/** * Constructor for a variable stack. * @param initStackSize The initial stack size. Must be at least one. The * stack can grow if needed. */ public VariableStack(int initStackSize) { // Allow for twice as many variables as stack link entries reset(initStackSize, initStackSize*2); }
/** * Constructor for a variable stack. */ public VariableStack() { reset(); }
/** * Reset the stack to a start position. */ public void reset() { // If the stack was previously allocated, assume that about the same // amount of stack space will be needed again; otherwise, use a very // large stack size. int linksSize = (_links == null) ? XPathContext.RECURSIONLIMIT : _links.length; int varArraySize = (_stackFrames == null) ? XPathContext.RECURSIONLIMIT * 2 : _stackFrames.length; reset(linksSize, varArraySize); }
/** * Constructor for a variable stack. */ public VariableStack() { reset(); }
/** * Constructor for a variable stack. * @param initStackSize The initial stack size. Must be at least one. The * stack can grow if needed. */ public VariableStack(int initStackSize) { // Allow for twice as many variables as stack link entries reset(initStackSize, initStackSize*2); }
/** * Reset the stack to a start position. */ public void reset() { // If the stack was previously allocated, assume that about the same // amount of stack space will be needed again; otherwise, use a very // large stack size. int linksSize = (_links == null) ? XPathContext.RECURSIONLIMIT : _links.length; int varArraySize = (_stackFrames == null) ? XPathContext.RECURSIONLIMIT * 2 : _stackFrames.length; reset(linksSize, varArraySize); }
m_xcontext.getVarStack().reset(); resetUserParameters();
m_xcontext.getVarStack().reset(); resetUserParameters();
/** * Constructor for a variable stack. */ public VariableStack() { reset(); }
/** * Constructor for a variable stack. */ public VariableStack() { reset(); }
/** * Constructor for a variable stack. */ public VariableStack() { reset(); }
/** * Constructor for a variable stack. * @param initStackSize The initial stack size. Must be at least one. The * stack can grow if needed. */ public VariableStack(int initStackSize) { // Allow for twice as many variables as stack link entries reset(initStackSize, initStackSize*2); }
/** * Constructor for a variable stack. */ public VariableStack() { reset(); }
/** * Constructor for a variable stack. */ public VariableStack() { reset(); }
/** * Constructor for a variable stack. * @param initStackSize The initial stack size. Must be at least one. The * stack can grow if needed. */ public VariableStack(int initStackSize) { // Allow for twice as many variables as stack link entries reset(initStackSize, initStackSize*2); }
/** * Constructor for a variable stack. * @param initStackSize The initial stack size. Must be at least one. The * stack can grow if needed. */ public VariableStack(int initStackSize) { // Allow for twice as many variables as stack link entries reset(initStackSize, initStackSize*2); }
/** * Constructor for a variable stack. */ public VariableStack() { reset(); }
/** * Constructor for a variable stack. * @param initStackSize The initial stack size. Must be at least one. The * stack can grow if needed. */ public VariableStack(int initStackSize) { // Allow for twice as many variables as stack link entries reset(initStackSize, initStackSize*2); }
/** * Constructor for a variable stack. * @param initStackSize The initial stack size. Must be at least one. The * stack can grow if needed. */ public VariableStack(int initStackSize) { // Allow for twice as many variables as stack link entries reset(initStackSize, initStackSize*2); }
/** * Constructor for a variable stack. * @param initStackSize The initial stack size. Must be at least one. The * stack can grow if needed. */ public VariableStack(int initStackSize) { // Allow for twice as many variables as stack link entries reset(initStackSize, initStackSize*2); }