Datasets:
JoaoJunior
/
formatted-java-code-APR

Dataset card Data Studio Files
xet
 Community
1
bugged
stringlengths
6
599k
fixed
stringlengths
6
40.8M
__index_level_0__
int64
0
3.24M
public int getElementContentType (String name) { Object element [] = (Object []) elementInfo.get (name); return getContentType (element, CONTENT_UNDECLARED); }
public int getElementContentType (String name) { Object element [] = (Object []) elementInfo.get (name); return getContentType (element, CONTENT_UNDECLARED); }
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public String [] getEntityIds (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return null; } else { return (String []) entity [1]; } }
public ExternalIdentifiers getEntityIds(String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return null; } else { return (String []) entity [1]; } }
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public String [] getEntityIds (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return null; } else { return (String []) entity [1]; } }
public String [] getEntityIds (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return null; } else { return (String []) entity [1]; } }
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public int getEntityType (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return ENTITY_UNDECLARED; } else { return ((Integer) entity [0]).intValue (); } }
public int getEntityType(String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return ENTITY_UNDECLARED; } else { return ((Integer) entity [0]).intValue (); } }
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public int getEntityType (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return ENTITY_UNDECLARED; } else { return ((Integer) entity [0]).intValue (); } }
public int getEntityType (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return ENTITY_UNDECLARED; } else { return ((Integer) entity [0]).intValue (); } }
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public int getEntityType (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return ENTITY_UNDECLARED; } else { return ((Integer) entity [0]).intValue (); } }
public int getEntityType (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return ENTITY_UNDECLARED; else { return ((Integer) entity [0]).intValue (); }
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public String getEntityValue (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return null; } else { return (String) entity [3]; } }
public String getEntityValue(String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return null; } else { return (String) entity [3]; } }
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public String getEntityValue (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return null; } else { return (String) entity [3]; } }
public String getEntityValue (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return null; } else { return (String) entity [3]; } }
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public String getEntityValue (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return null; } else { return (String) entity [3]; } }
public String getEntityValue (String ename) { Object entity[] = (Object[]) entityInfo.get (ename); if (entity == null) { return null; else { return (String) entity [3]; }
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private int getNextUtf8Byte (int pos, int count) throws SAXException, IOException { int val; // Take a character from the buffer // or from the actual input stream. if (pos < count) { val = rawReadBuffer [pos]; } else { val = is.read (); if (val == -1) { encodingError ("unfinished multi-byte UTF-...
private int getNextUtf8Byte(int pos, int count) throws SAXException, IOException { int val; // Take a character from the buffer // or from the actual input stream. if (pos < count) { val = rawReadBuffer [pos]; } else { val = is.read (); if (val == -1) { encodingError ("unfinished multi-byte UTF-8...
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private int getNextUtf8Byte (int pos, int count) throws SAXException, IOException { int val; // Take a character from the buffer // or from the actual input stream. if (pos < count) { val = rawReadBuffer [pos]; } else { val = is.read (); if (val == -1) { encodingError ("unfinished multi-byte UTF-...
private int getNextUtf8Byte (int pos, int count) throws SAXException, IOException { int val; // Take a character from the buffer // or from the actual input stream. if (pos < count) { val = rawReadBuffer [pos]; } else { val = is.read (); if (val == -1) { encodingError ("unfinished multi-byte UTF-...
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private int getNextUtf8Byte (int pos, int count) throws SAXException, IOException { int val; // Take a character from the buffer // or from the actual input stream. if (pos < count) { val = rawReadBuffer [pos]; } else { val = is.read (); if (val == -1) { encodingError ("unfinished multi-byte UTF-...
private int getNextUtf8Byte (int pos, int count) throws SAXException, IOException { int val; // Take a character from the buffer // or from the actual input stream. if (pos < count) { val = rawReadBuffer [pos]; } else { val = is.read (); if (val == -1) { encodingError ("unfinished multi-byte UTF-...
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private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
private void initializeVariables() { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityInf...
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private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
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private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
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private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
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private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
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private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
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private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
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private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
private void initializeVariables () { // First line line = 1; column = 0; // Set up the buffers for data and names dataBufferPos = 0; dataBuffer = new char [DATA_BUFFER_INITIAL]; nameBufferPos = 0; nameBuffer = new char [NAME_BUFFER_INITIAL]; // Set up the DTD hash tables elementInfo = new Hashtable (); entityIn...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern(char[] ch, int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SYM...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
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public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
public String intern (char ch[], int start, int length) { int index = 0; int hash = 0; Object bucket []; // Generate a hash code. This is a widely used string hash, // often attributed to Brian Kernighan. for (int i = start; i < start + length; i++) hash = 31 * hash + ch [i]; hash = (hash & 0x7fffffff) % SY...
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private static boolean isExtender (char c) { // [88] Extender ::= ... return c == 0x00b7 || c == 0x02d0 || c == 0x02d1 || c == 0x0387 || c == 0x0640 || c == 0x0e46 || c == 0x0ec6 || c == 0x3005 || (c >= 0x3031 && c <= 0x3035) || (c >= 0x309d && c <= 0x309e) || (c >= 0x30fc && c <= 0x3...
private static boolean isExtender(char c) { // [88] Extender ::= ... return c == 0x00b7 || c == 0x02d0 || c == 0x02d1 || c == 0x0387 || c == 0x0640 || c == 0x0e46 || c == 0x0ec6 || c == 0x3005 || (c >= 0x3031 && c <= 0x3035) || (c >= 0x309d && c <= 0x309e) || (c >= 0x30fc && c <= 0x30...
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private final boolean isWhitespace (char c) { if (c > 0x20) return false; if (c == 0x20 || c == 0x0a || c == 0x09 || c == 0x0d) return true; return false; // illegal ... }
private final boolean isWhitespace(char c) { if (c > 0x20) return false; if (c == 0x20 || c == 0x0a || c == 0x09 || c == 0x0d) return true; return false; // illegal ... }
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private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.get...
private void parseAttDef(String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.getF...
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private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.get...
private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.get...
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private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.get...
private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.get...
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private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.get...
private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.str...
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private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.get...
private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.get...
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private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.get...
private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.get...
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private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.get...
private void parseAttDef (String elementName) throws Exception { String name; String type; String enumer = null; // Read the attribute name. name = readNmtoken (true); // Read the attribute type. requireWhitespace (); type = readAttType (); // Get the string of enumerated values if necessary. if (handler.get...
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private void parseAttlistDecl () throws Exception { String elementName; requireWhitespace (); elementName = readNmtoken (true); boolean white = tryWhitespace (); while (!tryRead ('>')) { if (!white) error ("whitespace required before attribute definition"); parseAttDef (elementName); white = tryW...
private void parseAttlistDecl() throws Exception { String elementName; requireWhitespace (); elementName = readNmtoken (true); boolean white = tryWhitespace (); while (!tryRead ('>')) { if (!white) error ("whitespace required before attribute definition"); parseAttDef (elementName); white = tryWh...
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private void parseAttlistDecl () throws Exception { String elementName; requireWhitespace (); elementName = readNmtoken (true); boolean white = tryWhitespace (); while (!tryRead ('>')) { if (!white) error ("whitespace required before attribute definition"); parseAttDef (elementName); white = tryW...
private void parseAttlistDecl () throws Exception { String elementName; requireWhitespace (); elementName = readNmtoken (true); boolean white = tryWhitespace (); while (!tryRead ('>')) { if (!white) error ("whitespace required before attribute definition"); parseAttDef (elementName); white = tryW...
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private void parseAttlistDecl () throws Exception { String elementName; requireWhitespace (); elementName = readNmtoken (true); boolean white = tryWhitespace (); while (!tryRead ('>')) { if (!white) error ("whitespace required before attribute definition"); parseAttDef (elementName); white = tryW...
private void parseAttlistDecl () throws Exception { String elementName; requireWhitespace (); elementName = readNmtoken (true); boolean white = tryWhitespace (); while (!tryRead ('>')) { if (!white) error ("whitespace required before attribute definition"); parseAttDef (elementName); white = tryW...
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private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
private void parseAttribute(String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace //...
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private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
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private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
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private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
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private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
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private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
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private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
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private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
private void parseAttribute (String name) throws Exception { String aname; String type; String value; int flags = LIT_ATTRIBUTE | LIT_ENTITY_REF; // Read the attribute name. aname = readNmtoken (true); type = getAttributeType (name, aname); // Parse '=' parseEq (); // Read the value, normalizing whitespace /...
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private void parseCDSect () throws Exception { parseUntil (endDelimCDATA); dataBufferFlush (); }
private void parseCDSect() throws Exception { parseUntil (endDelimCDATA); dataBufferFlush (); }
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private void parseCDSect () throws Exception { parseUntil (endDelimCDATA); dataBufferFlush (); }
private void parseCDSect () throws Exception { parseUntil (endDelimCDATA); dataBufferFlush (); }
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData() throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right o...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
private void parseCharData () throws Exception { char c; int state = 0; boolean pureWhite = false; // assert (dataBufferPos == 0); // are we expecting pure whitespace? it might be dirty... if ((currentElementContent == CONTENT_ELEMENTS) && !isDirtyCurrentElement) pureWhite = true; // always report right ...
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private void parseCharRef () throws SAXException, IOException { parseCharRef (true /* do flushDataBuffer by default */); }
private void parseCharRef() throws SAXException, IOException { parseCharRef (true /* do flushDataBuffer by default */); }
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private void parseCharRef () throws SAXException, IOException { parseCharRef (true /* do flushDataBuffer by default */); }
private void parseCharRef () throws SAXException, IOException { parseCharRef(true /* do flushDataBuffer by default */); }
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private void parseComment () throws Exception { char c; boolean saved = expandPE; expandPE = false; parseUntil (endDelimComment); require ('>'); expandPE = saved; handler.comment (dataBuffer, 0, dataBufferPos); dataBufferPos = 0; }
private void parseComment() throws Exception { char c; boolean saved = expandPE; expandPE = false; parseUntil (endDelimComment); require ('>'); expandPE = saved; handler.comment (dataBuffer, 0, dataBufferPos); dataBufferPos = 0; }
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private void parseComment () throws Exception { char c; boolean saved = expandPE; expandPE = false; parseUntil (endDelimComment); require ('>'); expandPE = saved; handler.comment (dataBuffer, 0, dataBufferPos); dataBufferPos = 0; }
private void parseComment () throws Exception { char c; boolean saved = expandPE; expandPE = false; parseUntil (endDelimComment); require ('>'); expandPE = saved; handler.comment (dataBuffer, 0, dataBufferPos); dataBufferPos = 0; }
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private void parseComment () throws Exception { char c; boolean saved = expandPE; expandPE = false; parseUntil (endDelimComment); require ('>'); expandPE = saved; handler.comment (dataBuffer, 0, dataBufferPos); dataBufferPos = 0; }
private void parseComment () throws Exception { char c; boolean saved = expandPE; expandPE = false; parseUntil (endDelimComment); require ('>'); expandPE = saved; handler.comment (dataBuffer, 0, dataBufferPos); dataBufferPos = 0; }
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private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
private void parseConditionalSect(char[] saved) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitespac...
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private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
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private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
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private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
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private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
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private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
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private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
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private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
private void parseConditionalSect (char saved []) throws Exception { skipWhitespace (); if (tryRead ("INCLUDE")) { skipWhitespace (); require ('['); // VC: Proper Conditional Section/PE Nesting if (readBuffer != saved) handler.verror ("Illegal Conditional Section/PE nesting"); skipWhitesp...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent() throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } el...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
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private void parseContent () throws Exception { char c; while (true) { // consume characters (or ignorable whitspace) until delimiter parseCharData (); // Handle delimiters c = readCh (); switch (c) { case '&': // Found "&" c = readCh (); if (c == '#') { parseCharRef (); } e...
privatevoidparseContent()throwsException{ charc; while(true){ //consumecharacters(orignorablewhitspace)untildelimiter parseCharData(); //Handledelimiters c=readCh(); switch(c){ case'&': //Found"&" c=readCh(); if(c=='#'){ parseCharRef(); }else{ unread(c); parseEntityRef(true); } isDirtyCurrentElement=true; br...
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private void parseContentspec (String name) throws Exception {// FIXME: move elementDecl() into setElement(), pass EMTPY/ANY ... if (tryRead ("EMPTY")) { setElement (name, CONTENT_EMPTY, null, null); if (!skippedPE) handler.getDeclHandler ().elementDecl (name, "EMPTY"); return; } else if (tryRead...
private void parseContentspec(String name) throws Exception {// FIXME: move elementDecl() into setElement(), pass EMTPY/ANY ... if (tryRead ("EMPTY")) { setElement (name, CONTENT_EMPTY, null, null); if (!skippedPE) handler.getDeclHandler ().elementDecl (name, "EMPTY"); return; } else if (tryRead ...
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