Configuration API

The following APIs are used to read and write system configuration information.

• BS2_ResetConfig: Initializes the device's configurations.
• BS2_ResetConfigExceptNetInfo:​ Initializes the setting information of the device. (Excluding network settings)
• BS2_GetConfig: Retrieves configuration blob from the device.
• BS2_SetConfig: Stores configuration blob on the device.
• BS2_GetFactoryConfig: Retrieves software version and hardware settings from the device.
• BS2_GetSystemConfig: Retrieves system settings from the device.
• BS2_SetSystemConfig: Stores system settings on the device.
• BS2_GetAuthConfig: Retrieves authentication settings from the device.
• BS2_SetAuthConfig: Stores authentication settings on the device.
• BS2_GetStatusConfig: Retrieves LED and buzzer settings from the device.
• BS2_SetStatusConfig: Stores LED and buzzer settings on the device.
• BS2_GetDisplayConfig: Retrieves sound and UI settings from the device.
• BS2_SetDisplayConfig: Stores sound and UI settings on the device.
• BS2_GetIPConfig: Retrieves IP settings from the device.
• BS2_GetIPConfigViaUDP: Retrieves IP settings from the device via the UDP broadcasting.
• BS2_SetIPConfig: Stores IP settings on the device.
• BS2_SetIPConfigViaUDP: Stores IP settings on the device via the UDP broadcasting.
• BS2_GetIPConfigExt: Retrieves DNS and server URL settings from the device.
• BS2_SetIPConfigExt: Stores DNS and server URL settings on the device.
• BS2_GetTNAConfig: Retrieves time and attendance settings from the device.
• BS2_SetTNAConfig: Stores time and attendance settings on the device.
• BS2_GetCardConfig: Retrieves smart card settings from the device.
• BS2_SetCardConfig: Stores smart card settings on the device.
• BS2_GetFingerprintConfig: Retrieves fingerprint matching settings from the device.
• BS2_SetFingerprintConfig: Stores fingerprint matching settings on the device.
• BS2_GetRS485Config: Retrieves RS-485 network settings from the device.
• BS2_SetRS485Config: Stores RS-485 network settings on the device.
• BS2_GetWiegandConfig: Retrieves Wiegand I/O settings from the device.
• BS2_SetWiegandConfig: Stores Wiegand I/O settings on the device.
• BS2_GetWiegandDeviceConfig: Retrieves Wiegand device settings from the device.
• BS2_SetWiegandDeviceConfig: Stores Wiegand device settings on the device.
• BS2_GetInputConfig: Retrieves supervised input port settings from the device.
• BS2_SetInputConfig: Stores supervised input port settings on the device.
• BS2_GetWlanConfig: Retrieves wireless LAN settings from the device.
• BS2_SetWlanConfig: Stores wireless LAN settings on the device.
• BS2_GetTriggerActionConfig: Retrieves trigger and action settings from the device.
• BS2_SetTriggerActionConfig: Stores trigger and action settings on the device.
• BS2_GetEventConfig: Retrieves image log filter settings from the device.
• BS2_SetEventConfig: Stores image log filter settings on the device.
• BS2_GetWiegandMultiConfig: Retrieves Multi-Wiegand settings from the device.
• BS2_SetWiegandMultiConfig: Stores Multi-Wiegand settings on the device.
• BS2_GetCard1xConfig: Retrieves v1 Template on Card settings from the device.
• BS2_SetCard1xConfig: Stores v1 Template on Card settings on the device.
• BS2_GetSystemExtConfig: Retrieves Master and slave device encryption settings from the device.
• BS2_SetSystemExtConfig: Stores Master and slave device encryption settings on the device
• BS2_GetVoipConfig: Retrieves VoIP settings from the device.
• BS2_SetVoipConfig: Stores VoIP settings on the device.
• BS2_GetFaceConfig: Retrieves face settings from the device.
• BS2_SetFaceConfig: Stores face settings on the device.
• BS2_GetRS485ConfigEx: In case of Corestation, retrieves RS-485 network settings from the device.
• BS2_SetRS485ConfigEx: In case of CoreStation, stores RS-485 network settings on the device.
• BS2_GetCardConfigEx: Retrieves iClass SEOS card settings from the device.
• BS2_SetCardConfigEx: Stores iClass SEOS card settings on the device.
• BS2_GetDstConfig:​ Retrieves the device DST information.
• BS2_SetDstConfig:​ Stores the device DST information.
• BS2_GetSupportedConfigMask: Retrieves supported configuration of the device.
• BS2_GetIPConfigViaUDPEx: [+ 2.6.3] Retrieves IP configuration through UDP broadcast with host IP.
• BS2_SetIPConfigViaUDPEx: [+ 2.6.3] Stores IP configuration through UDP broadcast with host IP.
• BS2_GetIPV6Config: [+ 2.6.3] Retrieves IPv6 configuration information.
• BS2_SetIPV6Config: [+ 2.6.3] Stores IPv6 configuration information.
• BS2_GetIPV6ConfigViaUDP: [+ 2.6.3] Retrieves IPv6 configuration through UDP broadcast.
• BS2_SetIPV6ConfigViaUDP: [+ 2.6.3] Stores IPv6 configuration through UDP broadcast.
• BS2_GetIPV6ConfigViaUDPEx: [+ 2.6.3] Retrieves IPv6 configuration through UDP broadcast with host IP.
• BS2_SetIPV6ConfigViaUDPEx: [+ 2.6.3] Stores IPv6 configuration through UDP broadcast with host IP.
• BS2_GetDesFireCardConfigEx: [+ 2.6.4] Retrieves DesFire advanced configuration from the device.
• BS2_SetDesFireCardConfigEx: [+ 2.6.4] Sets DesFire advanced configuration in the device.
• BS2_GetAuthConfigExt: [+ 2.7.1] Visual Face-based devices Retrieves authentication settings from the device.
• BS2_SetAuthConfigExt: [+ 2.7.1] Visual Face-based devices Stores authentication settings from the device.
• BS2_GetFaceConfigExt: [+ 2.7.1] Retrieves configuration of thermal camera and mask detection.
• BS2_SetFaceConfigExt: [+ 2.7.1] Stores configuration of thermal camera and mask detection.
• BS2_GetThermalCameraConfig: [+ 2.7.1] Retrieves configuration of thermal camera.
• BS2_SetThermalCameraConfig: [+ 2.7.1] Stores configuration of thermal camera.
• BS2_GetBarcodeConfig: [+ 2.8] X-Station 2 Retrieves configuration of Barcode.
• BS2_SetBarcodeConfig: [+ 2.8] X-Station 2 Stores configuration of Barcode.
• BS2_GetInputConfigEx:​ [+ 2.8.1] ​IM-120​ Retrieves Expanded Configuration related to the Input.
• BS2_SetInputConfigEx:​ [+ 2.8.1] ​IM-120​ Retrieves Expanded Configuration related to the Input.
• BS2_GetRelayActionConfig:​ [+ 2.8.1] ​IM-120​ Retrieves Configuration related to the RelayAction.
• BS2_SetRelayActionConfig:​ [+ 2.8.1] ​IM-120​ Retrieves Configuration related to the RelayAction.
• BS2_GetVoipConfigExt: [+ 2.8.3] Gets the extended VoIP settings.
• BS2_SetVoipConfigExt: [+ 2.8.3] Save the extended VoIP settings.
• BS2_GetRtspConfig: [+ 2.8.3] Gets the RTSP settings.
• BS2_SetRtspConfig: [+ 2.8.3] Save the RTSP settings.
• BS2_GetLicenseConfig: [+ 2.9.1] Gets the device license activation information.
• BS2_GetOsdpStandardConfig: [+ 2.9.1] Get the device's OSDP setting information.
• BS2_GetOsdpStandardActionConfig: [+ 2.9.1] Get the LED/buzzer settings for each action of the OSDP device.
• BS2_SetOsdpStandardActionConfig: [+ 2.9.1] Specifies the LED/buzzer setting for each action of the OSDP device.
• BS2_GetCustomCardConfig: [+ 2.9.4] Retrieves Custom smart card settings.
• BS2_SetCustomCardConfig: [+ 2.9.4] Stores Custom smart card settings.

typedef struct {
    uint8_t major;
    uint8_t minor;
    uint8_t ext;
    uint8_t reserved[1];
} Version;
 
typedef struct {
    uint32_t deviceID;
    uint8_t macAddr[BS2_MAC_ADDR_LEN];
    uint8_t reserved[2];
    char modelName[BS2_MODEL_NAME_LEN];
    Version boardVer;
    Version kernelVer;
    Version bscoreVer;
    Version firmwareVer;
    char kernelRev[BS2_KERNEL_REV_LEN];
    char bscoreRev[BS2_BSCORE_REV_LEN];
    char firmwareRev[BS2_FIRMWARE_REV_LEN];
    uint8_t reserved2[32];
} BS2FactoryConfig;

1. deviceID
Device identifier.

2. macAddr
MAC address of the network adaptor.

3. reserved
Reserved space.

4. modelName
Model name.

5. boardVer
Hardware version.

6. kernelVer
Kernel version.

7. bscoreVer
BioStar Core version.

8. firmwareVer
Firmware version.

9. kernelRev
Kernel revision information.

10. bscoreRev
BioStar Core revision information.

11. firmwareRev
Firmware revision information.

12. reserved2
Reserved space.

typedef struct {
    uint8_t notUsed[16 * 16 * 3];
    int32_t timezone;
    uint8_t syncTime;
    uint8_t serverSync;
    uint8_t deviceLocked;
    uint8_t useInterphone;
    uint8_t useUSBConnection;
    uint8_t keyEncrypted;
    uint8_t useJobCode;
    uint8_t useAlphanumericID; 
    uint32_t cameraFrequency; 
    bool secureTamper;​ 
    bool reserved0;     // (write protected)
    uint8_t reserved[2];
    uint32_t useCardOperationMask;
    uint8_t ​reserved2[16];     
} BS2SystemConfig;

1. notUsed
Not used.

2. timezone
Represents standard time zone in seconds.

3. syncTime
This is a FLAG that determines time synchronization with the BioStar Server.

4. serverSync
Reserved variable.

5. deviceLocked
Indicates the current locked state of the device. (Read only filed)

6. useInterphone
Decides whether to use intercom.

7. useUSBConnection
This is not used anymore. (The device automatically detects USB connection.)

8. keyEncrypted
Decides whether to use OSDP secure key.

9. useJobCode
Decides whether to use job codes.

10. useAlphanumericID
Decides whether to use alphanumeric ID.

11. cameraFrequency
Frequency of the camera.

*12. secureTamper
Flag to determine whether to use a security tamper.
When Tamper on, the following data is deleted from the device. (User, log, data encryption key, SSL certificate)

13. reserved0
Reserved space.

14. reserved
Reserved space.

15. useCardOperationMask
[+ V2.6.4] Provides a card selective option not to read all kinds of cards from the device.
You can select multiple cards using MASK. The user can select or deselect of a specific card reading option using this option.
However, it can be applied to the card types the device supporting. If you add a card type which isn't supported from the device would be ignored.
Also, the required card type MASK should be combined with CARD_OPERATION_USE.
For example, useCardOperationMask needs to be configured x0x80000001 when EM card is selected only.

16. reserved2
Reserved space.

typedef struct {
    uint32_t authSchedule[BS2_NUM_OF_AUTH_MODE];
    uint8_t useGlobalAPB;
    uint8_t globalAPBFailAction;
    uint8_t useGroupMatching;
    uint8_t reserved
    uint8_t reserved[28];
    uint8_t usePrivateAuth;
    uint8_t faceDetectionLevel;
    uint8_t useServerMatching;
    uint8_t useFullAccess;
    uint8_t matchTimeout;
    uint8_t authTimeout;
    uint8_t numOperators;
    uint8_t reserved2[1];
    struct {
        char userID[BS2_USER_ID_SIZE];
        uint8_t level;
        uint8_t reserved[3];
    } operators[BS2_MAX_OPERATORS];
} BS2AuthConfig;

1. authSchedule
Stores schedules for different types of authentication modes.

It has the following meanings in the value of the array.
If the value in the array is greater than 0, the corresponding authentication mode is enabled.
Biometric information in the descriptions below refers to the fingerprint or face depending on the device.

2. useGlobalAPB
Decides whether to enable global APB zone.

3. globalAPBFailAction
Default action that will be executed when the BioStar application cannot determine if the authentication has violated global APB rules.

4. useGroupMatching
Decides whether to use face group matching.

5. reserved
Reserved space.

6. usePrivateAuth
Decides whether to use private authentication mode.

7. faceDetectionLevel
Level of face detection in user authentication. If the detected face level is lower than the configuration, it will be processed as authentication fail.
When set, the camera view according to Normal/Strict is displayed, access is denied if the device doesn't recognize facial image through image log. Default is 0.

8. useServerMatching
Decides whether to perform fingerprint/face matchings on the server.

9. useFullAccess
Decides whether to allow full access to all authenticated users regardless to the access group rules.

10. matchTimeout
Timeout in seconds for fingerprint/face matching.

11. authTimeout
Timeout in seconds for the user authentication response.

12. numOperators
The number of operators defining user privileges.

13. reserved2
Reserved space.

14. userID
User identifier.

15. level
Specifies the privilege of the user when accessing to the device's menu.

16. reserved
Reserved space.

typedef struct {
    struct {
        uint8_t enabled;
        uint8_t reserved[1];
        uint16_t count;
        BS2LedSignal signal[BS2_LED_SIGNAL_NUM];
    } led[BS2_DEVICE_STATUS_NUM];
    uint8_t reserved1[32];
    struct {
        uint8_t enabled;
        uint8_t reserved[1];
        uint16_t count;
        BS2BuzzerSignal signal[BS2_BUZZER_SIGNAL_NUM];
    } buzzer[BS2_DEVICE_STATUS_NUM];
    uint8_t configSyncRequired;
    uint8_t reserved2[31];
} BS2StatusConfig;

1. enabled
Decides whether to use the LED.

2. reserved
Reserved space.

3. count
Number of LED signal execution count. When it is set as 0, repeats infinitely.

4. signal
List of LED signal patterns, which can be configured up to 3 patterns.

5. reserved1
Reserved space.

6. enabled
Decides whether to use the buzzer.

7. reserved
Reserved space.

8. count
Number of buzzer signal execution count. When it is set as 0, repeats infinitely.

9. signal
List of buzzer signal patterns, which can be configured up to 3 patterns.

10. configSyncRequired
If the device's configuration has been modified, this value will be set to true.

11. reserved2
Reserved space.

typedef struct {
    uint32_t language;
    uint8_t background;
    uint8_t volume;
    uint8_t bgTheme;
    uint8_t dateFormat;
    uint16_t menuTimeout;
    uint16_t msgTimeout;
    uint16_t backlightTimeout;
    uint8_t displayDateTime;
    uint8_t useVoice;
    uint8_t timeFormat;
    uint8_t homeFormation;
    BS2_BOOL useUserPhrase;
    BS2_BOOL queryUserPhrase;
    uint8_t shortcutHome[BS2_MAX_SHORTCUT_HOME];
    uint8_t tnaIcon[16];
    uint8_t useScreenSaver;
    uint8_t showOsdpResult;
    uint8_t reserved1[30];
    BS2_SHOW_OSDP_RESULT showOsdpResult;	///< 1 byte
 
    BS2_AUTHMSG_USERINFO authMsgUserName;			///< 1 byte
    BS2_AUTHMSG_USERINFO authMsgUserId;			///< 1 byte
 
    BS2_SCRAMBLE_KEYBOARD_MODE scrambleKeyboardMode;		///< 1 byte
    uint8_t reserved3[27];		///< 27 bytes (padding)
} BS2DisplayConfig;

1. language
Language code.

2. background
Background image type.

3. volume
The volume of sound. The volume can be set from 0 to 100. 0 means no sound.

4. bgTheme
Theme type.

5. dateFormat
Date format.

6. menuTimeout
Timeout in seconds for lock screen when the user is inactive. The timeout can be set from 0 to 255 seconds. 0 means no lock screen.

7. msgTimeout
Message timeout in milliseconds. The timeout can be set from 500 to 5000 milliseconds.

8. backlightTimeout
Backlight timeout in seconds.

9. displayDateTime
Decides whether to display clock on screen.

10. useVoice
Decides whether to use voice instruction.

11. timeFormat
Time format.

12. homeFormation
Home screen settings(Currently, not used).

13. useUserPhrase
Flag that determines whether to use the user phrase feature.

13. queryUserPhrase
If set true, asks for the user phrase to the server.

15. shortcutHome
Home screen layout(Going to apply later, not used currently).

16. tnaIcon
Icon displayed on the device corresponding TNA key.

17. useScreenSaver
If set true, you can activate the screensaver.

18. showOsdpResult
[+ 2.9.6] In environments where Suprema devices are connected as peripheral devices to Intelligent Slaves or third-party controllers, this option allows authentication results to be displayed on the device screen.

19. reserved1
Reserved space.

20. authMsgUserName
[+2.9.8] The display method of the user's name in the authentication result message shown on the device screen is set.

21. authMsgUserID
[+2.9.8] The display method of the user's ID in the authentication result message shown on the device screen is set.

22. scrambleKeyboardMode
[+2.9.8] Sets whether to use the scramble keypad.

typedef struct {
    uint8_t connectionMode;
    uint8_t useDHCP;
    uint8_t useDNS;
    uint8_t reserved[1];
    char ipAddress[BS2_IPV4_ADDR_SIZE];
    char gateway[BS2_IPV4_ADDR_SIZE];
    char subnetMask[BS2_IPV4_ADDR_SIZE];
    char serverAddr[BS2_IPV4_ADDR_SIZE];
    uint16_t port;
    uint16_t serverPort;
    uint16_t mtuSize;
    uint8_t baseband;
    uint8_t reserved2[1];
    uint16_t sslServerPort;
    uint8_t reserved3[30];
} BS2IpConfig;

1. connectionMode
Represents the connection mode between BioStar and devices. There are two modes depending on who initiates the connection: Direct mode (0x0) and Server mode (0x1). The Direct mode means that BioStar initiates the connection to the devices and the Server mode means that the devices initiate the connection to the server. The default connection mode of a device is the Direct mode.

2. useDHCP
Decides whether to use DHCP.

3. useDNS
Decides whether to use server address or server URL.

4. reserved
Reserved space.

5. ipAddress
IP address assigned to the device.

6. gateway
IP address of the gateway.

7. subnetMask
Subnet mask of the device.

8. serverAddr
IP address of BioStar. Used only in the server mode.

9. port
Port number of the device.

10. serverPort
Port number of BioStar. Used only in the server mode.

11. mtuSize
MTU¹⁾ size for the TCP/IP communication.

12. baseband
Bandwidth of the device. The value can be set to 10MB/S or 100 MB/S.

13. reserved2
Reserved space.

14. sslServerPort
Used when the connectionMode is set as server SSL mode, which is the port of the SDK application.

15. reserved3
Reserved space.

typedef struct {
    char dnsAddr[BS2_IPV4_ADDR_SIZE];
    char serverUrl[BS2_URL_SIZE];
    uint8_t reserved[32];
} BS2IpConfigExt;

1. dnsAddr
DNS server address.

2. serverUrl
URL of the BioStar application server. The maximum length is 256 characters.

3. reserved
Reserved space.

typedef struct {
    uint8_t tnaMode;
    uint8_t tnaKey;
    uint8_t tnaRequired;
    uint8_t reserved[1];
    uint32_t tnaSchedule[BS2_MAX_TNA_KEY];
    uint8_t unused[BS2_MAX_TNA_KEY];
} BS2TNAInfo;
 
typedef struct {
    char tnaLabel[BS2_MAX_TNA_KEY][BS2_MAX_TNA_LABEL_LEN];
    uint8_t unused[BS2_MAX_TNA_KEY];
} BS2TNAExtInfo;
 
typedef struct {
    BS2TNAInfo tnaInfo;
    BS2TNAExtInfo tnaExtInfo;
    uint8_t reserved2[32];
} BS2TNAConfig;

1. tnaMode
Time and attendance management mode.

2. tnaKey
Represents time and attendance code. This is mapped to a key on the device.

3. tnaRequired
Decides whether to time and attendance code entry is mandatory when the time and attendance management mode is set to 1.

4. reserved
Reserved space.

5. tnaSchedule
Specifies a schedule for a time and attendance code.

6. unused
Not used.

7. tnaLabel
A label that shows the meaning of the time and attendance code.

8. unused
Not used.

typedef struct {
    uint8_t primaryKey[6];
    uint8_t reserved1[2];
    uint8_t secondaryKey[6];
    uint8_t reserved2[2];    
    uint16_t startBlockIndex;
    uint8_t reserved[6];
} BS2MifareCard;
 
typedef struct {
    uint8_t primaryKey[8];
    uint8_t secondaryKey[8];   
    uint16_t startBlockIndex;
    uint8_t reserved[6];
} BS2IClassCard;
 
typedef struct {
    uint8_t primaryKey[16];
    uint8_t secondaryKey[16];   
    uint8_t appID[3];
    uint8_t fileID;
    uint8_t encryptionType;
    uint8_t operationMode;
    uint8_t reserved[2];
} BS2DesFireCard;
 
typedef struct {
    uint8_t byteOrder;
    uint8_t useWiegandFormat;
    uint8_t dataType;
    uint8_t useSecondaryKey;
    BS2MifareCard mifare;
    BS2IClassCard iclass;
    BS2DesFireCard desfire;
    uint8_t formatID;
    uint8_t cipher;
    uint8_t reserved[24];
} BS2CardConfig;

1. primaryKey
Primary encryption key to access the Mifare card information.

2. reserved1
Reserved space.

3. secondaryKey
Secondary encryption key to access the Mifare card information.

4. reserved2
Reserved space.

5. startBlockIndex
Start block index on the Mifare data storage.

6. reserved
Reserved space.

7. primaryKey
Primary encryption key to access the iClass card information.

8. secondaryKey
Secondary encryption key to access the iClass card information..

9. startBlockIndex
Start block index on the Mifare data storage.

10. reserved
Reserved space.

11. primaryKey
Primary encryption key to access the DesFire card information.

12. secondaryKey
Secondary encryption key to access the Desfire card information.

13. appID
Application Id that is stored inside the DesFire card for user authentication.

14. fileID
File ID that is stored inside the DesFire card, which will be used by the application to read and write data.

15. encryptionType
Type of data encryption.

16. operationMode
Operation mode. (operationMode will be supported soon.)

17. reserved
Reserved space.

18. byteOrder
Order of how the byte of the card is stored. When it is set as 0, will function as MSB²⁾. When it is set as 1, will function as LSB³⁾.

19. useWiegandFormat
Decides whether to use Wiegand format.

20. dataType
Type of card data.

21. useSecondaryKey
Decides whether to use the secondary encryption key.

22. formatID
ID that is used when the card configuration needs to be managed from the database on the BioStar application.

23. cipher
Activates 'Keypad card ID' option.
Default value is 0, it is only valid for Gangbox Keypad type of Xpass 2, XPass D2.

typedef struct {
    uint8_t      securityLevel;
    uint8_t      fastMode;
    uint8_t      sensitivity;
    uint8_t      sensorMode;
    uint16_t     templateFormat;
    uint16_t     scanTimeout;
    uint8_t      successiveScan;
    uint8_t      advancedEnrollment;
    uint8_t      showImage;
    uint8_t      lfdLevel;
    bool         checkDuplicate;
 
    uint8_t      reserved3[31];
} BS2FingerprintConfig;

1. securityLevel
Fingerprint authentication security level. This is used across the system.

2. fastMode
Fingerprint matching speed.

3. sensitivity
Sensitivity of the fingerprint sensor.

4. sensorMode
Decides the sensor mode. 0 means the sensor is always on. 1 means the sensor is activated when the finger is near the sensor.

5. templateFormat
Fingerprint template type.

6. scanTimeout
Fingerprint scanning timeout in seconds. The default is 10 seconds.

7. successiveScan
Not Used.

8. advancedEnrollment
Decides whether to utilize fingerprint quality information. If the option is disabled, the BS_SDK_ERROR_CAPTURE_LOW_QUALITY / BS_SDK_ERROR_EXTRACTION_LOW_QUALITY error codes are not returned even if the quality of fingerprint image acquired is low.

9. showImage
Decides whether to display scanned fingerprint image on the screen.

10. lfdLevel
Configuration for the LFD(Live Fingerprint Detection - fake fingerprint detection) sensitivity.

11. checkDuplicate
[+ V2.6.4] If set to true, it will determine if the fingerprint is a duplicate.

12. reserved3
Reserved space.

typedef struct {
    uint8_t supportConfig;
    uint8_t useExceptionCode;
    uint8_t exceptionCode[BS2_RS485_MAX_FAIL_CODE_LEN];
    uint8_t outputFormat;
    uint8_t osdpID;
    uint8_t reserved[4];
} BS2IntelligentPDInfo;   //Added 2.8.0 for Intelligent Slave Feature
 
typedef struct {
    uint32_t baudRate;
    uint8_t channelIndex;
    uint8_t useRegistance;
    uint8_t numOfDevices;
    uint8_t reserved[1];
    BS2Rs485SlaveDevice slaveDevices[BS2_RS485_MAX_SLAVES_PER_CHANNEL];
} BS2Rs485Channel;
 
typedef struct {
    uint8_t mode;
    uint8_t numOfChannels;
    uint8_t reserved[2]; 
    BS2IntelligentPDInfo intelligentInfo;  //Updated to v2.8.0
    uint8_t reserved1[16];
    BS2Rs485Channel channels[BS2_RS485_MAX_CHANNELS];
} BS2Rs485Config;

1. supportConfig
[+V2.8] If this value is 0, the device will ignore all settings related to Intelligent PD (Peripheral Device) below.
useExceptionCode
exceptionCode
outputFormat
osdpID

2. useExceptionCode
[+V2.8] This option is available to choose whether the exception code is sent or not.

3. exceptionCode
[+V2.8] This function sends an exception code in case of authentication failure or authentication success but no card registered user.
Set the exception code to be used at this time.
If the exception code is 0 (0x0000000000000000), no exception code is generated.

4. outputFormat
[+V2.8] Intelligent Slave device can send Card ID or User ID upon successful authentication.
If it is 0, the card ID is output, if it is 1, the user ID is output.

5. osdpID
[+V2.8] This is a value used to distinguish two or more Suprema Intelligent devices from each other when connecting to the RS485 port of the same third party controller. You can set and designate a unique value between 0 and 127. The default OSDP ID for Suprema intelligent devices is 0.

6. reserved
[+V2.8] Reserved space.

7. baudRate
The RS-485 communication speed which can be configured as below.

8. channelIndex
(non configurable index) Communication channel index of the RS-485 network.

9. useRegistance
Registance flag - no effect on operation.

10. numOfDevices
Number of slave devices.

11. reserved
Reserved space.

12. slaveDevices
List of slave devices, which can be configured up to 32 devices.

13. mode
Decides the operating mode on the RS-485 network.

14. numOfChannels
Number of RS-485 channel.

15. reserved
Reserved space.

16. intelligentInfo
[+V2.8] This is Intelligent Slave Device Information
This only works when the device mode is RS485 default.
Once the Suprema device is connected to a slave device to the 3rd party ACU through RS485(OSDP), the Suprema device becomes a Peripheral Device of the OSDP automatically.

17. reserved1
Reserved space.

18. channels
List of RS-485 channels, which can be configured up to 4 channels.

typedef struct {
    uint32_t length;
    uint8_t idFields[BS2_WIEGAND_MAX_FIELDS][BS2_WIEGAND_FIELD_SIZE];
    uint8_t parityFields[BS2_WIEGAND_MAX_PARITIES][BS2_WIEGAND_FIELD_SIZE];
    BS2_WIEGAND_PARITY parityType[BS2_WIEGAND_MAX_PARITIES];
    uint8_t parityPos[BS2_WIEGAND_MAX_PARITIES];
} BS2WiegandFormat;
 
typedef struct {
    uint8_t mode;
    uint8_t useWiegandBypass;
    uint8_t useFailCode;
    uint8_t failCode;
    uint16_t outPulseWidth;
    uint16_t outPulseInterval;
    uint32_t formatID;
    BS2WiegandFormat format;
    uint16_t wiegandInputMask;
    uint16_t wiegandCardMask;
    uint8_t wiegandCSNIndex;
    uint8_t useWiegandUserID;
    uint8_t reserved[26];
} BS2WiegandConfig;

1. length
The length of the wiegand card format.

2. idFields
You can set 4 id fields maximum. Each field's id needs to be inserted from the beginning to the end starting from the end of the array. For example, Standard 26bit wiegand card data is made up as “P FFFFFFFF NNNNNNNNNNNNNNNN P”. The Facility Code is “0 11111111 0000000000000000 0”, so it has the value of 0x01FE0000, and the Card Number has the value of 0x0001FFFE.

// for Facillity Code
idFields[0][28] = 0x01; 
idFields[0][29] = 0xFE; 
idFields[0][30] = 0x00; 
idFields[0][31] = 0x00; 
 
// for Card Number
idFields[1][28] = 0x00;
idFields[1][29] = 0x01;
idFields[1][30] = 0xFF;
idFields[1][31] = 0xFE;

3. parityFields
You can set 4 parity fields maximum, and enter the beginning and the end of the range where to check the parity.

4. parityType
Set the parity type.

5. parityPos
Select the position of the parity bit on the wiegand card data.

6. mode
Set the wiegand Input/Output mode.

7. useWiegandBypass
The flag that indicates whether to send out a card data.

8. useFailCode
The flag that indicates whether to send out a fail code when a card fails to authenticate.

9. failCode
Fail code value to replace the card data.

10. outPulseWidth
Output pulse width having a range of 20 ~ 100 us.

11. outPulseInterval
Output pulse frequency having a range of 200 ~ 20000 us.

12. formatID
The value used to distinguish the wiegand card format in the application, and this is not used from the device.

13. format
Wiegand format structure.

14. wiegandInputMask
Input mask for the wiegand input of the slave and wiegand device.

15. wiegandCardMask
Input mask for the wiegand input of the master device.

16. wiegandCSNIndex
Index that determines in which format the device will send out a wiegand ouput after the card has been read. This field is used only for Mifare and EM devices. Please check the useWiegandFormat field of the BS2CardConfig structure before configuring.

17. useWiegandUserID
The flag you can select whether card ID or user ID to be sent via Wiegand output.

18. reserved
Reserved space.

typedef struct {
    uint32_t deviceID;
    uint16_t port;
    uint8_t switchType;
    uint8_t reserved[1];
} BS2WiegandTamperInput;
 
typedef struct {
    uint32_t deviceID;
    uint16_t port;
    uint8_t reserved[10];
} BS2WiegandLedOutput;
 
typedef struct {
    uint32_t deviceID;
    uint16_t port;
    uint8_t reserved[34];
} BS2WiegandBuzzerOutput;
 
typedef struct {
    BS2WiegandTamperInput tamper;
    BS2WiegandLedOutput led[BS2_WIEGAND_STATUS_NUM];
    BS2WiegandBuzzerOutput buzzer;
    uint32_t reserved[32];
} BS2WiegandDeviceConfig;

1. deviceID
ID of the device which will receive the tamper signal of the Wiegand card reader.

2. port
Input port for the Wiegand card reader's tamper.

3. switchType
If the switch type is normally open, and the input isgnal is on, it will set off the trigger.

4. reserved
Reserved space.

5. deviceID
ID of the device which will send the LED signal to the Wiegand card reader.

6. port
Output port for the Wiegand card reader's LED signal.

7. reserved
Reserved space.

8. deviceID
ID of the device which will send the buzzer signal to the Wiegand card reader.

9. port
Output port for the Wiegand card reader's buzzer signal.

10. reserved
Reserved space.

10. led
List of devices sending LED signals of the Wiegand card reader, which can be configured up to 2 devices.

typedef struct {
    uint16_t minValue;
    uint16_t maxValue;
} BS2SVInputRange;
 
typedef struct {
    uint32_t deviceID;
    uint16_t port;
    uint8_t reserved[10];
} BS2WiegandLedOutput;
 
typedef struct {
    BS2SVInputRange shortInput;
    BS2SVInputRange openInput;
    BS2SVInputRange onInput;
    BS2SVInputRange offInput;
} BS2SupervisedInputConfig;
 
typedef struct {
    uint8_t numInputs;
    uint8_t numSupervised;
    union {
	uint16_t value;
	struct {
		uint16_t tamperAuxIndex : 4;
		uint16_t acFailAuxIndex : 4;
		uint16_t aux0Type : 1;
		uint16_t aux1Type : 1;
		uint16_t reserved : 6;
	} field;
    } aux;
    struct {
        uint8_t portIndex;
        uint8_t enabled;
        uint8_t supervised_index;
        uint8_t reserved[5];
        BS2SupervisedInputConfig config;
    } supervised_inputs[BS2_MAX_INPUT_NUM];
} BS2InputConfig;

1. minValue
Minimum voltage which has a range from 0 ~ 3300(3.3v).

2. maxValue
Maximum voltage which has a range from 0 ~ 3300(3.3v).

3. shortInput
Range of the voltage which will be distinguished as short input.

4. openInput
Range of the voltage which will be distinguished as open input.

5. onInput
Range of the voltage which will be distinguished as on input.

6. offInput
Range of the voltage which will be distinguished as off input.

7. numInputs
Number of input ports.

8. numSupervised
Number of the supervised input ports.

9. portIndex
Input port number.

10. enabled
Decides whether to use as a supervised input.

11. supervised_index
Type of supervised input's resistance value.

12. aux
[+2.9.8] Sets the operation of Aux.

13. config
Configuration that distinguishes the supervised input signal type. This configuration will be valid only when the supervised input's resistance is set as custom .

typedef struct {
    uint8_t enabled;
    uint8_t operationMode;
    uint8_t authType;
    uint8_t encryptionType;
    char essid[BS2_WLAN_SSID_SIZE];
    char authKey[BS2_WLAN_KEY_SIZE];
    uint8_t reserved2[32];
} BS2WlanConfig;

1. enabled
Decides whether to use the wireless LAN.

2. operationMode
Type of wireless LAN.

3. authType
Type of Wireless LAN authentication.

4. encryptionType
Type of wireless LAN encryption.

5. essid
ESS ID of the wireless network.

6. authKey
Password of the wireless network.

7. reserved
Reserved space.

typedef struct {
    uint16_t code;
    uint8_t reserved[2];
} BS2EventTrigger;
 
typedef struct {
    uint8_t port;
    uint8_t switchType;
    uint16_t duration;
    uint32_t scheduleID;
} BS2InputTrigger;
 
typedef struct {
    uint32_t type;
    uint32_t scheduleID;
} BS2ScheduleTrigger;
 
typedef struct {
    uint32_t deviceID;
    uint8_t type;
    uint8_t reserved;
    uint16_t ignoreSignalTime;
 
    union {
        BS2EventTrigger event;
        BS2InputTrigger	input;
        BS2ScheduleTrigger schedule;
    }
} BS2Trigger;

1. code
Event log that will set off the trigger.

2. reserved
Reserved space.

3. port
Input port number that will set off the trigger.

4. switchType
If the switch type is normally open, and the input isgnal is on, it will set off the trigger.

5. duration
The duration time of the signal that will set off the trigger. The unit of time is milliseconds and the minimum value is 100.

6. scheduleID
ID of the time schedule when to operate the trigger.

7. type
Type of the schedule trigger.

8. scheduleID
ID of the time schedule when to operate the trigger.

9. deviceID
ID of the device that will perform the trigger.

10. type
Type of trigger.

11. reserved
Reserved space.

12. ignoreSignalTime
[+2.9.6] This setting is specified in milliseconds and is used to ignore repetitive input signals within a certain time frame.
In environments where Suprema devices are connected to third-party controllers via Wiegand,
if the feedback for authentication is repetitively input to the Suprema device from a specific model of the controller,
this feature allows you to forcibly ignore the input signal for the specified duration.

typedef struct {
    uint32_t signalID;
    uint16_t count;
    uint16_t onDuration;
    uint16_t offDuration;
    uint16_t delay;
} BS2Signal;
 
typedef struct {
    uint8_t portIndex;
    uint8_t reserved[3];
    BS2Signal signal;
} BS2OutputPortAction;
 
typedef struct {
    uint8_t relayIndex;
    uint8_t reserved[3];
    BS2Signal signal;
} BS2RelayAction;
 
typedef struct {
    uint8_t color;
    uint8_t reserved[1];
    uint16_t duration;
    uint16_t delay;
} BS2LedSignal;
 
typedef struct {
    uint16_t count;
    uint8_t reserved[2];
    BS2LedSignal signal[3];
} BS2LedAction;
 
typedef struct {
    uint8_t tone;
    uint8_t fadeout;
    uint16_t duration;
    uint16_t delay;
} BS2BuzzerSignal;
 
typedef struct {
    uint16_t count;
    uint8_t reserved[2];
    BS2BuzzerSignal signal[3];
} BS2BuzzerAction;
 
typedef struct {
    uint8_t duration;
    uint8_t reserved[3];
    uint32_t displayID;
    uint32_t resourceID;
} BS2DisplayAction;
 
typedef struct {
    uint8_t count;
    uint16_t soundIndex;
    uint8_t reserved[5];
} BS2SoundAction;
 
typedef struct {
    uint32_t deviceID;
    uint8_t type;
    uint8_t ​stopFlag;
    uint16_t delay;
    union {
        BS2RelayAction relay;
        BS2OutputPortAction outputPort;
        BS2DisplayAction display;
        BS2SoundAction sound;
        BS2LedAction led;
        BS2BuzzerAction buzzer;
    };
} BS2Action;

1. signalID
Index that is used to manage the signal type from the application.

2. count
Number of signal execution count.

3. onDuration
Duration of the ON signal. The unit of time is milliseconds.

4. offDuration
Duration of the OFF signal. The unit of time is milliseconds.

5. delay
Delay time before the signal starts. The unit of time is milliseconds/ For example, count(2), onDuration(100), offDuration(100), delay(50) will execute a signal as below.

6. portIndex
Number of the TTL output port.

7. reserved
Reserved Space.

8. relayIndex
Number of the TTL output port.

9. reserved
Reserved Space.

10. color
LED colory type.

11. reserved
Reserved space.

12. duration
Duration of the LED. The unit of time is milliseconds.

13. delay
Delay before the LED flickers. The unit of time is milliseconds.

14. count
Number of LED signal count. When set as 0 it is disabled, and when set as -1 it will repeat infinitely.

15. reserved
Reserved space.

16. tone
Volume of the buzzer.

17. count
Number of buzzer signal count. When set as 0 it is disabled, and when set as -1 it will repeat infinitely.

18. reserved
Reserved space.

19. duration
Duration of the display operation. The unit of time is milliseconds.

20. reserved
Reserved space.

21. displayID
Not supported yet.

22. resourceID
Not supported yet.

23. count
Number of the sound signal count.

24. soundIndex
Index of the sound resource.

25. deviceID
ID of the device that will execute the action.

26. type
Action types.

27. stopFlag
Specifies the condition to stop the Action.
If this value is set to 1 and the signal is detected through the door sensor, the action will stop.
If this value is set to 2, it can be stopped only by the current action information.
In general, related APIs that stop an action are called with a zone id, in which case all devices in the zone will stop the action.
By setting stopFlag to 2 and and loading action information, you can selectively control only the alarms of that device.

28. delay
Action delay. Unit is millisecond(ms).

typedef struct {
    uint8_t numItems;
    uint8_t reserved[3];
    BS2TriggerAction items[BS2_MAX_TRIGGER_ACTION];
    uint8_t reserved2[32];
} BS2TriggerActionConfig;

1. numItems
Number of trigger actions.

2. reserved
Reserved space.

3. items
List of trigger actions, which can be configured up to 128 trigger actions.

4. reserved2
Reserved space.

typedef struct {
    uint32_t numImageEventFilter;
    struct {
        uint8_t mainEventCode;
        uint8_t reserved[3];
        uint32_t scheduleID;
    } imageEventFilter[BS2_EVENT_MAX_IMAGE_CODE_COUNT];
    uint8_t reserved[32];
} BS2EventConfig;

1. numImageEventFilter
Number of image log filters.

2. mainEventCode
Main code of the log where the image log will be placed.

3. reserved
Reserved space.

4. scheduleID
ID of the time schedule when to store the image logs.

5. reserved
Reserved space.

typedef struct {
    uint32_t formatID;
    BS2WiegandFormat format;    
    uint8_t reserved[32];       
} BS2WiegandInConfig;
 
typedef struct {    
    BS2WiegandInConfig formats[MAX_WIEGAND_IN_COUNT];    
    uint8_t reserved[32];
} BS2WiegandMultiConfig;

1. formatID
Wiegand format index.

2. format
Wiegand format structure.

3. reserved
Reserved space.

4. formats
Available to configure up to 15 formats.

5. reserved
Reserved space.

typedef struct {
	enum {
		MIFARE_KEY_SIZE = 6,
		MIFARE_MAX_TEMPLATE = 4,
 
		VALID_MAGIC_NO = 0x1f1f1f1f,
	};
 
	// Options
	uint32_t 	magicNo;
	uint32_t 	disabled;
	uint32_t 	useCSNOnly; 		// default 0
	uint32_t 	bioentryCompatible; // default 0
 
	// Keys
	uint32_t	useSecondaryKey;
	uint32_t 	reserved1;
	uint8_t 	primaryKey[MIFARE_KEY_SIZE];
	uint8_t		reserved2[2];
	uint8_t 	secondaryKey[MIFARE_KEY_SIZE];
	uint8_t		reserved3[2];
 
	// Layout
	uint32_t 	cisIndex;
	uint32_t 	numOfTemplate;
	uint32_t 	templateSize;
	uint32_t 	templateStartBlock[MIFARE_MAX_TEMPLATE];
 
	uint32_t 	reserve4[15];
 
} BS1CardConfig;

1. magicNo
Not used.

2. disabled
Not used.

3. useCSNOnly
Flag that indicates whether to read the v1 ToC cards.

4. bioentryCompatible
Not used.

5. useSecondaryKey
Not used.

6. reserved1
Reserved space.

7. primaryKey
Not used.

8. reserved2
Reserved space.

9. secondaryKey
Not used.

10. reserved3
Reserved Space.

11. cisIndex
Not used.

12. numOfTemplate
Number of template that is used.

13. templateSize
Size of each template.

14. templateStartBlock
Not used.

15. reserve4
Reserved Space.

typedef struct {
	uint8_t primarySecureKey[SEC_KEY_SIZE];
	uint8_t secondarySecureKey[SEC_KEY_SIZE];
 
	uint8_t reserved3[32];                               
} BS2SystemConfigExt;

1. primarySecureKey
Primary encryption key used between master and slave devices.

2. secondarySecureKey
Secondary encryption key used between master and slave devices.

3. reserved3
Reserved space.

typedef struct {
	BS2_URL			serverUrl;			/// 
	BS2_PORT		serverPort;			/// 
	BS2_USER_ID		userID;				/// 
	BS2_USER_ID		userPW;				/// 
 
	uint8_t			exitButton;			/// << *, #, 0~9
	uint8_t			dtmfMode;			/// 
	BS2_BOOL		bUse;				/// 
	uint8_t			reseverd[1];		/// 
 
        uint32_t                numPhonBook;        
	BS2UserPhoneItem 	phonebook[BS2_VOIP_MAX_PHONEBOOK];  /// 
 
	uint8_t                 reserved2[32];		///
} BS2VoipConfig;

1. serverUrl
URL of the SIP server.

2. serverPort
Port number of the SIP server.

3. userID
User ID to access the SIP server.

4. userPW
Password that is used to access the SIP server.

5. exitButton
Button to be used as an exit button. (*, #, 0~9)

6. dtmfMode
Tone of the keypad.

7. bUse
Flag that determines whether the VoIP feature is used.

8. reseverd
Reserved space.

9. numPhonBook
Number of phone books.

10. phonebook
List of extension numbers, which can be configured up to 32.

8. reserved2
Reserved space.

typedef struct {
    uint8_t       securityLevel;
    uint8_t       lightCondition;
    uint8_t       enrollThreshold;
    uint8_t       detectSensitivity;
 
    uint16_t      enrollTimeout;
    uint8_t       lfdLevel;
    bool          quickEnrollment;
 
    uint8_t       previewOption;
    bool          checkDuplicate;
    uint8_t       operationMode;
    uint8_t       maxRotation;
 
    // Deprecated
    struct {
        uint16_t  min;
        uint16_t  max;
    } faceWidth;
 
    // Deprecated
    struct {
        uint16_t  x;
        uint16_t  width;
    } searchRange;
 
    struct {
        uint8_t min;		// 30 ~ 100
        uint8_t max;		// 40 ~ 100, 255
    } detectDistance;		////< 2 bytes
 
    BS2_BOOL wideSearch;	///< 1 byte
    uint8_t unused;
 
    uint8_t unableToSaveImageOfVisualFace;
    uint8_t reserved[13];
} BS2FaceConfig;

1. securityLevel
Face authentication security level. This is used across the system. .

2. lightCondition
Configuration of the light condition.

[Note]
FaceStation F2: v1.0.0 - v1.0.5
Ambient Brightness: Normal, High, Auto
FaceStation F2: v1.1.0 or higher version
Light Brightness: Normal, High, Not Used

3. enrollThreshold
Threshold of face enrollment. It determines how much movement of pose is allowed when enrolling the face.

4. detectSensitivity
Configuration of sensitivity on detecting the face.

5. enrollTimeout
IR Face supported : Timeout period of face scanning which is 60 seconds by default.

Visual Face supported : [+ 2.7.1] Face scan wait time, default is 20 seconds.

6. lfdLevel
[+ 2.6.3] Configuration for the LFD(Live Face Detection - fake face detection) sensitivity.
IR Face supported : Default is 0.
Visual Face supported : [+ 2.7.1] Default is 1.

7. quickEnrollment
[+ 2.6.3] Quick face enrollment process.
True - Face enrollment process with a single step.
False - Face enrollment process with 3 steps.
Please use false if you want to enroll with a high quality of face templates.

8. previewOption
[+ 2.6.3] IR camera preview option when you authenticate with the face.
Only used to FaceLite.

9. checkDuplicate
[+ 2.6.4] Check whether the scanned face is duplicated in the device.

10. operationMode
[+ 2.7.1] FaceStation F2 V1.0.0 can be set to the following operation modes, default is Fusion mode.

FaceStation F2 V1.0.1 or later versions, Visual Face based are used in the following sense.

11. maxRotation
[+ 2.7.1] Visual Face based When face is recognized normally it's front side.
Still, it is possible to determine how many degrees the image has been rotated from the front when device detects a face.
This enables detection failure in the case of images rotated over a certain angle.
maxRotation represents the maximum allowable value in this case, and the default value is 15 degrees.

[+ 2.9.6] Additional definitions of Angle

12. faceWidth
[+ 2.7.1] Visual Face based This indicates the width of the face image, and you can specify the minimum and maximum values.
The default values of min and max are as follows.

13. searchRange
[+ 2.7.1] Visual Face based Represents the face search range, and you can specify the x value (horizontal coordinate) of the range and the width from the x value point.
The default values of x and width are as follows.

14. detectDistance
[+ 2.8.3] Visual Face based This configures the minimum and maximum detection range for facial recognition.
We no longer support faceWidth to pinpoint the face location using pixel units due to its complexity.
Instead, we set the detection range of the subject(face). The unit is set to cm, and the value must be inputted as a multiple of 10.

15. wideSearch
[+ 2.8.3] BioStation 3, BioEntry W3 This can increase the detection range for face detection.
We no longer support searchRange to set the x-coordinate and width due to its complexity.
Instead, we set the face detection setting as default(FALSE), or a wide area(TRUE).
The details of the settings and protocols for the detection of wide area is set within the device, which the user cannot change.

If this setting is set to TRUE, the camera detects subjects within a large range, and unintentionally detect and authenticate multiple subjects at once.
Therefore, the default setting is at FALSE.

16. unused
Reserved space.

17. unableToSaveImageOfVisualFace
[+ 2.9.6] Indicates whether devices that use visual face as a credential will store facial images on the device.
Enabling this setting will immediately delete image information from all users' facial data stored in the device, leaving only the templates.
Additionally, even if face information containing user images is obtained through the BS2_EnrollUserFaceEx API, the device will ignore it.
The default value is false, which means both facial data and images are stored.

18. reserved
Reserved space.

typedef struct {
    uint32_t baudRate;
    uint8_t channelIndex;
    uint8_t useRegistance;
    uint8_t numOfDevices;
    uint8_t reserved[1];
    BS2Rs485SlaveDeviceEX slaveDevices[BS2_RS485_MAX_SLAVES_PER_CHANNEL];
} BS2Rs485ChannelEX;
 
typedef struct {
    uint8_t mode[BS2_RS485_MAX_CHANNELS_EX];
    uint8_t numOfChannels;
    uint8_t reserved[2];
    uint8_t reserved1[32];
    BS2Rs485ChannelEX channels[BS2_RS485_MAX_CHANNELS];
} BS2Rs485ConfigEX;

1. baudRate
The RS-485 communication speed which can be configured as below.

2. channelIndex
Communication channel index of the RS-485 network.

3. useRegistance
Decides whether to use a resistance.

4. numOfDevices
Number of slave devices.

5. slaveDevices
List of slave devices, which can be configured up to 32 devices.

6. mode
Decides the operating mode on the RS-485 network.

7. numOfChannels
Number of RS-485 channel.

8. reserved
Reserved space.

9. reserved1
Reserved space.

10. channels
List of RS-485 channels, which can be configured up to 8 channels.

typedef struct {
    uint8_t oid_ADF[13];			///   //valid value//{0x2A,0x85,0x70,0x81,0x1E,0x10,0x00,0x07,0x00,0x00,0x02,0x00,0x00}                          
    uint8_t size_ADF;				//
    uint8_t reserved1[2];			///
    uint8_t oid_DataObjectID[8];		
    uint16_t size_DataObject[8];		
    uint8_t primaryKeyAuth[16];			//valid value
    uint8_t secondaryKeyAuth[16];		/// //valid value
    uint8_t reserved2[24];
} BS2SeosCard;
typedef struct {
    BS2SeosCard seos;	
    uint8_t reserved[24];
} BS2CardConfigEx;

1. oid_ADF
ADF Address (Non changable)

2. size_ADF
ADF size

3. reserved1
Reserved sapce

4. oid_DataObjectID
DataObject ID

5. size_DataObject
DataObject size

6. primaryKeyAuth
Primary encryption key to access the Seoscard information

7. secondaryKeyAuth
Secondary encryption key to access the Seoscard information

8. reserved2
Reserved space

9. seos
BS2SeosCard information

10. reserved
Reserved space

enum {
	BS2_MAX_DST_SCHEDULE = 2,
};
 
typedef struct {
	uint16_t year;		// year, 0 means every year.
	uint8_t month;		// [0, 11] : months since January
	int8_t ordinal;		// [0, -1] : first, second, ..., last
	uint8_t weekDay;	// [0, 6] : days since Sunday
	uint8_t hour;		// [0, 23]
	uint8_t minute;		// [0, 59]
	uint8_t second;		// [0, 59]
} BS2WeekTime;
 
typedef struct {
	BS2WeekTime startTime;
	BS2WeekTime endTime;
	int32_t timeOffset;	// in seconds
	uint8_t reserved[4];
} BS2DstSchedule;
 
typedef struct {
	uint8_t numSchedules;
	uint8_t reserved[31];
 
	BS2DstSchedule schedules[BS2_MAX_DST_SCHEDULE];
} BS2DstConfig;

1. year
Means year, and if set to 0, it means yearly.

2. month
Means month, and has a value between 0 and 11 [January-December].

3. ordinal
It starts with 0 and means the order of first, second, etc.

4. weekDay
Day of the week, 0 means Sunday, 1 means Monday.

5. hour
Specifies the time in 24-hour format.

6. minute
Specifies the minute.

7. second
Specifies the seconds.

8. startTime
It means start date and time.

9. endTime
It means the end date.

10. timeOffset
You can apply the DST time in seconds.
For example, if you want to apply 1 hour, enter 3600.

11. reserved
Reserved space.

12. numSchedules
The number of DST schedules to apply.

13. schedules
DST schedule, up to two can be specified.

typedef struct {
    uint32_t configMask;
    BS2FactoryConfig factoryConfig;
    BS2SystemConfig systemConfig;
    BS2AuthConfig authConfig;
    BS2StatusConfig statusConfig;
    BS2DisplayConfig displayConfig;
    BS2IpConfig ipConfig;
    BS2IpConfigExt ipConfigExt;
    BS2TNAConfig tnaConfig;
    BS2CardConfig cardConfig;
    BS2FingerprintConfig fingerprintConfig;
    BS2Rs485Config rs485Config;
    BS2WiegandConfig wiegandConfig;
    BS2WiegandDeviceConfig wiegandDeviceConfig;
    BS2InputConfig inputConfig;
    BS2WlanConfig wlanConfig;
    BS2TriggerActionConfig triggerActionConfig;
    BS2EventConfig eventConfig;
    BS2WiegandMultiConfig wiegandMultiConfig;
    BS1CardConfig card1xConfig;
    BS2SystemConfigExt systemExtConfig;
    BS2VoipConfig voipConfig;
    BS2FaceConfig faceConfig;
} BS2Configs;

1. configMask
Mask value of the configuration to be retrieved or set.

enum {
    BS2_MAX_IPV6_ALLOCATED_ADDR = 8,
};
 
typedef struct {
    uint8_t useIPV6;
    uint8_t reserved1;
    uint8_t useDhcpV6;
    uint8_t useDnsV6;
    uint8_t reserved[1];
    char staticIpAddressV6[BS2_IPV6_ADDR_SIZE];
    char staticGatewayV6[BS2_IPV6_ADDR_SIZE];
    char dnsAddrV6[BS2_IPV6_ADDR_SIZE];
    char serverIpAddressV6[BS2_IPV6_ADDR_SIZE];
    uint16_t serverPortV6;
    uint16_t sslServerPortV6;
    uint16_t portV6;
    uint8_t numOfAllocatedAddressV6;
    uint8_t numOfAllocatedGatewayV6;
    uint8_t reserved[8];
    char allocatedIpAddressV6[BS2_IPV6_ADDR_SIZE][BS2_MAX_IPV6_ALLOCATED_ADDR];
    char allocatedGatewayV6[BS2_IPV6_ADDR_SIZE][BS2_MAX_IPV6_ALLOCATED_ADDR];
} BS2IpConfig;

1. useIPV6
Flag indicating whether to use IP V6.

2. reserved1
Reserved space.

3. useDhcpV6
Flag indicating whether to use DHCP.

4. useDnsV6
Decides whether to use server address or server URL.

5. staticIpAddressV6
Static IP V6 address of current device.

6. staticGatewayV6
Static IP V6 address of gateway.

7. dnsAddrV6
DNS address.

8. serverIpAddressV6
IP address of BioStar. Used only in the server mode.

9. serverPortV6
Port number of BioStar. Used only in the server mode.

10. sslServerPortV6
Used when the connectionMode is set as server SSL mode, which is the port of the SDK application.

11. portV6
Port number of the device.

12. numOfAllocatedAddressV6
The number of IP V6 address currently assigned to the device.

13. numOfAllocatedGatewayV6
The number of gateway address currently assigned to the device.

14. reserved
Reserved space.

15. allocatedIpAddressV6
The IP V6 address currently assigned to the device.

16. allocatedGatewayV6
The gateway address currently assigned to the device.

typedef struct {
    uint8_t appMasterKey[16];
    uint8_t fileReadKey[16];
    uint8_t fileWriteKey[16];
    uint8_t fileReadKeyNumber;
    uint8_t fileWriteKeyNumber;
    uint8_t reserved[2];
} BS2DesFireAppLevelKey;                 ///< 52 bytes
 
typedef struct {
    BS2DesFireAppLevelKey desfireAppKey;    ///< 52 bytes
    uint8_t reserved[16];
} BS2DesFireCardConfigEx;                   ///< 68 bytes

1. appMasterKey
Application master key of DesFire.

2. fileReadKey
The key used to read the file.

3. fileWriteKey
The key used to write the file.

4. fileReadKeyNumber
The index of the key for reading the file.

5. fileWriteKeyNumber
The index of the key for writing the file.

6. reserved
Reserved space.

7. desfireAppKey
A structure containing DesFire key information.

8. reserved
Reserved space.

typedef struct {
    uint32_t extAuthSchedule[BS2_MAX_NUM_OF_EXT_AUTH_MODE];
    uint8_t useGlobalAPB;
    uint8_t globalAPBFailAction;
    uint8_t useGroupMatching;
    uint8_t reserved;
 
    uint8_t reserved2[4];
 
    uint8_t usePrivateAuth;
    uint8_t faceDetectionLevel;
    uint8_t useServerMatching;
    uint8_t useFullAccess;
 
    uint8_t matchTimeout;
    uint8_t authTimeout;
    uint8_t numOperators;
    uint8_t reserved3[1];
 
    struct {
        char userID[BS2_USER_ID_SIZE];
        uint8_t level;
        uint8_t reserved[3];
    } operators[BS2_MAX_OPERATORS];
 
    uint8_t reserved4[256];
} BS2AuthConfigExt;

1. extAuthSchedule
Schedule values to operate when each authentication mode is activated.
It has the following meanings for each value.
If the value in the array is greater than 0, the authentication mode is activated.
In the explanations below, biometric information means fingerprints or faces depending on the device.

2. useGlobalAPB
This flag determines whether to enable Global APB zone.

3. globalAPBFailAction
This is a basic action to be performed when the device cannot query the server for Global APB violation.

4. useGroupMatching
Enables facial group matching.

5. reserved
Reserved space.

6. reserved2
Reserved space.

7. usePrivateAuth
Enable private authentication mode.

8. faceDetectionLevel
This is the face detection level value when authenticating the user in BioStation A2, and if a face is detected at a level lower than the specified level, it is treated as an authentication failure.
When enabled, the camera view according to Normal/Strict is displayed, and access is denied if the image log is not recognized as a face when successful authentication. The default is 0.

9. useServerMatching
Enable server matching for fingerprint matching or facial matching.

10. useFullAccess
This parameter is not in use.

11. matchTimeout
The maximum response time in fingerprint or facial matching and the unit is seconds(sec).

12. authTimeout
The maximum response time in user authentication and the unit is seconds(sec).

13. numOperators
The number of operators.

14. reserved3
Reserved

15. userID
User ID

16. level
It specifies the corresponding level of the user when the user is authenticated.

17. reserved
Reserved
18. reserved4
Reserved

typedef struct {
    uint8_t thermalCheckMode;
    uint8_t maskCheckMode;
    uint8_t reserved[2];
 
    uint8_t thermalFormat;
    uint8_t reserved2;
 
    uint16_t thermalThresholdLow;
    uint16_t thermalThresholdHigh;
    uint8_t maskDetectionLevel;
    uint8_t auditTemperature;
 
    uint8_t useRejectSound;
    uint8_t useOverlapThermal;
    uint8_t useDynamicROI;
    uint8_t faceCheckOrder;
} BS2FaceConfigExt;

1. thermalCheckMode
Sets the thermal check mode.
When set to HARD, access is denied if exceeding the thermalThreshold.
When set to SOFT, access is not affected even if exceeding the thermalThreshold but leaves a related log.
If thermalCheckMode is set to No use(0),
The settings of thermalFormat, thermalThreshold, auditTemperature, and useOverlapThermal are ignored.
And the reject sound due to thermal check by useRejectSound, the temperature check by faceCheckOrder is ignored.

2. maskCheckMode
Visual Face based Sets the Mask Check Mode.
When set to HARD, access is denied if not detecting any mask on the face based on maskDetectionLevel.
When set to SOFT, access is not affected even if not detecting any mask on the face based on maskDetectionLevel but leaves a related log.
If maskCheckMode is set to No use(0), The setting of maskDetectionLevel is ignored.
And the reject sound due to mask detection check by useRejectSound, the mask detection check by faceCheckOrder is ignored.
[+2.9.8] Require no mask (3) can only be set when Mask Check Mode is Check Before Authentication, and users wearing masks will fail authentication according to the maskDetectionLevel. This option can only be set on devices that support BS2DeviceCapabilities - authDenyMaskSupported.

3. reserved
Reserved

4. thermalFormat
Represents the temperature unit. You may choose the unit in Fahrenheit or Celsius

5. reserved2
Reserved

6. thermalThresholdLow
This is the range value for determining high temperature and must be entered as a value multiplied by 100 of the temperature to be set.
Also, you can only enter in degrees Celsius.
This value is the basis for the denial of authentication, and the setting range is between 100 (1º) and 4500 (45º).
The default value is 3200 (32º), and if a value larger or smaller than the setting range is entered, the default value a set to 3200 (32º).
And you must set a value less than thermalThresholdHigh.

7. thermalThresholdHigh
This is the range value for determining high temperature and must be entered as a value multiplied by 100 of the temperature to be set.
Also, you can only enter in degrees Celsius.
This value is the basis for the denial of authentication, and the setting range is between 100 (1º) and 4500 (45º).
The default value is 3800 (38º), and if a value larger or smaller than the setting range is entered, the default value a set to 3800 (38º).
And you must set a value greater than thermalThresholdLow.

8. maskDetectionLevel
Visual Face based Sets the mask detection level. The detecting level is based on internal setting value.

9. auditTemperature
Decides whether the measured temperature is recorded in the log or not.

10. useRejectSound
Decides whether it sounds when rejecting a user due to thermalThreshold or maskDetectionLevel.

11. useOverlapThermal
Displays a thermal image overlaid on the screen.

12. useDynamicROI
When set to true, when measuring temperature, the user's forehead is found and measured, not a fixed area.

13. faceCheckOrder
It defines the sequence of thermal check and mask detection and authentication.
Because the user should touch the device in the case of ID combination authentication or PIN combination authentication,
it is important to decide whether the device authenticates before all check modes or afterward especially in a high-risk environment.

typedef struct {
    uint8_t distance;
    uint8_t emissionRate;
 
    struct {
        uint16_t x;
        uint16_t y;
        uint16_t width;
        uint16_t height;
    } roi;
 
    uint8_t useBodyCompensation;
    int8_t compensationTemperature;
} BS2ThermalCameraConfig;

1. distance
The distance measured by the thermal imaging camera. The unit is cm, and the default is 100.

2. emissionRate
The emissivity of the subject reflecting heat.
It is recommended to enter within the [95/97/98] range. If the subject is a human, 98 is recommended.

3. roi
ROI (Region of interest) refers to the region of interest.
It can be specified through coordinates (x, y) and range (width, height) values when measuring temperature on the face.

4. useBodyCompensation
It decides whether to use the compensate the body temperature.

5. compensationTemperature
There may be a slight difference between the actual body temperature and the body temperature measurement using the camera, and you can correct the difference by setting a value here.
It must be as the value multiplied by 10 of the temperature to be set. The value is available -50 ~ +50

typedef struct {
    uint8_t useBarcode;
    uint8_t scanTimeout;
    uint8_t bypassData;
    uint8_t treatAsCSN;
 
    uint8_t useVisualBarcode;
    uint8_t motionSensitivity;
    uint8_t visualCameraScanTimeout;
    uint8_t reserved[9];
} BS2BarcodeConfig;

1. useBarcode
Supports XS2-QR models only Barcode usage flag.

2. scanTimeout
Set the Barcode scan time. The unit is in seconds.
The default is 4 seconds, and can be entered within a range of 4 to 10 seconds.

3. bypassData
[+2.8.2] Used to send read barcode information to the server, not processed by the device.
If the barcode value is stored in the user information structure for user authentication,
There is a size constraint of 32 bytes (BS2CSNCard data)
Call the BS2_SetBarcodeScanListener, use this option to send barcodes up to 512 bytes of size to the server.

4. treatAsCSN
[+2.8.2] Indicates whether the Barcode should be treated the same as a regular CSN card.
It is applied from XS2-QR 1.1.3 and in the case of false, it is treated the same as before.
This allows you to freely specify character sets that can be treated as barcodes from ASCII codes 32 to 126. (See description in BS2_WriteQRCode)
If set to true, the barcode is treated like a number just like the existing CSN.
Therefore, if you want to set the bar code card data with special characters and English characters.
In this case, only the card type may be different, and the CSN card and barcode data may be used in the same value.

5. useVisualBarcode
[+2.9.1] Visual barcode usage flag.

Visual barcode scans QR code with a general visual camera instead of a QR code sensor,
and a separate license activation is required to use this feature.
License activation is supported through BS2_EnableDeviceLicense.

6. motionSensitivity
[+2.9.1] Set the sensitivity of motion sensor for visual barcode.

7. visualCameraScanTimeout
[+2.9.1] Set the scan time for the visual camera. Units are seconds.
The default is 10 seconds, and can be entered within a range of 3 to 20 seconds.

8. reserved
Reserved Space.

typedef struct {
    uint8_t    numInputs;
    uint8_t    numSupervised;
    uint8_t    reserved[18];
 
    struct {
        uint8_t    portIndex;
        uint8_t    switchType;
        uint16_t   duration;
 
        uint8_t    reserved;
        uint8_t    supervisedResistor;
        uint8_t    reserved1[16];
 
        uint8_t    reserved2[26];
    } inputs[BS2_MAX_INPUT_NUM_EX];
 
    uint8_t    reserved2[200];
} BS2InputConfigEx;

1. ​numInputs​
Number of Input port.

2. ​numSupervised​
Number of supervised input port.

3. ​reserved​
Reserved Space.

4. ​portIndex​
Input Port Number.

5. switchType
Input Signal Type.

6. ​duration​
Input Signal Duration Time Measurement is milliseconds(ms).

7. ​reserved​
Reserved Space.

8. ​supervisedResistor​
You can set Supervised input resistance value type or unsupervise it.

9. ​reserved1​
Reserved Space.

10. ​reserved2​
Reserved Space.

11. ​reserved2​
Reserved Space.

typedef struct {
    uint32_t        deviceID;				///< 4 bytes
    uint8_t         reserved[16];			///< 16 bytes
 
    struct {
        uint8_t     port;				///< 1 byte (relay port)
        uint8_t     reserved0;				///< 1 byte
        uint8_t     disconnEnabled;			///< 1 byte (RS485 disconnection)
        uint8_t     reserved[9];			///< 9 bytes
 
        struct {
            uint8_t port;				///< 1 byte (input port)
            uint8_t type;				///< 1 byte (linkage/latching/release)
            uint8_t mask;				///< 1 byte (alarm/fault)
            uint8_t reserved[9];			///< 9 bytes
        } input[BS2_MAX_RELAY_ACTION_INPUT];		///< 192 bytes
    } relay[BS2_MAX_RELAY_ACTION]; 			///< 816 bytes
 
    uint8_t			reserved2[152];		///< 152 bytes
} BS2RelayActionConfig;

1. ​deviceID​
Device Identifier

2. ​reserved​
Reserved Space.

3. relay
Relay Setting Information

4. port
Relay port Number.

5. ​reserved0​
Reserved Space.

6. ​disconnEnabled​
If set to true, a signal is made when RS485 is disconnected.

7. ​reserved​
Reserved Space.

8. input
Defines to which input ports the relay ports will take action.

9. port
Input port Identifier.

10. type
Defines in which input type the input will take action.
If set to Linkage, signal can be made when alarm is set to mask.

11. mask
Set mask to Input Signal Info.

12. ​reserved​
Reserved Space.

13. ​reserved2​
Reserved Space.

typedef struct {
    BS2_USER_ID phoneNumber;
    char description[48 * 3];
 
    uint8_t reserved[32];
} BS2ExtensionNumber;
 
typedef struct {
    BS2_BOOL enabled;
    BS2_BOOL useOutboundProxy;
    uint16_t registrationDuration;
 
    BS2_URL address;
    BS2_PORT port;
 
    struct {
        uint8_t speaker;		// 0 ~ 100
        uint8_t mic;			// 0 ~ 100
    } volume;			///< 2 bytes
 
    BS2_USER_ID id;
    BS2_USER_ID password;
    BS2_USER_ID authorizationCode;
 
    struct {
        BS2_URL address;
        BS2_PORT port;
        uint8_t reserved[2];
    } outboundProxy;
 
    uint8_t exitButton;            /// *, #, 0~9
    uint8_t reserved1;
    uint8_t numPhoneBook;
    BS2_BOOL showExtensionNumber;
 
    BS2ExtensionNumber phonebook[128];
 
    uint8_t resolution;
    uint8_t transport;
    uint8_t reserved2[30];		///< 30 bytes (reserved)
} BS2VoipConfigExt;

1. phoneNumber
This is the extension.

2. description
Display information.

3. reserved
Reserved space.

4. enabled
Sets whether the VoIP extension feature is enabled.

5. useOutboundProxy
Sets whether the Outbound Proxy Server is configured.

6. registrationDuration
The cycle of updating the relevant information to the SIP server.
Set in seconds and must be between 60 and 600.

7. address
Enter the IP address of the SIP server (usually BioStar).

8. port
Enter the SIP server port. The default port is 5060.

9. speaker
Enter the speaker volume information for the intercom in the range 0 to 100. The default value is 50.

10. mic
Enter the microphone volume information for the intercom in the range 0 to 100. The default value is 50.

11. id
Enter the ID to connect to the SIP server.
12. password
Specifies the password to connect to the SIP server.

13. authorizationCode
The authentication code value required to connect to the SIP server.

14. outboundProxy
Enter Outbound proxy server information.

15. address
Enter the IP address of the Outbound Proxy Server.

16. port
Enter the Outbound Proxy Server port.

17. reserved
Reserved space.

18. exitButton
Button symbol to be used as a check-out button.

19. reserved1
Reserved space.

20. numPhoneBook
Number of phone books.

21. showExtensionNumber
Determines whether to show the phone book.

22. phonebook
You can specify up to 128 extensions in your phone book.

23. resolution
[+2.9.8] Sets the resolution of video output.

24. transport
[+2.9.8] Sets the data transfer method.

25. reserved2
Reserved space.

typedef struct {
    BS2_USER_ID id;
    BS2_USER_ID password;
 
    BS2_URL address;
 
    BS2_PORT port;
    BS2_BOOL enabled;
    uint8_t reserved;				///< 1 byte (packing)
 
    uint8_t resolution;
    uint8_t reserved2[31];			///< 31 bytes (reserved)
} BS2RtspConfig;

1. id
Account information when connecting to the RTSP server.

2. password
Password when connecting to the RTSP server.

3. address
Enter the address of the RTSP server.

4. port
Enter the RTSP server connection port. The default port is 554.

5. enabled
Sets whether an RTSP connection is enabled.

6. reserved
Reserved space.

7. resolution
[+2.9.8] Sets the resolution of video output.

8. reserved2
Reserved space.

typedef struct {
    uint8_t               index;
    uint8_t               hasCapability;
    uint8_t               enable;
    uint8_t               reserved;
    BS2_LICENSE_TYPE      licenseType;
    BS2_LICENSE_SUB_TYPE  licenseSubType;
    uint32_t              enableTime;
    uint32_t              expiredTime;
    uint32_t              issueNumber;
    uint8_t               name[BS2_USER_ID_SIZE]; 			
} BS2License;

1. index
License index.

2. hasCapability
Whether the device supports that license.
It usually has a value of 1.

3. enable
Whether the license is active.

4. reserved
Reserved Space.

5. licenseType
The type of license.

6. licenseSubType
Detailed form of licenseType

7. enableTime
License activation start time, expressed in POSIX time.

8. expiredTime
License activation end time, 0 means unlimited.

9. issueNumber
Issuing unique number.

10. name
License name.

typedef struct {
    uint8_t         version;
    uint8_t         numOfLicense;
    uint8_t         reserved[2];
    BS2License      license[BS2_MAX_LICENSE_COUNT];
    uint8_t         reserved1[16];
} BS2LicenseConfig;

1. version
Version of the license settings information.

2. numOfLicense
Number of licenses registered

3. reserved
Reserved Space.

4. license
License information and can be set up to 16.

5. reserved1
Reserved Space.

typedef struct {
	uint32_t				baudRate;			///< 4 bytes
	uint8_t					channelIndex;		///< 1 byte
	uint8_t					useRegistance;		///< 1 byte
	uint8_t					numOfDevices;		///< 1 byte
	BS2_OSDP_CHANNEL_TYPE 	channelType;		///< 1 byte	
	BS2OsdpStandardDevice 	slaveDevices[BS2_RS485_MAX_SLAVES_PER_CHANNEL];	///< 28 * 32 = 896 bytes
	uint8_t					reserved[4];		///< 4 bytes
} BS2OsdpStandardChannel;    					///< 908 bytes
 
typedef struct {
    uint8_t			mode[BS2_RS485_MAX_CHANNELS_EX];		///< 8 byte
    uint16_t 		numOfChannels;							///< 2 byte
    uint8_t 		reserved[2];							///< 2 bytes (packing)
    uint8_t 		reserved1[32];							///< 32 bytes (reserved)
    BS2OsdpStandardChannel 	channels[BS2_RS485_MAX_CHANNELS_EX]; 	///< 908 * 8 bytes  = 7264 bytes
} BS2OsdpStandardConfig;   									///< 7308 bytes

1. baudRate
This is the baud rate of the OSDP device and the range that can be set is as follows.

2. channelIndex
This is the channel number when the OSDP device communicates with RS485.

3. useRegistance
Registance flag - no effect on operation.

4. numOfDevices
Number of slave devices.

5. channelType
Indicates the type to which the device communicating RS485 is connected.
Based on CoreStation40, there are 5 assignable channels from 0 to 4, and Suprema devices and OSDP devices cannot be mixed and operated within each channel.
If no device is connected to a specific channel, it has a 0 indicating that it can be connected even if it is a Suprema device or an OSDP device.
If a Suprema device is connected to a specific channel, only Suprema devices are allowed to connect to that channel, and channelType has a value of 1. The OSDP device is ignored even if it is connected.
If an OSDP device is connected to a specific channel, only OSDP devices are allowed to connect to that channel, and channelType has a value of 2. The Suprema device is ignored even if it is connected.
Each channel of CoreStation40 can be mixed and operated as Suprema device channel and OSDP device channel.
The maximum number of OSDP devices allowed to connect to a channel is limited to 2, and if the channel is already maxed out, the channelType will be 3, indicating that no more connections are allowed.

6. slaveDevices
Slave device information within the channel.

7. reserved
Reserved Space.

8. mode
It is a flag that determines which mode to operate in the RS485 network. As of 2023/1/12, CoreStation40 is the only device that supports Osdp standard config, so it always has a master value.

9. numOfChannels
Number of channel. CoreStation40 has a total of 5 channels.

10. reserved
Reserved Space.

11. reserved1
Reserved Space.

12. channels
OSDP device information of each channel.
You can have up to 8 channel information, but since CoreStation40 has 5 channels, only numbers 0 to 4 are valid.

typedef struct{
    BS2_BOOL                           use;            ///< 1 byte
    uint8_t                            readerNumber;   ///< 1 byte
    uint8_t                            ledNumber;      ///< 1 byte
 
    BS2_OSDP_STANDARD_LED_COMMAND      tempCommand;    ///< 1 byte
    uint8_t                            tempOnTime;     ///< 1 byte
    uint8_t                            tempOffTime;    ///< 1 byte
    BS2_OSDP_STANDARD_COLOR            tempOnColor;    ///< 1 byte
    BS2_OSDP_STANDARD_COLOR            tempOffColor;   ///< 1 byte
    uint16_t                           tempRunTime;    ///< 2 bytes
 
    BS2_OSDP_STANDARD_LED_COMMAND      permCommand;    ///< 1 byte
    uint8_t                            permOnTime;     ///< 1 byte
    uint8_t                            permOffTime;    ///< 1 byte
    BS2_OSDP_STANDARD_COLOR            permOnColor;    ///< 1 byte
    BS2_OSDP_STANDARD_COLOR            permOffColor;   ///< 1 byte
 
    uint8_t                            reserved;       ///< 1 byte
} BS2OsdpStandardLedAction;            ///< 16 bytes
 
typedef struct {
    BS2_BOOL                    use;            ///< 1 byte
    uint8_t                     readerNumber;   ///< 1 byte
    BS2_OSDP_STANDARD_TONE      tone;           ///< 1 byte
    uint8_t                     onTime;         ///< 1 byte
    uint8_t                     offTime;        ///< 1 byte
    uint8_t                     numOfCycle;     ///< 1 byte
    uint8_t                     reserved[2];    ///< 2 bytes
} BS2OsdpStandardBuzzerAction;                  ///< 8 bytes
 
typedef struct {
    BS2_OSDP_STANDARD_ACTION_TYPE   actionType;     ///< 1 byte     
    uint8_t                         reserved[3];    ///< 3 bytes
    BS2OsdpStandardLedAction        led[2];         ///< 16 x 2 = 32 bytes
    BS2OsdpStandardBuzzerAction     buzzer;         ///< 8 bytes
} BS2OsdpStandardAction;                            ///< 44 bytes
 
typedef struct 
{
    uint8_t                 version;                ///< 1 byte 
    uint8_t                 reserved[3];            ///< 3 byes
    BS2OsdpStandardAction   actions[BS2_OSDP_STANDARD_ACTION_MAX_COUNT]; ///< 44 x 32  = 1408
} BS2OsdpStandardActionConfig;                      ///< 1412 bytes

1. use
Indicates whether to use LED action.

2. readerNumber
The sequence number of the OSDP device.

3. ledNumber
The LED sequence number of the OSDP device.

4. tempCommand
Temporary command.

5. tempOnTime
Indicates the LED on time for Temporary command, set in units of 100 ms.
For example, enter 20 to keep the LED on for 2 seconds.

6. tempOffTime
Indicates the LED off time for Temporary command, set in units of 100 ms.
For example, enter 10 to turn off the LED for 1 second.

7. tempOnColor
Sets the LED color of the on state for Temporary command.

8. tempOffColor
Sets the LED color of the off state for Temporary command.

9. tempRunTime
Sets the LED On/Off time for Temporary commands in units of 100 ms.
It blinks alternately with the color and time set in tempOnTime/tempOffTime, tempOnColor/tempOffColor, and is maintained as long as the value of tempRunTime.

10. permCommand
Permanent command. 11. permOnTime
Indicates the LED on time for Permanent command, set in units of 100 ms.

12. permOffTime
Indicates the LED off time for Permanent command, set in units of 100 ms.

13. permOnColor
Sets the LED color of the on state for Permanent command.

14. permOffColor
Sets the LED color of the off state for Permanent command.

15. reserved
Reserved Space.

16. use
Indicates whether to use tone action.

17. readerNumber The sequence number of the OSDP device.

18. tone
Set the buzzer.

19. onTime
Set the on-state holding time for tone in units of 100 ms.

20. offTime
Set the off state holding time for tone in units of 100 ms.

21. numOfCycle
Set the number of times to repeat On/Off for tone. When set to 0, it means infinite repetition.

22. reserved
Reserved Space.

23. actionType
Set the action.

24. reserved
Reserved Space.

25. led
LED setting information of OSDP device.

26. buzzer
Buzzer setting information of OSDP device.

27. version
Version information about Action configuration. Currently it is 0.

28. reserved
Reserved Space.

29. actions
LED/buzzer information for OSDP devices, up to 32 can be designated.

typedef struct {
	uint8_t primaryKey[6];
	uint8_t reserved1[2];
	uint8_t secondaryKey[6];
	uint8_t reserved2[2];
	uint16_t startBlockIndex;
	uint8_t dataSize;
	uint8_t skipBytes;
	uint8_t reserved[4];
} BS2CustomMifareCard;

1. primaryKey
Primary encryption key to access the Mifare card information.

2. reserved1
Reserved space.

3. secondaryKey
Secondary encryption key to access the Mifare card information.

4. reserved2
Reserved space.

5. startBlockIndex
Start block index on the Mifare data storage.

6. dataSize
The size in bytes of the card data.

7. skipBytes
This is where the card data appears.
This is the starting point to read card data. It is 0 when reading from the starting point, and indicates the number of bytes skipped after the first.

8. reserved
Reserved space.

typedef struct {
	uint8_t primaryKey[16];
	uint8_t secondaryKey[16];
	uint8_t appID[3];
	uint8_t fileID;
	uint8_t encryptionType;                 // 0: DES/3DES, 1: AES
	uint8_t operationMode;                  // 0: legacy(use picc master key), 1: new mode(use app master, file read, file write key)
	uint8_t dataSize;
	uint8_t skipBytes;
	uint8_t reserved[4];
	BS2DesFireAppLevelKey desfireAppKey;		///<52 bytes
} BS2CustomDesFireCard;                           ///<96 Bytes

1. primaryKey
Primary encryption key to access the DesFire card information. (General settings)

2. secondaryKey
Secondary encryption key to access the Desfire card information. (General settings)

3. appID
Application Id that is stored inside the DesFire card for user authentication.

4. fileID
File ID that is stored inside the DesFire card, which will be used by the application to read and write data.

5. encryptionType
Type of data encryption.

6. operationMode
Operation mode.

7. dataSize
The size in bytes of the card data.

8. skipBytes
This is where the card data appears.
This is the starting point to read card data. It is 0 when reading from the starting point, and indicates the number of bytes skipped after the first.

9. reserved
Reserved space.

10. desfireAppKey
Indicates key information to access DesFire card information. (Advanced settings)

typedef struct {
	BS2_CARD_DATA_TYPE dataType;
	BS2_BOOL useSecondaryKey;
	uint8_t reserved1[2];
 
	BS2CustomMifareCard mifare;
	BS2CustomDesFireCard desfire;
	uint8_t reserved2[24];
	uint8_t reserved3[96];
 
	BS2_CARD_BYTE_ORDER smartCardByteOrder;
	uint8_t reserved4[3];
	BS2_UID formatID;
	uint8_t reserved5[8];
} BS2CustomCardConfig;