//Command Standard command parser
func (x WinRM) Command(message models.Message, publishMsgs chan<- models.Message, connector models.Connector) {
for _, command := range connector.Commands {
if match, tokens := parse.Match(command.Match, message.In.Text); match {
args := parse.Substitute(command.Args, tokens)
tokens["STDOUT"] = sendCommand(command.Cmd, args, connector)
var color = "NONE"
var match = false
if match, _ = parse.Match(command.Green, tokens["STDOUT"]); match {
color = "SUCCESS"
}
if match, _ = parse.Match(command.Yellow, tokens["STDOUT"]); match {
color = "WARN"
}
if match, _ = parse.Match(command.Red, tokens["STDOUT"]); match {
color = "FAIL"
}
message.In.Tags = parse.TagAppend(message.In.Tags, connector.Tags+","+command.Tags)
message.Out.Text = connector.ID + " " + command.Name
message.Out.Detail = parse.Substitute(command.Output, tokens)
message.Out.Status = color
publishMsgs <- message
}
}
}
// Command Matches wolfram command and queries the wolfram api
func (x Wolfram) Command(message models.Message, publishMsgs chan<- models.Message, connector models.Connector) {
if match, tokens := parse.Match("wolfram*", message.In.Text); match {
message.In.Tags = parse.TagAppend(message.In.Tags, connector.Tags)
message.Out.Text = callWolfram(tokens["*"], connector.Key)
publishMsgs <- message
}
}
func commandBuild(message models.Message, publishMsgs chan<- models.Message, connector models.Connector) {
tokens := strings.Split(message.In.Text, " ")
queue := bambooapi.Queue(connector.Server, connector.Login, connector.Pass, tokens[2])
log.Printf("%+v", queue)
message.In.Tags = parse.TagAppend(message.In.Tags, connector.Tags)
if queue.StatusCode > 0 {
message.Out.Text = "Problem queueing build: " + tokens[2]
} else {
message.Out.Text = "Queued build for " + queue.Plankey
message.Out.Detail = "Build #" + strconv.Itoa(queue.Buildnumber)
message.Out.Link = "https://" + connector.Server + "/builds/browse/" + queue.Plankey + "-" + strconv.Itoa(queue.Buildnumber)
}
publishMsgs <- message
}
func parseJiraIssue(message models.Message, publishMsgs chan<- models.Message, connector models.Connector) {
var jiraRegex = regexp.MustCompile("[a-zA-Z]{2,12}-[0-9]{1,10}")
issues := jiraRegex.FindAllString(message.In.Text, -1)
for _, issue := range issues {
if connector.Debug {
log.Println("Jira match: " + issue)
}
client := &http.Client{}
auth := encodeB64(connector.Login + ":" + connector.Pass)
req, err := http.NewRequest("GET", "https://"+connector.Server+"/rest/api/2/issue/"+issue, nil)
if err != nil {
log.Printf("Error creating jira request: %s", err)
return
}
req.Header.Add("Content-Type", "application/json")
req.Header.Add("Authorization", "Basic "+auth)
response, err := client.Do(req)
if err != nil {
log.Printf("Error requesting jira issue: %s", err)
return
}
defer response.Body.Close()
body, err := ioutil.ReadAll(response.Body)
if err != nil {
log.Println(err)
}
var ticket ticket
json.Unmarshal(body, &ticket)
if connector.Debug {
log.Printf("Jira result: %+v", ticket)
}
if ticket.Fields.Status.Name == "" {
return
}
message.In.Tags = parse.TagAppend(message.In.Tags, connector.Tags)
message.Out.Link = "https://" + connector.Server + "/browse/" + issue
message.Out.Text = strings.ToUpper(issue) + " - " + ticket.Fields.Summary
message.Out.Detail = fmt.Sprintf("Status: %s\nPriority: %s\nAssignee: %s\n",
ticket.Fields.Status.Name, ticket.Fields.Priority.Name, ticket.Fields.Assignee.DisplayName)
publishMsgs <- message
}
}
func (x Response) Command(message models.Message, publishMsgs chan<- models.Message, connector models.Connector) {
if connector.Debug {
log.Print("Incoming command message for " + connector.ID + " (" + connector.Type + ")")
log.Printf("%+v", message)
}
for _, c := range connector.Commands {
if match, tokens := parse.Match(c.Match, message.In.Text); match {
if len(c.Outputs) == 0 {
message.Out.Text = parse.Substitute(c.Output, tokens)
} else {
i := rand.Intn(len(c.Outputs))
message.Out.Text = parse.Substitute(c.Outputs[i], tokens)
}
message.In.Tags = parse.TagAppend(message.In.Tags, connector.Tags+","+c.Tags)
publishMsgs <- message
}
}
}
func commandBuildStatus(message models.Message, publishMsgs chan<- models.Message, connector models.Connector) {
tokens := strings.Split(message.In.Text, " ")
b := bambooapi.BuildResults(connector.Server, connector.Login, connector.Pass)
for _, be := range b.Results.Result {
if strings.Contains(strings.ToLower(be.Plan.Shortname), strings.ToLower(tokens[2])) {
message.In.Tags = parse.TagAppend(message.In.Tags, connector.Tags)
message.Out.Text = "Bamboo Build " + be.Plan.Shortname
message.Out.Detail = be.Plan.Name + " #" + strconv.Itoa(be.Buildnumber)
message.Out.Link = be.Link.Href
if be.Buildstate == "Successful" {
message.Out.Status = "SUCCESS"
} else {
message.Out.Status = "FAIL"
}
publishMsgs <- message
}
}
}
func (x Redis) Command(message models.Message, publishMsgs chan<- models.Message, connector models.Connector) {
for _, c := range connector.Commands {
if match, _ := parse.Match(c.Match, message.In.Text); match {
environment := Environment{
Address: connector.Server,
Password: connector.Pass,
DB: 0,
}
status := FlushDb(environment)
log.Println(status.String())
message.In.Tags = parse.TagAppend(message.In.Tags, connector.Tags+","+c.Tags)
message.Out.Text = fmt.Sprintf("Redis Server: %s\nStatus:%s", connector.Server, status.String())
publishMsgs <- message
return
}
}
}
func commandDeployStatus(message models.Message, publishMsgs chan<- models.Message, connector models.Connector) {
tokens := strings.Split(message.In.Text, " ")
d := bambooapi.DeployResults(connector.Server, connector.Login, connector.Pass)
for _, de := range d {
for _, e := range de.Environmentstatuses {
detail := e.Deploymentresult.Deploymentversion.Name + " to " + e.Environment.Name
if strings.Contains(strings.ToLower(detail), strings.ToLower(tokens[2])) {
message.In.Tags = parse.TagAppend(message.In.Tags, connector.Tags)
message.Out.Text = "Bamboo Deploy " + detail + " " + e.Deploymentresult.Deploymentstate
message.Out.Detail = html.UnescapeString(sanitize.HTML(e.Deploymentresult.Reasonsummary))
message.Out.Link = "https://" + connector.Server + "/builds/deploy/viewDeploymentResult.action?deploymentResultId=" + strconv.Itoa(e.Deploymentresult.ID)
if e.Deploymentresult.Deploymentstate == "SUCCESS" {
message.Out.Status = "SUCCESS"
} else {
message.Out.Status = "FAIL"
}
publishMsgs <- message
}
}
}
}
func (x File) Listen(commandMsgs chan<- models.Message, connector models.Connector) {
defer Recovery(connector)
seek := tail.SeekInfo{Offset: 0, Whence: 2}
t, err := tail.TailFile(connector.File, tail.Config{Follow: true, Location: &seek})
if err != nil {
log.Print(err)
}
for line := range t.Lines {
for _, c := range connector.Commands {
if match, _ := parse.Match(c.Match, line.Text); match {
var m models.Message
m.In.ConnectorType = connector.Type
m.In.ConnectorID = connector.ID
m.In.Tags = parse.TagAppend(connector.Tags, c.Tags)
m.In.Process = false
m.Out.Text = connector.File + ": " + c.Name
m.Out.Detail = line.Text
commandMsgs <- m
}
}
}
}
func webhookHandler(w http.ResponseWriter, r *http.Request) {
reqUrl := r.URL.Path
reqQs, err := url.QueryUnescape(r.URL.RawQuery)
if err != nil {
log.Print(err)
}
if webhook.Connector.Debug {
log.Print("Webhook Incoming URL: " + reqUrl)
}
rawbody, err := ioutil.ReadAll(r.Body)
body := string(rawbody)
if err != nil {
log.Print(err)
}
defer r.Body.Close()
if webhook.Connector.Debug {
log.Print("Webhook Incoming Body: " + body)
}
// for new relic (lame)
if strings.HasPrefix(body, "deployment=%7B") {
body, err = url.QueryUnescape(strings.Replace(body, "deployment=", "", 1))
if err != nil {
log.Print(err)
}
}
if strings.HasPrefix(body, "alert=%7B") {
body, err = url.QueryUnescape(strings.Replace(body, "alert=", "", 1))
if err != nil {
log.Print(err)
}
}
bodyParsed, err := gabs.ParseJSON([]byte(body))
isJson := true
if err != nil {
log.Print(err)
isJson = false
}
for _, c := range webhook.Connector.Commands {
if match, _ := parse.Match(c.Match, reqUrl); match {
if webhook.Connector.Debug {
log.Print("Webhook Match: " + c.Match)
}
tokens := make(map[string]string)
tokens["?"] = reqQs
tokens["*"] = body
if isJson {
if match, subs := parse.SubstitutionVars(c.Output); match {
for _, sub := range subs {
if webhook.Connector.Debug {
log.Print("Webhook Sub: " + sub)
}
value, ok := bodyParsed.Path(parse.Strip(sub)).Data().(string)
if ok {
if webhook.Connector.Debug {
log.Print("Webhook Val: " + value)
}
tokens[parse.Strip(sub)] = value
}
}
}
}
out := parse.Substitute(c.Output, tokens)
if c.Process {
var m models.Message
m.In.ConnectorType = webhook.Connector.Type
m.In.ConnectorID = webhook.Connector.ID
m.In.Tags = parse.TagAppend(webhook.Connector.Tags, c.Tags)
m.In.Text = out
m.In.Process = true
webhook.CommandMsgs <- m
} else {
var color = "NONE"
var match = false
if match, _ = parse.Match(c.Green, out); match {
color = "SUCCESS"
}
if match, _ = parse.Match(c.Yellow, out); match {
color = "WARN"
}
if match, _ = parse.Match(c.Red, out); match {
color = "FAIL"
}
var m models.Message
m.In.ConnectorType = webhook.Connector.Type
m.In.ConnectorID = webhook.Connector.ID
m.In.Tags = parse.TagAppend(webhook.Connector.Tags, c.Tags)
m.In.Text = reqUrl
m.In.Process = false
if c.Name != "" {
m.Out.Text = c.Name
m.Out.Detail = out
} else {
m.Out.Text = out
}
m.Out.Status = color
webhook.CommandMsgs <- m
}
}
}
w.WriteHeader(http.StatusOK)
w.Write([]byte("JaneBot"))
}
func createJiraIssue(message models.Message, publishMsgs chan<- models.Message, connector models.Connector) {
msg := strings.TrimSpace(strings.Replace(message.In.Text, "jira create", "", 1))
fields := strings.Fields(msg)
summary := strings.Join(fields[2:], " ")
client := &http.Client{}
auth := encodeB64(connector.Login + ":" + connector.Pass)
issuetype := issueType{
Name: fields[0],
}
project := project{
Key: fields[1],
}
issueFields := createFields{
Project: project,
Summary: summary,
IssueType: issuetype,
}
issue := createObject{
Fields: issueFields,
}
issueJSON, err := json.Marshal(issue)
if err != nil {
log.Printf("Error marshaling jira json: %s", err)
return
}
req, err := http.NewRequest("POST", "https://"+connector.Server+"/rest/api/2/issue", bytes.NewBuffer(issueJSON))
if err != nil {
log.Printf("Jira Create Error: %s", err)
message.Out.Text = "Failed to create issue"
publishMsgs <- message
return
}
req.Header.Add("Content-Type", "application/json")
req.Header.Add("Authorization", "Basic "+auth)
response, err := client.Do(req)
if err != nil {
log.Printf("Error performing jira create request: %s", err)
}
defer response.Body.Close()
body, err := ioutil.ReadAll(response.Body)
if err != nil {
log.Println(err)
}
var created createdIssue
err = json.Unmarshal(body, &created)
if err != nil {
message.Out.Text = "Error creating ticket"
publishMsgs <- message
return
}
message.In.Tags = parse.TagAppend(message.In.Tags, connector.Tags)
message.Out.Text = created.Key
publishMsgs <- message
}
func checkRM(commandMsgs chan<- models.Message, command models.Command, connector models.Connector) {
// command vars
var state = command.Green
var stateReset = true
var counter = 1
var interval = 1
var sampling = 1
var remind = 0
if command.Interval > 0 {
interval = command.Interval
}
if command.Sampling > 0 {
sampling = command.Sampling
}
if command.Remind > 0 {
remind = command.Remind
}
// loop commands
for {
// reset vars
var color = "NONE"
var match = false
var newstate = ""
var sendAlert = false
// make the call
out := sendCommand(command.Cmd, command.Args, connector)
// interpret results
if match, _ = parse.Match(command.Green, out); match {
newstate = command.Green
color = "SUCCESS"
}
if match, _ = parse.Match(command.Yellow, out); match {
newstate = command.Yellow
color = "WARN"
}
if match, _ = parse.Match(command.Red, out); match {
newstate = command.Red
color = "FAIL"
}
// handle state change
if newstate != state {
if stateReset {
counter = 1
stateReset = false
}
// sampling
if counter == sampling {
sendAlert = true
}
// change to green
if newstate == command.Green {
sendAlert = true
}
}
// handle non-green state
if newstate != command.Green && counter == remind && remind > 1 {
sendAlert = true
}
// send message
if sendAlert {
var tokens = parse.Tokens()
tokens["STDOUT"] = out
var message models.Message
message.In.ConnectorType = connector.Type
message.In.ConnectorID = connector.ID
message.In.Tags = parse.TagAppend(connector.Tags, command.Tags)
message.In.Process = false
message.Out.Text = connector.ID + " " + command.Name
message.Out.Detail = parse.Substitute(command.Output, tokens)
message.Out.Status = color
commandMsgs <- message
state = newstate
counter = 0
stateReset = true
}
// wait
counter += 1
time.Sleep(time.Duration(interval) * time.Minute)
}
}