VhlCfg / File / MifarePlusFormatCardMasterKeyList
Value
This value is used by Mifare plus firmware only. It is used by
VHL-Format() and changes the card master key itself and all
keys with can be changed with the card master key. It contains
2 byte key index entries to:
- old card master key, only needed if card configuration key should be changed
- new or current card master key
- level 2 switch key
- level 3 switch key
- SL1 card authentication key
Properties
- Value ID: 0x0300/0x15
- Default value: 0xFF 0xFF 0xFF 0xFF 0xFF 0xFF 0xFF 0xFF 0xFF 0xFF 0xFF 0xFF
Format
| Name | Type/Size | Description | |
|---|---|---|---|
| OldCardMasterKeyMemoryType | Enumeration (8 bits) |
This value references a key memory type within the
reader. VHL detects the security level (SL0..3) of
a Mifare classic/plus card automatically and
according to the security level the adequate key
memories (AES and/or Mifare keys) are chosen. For
some key memory types a card in Mifare plus
security level 2 (SL2) needs both keys (AES and
Mifare): then the configuration value
MifarePlusKeyIdxOffset describes an offset of
Mifare keys to AES keys (! signed value). Values:
|
|
| OldCardMasterKeyIdx | Integer (8 bits) | Index to key: first key in list will be accessed with value 0, second with 1... | |
| NewCardMasterKeyMemoryType | Enumeration (8 bits) |
This value references a key memory type within the
reader. VHL detects the security level (SL0..3) of
a Mifare classic/plus card automatically and
according to the security level the adequate key
memories (AES and/or Mifare keys) are chosen. For
some key memory types a card in Mifare plus
security level 2 (SL2) needs both keys (AES and
Mifare): then the configuration value
MifarePlusKeyIdxOffset describes an offset of
Mifare keys to AES keys (! signed value). Values:
|
|
| NewCardMasterKeyIdx | Integer (8 bits) | Index to key: first key in list will be accessed with value 0, second with 1... | |
| CardConfigurationKeyMemoryType | Enumeration (8 bits) |
This value references a key memory type within the
reader. VHL detects the security level (SL0..3) of
a Mifare classic/plus card automatically and
according to the security level the adequate key
memories (AES and/or Mifare keys) are chosen. For
some key memory types a card in Mifare plus
security level 2 (SL2) needs both keys (AES and
Mifare): then the configuration value
MifarePlusKeyIdxOffset describes an offset of
Mifare keys to AES keys (! signed value). Values:
|
|
| CardConfigurationKeyIdx | Integer (8 bits) | Index to key: first key in list will be accessed with value 0, second with 1... | |
| InstallationIDKeyMemoryType | Enumeration (8 bits) |
This value references a key memory type within the
reader. VHL detects the security level (SL0..3) of
a Mifare classic/plus card automatically and
according to the security level the adequate key
memories (AES and/or Mifare keys) are chosen. For
some key memory types a card in Mifare plus
security level 2 (SL2) needs both keys (AES and
Mifare): then the configuration value
MifarePlusKeyIdxOffset describes an offset of
Mifare keys to AES keys (! signed value). Values:
|
|
| InstallationIDKeyIdx | Integer (8 bits) | Index to key: first key in list will be accessed with value 0, second with 1... | |
| ATSKeyMemoryType | Enumeration (8 bits) |
This value references a key memory type within the
reader. VHL detects the security level (SL0..3) of
a Mifare classic/plus card automatically and
according to the security level the adequate key
memories (AES and/or Mifare keys) are chosen. For
some key memory types a card in Mifare plus
security level 2 (SL2) needs both keys (AES and
Mifare): then the configuration value
MifarePlusKeyIdxOffset describes an offset of
Mifare keys to AES keys (! signed value). Values:
|
|
| ATSKeyIdx | Integer (8 bits) | Index to key: first key in list will be accessed with value 0, second with 1... | |