/****************************************************************************** * * Copyright Zebra Technologies, Inc. 2014 - 2015 * * The copyright notice above does not evidence any * actual or intended publication of such source code. * The code contains Zebra Technologies * Confidential Proprietary Information. * * * Description: RfidSdkDefs.h * * Notes: * ******************************************************************************/ #ifndef __RFID_SDK_DEFS__ #define __RFID_SDK_DEFS__ /* return values */ typedef enum { SRFID_RESULT_SUCCESS = 0x00, SRFID_RESULT_FAILURE = 0x01, SRFID_RESULT_READER_NOT_AVAILABLE = 0x02, SRFID_RESULT_INVALID_PARAMS = 0x04, SRFID_RESULT_RESPONSE_TIMEOUT = 0x05, SRFID_RESULT_NOT_SUPPORTED = 0x06, SRFID_RESULT_RESPONSE_ERROR = 0x07, SRFID_RESULT_WRONG_ASCII_PASSWORD = 0x08, SRFID_RESULT_ASCII_CONNECTION_REQUIRED = 0x09, } SRFID_RESULT; /* operating modes of SDK */ enum { SRFID_OPMODE_MFI = 0x01, SRFID_OPMODE_BTLE = 0x02, SRFID_OPMODE_ALL = 0x03 }; /* connection/device types */ enum { SRFID_CONNTYPE_INVALID = 0x00, SRFID_CONNTYPE_MFI = 0x01, SRFID_CONNTYPE_BTLE = 0x02 }; /* Batch Mode */ typedef enum { SRFID_BATCHMODECONFIG_DISABLE = 0x00, SRFID_BATCHMODECONFIG_AUTO = 0x01, SRFID_BATCHMODECONFIG_ENABLE = 0x02, } SRFID_BATCHMODECONFIG; /* notifications/events masks */ enum { SRFID_EVENT_READER_APPEARANCE = (0x01 << 1), SRFID_EVENT_READER_DISAPPEARANCE = (0x01 << 2), SRFID_EVENT_SESSION_ESTABLISHMENT = (0x01 << 3), SRFID_EVENT_SESSION_TERMINATION = (0x01 << 4), SRFID_EVENT_MASK_READ = (0x01 << 5), SRFID_EVENT_MASK_STATUS = (0x01 << 6), SRFID_EVENT_MASK_PROXIMITY = (0x01 << 7), SRFID_EVENT_MASK_TRIGGER = (0x01 << 8), SRFID_EVENT_MASK_BATTERY = (0x01 << 9), SRFID_EVENT_MASK_STATUS_OPERENDSUMMARY = (0x01 << 10), SRFID_EVENT_MASK_TEMPERATURE = (0x01 << 11), SRFID_EVENT_MASK_POWER = (0x01 << 12), SRFID_EVENT_MASK_DATABASE = (0x01 << 13), SRFID_EVENT_MASK_RADIOERROR = (0x01 << 14), SRFID_EVENT_MASK_MULTI_PROXIMITY = (0x01 << 15), SRFID_EVENT_MASK_WLAN_SCAN = (0x01 << 16) }; /* supported device models */ enum { SRFID_DEVMODEL_INVALID = 0x00, SRFID_DEVMODEL_RFID_RFD8500 = 0x01, }; /* invalid device id */ #define SRFID_DEVICE_ID_INVALID 0x00 /* return values */ typedef enum { SRFID_EVENT_STATUS_OPERATION_START = 0x00, SRFID_EVENT_STATUS_OPERATION_STOP = 0x01, SRFID_EVENT_STATUS_OPERATION_BATCHMODE = 0x02, SRFID_EVENT_STATUS_OPERATION_END_SUMMARY = 0x03, SRFID_EVENT_STATUS_TEMPERATURE = 0x04, SRFID_EVENT_STATUS_POWER = 0x05, SRFID_EVENT_STATUS_DATABASE = 0x06, SRFID_EVENT_STATUS_RADIOERROR = 0x07, SRFID_EVENT_STATUS_WLAN_START = 0x08, SRFID_EVENT_STATUS_WLAN_STOP = 0x09, SRFID_EVENT_STATUS_WLAN_CONNECT = 0x10, SRFID_EVENT_STATUS_WLAN_DISCONNECT = 0x11, SRFID_EVENT_STATUS_OPERATION_FAILED = 0x12 } SRFID_EVENT_STATUS; typedef enum { SRFID_MEMORYBANK_EPC = 0x01, SRFID_MEMORYBANK_TID = 0x02, SRFID_MEMORYBANK_USER = 0x04, SRFID_MEMORYBANK_RESV = 0x08, SRFID_MEMORYBANK_NONE = 0x10, SRFID_MEMORYBANK_ACCESS = 0x20, SRFID_MEMORYBANK_KILL = 0x40, SRFID_MEMORYBANK_TAMPER = 0x60, SRFID_MEMORYBANK_ALL = 0x67, } SRFID_MEMORYBANK; typedef enum { SRFID_ACCESSOPERATIONCODE_READ = 0, SRFID_ACCESSOPERATIONCODE_WRITE = 1, SRFID_ACCESSOPERATIONCODE_LOCK = 2, SRFID_ACCESSOPERATIONCODE_KILL = 3, SRFID_ACCESSOPERATIONCODE_BLOCK_WRITE = 4, SRFID_ACCESSOPERATIONCODE_BLOCK_ERASE = 5, SRFID_ACCESSOPERATIONCODE_RECOMMISSION = 6, SRFID_ACCESSOPERATIONCODE_BLOCK_PERMALOCK = 7, SRFID_ACCESSOPERATIONCODE_NXP_SET_EAS = 8, SRFID_ACCESSOPERATIONCODE_NXP_READ_PROTECT = 9, SRFID_ACCESSOPERATIONCODE_NXP_RESET_READ_PROTECT = 10, SRFID_ACCESSOPERATIONCODE_NXP_CHANGE_CONFIG = 22, SRFID_ACCESSOPERATIONCODE_IMPINJ_QT_READ = 21, SRFID_ACCESSOPERATIONCODE_IMPINJ_QT_WRITE = 20, SRFID_ACCESSOPERATIONCODE_NONE = 0xFF, } SRFID_ACCESSOPERATIONCODE; typedef enum { SRFID_ACCESSOPERATIONSTATUS_SUCCESS = 0, SRFID_ACCESSOPERATIONSTATUS_TAG_NON_SPECIFIC_ERROR = 1, SRFID_ACCESSOPERATIONSTATUS_READER_NON_SPECIFIC_ERROR = 2, SRFID_ACCESSOPERATIONSTATUS_NO_RESPONSE_FROM_TAG = 3, SRFID_ACCESSOPERATIONSTATUS_INSUFFICIENT_POWER = 4, SRFID_ACCESSOPERATIONSTATUS_TAG_MEMORY_LOCKED_ERROR = 5, SRFID_ACCESSOPERATIONSTATUS_TAG_MEMORY_OVERRUN_ERROR = 6, SRFID_ACCESSOPERATIONSTATUS_ZERO_KILL_PASSWORD_ERROR = 7, SRFID_ACCESSOPERATIONSTATUS_ERROR = 8, } SRFID_ACCESSOPERATIONSTATUS; typedef enum { SRFID_DIVIDERATIO_DR_8 = 0, SRFID_DIVIDERATIO_DR_64_3 = 1, } SRFID_DIVIDERATIO; typedef enum { SRFID_MODULATION_MV_FM0 = 0, SRFID_MODULATION_MV_2 = 1, SRFID_MODULATION_MV_4 = 2, SRFID_MODULATION_MV_8 = 3, } SRFID_MODULATION; typedef enum { SRFID_FORWARDLINKMODULATION_PR_ASK = 0, SRFID_FORWARDLINKMODULATION_SSB_ASK = 1, SRFID_FORWARDLINKMODULATION_DSB_ASK = 2, } SRFID_FORWARDLINKMODULATION; typedef enum { SRFID_SPECTRALMASKINDICATOR_SI = 1, SRFID_SPECTRALMASKINDICATOR_MI = 2, SRFID_SPECTRALMASKINDICATOR_DI = 3, } SRFID_SPECTRALMASKINDICATOR; typedef enum { SRFID_SLFLAG_ASSERTED = 0, SRFID_SLFLAG_DEASSERTED = 1, SRFID_SLFLAG_ALL = 2, } SRFID_SLFLAG; typedef enum { SRFID_SESSION_S0 = 0, SRFID_SESSION_S1 = 1, SRFID_SESSION_S2 = 2, SRFID_SESSION_S3 = 3, } SRFID_SESSION; typedef enum { SRFID_INVENTORYSTATE_A = 0, SRFID_INVENTORYSTATE_B = 1, SRFID_INVENTORYSTATE_AB_FLIP = 2, } SRFID_INVENTORYSTATE; typedef enum { SRFID_TRIGGERTYPE_PRESS = 0x00, SRFID_TRIGGERTYPE_RELEASE = 0x01, } SRFID_TRIGGERTYPE; typedef enum { SRFID_SELECTTARGET_S0 = 0x00, SRFID_SELECTTARGET_S1 = 0x01, SRFID_SELECTTARGET_S2 = 0x02, SRFID_SELECTTARGET_S3 = 0x03, SRFID_SELECTTARGET_SL = 0x04, } SRFID_SELECTTARGET; typedef enum { SRFID_SELECTACTION_INV_A_NOT_INV_B__OR__ASRT_SL_NOT_DSRT_SL = 0x00, SRFID_SELECTACTION_INV_A__OR__ASRT_SL = 0x01, SRFID_SELECTACTION_NOT_INV_B__OR__NOT_DSRT_SL = 0x02, SRFID_SELECTACTION_INV_A2BB2A_NOT_INV_A__OR__NEG_SL_NOT_ASRT_SL = 0x03, SRFID_SELECTACTION_INV_B_NOT_INV_A__OR__DSRT_SL_NOT_ASRT_SL = 0x04, SRFID_SELECTACTION_INV_B__OR__DSRT_SL = 0x05, SRFID_SELECTACTION_NOT_INV_A__OR__NOT_ASRT_SL = 0x06, SRFID_SELECTACTION_NOT_INV_A2BB2A__OR__NOT_NEG_SL = 0x07, } SRFID_SELECTACTION; typedef enum { SRFID_ACCESSPERMISSION_ACCESSIBLE = 0x00, SRFID_ACCESSPERMISSION_ACCESSIBLE_PERM = 0x01, SRFID_ACCESSPERMISSION_ACCESSIBLE_SECURED = 0x02, SRFID_ACCESSPERMISSION_ALWAYS_NOT_ACCESSIBLE = 0x03, } SRFID_ACCESSPERMISSION; typedef enum { SRFID_BEEPERCONFIG_HIGH = 0x00, SRFID_BEEPERCONFIG_MEDIUM = 0x01, SRFID_BEEPERCONFIG_LOW = 0x02, SRFID_BEEPERCONFIG_QUIET = 0x03, } SRFID_BEEPERCONFIG; typedef enum { SRFID_TRIGGEREVENT_PRESSED = 0x00, SRFID_TRIGGEREVENT_RELEASED = 0x01, SRFID_TRIGGEREVENT_SCAN_PRESSED = 0x02, SRFID_TRIGGEREVENT_SCAN_RELEASED = 0x03, } SRFID_TRIGGEREVENT; typedef enum { SRFID_WLAN_START = 0x00, SRFID_WLAN_STOP = 0x01 } SRFID_WLAN_SCAN_STATUS; typedef enum { SRFID_HOPPINGCONFIG_DEFAULT = 0x00, SRFID_HOPPINGCONFIG_ENABLED = 0x01, SRFID_HOPPINGCONFIG_DISABLED = 0x02, } SRFID_HOPPINGCONFIG; typedef enum { SRFID_TID_SHOW = 0, SRFID_TID_HIDE_SOME = 1, SRFID_TID_HIDE_ALL = 2 } SRFID_CONFIG_TID; typedef enum { SRFID_RANGE_NONE = 0, SRFID_RANGE_TOGGLE = 1, SRFID_RANGE_REDUCE = 2 } SRFID_CONFIG_RANGE; /* Trigger mapping legacy*/ typedef enum{ SRFID_UPPER_TRIGGER_FOR_RFID = 0, SRFID_UPPER_TRIGGER_FOR_SCAN = 1, SRFID_LOWER_TRIGGER_FOR_SLED_SCAN = 2, SRFID_UPPER_TRIGGER_FOR_SLED_SCAN = 3, } SRFID_ENUM_KEYLAYOUT_TYPE; /* Trigger mapping new */ typedef enum{ RFID_SCAN = 0, SLED_SCAN = 1, TERMINAL_SCAN = 2, SCAN_NOTIFICATION = 3, NO_ACTION = 4, } SRFID_NEW_ENUM_KEYLAYOUT_TYPE; typedef enum { SRFID_EP_PROTO_TYP_MQTT = 0, SRFID_EP_PROTO_TYP_MQTT_WS = 1, SRFID_EP_PROTO_TYP_MQTT_WSS = 2, SRFID_EP_PROTO_TYP_MQTT_TLS = 3, SRFID_EP_PROTO_TYP_TCPIP = 4, SRFID_EP_PROTO_TYP_HTTP = 5, SRFID_EP_PROTO_TYP_HTTPS = 6, SRFID_EP_PROTO_TYP_WS = 7, SRFID_EP_PROTO_TYP_WSS = 8, SRFID_EP_PROTO_TYP_AWS = 9, SRFID_EP_PROTO_TYP_AZURE = 10, SRFID_EP_PROTO_TYP_HID = 11, SRFID_EP_PROTO_TYP_MAX = 12, } SRFID_ENUM_EP_PROTOCOLS; typedef enum { SRFID_QOS0 = 0, SRFID_QOS1 = 1, } SRFID_ENUM_EP_QOS; typedef enum { SRFID_SOTI = 0, SRFID_MDM = 1, SRFID_MGMT = 2, SRFID_MGMT_EVENTS = 3, SRFID_CONTROL = 4, SRFID_DATA1 = 5, SRFID_DATA2 = 6, } SRFID_ENUM_EP_TYPE; typedef enum { SRFID_NONE = 0, SRFID_PEER = 1, SRFID_HOST = 2, SRFID_HOST_AND_PEER = 3, SRFID_INVALID_OPTION = 5, } SRFID_ENUM_HOST_VERIFY; typedef enum { SRFID_WPAPSK = 0, SRFID_IEEE8021X = 1, SRFID_No_Encryption = 2, SRFID_WPA_Personal_TKIP = 3, SRFID_WPA2_Personal_CCMP = 4, SRFID_WPA3_Personal_SAE = 5, SRFID_WPA2_Enterprise_CCMP = 6, SRFID_WPA3_Enterprise_CCMP = 7, SRFID_WPA3_Enterprise_CCMP_256 = 8, SRFID_WPA3_Enterprise_GCMP_128 = 9, SRFID_WPA3_Enterprise_GCMP_256_SHA256 = 10, SRFID_WPA3_Enterprise_GCMP_256_SUITEB_192 = 11, SRFID_UNSUPPORTED = 12, } SRFID_ENUM_WIFI_PROTOCOL_TYPE; #endif /* __RFID_SDK_DEFS__ */