// The stack is supposed to be in the order x imports y imports z.
			// We collect in the reverse order: z is imported by y is imported
			// by x, and then we reverse it.
			var stk []string
			for p != nil {
				stk = append(stk, p.ImportPath)
				p = importerOf[p]
			}
			// complete the cycle: we set importer[p] = nil to break the cycle
			// in importerOf, it's an implicit importerOf[p] == pTest. Add it

             * the original `Base.bar` callable symbol instead of `MyObject.bar`, because there are
             * no separate symbol for that case.
             *
             * Java statics present a similar case - they can be imported not only from the declaring class,
             * but also from any subclass.
             */
            private fun FirQualifiedAccessExpression.importableNameForImplicitlyDispatchedCallable(): FqName? {

		// 1 if the stack needs to be unwound.
		{Params: []byte{I32}, Results: []byte{I32}},
	}

	// collect host imports (functions that get imported from the WebAssembly host, usually JavaScript)
	// we store the import index of each imported function, so the R_WASMIMPORT relocation
	// can write the correct index after a "call" instruction
	// these are added as import statements to the top of the WebAssembly binary

	lit      string                    // literal string; only valid for Ident, Int, String tokens
	pkgpath  string                    // package path of imported package
	pkgname  string                    // name of imported package
	pkg      *types.Package            // reference to imported package
	imports  map[string]*types.Package // package path -> package object
	typeList []types.Type              // type number -> type

}

// TestIssue34921 verifies that we don't update an imported type's underlying
// type when resolving an underlying type. Specifically, when determining the
// underlying type of b.T (which is the underlying type of a.T, which is int)
// we must not set the underlying type of a.T again since that would lead to
// a race condition if package b is imported elsewhere, in a package that is
// concurrently type-checked.

//
// Note that obj.Parent() may be different from the returned scope if the
// object was inserted into the scope and already had a parent at that
// time (see Insert). This can only happen for dot-imported objects
// whose scope is the scope of the package that exported them.
func (s *Scope) LookupParent(name string, pos syntax.Pos) (*Scope, Object) {
	for ; s != nil; s = s.parent {

//
// Note that obj.Parent() may be different from the returned scope if the
// object was inserted into the scope and already had a parent at that
// time (see Insert). This can only happen for dot-imported objects
// whose scope is the scope of the package that exported them.
func (s *Scope) LookupParent(name string, pos token.Pos) (*Scope, Object) {
	for ; s != nil; s = s.parent {

	found                     bool
	mods                      []module.Version
	importer, importerVersion string // optional, but used for additional context
	importerIsTest            bool
}

func (e *ImportMissingSumError) Error() string {
	var importParen string
	if e.importer != "" {
		importParen = fmt.Sprintf(" (imported by %s)", e.importer)
	}
	var message string
	if e.found {

     * For examples see docs for {@link EclipseWtp}
     * <p>
     * Only source dirs that exist will be added to the wtp component file.
     * Non-existing resource directory declarations lead to errors when project is imported into Eclipse.
     */
    public Set<File> getSourceDirs() {
        return sourceDirs;
    }

    public void setSourceDirs(Set<File> sourceDirs) {
        this.sourceDirs = sourceDirs;
    }

"""
        }

        @Override
        String build() {
            """${intro}  - Problem: In version catalog ${catalog}, no files are resolved to be imported.

    Reason: The imported dependency doesn't resolve into any file.

    Possible solution: Check the import statement, it should resolve into a single file.

    ${documentation}"""
        }
    }