Try to convert Select(qual, name) to a SelectFromTypeTree.
Try to convert Select(qual, name) to a SelectFromTypeTree.
Translate names in Select/Ident nodes to type names.
Translate names in Select/Ident nodes to type names.
Used in situations where you need to access value of an expression several times
Used in situations where you need to access value of an expression several times
Cast tree to pt, unless tpe is a subtype of pt, or pt is Unit.
Cast tree to pt, unless tpe is a subtype of pt, or pt is Unit.
If this is a reference to a method with an empty parameter list, wrap it in an apply.
If this is a reference to a method with an empty parameter list, wrap it in an apply.
Builds a cast with given value and type.
Builds a cast with given value and type.
Builds a reference to value whose type is given stable prefix.
Builds a reference to value whose type is given stable prefix. If the type is unsuitable, e.g. it is a TypeRef for an abstract type variable, then an Ident will be made using termSym as the Ident's symbol. In that case, termSym must not be NoSymbol.
Builds a reference to value whose type is given stable prefix.
Builds a reference to value whose type is given stable prefix. The type must be suitable for this. For example, it must not be a TypeRef pointing to an abstract type variable.
Builds a reference to given symbol.
Builds a reference to given symbol.
Builds a reference to given symbol with given stable prefix.
Builds a reference to given symbol with given stable prefix.
Builds a reference with stable type to given symbol
Builds a reference with stable type to given symbol
Cast tree to type pt by creating
one of the calls of the form
Cast tree to type pt by creating
one of the calls of the form
x.asInstanceOf[pt] up to phase uncurry
x.asInstanceOf[pt]() if after uncurry but before erasure
x.$asInstanceOf[pt]() if at or after erasure
Generate a cast for tree Tree representing Array with elem type elemtp to expected type pt.
Generate a cast for tree Tree representing Array with elem type elemtp to expected type pt.
Apparently we smuggle a Type around as a Literal(Constant(tp)) and the implementation of Constant#tpe is such that x.
Apparently we smuggle a Type around as a Literal(Constant(tp)) and the implementation of Constant#tpe is such that x.tpe becomes ClassType(value.asInstanceOf[Type]), i.e. java.lang.Class[Type]. Can't find any docs on how/why it's done this way. See ticket SI-490 for some interesting comments from lauri alanko suggesting that the type given by classOf[T] is too strong and should be weakened so as not to suggest that classOf[List[String]] is any different from classOf[List[Int]].
!!! See deconstMap in Erasure for one bug this encoding has induced: I would be very surprised if there aren't more.
Return a double-checked locking idiom around the syncBody tree.
Return a double-checked locking idiom around the syncBody tree. It guards with cond and
synchronizez on clazz.this. Additional statements can be included after initialization,
(outside the synchronized block).
The idiom works only if the condition is using a volatile field.
http://www.cs.umd.edu/~pugh/java/memoryModel/DoubleCheckedLocking.html
Make forwarder to method target, passing all parameters in params
Make forwarder to method target, passing all parameters in params
Builds an instance test with given value and type.
Builds an instance test with given value and type.
A creator for a call to a scala.
A creator for a call to a scala.reflect.Manifest or ClassManifest factory method.
full or partial manifest (target will be Manifest or ClassManifest)
name of the factory method (e.g. "classType")
the type argument
value arguments
the tree
A creator for method calls, e.
A creator for method calls, e.g. fn[T1, T2, ...](v1, v2, ...) There are a number of variations.
symbol of the method receiver
name of the method to call
type arguments (if Nil, no TypeApply node will be generated)
value arguments
the newly created trees.
Builds a list with given head and tail.
Builds a list with given head and tail.
Builds a list with given head and tail.
Builds a list with given head and tail.
Make a synchronized block on 'monitor'.
Make a synchronized block on 'monitor'.
Builds a tuple
Builds a tuple
Builds a type application node if args.
Builds a type application node if args.nonEmpty, returns fun otherwise.
Builds an untyped reference to given symbol.
Builds an untyped reference to given symbol.
Builds a fully attributed wildcard import node.
Builds a fully attributed wildcard import node.
Applies a wrapArray call to an array, making it a WrappedArray.
Applies a wrapArray call to an array, making it a WrappedArray. Don't let a reference type parameter be inferred, in case it's a singleton: apply the element type directly.
Builds a tree representing an undefined local, as in var x: T = _ which is appropriate to the given Type.
Builds a tree representing an undefined local, as in var x: T = _ which is appropriate to the given Type.
Replaces tree type with a stable type if possible
Replaces tree type with a stable type if possible
Computes stable type for a tree if possible
Computes stable type for a tree if possible