David Ko nycdavid

This turned out a bit longer than I expected, so here's the conclusion

Echo Server/Client

Although there was a bit of ramp up time, I found this portion of the project to be a great primer on creating, connecting to and transmitting with sockets.

As far as resources go, I may very well be in the minority in that I didn't find things like Beej's Guide to Network Programming or the Linux Programming Interface to be particularly helpful as a first resource for this exercise. As thorough as they are, they were almost too indepth and I wound up inadvertently complicating things by attempting to apply the patterns in it.

The best resources for me were:

This YouTube video about basic sockets

Given:
- A list of numbers
- Two different sorting algorithms
- Use cost i.e. different cost value for a move vs. comparison
- Determine which algorithm is the most efficient
Heap sort
Determining average number of reads in a BST
- Multiply the number of nodes by the level number
- Divide by the number of nodes
Deleting nodes from a BST:

Getting a CLI Shell to talk to the Faktory job server: cat <(echo "HELLO {\"wid\":\"4qpc2443vpvai\", \"labels\": [\"golang\"]}") - | nc localhost 7419

Enqueuing a test job from command line:

First, open a persistent connection via Netcat to the Faktory job server:

  $> cat <(echo "HELLO {\"wid\":\"4qpc2443vpvai\", \"labels\": [\"golang\"]}") - | nc localhost 7419
  #=> +HI {"v":"1"}
  #=> +OK

Then, PUSH a job to the end of the queue, with at least the minimum parameters of jid, jobtype, args:

	<div class="report-table mobile-clear">
	<div class="report-row unit-row">
	<div class="report-cell one-fifty">
	<div class="report-row-label">
	<label> </label>
	</div>
	</div>
	<div class="report-cell one-twenty">
	<div class="report-row-label">
	<label>Lvls:</label>

	package main

	import (
	"fmt"
	"bytes"
	"strconv"
	)

	type operand interface {
	}

	package main

	import (
	"bytes"
	"compress/gzip"
	"database/sql/driver"
	"errors"
	"fmt"
	"github.com/jmoiron/sqlx"
	_ "github.com/mattn/go-sqlite3"

	require "fileutils"

	class AvidMover
	Bin = Struct.new(:type, :genre, :filename)

	def initialize(project_path)
	@project_path = project_path
	end

	def move_bins

	require "csv"
	require "fileutils"

	TYPES = ["Instrumental", "Vocal"]

	GENRES = [
	"Ambient", "Americana", "Blues", "Childrens", "Classical",
	"Country", "Disco", "Easy Listening", "Electronica", "Folk",
	"Funk", "Gospel", "Hip Hop", "Holiday", "Jazz", "Latin",
	"Lounge", "None", "Orchestral", "Pop", "R&B", "Reggae",

	template.Parse("<h1>Foo</h1>")

	template.Parse(`<h1>Foo</h1>`)