dyoder

QCL Quantum Computation Language (64 qubits, seed 1345080866)
[0/64] 1 |0>
qcl> qureg a[1]; qureg b[1];
qcl> Rot(-pi/3,a);
[2/64] 0.86603 |0,0> + 0.5 |1,0>
qcl> H(b);
[2/64] 0.61237 |0,0> + 0.35355 |1,0> + 0.61237 |0,1> + 0.35355 |1,1>

dyoder

root@si-demo1:~# mongo events-database
MongoDB shell version: 2.0.0
connecting to: events-database
> db.events.remove()

dyoder

account:
  versions:
    "1.0":
      paths: [ "/accounts/:id" ]
      actions:
        get: (id) ->
          # code for getting an account

dyoder

$available = File.open("available-domains.txt","r") do |file|
  file.read.split
end

$unavailable = File.open("unavailable-domains.txt","r") do |file|
  file.read.split
end

def available?(domain)
  $available.include?(domain) or 

dyoder

Don't see your question below? [Email us!][email]

Do you guarantee that messages are delivered the order in which they were published?

No, we cannot guarantee that. There is varying latency from one client device to the next, so even if one device published before the another, we might received the second one first. It's also possible for our servers to process requests out of order if one request hits a server with less load than a subsequent request.

That said, we do guarantee the ordering once we have processed a message, and our timestamps are done on a microsecond basis, so even if you are processing thousands of requests per second, we can preserve that ordering. Furthermore, the latency variations within our own server are on the order of a millisecond or two, so messages received at a lower frequency will generally be processed in order. However, network latency can vary much more widely across devices and geography, often by tens of milliseconds.

In short, we make every possible effort to pre

dyoder

Let's get you started building things! We're going to use JavaScript and jQuery in what follows. Once you're up and running with JavaScript, you can follow a similar process to get up and running with our [other client libraries][libraries].

Important: The example below is just to get you up and running. You should never include your account secret in a Web application. See [our tutorial][chat-tutorial] to see a more realistic example.

Create A Sample Project

Create The Project Structure

Create a project directory. Within that create a javascript directory.

dyoder

People often ask us about the technologies we use to power the spire.io platform. Our architecture is a big part of what makes us unique and ensures that your applications will be reliable, performant, and secure.

There are basically five major components involved:

• Load-balancer and proxy

• A dispatcher

• A message transport

dyoder

[dan@yoda dolphin (open-source)]$ ./bin/dolphin configure aws --help
Usage: ./bin/dolphin (options)
    -g, --group GROUP                The AWS security group to use for new instances
    -i, --image IMAGE                The AWS image for provisioning pods
    -k, --key KEY                    Your AWS account key
    -p, --keypair KEYPAIR            The AWS keypair name to use with SSH
    -r, --region REGION              The region (datacenter) for region-specific options
    -s, --secret SECRET              Your AWS account secret
    -h, --help                       Show this message

dyoder

http = require('http')
Redis = require("redis")
c = Redis.createClient(@port, @host)
marshal = (req) ->
  JSON.stringify
    method: req.method
    url: req.url
    headers: req.headers
    body: req.body
  

dyoder

package main

import (
	"fmt"
	"http"
)

func handler(w http.ResponseWriter, r *http.Request) {
	fmt.Fprintf(w, "Hi there, I love %s!", r.URL.Path[1:])
}