/// <summary> /// Sorts the collection of descriptors. /// </summary> /// <param name="leastDependentFirst">A flag that if true sorts the collection placing descriptors with the least /// number of dependencies first, false places the descriptors with the most dependencies first.</param> public void Sort(bool leastDependentFirst) { // use our custom comparers to sort based on dependencies IComparer comparer; if (leastDependentFirst) { comparer = new LeastDependentComparer(); } else { comparer = new MostDependentComparer(); } Sort(comparer); }
/// <summary> /// Sorts the collection of descriptors. /// </summary> /// <param name="leastDependentFirst">A flag that if true sorts the collection placing descriptors with the least /// number of dependencies first, false places the descriptors with the most dependencies first.</param> public void Sort(bool leastDependentFirst) { // use our custom comparers to sort based on dependencies IComparer comparer = null; if (leastDependentFirst) { comparer = new LeastDependentComparer(); } else { comparer = new MostDependentComparer(); } this.Sort(comparer); this.LogContents(); }
/// <summary> /// Sorts the collection of descriptors. /// </summary> /// <param name="leastDependentFirst">A flag that if true sorts the collection placing descriptors with the least /// number of dependencies first, false places the descriptors with the most dependencies first.</param> public void Sort(bool leastDependentFirst) { // use our custom comparers to sort based on dependencies IComparer comparer = null; if (leastDependentFirst) comparer = new LeastDependentComparer(); else comparer = new MostDependentComparer(); this.Sort(comparer); this.LogContents(); }