// compareAndAdd compares to see if the component exists in the map. If not, it adds the component.
// Returns true if the component was added, returns false if the component was not added.
// This function is thread-safe.
func (components *componentsMap) compareAndAdd(component common.Component) bool {
components.Lock()
defer components.Unlock()
_, exists := components.mapping[component.GetKey()]
if !exists {
components.mapping[component.GetKey()] = component
return true
}
return false
}
// Load will read the file at the given path and attempt to return a component object.
func Load(path string) (common.Component, error) {
// Get file system assistance.
fs := fs.OSUtil{}
// Read the component file.
fileName := filepath.Join(path, "component.yaml")
componentData, err := fs.OpenAndReadFile(fileName)
if err != nil {
return nil, errors.New(constants.ErrComponentFileDNE)
}
// Parse the component.
var component common.Component
component, err = parseComponent(componentData, fileName)
if err != nil {
return nil, err
}
// Ensure we have a key for the component.
if component.GetKey() == "" {
component.SetKey(getKey(path))
}
return component, nil
}
func parseComponent(componentData []byte, fileName string) (common.Component, error) {
b := Base{}
err := yaml.Unmarshal(componentData, &b)
if err != nil {
// If we have a human friendly BaseComponentParseError, return it.
switch err.(type) {
case BaseComponentParseError:
return nil, err
}
// Otherwise, just return a generic error about the schema.
return nil, fmt.Errorf("Unable to parse component %s. Error: %s", fileName, err.Error())
}
var component common.Component
switch {
case ComponentV2_0_0.EQ(b.SchemaVersion):
c := new(v2.Component)
err = yaml.Unmarshal(componentData, c)
component = c
case ComponentV3_0_0.EQ(b.SchemaVersion):
c := new(v3.Component)
err = yaml.Unmarshal(componentData, c)
component = c
case ComponentV3_1_0.EQ(b.SchemaVersion):
c := new(v31.Component)
err = yaml.Unmarshal(componentData, c)
component = c
default:
return nil, common.ErrUnknownSchemaVersion
}
if err != nil {
return nil, fmt.Errorf("Unable to parse component. Please check component.yaml schema for version %s\n"+
"\tFile: %v\n\tParse error: %v", b.SchemaVersion.String(), fileName, err)
}
// Copy version from base because some versions of the component can not expect to parse directly into it's own struct
// e.g. version 2.0.0 with 2.0 float
component.SetVersion(b.SchemaVersion)
return component, nil
}
func (openControl *OpenControlGitBook) getCoveredByVerification(text string, component common.Component, coveredBy common.CoveredBy) string {
if component != nil {
verification := component.GetVerifications().Get(coveredBy.VerificationKey)
text += exportLink(
fmt.Sprintf("%s - %s", component.GetName(), verification.Name),
filepath.Join("..", "components", component.GetKey()+".md"),
)
}
return text
}
func testSet(example common.Component, actual common.Component, t *testing.T) {
// Check that the key was loaded
if example.GetKey() != actual.GetKey() {
t.Errorf("Expected %s, Actual: %s", example.GetKey(), actual.GetKey())
}
// Check that the name was loaded
if example.GetName() != actual.GetName() {
t.Errorf("Expected %s, Actual: %s", example.GetName(), actual.GetName())
}
// Check that the schema version was loaded
if example.GetVersion().NE(actual.GetVersion()) {
t.Errorf("Expected %v, Actual: %v", example.GetVersion(), actual.GetVersion())
}
// Check that the references were loaded
if example.GetReferences().Len() != actual.GetReferences().Len() {
t.Errorf("Expected %d, Actual: %d", example.GetReferences().Len(), actual.GetReferences().Len())
}
// Check that the satisfies data was loaded
if len(example.GetAllSatisfies()) != len(actual.GetAllSatisfies()) {
t.Errorf("Expected %d, Actual: %d", len(example.GetAllSatisfies()), len(actual.GetAllSatisfies()))
}
// Check Narratives and Parameters.
for idx, _ := range actual.GetAllSatisfies() {
assert.Equal(t, (example.GetAllSatisfies())[idx].GetNarratives(), (actual.GetAllSatisfies())[idx].GetNarratives())
assert.Equal(t, (example.GetAllSatisfies())[idx].GetParameters(), (actual.GetAllSatisfies())[idx].GetParameters())
assert.Equal(t, (example.GetAllSatisfies())[idx].GetControlOrigin(), (actual.GetAllSatisfies())[idx].GetControlOrigin())
assert.Equal(t, (example.GetAllSatisfies())[idx].GetControlOrigins(), (actual.GetAllSatisfies())[idx].GetControlOrigins())
assert.Equal(t, (example.GetAllSatisfies())[idx].GetImplementationStatus(), (actual.GetAllSatisfies())[idx].GetImplementationStatus())
assert.Equal(t, (example.GetAllSatisfies())[idx].GetImplementationStatuses(), (actual.GetAllSatisfies())[idx].GetImplementationStatuses())
}
// Check the responsible role.
assert.Equal(t, example.GetResponsibleRole(), actual.GetResponsibleRole())
// Check that the verifications were loaded
if example.GetVerifications().Len() != actual.GetVerifications().Len() {
t.Errorf("Expected %d, Actual: %d", example.GetVerifications().Len(), actual.GetVerifications())
}
}
// add adds a new component to the component map
func (components *componentsMap) add(component common.Component) {
components.Lock()
components.mapping[component.GetKey()] = component
components.Unlock()
}
func (openControl *OpenControlGitBook) getResponsibleRole(text string, component common.Component) string {
if component.GetResponsibleRole() != "" {
text = fmt.Sprintf("%s\n##### Responsible Role: %s\n", text, component.GetResponsibleRole())
}
return text
}
// LoadMappings loads a set of mappings from a component
func (justifications *Justifications) LoadMappings(component common.Component) {
for _, satisfies := range component.GetAllSatisfies() {
justifications.Add(satisfies.GetStandardKey(), satisfies.GetControlKey(), component.GetKey(), satisfies)
}
}
