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import {DocComment} from ast;
// == Compilation units ==
struct JavaCompilationUnit {
field packageName: List[String];
field typeDeclaration: JavaTypeDeclaration;
}
// == Type declarations ==
sum JavaTypeDeclaration {
variant JavaClassDeclaration;
variant JavaInterfaceDeclaration;
variant JavaRecordDeclaration;
field name: String;
field customArea: JavaCustomArea;
}
struct JavaClassDeclaration {
field name: String;
field implementsTypes: List[JavaTypeRef];
field body: List[JavaClassBodyDeclaration];
field customArea: JavaCustomArea;
field docComment: DocComment;
}
struct JavaInterfaceDeclaration {
field name: String;
field openness: JavaInterfaceOpenness;
field permitsTypes: List[JavaTypeRef];
field body: List[JavaClassBodyDeclaration];
field customArea: JavaCustomArea;
field docComment: DocComment;
}
native JavaInterfaceOpenness {
}
struct JavaRecordComponent {
field type: JavaTypeRef;
field name: String;
}
struct JavaRecordDeclaration {
field name: String;
field components: List[JavaRecordComponent];
field implementsTypes: List[JavaTypeRef];
field body: List[JavaClassBodyDeclaration];
field customArea: JavaCustomArea;
field docComment: DocComment;
}
// == Type declaration bodies ==
// TODO: allow JavaClassBodyDeclaration to extend JavaTypeDeclaration
sum JavaClassBodyDeclaration {
variant JavaClassDeclaration;
variant JavaConstructorDeclaration;
variant JavaFieldDeclaration;
variant JavaInterfaceDeclaration;
variant JavaMethodDeclaration;
variant JavaRecordDeclaration;
}
struct JavaConstructorDeclaration {
field typeName: String;
field visibility: JavaVisibility;
field params: List[JavaParam];
field body: JavaBlock;
}
struct JavaFieldDeclaration {
field visibility: JavaVisibility;
field type: JavaTypeRef;
field name: String;
}
struct JavaMethodDeclaration {
field name: String;
field visibility: JavaVisibility;
field kind: JavaMethodKind;
field returnType: JavaTypeRef;
field params: List[JavaParam];
field body: Option[JavaBlock];
}
// == Methods ==
native JavaMethodKind {
}
struct JavaParam {
field type: JavaTypeRef;
field name: String;
}
// == Type references ==
native JavaTypeRef {
}
// == Visibility ==
native JavaVisibility {
}
// == Statements ==
struct JavaBlock {
field statements: List[JavaBlockStatement];
}
sum JavaBlockStatement {
variant JavaExpressionStatement;
variant JavaReturn;
}
struct JavaExpressionStatement {
field expression: JavaExpression;
}
struct JavaReturn {
field value: JavaExpression;
}
// == Expressions ==
sum JavaExpression {
variant JavaAssignment;
variant JavaFieldAccess;
variant JavaIntegerLiteral;
variant JavaMethodCall;
variant JavaMethodRef;
variant JavaNewExpression;
variant JavaNullLiteral;
variant JavaRef;
variant JavaStaticFieldAccess;
variant JavaStaticMethodCall;
variant JavaStringLiteral;
}
struct JavaAssignment {
field left: JavaExpression;
field right: JavaExpression;
}
struct JavaFieldAccess {
field receiver: JavaExpression;
field fieldName: String;
}
struct JavaIntegerLiteral {
field value: Int64;
}
struct JavaMethodCall {
field receiver: JavaExpression;
field methodName: String;
field args: List[JavaExpression];
}
struct JavaMethodRef {
field type: JavaTypeRef;
field methodName: String;
}
struct JavaNewExpression {
field type: JavaTypeRef;
field args: List[JavaExpression];
}
struct JavaNullLiteral {
}
struct JavaRef {
field name: String;
}
struct JavaStaticFieldAccess {
field type: JavaTypeRef;
field fieldName: String;
}
struct JavaStaticMethodCall {
field type: JavaTypeRef;
field methodName: String;
field args: List[JavaExpression];
}
struct JavaStringLiteral {
field value: String;
}
// == Custom areas ==
struct JavaCustomArea {
field type: JavaTypeRef;
field name: String;
}
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