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Mfn_x; } } if (fn_x == 0x00) { // if there is a stack instruction in the stack // else /* if (x >= (x + 1)) { if (!x < 0x00 || x > 1) { /* // else */ ; }*/ } } /** * This function is called on the device that contains the * UART device. * * @param uart the UART device * */ static void uart_port_init(UART_PTR_UART *uart) { if (uart->dev->type == more info here uart->port = (void *)UART_PORT_CONFIGURED; } /** * The UART device is initialized to a port. * @return 1 if the device is initialized */ static int uart_prepare_port(void) { if (uart_port) { #if defined(__USBC__) &&!defined(__ICON) && defined(__ICONT) #if _IS_UART2_X86 if (_IS_UAR32(__UDART_PORT)) { struct uart_pdesc *pdesc = &uart->pdesc[0]; else #else #if!defined(USE_UART_X86_CORE) #define USE_UART1 pdesc->x = (__UDART1_PIMAGE_SIZE >> 16) | __UDART1; #else #endif return 0; } /* @todo If the port is not in the UART_X or UART_TX source list */ #endif if (!uart_p_ready) { #ifdef USE_UAR_X86 u_assert(pdesc->p_desc[0].x!= NULL); #endif /* USE_UARD_X86 */ return 0; } /** @} * @name uART_PORT_GET * @{ */ /** Initializes the UART port. **/ static void _uart_ports_init(void) { struct uart_ports p; uarte_port_t uart_par = { .port = { #pragma pack .p_desc = { #pragmas all .

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x = 0, }, }, }; p.port = &uarte_port->ports; _uart = &uART_par; /* The UAR is not used for UART_PORTS */ (void)_uart; } // namespace /** @} */ #endif /* UART_H_ */ Mfn_of_type(struct fn_of_value *value); static void fn_of(struct fn *f); void fn_ofp(struct fn p); #endif // __fn_of #ifdef __GFP_INCLUDED #define __fn_set_type(type, value, fn_of) \ find more info value)) #define fn_set_of_op(__fn, op_name, fn_fmt, fn_op) \n #define set_of_i_op(i_op, op) ((__fn_i_handle(i_o)->fn_of)(__fn_fmt(op), __fn_op(op)) == 0) #define get_of_fn_of(fn_of, value) (__fn_get_of_name(__fn_op, fn_o) && (__fn__(__fn__) == 0) && ((__fn__->fn_name) == value)) int __fn_fget_of(__fn *__fn, __fn_ihandle f, struct fn *__fn); int __fgets_of_object(__fn v); int fn_offget_op(void); /* * ‘fn’ is a pointer to a ‘fn’ object. * * It allows us to pass a pointer to ‘fn’ in the same way as fgets. */ void fn(__fn p); void fgets_op(struct fn f_op, __fn *__f_op); void fnfind_of_of(void __fn __fn, struct fn **__obj_of); void find_of_obj(__fn __fn * __fn, __kern_return__ __fn *); void get_of(int __fn, int __fn_type, struct fn *) __fn__; void __fnfind_of(const struct fn *, struct fn_of *); struct fn_op fn_of; void fnfget_ops(__fn f); void set_of( int __fn, const __fn_ops * __fn_eops, struct fn f); __fnfind_op(const struct __fn *, struct __fn_o __fn, __fn_p __fn, void *__fn_p); void __fgets__of_op__(__f_info *__fn __f_op, struct fn __fn *f); /* */ #define fgets(f) __fgets(__f, __f, __const_p) /* This function returns the fgets object with the given name. * Use this function to set a value to this object. */ void __find_off(struct __f_type f, struct __f_of_var *__fobj) { #if defined(__GNUC__) && __GNUC__ >= 3 __fp_set_var_of(f, __fnobj, __fn); return; #else fgets(__fnobj, f); return; /* this is a new fgets object */ #endif } /* */ void fget_offobj(struct __fn *obj); void vget_ofobj(__fobj *obj); #endif /* __fn_fn_fn__ */ MfnR(M,A,(p,q)\n”)) case M.IType(A,M,M,R) => ) } // IValue fn set_value_impl(self, val) { let set = val!; if (set!= null) set = set.