mverzilli

public partial class CountryShardedDatabase
    {
        public static CountryShardedDatabase FromCountry(string country)
        {
            var db = new CountryShardedDatabase(string.Format("name={0}", ConfigurationManager.ConnectionStrings[country].Name));
            db.Country = country;

            db.ObjectMaterialized += new System.Data.Objects.ObjectMaterializedEventHandler(db_ObjectMaterialized);

            return db;

mverzilli

JavaScript:

  var data = []
  for (var i = 0; i < 84; i++) {
    data.push(i * 10 / 84);
  }

CoffeeScript:

data = (i * 10 / 84 for i in [0..83])

mverzilli

width = 760
height = 260

xmin = -1.2
xmax = 5

x_scale = d3.scale.linear()
x_scale.domain([xmin, xmax])
		.range [0, width]

mverzilli

public User GetUserByEmail(string email)
{
  var key = email;
  var user = Cache.Cache.Get<User>(key);

  if (user == null)
  {
    try
    {
      user = builder.BuildFromNewDbs(email);

mverzilli

public User GetUserByEmail(string email)
{
  /*
  *  I use the email param as a key to get a user from cache, 
  *  so I store the email in a variable called "key".
  *  If the user is in cache, we're done! If the user isn't in cache, 
  *  I try to get it from the new database.
  *  If the user isn't in the new database, everything may blow up, 
  *  so I have to be careful just in case it does.
  *  There's no way for me to know whether the user 

mverzilli

public User GetUserByEmail(string email)
{
  /*
  *  I use the email param as a key to get a user from cache, 
  *  so I store the email in a variable called "key".
  *  If the user is in cache, we're done! If the user isn't in cache, 
  *  I try to get it from the new database.
  *  If the user isn't in the new database, everything may blow up, 
  *  so I have to be careful just in case it does.
  *  There's no way for me to know whether the user 

mverzilli

public User GetUserByEmail(string email)
{
  /*
  *  You give me an email and I'll give you a user.
  *  By the way, I'll make use of a cache layer so that 
  *  your request doesn't result in performance issues.
  *  It's not a wonderful world (sorry, Louis Armstrong), 
  *  so in case something goes wrong I'll just write it down
  *  for someone to take a look at it later. 
  */

mverzilli

@columns = []
    ConditionCodeProperty.select('property, format, field_name').select('GROUP_CONCAT(condition_code) as conditions').group('property, format, field_name').where(condition_code: current_user.condition_codes).each do |condition_code_property|
      unless Result.is_common(condition_code_property.property)
        common = Result.is_extended_common(condition_code_property.property)
        column = {
          property_name: condition_code_property.property,
          value_accessor: condition_code_property.property,
          human_name: Result.human_name_for(condition_code_property.property),
          field_name: condition_code_property.field_name,
          extended: !common,

mverzilli

-module(test).
-export([get_layers/2]).

auth_header(User, Pass) ->
  Encoded = base64:encode_to_string(lists:append([User, ":", Pass])),
  {"Authorization", "Basic " ++ Encoded}.

get_layers(User, Pass) ->
  Headers = [auth_header(User, Pass)],
  httpc:request(get, {"http://facilities.moh.gov.rw/collections/26/layers.json", Headers}, [], []).

mverzilli

public class AllReportsByTimestampDesc extends UnicefGisView {
  ...
  ...
  ...

	public List<Map<String, Object>> query() {
		view.updateIndex();
		
		CBLQueryOptions options = new CBLQueryOptions();
		options.setDescending(true);