/usr/include/libchipcard5/chipcard/card.h is in libchipcard-dev 5.1.0beta-2.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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begin : Mon Mar 01 2004
copyright : (C) 2004-2010 by Martin Preuss
email : martin@libchipcard.de
***************************************************************************
* Please see toplevel file COPYING for license details *
***************************************************************************/
#ifndef CHIPCARD_CLIENT_CARD_H
#define CHIPCARD_CLIENT_CARD_H
/** @addtogroup chipcardc_card_basic
*/
/*@{*/
#include <gwenhywfar/inherit.h>
#ifdef __cplusplus
extern "C" {
#endif
typedef struct LC_CARD LC_CARD;
#ifdef __cplusplus
}
#endif
#include <chipcard/chipcard.h>
#include <chipcard/client.h>
#include <chipcard/sharedstuff/pininfo.h>
#ifdef __cplusplus
extern "C" {
#endif
GWEN_INHERIT_FUNCTION_LIB_DEFS(LC_CARD, CHIPCARD_API)
GWEN_LIST2_FUNCTION_LIB_DEFS(LC_CARD, LC_Card, CHIPCARD_API)
/** @name Flags for ISO Commands
*
*/
/*@{*/
#define LC_CARD_ISO_FLAGS_EFID_MASK 0x00000001f
/** Mask for flags used with record based functions (like
* @ref LC_Card_IsoReadRecord) */
#define LC_CARD_ISO_FLAGS_RECSEL_MASK 0x0000000e0
/** Select first record (used with record based functions like
* @ref LC_Card_IsoReadRecord) */
#define LC_CARD_ISO_FLAGS_RECSEL_FIRST (0 << 5)
/** Select last record (used with record based functions like
* @ref LC_Card_IsoReadRecord) */
#define LC_CARD_ISO_FLAGS_RECSEL_LAST (1 << 5)
/** Select next record (used with record based functions like
* @ref LC_Card_IsoReadRecord) */
#define LC_CARD_ISO_FLAGS_RECSEL_NEXT (2 << 5)
/** Select previous record (used with record based functions like
* @ref LC_Card_IsoReadRecord) */
#define LC_CARD_ISO_FLAGS_RECSEL_PREV (3 << 5)
/** Select given record (used with record based functions like
* @ref LC_Card_IsoReadRecord) */
#define LC_CARD_ISO_FLAGS_RECSEL_GIVEN (4 << 5)
/*@}*/
/** @name Opening, Closing, Destroying
*
*/
/*@{*/
/**
* Release all ressources associated with the given card. You @b must call
* this function in order to avoid memory leaks.
*/
CHIPCARD_API
void LC_Card_free(LC_CARD *cd);
CHIPCARD_API
void LC_Card_List2_freeAll(LC_CARD_LIST2 *l);
/**
* Opens a card obtained via @ref LC_Client_GetNextCard.
* The action taken here depends on the derived card class (e.g.
* LC_DdvCard).
*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_Open(LC_CARD *card);
/**
* Closes the given card.
* The action taken here depends on the derived card class (e.g.
* LC_DdvCard).
*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_Close(LC_CARD *card);
/*@}*/
/** @name Executing Card Commands
*
* There are two ways of letting Libchipcard execute card commands:
* <ul>
* <li>directly sending a prebuilt APDU</li>
* <li>
* referencing a command by name so that Libchipcard can built the
* APDU for the particular reader and card combination.
* </ul>
* When working with Libchipcard the latter method is preferred since only
* in this case Libchipcard can adapt APDUs in order to make them work
* with a given combination of card and reader. Otherwise the application
* has to take care of the specialties of a given reader or card by itself.
*/
/*@{*/
/**
* Execute a prebuilt APDU and return the result.
* This function can be used when relaying APDUs from other APIs (such as
* the CTAPI shipped with Libchipcard which allows to access the service of
* Libchipcard via CTAPI).
*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_ExecApdu(LC_CARD *card,
const char *apdu,
unsigned int len,
GWEN_BUFFER *rbuf,
LC_CLIENT_CMDTARGET t);
/**
* Executes a command referenced by name.
* This function looks for the given command in the description files
* of the currently selected card and reader which holds the card.
* This way the resulting APDU will work with that particular combination.
*
* This function only works after the functions @ref LC_Card_SelectApp
* and LC_Card_SelectCard have been called (which is done implicitly by
* the open-functions set by e.g. @ref LC_DDVCard_ExtendCard() etc.
*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_ExecCommand(LC_CARD *card,
const char *commandName,
GWEN_DB_NODE *cmdData,
GWEN_DB_NODE *rspData);
/**
* This function is used internally by @ref LC_Card_ExecCommand to create
* an APDU from a command for a particular combination of card and reader.
*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_BuildApdu(LC_CARD *card,
const char *command,
GWEN_DB_NODE *cmdData,
GWEN_BUFFER *gbuf);
/*@}*/
/** @name Select Card/Application Type
*
* Functions in this group tell Libchipcard which instruction set is to be
* used for @ref LC_Card_ExecApdu(). It also selects the XML descriptions
* appropriate for the card application to be used by the functions
* @ref LC_Card_SelectDf() and LC_Card_SelectEf().
*
* A card can contain multiple applications, e.g. some HBCI cards additionally
* contain the GeldKarte application. Different card applications contain
* different files/folders (EF/DF), so Libchipcard needs to be told which
* card application is to be used.
*/
/*@{*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_SelectCard(LC_CARD *card, const char *s);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_SelectApp(LC_CARD *card, const char *appName);
/*@}*/
/** @name Select MF/DF/EF
*
*/
/*@{*/
/**
* This function selects the master file (corresponds to root on a
* filesystem).
*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_SelectMf(LC_CARD *card);
/**
* Select a dedicated file below the currently selected one (or the master
* file). A DF can be thought of as a folder in a filesystem.
* Libchipcard looks this DF up in the XML description files of the current
* card and application an creates the appropriate APDU to select the DF
* either by short or long id (as determined by the XML files).
*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_SelectDf(LC_CARD *card, const char *fname);
/**
* Select an elementary file below the currently selected DF (or MF).
* An EF can be thought of as a file in a filesystem.
* Libchipcard looks this EF up in the XML description files of the current
* card and application an creates the appropriate APDU to select the EF
* either by short or long id (as determined by the XML files).
*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_SelectEf(LC_CARD *card, const char *fname);
/*@}*/
/** @name XML Descriptions
*
*/
/*@{*/
CHIPCARD_API
GWEN_XMLNODE *LC_Card_GetCardNode(const LC_CARD *card);
CHIPCARD_API
GWEN_XMLNODE *LC_Card_GetAppNode(const LC_CARD *card);
CHIPCARD_API
GWEN_XMLNODE *LC_Card_GetDfNode(const LC_CARD *card);
CHIPCARD_API
GWEN_XMLNODE *LC_Card_GetEfNode(const LC_CARD *card);
/*@}*/
/** @name Informational Functions
*
*/
/*@{*/
/**
* The chipcard2 server identifies cards by ids which are unique in the
* server environment. No two cards can have the same id.
*/
CHIPCARD_API
uint32_t LC_Card_GetCardId(const LC_CARD *cd);
CHIPCARD_API
const char *LC_Card_GetReaderType(const LC_CARD *cd);
CHIPCARD_API
const char *LC_Card_GetDriverType(const LC_CARD *cd);
/**
* Returns the reader flags of the reader the given card is in (see
* @ref LC_READER_FLAGS_KEYPAD and others).
*/
CHIPCARD_API
uint32_t LC_Card_GetReaderFlags(const LC_CARD *cd);
/**
* Returns the type of the given card. Possible values are "MEMORY" and
* "PROCESSOR".
*/
CHIPCARD_API
const char *LC_Card_GetCardType(const LC_CARD *cd);
/**
* Returns a stringlist containing all types which match the ATR string of
* the given card. Possibly contents are "ddv0", "ddv1", "geldkarte" etc.
*/
CHIPCARD_API
const GWEN_STRINGLIST *LC_Card_GetCardTypes(const LC_CARD *cd);
/**
* Returns the <i>Answer To Reset</i> string returned by the card upon
* power up. These bytes indicate some properties of the card
* (e.g. card type, manufacturer, memory size etc).
* This function returns a pointer to the internally stored ATR. The card
* object still remains the owner of the object returned (if any) so you
* must neither manipulate nor free it.
*/
CHIPCARD_API
unsigned int LC_Card_GetAtr(const LC_CARD *cd,
const unsigned char **pbuf);
/**
* Returns the pointer to the client object this card belongs to.
*/
CHIPCARD_API
LC_CLIENT *LC_Card_GetClient(const LC_CARD *cd);
/*@}*/
/** @name Last Result
*
* These functions return the result of the last command executed via
* @ref LC_Card_ExecCommand (nearly all functions internally call that one)
*/
/*@{*/
CHIPCARD_API
int LC_Card_GetLastSW1(const LC_CARD *card);
CHIPCARD_API
int LC_Card_GetLastSW2(const LC_CARD *card);
CHIPCARD_API
const char *LC_Card_GetLastResult(const LC_CARD *card);
CHIPCARD_API
const char *LC_Card_GetLastText(const LC_CARD *card);
CHIPCARD_API
void LC_Card_CreateResultString(const LC_CARD *card,
const char *lastCommand,
LC_CLIENT_RESULT res,
GWEN_BUFFER *buf);
/*@}*/
/** @name Debugging Functions
*/
/*@{*/
CHIPCARD_API
void LC_Card_Dump(const LC_CARD *cd, int indent);
/*@}*/
/** @name Pin Functions
*
*/
/*@{*/
/**
* Returns a pininfo object of the pin given by its id.
* The caller becomes the owner of the object returned (if any) and must
* call @ref LC_PinInfo_free on it to avoid memory leaks.
*/
CHIPCARD_API
LC_PININFO *LC_Card_GetPinInfoById(LC_CARD *card, uint32_t pid);
/**
* Returns a pininfo object of the pin given by its name.
* The caller becomes the owner of the object returned (if any) and must
* call @ref LC_PinInfo_free on it to avoid memory leaks.
* Standard names are "ch_pin" for the cardholder pin and "eg_pin" for
* the device pin (needed by STARCOS cards to modify security data on a card).
*/
CHIPCARD_API
LC_PININFO *LC_Card_GetPinInfoByName(LC_CARD *card, const char *name);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_GetPinStatus(LC_CARD *card,
unsigned int pid,
int *maxErrors,
int *currentErrors);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_GetInitialPin(LC_CARD *card,
int id,
unsigned char *buffer,
unsigned int maxLen,
unsigned int *pinLength);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoVerifyPin(LC_CARD *card,
uint32_t flags,
const LC_PININFO *pi,
const unsigned char *ptr,
unsigned int size,
int *triesLeft);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoModifyPin(LC_CARD *card,
uint32_t flags,
const LC_PININFO *pi,
const unsigned char *oldptr,
unsigned int oldsize,
const unsigned char *newptr,
unsigned int newsize,
int *triesLeft);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoPerformVerification(LC_CARD *card,
uint32_t flags,
const LC_PININFO *pi,
int *triesLeft);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoPerformModification(LC_CARD *card,
uint32_t flags,
const LC_PININFO *pi,
int *triesLeft);
/*@}*/
/** @name Reading and Writing Data
*
*/
/*@{*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoReadBinary(LC_CARD *card,
uint32_t flags,
int offset,
int size,
GWEN_BUFFER *buf);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoWriteBinary(LC_CARD *card,
uint32_t flags,
int offset,
const char *ptr,
unsigned int size);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoUpdateBinary(LC_CARD *card,
uint32_t flags,
int offset,
const char *ptr,
unsigned int size);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoEraseBinary(LC_CARD *card,
uint32_t flags,
int offset,
unsigned int size);
/**
* This functions reads any number of bytes from an already selected file
* of the card. It therefore issues multiple read requests until all bytes
* are read.
*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_ReadBinary(LC_CARD *card,
int offset,
int size,
GWEN_BUFFER *buf);
/*@}*/
/** @name Reading and Writing Records
*
*/
/*@{*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoReadRecord(LC_CARD *card,
uint32_t flags,
int recNum,
GWEN_BUFFER *buf);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoWriteRecord(LC_CARD *card,
uint32_t flags,
int recNum,
const char *ptr,
unsigned int size);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoAppendRecord(LC_CARD *card,
uint32_t flags,
const char *ptr,
unsigned int size);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoUpdateRecord(LC_CARD *card,
uint32_t flags,
int recNum,
const char *ptr,
unsigned int size);
/*@}*/
/** @name Crypto Functions
*
*/
/*@{*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoManageSe(LC_CARD *card,
int tmpl, int kids, int kidp, int ar);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoEncipher(LC_CARD *card,
const char *ptr,
unsigned int size,
GWEN_BUFFER *codeBuf);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoDecipher(LC_CARD *card,
const char *ptr,
unsigned int size,
GWEN_BUFFER *plainBuf);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoSign(LC_CARD *card,
const char *ptr,
unsigned int size,
GWEN_BUFFER *sigBuf);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_IsoVerify(LC_CARD *card,
const char *dptr,
unsigned int dsize,
const char *sigptr,
unsigned int sigsize);
LC_CLIENT_RESULT
LC_Card_IsoInternalAuth(LC_CARD *card,
int kid,
const unsigned char *ptr,
unsigned int size,
GWEN_BUFFER *rBuf);
/*@}*/
/** @name Data Formats (Parsing and Generating)
*
*/
/*@{*/
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_ParseData(LC_CARD *card,
const char *format,
GWEN_BUFFER *buf,
GWEN_DB_NODE *dbData);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_CreateData(LC_CARD *card,
const char *format,
GWEN_BUFFER *buf,
GWEN_DB_NODE *dbData);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_ParseRecord(LC_CARD *card,
int recNum,
GWEN_BUFFER *buf,
GWEN_DB_NODE *dbRecord);
CHIPCARD_API
LC_CLIENT_RESULT LC_Card_CreateRecord(LC_CARD *card,
int recNum,
GWEN_BUFFER *buf,
GWEN_DB_NODE *dbRecord);
/*@}*/
#ifdef __cplusplus
}
#endif
/*@}*/ /* addtogroup */
#endif /* CHIPCARD_CLIENT_CARD_H */
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