mycroft-skill-diagnostics

Intent	Example Keyphrase	Function	Output
Cpu	Mycroft, what is the current cpu percent?	Get the current cpu percentage.	The cpu is currently running at 10%. I'm working hard on <list of processes>
Diagnostics	Mycroft, run diagnostics.	Run external script	One moment while I run the diagnostics script. <Whatever is printed to stdout of the diagnostics script.>
Drive space	Mycroft, how's my hard drive space?	List drive partitions & their space	/ has 52.3 Gig free it's used 71.7% /home/erm/disk2 has 758.9 Gig free it's used 58.6%
Public Ip	Mycroft, what is my public IP?	Gets all the ip addresses from all nics	This computer has the following lan IP addresses 192.168.1.116 and your public IP is [censored]
Uptime	Mycroft, what's your uptime?	Run uptime -r and get the output	I have been up 2 days, 18 hours, 2 minutes

Install

cd /opt/mycroft/skills
git clone https://github.com/the7erm/mycroft-skill-diagnostics.git skill-diagnostics
cd skill-diagnostics
workon mycroft
# if that doesn't work try `source <path to virtualenv/bin/activate>`
pip install -r requirements.txt
# restart the skills service

Diagnostics

The diagnostics script needs to be defined in the mycroft.conf file, under the DiagnosticsSkill section. You can find more information about configuration files in the official Mycroft Documentation. The script can be the output to any program you'd like. Whatever the stdout is, will be what mycroft says. Remember to restart the mycroft skills service once you add this.

Example DiagnosticsSkill section on a mycroft.conf file.

...
"DiagnosticsSkill": {
    "script": "~/dummy-script.sh"
}
...

Example Diagnostics Script

#!/usr/bin/env python3

import sys
import subprocess as sp
from urllib import parse
try:
    from setproctitle import setproctitle
    setproctitle("mc-diagnostics.py")
except:
    pass

urls = [
    "https://the-erm.com",
    "https://music.the-erm.com",
    "https://blog.the-erm.com"
]

servers = [
    'music.the-erm.com',
    'do.the-erm.com',
    'se.the-erm.com',
    'blog.the-erm.com',
    'www.the-erm.com',
    "mx1.the-erm.com"
]


def _print(*args):
    print(*args)
    sys.stdout.flush()


def run(cmd):
    child = sp.Popen(cmd, stdout=sp.PIPE, stderr=sp.PIPE)
    out = ""
    err = ""
    ran_once = False
    while not ran_once or child.returncode is None:
        _out, _err = child.communicate()
        out += _out.decode("utf8")
        err += _err.decode("utf8")
        ran_once = True
    status = child.returncode
    return status, out, err


def wget(url):
    url_data = parse.urlparse(url)
    cmd = ["wget", "-qO-", "--tries=1", "--timeout=5", url]
    status, output, err = run(cmd)
    if status != 0:
        _print("web server " + str(url_data.netloc) + " is DOWN !")
    return status, url_data.netloc


def ping(host):
    # "ping -c1 -w2 " + str(host)
    cmd = ['ping', '-c1', '-w2', host]
    status, output, err = run(cmd)
    if status != 0:
        _print("Server " + str(host) + " is DOWN !")
    if err:
        _print("error:", err)

    return status


no_ping_servers = []

for host in servers:
    if ping(host):
        no_ping_servers.append(host)

if no_ping_servers:
    _print("There is a problem with the following servers %s" %
           ", ".join(no_ping_servers))

no_wget_urls = []
for url in urls:
    status, host = wget(url)
    if status:
        no_wget_urls.append(host)

if no_wget_urls:
    _print("There is a problem with the following web servers %s" %
           ", ".join(no_wget_urls))

if not no_wget_urls and not no_ping_servers:
    _print("All servers are up and responding to pings.")