Author Topic: BASE64  (Read 327 times)

Petr

• Forum Resident
• Posts: 1194
• The best code is the DNA of the hops.
BASE64
« on: December 23, 2019, 07:04:16 AM »
Hi. This my first attempt for writing 64 - based (6 bite) function.

I put it here for you, before find for me unknown bug. Unexpected rounding of large numbers occurs, for small (up to 10,000,000) it works as expected.
I use methods that avoid AND. I will continue in it evening. I place it here,  if anyone want to look into this crossword puzzle ... :)

I think, Bug is in first function - BASE64\$.

Code: QB64: [Select]
1.     INPUT "insert number for calculating as BASE64 and back:"; nr
2.     A\$ = BASE64\$(nr)
3.     PRINT A\$
4.     PRINT BASE64TODEC(A\$)
5.
6.
7. FUNCTION BASE64\$ (nr AS _UNSIGNED LONG) 'vstup je cislo, vystup 64 bitovy retezec
8.     DIM B64(63) AS _UNSIGNED _BYTE, V AS _UNSIGNED LONG
9.     FOR a = 0 TO 63
10.         IF a <= 25 THEN B = a + 65
11.         IF a > 25 THEN B = a + 71
12.         IF a > 51 THEN B = a - 4
13.         IF a = 62 THEN B = 43
14.         IF a = 63 THEN B = 47
15.         ' https://en.wikipedia.org/wiki/Base64
16.         B64(a) = B
17.     REDIM b64out(0) AS _UNSIGNED _BYTE
18.     IF nr = 0 THEN BASE64\$ = CHR\$(B64(0))
19.     DO UNTIL nr = 0
20.         V = nr MOD 64
21.         nr = nr \ 64
22.         b64out(i) = V
23.         i = i + 1
24.         REDIM _PRESERVE b64out(i) AS _UNSIGNED _BYTE
25.
26.     FOR s = i - 1 TO 0 STEP -1
27.         BASE64\$ = BASE64\$ + CHR\$(B64(b64out(s)))
28.     ERASE B64
29.     ERASE b64out
30.
31.
32. FUNCTION BASE64TODEC~& (nr\$)
33.     DIM B64(63) AS _UNSIGNED _BYTE, V AS _UNSIGNED _BYTE, sj AS LONG
34.     FOR a = 0 TO 63
35.         IF a <= 25 THEN B = a + 65
36.         IF a > 25 THEN B = a + 71
37.         IF a > 51 THEN B = a - 4
38.         IF a = 62 THEN B = 43
39.         IF a = 63 THEN B = 47
40.         ' https://en.wikipedia.org/wiki/Base64
41.         B64(a) = B
42.
43.     FOR Si = 1 TO LEN(nr\$)
44.         V = ASC(nr\$, Si)
45.         search = 0
46.         DO UNTIL B64(search) = V
47.             search = search + 1
48.         sj = LEN(nr\$) - Si
49.         BASE64TODEC~& = BASE64TODEC~& + (search * 64 ^ sj)
50.

Fast news>>>>> add DEFLNG A-Z to begin and it works correctly.  I repair this later, because must go out now...
« Last Edit: December 23, 2019, 07:53:48 AM by Petr »

SMcNeill

• QB64 Developer
• Forum Resident
• Posts: 2367
Re: BASE64
« Reply #1 on: December 23, 2019, 07:51:35 AM »
See if this simple solution isn't more like what you're looking for:

Code: QB64: [Select]
1.
2. FOR i = 0 TO 256 ^ 3 - 1
3.     IF i <> ToBase10(ToBase64(i)) THEN
4.         PRINT i, ToBase64(i), ToBase10(ToBase64(i))
5.
6. PRINT "Finished, with the only errors occuring being the ones above (if any)."
7.
8. FUNCTION ToBase64\$ (n AS _UNSIGNED LONG)
9.     IF n > 256 ^ 3 - 1 THEN ERROR 5: END 'We can only work with 3 bytes at a time max conversion
10.     FOR i = 1 TO 4
11.         b = n MOD 64
12.         n = n \ 64
13.             CASE 0 TO 25: b = b + 65
14.             CASE 26 TO 51: b = b + 71
15.             CASE 52 TO 61: b = b - 4
16.             CASE 62: b = 43
17.             CASE 63: b = 47
18.         ToBase64\$ = CHR\$(b) + ToBase64\$
19.
20.
21. FUNCTION ToBase10 (Base64 AS STRING * 4)
22.     FOR i = 0 TO 3
23.         b = ASC(Base64, 4 - i)
24.             CASE 65 TO 90: b = b - 65
25.             CASE 97 TO 122: b = b - 71
26.             CASE 48 TO 57: b = b + 4
27.             CASE 43: b = 62
28.             CASE 47: b = 63
29.         ToBase10 = ToBase10 + b * 64 ^ i
« Last Edit: December 23, 2019, 07:56:19 AM by SMcNeill »
https://github.com/SteveMcNeill/Steve64 — A github collection of all things Steve!

Petr

• Forum Resident
• Posts: 1194
• The best code is the DNA of the hops.
Re: BASE64
« Reply #2 on: December 23, 2019, 09:44:04 AM »
You Steve.... are you sure? Its look nice, but...  See to your source: SELECT CASE B.... and then you use again the same variable as CHR\$ number? Therefore it return bad outputs.

Petr

• Forum Resident
• Posts: 1194
• The best code is the DNA of the hops.
Re: BASE64
« Reply #3 on: December 23, 2019, 11:40:09 AM »
So. Here is repaired version, which correctly calculate values to BASE64 and back up to 999999999.  I think, its enought.
What was wrong in previous source code? 4 bytes. Input values was SINGLE. This caused round bug.

Code: QB64: [Select]
1.     INPUT "insert number for calculating as BASE64 and back:"; nr~&
2.     A\$ = BASE64\$(nr~&)
3.     PRINT A\$
4.     PRINT BASE64TODEC(A\$)
5.
6.
7. FUNCTION BASE64\$ (nr AS _UNSIGNED LONG) 'input is number, output is string
8.     DIM B64(63) AS _UNSIGNED _BYTE, V AS _UNSIGNED LONG
9.     FOR a = 0 TO 63
10.         IF a <= 25 THEN B = a + 65
11.         IF a > 25 THEN B = a + 71
12.         IF a > 51 THEN B = a - 4
13.         IF a = 62 THEN B = 43
14.         IF a = 63 THEN B = 47
15.         ' https://en.wikipedia.org/wiki/Base64
16.         B64(a) = B
17.     REDIM b64out(0) AS _UNSIGNED _BYTE
18.     IF nr = 0 THEN BASE64\$ = CHR\$(B64(0))
19.     DO UNTIL nr = 0
20.         V = nr MOD 64
21.         nr = nr \ 64
22.         b64out(i) = V
23.         i = i + 1
24.         REDIM _PRESERVE b64out(i) AS _UNSIGNED _BYTE
25.     FOR s = i - 1 TO 0 STEP -1
26.         BASE64\$ = BASE64\$ + CHR\$(B64(b64out(s)))
27.     ERASE B64
28.     ERASE b64out
29.
30.
31. FUNCTION BASE64TODEC~& (nr\$)
32.     DIM B64(63) AS _UNSIGNED _BYTE, V AS _UNSIGNED LONG
33.     FOR a = 0 TO 63
34.         IF a <= 25 THEN B = a + 65
35.         IF a > 25 THEN B = a + 71
36.         IF a > 51 THEN B = a - 4
37.         IF a = 62 THEN B = 43
38.         IF a = 63 THEN B = 47
39.         ' https://en.wikipedia.org/wiki/Base64
40.         B64(a) = B
41.
42.     FOR Si = 1 TO LEN(nr\$)
43.         V = ASC(nr\$, Si)
44.         FOR search = 0 TO 63
45.             IF B64(search) = V THEN EXIT FOR
46.         Sj = LEN(nr\$) - Si
47.         BASE64TODEC~& = BASE64TODEC~& + (search * 64 ^ Sj)
48.

SMcNeill

• QB64 Developer
• Forum Resident
• Posts: 2367
Re: BASE64
« Reply #4 on: December 23, 2019, 02:28:40 PM »
You Steve.... are you sure? Its look nice, but...  See to your source: SELECT CASE B.... and then you use again the same variable as CHR\$ number? Therefore it return bad outputs.

It shouldn’t.  If you look, the two SELECT CASES are mirror images of each other..

It’s a case of:

IF b = 47 THEN b = 63 ‘To set a base 64 value

And

IF b = 63 THEN b = 47 ‘To convert back to base 10.

b is just a temp variable in each routine, so it’s cleared each time we exit it’s respective FUNCTION.  It seemed to me to work as it should.  At which point are we getting bad outputs?

1 = AAAA
2 = AAAB
3 = AAAC

and so on.
https://github.com/SteveMcNeill/Steve64 — A github collection of all things Steve!

Petr

• Forum Resident
• Posts: 1194
• The best code is the DNA of the hops.
Re: BASE64
« Reply #5 on: December 23, 2019, 03:46:35 PM »
Hi Steve. Bad output is for example AAAA for 0. Correct is just one A for 0, B for 1, C for 2, D for 3....   so as for HEX. Also is not FF for 15, but just one F.

Here is first output, first example, which contains "build - in" PNG file writed as BASE64:
Code: QB64: [Select]
2. A1\$ = "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"
6. A5\$ = "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"
8. A7\$ = "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"
9. A8\$ = "bfb8/+MgS5L2lvfzZrWGR3EP/hK/qTb30Z/l/x8HWZK0t7yff0it5VH8LH+B3zSzqfOfiYMsSdpb3s8/rNb0KH6Gyf+G2shHf5X/TBxkSdLe8n6+iVrbo9jLxH/D7AbOfy4OsiRpb3k/30yt8VHsYdJPqk17VPKfi4MsSdpb3s83VWt9FGuZ8JOubNb8Z+MgS5L2lvfzG6h1n8UaJvuE2qBHZ/KfjYMsSdpb3s9vpNZ/Fq9lok+4ujHzn4+DLEnaW97Pb6j+O87iNUzyotqMR4/kPx8HWZK0t7yf31j995zF7zHBi57ZhPnvxEGWJO0t7+cPUP9dZ/Eck7ugNt7Rr+S/EwdZkrS3vJ8/SP33ncU1JnbBsxsu/704yJKkveX9/IHqv/Ms5pjUpNpkRzPy34uDLEnaW97PH6z+e8/iMROa9DubK//dOMiSpL3l/fwF6r/7LJrJTKgNdTQr/904yJKkveX9/EXqv/8sRiYy4Xc3Uv77cZAl"
10. A9\$ = "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"
11. A10\$ = "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"
12. A11\$ = "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"
14. A13\$ = "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"
15. A14\$ = "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"
16. A15\$ = "Gqu51XzvUq4XJtgpG+QBjYM8W/1eXWQaq7nVfFdUz641aqzmVvNdUT271qixmlvN9y7lemGCnbJBHtA4yLPV79VFprGaW813RfXsWqPGam413xXVs2uNGqu51XzvUq4XJtgpG+QBjYM8W/1eXWQaq7nVfFdUz641aqzmVvNdUT271qixmlvN9y7lemGCnbJBHtA4yLPV79VFprGaW813RfXsWqPGam413xXVs2uNGqu51XzvUq4XJtgpG+QBjYM8W/1eXWQaq7nVfFdUz641aqzmVvNdUT271qixmlvN9y7lemGCnbJBHtA4yLPV79VFprGaW813RfXsWqPGam413xXVs2uNGqu51XzvUq4XJtgpG+QBjYM8W/1eXWQaq7nVfFdUz641aqzmVvNdUT271qixmlvN9y7lemGCnbJBHtA4yLPV79VFprGaW813RfXsWqPGam413xXVs2uNGqu51XzvUq4XJtgpG+QBjYM8W/1eXWQaq7nV"
17. A16\$ = "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"
18. A17\$ = "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"
19. A18\$ = "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"
23.
24. '10902  bytes long text, contains 8017 bytes big PNG file
25.
26. A\$ = A0\$ + A1\$ + A2\$ + A3\$ + A4\$ + A5\$ + A6\$ + A7\$ + A8\$ + A9\$ + A10\$ + A11\$ + A12\$ + A13\$ + A14\$ + A15\$ + A16\$ + A17\$ + A18\$ + A19\$ + A20\$ + A21\$
27. DECODE64 A\$, "Known_image.png"
29. SCREEN img
30. KILL "Known_image.png"
31.
32.
33.
34.
35. SUB DECODE64 (code\$, ToFile\$)
36.     '    DO UNTIL LEN(code\$) MOD 4 = 0
37.     '    code\$ = code\$ + "="
38.     '    LOOP
39.     ff = FREEFILE
40.     IF _FILEEXISTS(ToFile\$) THEN KILL ToFile\$
41.
42.     OPEN ToFile\$ FOR BINARY AS #ff
43.
44.     FOR d = 1 TO LEN(code\$) STEP 4
45.         A\$ = MID\$(code\$, d, 1)
46.         B\$ = MID\$(code\$, d + 1, 1)
47.         C\$ = MID\$(code\$, d + 2, 1)
48.         D\$ = MID\$(code\$, d + 3, 1)
49.
50.         BinaryA\$ = DECtoBIN6\$(BASE64TODEC(A\$))
51.         BinaryB\$ = DECtoBIN6\$(BASE64TODEC(B\$))
52.         BinaryC\$ = DECtoBIN6\$(BASE64TODEC(C\$))
53.         BinaryD\$ = DECtoBIN6\$(BASE64TODEC(D\$))
54.
55.         BINARY\$ = BinaryA\$ + BinaryB\$ + BinaryC\$ + BinaryD\$
56.
57.         FOR Code = 1 TO 24 STEP 8
58.             a = BINtoDEC(MID\$(BINARY\$, Code, 8))
59.             PUT #ff, , a
60.     NEXT d
61.     CLOSE ff
62.
63. FUNCTION DECtoBIN6\$ (vstup)
64.     FOR rj = 5 TO 0 STEP -1
65.         IF vstup AND 2 ^ rj THEN DECtoBIN6\$ = DECtoBIN6\$ + "1" ELSE DECtoBIN6\$ = DECtoBIN6\$ + "0"
66.     NEXT rj
67.
68.
69. FUNCTION BINtoDEC (b AS STRING)
70.     FOR Si = 1 TO LEN(b)
71.         e\$ = MID\$(b\$, Si, 1)
72.         c = VAL(e\$) '
73.         Sj = LEN(b) - Si
74.         BINtoDEC = BINtoDEC + (c * 2 ^ Sj)
75.     NEXT Si
76.
77. FUNCTION BASE64TODEC~& (nr\$)
78.     DIM B64(63) AS _UNSIGNED _BYTE, V AS _UNSIGNED LONG, Si AS LONG
79.     FOR a = 0 TO 63
80.         IF a <= 25 THEN B = a + 65
81.         IF a > 25 THEN B = a + 71
82.         IF a > 51 THEN B = a - 4
83.         IF a = 62 THEN B = 43
84.         IF a = 63 THEN B = 47
85.         ' https://en.wikipedia.org/wiki/Base64
86.         B64(a) = B
87.
88.     FOR Si = 1 TO LEN(nr\$)
89.         V = ASC(nr\$, Si)
90.         FOR search = 0 TO 63
91.             IF B64(search) = V THEN EXIT FOR
92.         Sj = LEN(nr\$) - Si
93.         BASE64TODEC~& = BASE64TODEC~& + (search * 64 ^ Sj)
94.

I have to learn properly with the AND binary statement, because that eternal conversion of strings so crazy everything slow - down. I know it's no problem other than my own....

How it works. Program read 3 bytes from file. So he give 24 bites. 24bites are then translated as four  BASE64 6bit words. This is writed as 6bit text to source code.

Then, this text is translated to binary code, 4 BASE64 words at once. This is 24 bites. This 24 bites is then translated to file as three 8bites words.

AndyA wrote, that he also works on it. Is i see to his links to his source codes, so i know, that he can much better this do using AND. But, i am happy, that this works... :)

And how this all is created?
This source do it: (use please small files, because this is first easiest and fast - writed version, regardless to program speed)

Code: QB64: [Select]
1. file\$ = "haus.png"
2.
3. C64\$ = CODE64\$(file\$) '                                                function return 6bit text created with CODE64\$
4.
5. OPEN "Base64text.txt" FOR OUTPUT AS #f '                               write 6bit text to external file
6. FOR W = 1 TO LEN(C64\$) STEP 500
7.     t\$ = MID\$(C64\$, W, 500)
8.     id\$ = "A" + LTRIM\$(STR\$(i)) + "\$ =" + CHR\$(34)
9.     PRINT #f, id\$ + t\$ + CHR\$(34)
10.     i = i + 1
11.
12. DECODE64 C64\$, "Base64TesImage.PNG" '                                 decode 6bite text back as external file
13.
14. FUNCTION CODE64\$ (InputFile AS STRING)
15.     IF _FILEEXISTS(InputFile\$) THEN
16.         ff = FREEFILE
17.         OPEN InputFile FOR BINARY AS #ff
18.         fw = FREEFILE
19.         WHILE NOT EOF(ff)
20.             GET #ff, , A
21.             GET #ff, , B
22.             GET #ff, , C
23.
24.             BinaryA\$ = DECtoBIN\$(A)
25.             BinaryB\$ = DECtoBIN\$(B)
26.             BinaryC\$ = DECtoBIN\$(C)
27.
28.             BINARY\$ = BinaryA\$ + BinaryB\$ + BinaryC\$
29.
30.             FOR Code = 1 TO 24 STEP 6
31.                 CODE64\$ = CODE64\$ + BASE64\$(BINtoDEC(MID\$(BINARY\$, Code, 6)))
32.
33.
34. SUB DECODE64 (code\$, ToFile\$)
35.     ff = FREEFILE
36.     IF _FILEEXISTS(ToFile\$) THEN KILL ToFile\$
37.
38.     OPEN ToFile\$ FOR BINARY AS #ff
39.
40.     FOR d = 1 TO LEN(code\$) STEP 4
41.         A\$ = MID\$(code\$, d, 1)
42.         B\$ = MID\$(code\$, d + 1, 1)
43.         C\$ = MID\$(code\$, d + 2, 1)
44.         D\$ = MID\$(code\$, d + 3, 1)
45.
46.         BinaryA\$ = DECtoBIN6\$(BASE64TODEC(A\$))
47.         BinaryB\$ = DECtoBIN6\$(BASE64TODEC(B\$))
48.         BinaryC\$ = DECtoBIN6\$(BASE64TODEC(C\$))
49.         BinaryD\$ = DECtoBIN6\$(BASE64TODEC(D\$))
50.
51.         BINARY\$ = BinaryA\$ + BinaryB\$ + BinaryC\$ + BinaryD\$
52.
53.         FOR Code = 1 TO 24 STEP 8
54.             a = BINtoDEC(MID\$(BINARY\$, Code, 8))
55.             PUT #ff, , a
56.     NEXT d
57.     CLOSE ff
58.
59.
60. FUNCTION BASE64\$ (nr AS _UNSIGNED LONG) 'input is number, output is string
61.     DIM B64(63) AS _UNSIGNED _BYTE, V AS _UNSIGNED LONG
62.     FOR a = 0 TO 63
63.         IF a <= 25 THEN B = a + 65
64.         IF a > 25 THEN B = a + 71
65.         IF a > 51 THEN B = a - 4
66.         IF a = 62 THEN B = 43
67.         IF a = 63 THEN B = 47
68.         ' https://en.wikipedia.org/wiki/Base64
69.         B64(a) = B
70.     REDIM b64out(0) AS _UNSIGNED _BYTE
71.     IF nr = 0 THEN BASE64\$ = CHR\$(B64(0))
72.     DO UNTIL nr = 0
73.         V = nr MOD 64
74.         nr = nr \ 64
75.         b64out(i) = V
76.         i = i + 1
77.         REDIM _PRESERVE b64out(i) AS _UNSIGNED _BYTE
78.     FOR s = i - 1 TO 0 STEP -1
79.         BASE64\$ = BASE64\$ + CHR\$(B64(b64out(s)))
80.     ERASE B64
81.     ERASE b64out
82.
83.
84. FUNCTION BASE64TODEC~& (nr\$)
85.     DIM B64(63) AS _UNSIGNED _BYTE, V AS _UNSIGNED LONG, Si AS LONG
86.     FOR a = 0 TO 63
87.         IF a <= 25 THEN B = a + 65
88.         IF a > 25 THEN B = a + 71
89.         IF a > 51 THEN B = a - 4
90.         IF a = 62 THEN B = 43
91.         IF a = 63 THEN B = 47
92.         ' https://en.wikipedia.org/wiki/Base64
93.         B64(a) = B
94.
95.     FOR Si = 1 TO LEN(nr\$)
96.         V = ASC(nr\$, Si)
97.         FOR search = 0 TO 63
98.             IF B64(search) = V THEN EXIT FOR
99.         Sj = LEN(nr\$) - Si
100.         BASE64TODEC~& = BASE64TODEC~& + (search * 64 ^ Sj)
101.
102. FUNCTION DECtoBIN\$ (vstup)
103.     FOR rj = 7 TO 0 STEP -1
104.         IF vstup AND 2 ^ rj THEN DECtoBIN\$ = DECtoBIN\$ + "1" ELSE DECtoBIN\$ = DECtoBIN\$ + "0"
105.     NEXT rj
106.
107. FUNCTION DECtoBIN6\$ (vstup)
108.     FOR rj = 5 TO 0 STEP -1
109.         IF vstup AND 2 ^ rj THEN DECtoBIN6\$ = DECtoBIN6\$ + "1" ELSE DECtoBIN6\$ = DECtoBIN6\$ + "0"
110.     NEXT rj
111.
112.
113. FUNCTION BINtoDEC (b AS STRING)
114.     FOR Si = 1 TO LEN(b)
115.         e\$ = MID\$(b\$, Si, 1)
116.         c = VAL(e\$) '
117.         Sj = LEN(b) - Si
118.         BINtoDEC = BINtoDEC + (c * 2 ^ Sj)
119.     NEXT Si
120.

SMcNeill

• QB64 Developer
• Forum Resident
• Posts: 2367
Re: BASE64
« Reply #6 on: December 23, 2019, 04:04:20 PM »
Hi Steve. Bad output is for example AAAA for 0. Correct is just one A for 0, B for 1, C for 2, D for 3....   so as for HEX. Also is not FF for 15, but just one F.

I'll have to do some studying on what you have for your output to sort this out.  Apparently I'm thinking of things completely wrong somewhere.   In HEX, 0 = 0, so &H0000 is the same value as &H0.  We wouldn't see FF for 15, but 0F is still a true representation of it, for example.

If this case A = 0, so AAAA = 0000.   AAAB = 0001.  AAAC = 0002...  until we get to AABA = 64.

If we strip out those leading A's, so we just have A for 0, instead of AAAA, how do we know what AABA represents?  Is it 0, 0, 1, 0?  Or shouldn't the whole thing be read at once to become 64?

I've definitely got some sorting out to do if things are wrong.  I'll study your code more closely later and see what it's doing differently than I am.  Apparently I'm just not wrapping my mind around what the required process is correctly, at the moment.
https://github.com/SteveMcNeill/Steve64 — A github collection of all things Steve!

Petr

• Forum Resident
• Posts: 1194
• The best code is the DNA of the hops.
Re: BASE64
« Reply #7 on: December 23, 2019, 04:11:14 PM »
Well, :-) so that it doesn't end up being so, that this read AndyA and tells us that we're both on the wrong track. That would be fun :)

Petr

• Forum Resident
• Posts: 1194
• The best code is the DNA of the hops.
Re: BASE64
« Reply #8 on: December 23, 2019, 04:16:19 PM »
No, really, i am correct.

Tested with AndyA DATA blocks from here:  https://socoder.net/?Snippet=33278

Code: QB64: [Select]
2. A1\$ = "ABdwnLpRPAAAAAlwSFlzAAALMgAACzIBQPVfaAAACBFJREFUeF7dmT9sHUUQxvdF0CBFAYmQPKM4doFEAQUSFFS0aSheR5UKpARRUkGTwkh5IoWpIqVEKLIQxZPS0aRxYQRK"
3. A2\$ = "XgGiQQJZwVYQBVYUSEjw8b039mS9Mzc373Yv/nMane729r7b2/3d3O5MrxoOA7a1tcne2Obnw9xc2NgI6+sNNXfVFjc3cfjJsMJ+3CTfnw+n5sLdjbDpkL89VfthcxH7fx9d"
4. A3\$ = "nJxsNz2gNx96c6HaCJXjAVO1xVcn7b/429XJC4VbDd0TXp4LpzbC3fXwe2P/rIXbqLO5OMZ++NOjif7jpu4/FuaOhY3tsL7dKB/WJpJh841J/zz46Ffs/2vqnmO73bPt6J7H"
5. A4\$ = "U7XXp/1/ffUr7O/cuWM368SJE8ePH793797W1lbjC5Da0tLSpCYAHYVgGHqx6verwWCy7/VwKg2XkkKULIQAuzas+mFk2JkwfrtffTiosH+lV+FUGi4lhSh5NizAqkfD0dfB"
6. A5\$ = "sPF3ofqnXz0cTPZ/93AqDZeSQpQsnA2wYXU1jE5aNj7dr94cVB9g36vOhvFpabiUFE5KFp6BDe9X4cuRZTfH/T+rwVaFfe+PKtwcS8OlpHBScmYB9mBYXQ8jw1bDeKtf3R9U"
7. A6\$ = "2P/Vq3AqDZeSQpTMhwXY6urqe+Z24cKFK1eurKysYH/p0iWcyg2XkkKUPD/dAsgrTidghSYBCvKK0wlYobkD6MNBcToBKzQJUJBXnM4JrIB+CijIK07nBFZAPwUU5BWnE7BC"
8. A7\$ = "kwAFeQaf7ejEXdBsBrSd7yRX6gG0ne8kV+oBtJ3vJFfqArSV79xxpR5AW/nOHVfqALSd7yRX6gG0NZ0uQHPo9ACaQ6cH0Bw6XYDm0OnxoDl0OjxoDp0eQHPobAbURWfNfNTj"
9. A8\$ = "QT101s1HPR7URWfNfNTlQR101s1HXR7UQWfdfNTjQT101s1HPR7UQ2fdfJQmo9YvPp9O24Pm02l70Hw6GzxoPp22B82n0/Sg+XTaHjSfTgvQInSSE1UXSUXoJCeqLpKK0ElO"
10. A9\$ = "VF8kFaGTVvrqIqkInbTS1xZJRegkJ6oukorQSU5UWSQVpFNdJBWkU10kFaRTXyQVpFNdJBWkU1skFaRTXSQVpFP5xbvoFPFODn8mIVIJqIdOGe/k8GcyJZWAuugU8U4OfyYh"
11. A10\$ = "UgVQB50y3snhz3RKKgF10CnjnRz+TKekAlAPnTLeyeHPZEoqAfXQKeOdHP5MpqQpoJl0ytB9AmgmnTJ0nwCaSacM3aeA5tGpRO8TQPPoVKL3ewHNpFOG7hNAM+mUofs9gEo6"
13. A12\$ = "eUuVQqPwxbDMi6Qkk6nmLW0c5dXlz58skpJMpp631DKcOppUc/kFXiQlmUw9b6llOHU0qebSMi+SkkymmrdUKTQKL4dlXiQlmUw1b6lSaBSeO3duZ5FE7pMCQzA+oFO1hC/V"
14. A13\$ = "HYBOBpTcJwWGYHzA+U9ZYufucRV0MqDkPikwBOMDzn/KEjt3j6ugkwEFTDtEUkaeIkSxyRI7d4+roHMXUMC0QyRl5ClCFJsssXP3uAo6dwEl90mBIRgfcP5Tlti5e1wFnQwo"
15. A14\$ = "uU8KDGHjA85/yhI7d4+roPMJoBQM6s7Iz3VnFAzqzsjPdWjTYFB3Rn6uOyM/193WIZoEfXdoknJ3aJJyh2gS913SCfHu0CTl7tDc+cX/8vM3sO9XP7Ptx1vXUA37xpqo8O3o"
16. A15\$ = "POylk8/B/PohhK718YhO219cH4LJNmv7pcIhKwFAn378lmFfXH4HtBF2N1bexak0XEoKY0Cd+ui4p6DPwxM3OGl/PIT+/kkGvpR+HU9O/UOGo/pFFqcTfQdN8qB4Io7pufJB"
18. A17\$ = "LqkTA3oQ9Bv9XF375Y30Oh46+V5UPlJQxi+jAuqhs26+KD1Q4qH5x0oOrI7OWF/WqQOUphMJ/Uw5DyQOius3Mhp/hPEUQt44E51HFk16MQloPp2GByXfQI82Vl0JPTMBWqev"
21. A21\$ = "QCWd8j87Ez0JoKyPcSLleBZF3b0v+uq/mKiKPWjcfulsjPbXeabWACUfanH9g+hKKYcZZzLVvKX0YXbJ++df40UMvzZxmcSWW9CJW0rpy2kGlaj66vjZ7a+7hfU9TBhfbxF9"
22. A22\$ = "Txv2rQ73L8eHk7Alfe4zGXo/HgDq3zp9vPlM4qhcVl82ACUzAWS3Xx3aA6W/b/B5Hkx+rjtDG2zxxgqZt3v0qaPiB/FpkT5URfyr7MbRydT3vOO+1Wl8+cwKTj5aP6Wgvirl"
23. A23\$ = "HBhP+51SBm2N32rOIw7mvf8D5zQ8aMiOeWUAAAAASUVORK5CYII="
24.
25.
26.
27. '10902  bytes long text, contains 8017 bytes big PNG file
28.
29. A\$ = A0\$ + A1\$ + A2\$ + A3\$ + A4\$ + A5\$ + A6\$ + A7\$ + A8\$ + A9\$ + A10\$ + A11\$ + A12\$ + A13\$ + A14\$ + A15\$ + A16\$ + A17\$ + A18\$ + A19\$ + A20\$ + A21\$ + A22\$ + A23\$
30. DECODE64 A\$, "Known_image.png"
32. SCREEN img
33. KILL "Known_image.png"
34.
35.
36.
37.
38. SUB DECODE64 (code\$, ToFile\$)
39.     '    DO UNTIL LEN(code\$) MOD 4 = 0
40.     '    code\$ = code\$ + "="
41.     '    LOOP
42.     ff = FREEFILE
43.     IF _FILEEXISTS(ToFile\$) THEN KILL ToFile\$
44.
45.     OPEN ToFile\$ FOR BINARY AS #ff
46.
47.     FOR d = 1 TO LEN(code\$) STEP 4
48.         A\$ = MID\$(code\$, d, 1)
49.         B\$ = MID\$(code\$, d + 1, 1)
50.         C\$ = MID\$(code\$, d + 2, 1)
51.         D\$ = MID\$(code\$, d + 3, 1)
52.
53.         BinaryA\$ = DECtoBIN6\$(BASE64TODEC(A\$))
54.         BinaryB\$ = DECtoBIN6\$(BASE64TODEC(B\$))
55.         BinaryC\$ = DECtoBIN6\$(BASE64TODEC(C\$))
56.         BinaryD\$ = DECtoBIN6\$(BASE64TODEC(D\$))
57.
58.         BINARY\$ = BinaryA\$ + BinaryB\$ + BinaryC\$ + BinaryD\$
59.
60.         FOR Code = 1 TO 24 STEP 8
61.             a = BINtoDEC(MID\$(BINARY\$, Code, 8))
62.             PUT #ff, , a
63.     NEXT d
64.     CLOSE ff
65.
66. FUNCTION DECtoBIN6\$ (vstup)
67.     FOR rj = 5 TO 0 STEP -1
68.         IF vstup AND 2 ^ rj THEN DECtoBIN6\$ = DECtoBIN6\$ + "1" ELSE DECtoBIN6\$ = DECtoBIN6\$ + "0"
69.     NEXT rj
70.
71.
72. FUNCTION BINtoDEC (b AS STRING)
73.     FOR Si = 1 TO LEN(b)
74.         e\$ = MID\$(b\$, Si, 1)
75.         c = VAL(e\$) '
76.         Sj = LEN(b) - Si
77.         BINtoDEC = BINtoDEC + (c * 2 ^ Sj)
78.     NEXT Si
79.
80. FUNCTION BASE64TODEC~& (nr\$)
81.     DIM B64(63) AS _UNSIGNED _BYTE, V AS _UNSIGNED LONG, Si AS LONG
82.     FOR a = 0 TO 63
83.         IF a <= 25 THEN B = a + 65
84.         IF a > 25 THEN B = a + 71
85.         IF a > 51 THEN B = a - 4
86.         IF a = 62 THEN B = 43
87.         IF a = 63 THEN B = 47
88.         ' https://en.wikipedia.org/wiki/Base64
89.         B64(a) = B
90.
91.     FOR Si = 1 TO LEN(nr\$)
92.         V = ASC(nr\$, Si)
93.         FOR search = 0 TO 63
94.             IF B64(search) = V THEN EXIT FOR
95.         Sj = LEN(nr\$) - Si
96.         BASE64TODEC~& = BASE64TODEC~& + (search * 64 ^ Sj)
97.
98.

Petr

• Forum Resident
• Posts: 1194
• The best code is the DNA of the hops.
Re: BASE64
« Reply #9 on: December 23, 2019, 04:43:34 PM »
Here is one really big source code. Original file size is 218410 bytes, as BASE64 it is 298187 bytes.  Last photo spam here :)

Code: QB64: [Select]
1. DIM A(583) AS STRING
9. A(7) = "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"
10. A(8) = "9o+i13ua2v8A0ljv9GulZmtZUfScZiGM7kk7Gz/Ja5ynvL9tRLZ5cfF0QmiRvXW2I8lju7NdlYeHTTUG1sDKxqB3P8p/8pVOuYH2nD3M4re1zvueFb+1VsBodG86Dae6yPrH1jJ6ZXgUY7dwyBbbduBHtBbTT/1Nzk+UdKTzIAwSAFaCIH1eWvx2251O7QVmT/BbVLKbIe6wBrOAsvqNofsyhoCQLAO090eqRBYdzSNCoiSIx8tHKF0OoDvdOzcW2w4tzpcfoeYVbruLVURXa0FsGIiCCsixhZaLd0FpmQdRCnZnPyyN7i4N0kogGr/JIBBtr0UNfkhwr2Nb9EjlH6lY57W49XJ0nwS/SNIcBDTwptBe4l3h9LROvW+zIC//0eFLSJDhBHIRq8N9mObh4wAtnqWCzJ2+kzZYz27vFWa8UCgMgAhuo8wqU+YAArvqxPOV4Dn+o5wPsAMeRT0YtrK2PrBPuId9+i6PCx22ssbke0PG1rwj"
13. A(11) = "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"
16. A(14) = "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"
17. A(15) = "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"
19. A(17) = "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"
20. A(18) = "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"
24. A(22) = "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"
25. A(23) = "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"
26. A(24) = "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"
27. A(25) = "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"
29. A(27) = "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"
30. A(28) = "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"
32. A(30) = "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"
38. A(36) = "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"
40. A(38) = "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"
45. A(43) = "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"
47. A(45) = "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"
49. A(47) = "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"
50. A(48) = "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"
59. A(57) = "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"
64. A(62) = "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"
65. A(63) = "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"
67. A(65) = "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"
68. A(66) = "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"
69. A(67) = "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"
70. A(68) = "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"
72. A(70) = "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"
75. A(73) = "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"
78. A(76) = "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"
81. A(79) = "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"
82. A(80) = "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"
86. A(84) = "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"
87. A(85) = "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"
91. A(89) = "GmWMcUmQPrTdxxx1puWPA/GlcLj2II5qMgGlBJPNOOMUJgVZIh6VTli4OQM1osATg9qhlQYOKaYrGNKNpqu7+n41fnTBOR+NZswxnJx6VokFiMse1Rl+aRm4qJmOKpI0SJ1fmrUTg4yazA+D1xViKUjBzTcR20N22wcela9uuOnSuftbjpz9K2LefI5IzUcpKNaIAVZT61RikBA5q3G4yOaTQFhVz2qdF4FQxkY61Mrg96loLEo96QgUm8e34U1m54zWUkJjtgLZp6IMHimIc9c1IGxWdhE0eBwamXFVRJ7iniTjrQBa3DFMduOTzUPmcDmmNLg8GkMJGGKozMOakkm4PrVCaXrzQ0UiKZutU5SCOKleX3qtK4PUipsM4E+uOtIRkc0tIc9D2r2TUQ9eOpppzgcU7jNB6ii4DT7Zo5NKQKaOtO4CnpSDqccUHNHbGelNAH45o4xyKOKO/pTuAo+nNOU4OOw6Uz60oOOe1K4mW0bGBnpV"
92. A(90) = "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"
93. A(91) = "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"
94. A(92) = "W4Ax9akW3DZG4Bj2B600KWHLD86fsTABmUEd/ShCZYlt9yxzEqWxsfHqOh/H+lNNpjOGBHsalgFs26I3YxIAuMdG61Ey2+9h9pYMDyBx0p2uTcie2YDgqfYmiFQH+YAHHOeBTWKjG2RiRTC5bkHIzzUNFo0VMZiMUoYEnKnqDViylZf3bHJU/Ke9Z6s8YBI3qRnAPIqyschxNGCQP7p/pUMaOlmtxqmjSQPycZFeaXVmbW5eJwQQcDivRdKu8gAkfMc4rH8X6ViRbuIYXGTipnHmXMcWJp3Vzg3UAZqEnHIGPU1PIpzgA8f/AKv6VVYgZwcDOKwZ5UotMjc5JFVJCDzU0jYHWqcrjJ5704rUzYxmAOf61A8gHWh3OOetVnk681tGJSQSPjPrVdnzwKa7474z2qIvjg/rXTGIWHlvTp2OetABPt7UwHcelTotabC2Hog696nVBnoPqaYgGen5VOhBGRg/SokxNjkUZGMflVmFihGB+uKg"
96. A(94) = "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"
98. A(96) = "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"
99. A(97) = "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"
101. A(99) = "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"
102. A(100) = "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"
108. A(106) = "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"
109. A(107) = "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"
111. A(109) = "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"
113. A(111) = "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"
117. A(115) = "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"
118. A(116) = "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"
121. A(119) = "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"
122. A(120) = "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"
125. A(123) = "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"
126. A(124) = "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"
128. A(126) = "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"
130. A(128) = "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"
131. A(129) = "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"
132. A(130) = "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"
133. A(131) = "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"
135. A(133) = "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"
136. A(134) = "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"
139. A(137) = "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"
140. A(138) = "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"
141. A(139) = "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"
142. A(140) = "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"
146. A(144) = "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"
147. A(145) = "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"
150. A(148) = "ogbO3JI7e1MRDLKXkKqCTnk08Mlug5zK3/jtOMflKCo+cjOSenvVR8qxOeR39aA3JQeOR8x6n1qRcjoCT2qBMbskk9+anEnHyAlj14q4shoUkqAW4z2FNMpVCVGAeMAZp6wM/wA7liPcVJ5DKuVGFIzk962iyGVg745JA6dKejquScemTTGjJbOeD2FIylRgKCvvVJDJzOoHAJz6VNFOp65B+lZ6uchcjp09KtISqZPNPUVi+CSoOcgnr608MxIwVJx+NZokfGVLDNOS4ZcbwD7ii4crNBmkPUZqITOowwyo6VF9rCHPJz29Kf8AaA4zjn0Pak2UkyQlWznkVTmKqCAeKmaWLaQcqcVQkO5sK2VFSUIg3McfnVmNAq5PPtTIo89Rmns4UEYNFrAKG+baBznOK17RDtGRgCsuyjM0249BW2FAXGPlPSkJkmov5ehynftJB5HU14Fq915eoyAHK56k9fevb/Flwlh4ZZiBlhjJNfOl7IXm"
151. A(149) = "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"
152. A(150) = "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"
153. A(151) = "aUkHtz1NNbrTsUkNPHtikyB04oPHakHT6mkUhwPrT1YDpUX60AnHOaAaLSuc9cVMrnJ/nVJWxz61IHxx27VLRNi+snfPWpVfkZOKoJJzn1qdHzUuIWLwfOc557elSq1VEY45qYHPTioaFYmz69e/NOz0x0xkVGDSg5OP5UuUQ/dk+tBPt7UwHsaCfT+dFgsPXg/19aswtziqy+1WIc5FJoDVgY4q8jcf09Kz4elXEbH+FQ0FiwGpDzxUQfnr+FOyDU2FYilHy1nTrwcVpSfdqnKvf8K0SHYyJIye3aqU8XBPr2rbeMHt09s1RuIgFPH6VSHYwJVwelRA8/0q5OmGIx0qk3B6VtHUCVWA+npUok46ZqkG/LtzTwx7E1LjclxLW/n0HagHJx6d8VCpJPHT6VKoPT0qGrCsP4ppUE08cCgjPTp2pCICv1/OgKf89am2nB4zQF5HGeKrmHcaiZzx15qykf0/GkROetToorOUibgsY56/iKlC"
158. A(156) = "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"
160. A(158) = "P1oEBJphz2NKTTaLDQ05z1/KkFKfcUhzk9x2NIpIXPTikJ75xmjJ/wDrU3PApjFzTw3So/5dqUcEmiwWLCManRulUw3+NWEY+uKloTRdRuanRh0BBwapxsOOasowxj0NZyRLLIOMdPp6UuT6YqNW9aeGB7j05qWFhc8HnHNOBBGetM6fh6U4Hn8KGhEqDOP8irMS8/rUCZOOnT1q1GO/rUMGW4jirQPHNVEODU4fAqbCJS+KerZxVQvzzUkTjPXFNICw545qvJyKkL81G57fyquUCDbxwBVeeMFat9+34VDNjBppDMG6jHPH6VlSoQffqa3rpQcisqWLJ5BFXF2GihtP1p6pxUhTGeMe1Kox0OKpyJbHIoz+FWFUEYqNPUd6mAGKykyBhHA4oxz2x0HNPYfn6Uw5z3/A0gF7fjSjG7OMmmA8f5zTtx//AF0DsTpjjoKmX73pVdG7enaplbjPr71EiWiYHj8cU8N83FQh8YpQ/PWosIux"
161. A(159) = "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"
162. A(160) = "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"
165. A(163) = "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"
166. A(164) = "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"
167. A(165) = "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"
168. A(166) = "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"
169. A(167) = "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"
172. A(170) = "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"
173. A(171) = "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"
175. A(173) = "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"
176. A(174) = "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"
178. A(176) = "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"
179. A(177) = "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"
180. A(178) = "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"
181. A(179) = "I6/rS+YCOtIQ4tThg9eM1CH+brTlYc4NFwPFcYpc8fpSHrzQMYA9K9c6R309MZ9aB14oHp6UCkAvUkjvzRQKX8M0hCe1IR6Gnfjijj0zRcBvO3mk7/hS85xnGKQ9jng9KEFxp/GjmlP4UnbmqGHPenIpJwPyxSAEkgVZgT0pNgOSPgAjpUhjHp3qykXfFOMXtWXNqUUipAJ6ge1MKnvzxmrjxjbVcoeeeehqlICq6/n3qMKQOfr0qwy5J9fT0qPaQenaqTAYR3oI5qQLx39elIV/LtTuIhI5PFMZTkdasFT1PftUci4bkcgc00xBGm4ZHY4q1HGc9OcUy1UFsetaEcXbGcVlOVhpkaxgggAfhTJY9q5wavJHg4xTLmPCdOlYc+o7meBwKGXkgj3pwGKUjPahyApSrxwc+w6VUCnfxxWjKoK1RIw+cda3g9BouwDIGOO9XAOD9fWqltjjH61eUEA+x71jN2YEZX1qvcrlB/KrZUnn+tV7"
185. A(183) = "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"
187. A(185) = "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"
189. A(187) = "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"
195. A(193) = "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"
198. A(196) = "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"
204. A(202) = "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"
207. A(205) = "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"
209. A(207) = "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"
211. A(209) = "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"
212. A(210) = "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"
213. A(211) = "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"
216. A(214) = "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"
217. A(215) = "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"
220. A(218) = "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"
223. A(221) = "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"
225. A(223) = "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"
226. A(224) = "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"
227. A(225) = "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"
229. A(227) = "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"
232. A(230) = "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"
234. A(232) = "2naGRiSbGCMgen4V0ST28EIjjcK3cdxWVPqdujK32gK3XGetU7vURghZFcHnkZINZyqFKDbNm6voljYrdFBjkYz+lYdzfkAFZ1OexjxWTNcStJgEIR90Y5P0FKUnZTJcukCnp5x5P0XrXPKVzaMFHVkr3DO2XlY49OKiLKGwCWPXk0iy2gYYMs57EjYP6k/pUovJEyIVhiPYoOSPrULzK9CRYZGQYgIXGd0h25qs8YIJeVTg4AjGT+fApfMmYgsA7HqW5qVll2kGNQPaqTQmUCkQBKQMxJyTI2B9ML/jTHe5VNp8qNSOkeB+dXSAgxsyR3btVOWFXYs6sM989abegDrX5cAKpPqDmtSIsAMDPuDWXEsEbAgHkYyK1YJYyoAUkDpUgWYlLYDgA98GrccOTkKTg44qtEodgAxrXtIWyCGUjOMDtTWpLJ7OA8EL+YrSyUTBH6UW0JAyWx+FSXHyp9/NbRjZXOaU+aVjNnVWycgn1qhKqdDk"
235. A(233) = "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"
238. A(236) = "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"
241. A(239) = "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"
244. A(242) = "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"
245. A(243) = "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"
246. A(244) = "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"
247. A(245) = "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"
248. A(246) = "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"
249. A(247) = "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"
251. A(249) = "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"
260. A(258) = "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"
264. A(262) = "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"
265. A(263) = "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"
267. A(265) = "pSldoAIBA7+lOz6gpLoUpVdVAIXg45HWq0iKy5KgAnscYrRkkXGeD6HNZN3MwJGQQKmRpF3IykfI838GFKnmKflkGenDVUyX5BwaQArwR+tZtlpGiLibBDosijsRmgRwyDBjaJsduRVFXOTgn86nWYrxknHvS5u4+UsG2KjIdceoHWo3jcfwEjsRTRcSbsgn6Zp5lOQV3KT1A6fhS0Y9UQZ6nHHuKaWJz6Va8+QLh0VgTTSY3GSGRj1wuaVkFymVBPzGoXAHQZq+YcrkOpH5VVlQLwy9enNQ4ilIpPIAeMCotzNyRjNWHRBnqarnjOMkVNjCeo1wAPeoJcYqZgTUUoKrggdeatRujhqxuUpDjuapySY71blIx0rMnYCsnDscslYkSfa2M4zzV1JNw4ABrGDknjqav28gK4J+Yda1pN7Mkvh+ODSNlsnnrTFYFhzU6qBkH1rawyrLCGAJFQiIgcGrsgwuRj8ahzmsp00wKbrjgioivpVy"
268. A(266) = "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"
270. A(268) = "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"
274. A(272) = "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"
275. A(273) = "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"
276. A(274) = "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"
285. A(283) = "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"
286. A(284) = "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"
294. A(292) = "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"
295. A(293) = "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"
302. A(300) = "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"
304. A(302) = "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"
306. A(304) = "VMVSpwD+FJ7jWxNLKQpH+RUZczQEA/vIxn6ilLK4B6EHBFQMWik3oMFeQOxHcflSuVYaxGwPjGRk+1IrMpWRDnJyD60kkkdtMVbLwyAMmewNRzRgxloHO3rgnpUvcuK5jSdxcW5lQ4boR6H1qpHM6SYIBxw31qrbXskMillDRn5ZAOuPWrUyhZ22EBgAT6MD0I/r7ihyTXMgimnysu5WQAkg571KIyQEfqOQc1ThkYjDgBgOT61eV9y4c9BkEUJ3JmmtiFozHl4iD6jNVTcbWJIxkZIAqy5KZIztPaopFWROmGHSs35Fw7vUz7tFZcbV2sMggVRtpAgMcp3KeOv9KvSzhcwyZB+lZbom4sMgnjI71jLc6Yaoku4lSHyyvmRg5jPdD3APpjtWXLEEbJGOM8VpRSbgYZTkDkGq0qncQRnFZS1LirEQkV4QhOccg1AYxuyDxUu1COBhsc00qQOenapLGgYGO9O2sQKYCc4xxn0qYE84H44o"
308. A(306) = "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"
309. A(307) = "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"
310. A(308) = "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"
313. A(311) = "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"
315. A(313) = "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"
316. A(314) = "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"
319. A(317) = "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"
320. A(318) = "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"
322. A(320) = "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"
323. A(321) = "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"
324. A(322) = "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"
325. A(323) = "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"
328. A(326) = "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"
329. A(327) = "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"
330. A(328) = "RU0TlMZOBT5EA5xTVUEfWnICbI9PxpdvHH6CowuP8asRDcOORXM0KwgjJApWgbdxmrCqDxUsajOAPxppXCxSGQ+DnipgeKnMYbOVBxUTJg8dKiUCuUQSYNSrLkYNVskNTkYgUoxsSWd/GDzUDtwetP6jGabtJrrhoCKzKScc81JHGRxg1OIc1J5e0YxSmx2Ej4FSh6h5FLvwKxaFsSs/y1A7EikLZpB64qVC4XG5JpWB2inMMHOMZ9qUIWFaqNgIelBbA6nNOcEcVAxwccj1p3ETqxxnoau20w24f8Kzo255H0qTJyMH8KuLsBomcDg00zdxVcEsN3pQTx161pzXKuS+YXank5x7VXRhnk1MTkjFY1BDic/hSYzyaAeo5pDwO9c6AjcDB61Ayc5qwx7nH4UxsE10wloBFnFKHIppAGTSAhjx0okwRYSbp1/Grcbg8gjJrPUEe1SxuVPFYOVnqM0UUexqdCBVaGTIqzkYreKT2AxlHOOO"
331. A(329) = "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"
332. A(330) = "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"
333. A(331) = "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"
336. A(334) = "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"
337. A(335) = "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"
341. A(339) = "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"
342. A(340) = "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"
343. A(341) = "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"
344. A(342) = "EhiKfHu4JI5FGwlck4xQqOAcEke1QykTB8HqKnS4ZT1zVMKcjnnHQ1ZjQ5BBFMZcS4DdcD8KtxODweg71Uji755NTquDkdD71abIZcXGMjH1p9QJnjOOPWpcjGefwqiGP2Z6mnbRjFV/PCnvTvPyM0XSFZsk24pjsRwDigSg+goPzdCPxouFn1IjKxGM5qJwT1NLKu0ZGBVZ7gj7wIJGaSeoSjoRXIIGQc1g35LKQevetaaUtyP51mXSiRSCCSea1T0OGrE5K9T5yQM1iXCnJ69a6q5gO45HFYd5b4zgdO/rXLUTuccrmQuVb371ZWTI5qvIu1gTmnKQKS0JLQYE8U8MUIYHpVUMc8dKlD+tWM6XSNTJYBmAI7E12FrMHAZT+ArzCKfypA6npXXaPqaOqEN26ZropzT0YI7FJCwweR6mq11D5ikEEg0kMiuisDkGrIYNlWrpNLnFapYEbuOM1zTxtFJtP3a9KvrRZFwy5xXK32nZcnGM"
345. A(343) = "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"
346. A(344) = "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"
349. A(347) = "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"
350. A(348) = "ZycDGaz5iYpiTnaTwPSrxXbKpzgZxzUMqCUOjAZBJH0pMBEYHkc5HrU6BSuQcgjms6BjE5wTjHQdq0onDLjAPy5wD0oGIvEZjY5ByRUUU+1mjfjIwDT3HygjoelV58ZAxgjoallItq+6Pax5HT3qCQhlz0ZfmwKigYsp3cMpyTSqCWJJBAyMk9c1DZaQvmIzkNkAgFSacPl3A4I7j1qtIxUgkggH06ipUlBOAQVI6elQ2WiPdtfKnBHUVAZAsrFQSp6ipZ1CEEcgHOfSq0qhmJBwCcg+tZstEuwKrPETk/wk8j6UFtsGMkB3ww9No/8Ar/pUSEqu7PzA8VO7h/KGATsDHHvz/LFTuUQAkZwxIzmn7m3AkkAjpjOaftGQRj6VGyFDlTgZ6GlZjuhsqHrnKnp2x7Uwb0O8Dke9PEv7tlZQcHPXFMV1Jxll4zwM0mxosRyx3H7qUFZD0akZZIZBG4yQe/eo8ZwCVPoQcYq8gDwBXALA8Nnq"
351. A(349) = "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"
352. A(350) = "k0pfjHB+tLQWoMo284/GqFzCegAHHpVwuVxnA47GoZrhQuc5oB7GFOkqZ2ggCs2aWQkgjIrauLuPBDCsW5eN2IRh19auJy1YooTjdz0rKuYwwJxg961XJ5zzmqsqBhjH4VnNXOCSszmLmE7icfpVYIwxmugmtgwPGe2QKoS2x4+UD6VmhJFEDPXpSgkcVP5IXNNMYzmqCwnJFWbS7ks5VZSdp6gVCoHQ4pHXrg/lRdoR3emaqHVcEAGt5JwwByMHvmvLLG9e0kAJOw11+naoGUDII+tddOpdDudQWBG1ucVQubcHJxT45wyg/eqUEOuCK1eqG9UYctgOWCn8KZHGUO054raZAuARVa4txyQKixNiFVyvGPxqtPAOeARUu/y8DOKczb1ODSYbHO3VvtJZRxWbJACvPFdBcpkEEZrJlTmuSorMdzOKFeeuacHKirBT5jUDL69e1YX1JYjPkZIzUBVc/XtUvTio2FWgQxCUbjir9vMHGM8i"
353. A(351) = "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"
354. A(352) = "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"
359. A(357) = "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"
361. A(359) = "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"
363. A(361) = "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"
365. A(363) = "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"
366. A(364) = "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"
367. A(365) = "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"
369. A(367) = "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"
370. A(368) = "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"
371. A(369) = "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"
372. A(370) = "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"
375. A(373) = "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"
377. A(375) = "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"
378. A(376) = "pJitYrCHDAgfjViJCAR6U9V7HtUwXB/+tWM43Aj2nvj86AmMEduKmOMe2eKFwTz1PWlFNANU4P8AWpSw7H/Go3Xa2QcdqQ5B45pSQCOckg5/Gqcw4yMegqd9wPTjtTGXcD646VEZWYiiGw4Bq0jA8+tVpEKsGx+lPR8Lj0rbmujSErGhEAw6VMIwxx61Rim2GryOCQc1rTaNG7kyRAKR6cVFLACvH5dKtghkDDrnmonYA4zW7aaBIxrlNp6VVGckVoXeMEgZ9qoIMvgdKzaBolQHcCOOKuxgbMkVWjTB/GrcanA9qzaM5IcG7EUrKeMfypSoyDUqqNoNZq9yGW7KTaMORkdiavhgQQDkdeO9YyMVkBzitSNsp6HPNdNKXQpOwsqBsZ4OOQP8agLBDkKOOntV7YGHOAe471XmgVcgcnufStjeEiuZJHjYA4559qc5IhWNDgY5Y9ageQom1eATyajLDAaQ4UDgZp3NrkoWGDMn+sbHJPeq"
380. A(378) = "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"
381. A(379) = "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"
383. A(381) = "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"
385. A(383) = "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"
387. A(385) = "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"
388. A(386) = "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"
389. A(387) = "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"
393. A(391) = "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"
395. A(393) = "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"
399. A(397) = "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"
400. A(398) = "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"
401. A(399) = "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"
403. A(401) = "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"
404. A(402) = "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"
405. A(403) = "NcXoxkEZrJnuwc5Yc1pG5zzsiOeRQDnr2qhLMc8ZonuAxODn8aosWdsVsmYNXJ/tByeasQzHIwcHtVJIWJJParkFueuDQmu4crNyzuC8eCeavpcSIOHI/Gse3zG4NWjKSevSr9r0uBbmvJiuDKcfWsa5uZi+C5x25qeSYkVQlYk571jUm3sxMek7Zwx/EmrUUoPy5HNZwPcdalikOeD9a5ZtocXY09wyKlhJOQO9Uo5QXC5rRhjwc4H1q6Ddy+a5dSHdHywU1FIoXO/8KkVioBzQ67kJI4NdrnoIy59uDkmq1nO1rcKQTjvVueMb/rVOSMAEVipO+gmjsbPUQEHzcHtUrajtyM9feuRtbwqmwngd6sJdbnxnn613KbaGnY2prjzMjNYFzGTIxA/SriSEggmkZN3bmpqRcg5rmUQQOaXdxVyaICInvWed2SPTrXO6bQhHyevSoXjFWF2kcUhXngZqHEtK5WEfrS+WKmIy1DDaM0cugnGw"
406. A(404) = "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"
409. A(407) = "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"
410. A(408) = "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"
411. A(409) = "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"
412. A(410) = "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"
413. A(411) = "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"
415. A(413) = "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"
417. A(415) = "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"
420. A(418) = "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"
421. A(419) = "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"
426. A(424) = "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"
427. A(425) = "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"
428. A(426) = "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"
434. A(432) = "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"
441. A(439) = "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"
444. A(442) = "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"
446. A(444) = "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"
447. A(445) = "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"
450. A(448) = "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"
451. A(449) = "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"
453. A(451) = "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"
454. A(452) = "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"
455. A(453) = "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"
457. A(455) = "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"
458. A(456) = "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"
459. A(457) = "sMkgDDp2qhLBgk4yMVqBs9fXr61HKgasYSbZm0ZJQA8HP41ImQTwKllgOeBzUQXaxyPateUEXIm4A9qc6hhxio1+UUFh9ahxLUijcIc8CqEkbKcjitlkB6HOO1RGEN1GKqMuUTZUs3KMA3fvW9buMA8c981k/Z8cgDI6mrVu5DYJ6iuinNNjUmjXBDDIwKYUGOOnaokkOOtTAk5yRW6ZpGRE0eKhdNx6Z9qssCxqMqRSZvFlYqFHAwaiPU5qw7AnAqLYWHOfxFSaIhPLYAPA7VMg456daaSqHAxmnL8xH8qQWJkySeoHarAYRxY7moQwVffNAYMMnoa0jKxLiQFjyOmamiwq8jpzTCASMfpTZGKqEHBNWpIlxLQxcbRn5Qcn3p5kzcoidAST+VRwgxwnOeeKmtIiZS59Mc1akJl0NthJJ569KzrliZAwJx2q1ds0ceD1JxiqkqljGo555obFY1bd/wBwMnJ6VYtn3SqP4s81VQFYwOw6"
460. A(458) = "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"
461. A(459) = "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"
463. A(461) = "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"
464. A(462) = "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"
465. A(463) = "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"
466. A(464) = "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"
469. A(467) = "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"
470. A(468) = "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"
473. A(471) = "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"
476. A(474) = "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"
477. A(475) = "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"
478. A(476) = "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"
479. A(477) = "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"
480. A(478) = "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"
483. A(481) = "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"
484. A(482) = "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"
485. A(483) = "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"
487. A(485) = "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"
489. A(487) = "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"
494. A(492) = "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"
496. A(494) = "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"
498. A(496) = "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"
499. A(497) = "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"
501. A(499) = "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"
502. A(500) = "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"
508. A(506) = "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"
509. A(507) = "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"
511. A(509) = "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"
519. A(517) = "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"
522. A(520) = "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"
525. A(523) = "CKAGLeA4zjBq7EyyYwRVFrIq5bFS24MZoAuPCDz1pgPlnjNSCXcuCM1Hjd1BpgNkm3Cq+Ax5zVsW5YY6fWmPCYx2PvQBCWK42449OtM+3Ovc/jQzgt94DPvSeUG7dPSgC7BcmQfMetWwY8YzVKNQqjjH1qC6unUYB6d6ANYpAV5+93qrNbQMOCtYTapKpK5JpReyyAZJz9aVwsWLiwgPYE1WWyjV+VxWjaqZT855+taK2IZMk0BYzre1QLzVtIVXBxj8aJIjEDgn8KqG5ZW6UBY2YiAuc4/rUc5BBAODVBb0+v1ppn3nhjRcB7rz8pzTkHGfzpqPwSGz7GngkdqAHiMMMjOKkEYUYGTTEZielPD5PPFAEgwRjBB+lOEe1fr7U6PBHr9KbLIAO/HbNAABgY79qkPbnn61WVi+T0p5J29aABsZwMk98UoTJ4HB61Ed/GTzTtwHcUASbEGABViPpWf9pCt94VPFdAnJIoCxalUEcGodpB+9"
527. A(525) = "D2q5EABzUIjOelWIkJ9aQCl8dKYJcnn+VTPEcVCIyG5FAEyYxmpdw6YqMAAcCkUnd6YoAVlB5HSmlB0I6VOBnpTHOD7HrQBCUGcYzinogAyRnFPjIYnJqUpx0/HFMCvIu5fTvUJgHU1aH3jTwoI6ZpAZUqY4xxVYoSea0rlB9KpnAbtQIr7CGA9O9ShQcg808qCMikKDHFAEJQelAI6jmmyybRx3qOFi7c+tA7XLDOwXPIBqlIWkbGSBWoEUjGOlNEKbicDOKVx2M9YMAZHSpEUK3arLoQML0qs0TqckUDLiIGXripFtNxBxmqkMpU4IPFacN0u3kD8aVw3IzaYHSozbqgIJxirpukxnINZ1zcg5APfpTACoY4A7UwW4ZsZ59DU9lEZOTxxV8WoLg4HFIZRFkcDANPSxJHI/St5IAsQOMgiolZFbBAx2zTAyxY4PA/Sn/Yj2HHatkKjdhntzSmDcBgChCMM2p6AY/CoTakZCrwO+K2po"
528. A(526) = "QucioBGgGCc4HTNAGWLc88c0wxlcd61vKU8D0qKSAZxjkdaQzO2Ek4BpVABIyT+FXRbnA5AFM8kZyRkUARhwOAM08XB7HAolTCZHAqvE2JDnFAiwzuwAJIzUYiOeoOPWpzIgHIGahM0e4DOKAJlYIBkdu1PFyN2AAPrVZj5g4NQspTkn5frTAuSzkLyQcmmLcKeuOlUpJRsxnPes4ytuxnikBtvcIOcj88VGb5VGTjP1rFluHA4PX3qoZZS2MnBoC5r3N6HJJOapibc2R3qn845OaUyFRQBfLBucnmqsrkDgEe9Qi4cHkfh6VHLdcEEGgRG08obgnjrUgllZc5OT71AtxGTnB9KspcR4wDTTCxEpkBBOetXYZjjH61GVDLkEcVAHKSEAUxGgTzk0qn1qEXGFBIP5UwShm6/hQBcOO2KVWwc5xUajjJNKSAOuKALCTcjmrW8FetZBl2t1xVqOcbev61SYh0rcHNYt1IEkBzir9zOFHX9a"
529. A(527) = "53ULj5jzQxo11vB5XyntUH2ouwGcVhRXmRgnge9TxzkvndjvS1GzZDgnJPWrkEqE4NZMchfGOM+9allbhyOMkUITNSIemPpVxHKnGKIIAig9a0IIw5Hyg96TKRHEsjnIB/GtKCBiOQMfWp4IBxgY+lXltgwzjofXFCQNlNLMhsqcVNIjouV5NWxEozgkfhmkKFVJIA/z6UwKYmdVG7g981A94EJyR+eKluIWcEgkD2rLnt22nOeB61nLQqJf+1RSqFOP51DNYRypuUg4rLQMjAE1o29yV4PGR61k5W3NFEoy6G03QEDHAFZkumTQuQFyBwM12CTZQgED0qJlVlbIUMODmqtFoLtHHpbPHkk5JNSRwFgcrjPNbZgjZjj9KBagDG3PapcClIwyhjYgZI7VG7ZOD2rZltwCTgE98Vk3EexiRmp5bBzXKc4ytY92cA4rVmfaCDWNduAT6HpWsUZyZmyvtOc8YpiuztgDGRUU74JzziiG4VT+"
531. A(529) = "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"
535. A(533) = "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"
540. A(538) = "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"
542. A(540) = "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"
544. A(542) = "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"
545. A(543) = "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"
550. A(548) = "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"
551. A(549) = "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"
555. A(553) = "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"
556. A(554) = "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"
557. A(555) = "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"
559. A(557) = "7UyQowxkkZ7VGkTy4w5OetaYtI0hGRz3osO5nYCrwCR24qN1DcYP0xWixjRcAAkdTVclWOAMEe9AIreSB3rOuoXY8cgHr6VtBFDZOMdqV2RuAhz34oTBow4ZjDw/NaVtPkg4UCleyLkkRDB7gVD9neI4AIH0oEapuBjC/wAqrzZYZBwB04qOIogBzxjvThKjg4IJ74pAVxbo/Lcn61KlmNuSPxoRHZvlUkk1dTzEAV4wTnGT2oAgisl6hcY7kVJIpwEQHdnscVcMb5APQ+valKJGfmAOOOtFxkFrZEcyEZ9zVkxBTgAnnHFQSseoBx2wcUyCaRpQACBnkdeaQE7wnA6j8M1Te0ZySMk9yRW08qrEAxBPfNVtwOeenpTAw5tOkc4JFUpNMePoCMeldKWCFiSPxqCWYFshAeM9OtMDEt5TF8sigEdzU7pv5GMHpirFyiyAlUAY9eKoo8kTktyM9KBDzEnlkPmo4rZCxCDHvUxkWUHYc8dA"
560. A(558) = "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"
564. A(562) = "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"
569. A(567) = "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"
572. A(570) = "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"
573. A(571) = "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"
584. A(582) = "FhEJs/thIDHePu4PFQi0vLYmOT7vrWy9oUKtCNp96ebaeWM+a+F/nRYDHtLZ2mAK7lHfFXJVm3mOFgF+lX4YIogEBUZ65NTm1RhlSCB6CiwrnP5mt5fu7m74qcutxzICGUccVdnt23gRxZ9zSSosYBwN1AHNTRXhuDIJSEB4zV2K6ZFDPuyO4q3cRrKdhLDPotZhxFceX5gZR/e4pAf/2QAA"
585. FOR stringloader = 0 TO 582
586.     A\$ = A\$ + A(stringloader)
587.
588. DECODE64 A\$, "Known_image.png"
590. SCREEN img
591. KILL "Known_image.png"
592.
593.
594.
595.
596. SUB DECODE64 (code\$, ToFile\$)
597.     '    DO UNTIL LEN(code\$) MOD 4 = 0
598.     '    code\$ = code\$ + "="
599.     '    LOOP
600.     ff = FREEFILE
601.     IF _FILEEXISTS(ToFile\$) THEN KILL ToFile\$
602.
603.     OPEN ToFile\$ FOR BINARY AS #ff
604.
605.     FOR d = 1 TO LEN(code\$) STEP 4
606.         A\$ = MID\$(code\$, d, 1)
607.         B\$ = MID\$(code\$, d + 1, 1)
608.         C\$ = MID\$(code\$, d + 2, 1)
609.         D\$ = MID\$(code\$, d + 3, 1)
610.
611.         BinaryA\$ = DECtoBIN6\$(BASE64TODEC(A\$))
612.         BinaryB\$ = DECtoBIN6\$(BASE64TODEC(B\$))
613.         BinaryC\$ = DECtoBIN6\$(BASE64TODEC(C\$))
614.         BinaryD\$ = DECtoBIN6\$(BASE64TODEC(D\$))
615.
616.         BINARY\$ = BinaryA\$ + BinaryB\$ + BinaryC\$ + BinaryD\$
617.
618.         FOR Code = 1 TO 24 STEP 8
619.             a = BINtoDEC(MID\$(BINARY\$, Code, 8))
620.             PUT #ff, , a
621.     NEXT d
622.     CLOSE ff
623.
624. FUNCTION DECtoBIN6\$ (vstup)
625.     FOR rj = 5 TO 0 STEP -1
626.         IF vstup AND 2 ^ rj THEN DECtoBIN6\$ = DECtoBIN6\$ + "1" ELSE DECtoBIN6\$ = DECtoBIN6\$ + "0"
627.     NEXT rj
628.
629.
630. FUNCTION BINtoDEC (b AS STRING)
631.     FOR Si = 1 TO LEN(b)
632.         e\$ = MID\$(b\$, Si, 1)
633.         c = VAL(e\$) '
634.         Sj = LEN(b) - Si
635.         BINtoDEC = BINtoDEC + (c * 2 ^ Sj)
636.     NEXT Si
637.
638. FUNCTION BASE64TODEC~& (nr\$)
639.     DIM B64(63) AS _UNSIGNED _BYTE, V AS _UNSIGNED LONG, Si AS LONG
640.     FOR a = 0 TO 63
641.         IF a <= 25 THEN B = a + 65
642.         IF a > 25 THEN B = a + 71
643.         IF a > 51 THEN B = a - 4
644.         IF a = 62 THEN B = 43
645.         IF a = 63 THEN B = 47
646.         ' https://en.wikipedia.org/wiki/Base64
647.         B64(a) = B
648.
649.     FOR Si = 1 TO LEN(nr\$)
650.         V = ASC(nr\$, Si)
651.         FOR search = 0 TO 63
652.             IF B64(search) = V THEN EXIT FOR
653.         Sj = LEN(nr\$) - Si
654.         BASE64TODEC~& = BASE64TODEC~& + (search * 64 ^ Sj)
655.

SMcNeill

• QB64 Developer
• Forum Resident
• Posts: 2367
Re: BASE64
« Reply #10 on: December 23, 2019, 04:46:48 PM »
Well, :-) so that it doesn't end up being so, that this read AndyA and tells us that we're both on the wrong track. That would be fun :)

Actually, I think we're both right.  The only difference is I'm not stripping off leading 0's like you are.  A quick little change to the function to do that (and adding some padding if necessary) has us getting the exact same output:

Code: QB64: [Select]
1. FOR i = 0 TO 100
2.     PRINT i,
3.     A\$ = BASE64\$(i)
4.     PRINT A\$,
5.     PRINT BASE64TODEC(A\$),
6.     B\$ = SteveToBase64(i)
7.     PRINT B\$,
8.     PRINT SteveToBase10(B\$)
9.
10.
11. FUNCTION BASE64\$ (nr1 AS _UNSIGNED LONG) 'input is number, output is string
12.     nr = nr1
13.     DIM B64(63) AS _UNSIGNED _BYTE, V AS _UNSIGNED LONG
14.     FOR a = 0 TO 63
15.         IF a <= 25 THEN B = a + 65
16.         IF a > 25 THEN B = a + 71
17.         IF a > 51 THEN B = a - 4
18.         IF a = 62 THEN B = 43
19.         IF a = 63 THEN B = 47
20.         ' https://en.wikipedia.org/wiki/Base64
21.         B64(a) = B
22.     REDIM b64out(0) AS _UNSIGNED _BYTE
23.     IF nr = 0 THEN BASE64\$ = CHR\$(B64(0))
24.     DO UNTIL nr = 0
25.         V = nr MOD 64
26.         nr = nr \ 64
27.         b64out(i) = V
28.         i = i + 1
29.         REDIM _PRESERVE b64out(i) AS _UNSIGNED _BYTE
30.     FOR s = i - 1 TO 0 STEP -1
31.         BASE64\$ = BASE64\$ + CHR\$(B64(b64out(s)))
32.     ERASE B64
33.     ERASE b64out
34.
35.
36. FUNCTION BASE64TODEC~& (nr\$)
37.     DIM B64(63) AS _UNSIGNED _BYTE, V AS _UNSIGNED LONG
38.     FOR a = 0 TO 63
39.         IF a <= 25 THEN B = a + 65
40.         IF a > 25 THEN B = a + 71
41.         IF a > 51 THEN B = a - 4
42.         IF a = 62 THEN B = 43
43.         IF a = 63 THEN B = 47
44.         ' https://en.wikipedia.org/wiki/Base64
45.         B64(a) = B
46.
47.     FOR Si = 1 TO LEN(nr\$)
48.         V = ASC(nr\$, Si)
49.         FOR search = 0 TO 63
50.             IF B64(search) = V THEN EXIT FOR
51.         Sj = LEN(nr\$) - Si
52.         BASE64TODEC~& = BASE64TODEC~& + (search * 64 ^ Sj)
53.
54.
55.
56. FUNCTION SteveToBase64\$ (n1 AS _UNSIGNED LONG)
57.     n = n1
58.     IF n > 256 ^ 3 - 1 THEN ERROR 5: END 'We can only work with 3 bytes at a time max conversion
59.     FOR i = 1 TO 4
60.         b = n MOD 64
61.         n = n \ 64
62.             CASE 0 TO 25: b = b + 65
63.             CASE 26 TO 51: b = b + 71
64.             CASE 52 TO 61: b = b - 4
65.             CASE 62: b = 43
66.             CASE 63: b = 47
67.         SteveToBase64\$ = CHR\$(b) + SteveToBase64\$
68.
69.
70. FUNCTION SteveToBase10 (SteveBase64 AS STRING)
71.     IF LEN(SteveBase64) < 1 OR LEN(SteveBase64) > 4 THEN ERROR 5: END
72.     Temp64\$ = "AAAA"
73.     MID\$(Temp64\$, 5 - LEN(SteveBase64)) = SteveBase64
74.     SteveBase64 = Temp64\$
75.     FOR i = 0 TO 3
76.         b = ASC(SteveBase64, 4 - i)
77.             CASE 65 TO 90: b = b - 65
78.             CASE 97 TO 122: b = b - 71
79.             CASE 48 TO 57: b = b + 4
80.             CASE 43: b = 62
81.             CASE 47: b = 63
82.         SteveToBase10 = SteveToBase10 + b * 64 ^ i
83.

I think the biggest change I needed so that mine gives the same result as yours is just this little tweak:

Code: [Select]
`FUNCTION SteveToBase10 (SteveBase64 AS STRING)    IF LEN(SteveBase64) < 1 OR LEN(SteveBase64) > 4 THEN ERROR 5: END    Temp64\$ = "AAAA"    MID\$(Temp64\$, 5 - LEN(SteveBase64)) = SteveBase64`
Just add some "AAAA" padding to make certain we're processing 4 characters at a time, in case the user only sends us a string with less than that.  (Such as "A" representing 0, instead of "AAAA".)
« Last Edit: December 23, 2019, 04:55:50 PM by SMcNeill »
https://github.com/SteveMcNeill/Steve64 — A github collection of all things Steve!

Petr

• Forum Resident
• Posts: 1194
• The best code is the DNA of the hops.
Re: BASE64
« Reply #11 on: December 23, 2019, 05:02:06 PM »
Adding more characters, than is need is destruct of the whole work. The reason for converting from 8 bits to 6 bits, writing and then converting back, is to reduce the content to the smallest possible size. I'm very curious what the new compression function will do with BASE64. Maybe it compresses so we're going to be the same size as the original file writed as 8 bites :)

in first phase (reading from file) you read 3 bytes FROM FILE. This is 24 bites. This 24 bites do four  6 bit   numbers.  This four 6 bit numbers is recaltulated as four BASE64 strings.

in second phase (reading from string in source code and creating file) you read 4 characters at once from the string.  Every one character is one 6bit  number.  This all four  6bit numbers is converted
to bites. Then exists 24 bites.  This 24 bites you convert back as three  8 bit numbers  and write  it to  file.

See here (is not in english): https://cs.wikipedia.org/wiki/Base64
« Last Edit: December 23, 2019, 05:12:39 PM by Petr »

SMcNeill

• QB64 Developer
• Forum Resident
• Posts: 2367
Re: BASE64
« Reply #12 on: December 23, 2019, 05:30:48 PM »
Adding more characters, than is need is destruct of the whole work. The reason for converting from 8 bits to 6 bits, writing and then converting back, is to reduce the content to the smallest possible size. I'm very curious what the new compression function will do with BASE64. Maybe it compresses so we're going to be the same size as the original file writed as 8 bites :)

The reason isn’t to convert to the smallest size; it’s to convert to a version that’s acceptable for programs to use/display.  It’s hard to display CHR\$(0) as a character, so we convert it from base-256 to base-64, which only has visible text characters to display.  This makes actions like copy/paste in the IDE quite easy for us.  ;)

6-bit characters are always going to be larger than 8-bit characters, as we discard 2 whole bits from each character which doesn’t display/format properly in the IDE.  By the same token, 4-bit character representations (HEX\$) are going to be larger than 6-bit ones for the same reason...

If you want the best copy/paste character set to display for the IDE, then use 7-bits.  Use CHR\$(33 + 7-bit value) for the input/output string.  It’s not easy to actually type into a program like base64 is with a keyboard, but it should copy/paste into the QB64 IDE without any issues.

As for the new compression routines, you’d use them on the image data before you converted to your base64 (or base128) format.

You’re not working with bit-packing here to make smaller file sizes.  Any time you convert from a larger base to a smaller base, it takes more characters to display the same values.

255 in ASCII is CHR\$(255).   (One character.)
255 in HEX is FF.  (2 characters.)
255 in BIN is 11111111.   (8 characters.)
« Last Edit: December 23, 2019, 05:32:06 PM by SMcNeill »
https://github.com/SteveMcNeill/Steve64 — A github collection of all things Steve!

Petr

• Forum Resident
• Posts: 1194
• The best code is the DNA of the hops.
Re: BASE64
« Reply #13 on: December 23, 2019, 05:43:13 PM »
Yeah, I get it. I mean, this is the best way to do this so far. When I compare it to my beginnings, when writing each pixel as DATA into the source code, I got into megabytes very quickly. Megabytes in the source code. That was crazy. The real compression, such simple,  which i use here  https://www.qb64.org/forum/index.php?topic=2013.msg112380#msg112380  is basically offset writing. Description of how many dots you move in the image from one color to the next. And this can be written hexadecimally, or better now - with Base64. This is the principle of my program, which I published in a thread about a compressed image in my own source code. Even for simple two-color images, this form of compression is more efficient than binary two-bit bitmaps. This includes commas in the DATA block between values. If I was writing to a binary file, I would probably have improved the compression ratio even further.

And you say - 7 bit encoding? Hmmmm :) Is there a standard, something that specifies which characters to use? Definitely, I'll try to do this!
« Last Edit: December 23, 2019, 05:52:15 PM by Petr »

AndyA

• Newbie
• Posts: 35
Re: BASE64
« Reply #14 on: December 23, 2019, 11:21:17 PM »
Hi Petr,

Your original post, if I understand correctly, is Run Length Encoding.  Like 20 red pixels then 5 white pixels, 40 yellow pixels, etc...
https://en.wikipedia.org/wiki/Run-length_encoding

Base64 was designed to allow posting binary files on forums , usenet, and others that do not accept binary attachments. There are other methods to send binary data as ASCII text, such as base85, uuencode, and more.

Compression is not the primary goal of Base64, binary data to text communication is it's primary use. It just happens that Base64 is more efficient or compact than Hex when converting to text encoded binary files.

The main reason I posted Base64 encode/decode routines is to attach binary files to forums that do not allow attachments. So what my code does is to encode the binary data into a small decoder routine that automatically decodes and saves the Base64 encoded binary to disk.

As demonstrated you can also copy and paste a Base64 encoded image in to your browser search bar, click GO, and it appears in a new tab (I only tested using Chrome, but should work for most browsers). Just remember to place URI header before the Base64 data.

Base128 (7-bit encoding) is more efficient, but will give some forums, IDE's (Integrated Development Environments) and text editors problems in displaying the data correctly.

One last observation, the highest number used in Base64 encoding or decoding is 16,777,215  (&H00FFFFFF) for three bytes. So, LONG is the largest data type you will need for Base64 encoding or decoding.  You may wish to use _UNSIGNED INTEGER64 to eliminate file size limitations but, I seriously doubt that any personal computer will have that magnitude of storage available ;)

Best of luck, and Merry Christmas!

Andy

« Last Edit: December 23, 2019, 11:26:28 PM by AndyA »