I have to put 35 phrase's in here, I thought a structure might work, but I can't figure out the recursion to get it right. As it stand now the code is exactly working on the hardware but only 9 phrase can be store since I'm running out of space. I'm using the AT8S8252. Any thoughts? Thanks

#include <AT898252.H>

#define high 1			//sets logic value of true
#define low  0			//sets logic value of false
sbit clear = P3^0;		//sets port bit for functino control
sbit write = P3^1;		//sets port bit for functino control

#define uint unsigned int
#define uchar unsigned char

void msec(uint x) //  Time delay variable passed function to control time each word
	{
	uchar j;
	while (x-->0)
		{for(j=0;j<125;j++);
		}
	}


void code clear_display() // Active low used to clear the display for startup and next phrase
	{
	clear=high;	clear=low; clear=high;
	}

void code write_enable() // Active low used to enable write sequence to the 7243 for each char
	{
	write=high;	write=low; write=high;
	}

void code word_delay()
	{
	msec(5500);	// USER DELAY ADJUSTMENT => approximately a 5 second delay, moving value higher increase time delay
	}

// Start copy and paste here for each new phrase > EACH PHRASE IS A FUNCTION AND MUST BE UNIQUE!!  i.e. >> void code phrase1() > phrase2() > phrase3() > phrase..nn..()
void code phrase1()
		{
			static unsigned char string1[]="CALIBRATE  ";  	// You must ensure that there are 10 chars INCLUDING WHITE SPACE or else @ will show up on display
 	        unsigned char z;						 		// and phrase must be written in UPPERCASE LETTERS or else garbage will show up on display!!!!
 	        for (z=0;z<=9;z++)
			{
		     P0 = (string1[z] & 0xBF);  // Parse the data array for 10 array elements        
		     write_enable();			// Must strobe the write pin on the rising edge to latch char into memory position for each char in array 
		    }
						 				 
		}
void code phrase2()
		{
			static unsigned char string1[]="L. TURBINE  ";  	// You must ensure that there are 10 chars INCLUDING WHITE SPACE or else @ will show up on display
 	        unsigned char z;						 		// and phrase must be written in UPPERCASE LETTERS or else garbage will show up on display!!!!
 	        for (z=0;z<=9;z++)
			{
		     P0 = (string1[z] & 0xBF);  // Parse the data array for 10 array elements        
		     write_enable();			// Must strobe the write pin on the rising edge to latch char into memory position for each char in array 
		    }
						 				 
		}
void code phrase3()
		{
			static unsigned char string1[]="R. TURBINE  ";  	// You must ensure that there are 10 chars INCLUDING WHITE SPACE or else @ will show up on display
 	        unsigned char z;						 		// and phrase must be written in UPPERCASE LETTERS or else garbage will show up on display!!!!
 	        for (z=0;z<=9;z++)
			{
		     P0 = (string1[z] & 0xBF);  // Parse the data array for 10 array elements        
		     write_enable();			// Must strobe the write pin on the rising edge to latch char into memory position for each char in array 
		    }
						 				 
		}
void code phrase4()
		{
			static unsigned char string1[]="CMB        ";  	// You must ensure that there are 10 chars INCLUDING WHITE SPACE or else @ will show up on display
 	        unsigned char z;						 		// and phrase must be written in UPPERCASE LETTERS or else garbage will show up on display!!!!
 	        for (z=0;z<=9;z++)
			{
		     P0 = (string1[z] & 0xBF);  // Parse the data array for 10 array elements        
		     write_enable();			// Must strobe the write pin on the rising edge to latch char into memory position for each char in array 
		    }
						 				 
		}
void code phrase5()
		{
			static unsigned char string1[]="R. TURBINE  ";  	// You must ensure that there are 10 chars INCLUDING WHITE SPACE or else @ will show up on display
 	        unsigned char z;						 		// and phrase must be written in UPPERCASE LETTERS or else garbage will show up on display!!!!
 	        for (z=0;z<=9;z++)
			{
		     P0 = (string1[z] & 0xBF);  // Parse the data array for 10 array elements        
		     write_enable();			// Must strobe the write pin on the rising edge to latch char into memory position for each char in array 
		    }
						 				 
		}		
void code phrase6()
		{
			static unsigned char string1[]="R. TURBINE  ";  	// You must ensure that there are 10 chars INCLUDING WHITE SPACE or else @ will show up on display
 	        unsigned char z;						 		// and phrase must be written in UPPERCASE LETTERS or else garbage will show up on display!!!!
 	        for (z=0;z<=9;z++)
			{
		     P0 = (string1[z] & 0xBF);  // Parse the data array for 10 array elements        
		     write_enable();			// Must strobe the write pin on the rising edge to latch char into memory position for each char in array 
		    }
						 				 
		}		
void code phrase7()
		{
			static unsigned char string1[]="R. TURBINE  ";  	// You must ensure that there are 10 chars INCLUDING WHITE SPACE or else @ will show up on display
 	        unsigned char z;						 		// and phrase must be written in UPPERCASE LETTERS or else garbage will show up on display!!!!
 	        for (z=0;z<=9;z++)
			{
		     P0 = (string1[z] & 0xBF);  // Parse the data array for 10 array elements        
		     write_enable();			// Must strobe the write pin on the rising edge to latch char into memory position for each char in array 
		    }
						 				 
		}		
void code phrase8()
		{
			static unsigned char string1[]="R. TURBINE  ";  	// You must ensure that there are 10 chars INCLUDING WHITE SPACE or else @ will show up on display
 	        unsigned char z;						 		// and phrase must be written in UPPERCASE LETTERS or else garbage will show up on display!!!!
 	        for (z=0;z<=9;z++)
			{
		     P0 = (string1[z] & 0xBF);  // Parse the data array for 10 array elements        
		     write_enable();			// Must strobe the write pin on the rising edge to latch char into memory position for each char in array 
		    }
						 				 
		}		
void code phrase9()
		{
			static unsigned char string1[]="R. TURBINE  ";  	// You must ensure that there are 10 chars INCLUDING WHITE SPACE or else @ will show up on display
 	        unsigned char z;						 		// and phrase must be written in UPPERCASE LETTERS or else garbage will show up on display!!!!
 	        for (z=0;z<=9;z++)
			{
		     P0 = (string1[z] & 0xBF);  // Parse the data array for 10 array elements        
		     write_enable();			// Must strobe the write pin on the rising edge to latch char into memory position for each char in array 
		    }
						 				 
		}		
	



							
void main()	// Main program

{
   clear_display();  //clear any startup junk incase of a power cycle glitch or who the hell knows what else during a power cycle > recurring function

   for(;;) // Loop this process forever
   {		
		// Start copy and paste here for each new phrase
		clear_display(); phrase1(); word_delay();
		// End copy and paste here >  Avoid pasting these comments > Paste at the END of the list and INCREMENT THE PHRASE NUMBER OR ELSE IT WON'T SHOW UP!!!!!
		clear_display(); phrase2(); word_delay();
		clear_display(); phrase3(); word_delay();
		clear_display(); phrase4(); word_delay();
		clear_display(); phrase5(); word_delay();
		clear_display(); phrase6(); word_delay();
		clear_display(); phrase7(); word_delay();
		clear_display(); phrase8(); word_delay();
		clear_display(); phrase9(); word_delay();