gotools/gopls/internal/cache/load.go

var loadID …

var errNoPackages …

// load calls packages.Load for the given scopes, updating package metadata,
// import graph, and mapped files with the result.
//
// The resulting error may wrap the moduleErrorMap error type, representing
// errors associated with specific modules.
//
// If scopes contains a file scope there must be exactly one scope.
func (s *Snapshot) load(ctx context.Context, allowNetwork bool, scopes ...loadScope) (err error) { … }

type moduleErrorMap …

func (m *moduleErrorMap) Error() string { … }

// buildMetadata populates the updates map with metadata updates to
// apply, based on the given pkg. It recurs through pkg.Imports to ensure that
// metadata exists for all dependencies.
//
// Returns the metadata.Package that was built (or which was already present in
// updates), or nil if the package could not be built. Notably, the resulting
// metadata.Package may have an ID that differs from pkg.ID.
func buildMetadata(updates map[PackageID]*metadata.Package, pkg *packages.Package, loadDir string, standalone, goListView bool) *metadata.Package { … }

// computeLoadDiagnostics computes and sets m.Diagnostics for the given metadata m.
//
// It should only be called during package handle construction in buildPackageHandle.
func computeLoadDiagnostics(ctx context.Context, snapshot *Snapshot, mp *metadata.Package) []*Diagnostic { … }

// IsWorkspacePackage reports whether id points to a workspace package in s.
//
// Currently, the result depends on the current set of loaded packages, and so
// is not guaranteed to be stable.
func (s *Snapshot) IsWorkspacePackage(ctx context.Context, id PackageID) bool { … }

// isWorkspacePackageLocked reports whether p is a workspace package for the
// snapshot s.
//
// Workspace packages are packages that we consider the user to be actively
// working on. As such, they are re-diagnosed on every keystroke, and searched
// for various workspace-wide queries such as references or workspace symbols.
//
// See the commentary inline for a description of the workspace package
// heuristics.
//
// s.mu must be held while calling this function.
//
// TODO(rfindley): remove 'meta' from this function signature. Whether or not a
// package is a workspace package should depend only on the package, view
// definition, and snapshot file source. While useful, the heuristic
// "allFilesHaveRealPackages" does not add that much value and is path
// dependent as it depends on the timing of loads.
func isWorkspacePackageLocked(ctx context.Context, s *Snapshot, meta *metadata.Graph, pkg *metadata.Package) bool { … }

// containsOpenFileLocked reports whether any file referenced by m is open in
// the snapshot s.
//
// s.mu must be held while calling this function.
func containsOpenFileLocked(s *Snapshot, mp *metadata.Package) bool { … }

// computeWorkspacePackagesLocked computes workspace packages in the
// snapshot s for the given metadata graph. The result does not
// contain intermediate test variants.
//
// s.mu must be held while calling this function.
func computeWorkspacePackagesLocked(ctx context.Context, s *Snapshot, meta *metadata.Graph) immutable.Map[PackageID, PackagePath] { … }

// allFilesHaveRealPackages reports whether all files referenced by m are
// contained in a "real" package (not command-line-arguments).
//
// If m is valid but all "real" packages containing any file are invalid, this
// function returns false.
//
// If m is not a command-line-arguments package, this is trivially true.
func allFilesHaveRealPackages(g *metadata.Graph, mp *metadata.Package) bool { … }

func isTestMain(pkg *packages.Package, gocache string) bool { … }