/** *<p> * Note: the default implementation is not optimized, as it does * a potentially unnecessary copy of the contents. It is expected that * this method is seldom called (Woodstox never directly calls it; it * only gets called for chained validators when one validator normalizes * the value, and then following validators are passed a String, not * char array) */ public String validate(DTDValidatorBase v, String value, boolean normalize) throws XMLStreamException { int len = value.length(); /* Temporary buffer has to come from the validator itself, since * attribute objects are stateless and shared... */ char[] cbuf = v.getTempAttrValueBuffer(value.length()); if (len > 0) { value.getChars(0, len, cbuf, 0); } return validate(v, cbuf, 0, len, normalize); }
String result = attr.validate(this, valueChars, valueStart, valueEnd, mNormAttrs); if (mCurrHasAnyFixed && attr.isFixed()) { String exp = attr.getDefaultValue(mContext, this);
String result = attr.validate(this, value, mNormAttrs); if (mCurrHasAnyFixed && attr.isFixed()) { String act = (result == null) ? value : result;
/** *<p> * Note: the default implementation is not optimized, as it does * a potentially unnecessary copy of the contents. It is expected that * this method is seldom called (Woodstox never directly calls it; it * only gets called for chained validators when one validator normalizes * the value, and then following validators are passed a String, not * char array) */ public String validate(DTDValidatorBase v, String value, boolean normalize) throws XMLStreamException { int len = value.length(); /* Temporary buffer has to come from the validator itself, since * attribute objects are stateless and shared... */ char[] cbuf = v.getTempAttrValueBuffer(value.length()); if (len > 0) { value.getChars(0, len, cbuf, 0); } return validate(v, cbuf, 0, len, normalize); }
/** *<p> * Note: the default implementation is not optimized, as it does * a potentially unnecessary copy of the contents. It is expected that * this method is seldom called (Woodstox never directly calls it; it * only gets called for chained validators when one validator normalizes * the value, and then following validators are passed a String, not * char array) */ public String validate(DTDValidatorBase v, String value, boolean normalize) throws XMLValidationException { int len = value.length(); /* Temporary buffer has to come from the validator itself, since * attribute objects are stateless and shared... */ char[] cbuf = v.getTempAttrValueBuffer(value.length()); if (len > 0) { value.getChars(0, len, cbuf, 0); } return validate(v, cbuf, 0, len, normalize); }
/** *<p> * Note: the default implementation is not optimized, as it does * a potentially unnecessary copy of the contents. It is expected that * this method is seldom called (Woodstox never directly calls it; it * only gets called for chained validators when one validator normalizes * the value, and then following validators are passed a String, not * char array) */ public String validate(DTDValidatorBase v, String value, boolean normalize) throws XMLStreamException { int len = value.length(); /* Temporary buffer has to come from the validator itself, since * attribute objects are stateless and shared... */ char[] cbuf = v.getTempAttrValueBuffer(value.length()); if (len > 0) { value.getChars(0, len, cbuf, 0); } return validate(v, cbuf, 0, len, normalize); }
/** *<p> * Note: the default implementation is not optimized, as it does * a potentially unnecessary copy of the contents. It is expected that * this method is seldom called (Woodstox never directly calls it; it * only gets called for chained validators when one validator normalizes * the value, and then following validators are passed a String, not * char array) */ public String validate(DTDValidatorBase v, String value, boolean normalize) throws XMLValidationException { int len = value.length(); /* Temporary buffer has to come from the validator itself, since * attribute objects are stateless and shared... */ char[] cbuf = v.getTempAttrValueBuffer(value.length()); if (len > 0) { value.getChars(0, len, cbuf, 0); } return validate(v, cbuf, 0, len, normalize); }
/** *<p> * Note: the default implementation is not optimized, as it does * a potentially unnecessary copy of the contents. It is expected that * this method is seldom called (Woodstox never directly calls it; it * only gets called for chained validators when one validator normalizes * the value, and then following validators are passed a String, not * char array) */ public String validate(DTDValidatorBase v, String value, boolean normalize) throws XMLValidationException { int len = value.length(); /* Temporary buffer has to come from the validator itself, since * attribute objects are stateless and shared... */ char[] cbuf = v.getTempAttrValueBuffer(value.length()); if (len > 0) { value.getChars(0, len, cbuf, 0); } return validate(v, cbuf, 0, len, normalize); }
/** *<p> * Note: the default implementation is not optimized, as it does * a potentially unnecessary copy of the contents. It is expected that * this method is seldom called (Woodstox never directly calls it; it * only gets called for chained validators when one validator normalizes * the value, and then following validators are passed a String, not * char array) */ public String validate(DTDValidatorBase v, String value, boolean normalize) throws XMLStreamException { int len = value.length(); /* Temporary buffer has to come from the validator itself, since * attribute objects are stateless and shared... */ char[] cbuf = v.getTempAttrValueBuffer(value.length()); if (len > 0) { value.getChars(0, len, cbuf, 0); } return validate(v, cbuf, 0, len, normalize); }
/** *<p> * Note: the default implementation is not optimized, as it does * a potentially unnecessary copy of the contents. It is expected that * this method is seldom called (Woodstox never directly calls it; it * only gets called for chained validators when one validator normalizes * the value, and then following validators are passed a String, not * char array) */ public String validate(DTDValidatorBase v, String value, boolean normalize) throws XMLStreamException { int len = value.length(); /* Temporary buffer has to come from the validator itself, since * attribute objects are stateless and shared... */ char[] cbuf = v.getTempAttrValueBuffer(value.length()); if (len > 0) { value.getChars(0, len, cbuf, 0); } return validate(v, cbuf, 0, len, normalize); }
String result = attr.validate(this, valueChars, valueStart, valueEnd, mNormAttrs); if (mCurrHasAnyFixed && attr.isFixed()) { String exp = attr.getDefaultValue(mContext, this);
String result = attr.validate(this, value, mNormAttrs); if (mCurrHasAnyFixed && attr.isFixed()) { String act = (result == null) ? value : result;
String result = attr.validate(this, value, mNormAttrs); if (mCurrHasAnyFixed && attr.isFixed()) { String act = (result == null) ? value : result;
String result = attr.validate(this, valueChars, valueStart, valueEnd, mNormAttrs); if (mCurrHasAnyFixed && attr.isFixed()) { String exp = attr.getDefaultValue(mContext);
String result = attr.validate(this, value, mNormAttrs); if (mCurrHasAnyFixed && attr.isFixed()) { String act = (result == null) ? value : result;
String result = attr.validate(this, valueChars, valueStart, valueEnd, mNormAttrs); if (mCurrHasAnyFixed && attr.isFixed()) { String exp = attr.getDefaultValue(mContext);
String result = attr.validate(this, value, mNormAttrs); if (mCurrHasAnyFixed && attr.isFixed()) { String act = (result == null) ? value : result;
String result = attr.validate(this, value, mNormAttrs); if (mCurrHasAnyFixed && attr.isFixed()) { String act = (result == null) ? value : result;
String result = attr.validate(this, value, mNormAttrs); if (mCurrHasAnyFixed && attr.isFixed()) { String act = (result == null) ? value : result;
String result = attr.validate(this, value, mNormAttrs); if (mCurrHasAnyFixed && attr.isFixed()) { String act = (result == null) ? value : result;