Binêr-na-teks-vertaler

Skakel binêre kode om na leesbare teks of teks na binêr. Voer binêre getalle in wat deur spasies geskei word (bv. 01000101 01111000 01100001 01101101 01110000 01101100 01100101 = "Example") en druk Skakel om, of gebruik die Ruil-knoppie om die rigting om te keer.

Binary → Text

Binêre kode

Karakter-enkodering

Teksresultaat

Oor Binêr na teks

In rekenaarkunde verteenwoordig binêre kode teks en data as reekse van 0's en 1's. Elke karakter word geënkodeer as 'n 8-bis binêre getal ('n greep) volgens 'n karakter-enkoderingstandaard. ASCII dek 128 karakters (kodes 0–127) met 7 bisse. UTF-8 is terugwaarts versoenbaar met ASCII en ondersteun meer as 'n miljoen Unicode-karakters met 1 tot 4 grepe per karakter. Ander enkoderings soos ISO-8859 en Windows-125x hanteer streekskarakters vir Europese, Cyrilliese, Arabiese, Hebreeuse en ander skrifte.

Wikipedia — Binary code

Hoe om Binêr na teks om te skakel

Kry binêre greep (groep van 8 bisse, bv. 01000001).
Skakel elke 8-bis binêre getal om na sy desimale ekwivalent.
Soek die karakter in die ASCII-tabel op met behulp van die desimale kode.
Herhaal vir elke binêre greep om die volledige teks te kry.

Voorbeeld:

01010000 01101100 01100001 01101110 01110100 00100000 01110100 01110010 01100101 01100101 01110011 = "Plant trees"

Binêr-na-ASCII-omskakelingstabel

Hex	Binary	ASCII
00	`00000000`	NUL
01	`00000001`	SOH
02	`00000010`	STX
03	`00000011`	ETX
04	`00000100`	EOT
05	`00000101`	ENQ
06	`00000110`	ACK
07	`00000111`	BEL
08	`00001000`	BS
09	`00001001`	HT
0A	`00001010`	LF
0B	`00001011`	VT
0C	`00001100`	FF
0D	`00001101`	CR
0E	`00001110`	SO
0F	`00001111`	SI
10	`00010000`	DLE
11	`00010001`	DC1
12	`00010010`	DC2
13	`00010011`	DC3
14	`00010100`	DC4
15	`00010101`	NAK
16	`00010110`	SYN
17	`00010111`	ETB
18	`00011000`	CAN
19	`00011001`	EM
1A	`00011010`	SUB
1B	`00011011`	ESC
1C	`00011100`	FS
1D	`00011101`	GS
1E	`00011110`	RS
1F	`00011111`	US
20	`00100000`
21	`00100001`	!
22	`00100010`	"
23	`00100011`	#
24	`00100100`	$
25	`00100101`	%
26	`00100110`	&
27	`00100111`	'
28	`00101000`	(
29	`00101001`	)
2A	`00101010`	*
2B	`00101011`	+
2C	`00101100`	,
2D	`00101101`	-
2E	`00101110`	.
2F	`00101111`	/
30	`00110000`	0
31	`00110001`	1
32	`00110010`	2
33	`00110011`	3
34	`00110100`	4
35	`00110101`	5
36	`00110110`	6
37	`00110111`	7
38	`00111000`	8
39	`00111001`	9
3A	`00111010`	:
3B	`00111011`	;
3C	`00111100`	<
3D	`00111101`	=
3E	`00111110`	>
3F	`00111111`	?
40	`01000000`	@
41	`01000001`	A
42	`01000010`	B
43	`01000011`	C
44	`01000100`	D
45	`01000101`	E
46	`01000110`	F
47	`01000111`	G
48	`01001000`	H
49	`01001001`	I
4A	`01001010`	J
4B	`01001011`	K
4C	`01001100`	L
4D	`01001101`	M
4E	`01001110`	N
4F	`01001111`	O
50	`01010000`	P
51	`01010001`	Q
52	`01010010`	R
53	`01010011`	S
54	`01010100`	T
55	`01010101`	U
56	`01010110`	V
57	`01010111`	W
58	`01011000`	X
59	`01011001`	Y
5A	`01011010`	Z
5B	`01011011`	[
5C	`01011100`	\
5D	`01011101`	]
5E	`01011110`	^
5F	`01011111`	_
60	`01100000`	`
61	`01100001`	a
62	`01100010`	b
63	`01100011`	c
64	`01100100`	d
65	`01100101`	e
66	`01100110`	f
67	`01100111`	g
68	`01101000`	h
69	`01101001`	i
6A	`01101010`	j
6B	`01101011`	k
6C	`01101100`	l
6D	`01101101`	m
6E	`01101110`	n
6F	`01101111`	o
70	`01110000`	p
71	`01110001`	q
72	`01110010`	r
73	`01110011`	s
74	`01110100`	t
75	`01110101`	u
76	`01110110`	v
77	`01110111`	w
78	`01111000`	x
79	`01111001`	y
7A	`01111010`	z
7B	`01111011`	{
7C	`01111100`	\|
7D	`01111101`	}
7E	`01111110`	~
7F	`01111111`	DEL