# Concrete NIT source module
class MMSrcModule
-special MMModule
+ super MMModule
# A source module can locate AST nodes of related MM entities
# Once a source module AST is no more needed, _nodes is set to null
# See ToolContext::keep_ast property in syntax.nit for details
redef class MMGlobalClass
# Check that a module can access a class
fun check_visibility(v: AbsSyntaxVisitor, n: ANode, cm: MMSrcModule): Bool do
- var pm = intro.module
+ var pm = intro.mmmodule
assert pm isa MMSrcModule
var vpm = cm.visibility_for(pm)
if vpm == 3 then
return true
else if vpm == 0 then
- v.error(n, "Visibility error: Class {self} comes from the hidden module {cm}.") # TODO: should not occur
+ v.error(n, "Visibility error: Class {self} comes from the hidden module {pm}.") # TODO: should not occur
return false
else if visibility_level >= 3 then
v.error(n, "Visibility error: Class {self} is private.")
# Concrete NIT source local classes
class MMSrcLocalClass
-special MMConcreteClass
+ super MMConcreteClass
# The first related AST node (if any)
- fun node: nullable AClassdef do return module.nodes(self).as(nullable AClassdef)
+ fun node: nullable AClassdef do return mmmodule.nodes(self).as(nullable AClassdef)
# Concrete NIT source generic formal parameter by name
readable var _formal_dict: Map[Symbol, MMTypeFormalParameter] = new HashMap[Symbol, MMTypeFormalParameter]
redef class MMGlobalProperty
# Check that a module can access a property
fun check_visibility(v: AbsSyntaxVisitor, n: ANode, cm: MMSrcModule, allows_protected: Bool): Bool do
- var pm = local_class.module
+ var pm = local_class.mmmodule
assert pm isa MMSrcModule
var vpm = cm.visibility_for(pm)
if vpm == 3 then
return true
else if vpm == 0 then
# TODO: should not occurs
- v.error(n, "Visibility error: Property {self} comes from the hidden module {cm}.")
+ v.error(n, "Visibility error: Property {self} comes from the hidden module {pm}.")
return false
else if visibility_level >= 3 then
v.error(n, "Visibility error: Property {self} is private.")
# Concrete NIT source attribute
class MMSrcAttribute
-special MMAttribute
- redef fun node: nullable AAttrPropdef do return module.nodes(self).as(nullable AAttrPropdef)
+ super MMAttribute
+ redef fun node: nullable AAttrPropdef do return mmmodule.nodes(self).as(nullable AAttrPropdef)
init(name: Symbol, cla: MMLocalClass, n: AAttrPropdef)
do
super(name, cla)
- cla.module.nodes(self) = n
+ cla.mmmodule.nodes(self) = n
end
end
# Concrete NIT source method
-class MMSrcMethod
-special MMMethod
+abstract class MMSrcMethod
+ super MMMethod
redef fun is_intern do return false
+ redef fun is_extern do return false
redef fun is_abstract do return false
+ redef fun extern_name do return null
end
# Concrete NIT source method for an automatic accesor
-class MMAttrImplementationMethod
-special MMSrcMethod
- redef fun node: nullable AAttrPropdef do return module.nodes(self).as(nullable AAttrPropdef)
+abstract class MMAttrImplementationMethod
+ super MMSrcMethod
+ redef fun node: nullable AAttrPropdef do return mmmodule.nodes(self).as(nullable AAttrPropdef)
init(name: Symbol, cla: MMLocalClass, n: AAttrPropdef)
do
super(name, cla)
- cla.module.nodes(self) = n
+ cla.mmmodule.nodes(self) = n
end
end
# Concrete NIT source method for an automatic read accesor
class MMReadImplementationMethod
-special MMAttrImplementationMethod
+ super MMAttrImplementationMethod
init(name: Symbol, cla: MMLocalClass, n: AAttrPropdef)
do
super(name, cla, n)
# Concrete NIT source method for an automatic write accesor
class MMWriteImplementationMethod
-special MMAttrImplementationMethod
+ super MMAttrImplementationMethod
init(name: Symbol, cla: MMLocalClass, n: AAttrPropdef)
do
super(name, cla, n)
# Concrete NIT source method for an explicit method
class MMMethSrcMethod
-special MMSrcMethod
+ super MMSrcMethod
redef readable var _is_init: Bool
redef readable var _is_intern: Bool
+ redef readable var _is_extern: Bool
redef readable var _is_abstract: Bool
- redef fun node: nullable AMethPropdef do return module.nodes(self).as(nullable AMethPropdef)
+ redef readable writable var _extern_name: nullable String # Will be computed during MMBuilder
+ redef readable var _explicit_casts : Set[MMImportedCast] = new HashSet[MMImportedCast]
+ redef readable var _explicit_imports : Set[MMExplicitImport] = new HashSet[MMExplicitImport]
+ redef fun node: nullable AMethPropdef do return mmmodule.nodes(self).as(nullable AMethPropdef)
init(name: Symbol, cla: MMLocalClass, n: nullable AMethPropdef)
do
super(name, cla)
- cla.module.nodes(self) = n
- _is_init = node isa AConcreteInitPropdef
+ cla.mmmodule.nodes(self) = n
+ _is_init = node isa AInitPropdef
_is_intern = node isa AInternMethPropdef
+ _is_extern = node isa AExternPropdef
_is_abstract = node isa ADeferredMethPropdef
+ _extern_name = null
+
+ if is_extern then
+ mmmodule.is_extern_hybrid = true
+ end
end
end
# Concrete NIT source virtual type
class MMSrcTypeProperty
-special MMLocalProperty
-special MMTypeProperty
+ super MMLocalProperty
+ super MMTypeProperty
init(name: Symbol, cla: MMLocalClass, n: ATypePropdef)
do
super(name, cla)
# Concrete NIT implicit constructor
class MMImplicitInit
-special MMMethSrcMethod
+ super MMMethSrcMethod
fun super_init: nullable MMLocalProperty is abstract
redef fun is_init do return true
readable var _unassigned_attributes: Array[MMSrcAttribute]
# Variable declared with 'var'
class VarVariable
-special Variable
+ super Variable
redef fun kind do return once "variable"
init(n: Symbol, d: ANode) do super
end
# Parameter of method (declared in signature)
class ParamVariable
-special Variable
+ super Variable
redef fun kind do return once "parameter"
init(n: Symbol, d: nullable ANode) do super
end
# Automatic variable (like in the 'for' statement)
class AutoVariable
-special Variable
+ super Variable
redef fun kind do return once "automatic variable"
init(n: Symbol, d: ANode) do super
end
# False variable corresponding to closures declared in signatures
# Lives in the same namespace than variables
class ClosureVariable
-special Variable
+ super Variable
redef fun kind do return once "closure"
# The signature of the closure
###############################################################################
# Visitor used during the syntax analysis
-class AbsSyntaxVisitor
-special Visitor
+abstract class AbsSyntaxVisitor
+ super Visitor
fun get_type_by_name(clsname: Symbol): MMType
do
- if not _module.has_global_class_named(clsname) then _tc.fatal_error(_module.location, "Missing necessary class: \"{clsname}\"")
- var cls = _module.class_by_name(clsname)
+ if not _mmmodule.has_global_class_named(clsname) then _tc.fatal_error(_mmmodule.location, "Missing necessary class: \"{clsname}\"")
+ var cls = _mmmodule.class_by_name(clsname)
return cls.get_type
end
fun get_instantiated_type_by_name(clsname: Symbol, vtype: Array[MMType]): MMType
do
- if not _module.has_global_class_named(clsname) then _tc.fatal_error(_module.location, "Missing necessary class: \"{clsname}\"")
- var cls = _module.class_by_name(clsname)
+ if not _mmmodule.has_global_class_named(clsname) then _tc.fatal_error(_mmmodule.location, "Missing necessary class: \"{clsname}\"")
+ var cls = _mmmodule.class_by_name(clsname)
return cls.get_instantiate_type(vtype)
end
return get_type_by_name(once ("String".to_symbol))
end
- # The primitive type Collection[nullable Object]
- fun type_collection: MMType
- do
- return get_instantiated_type_by_name(once ("Collection".to_symbol), [type_object.as_nullable])
- end
-
# The primitive type NativeString
fun type_nativestring: MMType
do
# The primitive type of null
fun type_none: MMType
do
- return _module.type_none
+ return _mmmodule.type_none
end
fun get_method(recv: MMType, name: Symbol): MMMethod
do
if not recv.local_class.has_global_property_by_name(name) then
- error(current_node, "Fatal Error: {recv} must have a property named {name}.")
- exit(1)
+ fatal_error(current_node, "Fatal Error: {recv} must have a property named {name}.")
end
return recv.local_class.select_method(name)
end
# The current module
- readable var _module: MMSrcModule
+ readable var _mmmodule: MMSrcModule
# The current class
fun local_class: MMSrcLocalClass do return _local_class.as(not null)
# Display an error for a given syntax node
fun error(n: nullable ANode, s: String)
do
- _tc.error(if n == null then null else n.location, s)
+ _tc.error(if n == null then null else n.hot_location, s)
end
# Add an error, show errors and quit
fun fatal_error(n: nullable ANode, s: String)
do
- _tc.fatal_error(if n == null then null else n.location, s)
+ _tc.fatal_error(if n == null then null else n.hot_location, s)
end
# Display a warning for a given syntax node
fun warning(n: nullable ANode, s: String)
do
- _tc.warning(if n == null then null else n.location, s)
+ _tc.warning(if n == null then null else n.hot_location, s)
end
# Check conformity and display error
do
if not n.is_typed then
if tc.error_count == 0 then
- var loc = n.location
- if loc == null then
- print("Unknown node not typed but not error")
- else
- print("{loc} not typed but not error")
- end
+ print("{n.location} not typed but not error")
abort
end
# An error occured in a sub node,
node = n
end
end
+ assert stype != null
for n in nodes do
- if not n.stype < stype.as(not null) then
+ if not n.stype < stype then
if node == null then
error(n, "Type error: no most general type. Got {n.stype} and {stype}.")
else
- var loc = node.location
- if loc == null then
- error(n, "Type error: no most general type. Got {n.stype} and {stype} at ????.")
- else
- error(n, "Type error: no most general type. Got {n.stype} and {stype} at {loc.relative_to(n.location)}.")
- end
+ error(n, "Type error: no most general type. Got {n.stype} and {stype} at {node.location.relative_to(n.location)}.")
end
return null
end
return stype
end
- protected init(tc: ToolContext, module: MMSrcModule)
+ protected init(tc: ToolContext, mmmodule: MMSrcModule)
do
_tc = tc
- _module = module
+ _mmmodule = mmmodule
end
end
fun get_local_class(v: AbsSyntaxVisitor): nullable MMLocalClass
do
var name = n_id.to_symbol
- var mod = v.module
+ var mod = v.mmmodule
var cla = v.local_class
if cla.formal_dict.has_key(name) or cla.has_global_property_by_name(name) then
_stype_cached = true
var name = n_id.to_symbol
- var mod = v.module
+ var mod = v.mmmodule
var cla = v.local_class
var t: nullable MMType
fun stype: MMType is abstract
end
-class AAbsAbsSendExpr
-special AExpr
+abstract class AAbsAbsSendExpr
+ super AExpr
# The signature of the called property (require is_typed)
fun prop_signature: MMSignature is abstract
- # The real arguments used (after star transformation) (require is_typed)
- fun arguments: Array[AExpr] is abstract
+ # The raw arguments used (without vararg transformation) (require is_typed)
+ fun raw_arguments: Array[AExpr] is abstract
end
-class AAbsSendExpr
-special AAbsAbsSendExpr
+abstract class AAbsSendExpr
+ super AAbsAbsSendExpr
# The invoked method (require is_typed)
fun prop: MMMethod is abstract
fun return_type: nullable MMType is abstract
end
-class ASuperInitCall
-special AAbsSendExpr
+abstract class ASuperInitCall
+ super AAbsSendExpr
end
redef class ASuperExpr
-special ASuperInitCall
+ super ASuperInitCall
fun init_in_superclass: nullable MMMethod is abstract
end
redef class ANewExpr
-special AAbsSendExpr
+ super AAbsSendExpr
end
redef class ASendExpr
-special ASuperInitCall
+ super ASuperInitCall
# Closure definitions
fun closure_defs: nullable Array[AClosureDef] is abstract
end
fun assign_method: MMMethod is abstract
end
-class ASendReassignExpr
-special ASendExpr
-special AReassignFormExpr
+abstract class ASendReassignExpr
+ super ASendExpr
+ super AReassignFormExpr
# The invoked method used to read (require is_typed)
# prop is the method used to write
fun read_prop: MMMethod is abstract
end
redef class ACallReassignExpr
-special ASendReassignExpr
+ super ASendReassignExpr
end
redef class ABraReassignExpr
-special ASendReassignExpr
+ super ASendReassignExpr
end
redef class AAttrFormExpr
redef class AForExpr
# Associated automatic local variable
- fun variable: AutoVariable is abstract
+ fun variables: Array[AutoVariable] is abstract
end
redef class ASelfExpr
end
redef class AClosureCallExpr
-special AAbsAbsSendExpr
+ super AAbsAbsSendExpr
# Associated closure variable
fun variable: ClosureVariable is abstract
end
# Automatic variables
readable writable var _variables: nullable Array[AutoVariable]
end
+
+redef class AMethid
+ # Name of method
+ fun name: nullable Symbol is abstract
+end
+
+redef class AExprs
+ # Return an array made of each expr
+ fun to_a: Array[AExpr] do return self.n_exprs.to_a
+end
nitlanguage / nit.git / blobdiff