Example 1 with IntervalType
use of org.hl7.cql.model.IntervalType in project clinical_quality_language by cqframework.
the class Cql2ElmVisitor method visitWithinIntervalOperatorPhrase.
@Override
public Object visitWithinIntervalOperatorPhrase(cqlParser.WithinIntervalOperatorPhraseContext ctx) {
// ('starts' | 'ends' | 'occurs')? 'properly'? 'within' quantityLiteral 'of' ('start' | 'end')?
// A starts within 3 days of start B
// * start of A in [start of B - 3 days, start of B + 3 days] and start B is not null
// A starts within 3 days of B
// * start of A in [start of B - 3 days, end of B + 3 days]
TimingOperatorContext timingOperator = timingOperators.peek();
boolean isProper = false;
for (ParseTree child : ctx.children) {
if ("starts".equals(child.getText())) {
Start start = of.createStart().withOperand(timingOperator.getLeft());
track(start, child);
libraryBuilder.resolveUnaryCall("System", "Start", start);
timingOperator.setLeft(start);
continue;
}
if ("ends".equals(child.getText())) {
End end = of.createEnd().withOperand(timingOperator.getLeft());
track(end, child);
libraryBuilder.resolveUnaryCall("System", "End", end);
timingOperator.setLeft(end);
continue;
}
if ("start".equals(child.getText())) {
Start start = of.createStart().withOperand(timingOperator.getRight());
track(start, child);
libraryBuilder.resolveUnaryCall("System", "Start", start);
timingOperator.setRight(start);
continue;
}
if ("end".equals(child.getText())) {
End end = of.createEnd().withOperand(timingOperator.getRight());
track(end, child);
libraryBuilder.resolveUnaryCall("System", "End", end);
timingOperator.setRight(end);
continue;
}
if ("properly".equals(child.getText())) {
isProper = true;
continue;
}
}
Quantity quantity = (Quantity) visit(ctx.quantity());
Expression lowerBound = null;
Expression upperBound = null;
Expression initialBound = null;
if (timingOperator.getRight().getResultType() instanceof IntervalType) {
lowerBound = of.createStart().withOperand(timingOperator.getRight());
track(lowerBound, ctx.quantity());
libraryBuilder.resolveUnaryCall("System", "Start", (Start) lowerBound);
upperBound = of.createEnd().withOperand(timingOperator.getRight());
track(upperBound, ctx.quantity());
libraryBuilder.resolveUnaryCall("System", "End", (End) upperBound);
} else {
lowerBound = timingOperator.getRight();
upperBound = timingOperator.getRight();
initialBound = lowerBound;
}
lowerBound = of.createSubtract().withOperand(lowerBound, quantity);
track(lowerBound, ctx.quantity());
libraryBuilder.resolveBinaryCall("System", "Subtract", (BinaryExpression) lowerBound);
upperBound = of.createAdd().withOperand(upperBound, quantity);
track(upperBound, ctx.quantity());
libraryBuilder.resolveBinaryCall("System", "Add", (BinaryExpression) upperBound);
Interval interval = libraryBuilder.createInterval(lowerBound, !isProper, upperBound, !isProper);
track(interval, ctx.quantity());
In in = of.createIn().withOperand(timingOperator.getLeft(), interval);
libraryBuilder.resolveBinaryCall("System", "In", in);
// if the within is not proper and the interval is being constructed from a single point, add a null check for that point to ensure correct interpretation
if (!isProper && (initialBound != null)) {
IsNull nullTest = of.createIsNull().withOperand(initialBound);
track(nullTest, ctx.quantity());
libraryBuilder.resolveUnaryCall("System", "IsNull", nullTest);
Not notNullTest = of.createNot().withOperand(nullTest);
track(notNullTest, ctx.quantity());
libraryBuilder.resolveUnaryCall("System", "Not", notNullTest);
And and = of.createAnd().withOperand(in, notNullTest);
track(and, ctx.quantity());
libraryBuilder.resolveBinaryCall("System", "And", and);
return and;
}
// Otherwise, return the constructed in
return in;
}Example 2 with IntervalType
use of org.hl7.cql.model.IntervalType in project clinical_quality_language by cqframework.
the class Cql2ElmVisitor method visitBeforeOrAfterIntervalOperatorPhrase.
@Override
public Object visitBeforeOrAfterIntervalOperatorPhrase(cqlParser.BeforeOrAfterIntervalOperatorPhraseContext ctx) {
// ('starts' | 'ends' | 'occurs')? quantityOffset? ('before' | 'after') dateTimePrecisionSpecifier? ('start' | 'end')?
// duration before/after
// A starts 3 days before start B
// * start of A same day as start of B - 3 days
// A starts 3 days after start B
// * start of A same day as start of B + 3 days
// or more/less duration before/after
// A starts 3 days or more before start B
// * start of A <= start of B - 3 days
// A starts 3 days or more after start B
// * start of A >= start of B + 3 days
// A starts 3 days or less before start B
// * start of A in [start of B - 3 days, start of B) and B is not null
// A starts 3 days or less after start B
// * start of A in (start of B, start of B + 3 days] and B is not null
// less/more than duration before/after
// A starts more than 3 days before start B
// * start of A < start of B - 3 days
// A starts more than 3 days after start B
// * start of A > start of B + 3 days
// A starts less than 3 days before start B
// * start of A in (start of B - 3 days, start of B)
// A starts less than 3 days after start B
// * start of A in (start of B, start of B + 3 days)
TimingOperatorContext timingOperator = timingOperators.peek();
boolean isBefore = false;
boolean isInclusive = false;
for (ParseTree child : ctx.children) {
if ("starts".equals(child.getText())) {
Start start = of.createStart().withOperand(timingOperator.getLeft());
track(start, child);
libraryBuilder.resolveUnaryCall("System", "Start", start);
timingOperator.setLeft(start);
continue;
}
if ("ends".equals(child.getText())) {
End end = of.createEnd().withOperand(timingOperator.getLeft());
track(end, child);
libraryBuilder.resolveUnaryCall("System", "End", end);
timingOperator.setLeft(end);
continue;
}
if ("start".equals(child.getText())) {
Start start = of.createStart().withOperand(timingOperator.getRight());
track(start, child);
libraryBuilder.resolveUnaryCall("System", "Start", start);
timingOperator.setRight(start);
continue;
}
if ("end".equals(child.getText())) {
End end = of.createEnd().withOperand(timingOperator.getRight());
track(end, child);
libraryBuilder.resolveUnaryCall("System", "End", end);
timingOperator.setRight(end);
continue;
}
}
for (ParseTree child : ctx.temporalRelationship().children) {
if ("before".equals(child.getText())) {
isBefore = true;
continue;
}
if ("on or".equals(child.getText()) || "or on".equals(child.getText())) {
isInclusive = true;
continue;
}
}
String dateTimePrecision = ctx.dateTimePrecisionSpecifier() != null ? ctx.dateTimePrecisionSpecifier().dateTimePrecision().getText() : null;
if (ctx.quantityOffset() == null) {
if (isInclusive) {
if (isBefore) {
SameOrBefore sameOrBefore = of.createSameOrBefore().withOperand(timingOperator.getLeft(), timingOperator.getRight());
if (dateTimePrecision != null) {
sameOrBefore.setPrecision(parseComparableDateTimePrecision(dateTimePrecision));
}
libraryBuilder.resolveBinaryCall("System", "SameOrBefore", sameOrBefore, true, true);
return sameOrBefore;
} else {
SameOrAfter sameOrAfter = of.createSameOrAfter().withOperand(timingOperator.getLeft(), timingOperator.getRight());
if (dateTimePrecision != null) {
sameOrAfter.setPrecision(parseComparableDateTimePrecision(dateTimePrecision));
}
libraryBuilder.resolveBinaryCall("System", "SameOrAfter", sameOrAfter, true, true);
return sameOrAfter;
}
} else {
if (isBefore) {
Before before = of.createBefore().withOperand(timingOperator.getLeft(), timingOperator.getRight());
if (dateTimePrecision != null) {
before.setPrecision(parseComparableDateTimePrecision(dateTimePrecision));
}
libraryBuilder.resolveBinaryCall("System", "Before", before, true, true);
return before;
} else {
After after = of.createAfter().withOperand(timingOperator.getLeft(), timingOperator.getRight());
if (dateTimePrecision != null) {
after.setPrecision(parseComparableDateTimePrecision(dateTimePrecision));
}
libraryBuilder.resolveBinaryCall("System", "After", after, true, true);
return after;
}
}
} else {
Quantity quantity = (Quantity) visit(ctx.quantityOffset().quantity());
if (timingOperator.getLeft().getResultType() instanceof IntervalType) {
if (isBefore) {
End end = of.createEnd().withOperand(timingOperator.getLeft());
track(end, timingOperator.getLeft());
libraryBuilder.resolveUnaryCall("System", "End", end);
timingOperator.setLeft(end);
} else {
Start start = of.createStart().withOperand(timingOperator.getLeft());
track(start, timingOperator.getLeft());
libraryBuilder.resolveUnaryCall("System", "Start", start);
timingOperator.setLeft(start);
}
}
if (timingOperator.getRight().getResultType() instanceof IntervalType) {
if (isBefore) {
Start start = of.createStart().withOperand(timingOperator.getRight());
track(start, timingOperator.getRight());
libraryBuilder.resolveUnaryCall("System", "Start", start);
timingOperator.setRight(start);
} else {
End end = of.createEnd().withOperand(timingOperator.getRight());
track(end, timingOperator.getRight());
libraryBuilder.resolveUnaryCall("System", "End", end);
timingOperator.setRight(end);
}
}
if (ctx.quantityOffset().offsetRelativeQualifier() == null && ctx.quantityOffset().exclusiveRelativeQualifier() == null) {
// For an After, add the quantity to the right operand
if (isBefore) {
Subtract subtract = of.createSubtract().withOperand(timingOperator.getRight(), quantity);
track(subtract, timingOperator.getRight());
libraryBuilder.resolveBinaryCall("System", "Subtract", subtract);
timingOperator.setRight(subtract);
} else {
Add add = of.createAdd().withOperand(timingOperator.getRight(), quantity);
track(add, timingOperator.getRight());
libraryBuilder.resolveBinaryCall("System", "Add", add);
timingOperator.setRight(add);
}
SameAs sameAs = of.createSameAs().withOperand(timingOperator.getLeft(), timingOperator.getRight());
if (dateTimePrecision != null) {
sameAs.setPrecision(parseComparableDateTimePrecision(dateTimePrecision));
}
libraryBuilder.resolveBinaryCall("System", "SameAs", sameAs);
return sameAs;
} else {
boolean isOffsetInclusive = ctx.quantityOffset().offsetRelativeQualifier() != null;
String qualifier = ctx.quantityOffset().offsetRelativeQualifier() != null ? ctx.quantityOffset().offsetRelativeQualifier().getText() : ctx.quantityOffset().exclusiveRelativeQualifier().getText();
switch(qualifier) {
case "more than":
case "or more":
// For an After, add the quantity to the right operand
if (isBefore) {
Subtract subtract = of.createSubtract().withOperand(timingOperator.getRight(), quantity);
track(subtract, timingOperator.getRight());
libraryBuilder.resolveBinaryCall("System", "Subtract", subtract);
timingOperator.setRight(subtract);
if (!isOffsetInclusive) {
Before before = of.createBefore().withOperand(timingOperator.getLeft(), timingOperator.getRight());
if (dateTimePrecision != null) {
before.setPrecision(parseComparableDateTimePrecision(dateTimePrecision));
}
libraryBuilder.resolveBinaryCall("System", "Before", before, true, true);
return before;
} else {
SameOrBefore sameOrBefore = of.createSameOrBefore().withOperand(timingOperator.getLeft(), timingOperator.getRight());
if (dateTimePrecision != null) {
sameOrBefore.setPrecision(parseComparableDateTimePrecision(dateTimePrecision));
}
libraryBuilder.resolveBinaryCall("System", "SameOrBefore", sameOrBefore, true, true);
return sameOrBefore;
}
} else {
Add add = of.createAdd().withOperand(timingOperator.getRight(), quantity);
track(add, timingOperator.getRight());
libraryBuilder.resolveBinaryCall("System", "Add", add);
timingOperator.setRight(add);
if (!isOffsetInclusive) {
After after = of.createAfter().withOperand(timingOperator.getLeft(), timingOperator.getRight());
if (dateTimePrecision != null) {
after.setPrecision(parseComparableDateTimePrecision(dateTimePrecision));
}
libraryBuilder.resolveBinaryCall("System", "After", after, true, true);
return after;
} else {
SameOrAfter sameOrAfter = of.createSameOrAfter().withOperand(timingOperator.getLeft(), timingOperator.getRight());
if (dateTimePrecision != null) {
sameOrAfter.setPrecision(parseComparableDateTimePrecision(dateTimePrecision));
}
libraryBuilder.resolveBinaryCall("System", "SameOrAfter", sameOrAfter, true, true);
return sameOrAfter;
}
}
case "less than":
case "or less":
// For Less Than/Or Less, Use an In
// For Before, construct an interval from right - quantity to right
// For After, construct an interval from right to right + quantity
Expression lowerBound = null;
Expression upperBound = null;
Expression right = timingOperator.getRight();
if (isBefore) {
lowerBound = of.createSubtract().withOperand(right, quantity);
track(lowerBound, right);
libraryBuilder.resolveBinaryCall("System", "Subtract", (BinaryExpression) lowerBound);
upperBound = right;
} else {
lowerBound = right;
upperBound = of.createAdd().withOperand(right, quantity);
track(upperBound, right);
libraryBuilder.resolveBinaryCall("System", "Add", (BinaryExpression) upperBound);
}
// 3 days or less before -> [B - 3 days, B)
// less than 3 days before -> (B - 3 days, B)
// 3 days or less after -> (B, B + 3 days]
// less than 3 days after -> (B, B + 3 days)
Interval interval = isBefore ? libraryBuilder.createInterval(lowerBound, isOffsetInclusive, upperBound, isInclusive) : libraryBuilder.createInterval(lowerBound, isInclusive, upperBound, isOffsetInclusive);
track(interval, ctx.quantityOffset());
In in = of.createIn().withOperand(timingOperator.getLeft(), interval);
if (dateTimePrecision != null) {
in.setPrecision(parseComparableDateTimePrecision(dateTimePrecision));
}
track(in, ctx.quantityOffset());
libraryBuilder.resolveBinaryCall("System", "In", in);
// if the offset or comparison is inclusive, add a null check for B to ensure correct interpretation
if (isOffsetInclusive || isInclusive) {
IsNull nullTest = of.createIsNull().withOperand(right);
track(nullTest, ctx.quantityOffset());
libraryBuilder.resolveUnaryCall("System", "IsNull", nullTest);
Not notNullTest = of.createNot().withOperand(nullTest);
track(notNullTest, ctx.quantityOffset());
libraryBuilder.resolveUnaryCall("System", "Not", notNullTest);
And and = of.createAnd().withOperand(in, notNullTest);
track(and, ctx.quantityOffset());
libraryBuilder.resolveBinaryCall("System", "And", and);
return and;
}
// Otherwise, return the constructed in
return in;
}
}
}
throw new IllegalArgumentException("Unable to resolve interval operator phrase.");
}Example 3 with IntervalType
use of org.hl7.cql.model.IntervalType in project clinical_quality_language by cqframework.
the class SystemLibraryHelper method load.
public static CompiledLibrary load(SystemModel systemModel, TypeBuilder tb) {
CompiledLibrary system = new CompiledLibrary();
system.setIdentifier(new VersionedIdentifier().withId("System").withVersion("1.0"));
// Logical Operators
add(system, tb, new Operator("And", new Signature(systemModel.getBoolean(), systemModel.getBoolean()), systemModel.getBoolean()));
add(system, tb, new Operator("Or", new Signature(systemModel.getBoolean(), systemModel.getBoolean()), systemModel.getBoolean()));
add(system, tb, new Operator("Xor", new Signature(systemModel.getBoolean(), systemModel.getBoolean()), systemModel.getBoolean()));
add(system, tb, new Operator("Not", new Signature(systemModel.getBoolean()), systemModel.getBoolean()));
add(system, tb, new Operator("Implies", new Signature(systemModel.getBoolean(), systemModel.getBoolean()), systemModel.getBoolean()));
// Nullological Operators
add(system, tb, new Operator("IsNull", new Signature(systemModel.getAny()), systemModel.getBoolean()));
add(system, tb, new Operator("IsTrue", new Signature(systemModel.getBoolean()), systemModel.getBoolean()));
add(system, tb, new Operator("IsFalse", new Signature(systemModel.getBoolean()), systemModel.getBoolean()));
// Coalesce<T>(list<T>)
// Coalesce<T>(T, T)
// Coalesce<T>(T, T, T)
// Coalesce<T>(T, T, T, T)
// Coalesce<T>(T, T, T, T, T)
add(system, tb, new GenericOperator("Coalesce", new Signature(new ListType(new TypeParameter("T"))), new TypeParameter("T"), new TypeParameter("T")));
add(system, tb, new GenericOperator("Coalesce", new Signature(new TypeParameter("T"), new TypeParameter("T")), new TypeParameter("T"), new TypeParameter("T")));
add(system, tb, new GenericOperator("Coalesce", new Signature(new TypeParameter("T"), new TypeParameter("T"), new TypeParameter("T")), new TypeParameter("T"), new TypeParameter("T")));
add(system, tb, new GenericOperator("Coalesce", new Signature(new TypeParameter("T"), new TypeParameter("T"), new TypeParameter("T"), new TypeParameter("T")), new TypeParameter("T"), new TypeParameter("T")));
add(system, tb, new GenericOperator("Coalesce", new Signature(new TypeParameter("T"), new TypeParameter("T"), new TypeParameter("T"), new TypeParameter("T"), new TypeParameter("T")), new TypeParameter("T"), new TypeParameter("T")));
// Conversion Operators
// ToString(Boolean) : String
// ToString(Integer) : String
// ToString(Long) : String
// ToString(Decimal) : String
// ToString(DateTime) : String
// ToString(Date) : String
// ToString(Time) : String
// ToString(Quantity) : String
// ToString(Ratio) : String
// ToString(String) : String
Operator booleanToString = new Operator("ToString", new Signature(systemModel.getBoolean()), systemModel.getString());
add(system, tb, booleanToString);
add(system, tb, new Conversion(booleanToString, false));
Operator integerToString = new Operator("ToString", new Signature(systemModel.getInteger()), systemModel.getString());
add(system, tb, integerToString);
add(system, tb, new Conversion(integerToString, false));
Operator longToString = new Operator("ToString", new Signature(systemModel.getLong()), systemModel.getString());
add(system, tb, longToString);
add(system, tb, new Conversion(longToString, false));
Operator decimalToString = new Operator("ToString", new Signature(systemModel.getDecimal()), systemModel.getString());
add(system, tb, decimalToString);
add(system, tb, new Conversion(decimalToString, false));
Operator dateTimeToString = new Operator("ToString", new Signature(systemModel.getDateTime()), systemModel.getString());
add(system, tb, dateTimeToString);
add(system, tb, new Conversion(dateTimeToString, false));
Operator dateToString = new Operator("ToString", new Signature(systemModel.getDate()), systemModel.getString());
add(system, tb, dateToString);
add(system, tb, new Conversion(dateToString, false));
Operator timeToString = new Operator("ToString", new Signature(systemModel.getTime()), systemModel.getString());
add(system, tb, timeToString);
add(system, tb, new Conversion(timeToString, false));
Operator quantityToString = new Operator("ToString", new Signature(systemModel.getQuantity()), systemModel.getString());
add(system, tb, quantityToString);
add(system, tb, new Conversion(quantityToString, false));
Operator ratioToString = new Operator("ToString", new Signature(systemModel.getRatio()), systemModel.getString());
add(system, tb, ratioToString);
add(system, tb, new Conversion(ratioToString, false));
// Operator stringToString = new Operator("ToString", new Signature(systemModel.getString()), systemModel.getString());
// add(system, tb, stringToString);
// add(system, tb, new Conversion(stringToString, false));
// ToBoolean(Boolean) : Boolean
// ToBoolean(Integer) : Boolean
// ToBoolean(Decimal) : Boolean
// ToBoolean(Long) : Boolean
// ToBoolean(String) : Boolean
Operator stringToBoolean = new Operator("ToBoolean", new Signature(systemModel.getString()), systemModel.getBoolean());
add(system, tb, stringToBoolean);
add(system, tb, new Conversion(stringToBoolean, false));
Operator integerToBoolean = new Operator("ToBoolean", new Signature(systemModel.getInteger()), systemModel.getBoolean());
add(system, tb, integerToBoolean);
add(system, tb, new Conversion(integerToBoolean, false));
Operator decimalToBoolean = new Operator("ToBoolean", new Signature(systemModel.getDecimal()), systemModel.getBoolean());
add(system, tb, decimalToBoolean);
add(system, tb, new Conversion(decimalToBoolean, false));
Operator longToBoolean = new Operator("ToBoolean", new Signature(systemModel.getLong()), systemModel.getBoolean());
add(system, tb, longToBoolean);
add(system, tb, new Conversion(longToBoolean, false));
// Operator booleanToBoolean = new Operator("ToBoolean", new Signature(systemModel.getBoolean()), systemModel.getBoolean());
// add(system, tb, booleanToBoolean);
// add(system, tb, new Conversion(booleanToBoolean, false));
// ToChars(String) : List(String)
Operator toChars = new Operator("ToChars", new Signature(systemModel.getString()), new ListType(systemModel.getString()));
add(system, tb, toChars);
add(system, tb, new Conversion(toChars, false));
// ToInteger(String) : Integer
// ToInteger(Boolean) : Integer
// ToInteger(Long) : Integer
// ToInteger(Integer) : Integer
Operator stringToInteger = new Operator("ToInteger", new Signature(systemModel.getString()), systemModel.getInteger());
add(system, tb, stringToInteger);
add(system, tb, new Conversion(stringToInteger, false));
Operator longToInteger = new Operator("ToInteger", new Signature(systemModel.getLong()), systemModel.getInteger());
add(system, tb, longToInteger);
add(system, tb, new Conversion(longToInteger, false));
Operator booleanToInteger = new Operator("ToInteger", new Signature(systemModel.getBoolean()), systemModel.getInteger());
add(system, tb, booleanToInteger);
add(system, tb, new Conversion(booleanToInteger, false));
// Operator integerToInteger = new Operator("ToInteger", new Signature(systemModel.getInteger()), systemModel.getInteger());
// add(system, tb, integerToInteger);
// add(system, tb, new Conversion(integerToInteger, false));
// ToLong(Boolean) : Long
// ToLong(String) : Long
// ToLong(Integer) : Long
// ToLong(Long) : Long
Operator stringToLong = new Operator("ToLong", new Signature(systemModel.getString()), systemModel.getLong());
add(system, tb, stringToLong);
add(system, tb, new Conversion(stringToLong, false));
Operator integerToLong = new Operator("ToLong", new Signature(systemModel.getInteger()), systemModel.getLong());
add(system, tb, integerToLong);
add(system, tb, new Conversion(integerToLong, true));
// Operator longToLong = new Operator("ToLong", new Signature(systemModel.getLong()), systemModel.getLong());
// add(system, tb, longToLong);
// add(system, tb, new Conversion(longToLong, false));
Operator booleanToLong = new Operator("ToLong", new Signature(systemModel.getBoolean()), systemModel.getLong());
add(system, tb, booleanToLong);
add(system, tb, new Conversion(booleanToLong, false));
// ToDecimal(Boolean) : Decimal
// ToDecimal(String) : Decimal
// ToDecimal(Integer) : Decimal
// ToDecimal(Long) : Decimal
// ToDecimal(Decimal) : Decimal
Operator stringToDecimal = new Operator("ToDecimal", new Signature(systemModel.getString()), systemModel.getDecimal());
add(system, tb, stringToDecimal);
add(system, tb, new Conversion(stringToDecimal, false));
Operator integerToDecimal = new Operator("ToDecimal", new Signature(systemModel.getInteger()), systemModel.getDecimal());
add(system, tb, integerToDecimal);
add(system, tb, new Conversion(integerToDecimal, true));
Operator longToDecimal = new Operator("ToDecimal", new Signature(systemModel.getLong()), systemModel.getDecimal());
add(system, tb, longToDecimal);
add(system, tb, new Conversion(longToDecimal, true));
// Operator decimalToDecimal = new Operator("ToDecimal", new Signature(systemModel.getDecimal()), systemModel.getDecimal());
// add(system, tb, decimalToDecimal);
// add(system, tb, new Conversion(decimalToDecimal, false));
Operator booleanToDecimal = new Operator("ToDecimal", new Signature(systemModel.getBoolean()), systemModel.getDecimal());
add(system, tb, booleanToDecimal);
add(system, tb, new Conversion(booleanToDecimal, false));
// ToDateTime(String) : DateTime
// ToDateTime(Date) : DateTime
// ToDateTime(DateTime) : DateTime
Operator stringToDateTime = new Operator("ToDateTime", new Signature(systemModel.getString()), systemModel.getDateTime());
add(system, tb, stringToDateTime);
add(system, tb, new Conversion(stringToDateTime, false));
Operator dateToDateTime = new Operator("ToDateTime", new Signature(systemModel.getDate()), systemModel.getDateTime());
add(system, tb, dateToDateTime);
add(system, tb, new Conversion(dateToDateTime, true));
// Operator dateTimeToDateTime = new Operator("ToDateTime", new Signature(systemModel.getDateTime()), systemModel.getDateTime());
// add(system, tb, dateTimeToDateTime);
// add(system, tb, new Conversion(dateTimeToDateTime, false));
// ToDate(DateTime) : Date
// ToDate(String) : Date
// ToDate(Date) : Date
Operator stringToDate = new Operator("ToDate", new Signature(systemModel.getString()), systemModel.getDate());
add(system, tb, stringToDate);
add(system, tb, new Conversion(stringToDate, false));
Operator dateTimeToDate = new Operator("ToDate", new Signature(systemModel.getDateTime()), systemModel.getDate());
add(system, tb, dateTimeToDate);
add(system, tb, new Conversion(dateTimeToDate, false));
// Operator dateToDate = new Operator("ToDate", new Signature(systemModel.getDate()), systemModel.getDate());
// add(system, tb, dateToDate);
// add(system, tb, new Conversion(dateToDate, false));
// ToTime(String) : Time
// ToTime(Time) : Time
Operator stringToTime = new Operator("ToTime", new Signature(systemModel.getString()), systemModel.getTime());
add(system, tb, stringToTime);
add(system, tb, new Conversion(stringToTime, false));
// Operator timeToTime = new Operator("ToTime", new Signature(systemModel.getTime()), systemModel.getTime());
// add(system, tb, timeToTime);
// add(system, tb, new Conversion(timeToTime, false));
// ToQuantity(String) : Quantity
// ToQuantity(Integer) : Quantity
// ToQuantity(Ratio) : Quantity
// ToQuantity(Decimal) : Quantity
// ToQuantity(Quantity) : Quantity
Operator stringToQuantity = new Operator("ToQuantity", new Signature(systemModel.getString()), systemModel.getQuantity());
add(system, tb, stringToQuantity);
add(system, tb, new Conversion(stringToQuantity, false));
Operator ratioToQuantity = new Operator("ToQuantity", new Signature(systemModel.getRatio()), systemModel.getQuantity());
add(system, tb, ratioToQuantity);
add(system, tb, new Conversion(ratioToQuantity, false));
Operator integerToQuantity = new Operator("ToQuantity", new Signature(systemModel.getInteger()), systemModel.getQuantity());
add(system, tb, integerToQuantity);
add(system, tb, new Conversion(integerToQuantity, true));
Operator decimalToQuantity = new Operator("ToQuantity", new Signature(systemModel.getDecimal()), systemModel.getQuantity());
add(system, tb, decimalToQuantity);
add(system, tb, new Conversion(decimalToQuantity, true));
// Operator quantityToQuantity = new Operator("ToQuantity", new Signature(systemModel.getQuantity()), systemModel.getQuantity());
// add(system, tb, quantityToQuantity);
// add(system, tb, new Conversion(quantityToQuantity, false));
// ToRatio(String) : Ratio
// ToRatio(Ratio) : Ratio
Operator stringToRatio = new Operator("ToRatio", new Signature(systemModel.getString()), systemModel.getRatio());
add(system, tb, stringToRatio);
add(system, tb, new Conversion(stringToRatio, false));
// Operator ratioToRatio = new Operator("ToRatio", new Signature(systemModel.getRatio()), systemModel.getRatio());
// add(system, tb, ratioToRatio);
// add(system, tb, new Conversion(ratioToRatio, false));
// ConvertsToBoolean(Any): Boolean
Operator convertsTo = new Operator("ConvertsToBoolean", new Signature(systemModel.getAny()), systemModel.getBoolean());
add(system, tb, convertsTo);
// ConvertsToInteger(Any): Boolean
convertsTo = new Operator("ConvertsToInteger", new Signature(systemModel.getAny()), systemModel.getBoolean());
add(system, tb, convertsTo);
// ConvertsToLong(Any): Boolean
convertsTo = new Operator("ConvertsToLong", new Signature(systemModel.getAny()), systemModel.getBoolean());
add(system, tb, convertsTo);
// ConvertsToDecimal
convertsTo = new Operator("ConvertsToDecimal", new Signature(systemModel.getAny()), systemModel.getBoolean());
add(system, tb, convertsTo);
// ConvertsToDateTime
convertsTo = new Operator("ConvertsToDateTime", new Signature(systemModel.getAny()), systemModel.getBoolean());
add(system, tb, convertsTo);
// ConvertsToDate
convertsTo = new Operator("ConvertsToDate", new Signature(systemModel.getAny()), systemModel.getBoolean());
add(system, tb, convertsTo);
// ConvertsToTime
convertsTo = new Operator("ConvertsToTime", new Signature(systemModel.getAny()), systemModel.getBoolean());
add(system, tb, convertsTo);
// ConvertsToString
convertsTo = new Operator("ConvertsToString", new Signature(systemModel.getAny()), systemModel.getBoolean());
add(system, tb, convertsTo);
// ConvertsToQuantity
convertsTo = new Operator("ConvertsToQuantity", new Signature(systemModel.getAny()), systemModel.getBoolean());
add(system, tb, convertsTo);
// ConvertsToRatio
convertsTo = new Operator("ConvertsToRatio", new Signature(systemModel.getAny()), systemModel.getBoolean());
add(system, tb, convertsTo);
// CanConvertQuantity
Operator canConvertToQuantity = new Operator("CanConvertQuantity", new Signature(systemModel.getQuantity(), systemModel.getString()), systemModel.getBoolean());
add(system, tb, canConvertToQuantity);
// ConvertQuantity
Operator convertToQuantity = new Operator("ConvertQuantity", new Signature(systemModel.getQuantity(), systemModel.getString()), systemModel.getQuantity());
add(system, tb, convertToQuantity);
// Comparison Operators
// Equal<T : value>(T, T) : Boolean
// TypeParameter T = new TypeParameter("T", TypeParameter.TypeParameterConstraint.VALUE, null);
// add(system, tb, new GenericOperator("Equal", new Signature(T, T), systemModel.getBoolean(), T));
// Equal<C : class>(C, C) : Boolean
TypeParameter C = new TypeParameter("C", TypeParameter.TypeParameterConstraint.CLASS, null);
add(system, tb, new GenericOperator("Equal", new Signature(C, C), systemModel.getBoolean(), C));
// Equal<R : tuple>(R, R) : Boolean
TypeParameter R = new TypeParameter("R", TypeParameter.TypeParameterConstraint.TUPLE, null);
add(system, tb, new GenericOperator("Equal", new Signature(R, R), systemModel.getBoolean(), R));
// Equal<H : choice>(H, H) : Boolean
TypeParameter H = new TypeParameter("H", TypeParameter.TypeParameterConstraint.CHOICE, null);
add(system, tb, new GenericOperator("Equal", new Signature(H, H), systemModel.getBoolean(), H));
// Equal(Any, Any) : Boolean
// add(system, tb, new Operator("Equal", new Signature(systemModel.getAny(), systemModel.getAny()), systemModel.getBoolean()));
// Equivalent<T : value>(T, T) : Boolean
// T = new TypeParameter("T", TypeParameter.TypeParameterConstraint.VALUE, null);
// add(system, tb, new GenericOperator("Equivalent", new Signature(T, T), systemModel.getBoolean(), T));
// Equivalent<C : class>(C, C) : Boolean
C = new TypeParameter("C", TypeParameter.TypeParameterConstraint.CLASS, null);
add(system, tb, new GenericOperator("Equivalent", new Signature(C, C), systemModel.getBoolean(), C));
// Equivalent<R : tuple>(R, R) : Boolean
R = new TypeParameter("R", TypeParameter.TypeParameterConstraint.TUPLE, null);
add(system, tb, new GenericOperator("Equivalent", new Signature(R, R), systemModel.getBoolean(), R));
// Equivalent<H : choice>(H, H) : Boolean
H = new TypeParameter("H", TypeParameter.TypeParameterConstraint.CHOICE, null);
add(system, tb, new GenericOperator("Equivalent", new Signature(H, H), systemModel.getBoolean(), H));
// Equivalent(Any, Any) : Boolean
// add(system, tb, new Operator("Equivalent", new Signature(systemModel.getAny(), systemModel.getAny()), systemModel.getBoolean()));
add(system, tb, new Operator("Equal", new Signature(systemModel.getBoolean(), systemModel.getBoolean()), systemModel.getBoolean()));
add(system, tb, new Operator("Equivalent", new Signature(systemModel.getBoolean(), systemModel.getBoolean()), systemModel.getBoolean()));
add(system, tb, new Operator("Equal", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getBoolean()));
add(system, tb, new Operator("Equivalent", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getBoolean()));
add(system, tb, new Operator("Less", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getBoolean()));
add(system, tb, new Operator("LessOrEqual", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getBoolean()));
add(system, tb, new Operator("Greater", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getBoolean()));
add(system, tb, new Operator("GreaterOrEqual", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getBoolean()));
add(system, tb, new Operator("Equal", new Signature(systemModel.getLong(), systemModel.getLong()), systemModel.getBoolean()));
add(system, tb, new Operator("Equivalent", new Signature(systemModel.getLong(), systemModel.getLong()), systemModel.getBoolean()));
add(system, tb, new Operator("Less", new Signature(systemModel.getLong(), systemModel.getLong()), systemModel.getBoolean()));
add(system, tb, new Operator("LessOrEqual", new Signature(systemModel.getLong(), systemModel.getLong()), systemModel.getBoolean()));
add(system, tb, new Operator("Greater", new Signature(systemModel.getLong(), systemModel.getLong()), systemModel.getBoolean()));
add(system, tb, new Operator("GreaterOrEqual", new Signature(systemModel.getLong(), systemModel.getLong()), systemModel.getBoolean()));
add(system, tb, new Operator("Equal", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getBoolean()));
add(system, tb, new Operator("Equivalent", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getBoolean()));
add(system, tb, new Operator("Less", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getBoolean()));
add(system, tb, new Operator("LessOrEqual", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getBoolean()));
add(system, tb, new Operator("Greater", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getBoolean()));
add(system, tb, new Operator("GreaterOrEqual", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getBoolean()));
add(system, tb, new Operator("Equal", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getBoolean()));
add(system, tb, new Operator("Equivalent", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getBoolean()));
add(system, tb, new Operator("Less", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getBoolean()));
add(system, tb, new Operator("LessOrEqual", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getBoolean()));
add(system, tb, new Operator("Greater", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getBoolean()));
add(system, tb, new Operator("GreaterOrEqual", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getBoolean()));
add(system, tb, new Operator("Equal", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getBoolean()));
add(system, tb, new Operator("Equivalent", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getBoolean()));
add(system, tb, new Operator("Less", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getBoolean()));
add(system, tb, new Operator("LessOrEqual", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getBoolean()));
add(system, tb, new Operator("Greater", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getBoolean()));
add(system, tb, new Operator("GreaterOrEqual", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getBoolean()));
add(system, tb, new Operator("Equal", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getBoolean()));
add(system, tb, new Operator("Equivalent", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getBoolean()));
add(system, tb, new Operator("Less", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getBoolean()));
add(system, tb, new Operator("LessOrEqual", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getBoolean()));
add(system, tb, new Operator("Greater", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getBoolean()));
add(system, tb, new Operator("GreaterOrEqual", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getBoolean()));
add(system, tb, new Operator("Equal", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getBoolean()));
add(system, tb, new Operator("Equivalent", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getBoolean()));
add(system, tb, new Operator("Less", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getBoolean()));
add(system, tb, new Operator("LessOrEqual", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getBoolean()));
add(system, tb, new Operator("Greater", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getBoolean()));
add(system, tb, new Operator("GreaterOrEqual", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getBoolean()));
add(system, tb, new Operator("Equal", new Signature(systemModel.getQuantity(), systemModel.getQuantity()), systemModel.getBoolean()));
add(system, tb, new Operator("Equivalent", new Signature(systemModel.getQuantity(), systemModel.getQuantity()), systemModel.getBoolean()));
add(system, tb, new Operator("Less", new Signature(systemModel.getQuantity(), systemModel.getQuantity()), systemModel.getBoolean()));
add(system, tb, new Operator("LessOrEqual", new Signature(systemModel.getQuantity(), systemModel.getQuantity()), systemModel.getBoolean()));
add(system, tb, new Operator("Greater", new Signature(systemModel.getQuantity(), systemModel.getQuantity()), systemModel.getBoolean()));
add(system, tb, new Operator("GreaterOrEqual", new Signature(systemModel.getQuantity(), systemModel.getQuantity()), systemModel.getBoolean()));
add(system, tb, new Operator("Equal", new Signature(systemModel.getRatio(), systemModel.getRatio()), systemModel.getBoolean()));
add(system, tb, new Operator("Equivalent", new Signature(systemModel.getRatio(), systemModel.getRatio()), systemModel.getBoolean()));
add(system, tb, new Operator("Equal", new Signature(systemModel.getCode(), systemModel.getCode()), systemModel.getBoolean()));
add(system, tb, new Operator("Equivalent", new Signature(systemModel.getCode(), systemModel.getCode()), systemModel.getBoolean()));
add(system, tb, new Operator("Equal", new Signature(systemModel.getConcept(), systemModel.getConcept()), systemModel.getBoolean()));
add(system, tb, new Operator("Equivalent", new Signature(systemModel.getConcept(), systemModel.getConcept()), systemModel.getBoolean()));
// Arithmetic Operators
add(system, tb, new Operator("Abs", new Signature(systemModel.getInteger()), systemModel.getInteger()));
add(system, tb, new Operator("Abs", new Signature(systemModel.getLong()), systemModel.getLong()));
add(system, tb, new Operator("Abs", new Signature(systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("Abs", new Signature(systemModel.getQuantity()), systemModel.getQuantity()));
add(system, tb, new Operator("Add", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getInteger()));
add(system, tb, new Operator("Add", new Signature(systemModel.getLong(), systemModel.getLong()), systemModel.getLong()));
add(system, tb, new Operator("Add", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("Add", new Signature(systemModel.getQuantity(), systemModel.getQuantity()), systemModel.getQuantity()));
add(system, tb, new Operator("Ceiling", new Signature(systemModel.getDecimal()), systemModel.getInteger()));
add(system, tb, new Operator("Divide", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getDecimal()));
// add(system, tb, new Operator("Divide", new Signature(systemModel.getQuantity(), systemModel.getDecimal()), systemModel.getQuantity()));
add(system, tb, new Operator("Divide", new Signature(systemModel.getQuantity(), systemModel.getQuantity()), systemModel.getQuantity()));
add(system, tb, new Operator("Exp", new Signature(systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("Floor", new Signature(systemModel.getDecimal()), systemModel.getInteger()));
add(system, tb, new Operator("HighBoundary", new Signature(systemModel.getDecimal(), systemModel.getInteger()), systemModel.getDecimal()));
add(system, tb, new Operator("HighBoundary", new Signature(systemModel.getDate(), systemModel.getInteger()), systemModel.getDate()));
add(system, tb, new Operator("HighBoundary", new Signature(systemModel.getDateTime(), systemModel.getInteger()), systemModel.getDateTime()));
add(system, tb, new Operator("HighBoundary", new Signature(systemModel.getTime(), systemModel.getInteger()), systemModel.getTime()));
add(system, tb, new Operator("Log", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("LowBoundary", new Signature(systemModel.getDecimal(), systemModel.getInteger()), systemModel.getDecimal()));
add(system, tb, new Operator("LowBoundary", new Signature(systemModel.getDate(), systemModel.getInteger()), systemModel.getDate()));
add(system, tb, new Operator("LowBoundary", new Signature(systemModel.getDateTime(), systemModel.getInteger()), systemModel.getDateTime()));
add(system, tb, new Operator("LowBoundary", new Signature(systemModel.getTime(), systemModel.getInteger()), systemModel.getTime()));
add(system, tb, new Operator("Ln", new Signature(systemModel.getDecimal()), systemModel.getDecimal()));
// MaxValue<T>() : T
// MinValue<T>() : T
add(system, tb, new Operator("Modulo", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getInteger()));
add(system, tb, new Operator("Modulo", new Signature(systemModel.getLong(), systemModel.getLong()), systemModel.getLong()));
add(system, tb, new Operator("Modulo", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("Modulo", new Signature(systemModel.getQuantity(), systemModel.getQuantity()), systemModel.getQuantity()));
add(system, tb, new Operator("Multiply", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getInteger()));
add(system, tb, new Operator("Multiply", new Signature(systemModel.getLong(), systemModel.getLong()), systemModel.getLong()));
add(system, tb, new Operator("Multiply", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("Multiply", new Signature(systemModel.getQuantity(), systemModel.getQuantity()), systemModel.getQuantity()));
add(system, tb, new Operator("Negate", new Signature(systemModel.getInteger()), systemModel.getInteger()));
add(system, tb, new Operator("Negate", new Signature(systemModel.getLong()), systemModel.getLong()));
add(system, tb, new Operator("Negate", new Signature(systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("Negate", new Signature(systemModel.getQuantity()), systemModel.getQuantity()));
add(system, tb, new Operator("Precision", new Signature(systemModel.getDecimal()), systemModel.getInteger()));
add(system, tb, new Operator("Precision", new Signature(systemModel.getDate()), systemModel.getInteger()));
add(system, tb, new Operator("Precision", new Signature(systemModel.getDateTime()), systemModel.getInteger()));
add(system, tb, new Operator("Precision", new Signature(systemModel.getTime()), systemModel.getInteger()));
add(system, tb, new Operator("Predecessor", new Signature(systemModel.getInteger()), systemModel.getInteger()));
add(system, tb, new Operator("Predecessor", new Signature(systemModel.getLong()), systemModel.getLong()));
add(system, tb, new Operator("Predecessor", new Signature(systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("Predecessor", new Signature(systemModel.getDate()), systemModel.getDate()));
add(system, tb, new Operator("Predecessor", new Signature(systemModel.getDateTime()), systemModel.getDateTime()));
add(system, tb, new Operator("Predecessor", new Signature(systemModel.getTime()), systemModel.getTime()));
add(system, tb, new Operator("Predecessor", new Signature(systemModel.getQuantity()), systemModel.getQuantity()));
add(system, tb, new Operator("Power", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getInteger()));
add(system, tb, new Operator("Power", new Signature(systemModel.getLong(), systemModel.getLong()), systemModel.getLong()));
add(system, tb, new Operator("Power", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("Round", new Signature(systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("Round", new Signature(systemModel.getDecimal(), systemModel.getInteger()), systemModel.getDecimal()));
add(system, tb, new Operator("Subtract", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getInteger()));
add(system, tb, new Operator("Subtract", new Signature(systemModel.getLong(), systemModel.getLong()), systemModel.getLong()));
add(system, tb, new Operator("Subtract", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("Subtract", new Signature(systemModel.getQuantity(), systemModel.getQuantity()), systemModel.getQuantity()));
add(system, tb, new Operator("Successor", new Signature(systemModel.getInteger()), systemModel.getInteger()));
add(system, tb, new Operator("Successor", new Signature(systemModel.getLong()), systemModel.getLong()));
add(system, tb, new Operator("Successor", new Signature(systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("Successor", new Signature(systemModel.getDate()), systemModel.getDate()));
add(system, tb, new Operator("Successor", new Signature(systemModel.getDateTime()), systemModel.getDateTime()));
add(system, tb, new Operator("Successor", new Signature(systemModel.getTime()), systemModel.getTime()));
add(system, tb, new Operator("Successor", new Signature(systemModel.getQuantity()), systemModel.getQuantity()));
add(system, tb, new Operator("Truncate", new Signature(systemModel.getDecimal()), systemModel.getInteger()));
add(system, tb, new Operator("TruncatedDivide", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getInteger()));
add(system, tb, new Operator("TruncatedDivide", new Signature(systemModel.getLong(), systemModel.getLong()), systemModel.getLong()));
add(system, tb, new Operator("TruncatedDivide", new Signature(systemModel.getDecimal(), systemModel.getDecimal()), systemModel.getDecimal()));
add(system, tb, new Operator("TruncatedDivide", new Signature(systemModel.getQuantity(), systemModel.getQuantity()), systemModel.getQuantity()));
// String operators
add(system, tb, new Operator("Add", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getString()));
add(system, tb, new Operator("Combine", new Signature(new ListType(systemModel.getString())), systemModel.getString()));
add(system, tb, new Operator("Combine", new Signature(new ListType(systemModel.getString()), systemModel.getString()), systemModel.getString()));
add(system, tb, new Operator("Concatenate", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getString()));
add(system, tb, new Operator("EndsWith", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getBoolean()));
add(system, tb, new Operator("Indexer", new Signature(systemModel.getString(), systemModel.getInteger()), systemModel.getString()));
add(system, tb, new Operator("LastPositionOf", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getInteger()));
add(system, tb, new Operator("Length", new Signature(systemModel.getString()), systemModel.getInteger()));
add(system, tb, new Operator("Lower", new Signature(systemModel.getString()), systemModel.getString()));
add(system, tb, new Operator("Matches", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getBoolean()));
add(system, tb, new Operator("PositionOf", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getInteger()));
add(system, tb, new Operator("ReplaceMatches", new Signature(systemModel.getString(), systemModel.getString(), systemModel.getString()), systemModel.getString()));
add(system, tb, new Operator("Split", new Signature(systemModel.getString(), systemModel.getString()), new ListType(systemModel.getString())));
add(system, tb, new Operator("SplitOnMatches", new Signature(systemModel.getString(), systemModel.getString()), new ListType(systemModel.getString())));
add(system, tb, new Operator("StartsWith", new Signature(systemModel.getString(), systemModel.getString()), systemModel.getBoolean()));
add(system, tb, new Operator("Substring", new Signature(systemModel.getString(), systemModel.getInteger()), systemModel.getString()));
add(system, tb, new Operator("Substring", new Signature(systemModel.getString(), systemModel.getInteger(), systemModel.getInteger()), systemModel.getString()));
add(system, tb, new Operator("Upper", new Signature(systemModel.getString()), systemModel.getString()));
// Date/Time Operators
add(system, tb, new Operator("Add", new Signature(systemModel.getDateTime(), systemModel.getQuantity()), systemModel.getDateTime()));
add(system, tb, new Operator("Add", new Signature(systemModel.getDate(), systemModel.getQuantity()), systemModel.getDate()));
add(system, tb, new Operator("Add", new Signature(systemModel.getTime(), systemModel.getQuantity()), systemModel.getTime()));
add(system, tb, new Operator("After", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getBoolean()));
add(system, tb, new Operator("After", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getBoolean()));
add(system, tb, new Operator("After", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getBoolean()));
add(system, tb, new Operator("Before", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getBoolean()));
add(system, tb, new Operator("Before", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getBoolean()));
add(system, tb, new Operator("Before", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getBoolean()));
add(system, tb, new Operator("DateTime", new Signature(systemModel.getInteger()), systemModel.getDateTime()));
add(system, tb, new Operator("DateTime", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getDateTime()));
add(system, tb, new Operator("DateTime", new Signature(systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger()), systemModel.getDateTime()));
add(system, tb, new Operator("DateTime", new Signature(systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger()), systemModel.getDateTime()));
add(system, tb, new Operator("DateTime", new Signature(systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger()), systemModel.getDateTime()));
add(system, tb, new Operator("DateTime", new Signature(systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger()), systemModel.getDateTime()));
add(system, tb, new Operator("DateTime", new Signature(systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger()), systemModel.getDateTime()));
add(system, tb, new Operator("DateTime", new Signature(systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getDecimal()), systemModel.getDateTime()));
add(system, tb, new Operator("Date", new Signature(systemModel.getInteger()), systemModel.getDate()));
add(system, tb, new Operator("Date", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getDate()));
add(system, tb, new Operator("Date", new Signature(systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger()), systemModel.getDate()));
add(system, tb, new Operator("DateFrom", new Signature(systemModel.getDateTime()), systemModel.getDate()));
add(system, tb, new Operator("TimeFrom", new Signature(systemModel.getDateTime()), systemModel.getTime()));
add(system, tb, new Operator("TimezoneFrom", new Signature(systemModel.getDateTime()), systemModel.getDecimal()));
add(system, tb, new Operator("TimezoneOffsetFrom", new Signature(systemModel.getDateTime()), systemModel.getDecimal()));
add(system, tb, new Operator("DateTimeComponentFrom", new Signature(systemModel.getDateTime()), systemModel.getInteger()));
add(system, tb, new Operator("DateTimeComponentFrom", new Signature(systemModel.getDate()), systemModel.getInteger()));
add(system, tb, new Operator("DateTimeComponentFrom", new Signature(systemModel.getTime()), systemModel.getInteger()));
add(system, tb, new Operator("DifferenceBetween", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getInteger()));
add(system, tb, new Operator("DifferenceBetween", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getInteger()));
add(system, tb, new Operator("DifferenceBetween", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getInteger()));
add(system, tb, new Operator("DurationBetween", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getInteger()));
add(system, tb, new Operator("DurationBetween", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getInteger()));
add(system, tb, new Operator("DurationBetween", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getInteger()));
add(system, tb, new Operator("Now", new Signature(), systemModel.getDateTime()));
add(system, tb, new Operator("SameAs", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getBoolean()));
add(system, tb, new Operator("SameAs", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getBoolean()));
add(system, tb, new Operator("SameAs", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getBoolean()));
add(system, tb, new Operator("SameOrAfter", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getBoolean()));
add(system, tb, new Operator("SameOrAfter", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getBoolean()));
add(system, tb, new Operator("SameOrAfter", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getBoolean()));
add(system, tb, new Operator("SameOrBefore", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getBoolean()));
add(system, tb, new Operator("SameOrBefore", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getBoolean()));
add(system, tb, new Operator("SameOrBefore", new Signature(systemModel.getTime(), systemModel.getTime()), systemModel.getBoolean()));
add(system, tb, new Operator("Subtract", new Signature(systemModel.getDateTime(), systemModel.getQuantity()), systemModel.getDateTime()));
add(system, tb, new Operator("Subtract", new Signature(systemModel.getDate(), systemModel.getQuantity()), systemModel.getDate()));
add(system, tb, new Operator("Subtract", new Signature(systemModel.getTime(), systemModel.getQuantity()), systemModel.getTime()));
add(system, tb, new Operator("Today", new Signature(), systemModel.getDate()));
add(system, tb, new Operator("Time", new Signature(systemModel.getInteger()), systemModel.getTime()));
add(system, tb, new Operator("Time", new Signature(systemModel.getInteger(), systemModel.getInteger()), systemModel.getTime()));
add(system, tb, new Operator("Time", new Signature(systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger()), systemModel.getTime()));
add(system, tb, new Operator("Time", new Signature(systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger(), systemModel.getInteger()), systemModel.getTime()));
add(system, tb, new Operator("TimeOfDay", new Signature(), systemModel.getTime()));
// Interval Operators
// After<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("After", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Before<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("Before", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Collapse<T>(list<interval<T>>) : list<interval<T>>
// Collapse<T>(list<interval<T>>, Quantity) : list<interval<T>>
add(system, tb, new GenericOperator("Collapse", new Signature(new ListType(new IntervalType(new TypeParameter("T"))), systemModel.getQuantity()), new ListType(new IntervalType(new TypeParameter("T"))), new TypeParameter("T")));
// Contains<T>(interval<T>, T) : Boolean
add(system, tb, new GenericOperator("Contains", new Signature(new IntervalType(new TypeParameter("T")), new TypeParameter("T")), systemModel.getBoolean(), new TypeParameter("T")));
// End<T>(interval<T>) : T
add(system, tb, new GenericOperator("End", new Signature(new IntervalType(new TypeParameter("T"))), new TypeParameter("T"), new TypeParameter("T")));
// Ends<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("Ends", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Equal<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("Equal", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Equivalent<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("Equivalent", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Except<T>(interval<T>, interval<T>) : interval<T>
add(system, tb, new GenericOperator("Except", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), new IntervalType(new TypeParameter("T")), new TypeParameter("T")));
// Expand<T>(list<interval<T>>) : list<interval<T>>
// Expand<T>(list<interval<T>>, Quantity) : list<interval<T>>
// Expand<T>(interval<T>) : List<T>
// Expand<T>(interval<T>, Quantity) : list<T>
add(system, tb, new GenericOperator("Expand", new Signature(new ListType(new IntervalType(new TypeParameter("T"))), systemModel.getQuantity()), new ListType(new IntervalType(new TypeParameter("T"))), new TypeParameter("T")));
add(system, tb, new GenericOperator("Expand", new Signature(new IntervalType(new TypeParameter("T")), systemModel.getQuantity()), new ListType(new TypeParameter("T")), new TypeParameter("T")));
// In<T>(T, interval<T>) : Boolean
add(system, tb, new GenericOperator("In", new Signature(new TypeParameter("T"), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Includes<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("Includes", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// IncludedIn<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("IncludedIn", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Intersect<T>(interval<T>, interval<T>) : interval<T>
add(system, tb, new GenericOperator("Intersect", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), new IntervalType(new TypeParameter("T")), new TypeParameter("T")));
// Meets<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("Meets", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// MeetsBefore<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("MeetsBefore", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// MeetsAfter<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("MeetsAfter", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Overlaps<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("Overlaps", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// OverlapsBefore<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("OverlapsBefore", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// OverlapsAfter<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("OverlapsAfter", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// PointFrom<T>(interval<T>) : T
GenericOperator pointFrom = new GenericOperator("PointFrom", new Signature(new IntervalType(new TypeParameter("T"))), new TypeParameter("T"), new TypeParameter("T"));
add(system, tb, pointFrom);
// ProperContains<T>(interval<T>, T) : Boolean
add(system, tb, new GenericOperator("ProperContains", new Signature(new IntervalType(new TypeParameter("T")), new TypeParameter("T")), systemModel.getBoolean(), new TypeParameter("T")));
// ProperIn<T>(T, interval<T>) : Boolean
add(system, tb, new GenericOperator("ProperIn", new Signature(new TypeParameter("T"), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// ProperIncludes<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("ProperIncludes", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// ProperIncludedIn<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("ProperIncludedIn", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// SameAs<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("SameAs", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// SameOrAfter<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("SameOrAfter", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// SameOrBefore<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("SameOrBefore", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Size<T>(interval<T>) : T
add(system, tb, new GenericOperator("Size", new Signature(new IntervalType(new TypeParameter("T"))), new TypeParameter("T"), new TypeParameter("T")));
// Start<T>(interval<T>) : T
add(system, tb, new GenericOperator("Start", new Signature(new IntervalType(new TypeParameter("T"))), new TypeParameter("T"), new TypeParameter("T")));
// Starts<T>(interval<T>, interval<T>) : Boolean
add(system, tb, new GenericOperator("Starts", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Union<T>(interval<T>, interval<T>) : interval<T>
add(system, tb, new GenericOperator("Union", new Signature(new IntervalType(new TypeParameter("T")), new IntervalType(new TypeParameter("T"))), new IntervalType(new TypeParameter("T")), new TypeParameter("T")));
// Width<T>(interval<T>) : T
add(system, tb, new GenericOperator("Width", new Signature(new IntervalType(new TypeParameter("T"))), new TypeParameter("T"), new TypeParameter("T")));
// List Operators
// Contains<T>(list<T>, T) : Boolean
add(system, tb, new GenericOperator("Contains", new Signature(new ListType(new TypeParameter("T")), new TypeParameter("T")), systemModel.getBoolean(), new TypeParameter("T")));
// Distinct<T>(list<T>) : list<T>
add(system, tb, new GenericOperator("Distinct", new Signature(new ListType(new TypeParameter("T"))), new ListType(new TypeParameter("T")), new TypeParameter("T")));
// Equal<T>(list<T>, list<T>) : Boolean
add(system, tb, new GenericOperator("Equal", new Signature(new ListType(new TypeParameter("T")), new ListType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Equivalent<T>(list<T>, list<T>) : Boolean
add(system, tb, new GenericOperator("Equivalent", new Signature(new ListType(new TypeParameter("T")), new ListType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Except<T>(list<T>, list<T>) : list<T>
add(system, tb, new GenericOperator("Except", new Signature(new ListType(new TypeParameter("T")), new ListType(new TypeParameter("T"))), new ListType(new TypeParameter("T")), new TypeParameter("T")));
// Exists<T>(list<T>) : Boolean
add(system, tb, new GenericOperator("Exists", new Signature(new ListType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Flatten<T>(list<list<T>>) : list<T>
add(system, tb, new GenericOperator("Flatten", new Signature(new ListType(new ListType(new TypeParameter("T")))), new ListType(new TypeParameter("T")), new TypeParameter("T")));
// First<T>(list<T>) : T
add(system, tb, new GenericOperator("First", new Signature(new ListType(new TypeParameter("T"))), new TypeParameter("T"), new TypeParameter("T")));
// In<T>(T, list<T>) : Boolean
add(system, tb, new GenericOperator("In", new Signature(new TypeParameter("T"), new ListType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Includes<T>(list<T>, list<T>) : Boolean
add(system, tb, new GenericOperator("Includes", new Signature(new ListType(new TypeParameter("T")), new ListType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// IncludedIn<T>(list<T>, list<T>) : Boolean
add(system, tb, new GenericOperator("IncludedIn", new Signature(new ListType(new TypeParameter("T")), new ListType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// Indexer<T>(list<T>, integer) : T
add(system, tb, new GenericOperator("Indexer", new Signature(new ListType(new TypeParameter("T")), systemModel.getInteger()), new TypeParameter("T"), new TypeParameter("T")));
// IndexOf<T>(list<T>, T) : Integer
add(system, tb, new GenericOperator("IndexOf", new Signature(new ListType(new TypeParameter("T")), new TypeParameter("T")), systemModel.getInteger(), new TypeParameter("T")));
// Intersect<T>(list<T>, list<T>) : list<T>
add(system, tb, new GenericOperator("Intersect", new Signature(new ListType(new TypeParameter("T")), new ListType(new TypeParameter("T"))), new ListType(new TypeParameter("T")), new TypeParameter("T")));
// Last<T>(list<T>) : T
add(system, tb, new GenericOperator("Last", new Signature(new ListType(new TypeParameter("T"))), new TypeParameter("T"), new TypeParameter("T")));
// Length<T>(list<T>) : Integer
add(system, tb, new GenericOperator("Length", new Signature(new ListType(new TypeParameter("T"))), systemModel.getInteger(), new TypeParameter("T")));
// ProperContains<T>(list<T>, T) : Boolean
add(system, tb, new GenericOperator("ProperContains", new Signature(new ListType(new TypeParameter("T")), new TypeParameter("T")), systemModel.getBoolean(), new TypeParameter("T")));
// ProperIn<T>(T, list<T>) : Boolean
add(system, tb, new GenericOperator("ProperIn", new Signature(new TypeParameter("T"), new ListType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// ProperIncludes<T>(list<T>, list<T>) : Boolean
add(system, tb, new GenericOperator("ProperIncludes", new Signature(new ListType(new TypeParameter("T")), new ListType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// ProperIncludedIn<T>(list<T>, list<T>) : Boolean
add(system, tb, new GenericOperator("ProperIncludedIn", new Signature(new ListType(new TypeParameter("T")), new ListType(new TypeParameter("T"))), systemModel.getBoolean(), new TypeParameter("T")));
// SingletonFrom<T>(list<T>) : T
GenericOperator singletonFrom = new GenericOperator("SingletonFrom", new Signature(new ListType(new TypeParameter("T"))), new TypeParameter("T"), new TypeParameter("T"));
add(system, tb, singletonFrom);
// // NOTE: FHIRPath Implicit List Demotion
// Generic conversions turned out to be computationally expensive, so we added explicit list promotion/demotion in the conversion map directly instead.
// add(system, tb, new Conversion(singletonFrom, true));
// Skip(list<T>, Integer): list<T>
add(system, tb, new GenericOperator("Skip", new Signature(new ListType(new TypeParameter("T")), systemModel.getInteger()), new ListType(new TypeParameter("T")), new TypeParameter("T")));
// Tail(list<T>): list<T>
add(system, tb, new GenericOperator("Tail", new Signature(new ListType(new TypeParameter("T"))), new ListType(new TypeParameter("T")), new TypeParameter("T")));
// Take(list<T>, Integer): list<T>
add(system, tb, new GenericOperator("Take", new Signature(new ListType(new TypeParameter("T")), systemModel.getInteger()), new ListType(new TypeParameter("T")), new TypeParameter("T")));
// Union<T>(list<T>, list<T>) : list<T>
add(system, tb, new GenericOperator("Union", new Signature(new ListType(new TypeParameter("T")), new ListType(new TypeParameter("T"))), new ListType(new TypeParameter("T")), new TypeParameter("T")));
// NOTE: FHIRPath Implicit List Promotion operator
// GenericOperator toList = new GenericOperator("List", new Signature(new TypeParameter("T")), new ListType(new TypeParameter("T")), new TypeParameter("T"));
// add(system, tb, toList);
// add(system, tb, new Conversion(toList, true));
// Aggregate Operators
add(system, tb, new Operator("AllTrue", new Signature(new ListType(systemModel.getBoolean())), systemModel.getBoolean()));
add(system, tb, new Operator("AnyTrue", new Signature(new ListType(systemModel.getBoolean())), systemModel.getBoolean()));
add(system, tb, new Operator("Avg", new Signature(new ListType(systemModel.getDecimal())), systemModel.getDecimal()));
add(system, tb, new Operator("Avg", new Signature(new ListType(systemModel.getQuantity())), systemModel.getQuantity()));
// Count<T>(list<T>) : Integer
add(system, tb, new GenericOperator("Count", new Signature(new ListType(new TypeParameter("T"))), systemModel.getInteger(), new TypeParameter("T")));
// // Count(list<Any>) : Integer
// add(system, tb, new Operator("Count", new Signature(new ListType(systemModel.getAny())), systemModel.getInteger()));
add(system, tb, new Operator("GeometricMean", new Signature(new ListType(systemModel.getDecimal())), systemModel.getDecimal()));
add(system, tb, new Operator("Max", new Signature(new ListType(systemModel.getInteger())), systemModel.getInteger()));
add(system, tb, new Operator("Max", new Signature(new ListType(systemModel.getLong())), systemModel.getLong()));
add(system, tb, new Operator("Max", new Signature(new ListType(systemModel.getDecimal())), systemModel.getDecimal()));
add(system, tb, new Operator("Max", new Signature(new ListType(systemModel.getQuantity())), systemModel.getQuantity()));
add(system, tb, new Operator("Max", new Signature(new ListType(systemModel.getDateTime())), systemModel.getDateTime()));
add(system, tb, new Operator("Max", new Signature(new ListType(systemModel.getDate())), systemModel.getDate()));
add(system, tb, new Operator("Max", new Signature(new ListType(systemModel.getTime())), systemModel.getTime()));
add(system, tb, new Operator("Max", new Signature(new ListType(systemModel.getString())), systemModel.getString()));
add(system, tb, new Operator("Min", new Signature(new ListType(systemModel.getInteger())), systemModel.getInteger()));
add(system, tb, new Operator("Min", new Signature(new ListType(systemModel.getLong())), systemModel.getLong()));
add(system, tb, new Operator("Min", new Signature(new ListType(systemModel.getDecimal())), systemModel.getDecimal()));
add(system, tb, new Operator("Min", new Signature(new ListType(systemModel.getQuantity())), systemModel.getQuantity()));
add(system, tb, new Operator("Min", new Signature(new ListType(systemModel.getDateTime())), systemModel.getDateTime()));
add(system, tb, new Operator("Min", new Signature(new ListType(systemModel.getDate())), systemModel.getDate()));
add(system, tb, new Operator("Min", new Signature(new ListType(systemModel.getTime())), systemModel.getTime()));
add(system, tb, new Operator("Min", new Signature(new ListType(systemModel.getString())), systemModel.getString()));
add(system, tb, new Operator("Median", new Signature(new ListType(systemModel.getDecimal())), systemModel.getDecimal()));
add(system, tb, new Operator("Median", new Signature(new ListType(systemModel.getQuantity())), systemModel.getQuantity()));
// Mode<T>(list<T>) : T
add(system, tb, new GenericOperator("Mode", new Signature(new ListType(new TypeParameter("T"))), new TypeParameter("T"), new TypeParameter("T")));
add(system, tb, new Operator("PopulationStdDev", new Signature(new ListType(systemModel.getDecimal())), systemModel.getDecimal()));
add(system, tb, new Operator("PopulationStdDev", new Signature(new ListType(systemModel.getQuantity())), systemModel.getQuantity()));
add(system, tb, new Operator("PopulationVariance", new Signature(new ListType(systemModel.getDecimal())), systemModel.getDecimal()));
add(system, tb, new Operator("PopulationVariance", new Signature(new ListType(systemModel.getQuantity())), systemModel.getQuantity()));
add(system, tb, new Operator("Product", new Signature(new ListType(systemModel.getInteger())), systemModel.getInteger()));
add(system, tb, new Operator("Product", new Signature(new ListType(systemModel.getLong())), systemModel.getLong()));
add(system, tb, new Operator("Product", new Signature(new ListType(systemModel.getDecimal())), systemModel.getDecimal()));
add(system, tb, new Operator("Product", new Signature(new ListType(systemModel.getQuantity())), systemModel.getQuantity()));
add(system, tb, new Operator("StdDev", new Signature(new ListType(systemModel.getDecimal())), systemModel.getDecimal()));
add(system, tb, new Operator("StdDev", new Signature(new ListType(systemModel.getQuantity())), systemModel.getQuantity()));
add(system, tb, new Operator("Sum", new Signature(new ListType(systemModel.getInteger())), systemModel.getInteger()));
add(system, tb, new Operator("Sum", new Signature(new ListType(systemModel.getLong())), systemModel.getLong()));
add(system, tb, new Operator("Sum", new Signature(new ListType(systemModel.getDecimal())), systemModel.getDecimal()));
add(system, tb, new Operator("Sum", new Signature(new ListType(systemModel.getQuantity())), systemModel.getQuantity()));
add(system, tb, new Operator("Variance", new Signature(new ListType(systemModel.getDecimal())), systemModel.getDecimal()));
add(system, tb, new Operator("Variance", new Signature(new ListType(systemModel.getQuantity())), systemModel.getQuantity()));
// Clinical
// ToConcept(Code)
Operator codeToConcept = new Operator("ToConcept", new Signature(systemModel.getCode()), systemModel.getConcept());
add(system, tb, codeToConcept);
add(system, tb, new Conversion(codeToConcept, true));
// ToConcept(list<Code>)
Operator codesToConcept = new Operator("ToConcept", new Signature(new ListType(systemModel.getCode())), systemModel.getConcept());
add(system, tb, codesToConcept);
add(system, tb, new Conversion(codesToConcept, false));
add(system, tb, new Operator("CalculateAge", new Signature(systemModel.getDateTime()), systemModel.getInteger()));
add(system, tb, new Operator("CalculateAge", new Signature(systemModel.getDate()), systemModel.getInteger()));
add(system, tb, new Operator("CalculateAgeAt", new Signature(systemModel.getDateTime(), systemModel.getDateTime()), systemModel.getInteger()));
add(system, tb, new Operator("CalculateAgeAt", new Signature(systemModel.getDate(), systemModel.getDate()), systemModel.getInteger()));
add(system, tb, new Operator("InValueSet", new Signature(systemModel.getString()), systemModel.getBoolean()));
add(system, tb, new Operator("InValueSet", new Signature(systemModel.getCode()), systemModel.getBoolean()));
add(system, tb, new Operator("InValueSet", new Signature(systemModel.getConcept()), systemModel.getBoolean()));
add(system, tb, new Operator("InValueSet", new Signature(systemModel.getString(), systemModel.getValueSet()), systemModel.getBoolean()));
add(system, tb, new Operator("InValueSet", new Signature(systemModel.getCode(), systemModel.getValueSet()), systemModel.getBoolean()));
add(system, tb, new Operator("InValueSet", new Signature(systemModel.getConcept(), systemModel.getValueSet()), systemModel.getBoolean()));
add(system, tb, new Operator("AnyInValueSet", new Signature(new ListType(systemModel.getString())), systemModel.getBoolean()));
add(system, tb, new Operator("AnyInValueSet", new Signature(new ListType(systemModel.getCode())), systemModel.getBoolean()));
add(system, tb, new Operator("AnyInValueSet", new Signature(new ListType(systemModel.getConcept())), systemModel.getBoolean()));
add(system, tb, new Operator("AnyInValueSet", new Signature(new ListType(systemModel.getString()), systemModel.getValueSet()), systemModel.getBoolean()));
add(system, tb, new Operator("AnyInValueSet", new Signature(new ListType(systemModel.getCode()), systemModel.getValueSet()), systemModel.getBoolean()));
add(system, tb, new Operator("AnyInValueSet", new Signature(new ListType(systemModel.getConcept()), systemModel.getValueSet()), systemModel.getBoolean()));
add(system, tb, new Operator("InCodeSystem", new Signature(systemModel.getString()), systemModel.getBoolean()));
add(system, tb, new Operator("InCodeSystem", new Signature(systemModel.getCode()), systemModel.getBoolean()));
add(system, tb, new Operator("InCodeSystem", new Signature(systemModel.getConcept()), systemModel.getBoolean()));
add(system, tb, new Operator("InCodeSystem", new Signature(systemModel.getString(), systemModel.getCodeSystem()), systemModel.getBoolean()));
add(system, tb, new Operator("InCodeSystem", new Signature(systemModel.getCode(), systemModel.getCodeSystem()), systemModel.getBoolean()));
add(system, tb, new Operator("InCodeSystem", new Signature(systemModel.getConcept(), systemModel.getCodeSystem()), systemModel.getBoolean()));
add(system, tb, new Operator("AnyInCodeSystem", new Signature(new ListType(systemModel.getString())), systemModel.getBoolean()));
add(system, tb, new Operator("AnyInCodeSystem", new Signature(new ListType(systemModel.getCode())), systemModel.getBoolean()));
add(system, tb, new Operator("AnyInCodeSystem", new Signature(new ListType(systemModel.getConcept())), systemModel.getBoolean()));
add(system, tb, new Operator("AnyInCodeSystem", new Signature(new ListType(systemModel.getString()), systemModel.getCodeSystem()), systemModel.getBoolean()));
add(system, tb, new Operator("AnyInCodeSystem", new Signature(new ListType(systemModel.getCode()), systemModel.getCodeSystem()), systemModel.getBoolean()));
add(system, tb, new Operator("AnyInCodeSystem", new Signature(new ListType(systemModel.getConcept()), systemModel.getCodeSystem()), systemModel.getBoolean()));
Operator expandValueSet = new Operator("ExpandValueSet", new Signature(systemModel.getValueSet()), new ListType(systemModel.getCode()));
add(system, tb, expandValueSet);
add(system, tb, new Conversion(expandValueSet, true));
add(system, tb, new Operator("Subsumes", new Signature(systemModel.getCode(), systemModel.getCode()), systemModel.getBoolean()));
add(system, tb, new Operator("Subsumes", new Signature(systemModel.getConcept(), systemModel.getConcept()), systemModel.getBoolean()));
add(system, tb, new Operator("SubsumedBy", new Signature(systemModel.getCode(), systemModel.getCode()), systemModel.getBoolean()));
add(system, tb, new Operator("SubsumedBy", new Signature(systemModel.getConcept(), systemModel.getConcept()), systemModel.getBoolean()));
// Errors
// Message(source T, condition Boolean, code String, severity String, message String) T
add(system, tb, new GenericOperator("Message", new Signature(new TypeParameter("T"), systemModel.getBoolean(), systemModel.getString(), systemModel.getString(), systemModel.getString()), new TypeParameter("T"), new TypeParameter("T")));
return system;
}
Also used :
VersionedIdentifier(org.hl7.elm.r1.VersionedIdentifier)
Example 4 with IntervalType
use of org.hl7.cql.model.IntervalType in project clinical_quality_language by cqframework.
the class DataRequirementsProcessor method toFhirValue.
private DataType toFhirValue(ElmRequirementsContext context, Expression value) {
if (value == null) {
return null;
}
if (value instanceof Interval) {
// TODO: Handle lowclosed/highclosed
return new Period().setStartElement(toFhirDateTimeValue(context, ((Interval) value).getLow())).setEndElement(toFhirDateTimeValue(context, ((Interval) value).getHigh()));
} else if (value instanceof Literal) {
if (context.getTypeResolver().isDateTimeType(value.getResultType())) {
return new DateTimeType(((Literal) value).getValue());
} else if (context.getTypeResolver().isDateType(value.getResultType())) {
return new DateType(((Literal) value).getValue());
} else if (context.getTypeResolver().isIntegerType(value.getResultType())) {
return new IntegerType(((Literal) value).getValue());
} else if (context.getTypeResolver().isDecimalType(value.getResultType())) {
return new DecimalType(((Literal) value).getValue());
} else if (context.getTypeResolver().isStringType(value.getResultType())) {
return new StringType(((Literal) value).getValue());
}
} else if (value instanceof DateTime) {
DateTime dateTime = (DateTime) value;
return new DateTimeType(toDateTimeString(toFhirValue(context, dateTime.getYear()), toFhirValue(context, dateTime.getMonth()), toFhirValue(context, dateTime.getDay()), toFhirValue(context, dateTime.getHour()), toFhirValue(context, dateTime.getMinute()), toFhirValue(context, dateTime.getSecond()), toFhirValue(context, dateTime.getMillisecond()), toFhirValue(context, dateTime.getTimezoneOffset())));
} else if (value instanceof org.hl7.elm.r1.Date) {
org.hl7.elm.r1.Date date = (org.hl7.elm.r1.Date) value;
return new DateType(toDateString(toFhirValue(context, date.getYear()), toFhirValue(context, date.getMonth()), toFhirValue(context, date.getDay())));
} else if (value instanceof Start) {
DataType operand = toFhirValue(context, ((Start) value).getOperand());
if (operand != null) {
Period period = (Period) operand;
return period.getStartElement();
}
} else if (value instanceof End) {
DataType operand = toFhirValue(context, ((End) value).getOperand());
if (operand != null) {
Period period = (Period) operand;
return period.getEndElement();
}
} else if (value instanceof ParameterRef) {
if (context.getTypeResolver().isIntervalType(value.getResultType())) {
Extension e = toExpression(context, (ParameterRef) value);
org.hl7.cql.model.DataType pointType = ((IntervalType) value.getResultType()).getPointType();
if (context.getTypeResolver().isDateTimeType(pointType) || context.getTypeResolver().isDateType(pointType)) {
Period period = new Period();
period.addExtension(e);
return period;
} else if (context.getTypeResolver().isQuantityType(pointType) || context.getTypeResolver().isIntegerType(pointType) || context.getTypeResolver().isDecimalType(pointType)) {
Range range = new Range();
range.addExtension(e);
return range;
} else {
throw new IllegalArgumentException(String.format("toFhirValue not implemented for interval of %s", pointType.toString()));
}
} else // Boolean, Integer, Decimal, String, Quantity, Date, DateTime, Time, Coding, CodeableConcept
if (context.getTypeResolver().isBooleanType(value.getResultType())) {
BooleanType result = new BooleanType();
result.addExtension(toExpression(context, (ParameterRef) value));
return result;
} else if (context.getTypeResolver().isIntegerType(value.getResultType())) {
IntegerType result = new IntegerType();
result.addExtension(toExpression(context, (ParameterRef) value));
return result;
} else if (context.getTypeResolver().isDecimalType(value.getResultType())) {
DecimalType result = new DecimalType();
result.addExtension(toExpression(context, (ParameterRef) value));
return result;
} else if (context.getTypeResolver().isQuantityType(value.getResultType())) {
Quantity result = new Quantity();
result.addExtension(toExpression(context, (ParameterRef) value));
return result;
} else if (context.getTypeResolver().isCodeType(value.getResultType())) {
Coding result = new Coding();
result.addExtension(toExpression(context, (ParameterRef) value));
return result;
} else if (context.getTypeResolver().isConceptType(value.getResultType())) {
CodeableConcept result = new CodeableConcept();
result.addExtension(toExpression(context, (ParameterRef) value));
return result;
} else if (context.getTypeResolver().isDateType(value.getResultType())) {
DateType result = new DateType();
result.addExtension(toExpression(context, (ParameterRef) value));
return result;
} else if (context.getTypeResolver().isDateTimeType(value.getResultType())) {
DateTimeType result = new DateTimeType();
result.addExtension(toExpression(context, (ParameterRef) value));
return result;
} else if (context.getTypeResolver().isTimeType(value.getResultType())) {
TimeType result = new TimeType();
result.addExtension(toExpression(context, (ParameterRef) value));
return result;
} else {
throw new IllegalArgumentException(String.format("toFhirValue not implemented for parameter of type %s", value.getResultType().toString()));
}
}
throw new IllegalArgumentException(String.format("toFhirValue not implemented for %s", value.getClass().getSimpleName()));
}
Also used :
IntervalType(org.hl7.cql.model.IntervalType)
org.hl7.fhir.r5.model(org.hl7.fhir.r5.model)
Quantity(org.hl7.fhir.r5.model.Quantity)
org.hl7.elm.r1(org.hl7.elm.r1)
Aggregations
ParseTree (org.antlr.v4.runtime.tree.ParseTree)2
Interval (org.hl7.elm.r1.Interval)2
IntervalType (org.hl7.cql.model.IntervalType)1
org.hl7.elm.r1 (org.hl7.elm.r1)1
VersionedIdentifier (org.hl7.elm.r1.VersionedIdentifier)1
org.hl7.fhir.r5.model (org.hl7.fhir.r5.model)1
Quantity (org.hl7.fhir.r5.model.Quantity)1
