langsdlc

var welcome_message = "<div class=\"message-header\">Welcome</div>" +
    "<br />" +
    "<h2>Welcome to the Research IT Resources Guide.</h2>" +
    "<p>What do you need more information on?</p>";

  var data_acquisition_message = "<div class=\"message-header\">Data Acquisition</div>" +
    "<br />" +
    "<h2>Data can be captured or resides in many formats.</h2>" +
    "<p>Does the data you need already exist?</p>";

langsdlc

### Keybase proof

I hereby claim:

  * I am langsdlc on github.
  * I am lclfox (https://keybase.io/lclfox) on keybase.
  * I have a public key ASBYy43nTiArY5yk9opLJ-7DAFmWFQahS1ZjJIM8rNCJNgo

To claim this, I am signing this object:

langsdlc

langsdlc

langsdlc

langsdlc

xquery version "3.1";

declare namespace ead = "urn:isbn:1-931666-22-9";
declare namespace http = "http://expath.org/ns/http-client";

let $texts := fn:doc("https://raw.githubusercontent.com/HeardLibrary/finding-aids/master/rosenzweig.xml")//ead:item/text()
for $text in $texts
let $json := map {
  "content" : fn:normalize-space($text),
  "genre" : "social-media"

langsdlc

LOAD CSV WITH HEADERS FROM "https://gist.githubusercontent.com/CliffordAnderson/148c63407ce61c2ecabd456f3e1d15b4/raw/fb50b0b1e02e076df0387ccffb343b4acd0dc74a/Test_Network-cleaned-rows.csv" AS csvLine
MATCH (from :Place { name: toInt(csvLine.FromPoint)}), 
      (to :Place { name: toInt(csvLine.ToPoint)})
MERGE (from)-[:Path 
         { distance: toFloat(csvLine.DistanceFt), 
           entrance: toInt(csvLine.Entrance), 
           surface: toInt(csvLine.Surface), 
           path_type: toInt(csvLine.Path_Type), 
           stairs: toInt(csvLine.Stairs) }
       ]->(to)

langsdlc

LOAD CSV WITH HEADERS FROM "https://gist.githubusercontent.com/langsdlc/a0f802f26a8f05c4823823f0a981c49b/raw/cc12bed799f054015263974369e359ae3b778814/Test_PointsDEC.csv" AS csvLine
CREATE (waypoint :Place {name: toInt(csvLine.Id), building: csvLine.Building, entrance: toInt(csvLine.Entrance), long: toFloat(csvLine.XDEC), lat: toFloat(csvLine.YDEC) })

langsdlc

start n=node(1779), p=node(1645)
match s=shortestpath((n)-[r]-(p))
return n,r,p


start n=node(1779), p=node(1645)
match s=shortestpath((n)-[r]-(p))

return reduce(totalDistance = 0, n in relationships(s) | totalDistance + n.distance) as feet

langsdlc

LOAD CSV WITH HEADERS FROM "https://gist.githubusercontent.com/CliffordAnderson/148c63407ce61c2ecabd456f3e1d15b4/raw/fb50b0b1e02e076df0387ccffb343b4acd0dc74a/Test_Network-cleaned-rows.csv" AS csvLine
MATCH (from:Waypoint { name: toInt(csvLine.FromPoint)}), (to:Place { name: toInt(csvLine.ToPoint)})
MERGE (from)-[:Path { distance: toFloat(csvLine.DistanceFt), entrance: toINT(csvLine.Entrance), surface: toINT(csvLine.Surface), path_type: toINT(csvLine.Path_Type), stairs: toINT(csvLine.Stairs), description: STR(csvLine.Description)}]->(to)