key definitions * @return the key manager */ public KeyManager getKeyManager() { if (exec.getKeyManager() == null) { exec.setKeyManager(new KeyManager(getConfiguration())); } return exec.getKeyManager(); }
/** * Get the KeyManager which handles key definitions * @return the key manager */ public KeyManager getKeyManager() { if (exec.getKeyManager() == null) { exec.setKeyManager(new KeyManager(getConfiguration())); } return exec.getKeyManager(); }
/** * Get the KeyManager which handles key definitions * @return the key manager */ public KeyManager getKeyManager() { if (exec.getKeyManager() == null) { exec.setKeyManager(new KeyManager(getConfiguration())); } return exec.getKeyManager(); }
/** * Register a named collation (actually a StringCollator) * @param name the name of the collation * @param collation the StringCollator that implements this collation */ public void setCollation(String name, StringCollator collation) { if (exec.getCollationTable() == null) { exec.setCollationTable(new CollationMap(getConfiguration())); } exec.getCollationTable().setNamedCollation(name, collation); }
/** * Register a named collation (actually a StringCollator) * @param name the name of the collation * @param collation the StringCollator that implements this collation */ public void setCollation(String name, StringCollator collation) { if (exec.getCollationTable() == null) { exec.setCollationTable(new CollationMap(getConfiguration())); } exec.getCollationTable().setNamedCollation(name, collation); }
/** * Register a named collation (actually a StringCollator) * @param name the name of the collation * @param collation the StringCollator that implements this collation */ public void setCollation(String name, StringCollator collation) { if (exec.getCollationTable() == null) { exec.setCollationTable(new CollationMap(getConfiguration())); } exec.getCollationTable().setNamedCollation(name, collation); }
Configuration config = getConfiguration(); Iterator iter = schemaIndex.iterator(); while (iter.hasNext()) {
Configuration config = getConfiguration(); Iterator iter = schemaIndex.iterator(); while (iter.hasNext()) {
Configuration config = getConfiguration(); Iterator iter = schemaIndex.iterator(); while (iter.hasNext()) {
Configuration config = getConfiguration(); return config.getCollationURIResolver().resolve(name, getBaseURI(), config);
Configuration config = getConfiguration(); return config.getCollationURIResolver().resolve(name, getBaseURI(), config);
Configuration config = getConfiguration(); return config.getCollationURIResolver().resolve(name, getBaseURI(), config);
compileError("Invalid value for default-validation attribute. " + "Permitted values are (strict, lax, preserve, strip)", "XTSE0020"); } else if (!getConfiguration().isSchemaAware(Configuration.XSLT) && defaultValidation != Validation.STRIP) { compileError("default-validation='" + atts.getValue(a) + "' requires a schema-aware processor",
compileError("Invalid value for default-validation attribute. " + "Permitted values are (strict, lax, preserve, strip)", "XTSE0020"); } else if (!getConfiguration().isSchemaAware(Configuration.XSLT) && defaultValidation != Validation.STRIP) { compileError("default-validation='" + atts.getValue(a) + "' requires a schema-aware processor",
compileError("Invalid value for default-validation attribute. " + "Permitted values are (strict, lax, preserve, strip)", "XTSE0020"); } else if (!getConfiguration().isSchemaAware(Configuration.XSLT) && defaultValidation != Validation.STRIP) { compileError("default-validation='" + atts.getValue(a) + "' requires a schema-aware processor",
ExecutableFunctionLibrary overriding = new ExecutableFunctionLibrary(getConfiguration()); ExecutableFunctionLibrary underriding = new ExecutableFunctionLibrary(getConfiguration()); Configuration config = getConfiguration(); FunctionLibraryList libraryList = new FunctionLibraryList(); libraryList.addFunctionLibrary( libraryList.addFunctionLibrary(overriding); libraryList.addFunctionLibrary(config.getVendorFunctionLibrary()); libraryList.addFunctionLibrary(new ConstructorFunctionLibrary(getConfiguration())); libraryList.addFunctionLibrary(queryFunctions); if (getConfiguration().isAllowExternalFunctions()) {
ExecutableFunctionLibrary overriding = new ExecutableFunctionLibrary(getConfiguration()); ExecutableFunctionLibrary underriding = new ExecutableFunctionLibrary(getConfiguration()); Configuration config = getConfiguration(); FunctionLibraryList libraryList = new FunctionLibraryList(); libraryList.addFunctionLibrary( libraryList.addFunctionLibrary(overriding); libraryList.addFunctionLibrary(config.getVendorFunctionLibrary()); libraryList.addFunctionLibrary(new ConstructorFunctionLibrary(getConfiguration())); libraryList.addFunctionLibrary(queryFunctions); if (getConfiguration().isAllowExternalFunctions()) {
ExecutableFunctionLibrary overriding = new ExecutableFunctionLibrary(getConfiguration()); ExecutableFunctionLibrary underriding = new ExecutableFunctionLibrary(getConfiguration()); Configuration config = getConfiguration(); FunctionLibraryList libraryList = new FunctionLibraryList(); libraryList.addFunctionLibrary( libraryList.addFunctionLibrary(overriding); libraryList.addFunctionLibrary(config.getVendorFunctionLibrary()); libraryList.addFunctionLibrary(new ConstructorFunctionLibrary(getConfiguration())); libraryList.addFunctionLibrary(queryFunctions); if (getConfiguration().isAllowExternalFunctions()) {