Wahai Umat Islam,
Assalamu alaikum wr wb,
Tolong anda sebarkan berita ini pada semua umat islam. kalau mau beli
AL-QURAN yang dicetak dalam edisi baru, hati-hatilah kerana ada 4
surah palsu ciptaan KAFIR LAKNATTULLOH. surah surah itu adalah:
AL-IMAN , AL -WASAYA, AL-TAJASUD DAN AL-MUSLIMOON. JANGAN SESEKALI
layari/browsing ke web —www.thequran. com (Father Zakaria) kerana
segala isinya adalah palsu. sebarkan pesan ini kepada umat
islam
sebanyak mungkin…wassalamu alaikum wr wb

taken from :
Quote:
Originally Posted by bisnis.com
http://web.bisnis.com/konsultasi/4id4.html
aku kasi yg penting ya ..lengkap nya baca diatas .. bagus ini artikel menurutku …

Mi instan mengandung energi tinggi dengan zat gizi utama karbohidrat olahan. Zat gizi lain dalam mi instan seperti protein, lemak, vitamin dan mineral jumlahnya sangat sedikit.
Mi instan merupakan makanan olahan, proses pembuatannya ditambahkan garam natrium klorida, natrium polifosfat, natrium karbonat dan kalium karbonat serta tartrazine (pewarna kuning). Selain itu, mi instan juga ditambahkan food additive supaya memiliki sifat-sifat tertentu.

Food additive dan bahan pengawet sebagian besar mengandung natrium. Penelitian menyebutkan anak mengonsumsi makanan ditambah food additive dan bahan pengawet secara rutin meningkatkan risiko terjadinya hipertensi dan penyakit kanker.

Telur merupakan makanan protein tinggi dan mengandung zat gizi essensial. Telur sering dijadikan standar pembanding protein makanan sumber lain. Nilai biologis telur yaitu 93,7%, sedangkan susu, ikan dan daging sapi masing-masing 84,5%, 76% dan 74,3%.
smoga bisa membantu kita2 sedikit ttg kesimpang siuran info mie instan ?

yg ngerti tolong di kasi info jg donk .. ini kebenaran nya.

thankx.

Buat para OS junkies, Sun bagi-bagi DVD gratis ala shipitnya Ubuntu dulu…
http://www2.sun.de/dc/forms/reg_us_2211_391.jsp

Press release:
For a limited time, Sun is offering a free DVD media kit which includes the Solaris 10 operating system for both SPARC and x86 platforms as well as Sun Studio 11 software. Take this opportunity to get familiar with the most advanced operating system on the planet and the tools which enable the highest optimizations and best runtime performance on the Solaris Operating System, bar-none. Sun Studio software provides optimizing C, C++ and Fortran compilers, visual performance tools, and high performance libraries to enhance your Solaris development environment.
To get your free Solaris 10 DVD, please visit the Free Solaris 10 and Sun Studio Software Media Kit page and fill in your address details.

o,y buat tmn2 dari ;luar,tolong kasih saran donk buat majuin niy blog. Misalnya kategori apa aja yg pingin dicantumin. thanks lho brooooo

Tmn2, ada yg paham ttg protokol usb kagak buat aplikasiin interface?rencananya siy gw mo bikin TA ttg sistem pengendalian penyiraman pada tanaman pake USB. gw dah cari di internet n dapet listing programnya.

/*
usb.c Test code for USB and GLCD expansion board for 8051SBC V1.0
The usb board is FT245BM based.
copyright 2003,2004 W.SIRICHOTE
*/

#include <8051io.h> /* include i/o header file */
#include <8051reg.h>
#include <8051int.h>

#include “lcddrv.c”

char *usb_port;
char buffer,n;

#define GPIO2 (*((unsigned char *)0×0200))

// read byte from usb module, print on LCD

INTERRUPT(_IE0_) external0_interrupt()
{
buffer = *usb_port;
putch_lcd(buffer);
}

main()
{
usb_port = 0×0300;
buffer = -1;
n = 0;
IE = 0×81;
TCON |= 1; // negative going detection

InitLcd();
Puts(“USB Testing”);
for(;;)
{
while(!(GPIO2&0×20))
{
while(P3&0×08)
; // wait until TXE low
printf(“\n%d”,n);
*usb_port = n++;
}
}
}

Untuk LCD drivernya listingnya sbb

// GLCD.c driver 128×64 graphic LCD for 8051SBC V1.0
// W.SIRICHOTE

#include “gfont.h”

#define BUSY 0×80

#define write_command1 (*((unsigned char *)0×0404))
#define read_command1 (*((unsigned char *)0×0405))
#define write_data1 (*((unsigned char *)0×0406))
#define read_data1 (*((unsigned char *)0×0407))

#define write_command2 (*((unsigned char *)0×0408))
#define read_command2 (*((unsigned char *)0×0409))
#define write_data2 (*((unsigned char *)0×040A))
#define read_data2 (*((unsigned char *)0×040B))

#define LCD 0×0A
#define left 1
#define right 0
/* LCD Registers */
#define X_ADRESS 0xB8 /* Adress base for Page 0 */
#define Y_ADRESS 0×40 /* Adress base for Y0 */
#define START_LINE 0xC0 /* Adress base for line 0 */
#define DISPLAY_ON 0×3F /* Turn display on */
#define DISPLAY_OFF 0×3E /* Turn display off */

char LcdReady1()
{
char flag;
while((flag=read_command1&BUSY))
if(flag == 0xFF) return 0;
return 1;

}

char LcdReady2()
{
char flag;
while((flag=read_command2&BUSY))
{
if(flag == 0xFF) return -1;
}
return 1;

}

void LcdInstructionWrite (char n,char k)
{
if(k==left)
{
LcdReady1();
write_command1 = n;
}
else
{
LcdReady2();
write_command2 = n;
}
}

void LcdDataWrite (char n,char k)
{
if(k==left)
{
LcdReady1();
write_data1 = n;
}
else
{
LcdReady2();
write_data2 = n;
}
}

char LcdDataRead(char k)
{

if(k==left) return read_data1; else return read_data2;
}

void GLCD_ClearScreen (void)
{
unsigned char u8Page, u8Column;
u8Page = u8Column = 0;

/* process the 8 pages of the LCD */
for (u8Page = 0; u8Page < 8; u8Page++)
{
LcdInstructionWrite(X_ADRESS | u8Page,left); /* Set the page number */
LcdInstructionWrite(Y_ADRESS,left); /* Set column to 0 */

/* process a page on both sides */
for (u8Column = 0; u8Column < 128; u8Column++)
{
if (u8Column == 64)
{
LcdInstructionWrite(X_ADRESS | u8Page,right); /* Set the page number */
LcdInstructionWrite(Y_ADRESS,right); /* Set column to 0 */
}
LcdDataWrite(0×00,right); /* erase a column */
LcdDataWrite(0×00,left);
}
}
}

char GLCD_LcdInit(void)
{
if(LcdReady1()==0) return 0;
printf(“\n %02x”,read_command1);
LcdInstructionWrite(DISPLAY_OFF,left); /* Display OFF */
LcdInstructionWrite(START_LINE,left);
LcdInstructionWrite(X_ADRESS,left);
LcdInstructionWrite(Y_ADRESS,left);
LcdInstructionWrite(DISPLAY_ON,left); /* Display ON */

if(LcdReady2()==0) return 0;
printf(“\n %02x”,read_command2);
LcdInstructionWrite(DISPLAY_OFF,right); /* Display OFF */
LcdInstructionWrite(START_LINE,right);
LcdInstructionWrite(X_ADRESS,right);
LcdInstructionWrite(Y_ADRESS,right);
LcdInstructionWrite(DISPLAY_ON,right); /* Display ON */

GLCD_ClearScreen();
}

void GLCD_DisplayPicture (char *au8PictureData)
{
unsigned char u8Page, u8Column;
u8Page= u8Column=0;

/* Send the left side */
for (u8Page = 0; u8Page < 8; u8Page++) /* loop on the 8 pages */
{
LcdInstructionWrite(X_ADRESS | u8Page,left); /* Set the page */
for (u8Column = 0; u8Column < 64; u8Column++)
LcdDataWrite(au8PictureData[(128*u8Page)+u8Column],left);
}

/* Send the right side */
for (u8Page = 0; u8Page < 8; u8Page++) /* loop on the 8 pages */
{
LcdInstructionWrite(X_ADRESS | u8Page,right); /* Set the page */
for (u8Column = 64; u8Column < 128; u8Column++)
LcdDataWrite(au8PictureData[(128*u8Page)+u8Column],right);
}
}

void LcdSetDot (char u8Xaxis,char u8Yaxis)
{
unsigned char u8DataRead;

u8DataRead=0;

LcdInstructionWrite(START_LINE,left); /* Set adress for line 0 */

/* Left side */
if (u8Xaxis < 64)
{
LcdInstructionWrite (X_ADRESS + (u8Yaxis / 8),left); /* Select page number */
LcdInstructionWrite (Y_ADRESS + u8Xaxis,left); /* Select column */

u8DataRead = LcdDataRead(left); /* read the current location */
u8DataRead = LcdDataRead(left); /* on the LCD. dummy read */

LcdInstructionWrite (X_ADRESS + (u8Yaxis / 8),left); /* Select page number */
LcdInstructionWrite (Y_ADRESS + u8Xaxis,left); /* Select column */
LcdDataWrite (u8DataRead | (1 << (u8Yaxis % 8)),left);/* plot the dot */
}
else
/* Right side */
{
LcdInstructionWrite (X_ADRESS + (u8Yaxis / 8),right); /* Select page number */
LcdInstructionWrite (Y_ADRESS + u8Xaxis – 64,right); /* Select column */

u8DataRead = LcdDataRead(right); /* read the current location */
u8DataRead = LcdDataRead(right); /* on the LCD. dummy read */

LcdInstructionWrite (X_ADRESS + (u8Yaxis / 8),right); /* Select page number */
LcdInstructionWrite (Y_ADRESS + u8Xaxis – 64,right); /* Select column */
LcdDataWrite (u8DataRead | (1 << (u8Yaxis % 8)),right);/* plot the dot */

}
LcdInstructionWrite(START_LINE,left); /* Set adress for line 0 */
}

/*——————————————————————————-
Draw a rectangle on the LCD
GLCD_Rectangle (U8 u8Xaxis1,U8 u8Yaxis1,U8 u8Xaxis2,U8 u8Yaxis2)
u8Xaxis1 = absciss top-left (in pixels)
u8Yaxis1 = ordinate top-left (in pixels)
u8Xaxis2 = absciss bottom-right (in pixels)
u8Yaxis2 = ordinate bottom-right (in pixels)
——————————————————————————-*/
void GLCD_Rectangle(char u8Xaxis1,char u8Yaxis1,char u8Xaxis2,char u8Yaxis2)
{
char u8CurrentValue;
u8CurrentValue=0;

/* Draw the two horizontal lines */
for (u8CurrentValue = 0; u8CurrentValue < u8Xaxis2 – u8Xaxis1+ 1; u8CurrentValue++)
{
LcdSetDot(u8Xaxis1 + u8CurrentValue, u8Yaxis1);
LcdSetDot(u8Xaxis1 + u8CurrentValue, u8Yaxis2);
}

/* draw the two vertical lines */
for (u8CurrentValue = 0; u8CurrentValue < u8Yaxis2 – u8Yaxis1 + 1; u8CurrentValue++)
{
LcdSetDot(u8Xaxis1, u8Yaxis1 + u8CurrentValue);
LcdSetDot(u8Xaxis2, u8Yaxis1 + u8CurrentValue);
}
}

/*

Draw a circle on the LCD
GLCD_Circle (char u8CenterX, char u8CenterY, char u8Radius)
u8CenterX = Center absciss (in pixels)
u8CenterY = Center ordinate (in pixels)
u8Radius = Radius (in pixels)
*/

void GLCD_Circle(char u8CenterX,char u8CenterY,char u8Radius)
{
int s16tswitch, s16y,s16x;
char u8d;

s16tswitch = s16y=s16x=0;
u8d = u8CenterY – u8CenterX;
s16y = u8Radius;
s16tswitch = 3 – 2 * u8Radius;
while (s16x <= s16y)
{
LcdSetDot(u8CenterX + s16x, u8CenterY + s16y);
LcdSetDot(u8CenterX + s16x, u8CenterY – s16y);

LcdSetDot(u8CenterX – s16x, u8CenterY + s16y);
LcdSetDot(u8CenterX – s16x, u8CenterY – s16y);

LcdSetDot(u8CenterY + s16y – u8d, u8CenterY + s16x);
LcdSetDot(u8CenterY + s16y – u8d, u8CenterY – s16x);
LcdSetDot(u8CenterY – s16y – u8d, u8CenterY + s16x);
LcdSetDot(u8CenterY – s16y – u8d, u8CenterY – s16x);

if (s16tswitch < 0)
s16tswitch += (4 * s16x + 6);
else
{
s16tswitch += (4 * (s16x – s16y) + 10);
s16y–;
}

s16x++;
}
}

/*——————————————————————————-
Print a char on the LCD
GLCD_Putchar (U8 u8Char)
u8Char = char to display
——————————————————————————-*/
/*
void LcdPutchar (char u8Char,FONT_DEF *toto)
{
static char u8CharColumn,u8RightSide;
char u8UpperCharPointer,u8Page;

u8CharColumn=u8RightSide=0;
u8UpperCharPointer=1
u8Page=0;

/* test for carrier return */
if (u8CursorX > 128 – (toto->u8Width) )
{
u8CursorX = 0;
u8CursorY++;
if (u8CursorY == u8CursorY = 0;
}

/* Select the side of the LCD */
if (u8CursorX < 64)
{
LcdInstructionWrite (Y_ADRESS + u8CursorX,left);
}
else
{
LcdInstructionWrite (Y_ADRESS + u8CursorX – 64,right);
}

/* Draw a char */
while (u8CharColumn < (toto->u8Width) )
{
if ((toto->u8Height) >
{
u8UpperCharPointer = 2;
if (u8CursorX > 64)
u8RightSide=64;
LcdInstructionWrite (X_ADRESS + u8CursorY -1,right);
LcdInstructionWrite (Y_ADRESS + u8CursorX -u8RightSide,right);
LcdDataWrite ((toto->au8FontTable)[( (u8Char - 32) * u8UpperCharPointer * (toto->u8Width) ) + ((u8CharColumn * u8UpperCharPointer) + 1)],right);
LcdInstructionWrite (Y_ADRESS + u8CursorX -u8RightSide,right);

}
LcdInstructionWrite (X_ADRESS + u8CursorY,right);
LcdDataWrite ((toto->au8FontTable)[( (u8Char - 32) * u8UpperCharPointer * (toto->u8Width) ) + (u8CharColumn * u8UpperCharPointer)],right);
u8CharColumn++;
u8CursorX++;

/* test if a char is wrote on both sides of LCD */
if (u8CursorX == 64)
{
u8RightSide=64;
// LcdSelectSide (RIGHT); /* if yes, select right side */
LcdInstructionWrite (X_ADRESS + u8CursorY,right);
LcdInstructionWrite (Y_ADRESS + u8CursorX -u8RightSide,right);
}
}

/* Insert a space after a char */
if (u8CursorX < 128) /* Check if this is the last char of the line */
{
if ((toto->u8Height) >
{
LcdInstructionWrite (X_ADRESS + u8CursorY – 1,right); /* Select the page of the LCD */
LcdInstructionWrite (Y_ADRESS + u8CursorX,right);
LcdDataWrite(0×00,right);
LcdInstructionWrite (Y_ADRESS + u8CursorX -u8RightSide,right);
}
LcdInstructionWrite (X_ADRESS + u8CursorY,right); /* Select the page of the LCD */
LcdInstructionWrite (Y_ADRESS + u8CursorX,right );
LcdDataWrite(0×00,right); /* if not then insert a space before next letter */
}

u8CharColumn++;
u8CursorX++;
}

tlg bantuin ya guys klo2 dah ada yg bs. trims