davish

module.exports = async (params) => {
    const {app} = params;
    let file = app.workspace.getMostRecentLeaf()?.view?.file;
    if (!file) {
        return;
    }
    let frontmatter = app.metadataCache.getFileCache(file)?.frontmatter;
    let repo = frontmatter["gh-repo"]
    if (!repo) {
        return;

davish

using sources: [{'url': 'https://pypi.org/simple', 'verify_ssl': True, 'name': 'pypi'}]
Using pip: -i https://pypi.org/simple

                          ROUND 1                           
Current constraints:
  coveralls (from -r /var/folders/ls/1044ldlx53586vsljpbl5pj40000gn/T/pipenv-_fwe0gio-requirements/pipenv-f5r0h2tf-constraints.txt (line 2))
  unittest-xml-reporting (from -r /var/folders/ls/1044ldlx53586vsljpbl5pj40000gn/T/pipenv-_fwe0gio-requirements/pipenv-f5r0h2tf-constraints.txt (line 3))

Finding the best candidates:
  found candidate coveralls==1.7.0 (constraint was <any>)

davish

using sources: [{'url': 'https://pypi.org/simple', 'verify_ssl': True, 'name': 'pypi'}]
Using pip: -i https://pypi.org/simple

                          ROUND 1                           
Current constraints:
  coveralls (from -r /var/folders/ls/1044ldlx53586vsljpbl5pj40000gn/T/pipenv-_fwe0gio-requirements/pipenv-f5r0h2tf-constraints.txt (line 2))
  unittest-xml-reporting (from -r /var/folders/ls/1044ldlx53586vsljpbl5pj40000gn/T/pipenv-_fwe0gio-requirements/pipenv-f5r0h2tf-constraints.txt (line 3))

Finding the best candidates:
  found candidate coveralls==1.7.0 (constraint was <any>)

davish

# Copyright (c) Davis Haupt
# Licenced under the MIT License

from bs4 import BeautifulSoup
import urllib

def getContent(url, content_div):
  soup = BeautifulSoup(urllib.urlopen(url))
  return (soup.find("div", content_div), soup.title.string)

davish

/*
  seismograph
  records intensity and direction of earthquake
  
  seismograph created 22 Sep 2012
  by Davis Haupt
  License: https://raw.github.com/dbh937/files/master/license
 */
const int threshold = 1;    // minimum reading of the sensors that generates a note
const int interval  = 250;   // Time between checking the sensors, 1/4 a second 

davish

verts = 0
def getInput():
    """ Gets the number of vertices from the user """
    global verts
    print "How many vertices?"
    verts = input()
    listInputs(verts)

def listInputs(vertices):
    """ Finds out the x and y coords of the vertices together """