#include <ctprocessorcard.h>
Inheritance diagram for CTProcessorCard:
Public Member Functions | |
Constructors/Destructor | |
Methods to retrieve the private members of this class. | |
CTProcessorCard (const CTCard &c) | |
virtual | ~CTProcessorCard () |
Opening and closing operations | |
Methods to connect and disconnect the card. Most other methods only work if the card is open. | |
virtual CTError | reopenCard () |
Informational methods | |
These methods tell you about the type and the status of the card. | |
virtual string | cardType () |
virtual string | cardTypes () |
Commands | |
These methods allow you to send a command to the card. Of course the card needs to be already open. | |
CTError | selectMF (string &fcp) |
CTError | selectDF (string &fcp, unsigned short fid) |
CTError | selectEF (string &fcp, unsigned short fid) |
CTError | selectParent (string &fcp) |
CTError | selectById (string &fcp, string id) |
CTError | readRecord (string &data, unsigned char num, unsigned char size=0) |
CTError | updateRecord (string &data, unsigned char num) |
This class provides basic access to processor chip cards. It allows reading, writing and selecting of files on the card.
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This method returns a short name of the class which handles this card. A HBCI card for example returns "HBCICard". So you can use this method to check for the type of the card. Reimplemented from CTCard. Reimplemented in CTGeldKarte, HBCICard, and RSACard. |
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This method returns a comma separated list of all card types this card inherits including the type of this card, e.g. a HBCI card would return "CTProcessorCard, HBCICard". If you overload this method in your own class (you SHOULD) you simply have to call this method of the class it directly inherits. That class will then do the same, so that there is a list upon return. Reimplemented from CTCard. Reimplemented in CTGeldKarte, HBCICard, and RSACard. |
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Reads a record from the currently selected EF.
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When this method is called normally the card is already opened by means of openCard(). However, it is likely that openCard() has been called assuming this card is only a CTCard() object, nothing special. You may then call THIS method here on all known card classes to check for the type of this card. This method must assume that any file on the card is already selected, so it is in most cases a good idea to select the MF as the first action of this method. If the executing class finds that the card inserted is not of a type it can handle then it MUST return an error. Reimplemented from CTCard. Reimplemented in CTGeldKarte, HBCICard, and RSACard. |
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Selects a DF by its name (AID, Application Identifier). On success the FCI is returned. Please note that some cards do not support this command. In that case you have to use the basic method CTCard::selectFile().
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Selects a dedicated file (DF) within the currently selected one. On success the FCI is returned. Please note that some cards do not support this command. In that case you have to use the basic method CTCard::selectFile().
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Selects an elementary file (EF) within the currently selected DF. On success the FCI is returned. Please note that some cards do not support this command. In that case you have to use the basic method CTCard::selectFile().
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Selects the master file. On success the FCI (File Control Information) is returned. The FCI may contain some usefull information about access rights you have for the file. For a closer information about FCI see the file "geldkarte.pdf" which may be obtained from the Chaos Computer Club (CCC). Please note that some cards do not support this command. In that case you have to use the basic method CTCard::selectFile().
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Selects the parent DF of the currently selected DF/EF. On success the FCI is returned. Please note that some cards do not support this command. In that case you have to use the basic method CTCard::selectFile().
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Writes a record into the currently selected EF.
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