/* Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License. */ package config import ( "errors" ) // RunSetContext validates the given command line options and invokes AddContext/ModifyContext func RunSetContext(o *ContextOptions, airconfig *Config, writeToStorage bool) (bool, error) { modified := false err := o.Validate() if err != nil { return modified, err } if o.Current { if airconfig.CurrentContext == "" { return modified, ErrMissingCurrentContext{} } // when --current flag is passed, use current context o.Name = airconfig.CurrentContext } context, err := airconfig.GetContext(o.Name) if err != nil { var cerr ErrMissingConfig if !errors.As(err, &cerr) { // An error occurred, but it wasn't a "missing" config error. return modified, err } if o.CurrentContext { return modified, ErrMissingConfig{} } // context didn't exist, create it // ignoring the returned added context airconfig.AddContext(o) } else { // Found the desired Current Context // Lets update it and be done. if o.CurrentContext { airconfig.CurrentContext = o.Name } else { // Context exists, lets update airconfig.ModifyContext(context, o) } modified = true } // Update configuration file just in time persistence approach if writeToStorage { if err := airconfig.PersistConfig(true); err != nil { // Error that it didnt persist the changes return modified, ErrConfigFailed{} } } return modified, nil } // RunUseContext validates the given context name and updates it as current context func RunUseContext(desiredContext string, airconfig *Config) error { if _, err := airconfig.GetContext(desiredContext); err != nil { return err } if airconfig.CurrentContext != desiredContext { airconfig.CurrentContext = desiredContext if err := airconfig.PersistConfig(true); err != nil { return err } } return nil } // RunSetManifest validates the given command line options and invokes AddManifest/ModifyManifest func RunSetManifest(o *ManifestOptions, airconfig *Config, writeToStorage bool) (bool, error) { modified := false err := o.Validate() if err != nil { return modified, err } manifest, exists := airconfig.Manifests[o.Name] if !exists { // manifest didn't exist, create it // ignoring the returned added manifest airconfig.AddManifest(o) } else { // manifest exists, lets update err = airconfig.ModifyManifest(manifest, o) if err != nil { return modified, err } modified = true } // Update configuration file just in time persistence approach if writeToStorage { if err := airconfig.PersistConfig(true); err != nil { // Error that it didnt persist the changes return modified, ErrConfigFailed{} } } return modified, nil } // RunSetEncryptionConfig validates the given command line options // and invokes AddEncryptionConfig/ModifyEncryptionConfig func RunSetEncryptionConfig(o *EncryptionConfigOptions, airconfig *Config, writeToStorage bool) (bool, error) { modified := false err := o.Validate() if err != nil { return modified, err } encryptionConfig, exists := airconfig.EncryptionConfigs[o.Name] if !exists { // encryption config didn't exist, create it // ignoring the returned added encryption config airconfig.AddEncryptionConfig(o) modified = true } else { // encryption config exists, lets update airconfig.ModifyEncryptionConfig(encryptionConfig, o) modified = true } // Update configuration file just in time persistence approach if writeToStorage { if err := airconfig.PersistConfig(true); err != nil { // Error that it didnt persist the changes return modified, ErrConfigFailed{} } } return modified, nil }