// watchForReboot watches for reboot events and request core plugins to stop when necessary
func (c *CoreManager) watchForReboot() {
log := c.context.Log()
for {
// check if there is any pending reboot request
if rebooter.RebootRequested() {
// on reboot request, stop core plugins and request agent to initiate reboot.
c.context.Log().Info("A plugin has requested a reboot.")
c.stopCorePlugins(contracts.StopTypeSoftStop)
break
}
// wait for a second before checking again
time.Sleep(rebootPollingInterval)
}
log.Info("Processing reboot request...")
if rebooter.RebootRequested() && !rebooter.RebootInitiated() {
rebooter.RebootMachine(log)
}
}
// TestRunPlugins tests that RunPluginsWithRegistry calls all the expected plugins.
func TestRunPluginsWithRegistry(t *testing.T) {
pluginNames := []string{"plugin1", "plugin2"}
pluginConfigs := make(map[string]*contracts.Configuration)
pluginResults := make(map[string]*contracts.PluginResult)
pluginInstances := make(map[string]*plugin.Mock)
pluginRegistry := plugin.PluginRegistry{}
documentID := "TestDocument"
sendResponse := func(messageID string, pluginID string, results map[string]*contracts.PluginResult) {
}
var cancelFlag task.CancelFlag
ctx := context.NewMockDefault()
defaultTime := time.Now()
for _, name := range pluginNames {
// create an instance of our test object
pluginInstances[name] = new(plugin.Mock)
// setup expectations
pluginConfigs[name] = &contracts.Configuration{}
pluginResults[name] = &contracts.PluginResult{
Output: name,
StartDateTime: defaultTime,
EndDateTime: defaultTime,
}
if name == "plugin2" {
pluginResults[name].Status = contracts.ResultStatusSuccessAndReboot
}
pluginInstances[name].On("Execute", ctx, *pluginConfigs[name], cancelFlag).Return(*pluginResults[name])
pluginRegistry[name] = pluginInstances[name]
}
// call the code we are testing
outputs := RunPlugins(ctx, documentID, pluginConfigs, pluginRegistry, sendResponse, cancelFlag)
// fix the times expectation.
for _, result := range outputs {
result.EndDateTime = defaultTime
result.StartDateTime = defaultTime
}
// assert that the expectations were met
for _, mockPlugin := range pluginInstances {
mockPlugin.AssertExpectations(t)
}
ctx.AssertCalled(t, "Log")
assert.Equal(t, pluginResults, outputs)
time.Sleep(10 * time.Second)
assert.Equal(t, true, rebooter.RebootRequested())
}
// Execute runs multiple sets of commands and returns their outputs.
// res.Output will contain a slice of RunCommandPluginOutput.
func (p *Plugin) Execute(context context.T, config contracts.Configuration, cancelFlag task.CancelFlag) (res contracts.PluginResult) {
log := context.Log()
log.Info("RunCommand started with configuration ", config)
util := new(updateutil.Utility)
manager := new(updateManager)
res.StartDateTime = time.Now()
defer func() { res.EndDateTime = time.Now() }()
//loading Properties as list since aws:updateSsmAgent uses properties as list
var properties []interface{}
if properties, res = pluginutil.LoadParametersAsList(log, config.Properties); res.Code != 0 {
return res
}
out := make([]UpdatePluginOutput, len(properties))
for i, prop := range properties {
// check if a reboot has been requested
if rebooter.RebootRequested() {
log.Info("A plugin has requested a reboot.")
break
}
if cancelFlag.ShutDown() {
out[i] = UpdatePluginOutput{}
out[i].Errors = []string{"Execution canceled due to ShutDown"}
break
} else if cancelFlag.Canceled() {
out[i] = UpdatePluginOutput{}
out[i].Errors = []string{"Execution canceled"}
break
}
out[i] = updateAgent(p,
config,
log,
manager,
util,
prop,
cancelFlag,
config.OutputS3BucketName,
config.OutputS3KeyPrefix,
res.StartDateTime)
res.Code = out[i].ExitCode
res.Status = out[i].Status
res.Output = fmt.Sprintf("%v", out[i].String())
}
return
}
// Execute runs multiple sets of commands and returns their outputs.
// res.Output will contain a slice of RunCommandPluginOutput.
func (p *Plugin) Execute(context context.T, config contracts.Configuration, cancelFlag task.CancelFlag) (res contracts.PluginResult) {
log := context.Log()
log.Infof("%v started with configuration %v", Name(), config)
res.StartDateTime = time.Now()
defer func() { res.EndDateTime = time.Now() }()
//loading Properties as list since aws:runPowershellScript & aws:runShellScript uses properties as list
var properties []interface{}
if properties, res = pluginutil.LoadParametersAsList(log, config.Properties); res.Code != 0 {
pluginutil.PersistPluginInformationToCurrent(log, Name(), config, res)
return res
}
out := make([]contracts.PluginOutput, len(properties))
for i, prop := range properties {
// check if a reboot has been requested
if rebooter.RebootRequested() {
log.Info("A plugin has requested a reboot.")
return
}
if cancelFlag.ShutDown() {
out[i] = contracts.PluginOutput{Errors: []string{"Execution canceled due to ShutDown"}}
out[i].ExitCode = 1
out[i].Status = contracts.ResultStatusFailed
break
}
if cancelFlag.Canceled() {
out[i] = contracts.PluginOutput{Errors: []string{"Execution canceled"}}
out[i].ExitCode = 1
out[i].Status = contracts.ResultStatusCancelled
break
}
out[i] = p.runCommandsRawInput(log, prop, config.OrchestrationDirectory, cancelFlag, config.OutputS3BucketName, config.OutputS3KeyPrefix)
}
// TODO: instance here we have to do more result processing, where individual sub properties results are merged smartly into plugin response.
// Currently assuming we have only one work.
if len(properties) > 0 {
res.Code = out[0].ExitCode
res.Status = out[0].Status
res.Output = out[0].String()
}
pluginutil.PersistPluginInformationToCurrent(log, Name(), config, res)
return res
}
// Execute runs multiple sets of commands and returns their outputs.
// res.Output will contain a slice of PluginOutput.
func (p *Plugin) Execute(context context.T, config contracts.Configuration, cancelFlag task.CancelFlag) (res contracts.PluginResult) {
log := context.Log()
log.Infof("%v started with configuration %v", Name(), config)
res.StartDateTime = time.Now()
defer func() { res.EndDateTime = time.Now() }()
//loading Properties as list since aws:applications uses properties as list
var properties []interface{}
if properties, res = pluginutil.LoadParametersAsList(log, config.Properties); res.Code != 0 {
pluginutil.PersistPluginInformationToCurrent(log, Name(), config, res)
return res
}
msiFailureCount := 0
atleastOneRequestedReboot := false
finalStdOut := ""
finalStdErr := ""
out := make([]ApplicationPluginOutput, len(properties))
for i, prop := range properties {
// check if a reboot has been requested
if rebooter.RebootRequested() {
log.Infof("Stopping execution of %v plugin due to an external reboot request.", Name())
return
}
if cancelFlag.ShutDown() {
res.Code = 1
res.Status = contracts.ResultStatusFailed
pluginutil.PersistPluginInformationToCurrent(log, Name(), config, res)
return
}
if cancelFlag.Canceled() {
res.Code = 1
res.Status = contracts.ResultStatusCancelled
pluginutil.PersistPluginInformationToCurrent(log, Name(), config, res)
return
}
out[i] = p.runCommandsRawInput(log, prop, config.OrchestrationDirectory, cancelFlag, config.OutputS3BucketName, config.OutputS3KeyPrefix)
if out[i].Status == contracts.ResultStatusFailed {
msiFailureCount++
if out[i].Stdout != "" {
finalStdOut = fmt.Sprintf("%v\n%v", finalStdOut, out[i].Stdout)
}
if out[i].Stderr != "" {
finalStdErr = fmt.Sprintf("%v\n%v", finalStdErr, out[i].Stderr)
}
}
if out[i].Status == contracts.ResultStatusSuccessAndReboot {
atleastOneRequestedReboot = true
res.Code = out[i].ExitCode
}
}
if atleastOneRequestedReboot {
res.Status = contracts.ResultStatusSuccessAndReboot
} else {
res.Status = contracts.ResultStatusSuccess
res.Code = 0
}
if msiFailureCount > 0 {
finalStdOut = fmt.Sprintf("Number of Failures: %v\n%v", msiFailureCount, finalStdOut)
res.Status = contracts.ResultStatusFailed
res.Code = 1
}
finalOut := contracts.PluginOutput{
Stdout: finalStdOut,
Stderr: finalStdErr,
}
res.Output = finalOut.String()
pluginutil.PersistPluginInformationToCurrent(log, Name(), config, res)
return res
}
