new functions added
UFR_STATUS DL_API card_transceive_mode_start(uint8_t tx_crc, uint8_t rx_crc, uint32_t rf_timeout, uint32_t uart_timeout);
UFR_STATUS DL_API card_transceive_mode_stop(void);
UFR_STATUS DL_API uart_transceive(uint8_t *send_data, uint8_t send_len, uint8_t *rcv_data, uint32_t bytes_to_receive, uint32_t *rcv_len);

# Conflicts:
#	include/uFCoder.h
#	linux/aarch64/libuFCoder-aarch64.so
#	linux/arm-hf/libuFCoder-armhf.so
#	linux/arm/libuFCoder-arm.so
#	linux/x86/libuFCoder-x86.so
#	linux/x86_64/libuFCoder-x86_64.so
#	osx/x86_64/libuFCoder.dylib
#	windows/static-x86/libuFCoder-x86.a
#	windows/static-x86_64/libuFCoder-x86_64.a
#	windows/x86/uFCoder-x86.def
#	windows/x86/uFCoder-x86.dll
#	windows/x86_64/uFCoder-x86_64.def
#	windows/x86_64/uFCoder-x86_64.dll

new functions added
UFR_STATUS DL_API card_transceive_mode_start(uint8_t tx_crc, uint8_t rx_crc, uint32_t rf_timeout, uint32_t uart_timeout);
UFR_STATUS DL_API card_transceive_mode_stop(void);
UFR_STATUS DL_API uart_transceive(uint8_t *send_data, uint8_t send_len, uint8_t *rcv_data, uint32_t bytes_to_receive, uint32_t *rcv_len);

enabled off-card hash algorithm (when sig_cipher == SIG_CIPHER_RSA && sig_digest == ALG_NULL && sig_padding == PAD_PKCS1)

Finished and tested functions for qualified and CA certificates manipulation:
UFR_STATUS JCAppPutObj(uint8_t obj_type, uint8_t obj_index, uint8_t *obj, int16_t obj_size, uint8_t *id, uint8_t id_size);
UFR_STATUS JCAppPutObjSubject(uint8_t obj_type, uint8_t obj_index, uint8_t *subject, uint8_t size);
UFR_STATUS JCAppInvalidateCert(uint8_t obj_type, uint8_t obj_index);
UFR_STATUS JCAppGetObjId(uint8_t obj_type, uint8_t obj_index, uint8_t *id, uint16_t *id_size); // when id == NULL returns size
UFR_STATUS JCAppGetObjSubject(uint8_t obj_type, uint8_t obj_index, uint8_t *subject, uint16_t *size); // when subject == NULL returns size
UFR_STATUS JCAppGetObj(uint8_t obj_type, uint8_t obj_index, uint8_t *obj, int16_t size); // when obj == NULL returns size

and multi reader support functions:
UFR_STATUS JCAppPutObjM(UFR_HANDLE hndUFR, uint8_t obj_type, uint8_t obj_index, uint8_t *obj, int16_t obj_size, uint8_t *id, uint8_t id_size);
UFR_STATUS JCAppPutObjSubjectM(UFR_HANDLE hndUFR, uint8_t obj_type, uint8_t obj_index, uint8_t *subject, uint8_t size);
UFR_STATUS JCAppInvalidateCertM(UFR_HANDLE hndUFR, uint8_t obj_type, uint8_t obj_index);
UFR_STATUS JCAppGetObjIdHnd(UFR_HANDLE hndUFR, uint8_t obj_type, uint8_t obj_index, uint8_t *id, uint16_t *id_size); // when id == NULL returns size
UFR_STATUS JCAppGetObjSubjectM(UFR_HANDLE hndUFR, uint8_t obj_type, uint8_t obj_index, uint8_t *subject, uint16_t *size); // when subject == NULL returns size
UFR_STATUS JCAppGetObjM(UFR_HANDLE hndUFR, uint8_t obj_type, uint8_t obj_index, uint8_t *obj, int16_t size); // when obj == NULL returns size

(There is no functional changes)

Added:
#define DL_GENERIC_ISO14443_4			0x40
#define DL_GENERIC_ISO14443_TYPE_B		0x41

Functions added
UFR_STATUS DL_API open_ISO7816_interface(uint8_t *atr_data, uint8_t *atr_len);
UFR_STATUS DL_API close_ISO7816_interface(void);
UFR_STATUS DL_API GreenLedBlinkingTurnOn(void);
UFR_STATUS DL_API GreenLedBlinkingTurnOff(void);

Task-Url: https://git.d-logic.net/hw-ufr/lib-src/issues/28

(There is no functional changes)

Added:
#define DL_GENERIC_ISO14443_4			0x40
#define DL_GENERIC_ISO14443_TYPE_B		0x41

Added DL Java Card support.
Digital signing mechanisms using RSA and ECDSA included.
New functions:
JCAppSelectByAid()
JCAppPutPrivateKey()
JCAppGenerateSignature()
JCAppSignatureBegin()
JCAppSignatureUpdate()
JCAppSignatureEnd()

BugFix in function APDUTransceiveHnd():
-In some situations there was an error calculating Le byte.

The following functions have been improved (extended buffer support):
UFR_STATUS DL_API APDUHexStrTransceive(const char *c_apdu, char **r_apdu);
UFR_STATUS DL_API APDUPlainTransceive(const uint8_t *c_apdu, uint32_t c_apdu_len, uint8_t *r_apdu, uint32_t *r_apdu_len);
UFR_STATUS DL_API APDUTransceive(uint8_t cls, uint8_t ins, uint8_t p1, uint8_t p2, const uint8_t *data_out, uint32_t Nc, uint8_t *data_in, uint32_t *Ne, uint8_t send_le, uint8_t *apdu_status);
UFR_STATUS DL_API APDUHexStrTransceiveM(UFR_HANDLE hndUFR, const char *c_apdu, char **r_apdu);
UFR_STATUS DL_API APDUPlainTransceiveM(UFR_HANDLE hndUFR, const uint8_t *c_apdu, uint32_t c_apdu_len, uint8_t *r_apdu, uint32_t *r_apdu_len);
UFR_STATUS DL_API APDUTransceiveM(UFR_HANDLE hndUFR, uint8_t cls, uint8_t ins, uint8_t p0, uint8_t p1, const uint8_t *data_out, uint32_t Nc, uint8_t *data_in, uint32_t *Ne, uint8_t send_le, uint8_t *apdu_status);

Improvement is valid from the firmware version 3.9.44

Finished implementation of the "APDU Transceive" in the firmware (using APDU_TRANSCEIVE command).

UFR_STATUS DL_API SetISO14443_4_Mode(void);
UFR_STATUS DL_API SetISO14443_4_ModeM(UFR_HANDLE hndUFR);

Finished NFC T4T support for NDEF messages using APDU support through "ISO14443-4 half-duplex block transmission protocol (i_block, r_block and s_block)".
All functions in library that support NDEF messages now working with NFC T4T cards.

Added functions:
UFR_STATUS GetAdHocEmulationParams(uint8_t *ThresholdMinLevel, uint8_t *ThresholdCollLevel,
								   uint8_t *RFLevelAmp, uint8_t *RxGain, uint8_t *RFLevel);
UFR_STATUS SetAdHocEmulationParams(uint8_t ThresholdMinLevel, uint8_t ThresholdCollLevel,
								   uint8_t RFLevelAmp, uint8_t RxGain, uint8_t RFLevel);
UFR_STATUS GetAdHocEmulationParamsM(UFR_HANDLE hndUFR,
								    uint8_t *ThresholdMinLevel, uint8_t *ThresholdCollLevel,
								    uint8_t *RFLevelAmp, uint8_t *RxGain, uint8_t *RFLevel);
UFR_STATUS SetAdHocEmulationParamsM(UFR_HANDLE hndUFR,
								    uint8_t ThresholdMinLevel, uint8_t ThresholdCollLevel,
								    uint8_t RFLevelAmp, uint8_t RxGain, uint8_t RFLevel);

Dependency for these functions: uFR firmware - min. version 3.9.35

Added functions:
UFR_STATUS AdHocEmulationStart(void);
UFR_STATUS AdHocEmulationStop(void);
UFR_STATUS GetExternalFieldState(uint8_t *is_field_present);

UFR_STATUS AdHocEmulationStartM(UFR_HANDLE hndUFR);
UFR_STATUS AdHocEmulationStopM(UFR_HANDLE hndUFR);
UFR_STATUS GetExternalFieldStateM(UFR_HANDLE hndUFR, uint8_t *is_field_present);

choosing mode depends of communication speed in ReaderOpen()