mivanov

#!/bin/bash

# Prerequisites: curl, jq, termgraph

curl 'https://wabi-us-gov-virginia-api.analysis.usgovcloudapi.net/public/reports/querydata?synchronous=true' \
  --data-raw '{"version":"1.0.0","queries":[{"Query":{"Commands":[{"SemanticQueryDataShapeCommand":{"Query":{"Version":2,"From":[{"Name":"c","Entity":"cases_date","Type":0}],"Select":[{"Column":{"Expression":{"SourceRef":{"Source":"c"}},"Property":"Date"},"Name":"cases_date.Date"},{"Aggregation":{"Expression":{"Column":{"Expression":{"SourceRef":{"Source":"c"}},"Property":"New_cases"}},"Function":0},"Name":"Sum(cases_date.New_cases)"},{"Aggregation":{"Expression":{"Column":{"Expression":{"SourceRef":{"Source":"c"}},"Property":"New_cases_7davg"}},"Function":0},"Name":"Sum(cases_date.New_cases_7davg)"}]},"Binding":{"Primary":{"Groupings":[{"Projections":[0,1,2]}]},"DataReduction":{"DataVolume":4,"Primary":{"Sample":{}}},"Version":1}}}]},"QueryId":""}],"cancelQueries":[],"modelId":344055}' \
  --compressed | jq '.results[0].result.data.dsr.DS[0].PH[0].D

mivanov

#!/usr/bin/python
#
# Pre-push hook which aborts the push if it does not find current user's username in the remote path.
# To set up, copy into a folder of git hooks and mark as executable. To apply globally (starting with Git v2.9)
# use:
#     git config --global core.hooksPath=/path/to/hooks

import sys
import getpass

mivanov

import pickle, os, sys, logging
from httplib import HTTPConnection, socket
from smtplib import SMTP
import pynotify
import time

pynotify.init("Monitoring")

def show_message(message):
    n = pynotify.Notification("Status", message)

mivanov

mivanov

from fexpect import expect, expecting, run, sudo

mivanov

import re

def parse_lonlat(coord):
    """ Pass in string in degrees like "( 24d37'55.25\"W, 73d42'10.75\"S)"
    Returns decimal tuple (lon, lat)
    """
    latlon_regex = r"\(\s*(\d+)d(\d+)'([\d.]+)\"([WE]),\s*(\d+)d(\d+)'([\d.]+)\"([NS])\s*\)"
    m = re.match(latlon_regex, coord)
    parts = m.groups()
    lat = int(parts[0]) + float(parts[1]) / 60 + float(parts[2]) / 3600