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syscfg.defs:

    OSDP_MODE_PD:
        value: 0
        description: 'Configure this device to operate as a PD (Peripheral Device)'

    OSDP_MODE_CP:
        value: 0
        description: 'Configure this device to operate as a CP (Control Panel)'

    OSDP_SC_ENABLED:
        value: 1
        description: 'Secure the OSDP communication channel with encryption and mutual
            authentication by default.'

    OSDP_REFRESH_INTERVAL_MS:
        value: 50
        description: 'Refresh interval factor for OSDP state update.'

    OSDP_USE_CRYPTO_HOOK:
        value: 0
        description: 'Override crypto functions.'

    OSDP_SC_RETRY_WAIT_SEC:
        value: 600
        description: 'Time in seconds to wait after a secure channel failure, and before
          retrying to establish it.'

    OSDP_ONLINE_RETRY_WAIT_MAX_SEC:
        value: 300
        description: 'Upper limit in seconds for the CP to wait and retry communication.'

    OSDP_RESP_TOUT_MS:
        value: 200
        description: 'Response timeout in milliseconds.'

    OSDP_PD_SC_TIMEOUT_MS:
        value: 400
        description: 'Timeout in milliseconds for secure mode session.'

    OSDP_PD_IDLE_TIMEOUT_MS:
        value: 800
        description: 'Idle line timeout. PD has not heard a POLL from CP for this duration.'

    OSDP_DEVICE_LOCK_TIMEOUT_MS:
        value: 20
        description: 'Event/Command mutex timeout in milliseconds'

    OSDP_UART_DEV_NAME:
        description: Device name of UART device for OSDP"
        value: '"NONE"'

    OSDP_UART_BAUD_RATE:
        value: 115200
        description: 'OSDP defines that baud rate can be either 9600 or 38400 or
                      115200.'

    OSDP_UART_TX_BUFFER_LENGTH:
        value: 256
        description: 'OSDP UART TX buffer length'

    OSDP_UART_RX_BUFFER_LENGTH:
        value: 256
        description: 'OSDP UART RX buffer length'

    OSDP_PACKET_TRACE:
        value: 0
        description: 'Print bytes sent/received over OSDP to console
            Prints bytes sent/received over OSDP to console for debugging.
            LOG_HEXDUMP_DBG() is used to achieve this and can be very verbose.'

    CONFIG_OSDP_SKIP_MARK_BYTE:
        value: 0
        description: 'Some devices send the leading 0xFF (MARK) byte on the packet while
          others dont. Compile time macro to choose either modes.
          - In PD mode, library will respond with MARK byte if the command sent
          from the CP had it.
          - In CP mode, library will send command with MARK byte if
          CONFIG_OSDP_SKIP_MARK_BYTE is not enabled.'

    OSDP_CMD_ID_OFFSET:
        value: 6
        description: 'If CONFIG_OSDP_SKIP_MARK_BYTE is 0, this offset is 6, else 5.'

    # Peripheral Device mode config

    OSDP_NUM_CONNECTED_PD:
        value: 1
        description: 'In PD mode, number of connected PDs is is always 1 and cannot be configured.'

    OSDP_PD_COMMAND_QUEUE_SIZE:
        value: 16
        description: 'The number of commands that can be queued to a given PD. In CP mode,
          the queue size is multiplied by number of connected PD so this can grow
          very quickly.'

    OSDP_PD_ADDRESS:
        value: 1
        description: 'The 7 least significant bits represent the address of the PD to which
          the message is directed, or the address of the PD sending the reply.
          Address 0x7F is reserved as a broadcast address to which all PDs would
          respond.'

    OSDP_PD_SCBK:
        value: '"NONE"'
        description: 'Secure Channel Base Key (SCBK). Hexadecimal string representation
          of the the 16 byte OSDP PD Secure Channel Base Key. When this field is sent
          to "NONE", the PD is set to Install Mode. In this mode, the PD would allow a
          CP to setup a secure channel with default SCBK. Once as secure channel is
          active with the default key, the CP can send a KEYSET command to set new keys
          to the PD. It is up to the user to make sure that the PD enters the Install Mode
          only during provisioning time (controlled environment).'

    # Peripheral Device ID Information

    OSDP_PD_ID_VENDOR_CODE:
        value: 0
        description: 'PD Vendor Code. IEEE assigned OUI. Least 24 bits are valid. range 0 0x00FFFFFF.'

    OSDP_PD_ID_MODEL:
        value: 0
        description: 'range 0 255 PD Product Model Number. Manufacturers model number. Least 8 bits are valid.'

    OSDP_PD_ID_VERSION:
        value: 0
        description: 'PD Product Version. range 0 255 .Manufacturers version of this product. Least 8 bits are valid.'

    OSDP_PD_ID_SERIAL_NUMBER:
        value: 0
        description: 'PD Serial Number. range 0 0xFFFFFFFF. A 4-byte serial number for the PD.'

    OSDP_PD_ID_FIRMWARE_VERSION:
        value: 0
        description: 'hex PD Firmware Version.  range 0 0x00FFFFFF'

    # Contact Status Monitoring

    OSDP_PD_CAP_CONTACT_STATUS_MONITORING_COMP_LEVEL:
        value: 0
        description: 'Possible values:
          - 01: PD monitors and reports the state of the circuit without any
          supervision. The PD encodes the circuit status per its default
          interpretation of contact state to active/inactive status.
          - 02: Like 01, plus: The PD accepts configuration of the encoding of the
          open/closed circuit status to the reported active/inactive status. (User
          may configure each circuit as normally-closed or normally-open.)
          - 03: Like 02, plus: PD supports supervised monitoring. The operating mode
          for each circuit is determined by configuration settings.
          - 04: Like 03, plus: the PD supports custom End-Of-Line settings within
          the Manufacturer guidelines.'

    OSDP_PD_CAP_CONTACT_STATUS_MONITORING_NUM_ITEMS:
        value: 0
        description: 'The number of Inputs'

    # Output Control

    OSDP_PD_CAP_OUTPUT_CONTROL_COMP_LEVEL:
        value: 0
        description: 'Possible values:
          - 01: The PD is able to activate and deactivate the Output per direct
          command from the CP.
          - 02: Like 01, plus: The PD is able to accept configuration of the Output
          driver to set the inactive state of the Output. The typical state of an
          inactive Output is the state of the Output when no power is applied to the
          PD and the output device (relay) is not energized. The inverted drive
          setting causes the PD to energize the Output during the inactive state and
          de-energize the Output during the active state. This feature allows the
          support of "fail-safe/fail-secure" operating modes.
          - 03: Like 01, plus: The PD is able to accept timed commands to the
          Output. A timed command specifies the state of the Output for the
          specified duration.
          - 04: Like 02 and 03 - normal/inverted drive and timed operation.'

    OSDP_PD_CAP_OUTPUT_CONTROL_NUM_ITEMS:
        value: 0
        description: 'The number of Outputs.'

    # LED Control

    OSDP_PD_CAP_READER_LED_CONTROL_COMP_LEVEL:
        value: 0
        description: 'Compliance Level
          - 01: the PD support on/off control only
          - 02: the PD supports timed commands
          - 03: like 02, plus bi-color LEDs
          - 04: like 02, plus tri-color LEDs'

    OSDP_PD_CAP_READER_LED_CONTROL_NUM_ITEMS:
        value: 0
        description: 'The number of LEDs per reader.'

    # Audible Output

    OSDP_PD_CAP_READER_AUDIBLE_OUTPUT_COMP_LEVEL:
        value: 0
        description: 'Possible values:
          - 01: the PD support on/off control only
          - 02: the PD supports timed commands'

    OSDP_PD_CAP_READER_AUDIBLE_OUTPUT_NUM_ITEMS:
        value: 0
        description: 'The number of audible annunciators per reader'

    # Text Output

    OSDP_PD_CAP_READER_TEXT_OUTPUT_COMP_LEVEL:
        value: 0
        description: 'Possible values:
          - 00: The PD has no text display support
          - 01: The PD supports 1 row of 16 characters
          - 02: the PD supports 2 rows of 16 characters
          - 03: the PD supports 4 rows of 16 characters
          - 04: TBD.'

    OSDP_PD_CAP_READER_TEXT_OUTPUT_NUM_ITEMS:
        value: 0
        description: 'Number of textual displays per reader'

    # Card Data Format

    OSDP_PD_CAP_CARD_DATA_FORMAT_COMP_LEVEL:
        value: 0
        description: 'Possible values:
          - 01: the PD sends card data to the CP as array of bits, not exceeding
          1024 bits.
          - 02: the PD sends card data to the CP as array of BCD characters, not
          exceeding 256 characters.
          - 03: the PD can send card data to the CP as array of bits, or as an
          array of BCD characters.'

    # Time Keeping

    OSDP_PD_CAP_TIME_KEEPING_COMP_LEVEL:
        value: 0
        description: 'Possible values:
          - 00: The PD does not support time/date functionality
          - 01: The PD understands time/date settings per Command osdp_TDSET
          - 02: The PD is able to locally update the time and date'

    # CP mode config

    OSDP_PD_ADDRESS_LIST:
        value: '"abc"'
        description: Comma Separated Values of PD addresses. The number of values in this
          string should exactly match the number of connected PDs specified above


    OSDP_CMD_RETRY_WAIT_SEC:
        value: 30
        description: 'Time in seconds to wait after a command failure, and before retrying or
          issuing further commands.'

    OSDP_PD_POLL_RATE:
        value: 20
        description: 'The Control Panel must query the Peripheral Device periodically to
          maintain connection sequence and to get status and events. This option
          defined the number of times such a POLL command is sent per second.'

    OSDP_MASTER_KEY:
        value: '"NONE"'
        description: 'Secure Channel Master Key. Hexadecimal string representation of the the 16 byte OSDP Secure Channel
          master Key. This is a mandatory key when secure channel is enabled.'

    # Logging

    OSDP_LOG_MODULE:
        description: 'Numeric module ID to use for OSDP log messages.'
        value: 150
    OSDP_LOG_LVL:
        description: 'Minimum level for the OSDP log.'
        value: 0

syscfg.logs:
    OSDP_LOG:
        module: MYNEWT_VAL(OSDP_LOG_MODULE)
        level: MYNEWT_VAL(OSDP_LOG_LVL)

syscfg.vals: