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#include <stdlib.h>
#include <stdint.h>
#include <inttypes.h>
#ifndef NFCOMMANDER_VERSION
#define NFCOMMANDER_VERSION "v0.1-dev"
#endif
#define MIN(a,b) (((a) < (b)) ? (a) : (b))
typedef enum {
tag_unset, /*unknown tag type*/
tag_unknown, /*unsupported tag*/
tag_mifare1,
tag_ntag,
tag_desfire
} nfc_tag_t;
#define FLAG_TAG_DATA_VALID 1
#define FLAG_TAG_UNPROGRAMMED 2
#define FLAG_TAG_LOCKED 4
#define FLAG_TAG_READONLY 8
#define TAG_STATUS_FLAGS ((FLAG_TAG_DATA_VALID | FLAG_TAG_UNPROGRAMMED | FLAG_TAG_LOCKED))
typedef struct {
//core identifying properties
nfc_tag_t type;
uint8_t uid_length;
uint8_t uid[10];
//storage info
size_t bytes_available;
size_t granularity;
//data
size_t static_length;
uint8_t* static_data;
size_t dynamic_length;
uint8_t* dynamic_data;
} nfc_tag_info_t;
typedef int (*reader_plugin_init)(void);
typedef int (*reader_plugin_handle)(int fd);
typedef int (*reader_plugin_scan)(void);
typedef enum {
system_control,
system_reader,
system_command
} notification_target_t;
int core_manage_fd(int fd, int manage, notification_target_t system);
/*
* This API is to be called by reader backends to indicate presence of a tag.
* This can be done as soon as the UID of the tag has been read (ie. before
* reading EEPROM contents) to check whether the card has already been read.
*
* If this API returns TAG_READ_REQUESTED, a full read is requested and the
* nfc_tag_info_t should be submitted again with the data fully read.
*
* If this API returns TAG_WRITE_REQUESTED, the nfc_tag_into_t has been filled
* with valid data pointers and sizes to be writen to the tag
*/
#define TAG_READ_REQUESTED 1
#define TAG_WRITE_REQUESTED 2
int reader_tag_present(uint8_t flags, nfc_tag_info_t* tag);
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