Is there a programming and connection diagram of GSM module tc35i controlled by AT89C5 1 single chip microcomputer, including the external circuit of TC35i? My email address is 25448652 1@qq.com, than

Is there a programming and connection diagram of GSM module tc35i controlled by AT89C5 1 single chip microcomputer, including the external circuit of TC35i? My email address is 25448652 1@qq.com, thank you. # include & ltreg52.h & gt

# include & ltintrins.h & gt

# include & ltstdio.h & gt

# include & ltmath.h & gt

# include & ltstdlib.h & gt

# include & ltstring.h & gt

# Define uint unsigned integer

# Define uchar unsigned characters

# Define uint unsigned integer

//void init(void)；

//char j = ' \ 0 '；

char RS buf[40]；

char code AT_SK[]= " >；

char Code AT _ Code[]= " OK "；

Bit flag = 0;

uchar RS point = 0；

sbit led 1=p2^3；

sbit led2=p2^2；

sbit led3=p2^ 1；

sbit led4=p2^0；

Invalid delay (unit z)

{

uint x，y；

for(x = z； x & gt0; x -)

for(y = 125； y & gt0; y-)；

}

/***************************************8

***************************************/

void ClrRsBuf(char *p，int tt)

{

int I；

And (tt-)

{

* p = ' \ 0

p++；

}

}

//////////////////////////////////////

void Send_AT(void)

{uchar code mode [] = "at";

Ucal I;

Unsigned char * p；;

while( 1)

{

ClrRsBuf(RsBuf，sizeof(RS buf))；

for(I = 0； I<2; i++)

{

SBUF = mode [I]; //Send table [i] to the send buffer.

And (! TI)； //Wait for the transmission to complete

TI = 0；

}

SBUF = ' \ r

And (! TI)； //Wait for the transmission to complete

TI = 0；

ES = 1； //

Delay (500);

p=strstr(RsBuf，AT _ Code)；

If (p! = NULL)break；

}

}

/***********************************************************

:CMGF

:TXET？ :? :?

***********************************************************/

void Send_CMGF

{ uchar I；

Uchar code mode [] = "at+cmgf =1";

Unsigned char * p；;

while( 1)

{

ClrRsBuf(RsBuf，sizeof(RS buf))；

for(I = 0； I<9; i++)

{

SBUF = mode [I]; //Send table [i] to the send buffer.

And (! TI)； //Wait for the transmission to complete

TI = 0；

}

SBUF = ' \ r

And (! TI)； //Wait for the transmission to complete

TI = 0；

ES = 1； //

Delay (500);

p=strstr(RsBuf，AT _ Code)；

If (p! = NULL)break；

}

}

/* * * * * * * * * * * * CSCS * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * 8

********************************************/

Invalid CSCS (invalid)

{

Ucal I;

Uchar code mode [] = "at+CSCS = \" GSM \ "";

for(I = 0； I< 14; i++)

//while()

{

SBUF = mode [I]; //Send table [i] to the send buffer.

And (! TI)； //Wait for the transmission to complete

TI = 0；

}

SBUF = ' \ r

And (! TI)；

TI = 0；

SBUF = ' \ n

And (! TI)； //Wait for the transmission to complete

TI = 0；

}

/***********************************************************

:CMGS

:SIM:？ :?

***********************************************************/

void Send_CMGS

{

Ucal I;

Uchar code telephone [] = "at+cmgs = \"13474305153 \ "";

Unsigned char * p；;

while( 1)

{

ClrRsBuf(RsBuf，sizeof(RS buf))；

for(I = 0； I<2 1; i++){

SBUF = phone[I]； //Send table [i] to the send buffer.

And (! TI)； //Wait for the transmission to complete

TI = 0；

}

SBUF = ' \ r

And (! TI)； //Wait for the transmission to complete

TI = 0；

ES = 1； //

Delay (500);

p=strstr(RsBuf，AT _ SK)；

If (p! = NULL)break；

}

}

Void sending (void)

{

uchar I = 0；

Uchar code sms[]= "Gao Shuai 8553069 \ x1a"; //SMS? ，\x0 1a？ Ctrl+Z

While (SMS [i]! ='\0')

{

SBUF = SMS[I]； //Send table [i] to the send buffer.

And (! TI)； //Wait for the transmission to complete

TI = 0；

i++；

}

//SBUF = ' \ n '；

// while(！ TI)； //Wait for the transmission to complete

//TI = 0；

}

void init(){

TMOD = 0x 20；

th 1 = 0x FD； //bit=9600

TL 1 = 0x FD；

tr 1 = 1；

Ren =1; //Allow acceptance

SM0 = 0；

sm 1 = 1；

EA = 1；

ES = 1； //Open serial port interrupt

}

///////////////////////////////

/*void SendMsgStart(void)

{

Unsigned char *p, I =10;

ES = 1；

When (I-)

{

Delay (100); //Get " >

p=strstr(RsBuf，SK)； //" >

If (p! = empty)

{

ClrRsBuf(RsBuf，sizeof(RS buf))；

Delay (150); //Get " >

led 4 = 1；

Break;

}

}

}

*/

////////////////////////////

void main(){

init()；

flag = 0；

led 1 = 0；

led 2 = 0；

led 3 = 0；

led 4 = 0；

Delay (50);

ES = 0；

Delayed (2000);

send _ AT()；

led 1 = 1；

Delay (1000);

Send _ cmgf ();

led 2 = 1；

//Delay( 1000)；

//CSCS()；

Delay (1000);

Send _ cmgs (); //

led 3 = 1；

Delay (1000);

SEND()；

led 4 = 1；

//SendMsgStart()；

while( 1)；

}

Invalid ser () interrupt 4

{

if(RI== 1)

{

RI = 0；

RS buf[RS point++]= SBUF；

if(RS point & gt； =sizeof(RsBuf))

{

RS point = 0； //flag RS485 = 0；

} //

}

}

I tried it myself, and there was no problem.