/** * Tell if the given LocPathIterator is relative to an absolute path, i.e. * in not dependent on the context. * * @return true if the LocPathIterator is not dependent on the context node. */ public boolean isAbsolute(LocPathIterator path) { int analysis = path.getAnalysisBits(); boolean isAbs = (WalkerFactory.isSet(analysis, WalkerFactory.BIT_ROOT) || WalkerFactory.isSet(analysis, WalkerFactory.BIT_ANY_DESCENDANT_FROM_ROOT)); if(isAbs) { isAbs = m_absPathChecker.checkAbsolute(path); } return isAbs; }
/** * Tell if the given LocPathIterator is relative to an absolute path, i.e. * in not dependent on the context. * * @return true if the LocPathIterator is not dependent on the context node. */ public boolean isAbsolute(LocPathIterator path) { int analysis = path.getAnalysisBits(); boolean isAbs = (WalkerFactory.isSet(analysis, WalkerFactory.BIT_ROOT) || WalkerFactory.isSet(analysis, WalkerFactory.BIT_ANY_DESCENDANT_FROM_ROOT)); if(isAbs) { isAbs = m_absPathChecker.checkAbsolute(path); } return isAbs; }
/** * Tell if the given LocPathIterator is relative to an absolute path, i.e. * in not dependent on the context. * * @return true if the LocPathIterator is not dependent on the context node. */ public boolean isAbsolute(LocPathIterator path) { int analysis = path.getAnalysisBits(); boolean isAbs = (WalkerFactory.isSet(analysis, WalkerFactory.BIT_ROOT) || WalkerFactory.isSet(analysis, WalkerFactory.BIT_ANY_DESCENDANT_FROM_ROOT)); if(isAbs) { isAbs = m_absPathChecker.checkAbsolute(path); } return isAbs; }
/** * Tell if the given LocPathIterator is relative to an absolute path, i.e. * in not dependent on the context. * * @return true if the LocPathIterator is not dependent on the context node. */ public boolean isAbsolute(LocPathIterator path) { int analysis = path.getAnalysisBits(); boolean isAbs = (WalkerFactory.isSet(analysis, WalkerFactory.BIT_ROOT) || WalkerFactory.isSet(analysis, WalkerFactory.BIT_ANY_DESCENDANT_FROM_ROOT)); if(isAbs) { isAbs = m_absPathChecker.checkAbsolute(path); } return isAbs; }
/** * Tell if the given LocPathIterator is relative to an absolute path, i.e. * in not dependent on the context. * * @return true if the LocPathIterator is not dependent on the context node. */ public boolean isAbsolute(LocPathIterator path) { int analysis = path.getAnalysisBits(); boolean isAbs = (WalkerFactory.isSet(analysis, WalkerFactory.BIT_ROOT) || WalkerFactory.isSet(analysis, WalkerFactory.BIT_ANY_DESCENDANT_FROM_ROOT)); if(isAbs) { isAbs = m_absPathChecker.checkAbsolute(path); } return isAbs; }
/** * Tell if the given LocPathIterator is relative to an absolute path, i.e. * in not dependent on the context. * * @return true if the LocPathIterator is not dependent on the context node. */ public boolean isAbsolute(LocPathIterator path) { int analysis = path.getAnalysisBits(); boolean isAbs = (WalkerFactory.isSet(analysis, WalkerFactory.BIT_ROOT) || WalkerFactory.isSet(analysis, WalkerFactory.BIT_ANY_DESCENDANT_FROM_ROOT)); if(isAbs) { isAbs = m_absPathChecker.checkAbsolute(path); } return isAbs; }
/** * Tell if the given LocPathIterator is relative to an absolute path, i.e. * in not dependent on the context. * * @return true if the LocPathIterator is not dependent on the context node. */ public boolean isAbsolute(LocPathIterator path) { int analysis = path.getAnalysisBits(); boolean isAbs = (WalkerFactory.isSet(analysis, WalkerFactory.BIT_ROOT) || WalkerFactory.isSet(analysis, WalkerFactory.BIT_ANY_DESCENDANT_FROM_ROOT)); if(isAbs) { isAbs = m_absPathChecker.checkAbsolute(path); } return isAbs; }
/** * Tell if the given LocPathIterator is relative to an absolute path, i.e. * in not dependent on the context. * * @return true if the LocPathIterator is not dependent on the context node. */ public boolean isAbsolute(LocPathIterator path) { int analysis = path.getAnalysisBits(); boolean isAbs = (WalkerFactory.isSet(analysis, WalkerFactory.BIT_ROOT) || WalkerFactory.isSet(analysis, WalkerFactory.BIT_ANY_DESCENDANT_FROM_ROOT)); if(isAbs) { isAbs = m_absPathChecker.checkAbsolute(path); } return isAbs; }
/** * Tell if the given LocPathIterator is relative to an absolute path, i.e. * in not dependent on the context. * * @return true if the LocPathIterator is not dependent on the context node. */ public boolean isAbsolute(LocPathIterator path) { int analysis = path.getAnalysisBits(); boolean isAbs = (WalkerFactory.isSet(analysis, WalkerFactory.BIT_ROOT) || WalkerFactory.isSet(analysis, WalkerFactory.BIT_ANY_DESCENDANT_FROM_ROOT)); if(isAbs) { isAbs = m_absPathChecker.checkAbsolute(path); } return isAbs; }
/** * Tell if the given LocPathIterator is relative to an absolute path, i.e. * in not dependent on the context. * * @return true if the LocPathIterator is not dependent on the context node. */ public boolean isAbsolute(LocPathIterator path) { int analysis = path.getAnalysisBits(); boolean isAbs = (WalkerFactory.isSet(analysis, WalkerFactory.BIT_ROOT) || WalkerFactory.isSet(analysis, WalkerFactory.BIT_ANY_DESCENDANT_FROM_ROOT)); if(isAbs) { isAbs = m_absPathChecker.checkAbsolute(path); } return isAbs; }
/** * Tell if the given LocPathIterator is relative to an absolute path, i.e. * in not dependent on the context. * * @return true if the LocPathIterator is not dependent on the context node. */ public boolean isAbsolute(LocPathIterator path) { int analysis = path.getAnalysisBits(); boolean isAbs = (WalkerFactory.isSet(analysis, WalkerFactory.BIT_ROOT) || WalkerFactory.isSet(analysis, WalkerFactory.BIT_ANY_DESCENDANT_FROM_ROOT)); if(isAbs) { isAbs = m_absPathChecker.checkAbsolute(path); } return isAbs; }