gotools/gopls/internal/mod/diagnostics.go

// ParseDiagnostics returns diagnostics from parsing the go.mod files in the workspace.
func ParseDiagnostics(ctx context.Context, snapshot *cache.Snapshot) (map[protocol.DocumentURI][]*cache.Diagnostic, error) { … }

// Diagnostics returns diagnostics from running go mod tidy.
func TidyDiagnostics(ctx context.Context, snapshot *cache.Snapshot) (map[protocol.DocumentURI][]*cache.Diagnostic, error) { … }

// UpgradeDiagnostics returns upgrade diagnostics for the modules in the
// workspace with known upgrades.
func UpgradeDiagnostics(ctx context.Context, snapshot *cache.Snapshot) (map[protocol.DocumentURI][]*cache.Diagnostic, error) { … }

// VulnerabilityDiagnostics returns vulnerability diagnostics for the active modules in the
// workspace with known vulnerabilities.
func VulnerabilityDiagnostics(ctx context.Context, snapshot *cache.Snapshot) (map[protocol.DocumentURI][]*cache.Diagnostic, error) { … }

func collectDiagnostics(ctx context.Context, snapshot *cache.Snapshot, diagFn func(context.Context, *cache.Snapshot, file.Handle) ([]*cache.Diagnostic, error)) (map[protocol.DocumentURI][]*cache.Diagnostic, error) { … }

// parseDiagnostics reports diagnostics from parsing the mod file.
func parseDiagnostics(ctx context.Context, snapshot *cache.Snapshot, fh file.Handle) (diagnostics []*cache.Diagnostic, err error) { … }

// tidyDiagnostics reports diagnostics from running go mod tidy.
func tidyDiagnostics(ctx context.Context, snapshot *cache.Snapshot, fh file.Handle) ([]*cache.Diagnostic, error) { … }

// upgradeDiagnostics adds upgrade quick fixes for individual modules if the upgrades
// are recorded in the view.
func upgradeDiagnostics(ctx context.Context, snapshot *cache.Snapshot, fh file.Handle) (upgradeDiagnostics []*cache.Diagnostic, err error) { … }

const upgradeCodeActionPrefix …

// vulnerabilityDiagnostics adds diagnostics for vulnerabilities in individual modules
// if the vulnerability is recorded in the view.
func vulnerabilityDiagnostics(ctx context.Context, snapshot *cache.Snapshot, fh file.Handle) (vulnDiagnostics []*cache.Diagnostic, err error) { … }

type vulnFindingType …

const vulnUnknown …

const vulnCalled …

const vulnImported …

const vulnRequired …

// foundVuln returns the frame info describing discovered vulnerable symbol/package/module
// and how this vulnerability affects the analyzed package or module.
func foundVuln(finding *govulncheck.Finding) (*govulncheck.Frame, vulnFindingType) { … }

func sortedKeys(m map[string]bool) []string { … }

// suggestGovulncheckAction returns a code action that suggests either run govulncheck
// for more accurate investigation (if the present vulncheck diagnostics are based on
// analysis less accurate than govulncheck) or reset the existing govulncheck result
// (if the present vulncheck diagnostics are already based on govulncheck run).
func suggestGovulncheckAction(fromGovulncheck bool, uri protocol.DocumentURI) (cache.SuggestedFix, error) { … }

func getVulnMessage(mod string, vulns []string, used, fromGovulncheck bool) string { … }

// href returns the url for the vulnerability information.
// Eventually we should retrieve the url embedded in the osv.Entry.
// While vuln.go.dev is under development, this always returns
// the page in pkg.go.dev.
func href(vulnID string) string { … }

func getUpgradeCodeAction(fh file.Handle, req *modfile.Require, version string) *protocol.Command { … }

func upgradeTitle(fixedVersion string) string { … }

// SelectUpgradeCodeActions takes a list of code actions for a required module
// and returns a more selective list of upgrade code actions,
// where the code actions have been deduped. Code actions unrelated to upgrade
// are deduplicated by the name.
func SelectUpgradeCodeActions(actions []protocol.CodeAction) []protocol.CodeAction { … }

func getUpgradeVersion(p protocol.CodeAction) string { … }