XBM XBM picture is a plain text file that can be derived from dynamic generation using ASP. It can be used to use the site login authentication code;
We use Notepad to open the file for analysis:
Its file structure is:
#define COUNTER_WIDTH 48
#define Counter_height 9
static unsigned char counter_bits[]={7c,3c,7c,3c,70,3c,fe,7c,fe,7c,78,7c,ee,ee,ee,ee,7c,ee,e0,ee,60,ee,74,ee,70, FE,30,FE,70,FE,38,EC,E0,EC,70,EC,1C,E0,EE,E0,70,E0,FE,7E,FE,7E,70,7E,FE,3C,7C,3C,70,3C}
The file name extension is:. XBM
#define COUNTER_WIDTH 48 ' here defines the width of the picture, typically a multiple of 8
#define Counter_height 9 ' here defines the height of the picture, which is arbitrary.
static unsigned char counter_bits[]={7c,3c,7c,3c,70,3c,fe,7c,fe,7c,78,7c,ee,ee,ee,ee,7c,ee,e0,ee,60,ee,74,ee,70, FE,30,FE,70,FE,38,EC,E0,EC,70,EC,1C,E0,EE,E0,70,E0,FE,7E,FE,7E,70,7E,FE,3C,7C,3C,70,3C} ' here is the hexadecimal code of the picture used to display the content
As static unsigned char the English meaning is stationary, unsigned, and charred. It can only be used to show both black and white colors. The 1 in binary will be shown in black and 0 in white.
The following is a binary array of 0~9 digits in which the picture style is only tried for this example. If you need a different 0~9 number style, create it yourself.
' Here declares an array of 0~9 drawings
Dim num (9,8)
' Number 0
num (0,0) = "0x38"
num (0,1) = "0x7c"
num (0,2) = "0xEE"
num (0,3) = "0xEE"
num (0,4) = "0xEE"
num (0,5) = "0xEE"
num (0,6) = "0xEE"
num (0,7) = "0x7c"
num (0,8) = "0x38"
' Number 1
num (1,0) = "0x70"
num (1,1) = "0x78"
num (1,2) = "0x7c"
num (1,3) = "0x74"
num (1,4) = "0x70"
num (1,5) = "0x70"
num (1,6) = "0x70"
num (1,7) = "0x70"
num (1,8) = "0x70"
' Number 2
num (2,0) = "0x7c"
num (2,1) = "0xFE"
num (2,2) = "0xEE"
num (2,3) = "0XE0"
num (2,4) = "0x70"
num (2,5) = "0x38"
num (2,6) = "0x1c"
num (2,7) = "0xFE"
num (2,8) = "0xFE"
' Number 3
num (3,0) = "0x7c"
num (3,1) = "0xFE"
num (3,2) = "0xEE"
num (3,3) = "0x60"
num (3,4) = "0x30"
num (3,5) = "0xe0"
num (3,6) = "0xEE"
num (3,7) = "0xFE"
num (3,8) = "0x7c"
' Number 4
num (4,0) = "0x70"
num (4,1) = "0x78"
num (4,2) = "0x7c"
num (4,3) = "0x76"
num (4,4) = "0x77"
num (4,5) = "0xFF"
num (4,6) = "0xFF"
num (4,7) = "0x70"
num (4,8) = "0x70"
' Number 5
num (5,0) = "0XFC"
num (5,1) = "0XFC"
num (5,2) = "0x0c"
num (5,3) = "0x7e"
num (5,4) = "0xFE"
num (5,5) = "0xe0"
num (5,6) = "0xEE"
num (5,7) = "0xFE"
num (5,8) = "0x7c"
' Number 6
num (6,0) = "0x78"
num (6,1) = "0XFC"
num (6,2) = "0x0e"
num (6,3) = "0x6e"
num (6,4) = "0xFE"
num (6,5) = "0xEE"
num (6,6) = "0xEE"
num (6,7) = "0XFC"
num (6,8) = "0x78"
' Number 7
num (7,0) = "0xFE"
num (7,1) = "0xFE"
num (7,2) = "0x60"
num (7,3) = "0x70"
num (7,4) = "0x38"
num (7,5) = "0x38"
num (7,6) = "0x18"
num (7,7) = "0x1c"
num (7,8) = "0x1c"
' Number 8
num (8,0) = "0x7c"
num (8,1) = "0xFE"
num (8,2) = "0xEE"
num (8,3) = "0x7c"
num (8,4) = "0x7c"
num (8,5) = "0xEE"
num (8,6) = "0xEE"
num (8,7) = "0xFE"
num (8,8) = "0x7c"
' Number 9
num (9,0) = "0x3c"
num (9,1) = "0x7c"
num (9,2) = "0xEE"
num (9,3) = "0xEE"
num (9,4) = "0xFE"
num (9,5) = "0xec"
num (9,6) = "0xe0"
num (9,7) = "0x7e"
num (9,8) = "0x3c"
