public SimpleQuestionControl(
string label,
StandardValidTerm questionType,
string description,
List <StandardValidTerm> answers,
List <StandardCodeSequence> nonQuantifableAnswers,
List <StandardValidTerm> initialSelection,
int minCardinality, int maxCardinality,
int questionNumber, bool hasConfidence,
bool addFirstDefaultItem,
bool shouldDisplay) :
this(
label,
questionType,
description,
answers,
nonQuantifableAnswers,
initialSelection,
minCardinality,
maxCardinality,
questionNumber,
hasConfidence,
addFirstDefaultItem,
shouldDisplay,
null)
{
}
public SimpleQuestionControl(
string label,
StandardValidTerm questionType,
string description,
List<StandardValidTerm> answers,
List<StandardCodeSequence> nonQuantifableAnswers,
List<StandardValidTerm> initialSelection,
int minCardinality, int maxCardinality,
int questionNumber, bool hasConfidence,
bool addFirstDefaultItem,
bool shouldDisplay)
: this(label,
questionType,
description,
answers,
nonQuantifableAnswers,
initialSelection,
minCardinality,
maxCardinality,
questionNumber,
hasConfidence,
addFirstDefaultItem,
shouldDisplay,
null)
{
}
private StandardValidTerm ValidTermFromXsdValidTerm(ValidTerm validTerm)
{
if (validTerm == null)
{
return(null);
}
var validTerms = new List <StandardValidTerm>();
if (validTerm.ValidTerm1 != null)
{
foreach (var childValidTerm in validTerm.ValidTerm1)
{
var childTerm = ValidTermFromXsdValidTerm(childValidTerm);
if (childTerm != null)
{
validTerms.Add(childTerm);
}
}
}
var term = new StandardValidTerm(new StandardCodeSequence(
validTerm.codeValue,
validTerm.codeMeaning,
validTerm.codingSchemeDesignator,
validTerm.codingSchemeVersion),
validTerms);
return(term);
}
public static List <StandardValidTerm> AllowedTermsToValidTermList(List <AllowedTerm> allowedTerms1)
{
var validTerms = new List <StandardValidTerm>();
allowedTerms1.ForEach(
delegate(AllowedTerm term)
{
if (term.NonQuantifiable != null)
{
term.NonQuantifiable.ForEach(
delegate(NonQuantifiable nonQuantifiable)
{
var quantifiableValidTerm = new StandardValidTerm(
new StandardCodeSequence(
nonQuantifiable.CodeValue,
nonQuantifiable.CodeMeaning,
nonQuantifiable.CodingSchemeDesignator,
nonQuantifiable.CodingSchemeVersion));
validTerms.Add(quantifiableValidTerm);
});
}
var standardValidTerm = new StandardValidTerm(
new StandardCodeSequence(term.CodeValue, term.CodeMeaning, term.CodingSchemeDesignator, term.CodingSchemeVersion)
);
foreach (var validTerm in term.ValidTerms)
{
standardValidTerm.StandardValidTerms.Add(ValidTermToStandardValidTerm(validTerm));
}
validTerms.Add(standardValidTerm);
});
return(validTerms);
}
public static List<StandardValidTerm> AllowedTerms1ToValidTermList(List<AllowedTerm1> allowedTerms1)
{
var validTerms = new List<StandardValidTerm>();
allowedTerms1.ForEach(
delegate(AllowedTerm1 term)
{
var standardValidTerm = new StandardValidTerm(
new StandardCodeSequence(term.CodeValue, term.CodeMeaning, term.CodingSchemeDesignator, term.CodingSchemeVersion)
);
foreach (var validTerm in term.ValidTerms)
standardValidTerm.StandardValidTerms.Add(ValidTermToStandardValidTerm(validTerm));
validTerms.Add(standardValidTerm);
});
return validTerms;
}
public static List <StandardValidTerm> AllowedTerms1ToValidTermList(List <AllowedTerm1> allowedTerms1)
{
var validTerms = new List <StandardValidTerm>();
allowedTerms1.ForEach(
delegate(AllowedTerm1 term)
{
var standardValidTerm = new StandardValidTerm(
new StandardCodeSequence(term.CodeValue, term.CodeMeaning, term.CodingSchemeDesignator, term.CodingSchemeVersion)
);
foreach (var validTerm in term.ValidTerms)
{
standardValidTerm.StandardValidTerms.Add(ValidTermToStandardValidTerm(validTerm));
}
validTerms.Add(standardValidTerm);
});
return(validTerms);
}
public static StandardValidTerm ValidTermToStandardValidTerm(ValidTerm validTerm)
{
if (validTerm == null)
{
return(null);
}
var standardValidTerm =
new StandardValidTerm(
new StandardCodeSequence(
validTerm.CodeValue,
validTerm.CodeMeaning,
validTerm.CodingSchemeDesignator,
validTerm.CodingSchemeVersion));
foreach (var childValidTerm in validTerm.ValidTerms)
{
standardValidTerm.StandardValidTerms.Add(ValidTermToStandardValidTerm(childValidTerm));
}
return(standardValidTerm);
}
public CharacteristicQuantificationDetailsControl(StandardValidTerm characteristicCode, CharacteristicQuantification characteristicQuantification)
{
InitializeComponent();
_characteristicCode = characteristicCode;
_txtName.Text = string.IsNullOrEmpty(characteristicQuantification.Name) ? @"Name is missing" : characteristicQuantification.Name;
_quantificationType = IdentifyCharQuantificationType(characteristicQuantification);
SuspendLayout();
InitializeCharQuantificationControls(characteristicQuantification);
if (characteristicQuantification.AnnotatorConfidence)
{
_confidenceControl = InitializeConfidenceControl();
Controls.Add(_confidenceControl);
Height += _confidenceControl.Height;
}
ResumeLayout(false);
PerformLayout();
}
public CharacteristicQuantificationDetailsControl(StandardValidTerm characteristicCode, CharacteristicQuantification characteristicQuantification)
{
InitializeComponent();
_characteristicCode = characteristicCode;
_txtName.Text = string.IsNullOrEmpty(characteristicQuantification.Name) ? @"Name is missing" : characteristicQuantification.Name;
_quantificationType = IdentifyCharQuantificationType(characteristicQuantification);
SuspendLayout();
InitializeCharQuantificationControls(characteristicQuantification);
if (characteristicQuantification.AnnotatorConfidence)
{
_confidenceControl = InitializeConfidenceControl();
Controls.Add(_confidenceControl);
Height += _confidenceControl.Height;
}
ResumeLayout(false);
PerformLayout();
}
public ValidTermListItem(StandardValidTerm newValue)
{
_value = newValue;
}
public SimpleQuestionControl(
string label,
StandardValidTerm questionType,
string description,
List<StandardValidTerm> answers,
List<StandardCodeSequence> nonQuantifableAnswers,
List<StandardValidTerm> initialSelection,
int minCardinality, int maxCardinality,
int questionNumber, bool hasConfidence,
bool addFirstDefaultItem,
bool shouldDisplay,
List<string> staticDisplayItems)
{
Platform.CheckForNullReference(answers, "answers");
InitializeComponent();
_questionType = questionType;
_lblEntity.Text = _questionType == null
? label
: CodeUtils.ToStringBuilder(_questionType, new StringBuilder()).ToString();
_lblEntity.ToolTipText = SplitIntoLines(description);
_lblEntity.ShowToolTipChanged += OnLabelShowToolTipChanged;
_lblEntity.TabStop = false;
_questionNumber = questionNumber;
Debug.Assert(maxCardinality - minCardinality >= 0, "MinCardinality must be less or equal to MaxCardinality in a question");
_maxNumberOfAnswers = Math.Max(1, Math.Min(answers.Count, maxCardinality));
var availableAnswers = new List<StandardValidTerm>(answers);
if (nonQuantifableAnswers != null)
{
Debug.Assert(false, "Non-quantifieables should not really be here");
availableAnswers.InsertRange(0, ComponentUtilities.ToStandardValidTermList(nonQuantifableAnswers));
}
_selectedAnswers = initialSelection;
_staticDisplayItems = staticDisplayItems;
if (shouldDisplay)
{
SuspendLayout();
_questionControl = InitializeResponseControl(availableAnswers, initialSelection, addFirstDefaultItem);
Controls.Add(_questionControl);
Height += _questionControl.Height + 3;
if (hasConfidence)
{
_confidenceControl = InitializeConfidenceControl();
Controls.Add(_confidenceControl);
Height += _confidenceControl.Height + 3;
}
ResumeLayout(false);
PerformLayout();
}
else
{
if (initialSelection == null || initialSelection.Count == 0)
Platform.Log(LogLevel.Error,
"Template data error: no default values are provided for questions that are not going to be displayed. Template answers are never going to be valid");
}
}
private StandardValidTerm ValidTermFromXsdValidTerm(ValidTerm validTerm)
{
if (validTerm == null)
return null;
var validTerms = new List<StandardValidTerm>();
if (validTerm.ValidTerm1 != null)
{
foreach (var childValidTerm in validTerm.ValidTerm1)
{
var childTerm = ValidTermFromXsdValidTerm(childValidTerm);
if (childTerm != null)
validTerms.Add(childTerm);
}
}
var term = new StandardValidTerm(new StandardCodeSequence(
validTerm.codeValue,
validTerm.codeMeaning,
validTerm.codingSchemeDesignator,
validTerm.codingSchemeVersion),
validTerms);
return term;
}
public SimpleQuestionControl(
string label,
StandardValidTerm questionType,
string description,
List <StandardValidTerm> answers,
List <StandardCodeSequence> nonQuantifableAnswers,
List <StandardValidTerm> initialSelection,
int minCardinality, int maxCardinality,
int questionNumber, bool hasConfidence,
bool addFirstDefaultItem,
bool shouldDisplay,
List <string> staticDisplayItems)
{
Platform.CheckForNullReference(answers, "answers");
InitializeComponent();
_questionType = questionType;
_lblEntity.Text = _questionType == null
? label
: CodeUtils.ToStringBuilder(_questionType, new StringBuilder()).ToString();
_lblEntity.ToolTipText = SplitIntoLines(description);
_lblEntity.ShowToolTipChanged += OnLabelShowToolTipChanged;
_lblEntity.TabStop = false;
_questionNumber = questionNumber;
Debug.Assert(maxCardinality - minCardinality >= 0, "MinCardinality must be less or equal to MaxCardinality in a question");
_maxNumberOfAnswers = Math.Max(1, Math.Min(answers.Count, maxCardinality));
var availableAnswers = new List <StandardValidTerm>(answers);
if (nonQuantifableAnswers != null)
{
Debug.Assert(false, "Non-quantifieables should not really be here");
availableAnswers.InsertRange(0, ComponentUtilities.ToStandardValidTermList(nonQuantifableAnswers));
}
_selectedAnswers = initialSelection;
_staticDisplayItems = staticDisplayItems;
if (shouldDisplay)
{
SuspendLayout();
_questionControl = InitializeResponseControl(availableAnswers, initialSelection, addFirstDefaultItem);
Controls.Add(_questionControl);
Height += _questionControl.Height + 3;
if (hasConfidence)
{
_confidenceControl = InitializeConfidenceControl();
Controls.Add(_confidenceControl);
Height += _confidenceControl.Height + 3;
}
ResumeLayout(false);
PerformLayout();
}
else
{
if (initialSelection == null || initialSelection.Count == 0)
{
Platform.Log(LogLevel.Error,
"Template data error: no default values are provided for questions that are not going to be displayed. Template answers are never going to be valid");
}
}
}
internal CharacteristicQuantificationChangedEventArgs(StandardValidTerm characteristicCode, List<aim_dotnet.ICharacteristicQuantification> characteristicQuantifications)
{
ParentCharacteristicCode = characteristicCode;
CharacteristicQuantifications = characteristicQuantifications;
}
public ValidTermListItem(StandardValidTerm newValue)
{
_value = newValue;
}
public static List<StandardValidTerm> AllowedTermsToValidTermList(List<AllowedTerm> allowedTerms1)
{
var validTerms = new List<StandardValidTerm>();
allowedTerms1.ForEach(
delegate(AllowedTerm term)
{
if (term.NonQuantifiable != null)
term.NonQuantifiable.ForEach(
delegate(NonQuantifiable nonQuantifiable)
{
var quantifiableValidTerm = new StandardValidTerm(
new StandardCodeSequence(
nonQuantifiable.CodeValue,
nonQuantifiable.CodeMeaning,
nonQuantifiable.CodingSchemeDesignator,
nonQuantifiable.CodingSchemeVersion));
validTerms.Add(quantifiableValidTerm);
});
var standardValidTerm = new StandardValidTerm(
new StandardCodeSequence(term.CodeValue, term.CodeMeaning, term.CodingSchemeDesignator, term.CodingSchemeVersion)
);
foreach (var validTerm in term.ValidTerms)
standardValidTerm.StandardValidTerms.Add(ValidTermToStandardValidTerm(validTerm));
validTerms.Add(standardValidTerm);
});
return validTerms;
}
public static StandardValidTerm ValidTermToStandardValidTerm(ValidTerm validTerm)
{
if (validTerm == null)
return null;
var standardValidTerm =
new StandardValidTerm(
new StandardCodeSequence(
validTerm.CodeValue,
validTerm.CodeMeaning,
validTerm.CodingSchemeDesignator,
validTerm.CodingSchemeVersion));
foreach (var childValidTerm in validTerm.ValidTerms)
standardValidTerm.StandardValidTerms.Add(ValidTermToStandardValidTerm(childValidTerm));
return standardValidTerm;
}
internal CharacteristicQuantificationChangedEventArgs(StandardValidTerm characteristicCode, List <aim_dotnet.ICharacteristicQuantification> characteristicQuantifications)
{
ParentCharacteristicCode = characteristicCode;
CharacteristicQuantifications = characteristicQuantifications;
}