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TEST

Mmm, these cakes on the pictures looks very well, if you need help to pass some tests let me know! 😁

R/S Cryptographic Library

Red/System []

#enum crypt-algorithm! [
	AES
	DES
	_3DES
	RC4
]

#enum block-chaining! [
	ECB
	CBC
	;CFB8
	;CFB64
	;CFB128
	GCM
	CCM
	;GMAC
	;CMAC
]

rs-crypt: context [
	#import [
		
	]

	verbose: 0

	#define DPrint(msg) [#if debug? = yes [if verbose > 0 [print-line msg]]]

	;== Symmetric Algorithms

	encypt-init: func [
		alg			[crypt-algorithm!]
		IV			[byte-ptr!]			;-- initialization vector
		key			[byte-ptr!]
		key-len		[uint!]				;-- AES: 128, 192 or 256, DES: 56, 3DES: 56, 112, 168
		chain-mode	[block-chaining!]	;-- CBC, ECB, GCM, etc
		return:		[handle!]			;-- null if error
	][
		DPrint("encypt-init")
	]

	encypt-update: func [
		hCrypt		[handle!]			;-- handle returned by make
		data		[byte-ptr!]
		data-len	[uint!]
		outbuf		[byte-ptr!]
		outlen		[int-ptr!]
		return:		[integer!]			;-- error code
	][]

	encrypt-final: func [
		hCrypt		[handle!]			;-- handle returned by make
		outbuf		[byte-ptr!]
		outlen		[int-ptr!]
		return:		[integer!]
	][]

	decrypt-init: func [
		alg			[crypt-algorithm!]
		IV			[byte-ptr!]			;-- initialization vector
		key			[byte-ptr!]
		key-len		[uint!]				;-- AES: 128, 192 or 256, DES: 56, 3DES: 56, 112, 168
		chain-mode	[block-chaining!]	;-- CBC, ECB, GCM, etc
		return:		[handle!]			;-- null if error
	][]

	decrypt-update: func [
		hCrypt		[handle!]			;-- handle returned by make
		data		[byte-ptr!]
		data-len	[uint!]
		outbuf		[byte-ptr!]
		outlen		[int-ptr!]
		return:		[integer!]			;-- error code
	][]

	decrypt-final: func [
		hCrypt		[handle!]			;-- handle returned by make
		outbuf		[byte-ptr!]
		outlen		[int-ptr!]
		return:		[integer!]
	][]

	set-property: func [				;-- set IV length, tag length, etc.
		hCrypt		[handle!]			;-- handle returned by make
		property	[integer!]
		input		[byte-ptr!]
		input-len	[integer!]
		return:		[integer!]
	]

	get-property: func [
		hCrypt		[handle!]			;-- handle returned by make
		property	[integer!]
		output		[byte-ptr!]
		output-len	[int-ptr!]
		return:		[integer!]	
	]

	;== Asymmetric Algorithms
	;-- RSA

	;-- DSA

	;== Key Exchange Algorithms
	;-- ECDH, ECDSA, etc

	;== Hashing Algorithms
	;-- SHA, MD5, etc

]

GC Bugs

  • Issue #3580 GUI console crash with clock demo
  • Issue #3628 cryptic runtime errors and crashes caused by usage of UNIQUE
  • VSCode plugin crashes

Red TUI Backend

In addition to the shiny GUI backends in Red, now we have an old school text-based user inferfaces (TUI) backend for the View engine.

The new TUI backend has a quite limited features set compared to the GUI backends. Here are features implemented:

  • Styles: base, panel, button, field, text, progress, rich-text, image and text-list.
  • Draw command: text. Both string! and rich-text! are supported.
  • Keyboard handling. Only key-down and key events. Actually they are the same event with different names. The terminals only send a single key event, no down and up event.
  • Mouse handling. Disable by default. Use system/view/platform/mouse-event?: yes to enable it.
  • Image! Use Truecolor (24-bit RGB) for image rendering if the terminal supports it. Otherwise use 256 colors.
  • Timer. Use /rate facets.
  • Facets supported: /offset, /size, /text, /image, /color, /data, /enabled?, /visible?, /selected, /flags, /options, /pane, /rate, /para and /draw.
  • Flags supported: password and all-over.
  • Limited ANSI escape codes support in /text facet. Only Colors / Graphics Mode codes.
  • Use 256 colors for text. It should works fine on most of the terminals.
  • Works on the big-3 platforms (Linux, macOS and Windows 10).

To use the TUI backend, add Config: [GUI-engine: 'terminal] in addition to Needs: View in the Red header block.

Red [
    Title:  "Red TUI App"
    Needs:  View
    Config: [GUI-engine: 'terminal]
]

Here are a few examples, starting with a Hello World!:

>> view [text "Hello TUI World!"]

 Hello TUI World!

Press ESC to exit the event loop.

A progress bar with animation.

view [
    bar: progress 30% rate 10 on-time [
        data: face/data + 10%
        face/data: either data > 100% [0%][data]
        info/text: form face/data
        info/font/color: random white
    ]
    info: text 4 font-color white "30%"
]

progressbar

A rich-text example:

btn-quit: rtd-layout [i/red ["Q"] "uit"]

view compose/deep [
    rich-text 40x3 transparent data [
        yellow "Hello" <bg> white red " Red " </bg> green "World!^/"
        u "Underline" /u " " s "Strike" /s i " Italic" /i
    ] return
    button "button 1"
    button 4x2 draw [text 0x0 (btn-quit)] [unview/all]
]

Press TAB key to switch focus between the buttons. Press Enter key to push the button.

image

An example of enable mouse. Note not all the terminals support mouse.

system/view/platform/mouse-event?: yes

view [
    panel 80x20 [
        base 11x1 center "drag meπŸ˜€" loose
    ]
]

dragme

There are more examples on the red repository and the community. Here are a few screenshots of them.

Show image in both TUI and GUI.

image

tui.red
image

TUI Cat by GiuseppeChillemi
tui-cat

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