MineX 0.1

-- MINEX

--[[
SYSTEM:
sys.version() - var=sys.version(). Returns the version of MineX.

AUDIO:
audio.note(note) - audio.note(A#) OR audio.note(A) OR audio.note(Cb). doesn't matter about the letter being capitalized, but the flat and sharp must be correct (flat must be a lower-case b). Note listing below.
audio.side(side) - audio.side(back). For if the bundled cable is on the back of the computer.

UTIL:
util.sprint(text to slow print) - This just slow prints the text.
util.openAll() - Opens all ports.
util.ejectAll() - Ejects all disks from surrounding disk drives.
util.bytecode("infile","outfile") - util.bytecode("path/to/input_file","path/to/output_file"). Turns a file into bytecode.

DRAW:
draw.clear() - Clears the screen and sets the cursor to 1,1.
draw.square(char,topleftx,toplefty,bottomrightx,bottomrighty) - draw.square("x",1,1,6,6). draws a square with the 1 and 1 being the x and y of the top left corner, and the 6 and 6 being the x and y of the bottom right corner.
draw.dchar(char,x,y) - draw.dChar("X",1,4). Draws an X at 1,4.
draw.line(char,dir,xTo,yTo,len) - draw.line("O","right",4,6,5). Draws a 5 long line, at 4,6, going to the right, with O as the character.

SOUND-CARD SETUP
Order of Notes: (For sound-card setup)
  List Number. color - note - clicks on noteblock to attain this.
    1. white - A - 3
    2. orange - A#/Bb - 4
    3. magenta - B - 5
    4. lightBlue - C - 6
    5. yellow - C#/Db - 7
    6. lime - D - 8
    7. pink - D#/Eb - 9
    8. gray - E - 10
    9. lightGray - F - 11
    10. cyan - F#/Gb - 12
    11. purple - G - 13
    12. blue - G#/Ab - 14
]]--


draw={} -- Establish the function tables
util={}
obj={}
sys={}
audio={}

function sys.version()
    return "0.1"
end


function draw.line(char,dir,xTo,yTo,len)
 xTo=tonumber(xTo)
 yTo=tonumber(yTo)
  if char == nil then print("Char is nil") end
  if dir == nil then print("Direction is nil") end
  if xTo == nil then print("X is nil") end
  if yTo == nil then print("Y is nil") end
  if len == nil then print("Length is nil") end
 len=len-1
    for i=0,len do
        term.setCursorPos(xTo,yTo)
        write(tostring(char))
            if dir == "down" then yTo=yTo-1 end
            if dir == "up" then yTo=yTo+1 end
            if dir == "right" then xTo=xTo+1 end
            if dir == "left" then xTo=xTo-1 end
    end
end

function draw.dChar(char,x,y)
  if char == nil then print("Char is nil") end
  if x == nil then print("X is nil") end
  if y == nil then print("Y is nil") end
    term.setCursorPos(tonumber(x),tonumber(y))
        write(tostring(char))
end

function draw.square(char,topx,topy,botx,boty) -- square("X",1,1,6,6)
    len=botx-topx
        draw.line(char,"right",topx,topy,len)
        draw.line(char,"left",botx,boty,len)
        draw.dChar(char,topx+len,topy)
        draw.dChar(char,botx-len,boty)
    hlen=boty-topy
        draw.line(char,"up",topx,topy,len)
        draw.line(char,"up",botx,boty-hlen,len)
end

function draw.clean()
    term.clear()
    term.setCursorPos(1,1)
end

function util.sprint(text)
  textutils.slowPrint(tostring(text))
end

function util.bytecode(path, outname)
    -- Passing a non-string into a string excepting function is... not an expected case.
    local f=fs.open(path,"r") -- Open the file to read from
    local out=fs.open(outname,"wb") -- Open the file to write too
    local contents=f.readAll() -- Read the file
    local func=loadstring(contents) -- Loadstring the file
    local outfile=string.dump(func) -- Turn it into bin
    for i=1,#outfile do -- Files opened with wb are written byte by byte
        out.write(outfile:byte(i)) -- And write it
    end
end

function util.openAll()
  rednet.open("right")
  rednet.open("left")
  rednet.open("top")
  rednet.open("back")
end

function util.ejectAll()
  disk.eject("right")
  disk.eject("left")
  disk.eject("bottom")
  disk.eject("back")
  disk.eject("top")
end

function audio.side(side)
    aSide=tostring(side)
end

function audio.wipe()
rs.setBundledOutput(aSide,0)
end

function audio.note(note)
if tostring(note)=="a" or tostring(note)=="A" then redstone.setBundledOutput(aSide, colors.white) sleep(0.5) audio.wipe() end
if tostring(note)=="a#" or tostring(note)=="A#" or tostring(note)=="bb" or tostring(note)=="Bb" then redstone.setBundledOutput(aSide, colors.orange) sleep(0.5) audio.wipe() end
if tostring(note)=="b" or tostring(note)=="B" then redstone.setBundledOutput(aSide, colors.magenta) sleep(0.5) audio.wipe() end
if tostring(note)=="c" or tostring(note)=="C" then redstone.setBundledOutput(aSide, colors.lightBlue) sleep(0.5) audio.wipe() end
if tostring(note)=="c#" or tostring(note)=="C#" or tostring(note)=="db" or tostring(note)=="Db" then redstone.setBundledOutput(aSide, colors.yellow) sleep(0.5) audio.wipe() end
if tostring(note)=="d" or tostring(note)=="D" then redstone.setBundledOutput(aSide, colors.lime) sleep(0.5) audio.wipe() end
if tostring(note)=="d#" or tostring(note)=="D#" or tostring(note)=="eb" or tostring(note)=="Eb" then redstone.setBundledOutput(aSide, colors.pink) sleep(0.5) audio.wipe() end
if tostring(note)=="e" or tostring(note)=="E" then redstone.setBundledOutput(aSide, colors.gray) sleep(0.5) audio.wipe() end
if tostring(note)=="f" or tostring(note)=="F" then redstone.setBundledOutput(aSide, colors.lightGray) sleep(0.5) audio.wipe() end
if tostring(note)=="f#" or tostring(note)=="F#" or tostring(note)=="gb" or tostring(note)=="Gb" then redstone.setBundledOutput(aSide, colors.cyan) sleep(0.5) audio.wipe() end
if tostring(note)=="g" or tostring(note)=="G" then redstone.setBundledOutput(aSide, colors.purple) sleep(0.5) audio.wipe() end
if tostring(note)=="g#" or tostring(note)=="G#" or tostring(note)=="ab" or tostring(note)=="Ab" then redstone.setBundledOutput(aSide, colors.blue) sleep(0.5) audio.wipe() end
end

-- Order of notes and sound-card setup at top of page.