View difference between Paste ID: qAERLjns and 845h2mLN

 os.pullEvent = os.pullEventRaw -- This prevents people from closing the program with ctrl + t
---   Password door  --
+local side = "left" -- What side is the door on?
--- By adencraft2000 --
+local password = "password" -- What is the main password?
 local debug = "debug password" -- The debug password will quit the password program allowing you to edit the system
-os.pullEvent = os.pullEventRaw
+local stayOpen = "stay open password" -- This password will keep the door open
-local side = "left" -- What side is the door on, left?right?back?
+local opentime = 5 -- How long (With the standard password) should the door stay open?
-local password = "password" -- What is the password
+
-local debug = "debug password" -- What password exits the password mode so you can use the computer?
+
-local stayOpen = "stay open" -- What makes the door stay open?
+while true do -- Keep the program running
-local opentime = 5 -- How long will the door stay open for (in seconds)
+ term.clear() -- Clear the screen of any text
-while true do
+ term.setCursorPos(1,1) -- Set the "cursor" to the top left hand side of the screen
- term.clear()
+ write("Please Input Your Password: ") -- Request password, I used write because it does not start a new line
- term.setCursorPos(1,1)
+ local input = read("*") -- This defines the local variable "input" and it is equivenent to read("*"), this means that it will store what the user entered in in an attempt to open the door, the read() has a "*" in it so it will print * instead of what the user is entering
- write("Please Input Your Password: ")
+ if input == password then -- If what the user entered in was the same as the password defined above
- local input = read("*")
+  term.clear() -- Clear the screen
- if input == password then
+  term.setCursorPos(1,1) -- set cursor to top left corner
-  term.clear()
+  print("Password correct!") -- Tell the user they entered the correct password
-  term.setCursorPos(1,1)
+  rs.setOutput(side,true) -- sets the redstone output on side (Defined on line 2) to true
-  print("Password correct!")
+  sleep(opentime) -- waits for opentime (Defined on line 6)
-  rs.setOutput(side,true)
+  rs.setOutput(side,false) -- sets the redstone output on side (Defined on line 2) to false
-  sleep(opentime)
+elseif input == debug then -- elseif means if it does not match the if statement above then if it matches this elseif statement run it... Here it checks if the user entered the "debug" password.
-  rs.setOutput(side,false)
+ error() -- I have found exit() to print stuff to the console so I used error() to close the program
-elseif input == debug then
+elseif input == stayOpen then -- another elseif statement, this time seeing if they entered the "stayOpen" password
- print("Type password to reactivate door")
+ rs.setOutput(side,true) -- sets the redstone output on side (Defined on line 2) to true
- exit()
+ term.clear() -- Clear the screen
-elseif input == stayOpen then
+ term.setCursorPos(1,1) -- Set the cursor to top right corner
- rs.setOutput(side,true)
+ print("The door will stay open until you press a key") -- Tell them they need to press a key to close the door
- term.clear()
+ local event, keyCode = os.pullEvent("key") -- this waits for a key press event
- term.setCursorPos(1,1)
+ rs.setOutput(side,false) -- sets the redstone output on side (Defined on line 2) to false
- print("The door will stay open until you press space")
+else -- If it is not any of those passwords...
- local event, keyCode = os.pullEvent("key")
+  print("Password incorrect!") -- Tell the user that
- if keyCode == keys.space then
+  sleep(2) -- Wait for 2 seconds
-  rs.setOutput(side,false)
+ end -- end the if password part
-  term.clear()
+end -- end the while true do loop