Trees

Type Members

1. sealed case class ADT(id: Identifier, tps: Seq[Trees.Type], args: Seq[Trees.Expr]) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

   

   Encoding of ct(args...)

   Encoding of ct(args...)

   args

   The arguments of the case class

   Definition Classes

   Expressions

2. class ADTConstructor extends Tree

   

   Case classes/ ADT constructors.

   Case classes/ ADT constructors. For single-case classes these may coincide

   Definition Classes

   Definitions

3. case class ADTLookupException(id: Identifier) extends Trees.LookupException with Product with Serializable

   

   Definition Classes

   Definitions

4. sealed case class ADTSelector(adt: Trees.Expr, selector: Identifier) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

   

   Encoding of value.selector where value is of a case class type

   Encoding of value.selector where value is of a case class type

   If you are not sure about the requirement you should use the adtSelector constructor

   Definition Classes

   Expressions

5. class ADTSort extends Tree with Trees.Definition

   

   Algebraic datatype sort definition.

   Algebraic datatype sort definition. An ADT sort is linked to a series of constructors (ADTConstructor) for this particular sort.

   Definition Classes

   Definitions

6. sealed case class ADTType(id: Identifier, tps: Seq[Trees.Type]) extends Trees.Type with Product with Serializable

   

   Definition Classes

   Types

7. trait AbstractSymbols extends Trees.Printable with TypeOps with SymbolOps with CallGraph with DependencyGraph

   

   Provides the class and function definitions of a program and lookups on them

   Provides the class and function definitions of a program and lookups on them

   Definition Classes

   Definitions

8. sealed case class And(exprs: Seq[Trees.Expr]) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

   

   Encoding of ... && ...

   Encoding of ... && ...

   exprs must contain at least two elements; if you are not sure about this, you should use the and constructor or the andJoin constructor

   Definition Classes

   Expressions

9. sealed case class Annotation(name: String, args: Seq[Any]) extends Trees.Flag with Product with Serializable

   

   Compiler annotations given in the source code as @annot.

   Compiler annotations given in the source code as @annot.

   Definition Classes

   Definitions

   See also

   Flag for some notes on the actual type of args.

10. sealed case class Application(callee: Trees.Expr, args: Seq[Trees.Expr]) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of callee(args...), where callee is an expression of a function type (not a method)

    Encoding of callee(args...), where callee is an expression of a function type (not a method)

    Definition Classes

    Expressions

11. sealed case class Assume(pred: Trees.Expr, body: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Local assumption

    Local assumption

    pred

    The predicate to be assumed

    body

    The expression following assume(pred)

    Definition Classes

    Expressions

12. sealed case class BVAShiftRight(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... >> ... (32-bit vector) (arithmetic shift, sign-preserving)

    Encoding of ... >> ... (32-bit vector) (arithmetic shift, sign-preserving)

    Definition Classes

    Expressions

13. sealed case class BVAnd(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... & ... (32-bit vector)

    Encoding of ... & ... (32-bit vector)

    Definition Classes

    Expressions

14. sealed case class BVLShiftRight(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... >>> ... (32-bit vector) (logical shift)

    Encoding of ... >>> ... (32-bit vector) (logical shift)

    Definition Classes

    Expressions

15. sealed case class BVLiteral(signed: Boolean, value: BitSet, size: Int) extends Trees.Literal[BitSet] with Product with Serializable

    

    Encoding of a n-bit bitvector literal

    Encoding of a n-bit bitvector literal

    Definition Classes

    Expressions

16. sealed case class BVNarrowingCast(expr: Trees.Expr, newType: Trees.BVType) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... .toByte and other narrowing casts

    Encoding of ... .toByte and other narrowing casts

    Definition Classes

    Expressions

17. sealed case class BVNot(e: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ~... (32-bit vector)

    Encoding of ~... (32-bit vector)

    Definition Classes

    Expressions

18. sealed case class BVOr(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... | ... (32-bit vector)

    Encoding of ... | ... (32-bit vector)

    Definition Classes

    Expressions

19. sealed case class BVShiftLeft(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... << ... (32-bit vector)

    Encoding of ... << ... (32-bit vector)

    Definition Classes

    Expressions

20. sealed case class BVType(signed: Boolean, size: Int) extends Trees.Type with Product with Serializable

    

    Definition Classes

    Types

21. abstract class BVTypeExtractor extends AnyRef

    

    Definition Classes

    Types

22. sealed case class BVWideningCast(expr: Trees.Expr, newType: Trees.BVType) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... .toInt and other widening casts

    Encoding of ... .toInt and other widening casts

    Definition Classes

    Expressions

23. sealed case class BVXor(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... ^ ... (32-bit vector)

    Encoding of ... ^ ... (32-bit vector)

    Definition Classes

    Expressions

24. sealed case class BagAdd(bag: Trees.Expr, elem: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of bag + elem

    Encoding of bag + elem

    Definition Classes

    Expressions

25. sealed case class BagDifference(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of lhs -- rhs

    Encoding of lhs -- rhs

    Definition Classes

    Expressions

26. sealed case class BagIntersection(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of lhs & rhs

    Encoding of lhs & rhs

    Definition Classes

    Expressions

27. sealed case class BagType(base: Trees.Type) extends Trees.Type with Product with Serializable

    

    Definition Classes

    Types

28. sealed case class BagUnion(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of lhs ++ rhs

    Encoding of lhs ++ rhs

    Definition Classes

    Expressions

29. sealed case class BooleanLiteral(value: Boolean) extends Trees.Literal[Boolean] with Product with Serializable

    

    Encoding of a boolean literal true or false

    Encoding of a boolean literal true or false

    Definition Classes

    Expressions

30. case class BooleanType() extends Trees.Type with Product with Serializable

    

    Definition Classes

    Types

31. trait CachingTyped extends Trees.Typed

    

    Attributes

    protected

    Definition Classes

    Types

32. sealed case class CharLiteral(value: Char) extends Trees.Literal[Char] with Product with Serializable

    

    Encoding of a character literal

    Encoding of a character literal

    Definition Classes

    Expressions

33. case class CharType() extends Trees.Type with Product with Serializable

    

    Definition Classes

    Types

34. sealed case class Choose(res: Trees.ValDef, pred: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of choose(...) (returns a value satisfying the provided predicate)

    Encoding of choose(...) (returns a value satisfying the provided predicate)

    Definition Classes

    Expressions

35. trait Definition extends Tree

    

    The base trait for Inox definitions

    The base trait for Inox definitions

    Definition Classes

    Definitions

36. sealed case class Division(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... / ...

    Encoding of ... / ...

    Division and Remainder follows Java/Scala semantics. Division corresponds to / operator on BigInt and Remainder corresponds to %. Note that in Java/Scala % is called remainder and the "mod" operator (Modulo in Inox) is also defined on BigInteger and differs from Remainder. The "mod" operator returns an always positive remainder, while Remainder could return a negative remainder. The following must hold:

    Division(x, y) * y + Remainder(x, y) == x

    Definition Classes

    Expressions

37. sealed case class ElementOfSet(element: Trees.Expr, set: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of set.contains(element) or set(element)

    Encoding of set.contains(element) or set(element)

    Definition Classes

    Expressions

38. sealed case class Equals(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... == ...

    Encoding of ... == ...

    Definition Classes

    Expressions

39. abstract class Expr extends Tree with Trees.Typed

    

    Represents an expression in Inox.

    Represents an expression in Inox.

    Definition Classes

    Expressions

40. sealed case class FiniteBag(elements: Seq[(Trees.Expr, Trees.Expr)], base: Trees.Type) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of Bag[base](elements)

    Encoding of Bag[base](elements)

    Definition Classes

    Expressions

41. sealed case class FiniteMap(pairs: Seq[(Trees.Expr, Trees.Expr)], default: Trees.Expr, keyType: Trees.Type, valueType: Trees.Type) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of Map[keyType, valueType](key1 -> value1, key2 -> value2 ...)

    Encoding of Map[keyType, valueType](key1 -> value1, key2 -> value2 ...)

    Definition Classes

    Expressions

42. sealed case class FiniteSet(elements: Seq[Trees.Expr], base: Trees.Type) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of Set[base](elements)

    Encoding of Set[base](elements)

    Definition Classes

    Expressions

43. abstract class Flag extends Trees.Printable

    

    Represents source code annotations and some other meaningful flags.

    Represents source code annotations and some other meaningful flags.

    In order to enable transformations on Flag instances, there is an implicit contract on args such that for each argument, either

    arg: Expr | Type

    , or there exists no Expr or Type instance within arg. arg: Expr | Type }}} or Type instance within arg.

    Definition Classes

    Definitions

44. sealed case class Forall(params: Seq[Trees.ValDef], body: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of forall(...) (universal quantification)

    Encoding of forall(...) (universal quantification)

    Definition Classes

    Expressions

45. sealed case class FractionLiteral(numerator: BigInt, denominator: BigInt) extends Trees.Literal[(BigInt, BigInt)] with Product with Serializable

    

    Encoding of a fraction literal

    Encoding of a fraction literal

    Definition Classes

    Expressions

46. class FunDef extends Tree with Trees.Definition

    

    Function definition

    Function definition

    Definition Classes

    Definitions

47. sealed case class FunctionInvocation(id: Identifier, tps: Seq[Trees.Type], args: Seq[Trees.Expr]) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of function(...) (function invocation)

    Encoding of function(...) (function invocation)

    Definition Classes

    Expressions

48. case class FunctionLookupException(id: Identifier) extends Trees.LookupException with Product with Serializable

    

    Definition Classes

    Definitions

49. sealed case class FunctionType(from: Seq[Trees.Type], to: Trees.Type) extends Trees.Type with Product with Serializable

    

    Definition Classes

    Types

50. sealed case class GenericValue(tp: Trees.TypeParameter, id: Int) extends Trees.Expr with Trees.Terminal with Product with Serializable

    

    Generic values.

    Generic values. Represent values of the generic type tp. This is useful e.g. to present counterexamples of generic types.

    Definition Classes

    Expressions

51. sealed case class GreaterEquals(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... >= ...

    Encoding of ... >= ...

    Definition Classes

    Expressions

52. sealed case class GreaterThan(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... > ...

    Encoding of ... > ...

    Definition Classes

    Expressions

53. sealed case class HasADTEquality(id: Identifier) extends Trees.Flag with Product with Serializable

    

    Denotes that this adt has an overriden equality relation given by id

    Denotes that this adt has an overriden equality relation given by id

    Definition Classes

    Definitions

54. sealed case class HasADTInvariant(id: Identifier) extends Trees.Flag with Product with Serializable

    

    Denotes that this adt is refined by invariant id

    Denotes that this adt is refined by invariant id

    Definition Classes

    Definitions

55. trait IdentitySymbolTransformer extends SymbolTransformer

    

    Definition Classes

    TreeOps

56. trait IdentityTransformer extends Trees.SelfTransformer

    

    Definition Classes

    TreeOps

57. trait IdentityTreeTransformer extends Trees.IdentityTransformer with TreeTransformer

    

    Definition Classes

    TreeOps

58. sealed case class IfExpr(cond: Trees.Expr, thenn: Trees.Expr, elze: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of if(...) ... else ...

    Encoding of if(...) ... else ...

    Definition Classes

    Expressions

59. sealed case class Implies(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... ==> ... (logical implication).

    Encoding of ... ==> ... (logical implication).

    Definition Classes

    Expressions

    See also

    Constructors.implies

60. sealed case class IntegerLiteral(value: BigInt) extends Trees.Literal[BigInt] with Product with Serializable

    

    Encoding of an infinite precision integer literal

    Encoding of an infinite precision integer literal

    Definition Classes

    Expressions

61. case class IntegerType() extends Trees.Type with Product with Serializable

    

    Definition Classes

    Types

62. sealed case class IsConstructor(expr: Trees.Expr, id: Identifier) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of .isInstanceOf[...]

    Encoding of .isInstanceOf[...]

    Definition Classes

    Expressions

63. sealed case class Lambda(params: Seq[Trees.ValDef], body: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of (args) => body

    Encoding of (args) => body

    Definition Classes

    Expressions

64. sealed case class LessEquals(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... <= ...

    Encoding of ... <= ...

    Definition Classes

    Expressions

65. sealed case class LessThan(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... < ...

    Encoding of ... < ...

    Definition Classes

    Expressions

66. sealed case class Let(vd: Trees.ValDef, value: Trees.Expr, body: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of val ... = ...; ...

    Encoding of val ... = ...; ...

    vd

    The ValDef used in body, defined just after val

    value

    The value assigned to the identifier, after the = sign

    body

    The expression following the val ... = ... ; construct

    Definition Classes

    Expressions

    See also

    the let constructor

67. sealed abstract class Literal[+T] extends Trees.Expr with Trees.Terminal

    

    Literals

    Literals

    Definition Classes

    Expressions

68. abstract class LookupException extends Exception

    

    Definition Classes

    Definitions

69. sealed case class MapApply(map: Trees.Expr, key: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of map.apply(key) (or map(key))

    Encoding of map.apply(key) (or map(key))

    Definition Classes

    Expressions

70. sealed case class MapType(from: Trees.Type, to: Trees.Type) extends Trees.Type with Product with Serializable

    

    Definition Classes

    Types

71. sealed case class MapUpdated(map: Trees.Expr, key: Trees.Expr, value: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of map.updated(key, value) (or map + (key -> value))

    Encoding of map.updated(key, value) (or map + (key -> value))

    Definition Classes

    Expressions

72. sealed case class Minus(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... - ...

    Encoding of ... - ...

    Definition Classes

    Expressions

73. sealed case class Modulo(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... mod ... (cannot return negative numbers)

    Encoding of ... mod ... (cannot return negative numbers)

    Definition Classes

    Expressions

    See also

    Expressions.Division

74. sealed case class MultiplicityInBag(element: Trees.Expr, bag: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of bag.get(element) or bag(element)

    Encoding of bag.get(element) or bag(element)

    Definition Classes

    Expressions

75. sealed case class Not(expr: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of !...

    Encoding of !...

    Definition Classes

    Expressions

    See also

    Constructors.not

76. case class NotWellFormedException(d: Trees.Definition, info: Option[String] = None) extends Exception with Product with Serializable

    

    Definition Classes

    Definitions

77. sealed case class Or(exprs: Seq[Trees.Expr]) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... || ...

    Encoding of ... || ...

    exprs must contain at least two elements; if you are not sure about this, you should use the or constructor or the orJoin constructor

    Definition Classes

    Expressions

78. class Path extends Trees.Printable with Trees.PathLike[Trees.Path]

    

    Encodes path conditions

    Encodes path conditions

    Paths are encoded as an (ordered) series of let-bindings and boolean propositions. A path is satisfiable iff all propositions are true in the context of the provided let-bindings.

    This encoding enables let-bindings over types for which equality is not defined, whereas an encoding of let-bindings with equalities could introduce non-sensical equations.

    Definition Classes

    Paths

79. trait PathLike[Self <: Trees.PathLike[Self]] extends AnyRef

    

    Definition Classes

    Paths

80. trait PathProvider[P <: Trees.PathLike[P]] extends AnyRef

    

    Definition Classes

    Paths

81. sealed case class PiType(params: Seq[Trees.ValDef], to: Trees.Type) extends Trees.Type with Trees.TypeNormalization with Product with Serializable

    

    Definition Classes

    Types

82. sealed case class Plus(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... + ...

    Encoding of ... + ...

    Definition Classes

    Expressions

83. trait Printable extends AnyRef

    

    Definition Classes

    Printers

84. case class PrinterContext(current: Tree, parents: List[Tree], lvl: Int, opts: Trees.PrinterOptions, sb: StringBuffer = new StringBuffer) extends Product with Serializable

    

    Definition Classes

    Printers

85. case class PrinterOptions(baseIndent: Int = 0, printPositions: Boolean = false, printUniqueIds: Boolean = false, printTypes: Boolean = false, printChooses: Boolean = false, symbols: Option[Trees.Symbols] = None) extends Product with Serializable

    

    Definition Classes

    Printers

86. case class RealType() extends Trees.Type with Product with Serializable

    

    Definition Classes

    Types

87. sealed case class RefinementType(vd: Trees.ValDef, prop: Trees.Expr) extends Trees.Type with Trees.TypeNormalization with Product with Serializable

    

    Definition Classes

    Types

88. sealed case class Remainder(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of ... % ... (can return negative numbers)

    Encoding of ... % ... (can return negative numbers)

    Definition Classes

    Expressions

    See also

    Expressions.Division

89. trait SelfTransformer extends Transformer

    

    Definition Classes

    TreeOps

90. trait SelfTraverser extends Traverser

    

    Definition Classes

    TreeOps

91. trait SelfTreeTransformer extends TreeTransformer

    

    Definition Classes

    TreeOps

92. trait SelfTreeTraverser extends TreeTraverser

    

    Definition Classes

    TreeOps

93. sealed case class SetAdd(set: Trees.Expr, elem: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of set + elem

    Encoding of set + elem

    Definition Classes

    Expressions

94. sealed case class SetDifference(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of set -- set2

    Encoding of set -- set2

    Definition Classes

    Expressions

95. sealed case class SetIntersection(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of set & set2

    Encoding of set & set2

    Definition Classes

    Expressions

96. sealed case class SetType(base: Trees.Type) extends Trees.Type with Product with Serializable

    

    Definition Classes

    Types

97. sealed case class SetUnion(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of set ++ set2

    Encoding of set ++ set2

    Definition Classes

    Expressions

98. sealed case class SigmaType(params: Seq[Trees.ValDef], to: Trees.Type) extends Trees.Type with Trees.TypeNormalization with Product with Serializable

    

    Definition Classes

    Types

99. sealed case class StringConcat(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

    

    Encoding of lhs + rhs for strings

    Encoding of lhs + rhs for strings

    Definition Classes

    Expressions

100. sealed case class StringLength(expr: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

     

     Encoding of lhs.length for strings

     Encoding of lhs.length for strings

     Definition Classes

     Expressions

101. sealed case class StringLiteral(value: String) extends Trees.Literal[String] with Product with Serializable

     

     Encoding of a string literal

     Encoding of a string literal

     Definition Classes

     Expressions

102. case class StringType() extends Trees.Type with Product with Serializable

     

     Definition Classes

     Types

103. sealed case class SubString(expr: Trees.Expr, start: Trees.Expr, end: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

     

     Encoding of lhs.subString(start, end) for strings

     Encoding of lhs.subString(start, end) for strings

     Definition Classes

     Expressions

104. sealed case class SubsetOf(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

     

     Encoding of set.subsetOf(set2)

     Encoding of set.subsetOf(set2)

     Definition Classes

     Expressions

105. abstract type Symbols >: Null <: AbstractSymbols

     

     Definition Classes

     Definitions

106. trait Terminal extends AnyRef

     

     Trait which gets mixed-in to expressions without subexpressions

     Trait which gets mixed-in to expressions without subexpressions

     Definition Classes

     Expressions

107. sealed case class Times(lhs: Trees.Expr, rhs: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

     

     Encoding of ... * ...

     Encoding of ... * ...

     Definition Classes

     Expressions

108. abstract class Tree extends Positioned with Serializable

     

109. sealed case class Tuple(exprs: Seq[Trees.Expr]) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

     

     Encoding of (..., ....) (tuple)

     Encoding of (..., ....) (tuple)

     exprs should always contain at least 2 elements. If you are not sure about this requirement, you should use the tupleWrap constructor

     exprs

     The expressions in the tuple

     Definition Classes

     Expressions

110. sealed case class TupleSelect(tuple: Trees.Expr, index: Int) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

     

     Encoding of (tuple)._i

     Encoding of (tuple)._i

     Index is 1-based, first element of tuple is 1. If you are not sure that tuple is indeed of a TupleType, you should use one of the SymbolOps.tupleSelect(t:SymbolOps\.this\.trees\.Expr,index:Int,originalSize:Int)* SymbolOps.tupleSelect(t:SymbolOps\.this\.trees\.Expr,index:Int,isTuple:Boolean)* constructors

     Definition Classes

     Expressions

111. sealed case class TupleType(bases: Seq[Trees.Type]) extends Trees.Type with Product with Serializable

     

     Definition Classes

     Types

112. abstract class Type extends Tree with Trees.Typed

     

     Definition Classes

     Types

113. sealed trait TypeNormalization extends AnyRef

     

     Attributes

     protected

     Definition Classes

     Types

114. sealed case class TypeParameter(id: Identifier, flags: Seq[Trees.Flag]) extends Trees.Type with Product with Serializable

     

     Definition Classes

     Types

115. sealed class TypeParameterDef extends Tree with Trees.Definition

     

     Definition Classes

     Definitions

116. implicit class TypeWrapper extends AnyRef

     

     Attributes

     protected

     Definition Classes

     Types

117. trait Typed extends Trees.Printable

     

     Definition Classes

     Types

118. case class TypedADTConstructor extends Tree with Product with Serializable

     

     Represents an ADTConstructor whose type parameters have been instantiated to tps

     Represents an ADTConstructor whose type parameters have been instantiated to tps

     Definition Classes

     Definitions

119. case class TypedADTSort extends Tree with Product with Serializable

     

     Represents an ADTSort whose type parameters have been instantiated to tps

     Represents an ADTSort whose type parameters have been instantiated to tps

     Definition Classes

     Definitions

120. case class TypedFunDef extends Tree with Product with Serializable

     

     Represents a FunDef whose type parameters have been instantiated with the specified types

     Represents a FunDef whose type parameters have been instantiated with the specified types

     Definition Classes

     Definitions

121. sealed case class UMinus(expr: Trees.Expr) extends Trees.Expr with Trees.CachingTyped with Product with Serializable

     

     Encoding of - ...

     Encoding of - ...

     Definition Classes

     Expressions

122. sealed case class UnitLiteral() extends Trees.Literal[Unit] with Product with Serializable

     

     Encoding of the unit literal ()

     Encoding of the unit literal ()

     Definition Classes

     Expressions

123. case class UnitType() extends Trees.Type with Product with Serializable

     

     Definition Classes

     Types

124. class UnsupportedTree extends Unsupported

     

125. sealed class ValDef extends Tree with Trees.Definition with Trees.VariableSymbol

     

     A ValDef declares a formal parameter (with symbol id) to be of a certain type.

     A ValDef declares a formal parameter (with symbol id) to be of a certain type.

     Definition Classes

     Definitions

126. sealed case class Variable(id: Identifier, tpe: Trees.Type, flags: Seq[Trees.Flag]) extends Trees.Expr with Trees.Terminal with Trees.VariableSymbol with Product with Serializable

     

     Variable

     Variable

     id

     The identifier of this variable

     Definition Classes

     Expressions

127. abstract class VariableConverter[B <: Trees.VariableSymbol] extends AnyRef

     

     Definition Classes

     Definitions

128. trait VariableSymbol extends Tree with Trees.Typed

     

     Common super-type for ValDef and Variable.

     Common super-type for ValDef and Variable.

     Both types share much in common and being able to reason about them in a uniform manner can be useful in certain cases.

     Attributes

     protected[inox.ast]

     Definition Classes

     Definitions