public int CompareTo(QuestionContent other) { if (this.Content != other.Content) { return(this.Content.Length - other.Content.Length); } if (this.QuestionPartCollection.Count != other.QuestionPartCollection.Count) { return(this.QuestionPartCollection.Count - other.QuestionPartCollection.Count); } for (int i = 0; i < this.QuestionPartCollection.Count; i++) { QuestionContentPart part = this.QuestionPartCollection[i]; QuestionContentPart partOther = other.QuestionPartCollection[i]; int ret = part.CompareTo(partOther); if (ret != 0) { return(ret); } } return(0); }
public override int CompareTo(QuestionContentPart other) { if (this == other) { return(0); } if (!(other is QuestionContentPart)) { return(-1); } QuestionFractionPart otherPart = other as QuestionFractionPart; int retDenominator = this.denominator.CompareTo(otherPart.Denominator); int retNumertor = this.numerator.CompareTo(otherPart.Numerator); if (retDenominator == 0 && retNumertor == 0) { if (this.withPart != null && otherPart.WithPart != null) { int retWithPart = this.withPart.CompareTo(otherPart.WithPart); return(retWithPart); } else if (this.withPart != null || otherPart.WithPart != null) { return(-1); } return(0); } return(-1); }
public override int CompareTo(QuestionContentPart other) { if (this == other) { return(0); } if (!(other is ArithmeticDecimalValuePart)) { return(-1); } ArithmeticDecimalValuePart valuePart = other as ArithmeticDecimalValuePart; if (this.Value == valuePart.value) { return(0); } else if (this.value > valuePart.value) { return(1); } return(-1); }
public override int CompareTo(QuestionContentPart other) { if (other == this) { return(0); } return(-1); }
public override int CompareTo(QuestionContentPart other) { if (!(other is QuestionFlowDocumentPart)) { return(-1); } QuestionFlowDocumentPart flowDocumentPart = other as QuestionFlowDocumentPart; return(this.FlowDocument.CompareTo(flowDocumentPart.FlowDocument)); }
public object Clone() { QuestionContent newContent = new QuestionContent(); newContent.Id = this.Id; newContent.Content = this.Content; newContent.ContentType = this.ContentType; foreach (QuestionContentPart part in this.QuestionPartCollection) { QuestionContentPart newPart = part.Clone() as QuestionContentPart; newContent.QuestionPartCollection.Add(newPart); } return(newContent); }
public override int CompareTo(QuestionContentPart other) { if (this == other) { return(0); } if (!(other is ArithmeticSignPart)) { return(-1); } ArithmeticSignPart signOther = other as ArithmeticSignPart; return(this.Symbol - signOther.Symbol); }
public override int CompareTo(QuestionContentPart other) { if (this == other) { return(0); } if (!(other is QuestionTextPart)) { return(-1); } QuestionTextPart textPart = other as QuestionTextPart; return(this.text.CompareTo(textPart.Text)); }
public override int CompareTo(QuestionContentPart other) { if (this == other) { return(0); } if (!(other is QuestionPowerPart)) { return(-1); } QuestionPowerPart otherPower = other as QuestionPowerPart; return(this.Content.CompareTo(otherPower.Content)); }
public override int CompareTo(QuestionContentPart other) { if (!(other is ArithmeticFractionValuePart)) { return(-1); } ArithmeticFractionValuePart otherFraction = other as ArithmeticFractionValuePart; double rateThis = decimal.ToDouble(this.Numerator) / decimal.ToDouble(this.Denominator); double rateOther = decimal.ToDouble(otherFraction.Numerator) / decimal.ToDouble(otherFraction.Denominator); if (rateThis == rateOther) { return(0); } if (rateThis > rateOther) { return(1); } return(-1); }
public override int CompareTo(QuestionContentPart other) { /* * QuestionPowerExponentPart part = new QuestionPowerExponentPart(); * part.BaseNumber = new QuestionContent(); * * QuestionPowerExponentPart part1 = new QuestionPowerExponentPart(); * part.BaseNumber.QuestionPartCollection.Add(part1); * part.BaseNumber.Content += part1.PlaceHolder; * * part.BaseNumber.Content += "-"; * * part.Power.Power * */ if (this == other) { return(0); } if (!(other is QuestionPowerExponentPart)) { return(-1); } QuestionPowerExponentPart otherPart = other as QuestionPowerExponentPart; int retBase = this.baseNumber.CompareTo(otherPart.BaseNumber); int retPower = this.power.CompareTo(otherPart.Power); if (retBase == 0 && retPower == 0) { return(0); } return(-1); }