/** * Note: once this instance is created, trace info still needs to be * appended by caller, depending on the context its created. */ private void createEncodingMemento(String detectedCharsetName) { fEncodingMemento = new EncodingMemento(); fEncodingMemento.setJavaCharsetName(getAppropriateJavaCharset(detectedCharsetName)); fEncodingMemento.setDetectedCharsetName(detectedCharsetName); // TODO: if detectedCharset and spec default is // null, need to use "work // bench based" defaults. fEncodingMemento.setAppropriateDefault(getSpecDefaultEncoding()); }
public String getEncoding() throws IOException { return getEncodingMemento().getDetectedCharsetName(); }
private void handleSpecDefault() { String encodingName; encodingName = getSpecDefaultEncoding(); if (encodingName != null) { //createEncodingMemento(encodingName, // EncodingMemento.USED_CONTENT_TYPE_DEFAULT); fEncodingMemento = new EncodingMemento(); fEncodingMemento.setJavaCharsetName(encodingName); fEncodingMemento.setAppropriateDefault(encodingName); } }
Object detectedByteOrderMark = encodingMemento.getUnicodeBOM(); if (detectedByteOrderMark != null) { Object existingByteOrderMark = description.getProperty(IContentDescription.BYTE_ORDER_MARK); if (!encodingMemento.isValid()) { description.setProperty(IContentDescriptionExtended.UNSUPPORTED_CHARSET, encodingMemento.getInvalidEncoding()); description.setProperty(IContentDescriptionExtended.APPROPRIATE_DEFAULT, encodingMemento.getAppropriateDefault()); Object detectedCharset = encodingMemento.getDetectedCharsetName(); Object javaCharset = encodingMemento.getJavaCharsetName();
public EncodingMemento getSpecDefaultEncodingMemento() { resetAll(); EncodingMemento result = null; String enc = getSpecDefaultEncoding(); if (enc != null) { createEncodingMemento(enc, EncodingMemento.DEFAULTS_ASSUMED_FOR_EMPTY_INPUT); fEncodingMemento.setAppropriateDefault(enc); result = fEncodingMemento; } return result; }
fEncodingMemento.setInvalidEncoding(detectedCharsetName); fEncodingMemento.setInvalidEncoding(detectedCharsetName);
Object detectedByteOrderMark = encodingMemento.getUnicodeBOM(); if (detectedByteOrderMark != null) { Object existingByteOrderMark = description.getProperty(IContentDescription.BYTE_ORDER_MARK); if (!encodingMemento.isValid()) { description.setProperty(IContentDescriptionExtended.UNSUPPORTED_CHARSET, encodingMemento.getInvalidEncoding()); description.setProperty(IContentDescriptionExtended.APPROPRIATE_DEFAULT, encodingMemento.getAppropriateDefault()); Object detectedCharset = encodingMemento.getDetectedCharsetName(); Object javaCharset = encodingMemento.getJavaCharsetName();
private void handleSpecDefault() { String encodingName; encodingName = getSpecDefaultEncoding(); if (encodingName != null) { // createEncodingMemento(encodingName, // EncodingMemento.USED_CONTENT_TYPE_DEFAULT); fEncodingMemento = new EncodingMemento(); fEncodingMemento.setJavaCharsetName(encodingName); fEncodingMemento.setAppropriateDefault(encodingName); } }
public EncodingMemento getSpecDefaultEncodingMemento() { resetAll(); EncodingMemento result = null; String enc = getSpecDefaultEncoding(); if (enc != null) { createEncodingMemento(enc, EncodingMemento.DEFAULTS_ASSUMED_FOR_EMPTY_INPUT); fEncodingMemento.setAppropriateDefault(enc); result = fEncodingMemento; } return result; }
fEncodingMemento.setInvalidEncoding(detectedCharsetName); fEncodingMemento.setInvalidEncoding(detectedCharsetName);
Object detectedByteOrderMark = encodingMemento.getUnicodeBOM(); if (detectedByteOrderMark != null) { Object existingByteOrderMark = description.getProperty(IContentDescription.BYTE_ORDER_MARK); if (!encodingMemento.isValid()) { description.setProperty(IContentDescriptionExtended.UNSUPPORTED_CHARSET, encodingMemento.getInvalidEncoding()); description.setProperty(IContentDescriptionExtended.APPROPRIATE_DEFAULT, encodingMemento.getAppropriateDefault()); Object detectedCharset = encodingMemento.getDetectedCharsetName(); Object javaCharset = encodingMemento.getJavaCharsetName();
/** * Note: once this instance is created, trace info still needs to be * appended by caller, depending on the context its created. */ private void createEncodingMemento(String detectedCharsetName) { fEncodingMemento = new EncodingMemento(); fEncodingMemento.setJavaCharsetName(getAppropriateJavaCharset(detectedCharsetName)); fEncodingMemento.setDetectedCharsetName(detectedCharsetName); // TODO: if detectedCharset and spec default is // null, need to use "work // bench based" defaults. fEncodingMemento.setAppropriateDefault(getSpecDefaultEncoding()); }
private void handleSpecDefault() { String encodingName; encodingName = getSpecDefaultEncoding(); if (encodingName != null) { // createEncodingMemento(encodingName, // EncodingMemento.USED_CONTENT_TYPE_DEFAULT); fEncodingMemento = new EncodingMemento(); fEncodingMemento.setJavaCharsetName(encodingName); fEncodingMemento.setAppropriateDefault(encodingName); } }
public EncodingMemento getSpecDefaultEncodingMemento() { resetAll(); EncodingMemento result = null; String enc = getSpecDefaultEncoding(); if (enc != null) { createEncodingMemento(enc, EncodingMemento.DEFAULTS_ASSUMED_FOR_EMPTY_INPUT); fEncodingMemento.setAppropriateDefault(enc); result = fEncodingMemento; } return result; }
public String getEncoding() throws IOException { return getEncodingMemento().getDetectedCharsetName(); }
fEncodingMemento.setInvalidEncoding(detectedCharsetName); fEncodingMemento.setInvalidEncoding(detectedCharsetName);
Object detectedByteOrderMark = encodingMemento.getUnicodeBOM(); if (detectedByteOrderMark != null) { Object existingByteOrderMark = description.getProperty(IContentDescription.BYTE_ORDER_MARK); if (!encodingMemento.isValid()) { description.setProperty(IContentDescriptionExtended.UNSUPPORTED_CHARSET, encodingMemento.getInvalidEncoding()); description.setProperty(IContentDescriptionExtended.APPROPRIATE_DEFAULT, encodingMemento.getAppropriateDefault()); Object detectedCharset = encodingMemento.getDetectedCharsetName(); Object javaCharset = encodingMemento.getJavaCharsetName();
/** * Note: once this instance is created, trace info still needs to be * appended by caller, depending on the context its created. */ private void createEncodingMemento(String detectedCharsetName) { fEncodingMemento = new EncodingMemento(); fEncodingMemento.setJavaCharsetName(getAppropriateJavaCharset(detectedCharsetName)); fEncodingMemento.setDetectedCharsetName(detectedCharsetName); // TODO: if detectedCharset and spec default is // null, need to use "work // bench based" defaults. fEncodingMemento.setAppropriateDefault(getSpecDefaultEncoding()); }
private void handleSpecDefault() { String encodingName; encodingName = getSpecDefaultEncoding(); if (encodingName != null) { // createEncodingMemento(encodingName, // EncodingMemento.USED_CONTENT_TYPE_DEFAULT); fEncodingMemento = new EncodingMemento(); fEncodingMemento.setJavaCharsetName(encodingName); fEncodingMemento.setAppropriateDefault(encodingName); } }
public EncodingMemento getSpecDefaultEncodingMemento() { resetAll(); EncodingMemento result = null; String enc = getSpecDefaultEncoding(); if (enc != null) { createEncodingMemento(enc, EncodingMemento.DEFAULTS_ASSUMED_FOR_EMPTY_INPUT); fEncodingMemento.setAppropriateDefault(enc); result = fEncodingMemento; } return result; }