Planète Casio - Programmes, jeux et cours pour calculatrices Casio

typedef enum {EMUlATOR, G35, G75, G85, G85SD, G95, UNDEFINED} Model;


/**MODEL DETECTION**/
char isEmulator();
char isG35p75();
char isG75(); // BESOIN DE LA VALEUR!!!
char isG85();
char isG85SD();
char isG95();
char hasSD();
Model modelDetector();

/**STRING MANIUPLATION**/
char* toLower(unsigned char* str, unsigned int len);
char* toUpper(unsigned char* str, unsigned int len);
char* strMirror(unsigned char* str, unsigned int len);
char* strRotate(unsigned char* str, unsigned int len, unsigned char mov);
void printf(unsigned char x, unsigned char y, unsigned char str, int mode);
void printn(unsigned char x, unsigned char y, int n, unsigned char mode);

/**TO STRING OPERATIONS**/
unsigned char* intToStr(char* c, int n);
unsigned char* uintToStr(char* c, unsigned int n);
unsigned char* charToStr(char* c, char n);
unsigned char* ucharToStr(char* c, unsigned char n);
unsigned char* floatToStr(char* c, float f, int pecision);

/**TO NUMBER**/
char strToChar(char* c);
unsigned char strToUchar(char* c);
int strToInt(char* c);
unsigned int strToUint(char* c);

/**TO HEX**/
char* charToHex(char* result, unsigned char hex);
char* intToHex(char* result, unsigned int hex);

/**BITS OPERATIONS**/
char readBit_char(char num, char index);
char inverseBit_char(char num, char index);
char upBit_char(char num, char index);
char downBit_char(char num, char index);
char readBit_int(int num, char index);
int inverseBit_int(int num, char index);
int upBit_int(int num, char index);
int downBit_int(int num, char index);

/**KEY DETECTION**/
unsigned char KeyDown( unsigned char code);
unsigned char KeyUp( unsigned char code);
unsigned char AnyKey();


/**OTHERS**/
char* input(char* c, int x, int y, int longueur, char nb);
int numArray_char(char* arr);
int numArray_int(char* arr);