CTCommand Class Reference
[This and That]

Describes a APDU (command for a chip card). More...

#include <ctcommand.h>

List of all members.

Public Member Functions
unsigned char	cla () const
void	setCla (unsigned char c)
unsigned char	ins () const
	command (depends on your chip card)
void	setIns (unsigned char c)
unsigned char	p1 () const
	some commands have parameters which are stored in p1 and p2.
void	setP1 (unsigned char c)
unsigned char	p2 () const
	some commands have parameters which are stored in p1 and p2.
void	setP2 (unsigned char c)
const string &	data () const
	data to be send and data received, respectively. Please note that this field gets overwritten upon transmission to the chip card or terminal.
void	setData (const string &s)
void	setData (const char *p, unsigned int s)
void	setData (char c)
void	setData (unsigned char c)
void	addData (const string &s)
void	addData (char c)
void	addData (unsigned char c)
unsigned short	lr () const
	expected maxmimum length of card's answer. This field is somewhat tricky. The reason is, that this field MAY occur, it may have a valid value and/or it may have the value 0 for CTAPI. To reflect this I gave this field special handling for some values: 0 means that no answer from the card is expected 1-255 tell the precise number of bytes expected 256 or higher mean: no limit (256 or more bytes)
void	setLr (unsigned short s)
unsigned char	sw1 () const
	general processing status
void	setSw1 (unsigned char c)
unsigned char	sw2 () const
	processing qualifier
void	setSw2 (unsigned char c)
	CTCommand ()
	~CTCommand ()
string	toString ()

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Detailed Description

Describes a APDU (command for a chip card).

This is the command struct for an iso command.

Author:

Martin Preuss<martin@libchipcard.de>

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Constructor & Destructor Documentation

CTCommand::CTCommand (   )

CTCommand::~CTCommand (   )

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Member Function Documentation

void CTCommand::addData (  unsigned char  c  )  [inline]

void CTCommand::addData (  char  c  )  [inline]

void CTCommand::addData (  const string &  s  )  [inline]

unsigned char CTCommand::cla (   )  const [inline]

command class 0x20 for terminal, 0x00 for card. some cards may define other classes, so have a look at the documentation for the card you want to write classes for

const string& CTCommand::data (   )  const [inline]

data to be send and data received, respectively. Please note that this field gets overwritten upon transmission to the chip card or terminal.

unsigned char CTCommand::ins (   )  const [inline]

command (depends on your chip card)

unsigned short CTCommand::lr (   )  const [inline]

expected maxmimum length of card's answer. This field is somewhat tricky. The reason is, that this field MAY occur, it may have a valid value and/or it may have the value 0 for CTAPI. To reflect this I gave this field special handling for some values: 0 means that no answer from the card is expected 1-255 tell the precise number of bytes expected 256 or higher mean: no limit (256 or more bytes)

unsigned char CTCommand::p1 (   )  const [inline]

some commands have parameters which are stored in p1 and p2.

unsigned char CTCommand::p2 (   )  const [inline]

some commands have parameters which are stored in p1 and p2.

void CTCommand::setCla (  unsigned char  c  )  [inline]

void CTCommand::setData (  unsigned char  c  )  [inline]

void CTCommand::setData (  char  c  )  [inline]

void CTCommand::setData (  const char *  p, unsigned int  s )  [inline]

void CTCommand::setData (  const string &  s  )  [inline]

void CTCommand::setIns (  unsigned char  c  )  [inline]

void CTCommand::setLr (  unsigned short  s  )  [inline]

void CTCommand::setP1 (  unsigned char  c  )  [inline]

void CTCommand::setP2 (  unsigned char  c  )  [inline]

void CTCommand::setSw1 (  unsigned char  c  )  [inline]

void CTCommand::setSw2 (  unsigned char  c  )  [inline]

unsigned char CTCommand::sw1 (   )  const [inline]

general processing status All commands return a two byte result code, if they were processed by the card. The first one is here.

unsigned char CTCommand::sw2 (   )  const [inline]

processing qualifier All commands return a two byte result code, if they were processed by the card. This is the second one (processing qualifier, tells you more precise about the result)

string CTCommand::toString (   )

Creates an APDU from this command object.

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The documentation for this class was generated from the following file:

• ctcommand.h

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