Rename "named type" to "defined type"

go/extractor/dbscheme/tables.go

@@ -694,13 +694,13 @@ var BuiltinObjectType = NewUnionType("@builtinobject")
 // PkgObjectType is the type of imported packages
 var PkgObjectType = ObjectKind.NewBranch("@pkgobject")
 
-// TypeObjectType is the type of declared or built-in named types
+// TypeObjectType is the type of named types (predeclared types, defined types, type parameters and aliases which refer to those things)
 var TypeObjectType = NewUnionType("@typeobject")
 
-// DeclTypeObjectType is the type of declared named types
+// DeclTypeObjectType is the type of defined types, type parameters and aliases which refer to named types
 var DeclTypeObjectType = ObjectKind.NewBranch("@decltypeobject", TypeObjectType, DeclObjectType, TypeParamParentObjectType)
 
-// BuiltinTypeObjectType is the type of built-in named types
+// BuiltinTypeObjectType is the type of built-in types (predeclared types)
 var BuiltinTypeObjectType = ObjectKind.NewBranch("@builtintypeobject", TypeObjectType, BuiltinObjectType)
 
 // ValueObjectType is the type of declared or built-in variables or constants
@@ -855,8 +855,8 @@ var ChanTypes = map[gotypes.ChanDir]*BranchType{
 	gotypes.SendRecv: TypeKind.NewBranch("@sendrcvchantype", ChanType),
 }
 
-// NamedType is the type of named types
+// DefinedType is the type of defined types
-var NamedType = TypeKind.NewBranch("@namedtype", CompositeType)
+var DefinedType = TypeKind.NewBranch("@namedtype", CompositeType)
 
 // TypeSetLiteral is the type of type set literals
 var TypeSetLiteral = TypeKind.NewBranch("@typesetliteraltype", CompositeType)
@@ -1080,10 +1080,10 @@ var FieldStructsTable = NewTable("fieldstructs",
 	EntityColumn(StructType, "struct"),
 )
 
-// MethodHostsTable maps interface methods to the named type they belong to
+// MethodHostsTable maps interface methods to the defined type they belong to
 var MethodHostsTable = NewTable("methodhosts",
 	EntityColumn(ObjectType, "method"),
-	EntityColumn(NamedType, "host"),
+	EntityColumn(DefinedType, "host"),
 )
 
 // DefsTable maps identifiers to the objects they define
@@ -1110,7 +1110,7 @@ var TypeOfTable = NewTable("type_of",
 	EntityColumn(TypeType, "tp"),
 )
 
-// TypeNameTable is the table associating named types with their names
+// TypeNameTable is the table associating defined types with their names
 var TypeNameTable = NewTable("typename",
 	EntityColumn(TypeType, "tp").Unique(),
 	StringColumn("name"),
@@ -1135,10 +1135,10 @@ var BaseTypeTable = NewTable("base_type",
 	EntityColumn(TypeType, "tp"),
 )
 
-// UnderlyingTypeTable is the table associating named types with their
+// UnderlyingTypeTable is the table associating defined types with their
 // underlying type
 var UnderlyingTypeTable = NewTable("underlying_type",
-	EntityColumn(NamedType, "named").Unique(),
+	EntityColumn(DefinedType, "named").Unique(),
 	EntityColumn(TypeType, "tp"),
 )
 

go/extractor/extractor.go

@@ -475,7 +475,7 @@ func extractObjects(tw *trap.Writer, scope *types.Scope, scopeLabel trap.Label)
 				populateTypeParamParents(funcObj.Type().(*types.Signature).TypeParams(), obj)
 				populateTypeParamParents(funcObj.Type().(*types.Signature).RecvTypeParams(), obj)
 			}
-			// Populate type parameter parents for named types.
+			// Populate type parameter parents for defined types and alias types.
 			if typeNameObj, ok := obj.(*types.TypeName); ok {
 				// `types.TypeName` represents a type with a name: a defined
 				// type, an alias type, a type parameter, or a predeclared
@@ -574,7 +574,7 @@ func extractObject(tw *trap.Writer, obj types.Object, lbl trap.Label) {
 // For more information on objects, see:
 // https://github.com/golang/example/blob/master/gotypes/README.md#objects
 func extractObjectTypes(tw *trap.Writer) {
-	// calling `extractType` on a named type will extract all methods defined
+	// calling `extractType` on a defined type will extract all methods defined
 	// on it, which will add new objects. Therefore we need to do this first
 	// before we loop over all objects and emit them.
 	changed := true
@@ -1695,7 +1695,7 @@ func extractType(tw *trap.Writer, tp types.Type) trap.Label {
 			extractElementType(tw, lbl, tp.Elem())
 		case *types.Named:
 			origintp := tp.Origin()
-			kind = dbscheme.NamedType.Index()
+			kind = dbscheme.DefinedType.Index()
 			dbscheme.TypeNameTable.Emit(tw, lbl, origintp.Obj().Name())
 			underlying := origintp.Underlying()
 			extractUnderlyingType(tw, lbl, underlying)
@@ -1767,9 +1767,9 @@ func extractType(tw *trap.Writer, tp types.Type) trap.Label {
 // Type labels refer to global keys to ensure that if the same type is
 // encountered during the extraction of different files it is still ultimately
 // mapped to the same entity. In particular, this means that keys for compound
-// types refer to the labels of their component types. For named types, the key
+// types refer to the labels of their component types. For defined types, the key
 // is constructed from their globally unique ID. This prevents cyclic type keys
-// since type recursion in Go always goes through named types.
+// since type recursion in Go always goes through defined types.
 func getTypeLabel(tw *trap.Writer, tp types.Type) (trap.Label, bool) {
 	tp = resolveTypeAlias(tp)
 	lbl, exists := tw.Labeler.TypeLabels[tp]
@@ -1874,12 +1874,12 @@ func getTypeLabel(tw *trap.Writer, tp types.Type) (trap.Label, bool) {
 			origintp := tp.Origin()
 			entitylbl, exists := tw.Labeler.LookupObjectID(origintp.Obj(), lbl)
 			if entitylbl == trap.InvalidLabel {
-				panic(fmt.Sprintf("Cannot construct label for named type %v (underlying object is %v).\n", origintp, origintp.Obj()))
+				panic(fmt.Sprintf("Cannot construct label for defined type %v (underlying object is %v).\n", origintp, origintp.Obj()))
 			}
 			if !exists {
 				extractObject(tw, origintp.Obj(), entitylbl)
 			}
-			lbl = tw.Labeler.GlobalID(fmt.Sprintf("{%s};namedtype", entitylbl))
+			lbl = tw.Labeler.GlobalID(fmt.Sprintf("{%s};definedtype", entitylbl))
 		case *types.TypeParam:
 			parentlbl := getTypeParamParentLabel(tw, tp)
 			idx := tp.Index()
@@ -1921,9 +1921,9 @@ func extractBaseType(tw *trap.Writer, ptr trap.Label, base types.Type) {
 }
 
 // extractUnderlyingType extracts `underlying` as the underlying type of the
-// named type `named`
+// defined type `defined`
-func extractUnderlyingType(tw *trap.Writer, named trap.Label, underlying types.Type) {
+func extractUnderlyingType(tw *trap.Writer, defined trap.Label, underlying types.Type) {
-	dbscheme.UnderlyingTypeTable.Emit(tw, named, extractType(tw, underlying))
+	dbscheme.UnderlyingTypeTable.Emit(tw, defined, extractType(tw, underlying))
 }
 
 // extractComponentType extracts `component` as the `idx`th component type of `parent` with name `name`
@@ -2173,8 +2173,8 @@ func checkObjectNotSpecialized(obj types.Object) {
 		log.Fatalf("Encountered unexpected specialization %s of generic variable object %s", varObj.String(), varObj.Origin().String())
 	}
 	if typeNameObj, ok := obj.(*types.TypeName); ok {
-		if namedType, ok := typeNameObj.Type().(*types.Named); ok && namedType != namedType.Origin() {
+		if definedType, ok := typeNameObj.Type().(*types.Named); ok && definedType != definedType.Origin() {
-			log.Fatalf("Encountered type object for specialization %s of named type %s", namedType.String(), namedType.Origin().String())
+			log.Fatalf("Encountered type object for specialization %s of defined type %s", definedType.String(), definedType.Origin().String())
 		}
 	}
 }

go/extractor/trap/labels.go

@@ -181,9 +181,9 @@ func findMethodWithGivenReceiver(object types.Object) *types.Func {
 
 // findMethodWithGivenReceiver finds a method on type `tp` with `object` as its receiver, if one exists
 func findMethodOnTypeWithGivenReceiver(tp types.Type, object types.Object) *types.Func {
-	if namedType, ok := tp.(*types.Named); ok {
+	if definedType, ok := tp.(*types.Named); ok {
-		for i := 0; i < namedType.NumMethods(); i++ {
+		for i := 0; i < definedType.NumMethods(); i++ {
-			meth := namedType.Method(i)
+			meth := definedType.Method(i)
 			if object == meth.Type().(*types.Signature).Recv() {
 				return meth
 			}

go/ql/examples/snippets/incompleteswitchoverenum.ql

@@ -9,7 +9,7 @@
 
 import go
 
-from ExpressionSwitchStmt ss, DeclaredConstant c, NamedType t
+from ExpressionSwitchStmt ss, DeclaredConstant c, DefinedType t
 where
   t.getUnderlyingType() instanceof IntegerType and
   t = ss.getExpr().getType() and

go/ql/lib/semmle/go/Decls.qll

@@ -212,7 +212,7 @@ class MethodDecl extends FuncDecl {
    *
    * is `Rectangle`.
    */
-  NamedType getReceiverBaseType() { result = lookThroughPointerType(this.getReceiverType()) }
+  DefinedType getReceiverBaseType() { result = lookThroughPointerType(this.getReceiverType()) }
 
   /**
    * Gets the receiver variable of this method.

go/ql/lib/semmle/go/Scopes.qll

@@ -194,19 +194,22 @@ class BuiltinEntity extends Entity, @builtinobject { }
 /** An imported package. */
 class PackageEntity extends Entity, @pkgobject { }
 
-/** A built-in or declared named type. */
+/**
+ * A named type (predeclared types, defined types, type parameters and aliases
+ * which refer to those things).
+ */
 class TypeEntity extends Entity, @typeobject { }
 
 /** The parent of a type parameter type, either a declared type or a declared function. */
 class TypeParamParentEntity extends Entity, @typeparamparentobject { }
 
-/** A declared named type. */
+/** A named type which has a declaration. */
 class DeclaredType extends TypeEntity, DeclaredEntity, TypeParamParentEntity, @decltypeobject {
   /** Gets the declaration specifier declaring this type. */
   TypeSpec getSpec() { result.getNameExpr() = this.getDeclaration() }
 }
 
-/** A built-in named type. */
+/** A built-in type. */
 class BuiltinType extends TypeEntity, BuiltinEntity, @builtintypeobject { }
 
 /** A built-in or declared constant, variable, field, method or function. */
@@ -522,7 +525,7 @@ class Method extends Function {
   Type getReceiverBaseType() { result = lookThroughPointerType(this.getReceiverType()) }
 
   /** Holds if this method has name `m` and belongs to the method set of type `tp` or `*tp`. */
-  private predicate isIn(NamedType tp, string m) {
+  private predicate isIn(DefinedType tp, string m) {
     this = tp.getMethod(m) or
     this = tp.getPointerType().getMethod(m)
   }
@@ -536,7 +539,7 @@ class Method extends Function {
    * distinguishes between the method sets of `T` and `*T`, while the former does not.
    */
   override predicate hasQualifiedName(string tp, string m) {
-    exists(NamedType t |
+    exists(DefinedType t |
       this.isIn(t, m) and
       tp = t.getQualifiedName()
     )
@@ -552,7 +555,7 @@ class Method extends Function {
    */
   pragma[nomagic]
   predicate hasQualifiedName(string pkg, string tp, string m) {
-    exists(NamedType t |
+    exists(DefinedType t |
       this.isIn(t, m) and
       t.hasQualifiedName(pkg, tp)
     )

go/ql/lib/semmle/go/Types.qll

@@ -26,7 +26,7 @@ class Type extends @type {
   /**
    * Gets the qualified name of this type, if any.
    *
-   * Only (defined) named types like `io.Writer` have a qualified name. Basic types like `int`,
+   * Only defined types like `io.Writer` have a qualified name. Basic types like `int`,
    * pointer types like `*io.Writer`, and other composite types do not have a qualified name.
    */
   string getQualifiedName() { result = this.getEntity().getQualifiedName() }
@@ -34,7 +34,7 @@ class Type extends @type {
   /**
    * Holds if this type is declared in a package with path `pkg` and has name `name`.
    *
-   * Only (defined) named types like `io.Writer` have a qualified name. Basic types like `int`,
+   * Only defined types like `io.Writer` have a qualified name. Basic types like `int`,
    * pointer types like `*io.Writer`, and other composite types do not have a qualified name.
    */
   predicate hasQualifiedName(string pkg, string name) {
@@ -50,7 +50,7 @@ class Type extends @type {
    * Gets the method `m` belonging to the method set of this type, if any.
    *
    * Note that this predicate never has a result for struct types. Methods are associated
-   * with the corresponding named type instead.
+   * with the corresponding defined type instead.
    */
   Method getMethod(string m) {
     result.getReceiverType() = this and
@@ -446,7 +446,7 @@ class StructType extends @structtype, CompositeType {
       if n = ""
       then (
         isEmbedded = true and
-        name = lookThroughPointerType(tp).(NamedType).getName()
+        name = lookThroughPointerType(tp).(DefinedType).getName()
       ) else (
         isEmbedded = false and
         name = n
@@ -497,7 +497,7 @@ class StructType extends @structtype, CompositeType {
     // embeddedParent is a field of 'this' at depth 'depth - 1'
     this.hasFieldCand(_, embeddedParent, depth - 1, true) and
     // embeddedParent's type has the result field. Note that it is invalid Go
-    // to have an embedded field with a named type whose underlying type is a
+    // to have an embedded field with a defined type whose underlying type is a
     // pointer, so we don't have to have
     // `lookThroughPointerType(embeddedParent.getType().getUnderlyingType())`.
     result =
@@ -613,7 +613,7 @@ class PointerType extends @pointertype, CompositeType {
     or
     // promoted methods from embedded types
     exists(StructType s, Type embedded |
-      s = this.getBaseType().(NamedType).getUnderlyingType() and
+      s = this.getBaseType().(DefinedType).getUnderlyingType() and
       s.hasOwnField(_, _, embedded, true) and
       // ensure that `m` can be promoted
       not s.hasOwnField(_, m, _, _) and
@@ -918,7 +918,7 @@ class EmptyInterfaceType extends BasicInterfaceType {
 /**
  * The predeclared `comparable` type.
  */
-class ComparableType extends NamedType {
+class ComparableType extends DefinedType {
   ComparableType() { this.getName() = "comparable" }
 }
 
@@ -1028,8 +1028,11 @@ class SendRecvChanType extends @sendrcvchantype, ChanType {
   override string toString() { result = "send-receive-channel type" }
 }
 
-/** A named type. */
+/** DEPRECATED: Use `DefinedType` instead. */
-class NamedType extends @namedtype, CompositeType {
+deprecated class NamedType = DefinedType;
+
+/** A defined type. */
+class DefinedType extends @namedtype, CompositeType {
   /** Gets the type which this type is defined to be. */
   Type getBaseType() { underlying_type(this, result) }
 

go/ql/lib/semmle/go/frameworks/GoMicro.qll

@@ -47,28 +47,31 @@ module GoMicro {
    * A Server Interface type.
    */
   class ServiceInterfaceType extends InterfaceType {
-    NamedType namedType;
+    DefinedType definedType;
 
     ServiceInterfaceType() {
-      this = namedType.getUnderlyingType() and
+      this = definedType.getUnderlyingType() and
-      namedType.hasLocationInfo(any(ProtocGeneratedFile f).getAbsolutePath(), _, _, _, _)
+      definedType.hasLocationInfo(any(ProtocGeneratedFile f).getAbsolutePath(), _, _, _, _)
     }
 
     /**
      * Gets the name of the interface.
      */
-    override string getName() { result = namedType.getName() }
+    override string getName() { result = definedType.getName() }
+
+    /** DEPRECATED: Use `getDefinedType` instead. */
+    deprecated DefinedType getNamedType() { result = definedType }
 
     /**
-     * Gets the named type on top of this interface type.
+     * Gets the defined type on top of this interface type.
      */
-    NamedType getNamedType() { result = namedType }
+    DefinedType getDefinedType() { result = definedType }
   }
 
   /**
    * A Service server handler type.
    */
-  class ServiceServerType extends NamedType {
+  class ServiceServerType extends DefinedType {
     ServiceServerType() {
       this.implements(any(ServiceInterfaceType i)) and
       this.getName().regexpMatch("(?i).*Handler") and
@@ -79,7 +82,7 @@ module GoMicro {
   /**
    * A Client server handler type.
    */
-  class ClientServiceType extends NamedType {
+  class ClientServiceType extends DefinedType {
     ClientServiceType() {
       this.implements(any(ServiceInterfaceType i)) and
       this.getName().regexpMatch("(?i).*Service") and
@@ -101,7 +104,7 @@ module GoMicro {
   bindingset[m]
   pragma[inline_late]
   private predicate implementsServiceType(Method m) {
-    m.implements(any(ServiceInterfaceType i).getNamedType().getMethod(_))
+    m.implements(any(ServiceInterfaceType i).getDefinedType().getMethod(_))
   }
 
   /**

go/ql/lib/semmle/go/frameworks/Twirp.qll

@@ -44,22 +44,25 @@ module Twirp {
 
   /** An interface type representing a Twirp service. */
   class ServiceInterfaceType extends InterfaceType {
-    NamedType namedType;
+    DefinedType definedType;
 
     ServiceInterfaceType() {
-      namedType.getUnderlyingType() = this and
+      definedType.getUnderlyingType() = this and
-      namedType.hasLocationInfo(any(ServicesGeneratedFile f).getAbsolutePath(), _, _, _, _)
+      definedType.hasLocationInfo(any(ServicesGeneratedFile f).getAbsolutePath(), _, _, _, _)
     }
 
     /** Gets the name of the interface. */
-    override string getName() { result = namedType.getName() }
+    override string getName() { result = definedType.getName() }
 
-    /** Gets the named type on top of this interface type. */
+    /** DEPRECATED: Use `getDefinedType` instead. */
-    NamedType getNamedType() { result = namedType }
+    deprecated DefinedType getNamedType() { result = this.getDefinedType() }
+
+    /** Gets the defined type on top of this interface type. */
+    DefinedType getDefinedType() { result = definedType }
   }
 
   /** A Twirp client. */
-  class ServiceClientType extends NamedType {
+  class ServiceClientType extends DefinedType {
     ServiceClientType() {
       exists(ServiceInterfaceType i, PointerType p |
         p.implements(i) and
@@ -71,7 +74,7 @@ module Twirp {
   }
 
   /** A Twirp server. */
-  class ServiceServerType extends NamedType {
+  class ServiceServerType extends DefinedType {
     ServiceServerType() {
       exists(ServiceInterfaceType i |
         this.implements(i) and
@@ -99,7 +102,7 @@ module Twirp {
   class ServerConstructor extends Function {
     ServerConstructor() {
       this.getName().regexpMatch("(?i)new" + any(ServiceServerType c).getName()) and
-      this.getParameterType(0) = any(ServiceInterfaceType i).getNamedType() and
+      this.getParameterType(0) = any(ServiceInterfaceType i).getDefinedType() and
       this.hasLocationInfo(any(ServicesGeneratedFile f).getAbsolutePath(), _, _, _, _)
     }
   }
@@ -121,7 +124,7 @@ module Twirp {
   bindingset[m]
   pragma[inline_late]
   private predicate implementsServiceType(Method m) {
-    m.implements(any(ServiceInterfaceType i).getNamedType().getMethod(_))
+    m.implements(any(ServiceInterfaceType i).getDefinedType().getMethod(_))
   }
 
   /** A service handler. */

go/ql/lib/semmle/go/security/AllocationSizeOverflowCustomizations.qll

@@ -157,7 +157,7 @@ module AllocationSizeOverflow {
     t instanceof BasicType and
     not t instanceof StringType
     or
-    isSmallType(t.(NamedType).getUnderlyingType())
+    isSmallType(t.(DefinedType).getUnderlyingType())
     or
     isSmallType(t.(PointerType).getBaseType())
     or

go/ql/src/InconsistentCode/LengthComparisonOffByOne.ql

@@ -70,7 +70,7 @@ predicate elementRead(
 }
 
 predicate isRegexpMethodCall(DataFlow::MethodCallNode c) {
-  exists(NamedType regexp, Type recvtp |
+  exists(DefinedType regexp, Type recvtp |
     regexp.getName() = "Regexp" and recvtp = c.getReceiver().getType()
   |
     lookThroughPointerType(recvtp) = regexp

go/ql/src/Security/CWE-020/IncompleteUrlSchemeCheck.ql

@@ -22,7 +22,7 @@ class DangerousScheme extends string {
 /** Gets a data-flow node that checks an instance of `g` against the given `scheme`. */
 DataFlow::Node schemeCheck(GVN g, DangerousScheme scheme) {
   // check of the form `nd.Scheme == scheme`
-  exists(NamedType url, DataFlow::FieldReadNode fr, DataFlow::Node s |
+  exists(DefinedType url, DataFlow::FieldReadNode fr, DataFlow::Node s |
     url.hasQualifiedName("net/url", "URL") and
     fr.readsField(g.getANode(), url.getField("Scheme")) and
     s.getStringValue() = scheme and

go/ql/src/Security/CWE-322/InsecureHostKeyCallback.ql

@@ -22,8 +22,8 @@ class InsecureIgnoreHostKey extends Function {
 /** An SSH host-key checking function. */
 class HostKeyCallbackFunc extends DataFlow::Node {
   HostKeyCallbackFunc() {
-    exists(NamedType nt | nt.hasQualifiedName(cryptoSshPackage(), "HostKeyCallback") |
+    exists(DefinedType dt | dt.hasQualifiedName(cryptoSshPackage(), "HostKeyCallback") |
-      this.getType().getUnderlyingType() = nt.getUnderlyingType()
+      this.getType().getUnderlyingType() = dt.getUnderlyingType()
     ) and
     // Restrict possible sources to either function definitions or
     // the result of some external function call (e.g. InsecureIgnoreHostKey())

go/ql/src/experimental/Unsafe/WrongUsageOfUnsafe.ql

@@ -14,7 +14,7 @@
 import go
 
 /*
- * Returns the type after all aliases, named types, and pointer
+ * Returns the type after all aliases, defined types, and pointer
  * types have been replaced with the actual underlying type.
  */
 

go/ql/test/extractor-tests/go1.14/interfaces.ql

@@ -1,5 +1,5 @@
 import go
 
-from NamedType t
+from DefinedType t
 where t.getPackage().getName().matches("%main")
 select t, t.getName(), t.getMethod(_)

go/ql/test/library-tests/semmle/go/Types/GenericTypeInstantiationExpr.expected

@@ -16,7 +16,7 @@
 | generic.go:60:12:60:28 | generic type instantiation expression | generic.go:60:12:60:22 | GenericMap2 | 0 | generic.go:60:24:60:24 | U |
 | generic.go:60:12:60:28 | generic type instantiation expression | generic.go:60:12:60:22 | GenericMap2 | 1 | generic.go:60:27:60:27 | U |
 | generic.go:61:12:61:28 | generic type instantiation expression | generic.go:61:12:61:25 | GenericChannel | 0 | generic.go:61:27:61:27 | U |
-| generic.go:62:12:62:26 | generic type instantiation expression | generic.go:62:12:62:23 | GenericNamed | 0 | generic.go:62:25:62:25 | U |
+| generic.go:62:12:62:28 | generic type instantiation expression | generic.go:62:12:62:25 | GenericDefined | 0 | generic.go:62:27:62:27 | U |
 | generic.go:70:42:70:64 | generic type instantiation expression | generic.go:70:42:70:57 | GenericInterface | 0 | generic.go:70:59:70:63 | int32 |
 | generic.go:74:41:74:62 | generic type instantiation expression | generic.go:74:41:74:54 | GenericStruct1 | 0 | generic.go:74:56:74:61 | string |
 | generic.go:82:18:82:34 | generic type instantiation expression | generic.go:82:18:82:29 | GenericArray | 0 | generic.go:82:31:82:33 | int |

go/ql/test/library-tests/semmle/go/Types/InterfaceMethodIds.ql

@@ -1,9 +1,9 @@
 import go
 
-from NamedType nt, InterfaceType it, Type methodType, string id
+from DefinedType dt, InterfaceType it, Type methodType, string id
 where
-  nt.getName() = "MixedExportedAndNot" and
+  dt.getName() = "MixedExportedAndNot" and
-  it = nt.getUnderlyingType() and
+  it = dt.getUnderlyingType() and
   (
     it.hasPrivateMethodWithQualifiedName(_, id, methodType)
     or

go/ql/test/library-tests/semmle/go/Types/MethodTypes.expected

@@ -13,7 +13,7 @@
 | generic.go:47:6:47:16 | MyInterface | dummy14 | func() GenericMap1 |
 | generic.go:47:6:47:16 | MyInterface | dummy15 | func() GenericMap2 |
 | generic.go:47:6:47:16 | MyInterface | dummy17 | func() GenericChannel |
-| generic.go:47:6:47:16 | MyInterface | dummy18 | func() GenericNamed |
+| generic.go:47:6:47:16 | MyInterface | dummy18 | func() GenericDefined |
 | generic.go:47:6:47:16 | MyInterface | dummy19 | func() MyFuncType1 |
 | generic.go:47:6:47:16 | MyInterface | dummy20 | func() MyFuncType2 |
 | interface.go:28:6:28:7 | i6 | String | func() string |

go/ql/test/library-tests/semmle/go/Types/MethodTypes.ql

@@ -1,6 +1,6 @@
 import go
 
-from NamedType t, string m, Type tp
+from DefinedType t, string m, Type tp
 where
   exists(t.getEntity().getDeclaration()) and
   t.getBaseType().hasMethod(m, tp)

go/ql/test/library-tests/semmle/go/Types/QualifiedNames.expected

@@ -25,7 +25,7 @@
 | generic.go:40:6:40:16 | GenericMap2 | codeql-go-types.GenericMap2 |
 | generic.go:41:6:41:19 | GenericChannel | codeql-go-types.GenericChannel |
 | generic.go:42:6:42:14 | MyMapType | codeql-go-types.MyMapType |
-| generic.go:43:6:43:17 | GenericNamed | codeql-go-types.GenericNamed |
+| generic.go:43:6:43:19 | GenericDefined | codeql-go-types.GenericDefined |
 | generic.go:44:6:44:16 | MyFuncType1 | codeql-go-types.MyFuncType1 |
 | generic.go:45:6:45:16 | MyFuncType2 | codeql-go-types.MyFuncType2 |
 | generic.go:47:6:47:16 | MyInterface | codeql-go-types.MyInterface |

go/ql/test/library-tests/semmle/go/Types/StructFields.ql

@@ -1,7 +1,7 @@
 import go
 
-from StructTypeExpr ste, NamedType named, string name, Type tp
+from StructTypeExpr ste, DefinedType defined, string name, Type tp
 where
-  named.getUnderlyingType() = ste.getType() and
+  defined.getUnderlyingType() = ste.getType() and
   ste.getType().(StructType).hasField(name, tp)
-select named, ste, name, tp.pp()
+select defined, ste, name, tp.pp()

go/ql/test/library-tests/semmle/go/Types/Types.expected

@@ -25,7 +25,7 @@
 | generic.go:40:6:40:16 | GenericMap2 | GenericMap2 |
 | generic.go:41:6:41:19 | GenericChannel | GenericChannel |
 | generic.go:42:6:42:14 | MyMapType | MyMapType |
-| generic.go:43:6:43:17 | GenericNamed | GenericNamed |
+| generic.go:43:6:43:19 | GenericDefined | GenericDefined |
 | generic.go:44:6:44:16 | MyFuncType1 | MyFuncType1 |
 | generic.go:45:6:45:16 | MyFuncType2 | MyFuncType2 |
 | generic.go:47:6:47:16 | MyInterface | MyInterface |

go/ql/test/library-tests/semmle/go/Types/aliases.go

@@ -15,7 +15,7 @@ func G(Afs2 aliasesS2) int {
 	return Afs2.x
 }
 
-// This is a named type, not an alias
+// This is a defined type, not an alias
 type S3 struct{ x int }
 
 // This is a type alias

go/ql/test/library-tests/semmle/go/Types/generic.go

@@ -40,7 +40,7 @@ type GenericMap1[V any] map[string]V
 type GenericMap2[K comparable, V any] map[K]V
 type GenericChannel[T comparable] chan<- T
 type MyMapType map[string]int
-type GenericNamed[T comparable] MyMapType
+type GenericDefined[T comparable] MyMapType
 type MyFuncType1[T any] func(T)
 type MyFuncType2[T1 any, T2 any] func(T1) T2
 
@@ -59,7 +59,7 @@ type MyInterface[U comparable] interface {
 	dummy14() GenericMap1[U]
 	dummy15() GenericMap2[U, U]
 	dummy17() GenericChannel[U]
-	dummy18() GenericNamed[U]
+	dummy18() GenericDefined[U]
 	dummy19() MyFuncType1[U]
 	dummy20() MyFuncType2[U, U]
 }

go/ql/test/library-tests/semmle/go/frameworks/Twirp/tests.ql

@@ -54,7 +54,7 @@ query predicate passingPositiveTests(string res, string expectation, InlineTest
     exists(Twirp::ProtobufMessageType n | t.inType(n))
     or
     expectation = "serviceInterface" and
-    exists(Twirp::ServiceInterfaceType n | t.inType(n.getNamedType()))
+    exists(Twirp::ServiceInterfaceType n | t.inType(n.getDefinedType()))
     or
     expectation = "serviceClient" and
     exists(Twirp::ServiceClientType n | t.inType(n))
@@ -90,7 +90,7 @@ query predicate failingPositiveTests(string res, string expectation, InlineTest
     not exists(Twirp::ProtobufMessageType n | t.inType(n))
     or
     expectation = "serviceInterface" and
-    not exists(Twirp::ServiceInterfaceType n | t.inType(n.getNamedType()))
+    not exists(Twirp::ServiceInterfaceType n | t.inType(n.getDefinedType()))
     or
     expectation = "serviceClient" and
     not exists(Twirp::ServiceClientType n | t.inType(n))