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# Defined interactively
function fish_prompt --description 'Informative prompt'
    #Save the return status of the previous command
    set -l last_pipestatus $pipestatus
    set -lx __fish_last_status $status # Export for __fish_print_pipestatus.

    if functions -q fish_is_root_user; and fish_is_root_user
        printf '%s@%s %s%s%s# ' $USER (prompt_hostname) (set -q fish_color_cwd_root
                                                         and set_color $fish_color_cwd_root
                                                         or set_color $fish_color_cwd) \

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"Keep context visible at all times.
set scrolloff=5
set sidescrolloff=5

"All-lower case searches will be case-insensitive, if there's one upper case
"letter, it will be case-sensitive.
set ignorecase
set smartcase

"Set Vim to globally substitute by default.

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noremap <leader>[ :bp<CR>
noremap <leader>] :bn<CR>

"Indentation settings.
set autoindent
set shiftwidth=4
set expandtab
set tabstop=4
set softtabstop=4

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from datetime import datetime

from BaseHTTPServer import HTTPServer
from BaseHTTPServer import BaseHTTPRequestHandler

import urllib

from uuid import uuid4

import json

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var http = require("http");
var url = require("url");

var listen_port = 49153;
var listen_ip = "127.0.0.1";

var headers = {
    "Content-Type": "application/json"
}

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• Split vertically: Ctrl-a %
• Split horizontally: Ctrl-a \
• Switch between splits: Ctrl-a o | Ctrl-a [left | right | up | down]
• Swap splits: Ctrl-a Ctrl-o
• Start a new session: byobu -S session-name
• Resize: Ctrl-a [Ctrl | Alt]-[left | right | up | down]

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SOURCE_FILES=main.less

SOURCE_PATH=src/less/
TARGET_PATH=css/

SOURCES=$(addprefix ${SOURCE_PATH}, ${SOURCE_FILES})
SOURCES_AND_LIBS=$(shell find ${SOURCE_PATH} -name '*.less')

TARGETS=$(addprefix ${TARGET_PATH}, $(addsuffix .css, $(basename ${SOURCE_FILES})))

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/* The amount to change the angle by with each step, determined by 
   resolution.*/
const float ANGLE_DELTA = (float)REVOLUTION / (float)_resolution;
/* Convert the delta to radians, since that's what C++ works in. */
const float R_ANGLE_DELTA = ANGLE_DELTA * (float)M_PI / 180.0f;

/* Allocate vertices for each step along the x-axis. */
_vertexCount = (int) ceilf(abs(X_ANGLE_STOP - X_ANGLE_START) / ANGLE_DELTA);
/* Allocate vertices for each step along the y-axis. */
_vertexCount *= (int) ceilf(abs(Y_ANGLE_STOP - Y_ANGLE_START) / ANGLE_DELTA);