func RenderErrorSummary(s *models.Stage) {
titleLine := fmt.Sprintf("Found following errors:")
fmt.Printf("\n")
fmt.Printf(tm.Bold(titleLine))
fmt.Printf("\n")
fmt.Printf("\n")
_ = "breakpoint"
for _, n := range s.Nodes {
if n.HasError() {
fmt.Printf(tm.Color(tm.Bold(n.Fqdn), tm.RED))
fmt.Printf("\n")
for _, e := range n.Errors {
ErrorString := fmt.Sprintf("%v", e.Error())
fmt.Printf(" - ")
fmt.Printf(tm.Color(ErrorString, tm.RED))
fmt.Printf("\n")
}
for k, v := range n.RepositoryError {
reposiroryErrorString := fmt.Sprintf("%v: ", k)
fmt.Printf(" - ")
fmt.Printf(tm.Color(reposiroryErrorString, tm.RED))
fmt.Printf(v.Error())
fmt.Printf("\n")
}
fmt.Printf("\n")
}
}
}
// Display introductory details
func intro() {
fmt.Print("\n\n")
fmt.Println(goterm.Bold(goterm.Color("Tyk.io Gateway API v1.0", goterm.GREEN)))
fmt.Println(goterm.Bold(goterm.Color("=======================", goterm.GREEN)))
fmt.Print("Copyright Jively Ltd. 2014")
fmt.Print("\nhttp://www.tyk.io\n\n")
}
func GetText(message string, defaultText string) string {
fmt.Printf("%s", goterm.Color(goterm.Bold(message), goterm.GREEN))
if defaultText != "" {
fmt.Printf(" %s%s%s",
goterm.Color(goterm.Bold("["), goterm.GREEN),
goterm.Color(defaultText, goterm.YELLOW),
goterm.Color(goterm.Bold("]"), goterm.GREEN))
}
fmt.Printf("%s ", goterm.Color(goterm.Bold(":"), goterm.GREEN))
reader := bufio.NewReader(os.Stdin)
text, _ := reader.ReadString('\n')
if text[len(text)-1] == '\n' {
text = text[:len(text)-1]
}
if text == "" {
text = defaultText
}
return text
}
func format(text string, color int, isBold bool) string {
if isBold {
return goterm.Bold(goterm.Color(text, color))
} else {
return normal(goterm.Color(text, color))
}
}
func errRatioToString(r float64) string {
failRatioS := fmt.Sprintf("%0.2f", r*100)
if r != 0 {
return goterm.Color(failRatioS, goterm.RED)
} else {
return goterm.Color(failRatioS, goterm.GREEN)
}
}
func printHosts(lastApiResponse *healthd.ApiResponseHosts, status *healthdStatus) {
goterm.Clear() // Clear current screen
goterm.MoveCursor(1, 1)
defer goterm.Flush()
goterm.Println("Current Time:", status.FmtNow(), " Status:", status.FmtStatus())
//
if lastApiResponse == nil {
goterm.Println("no data yet")
return
}
columns := []string{
"Host:Port",
"Status",
"Last Checked",
"Last Response Time",
}
for i, s := range columns {
columns[i] = goterm.Bold(goterm.Color(s, goterm.BLACK))
}
table := goterm.NewTable(0, goterm.Width()-1, 5, ' ', 0)
fmt.Fprintf(table, "%s\n", strings.Join(columns, "\t"))
for _, host := range lastApiResponse.Hosts {
printHost(table, host)
}
goterm.Println(table)
}
func (m *Menu) DrawMenuItems(redraw bool) {
if redraw {
// Move cursor up by number of menu items. Assumes each menu item is ONE line.
fmt.Printf("\033[%dA", len(m.MenuItems)-1)
}
for index, menuItem := range m.MenuItems {
var newline = "\n"
if index == len(m.MenuItems)-1 {
newline = ""
}
prefix := " "
if m.Type == ButtonType {
prefix = fmt.Sprintf("%d: ", index+1)
} else if m.Type == CheckboxType {
if menuItem.Selected {
prefix = "\u25c9 "
} else {
prefix = "\u25ef "
}
}
if index == m.CursorPos {
cursor := goterm.Color("> ", goterm.CYAN)
fmt.Printf("\r%s%s %s%s", cursor, prefix, menuItem.Text, newline)
} else {
fmt.Printf("\r%s%s %s%s", " ", prefix, menuItem.Text, newline)
}
}
}
// simple view. No in place updates
func RenderQuietView(progressChannel chan models.SyncProgress, wg *sync.WaitGroup) {
depthChar := "--- "
defer wg.Done()
syncStates := make(map[string]map[string]string)
for sp := range progressChannel {
if _, exists := syncStates[sp.Node.Fqdn]; !exists {
syncStates[sp.Node.Fqdn] = make(map[string]string)
}
switch sp.State {
case "skipped":
for i := 0; i < sp.Node.Depth; i++ {
fmt.Printf(depthChar)
}
line := fmt.Sprintf("%v %v %v", sp.Node.Fqdn, sp.Repository, sp.State)
tm.Printf(tm.Color(tm.Bold(line), tm.MAGENTA))
tm.Flush()
case "error":
for i := 0; i < sp.Node.Depth; i++ {
fmt.Printf(depthChar)
}
line := fmt.Sprintf("%v %v %v", sp.Node.Fqdn, sp.Repository, sp.State)
tm.Printf(tm.Color(tm.Bold(line), tm.RED))
tm.Flush()
case "running":
// only output state changes
if syncStates[sp.Node.Fqdn][sp.Repository] != sp.State {
for i := 0; i < sp.Node.Depth; i++ {
fmt.Printf(depthChar)
}
line := fmt.Sprintf("%v %v %v", sp.Node.Fqdn, sp.Repository, sp.State)
tm.Printf(tm.Color(line, tm.BLUE))
tm.Flush()
}
syncStates[sp.Node.Fqdn][sp.Repository] = sp.State
case "finished":
for i := 0; i < sp.Node.Depth; i++ {
fmt.Printf(depthChar)
}
line := fmt.Sprintf("%v %v %v", sp.Node.Fqdn, sp.Repository, sp.State)
tm.Printf(tm.Color(tm.Bold(line), tm.GREEN))
tm.Flush()
}
}
}
func (m *Menu) Render() {
if m.Heading != "" {
fmt.Println(m.Heading)
}
fmt.Printf("%s\n", goterm.Color(goterm.Bold(m.Question)+":", goterm.GREEN))
m.DrawMenuItems(false)
// Hide cursor.
fmt.Printf("\033[?25l")
}
func printJobs(lastApiResponse *healthd.ApiResponseJobs, status *healthdStatus) {
goterm.Clear() // Clear current screen
goterm.MoveCursor(1, 1)
defer goterm.Flush()
goterm.Println("Current Time:", status.FmtNow(), " Status:", status.FmtStatus())
if lastApiResponse == nil {
goterm.Println("no data yet")
return
}
columns := []string{
"Job",
// "Jobs/Second", //minute? flag?
"Total Count",
"Success",
"ValidationError",
"Panic",
"Error",
"Junk",
"Avg Response Time",
"Stddev",
"Min",
"Max",
"Total",
}
for i, s := range columns {
columns[i] = goterm.Bold(goterm.Color(s, goterm.BLACK))
}
table := goterm.NewTable(0, goterm.Width()-1, 5, ' ', 0)
fmt.Fprintf(table, "%s\n", strings.Join(columns, "\t"))
for _, job := range lastApiResponse.Jobs {
printJob(table, job)
}
goterm.Println(table)
}
func (cmd *Command) printOk(message string, params ...interface{}) {
fmt.Fprintf(cmd.out, goterm.Color(fmt.Sprintf("OK: %s\n", fmt.Sprintf(message, params...)), goterm.GREEN)+"\n")
}
func (cmd *Command) printError(err error) {
fmt.Fprint(cmd.out, goterm.Color(fmt.Sprintf("ERROR: %s", err), goterm.RED)+"\n")
}
if v != nil {
srvrs[i] = *v
//log.Infof("Added %s", v.Properties.IP)
} else {
//log.Info("No server in this iteration")
}
i++
}
switch viper.GetString(SORTFLAG) {
case DISTANCE:
ipv.OrderedBy(ipv.Distance).Sort(servers)
case LATENCY:
ipv.OrderedBy(ipv.Latency).Sort(servers)
case CAPACITY:
ipv.OrderedBy(ipv.Distance, ipv.Capacity).Sort(servers)
}
numresults, _ := strconv.Atoi(cmd.Flags().Lookup("results").Value.String())
for _, server := range servers[:numresults] {
fmt.Printf("Host %v has %v utilization, is %v miles away, with %vms latency\n",
tm.Color(server.Properties.Hostname, tm.CYAN),
tm.Color(strconv.Itoa(server.Properties.Capacity)+"%", capacityColor(server.Properties.Capacity)),
tm.Color(strconv.FormatFloat(server.Distance, 'f', 0, 64), tm.RED),
tm.Color(strconv.FormatInt(int64(time.Duration(server.Latency)/time.Millisecond), 10), tm.GREEN),
)
}
},
}
servers[i].Distance = dist * 0.621371
}
switch viper.GetString(SORTFLAG) {
case DISTANCE:
ipv.OrderedBy(ipv.Distance).Sort(servers)
case LATENCY:
ipv.OrderedBy(ipv.Distance, ipv.Latency).Sort(servers)
case CAPACITY:
ipv.OrderedBy(ipv.Distance, ipv.Capacity).Sort(servers)
}
results, _ := strconv.Atoi(cmd.Flags().Lookup("results").Value.String())
for _, server := range servers[:results] {
fmt.Printf("Host %v has %v utilization and is %v miles away\n",
tm.Color(server.Properties.Hostname, tm.CYAN),
tm.Color(strconv.Itoa(server.Properties.Capacity)+"%", capacityColor(server.Properties.Capacity)),
tm.Color(strconv.FormatFloat(server.Distance, 'f', 0, 64), tm.RED),
)
}
},
}
func capacityColor(capacity int) int {
if capacity >= 75 {
return tm.RED
} else if capacity >= 25 && capacity < 75 {
return tm.YELLOW
} else if capacity < 25 {
return tm.GREEN
}
