Reduces amount of string operations and write calls inside writeHighlighted function by switching it to blit and using the 3rd argument in string.match.
Remove drawPixelInternal / drawLineHorizontal. At runtime they're both just excess calls.
Localise high-use term functions.
Arg-related function errors reflect that "colour" parameter is optional.
Add saveImage(tImage, sPath).
Use term.blit for images.
In no particular order:
bios.lua - added missing test for ensure turtle folder exists.
paintutils.lua - added drawLineHorizontal() to reduce most (not all) cases of running multiple writes on same horizontal line that can be solved with one write.
textutils.lua - Added exception to complete function - will not complete if provided with LuaKeyword - solves do->dofile problem and removes other LuaKeyword related ones in advance.
edit.lua - Changed logic in handling the paste event - if paste event is received when menu is open it automatically closed said menu and lets it paste - resolves ctrl+ctrl+v annoyance. Added Jump to Menu functions - allows for fast jump to needed line - must for bigger files and a nice feature to have.
set.lua - Switched set to use pagedPrint - this will ensure that even if there are more settings than lines on screen the set command will show you all of them.
startup.lua - Added autocompletition for turtle programs go, turn, equip, unequip and command program exec.
lua.lua - Changed return function to print returned stuff correctly -
will print all returned variables even if there are any nils in there.
- Adds support for blacklisting domains
- Adds support for blacklisting & whitelisting IP addresses and
IP ranges.
- Reuse threads for HTTP requests
AddressPredicate will parse a series of patterns and convert them into
regexes or CIDR ranges. When checking whether an address is accessible,
we first ensure the domain is whitelisted and isn't blacklisted.
If everything is OK, then we start create a new thread for the HTTP
request and resolve the IP, ensuring that is whitelisted & not
blacklisted. Then the normal HTTP request is continued.
However, http.checkURL also needs to resolve the IP address. In order to
avoid blocking the Lua thread, this method will return instantly and
create a new thread which will queue an event.
As both http.request and http.checkURL are now creating threads and
queuing events, some logic is abstracted into a separate HTTPTask class
- this allows us to share the thread creation, finishing and cancelling
logic.
This uses a new utility class ArgumentHelper, which provides convenience
methods for parsing arguments from an array of Objects.
The format of error messages has also changed. It now follows a format
similar to Lua's native error messages - including the invalid argument
index, the expected type and the type actually received.
I fixed 2 Bugs:
1. If you call this function, without 2 numbers, you get a error in the window API and not in your Program
2. If you call, this function with 2 numbers lower then 1 (e.g. term.setCursorPos(0,0) ), CraftOS will hang forever and need to press Ctrl+R or rejoin the world.
- BlockEvent.BreakEvent and BlockEvent.HarvestDropsEvent are fired when
digging.
- AttackEntityEvent is fired when attacking.
- Various PlayerInteractEvent.* events are fired when placing.
Closes#103, closes#100
Printers use a Terminal to store the page currently being printed.
Printers saved in an older version of ComputerCraft would be missing the
term_palette field, resulting in an NPE when loading the tile.
"shell" now runs each program in a new lua environment, instead of
sharing that lua environment between all programs launched under a one
shell. Said environment now includes an implemenation of "require" and
the "package" API, so that programs can require modules into that
environment.
This means that programs can require in libraries without polluting the
global namespace, and without breaking the virtual computer model, as
each program has it's own set of requires, which are discarded when the
program ends.
As the raw stream was being provided to the parent class, buffered data
was not written, resulting in empty files. This ensures the buffered
reader/writer is the one which is closed.
As a new SoundEvent was being created each time, the actual sound was
not in the registry, resulting in the sound -> id mapping yielding
incorrect values.
