uptimerobot

README

uptimerobot

uptimerobot is a Go library and command-line client for the UptimeRobot website monitoring service. It allows you to search for existing monitors, delete monitors, create new monitors, and also inspect your account details and alert contacts.

Installing the command-line client

To install the client binary, run:

go get -u github.com/bitfield/uptimerobot

Running the command-line client in Docker

To use the client in a Docker container, run:

docker container run bitfield/uptimerobot

Using the command-line client

To see help on using the client, run:

uptimerobot -h

Setting your API key

To use the client with your UptimeRobot account, you will need the Main API Key for the account. Go to the UptimeRobot Settings page and click 'Show/hide it' under the 'Main API Key' section.

There are three ways to pass your API key to the client: in a config file, in an environment variable, or on the command line.

In a config file

The uptimerobot client will read a config file named .uptimerobot.yaml (or .uptimerobot.json, or any other extension that Viper supports) in your home directory, or in the current directory.

For example, you can put your API key in the file $HOME/.uptimerobot.yaml, and uptimerobot will find and read it automatically (replace XXX with your own API key):

apiKey: XXX

In an environment variable

uptimerobot will look for the API key in an environment variable named UPTIMEROBOT_APIKEY:

export UPTIMEROBOT_APIKEY=XXX
uptimerobot ...

On the command line

You can also pass your API key to the uptimerobot client using the --apiKey flag like this:

uptimerobot --apiKey XXX ...

Testing your configuration

To test that your API key is correct and uptimerobot is reading it properly, run:

uptimerobot account

You should see your account details listed:

Email: j.random@example.com
Monitor limit: 300
Monitor interval: 1
Up monitors: 208
Down monitors: 2
Paused monitors: 0

If you get an error message, double-check you have the correct API key:

2018/07/12 16:04:26 API error: {
 "message": "api_key not found.",
 "parameter_name": "api_key",
 "passed_value": "XXX",
 "type": "invalid_parameter"
}

Listing contacts

The uptimerobot contacts command will list your configured alert contacts by ID number:

uptimerobot contacts
ID: 0102759
Name: Jay Random
Type: 2
Status: 2
Value: j.random@example.com

ID: 2053888
Name: Slack
Type: 11
Status: 2
Value: https://hooks.slack.com/services/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

This will be useful when you create a new monitor, because you can add the contact IDs which should be alerted when the check fails (see 'Creating a new monitor' below).

Listing or searching for monitors

Use uptimerobot search to list all monitors whose 'friendly name' or check URL match a certain string:

uptimerobot search www.example.com
ID: 780689017
Name: Example.com website
URL: https://www.example.com/
Type: HTTP
Subtype:
Keyword type: 0
Keyword value:

(Use uptimerobot monitors to list all existing monitors.)

If there are no monitors found matching your search, the exit status of the command will be 1. Otherwise it will be 0. (If you're checking whether a monitor already exists before creating it, try the ensure command instead.)

Deleting monitors

Note the ID number of the monitor you want to delete, and run uptimerobot delete:

uptimerobot delete 780689017
Monitor ID 780689017 deleted

Creating a new monitor

Run uptimerobot new URL NAME to create a new monitor:

uptimerobot new https://www.example.com/ "Example.com website"
New monitor created with ID 780689018

To create a new monitor with alert contacts configured, use the -c flag followed by a comma-separated list of contact IDs, with no spaces:

uptimerobot new -c 0102759,2053888 https://www.example.com/ "Example.com website"
New monitor created with ID 780689019

Ensuring a monitor exists

Sometimes you want to create a new monitor only if a monitor doesn't already exist for the same URL. This is especially useful in automation.

To do this, run uptimerobot ensure URL NAME:

uptimerobot ensure https://www.example.com/ "Example.com website"
Monitor ID 780689018

If a monitor already existed for the same URL, its ID will be returned. Otherwise, a new monitor will be created, and its ID returned.

You can use the -c flag to add alert contacts, just as for the uptimerobot new command.

Checking the version number

To see what version of the command-line client you're using, run uptimerobot version.

Viewing debug output

When things aren't going quite as they should, you can add the --debug flag to your command line to see a dump of the HTTP request and response from the server. This is helpful if you want to report problems with the client, for example.

Using the Go library

If the command-line client doesn't do quite what you need, or if you want to use UptimeRobot API access in your own programs, import the library using:

import "github.com/bitfield/uptimerobot/pkg"

Create a new Client object by calling uptimerobot.New() with an API key:

client = uptimerobot.New(apiKey)

Once you have a client, you can use it to call various UptimeRobot API features:

monitors, err := client.GetMonitors()
if err != nil {
        log.Fatal(err)
}
for _, m := range monitors {
        fmt.Println(m)
        fmt.Println()
}

Most API operations use the Monitor struct, which looks like this:

type Monitor struct {
        ID           int64  `json:"id"`
        FriendlyName string `json:"friendly_name"`
        URL          string `json:"url"`
        ...
}

For example, to delete a monitor, first create a new Monitor variable and set its ID field to the ID of the monitor you want to delete. Then pass it to DeleteMonitor():

m := uptimerobot.Monitor{
        ID: 780689017,
}
new, err := client.DeleteMonitor(m)
if err != nil {
        log.Fatal(err)
}
fmt.Println(new.ID)

To call an UptimeRobot API verb not implemented by the uptimerobot library, you can use the MakeAPICall() method directly:

r := uptimerobot.Response{}
p := uptimerobot.Params{
        "id": 780689017,
}
if err := client.MakeAPICall("deleteMonitor", &r, p); err != nil {
    log.Fatal(err)
}
fmt.Println(r.Monitor.ID)

The API response is returned in the Response struct. If the call fails, MakeAPICall() will return the error message. Otherwise, the requested data will be available in the appropriate field of the Response struct:

type Response struct {
        Stat          string         `json:"stat"`
        Account       Account        `json:"account"`
        Monitors      []Monitor      `json:"monitors"`
        Monitor       Monitor        `json:"monitor"`
        AlertContacts []AlertContact `json:"alert_contacts"`
        Error         Error          `json:"error"`
}

For example, when deleting a monitor, as in the above example, the ID of the deleted monitor will be returned as r.Monitor.ID.

If things aren't working as you expect, you can assign an io.Writer to client.Debug to receive debug output. If client.Debug is non-nil, MakeAPICall() will dump the HTTP request and response to it:

client.Debug = os.Stdout
r := uptimerobot.Response{}
p := uptimerobot.Params{
    "frogurt": "cursed",
}
if err := client.MakeAPICall("monkeyPaw", &r, p); err != nil {
    log.Fatal(err)
}

outputs:

POST /v2/monkeyPaw HTTP/1.1
Host: api.uptimerobot.com
User-Agent: Go-http-client/1.1
Content-Length: 52
Content-Type: application/x-www-form-urlencoded
Accept-Encoding: gzip

api_key=XXX&format=json&frogurt=cursed
...

Bugs and feature requests

If you find a bug in the uptimerobot client or library, please open an issue. Similarly, if you'd like a feature added or improved, let me know via an issue.

Not all the functionality of the UptimeRobot API is implemented yet.

Pull requests welcome!