/** Append a text child at the current insertion point. Assumes that the * actual content of the text has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendTextChild(int m_char_current_start,int contentLength) { // create a Text Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = TEXT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/** Append a comment child at the current insertion point. Assumes that the * actual content of the comment has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendComment(int m_char_current_start,int contentLength) { // create a Comment Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = COMMENT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/** Append a comment child at the current insertion point. Assumes that the * actual content of the comment has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendComment(int m_char_current_start,int contentLength) { // create a Comment Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = COMMENT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/** Append a text child at the current insertion point. Assumes that the * actual content of the text has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendTextChild(int m_char_current_start,int contentLength) { // create a Text Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = TEXT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/**/System.out.println("set w3="+w3+" "+(w3>>16)+"/"+(w3&0xffff)); int ourslot = appendNode(w0, w1, w2, w3); appendNode(w0, w1, w2, w3);
/**/System.out.println("set w3="+w3+" "+(w3>>16)+"/"+(w3&0xffff)); int ourslot = appendNode(w0, w1, w2, w3); appendNode(w0, w1, w2, w3);
int ourslot = appendNode(w0, w1, w2, w3); currentParent = ourslot; previousSibling = 0;
int ourslot = appendNode(w0, w1, w2, w3); currentParent = ourslot; previousSibling = 0;
int ourslot = appendNode(w0, w1, w2, w3);
int ourslot = appendNode(w0, w1, w2, w3);
/** Append a comment child at the current insertion point. Assumes that the * actual content of the comment has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendComment(int m_char_current_start,int contentLength) { // create a Comment Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = COMMENT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/** Append a text child at the current insertion point. Assumes that the * actual content of the text has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendTextChild(int m_char_current_start,int contentLength) { // create a Text Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = TEXT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/** Append a text child at the current insertion point. Assumes that the * actual content of the text has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendTextChild(int m_char_current_start,int contentLength) { // create a Text Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = TEXT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/** Append a comment child at the current insertion point. Assumes that the * actual content of the comment has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendComment(int m_char_current_start,int contentLength) { // create a Comment Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = COMMENT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/** Append a text child at the current insertion point. Assumes that the * actual content of the text has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendTextChild(int m_char_current_start,int contentLength) { // create a Text Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = TEXT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/** Append a text child at the current insertion point. Assumes that the * actual content of the text has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendTextChild(int m_char_current_start,int contentLength) { // create a Text Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = TEXT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/** Append a text child at the current insertion point. Assumes that the * actual content of the text has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendTextChild(int m_char_current_start,int contentLength) { // create a Text Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = TEXT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/** Append a comment child at the current insertion point. Assumes that the * actual content of the comment has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendComment(int m_char_current_start,int contentLength) { // create a Comment Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = COMMENT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/** Append a comment child at the current insertion point. Assumes that the * actual content of the comment has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendComment(int m_char_current_start,int contentLength) { // create a Comment Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = COMMENT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }
/** Append a comment child at the current insertion point. Assumes that the * actual content of the comment has previously been appended to the m_char * buffer (shared with the builder). * * @param m_char_current_start int Starting offset of node's content in m_char. * @param contentLength int Length of node's content in m_char. * */ void appendComment(int m_char_current_start,int contentLength) { // create a Comment Node // %TBD% may be possible to combine with appendNode()to replace the next chunk of code int w0 = COMMENT_NODE; // W1: Parent int w1 = currentParent; // W2: Start position within m_char int w2 = m_char_current_start; // W3: Length of the full string int w3 = contentLength; int ourslot = appendNode(w0, w1, w2, w3); previousSibling = ourslot; }