| java.lang.Object | |
| ↳ | com.datalogic.device.configuration.PropertyID |
PropertyID is the class that includes all the properties
identifiers.
The Propertys are organized in a tree. The Propertys are the leaves while the intermediate nodes are the PropertyGroups.
A property is uniquely identified by its PropertyID.
A property group is uniquely identified by its PropertyGroupID.
In the following all the property group identifiers and all the property identiers are listed in a manner resembling the hierarchical tree of the corresponding PropertyGroups and Propertys.
Each property group can be collapsed/exanded clicking on the blue squared bullet preceding the identifier. The group contains:
PropertyID of the contained properties
PropertyGroupIDs of the contained property groups
WIFI_GROUPWIFI_MODULE_SETTINGS_GROUPWIFI_802_DOT_11_MODE WIFI_BAND_SELECTION WIFI_BAND WIFI_POWER_SAVE WIFI_VERBOSE_WIFI_MODULE_LOG WIFI_MAC_RANDOMIZATION WIFI_NO_INTERNET_EXPECTED WIFI_CHANNELS_GROUPWIFI_COUNTRY_CODE WIFI_UNLOCK_CHANNELS WIFI_CHANNELS_GROUP_5GHZWIFI_CHANNEL_36 WIFI_CHANNEL_40 WIFI_CHANNEL_44 WIFI_CHANNEL_48 WIFI_CHANNEL_52 WIFI_CHANNEL_56 WIFI_CHANNEL_60 WIFI_CHANNEL_64 WIFI_CHANNEL_100 WIFI_CHANNEL_104 WIFI_CHANNEL_108 WIFI_CHANNEL_112 WIFI_CHANNEL_116 WIFI_CHANNEL_120 WIFI_CHANNEL_124 WIFI_CHANNEL_128 WIFI_CHANNEL_132 WIFI_CHANNEL_136 WIFI_CHANNEL_140 WIFI_CHANNEL_144 WIFI_CHANNEL_149 WIFI_CHANNEL_153 WIFI_CHANNEL_157 WIFI_CHANNEL_161 WIFI_CHANNEL_165 WIFI_CHANNEL_169 WIFI_CHANNEL_173 SCANNER_GROUPSCANNER_OPTIONS_GROUPTARGET_MODE PICKLIST_ENABLE TARGET_MODE_ENABLE TARGET_TIMEOUT TARGET_RELEASE_TIMEOUT DECODE_TIMEOUT ILLUMINATION_ENABLE AIM_ENABLE DISPLAY_MODE_ENABLE IMAGE_CAPTURE_PROFILE CUSTOM_IMAGE_CAPTURE_PROFILE SCAN_MODE DOUBLE_READ_TIMEOUT ILLUMINATION_TYPE ILLUMINATION_TIME ENHANCE_DOF_ENABLE IMAGE_DECODE_TIMEOUT INPUT_SELECTION_GROUPINPUT_TYPE PREVIEW_DISPLAY_MODE PREVIEW_DISPLAY_MODE_MANUAL_PORTRAIT_X PREVIEW_DISPLAY_MODE_MANUAL_PORTRAIT_Y PREVIEW_DISPLAY_MODE_MANUAL_PORTRAIT_WIDTH PREVIEW_DISPLAY_MODE_MANUAL_PORTRAIT_HEIGHT PREVIEW_DISPLAY_MODE_MANUAL_LANDSCAPE_X PREVIEW_DISPLAY_MODE_MANUAL_LANDSCAPE_Y PREVIEW_DISPLAY_MODE_MANUAL_LANDSCAPE_WIDTH PREVIEW_DISPLAY_MODE_MANUAL_LANDSCAPE_HEIGHT | Constants | |||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
| int | AIM_ENABLE | This parameter enables aim projection when capturing frames. | |||||||||
| int | AUSTRALIAN_CODE_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | AUSTRALIAN_POST_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | AZTEC_CHARACTER_SET_MODE | This parameter controls the character set in use for the decoded label. | |||||||||
| int | AZTEC_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | AZTEC_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | AZTEC_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | AZTEC_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | AZTEC_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | CODABAR_CLSI | This parameter restricts the decoding to only read labels that conform to CLSI specifications. | |||||||||
| int | CODABAR_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | CODABAR_ENABLE_CHECK | This parameter equires the use of checksum characters to verify a barcode. | |||||||||
| int | CODABAR_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | CODABAR_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | CODABAR_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | CODABAR_SEND_CHECK | This parameter includes the checksum in the label transmission (if checksum is required with enableChecksum). | |||||||||
| int | CODABAR_SEND_START | This parameter enables/disables the transmission of the decoded star and stop characters. | |||||||||
| int | CODABAR_SHORT_QUIET_ZONES | This parameter enables the reading of Codabar barcode labels with short quiet zones. | |||||||||
| int | CODABAR_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | CODE128_AGGRESSIVENESS | This parameter controls the aggressiveness for the Code128 symbology. | |||||||||
| int | CODE128_CHARACTER_SET_MODE | This parameter controls the character set in use for the decoded label. | |||||||||
| int | CODE128_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | CODE128_EXTENDED_ASCII | This parameter selects the support to the extended ASCII (ASCII code from 128 to 255). | |||||||||
| int | CODE128_GS1_ENABLE | This parameter enables or disables the GS1 Code128 symbology. | |||||||||
| int | CODE128_GS1_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | CODE128_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | CODE128_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | CODE128_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | CODE128_SHORT_QUIET_ZONES | This parameter enables the reading of Code128 barcode labels with short quiet zones. | |||||||||
| int | CODE128_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | CODE32_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | CODE32_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | CODE39_AGGRESSIVENESS | This parameter controls the aggressiveness for the Code 39 symbology. | |||||||||
| int | CODE39_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | CODE39_ENABLE_CHECK | This parameter requires the use of checksum characters to verify a barcode. | |||||||||
| int | CODE39_FULL_ASCII | This parameter enables or disables the Full Ascii conversion. | |||||||||
| int | CODE39_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | CODE39_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | CODE39_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | CODE39_SEND_CHECK | This parameter includes the checksum in the label transmission (if checksum is required with enableChecksum). | |||||||||
| int | CODE39_SHORT_QUIET_ZONES | This parameter enables the reading of Code 39 barcode labels with short quiet zones. | |||||||||
| int | CODE39_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | CODE93_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | CODE93_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | CODE93_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | CODE93_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | CODE93_SHORT_QUIET_ZONES | This parameter enables the reading of Code 93 barcode labels with short quiet zones. | |||||||||
| int | CODE93_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | COMPOSITE_EAN_UPC_MODE | This parameter controls UPC/EAN label recognition mode. | |||||||||
| int | COMPOSITE_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | COMPOSITE_GS1_128_MODE | This parameter convert the Composite label to a sequence of one or more GS1-128 barcodes. | |||||||||
| int | COMPOSITE_LINEAR_TRANSMISSION_ENABLE | This parameter enable linear code transmission. | |||||||||
| int | COMPOSITE_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | CRADLE_FAILURE_POLICY | Cradle failure policy. | |||||||||
| int | CRADLE_FW_UPDATE_POLICY | Cradle firmware update policy. | |||||||||
| int | CRADLE_UNLOCK_KEY_POLICY | Cradle unlock key policy. | |||||||||
| int | CRADLE_UNLOCK_NOTIFICATION_POLICY | Enable the unlock notification only when the device is inserted in the specific cradle model. | |||||||||
| int | CRADLE_UNLOCK_POLICY | Cradle unlock policy. | |||||||||
| int | CUSTOM_IMAGE_CAPTURE_PROFILE | This parameter allows to define a custom profile. | |||||||||
| int | D25_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | D25_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | D25_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | D25_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | D25_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | DATAMATRIX_AGGRESSIVENESS | This parameter controls the aggressiveness for the Datamatrix symbology. | |||||||||
| int | DATAMATRIX_CHARACTER_SET_MODE | This parameter controls the character set in use for the decoded label. | |||||||||
| int | DATAMATRIX_DMRE | This parameter enables or disables DataMatrix Rectangular Extended dimensions (DMRE). | |||||||||
| int | DATAMATRIX_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | DATAMATRIX_GS1_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | DATAMATRIX_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | DATAMATRIX_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | DATAMATRIX_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | DATAMATRIX_MIRROR | This parameter controls the mirror mode. | |||||||||
| int | DATAMATRIX_OPERATING_MODE | This parameter control the operating mode. | |||||||||
| int | DATAMATRIX_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | DATE_AND_TIME_AUTO_TIME | Value to specify if the user prefers the date, time and time zone to be automatically fetched from the network (NITZ). | |||||||||
| int | DATE_AND_TIME_AUTO_TIME_ZONE | Value to specify if the user prefers the time zone to be automatically fetched from the network (NITZ). | |||||||||
| int | DATE_AND_TIME_NTP_SERVER | Primary NTP server address that will be used if DATE_AND_TIME_AUTO_TIME is enabled. | |||||||||
| int | DATE_AND_TIME_NTP_SERVER_2 | Secondary NTP server address that will be used if DATE_AND_TIME_NTP_SERVER is not reacheable and DATE_AND_TIME_AUTO_TIME is enabled. | |||||||||
| int | DATE_AND_TIME_NTP_TIMEOUT | NTP server connection timeout expressed in milliseconds. | |||||||||
| int | DATE_AND_TIME_TIMEZONE_ID | Sets the system's persistent default time zone. | |||||||||
| int | DATE_AND_TIME_TIME_24H_FORMAT | Display times in 24H format, if false display times in 12H format. | |||||||||
| int | DECODE_TIMEOUT | This parameter is the maximum time the scanner remains on without reading a barcode. | |||||||||
| int | DIGIMARC_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | DISPLAY_MODE_ENABLE | This parameter controls the barcode illumination for capturing frames from displays or reflective surfaces. | |||||||||
| int | DISPLAY_NOTIFICATION_ENABLE | This parameter activates the notification mechanism. | |||||||||
| int | DOTCODE_CHARACTER_SET_MODE | This parameter controls the character set in use for the decoded label. | |||||||||
| int | DOTCODE_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | DOTCODE_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | DOTCODE_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | DOTCODE_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | DOTCODE_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | DOUBLE_READ_TIMEOUT | This parameter is the minimum time allowed between reads of the same barcode label. | |||||||||
| int | DUALSIM_AVAILABLE | This parameter reports the availability of SIM card 1 and SIM card 2. | |||||||||
| int | DUALSIM_CURRENT_CALLS | This parameter reports the current SIM card privileged by the device for voice calls. | |||||||||
| int | DUALSIM_CURRENT_DATA | This parameter reports the current SIM card privileged by the device for mobile data. | |||||||||
| int | DUALSIM_CURRENT_SMS | This parameter reports the current SIM card privileged by the device for SMS. | |||||||||
| int | DUALSIM_PREFERRED_CALLS | This parameter controls the privileged SIM card to be used for voice calls. | |||||||||
| int | DUALSIM_PREFERRED_DATA | This parameter controls the privileged SIM card to be used for mobile data. | |||||||||
| int | DUALSIM_PREFERRED_SMS | This parameter controls the privileged SIM card to be used for SMS. | |||||||||
| int | DUALSIM_SIM1_ENABLE | This parameters controls the SIM card Slot 1 that can be enabled or disabled on the device. | |||||||||
| int | DUALSIM_SIM2_ENABLE | This parameters controls the SIM card Slot 2 that can be enabled or disabled on the device. | |||||||||
| int | EAN13_COMPOSITE_ENABLE | This parameter allows to use EAN-13 labels in composite barcode. | |||||||||
| int | EAN13_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | EAN13_SEND_CHECK | This parameter includes the checksum in the label transmission. | |||||||||
| int | EAN13_SEND_SYS | This parameter includes the system digit in the label transmission, it configures whether the first character should be transmitted. | |||||||||
| int | EAN13_TO_ISBN | This parameter allows to identify ISBN labels and append the check digit (per ISBN guidelines) to the end of the label. | |||||||||
| int | EAN13_TO_ISSN | This parameter allows to identify ISSN labels and append the check digit (per ISSN guidelines) to the end of the label. | |||||||||
| int | EAN13_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | EAN8_COMPOSITE_ENABLE | This parameter allows to use EAN-8 labels in composite barcode. | |||||||||
| int | EAN8_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | EAN8_SEND_CHECK | This parameter includes the checksum in the label transmission. | |||||||||
| int | EAN8_TO_EAN13 | This parameter allows to expand the EAN-8 labels to their EAN-13 equivalents. | |||||||||
| int | EAN8_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | EAN_EXT_ENABLE_2_DIGIT | This parameter requires a 2 digit extension to be verified for a successful decode of a label. | |||||||||
| int | EAN_EXT_ENABLE_5_DIGIT | This parameter requires a 5 digit extension to be verified for a successful decode of a label. | |||||||||
| int | EAN_EXT_REQUIRE | This parameter indicates that are read only barcode with the supplemental label. | |||||||||
| int | ECI_POLICY | This parameter selects the policy used to handle ECI. | |||||||||
| int | ENHANCE_DOF_ENABLE | This parameter enhances the Depth of Field. | |||||||||
| int | ETHERNET_DNS1_ADDRESS | This parameter is used to enter the primary domain name server used when connecting to a network through an Ethernet-equipped cradle. | |||||||||
| int | ETHERNET_DNS2_ADDRESS | This parameter is used to enter the secondary domain name server used when connecting to a network through an Ethernet-equipped cradle. | |||||||||
| int | ETHERNET_ENABLED | This parameter enables/disables the Ethernet sub-system. | |||||||||
| int | ETHERNET_GATEWAY_ADDRESS | This parameter is used to enter the IP address of the default gateway when connecting to a network through an Ethernet-equipped cradle. | |||||||||
| int | ETHERNET_PROXY_BYPASS | Used to enter the host name(s) and/or IP address(es) for direct access by the device, bypassing the Proxy server specified in the Proxy Host Name parameter. | |||||||||
| int | ETHERNET_PROXY_ENABLED | Controls whether an Ethernet Proxy is used by the device when connecting to a network through an Ethernet-equipped cradle. | |||||||||
| int | ETHERNET_PROXY_HOSTNAME | Used to enter the Host Name of the Proxy server through which network communications will pass when connecting to a network through an Ethernet-equipped cradle. | |||||||||
| int | ETHERNET_PROXY_PORT | Used to enter the two-digit Port number for accessing the Proxy server through which network communications will pass when connecting to a network through an Ethernet-equipped cradle. | |||||||||
| int | ETHERNET_STATIC_ADDRESS | This parameter is used to enter the static IP address of the device when connecting to a network through an Ethernet-equipped cradle. | |||||||||
| int | ETHERNET_SUBNET_PREFIX_LENGTH | Prefix length specifies the number of bits in the IP address that are to be used as the subnet mask. | |||||||||
| int | ETHERNET_USE_DHCP | Controls whether the device will obtain its IP settings automatically, using DHCP, or manually, by an administrator using the relevant parameters, when connecting to a network through an Ethernet-equipped cradle. | |||||||||
| int | FRAME_CAPTURE_ENABLE | This parameter enable the feauture that configures the scanner to capture store and provide frames. | |||||||||
| int | FRAME_CAPTURE_FILE_PATH | This parameter indicates the directory where will be stored the frames saved by the Scanner. | |||||||||
| int | FRAME_CAPTURE_FORMAT | This parameter selects the format used for storing the frames captured by the Scanner. | |||||||||
| int | FRAME_CAPTURE_MODE | This parameter selects the Scanner frame capture mode. | |||||||||
| int | FRAME_CAPTURE_STORAGE_ENABLE | This parameter enables the Scanner to store captured frames. | |||||||||
| int | GOOD_READ_AUDIO_CHANNEL | This parameter selects the audio channel to use for the scanner notification. | |||||||||
| int | GOOD_READ_AUDIO_FILE | This parameter is the file used for the audio notification on a successfull read. | |||||||||
| int | GOOD_READ_AUDIO_MODE | This parameter selects the scanner audio notification mode. | |||||||||
| int | GOOD_READ_AUDIO_VOLUME | This parameter is the volume of the audio notification on a successfull read. | |||||||||
| int | GOOD_READ_COUNT | This parameter indicates the number of notifications to produce on a successful read. | |||||||||
| int | GOOD_READ_DURATION | This parameter indicates the duration of each notification on a successful read. | |||||||||
| int | GOOD_READ_ENABLE | This parameter enables the use of the good read notification on a successful read. | |||||||||
| int | GOOD_READ_INTERVAL | This parameter is the delay between notifications on a successful read. | |||||||||
| int | GOOD_READ_LED_ENABLE | This parameter enables the use of the led notification on a successful read. | |||||||||
| int | GOOD_READ_TIMEOUT | This parameter indicates the delay after which the good read LEDs are turned off. | |||||||||
| int | GOOD_READ_VIBRATE_ENABLE | This parameter enables the use of the vibrator notification on a successful read. | |||||||||
| int | GREEN_SPOT_ENABLE | This parameter enables the use of the green spot notification on a successful read. | |||||||||
| int | GS1_14_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | GS1_14_GS1_128_MODE | This parameter convert the Gs1DataBar_14 label to a GS1-128 barcode. | |||||||||
| int | GS1_14_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | GS1_CHECK | This parameter is set to true to enable check of GS1 format for GS1 symbologies. | |||||||||
| int | GS1_EXP_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | GS1_EXP_GS1_128_MODE | This parameter convert the Gs1DataBar_Expanded label to a sequence of one or more GS1-128 barcodes. | |||||||||
| int | GS1_EXP_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | GS1_EXP_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | GS1_EXP_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | GS1_EXP_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | GS1_LIMIT_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | GS1_LIMIT_GS1_128_MODE | This parameter convert the Gs1DataBar_Limited label to a GS1-128 barcode. | |||||||||
| int | GS1_LIMIT_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | GS1_STRING_FORMAT | This parameter is set to true to convert the GS1 barcode string in the GS1 readable string format. | |||||||||
| int | GS_SUBSTITUTION | This parameter is s a string of Unicode characters that replaces each occurrence of GS (ASCII code 0x1D) in the scanned data. | |||||||||
| int | HAN_XIN_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | HAN_XIN_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | HAN_XIN_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | HAN_XIN_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | HAN_XIN_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | I25_AGGRESSIVENESS | This parameter controls the aggressiveness for the Interleaved 2/5 symbology. | |||||||||
| int | I25_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | I25_ENABLE_CHECK | This parameter equires the use of checksum characters to verify a barcode. | |||||||||
| int | I25_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | I25_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | I25_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | I25_SEND_CHECK | This parameter includes the checksum in the label transmission (if checksum is required with enableChecksum). | |||||||||
| int | I25_SHORT_QUIET_ZONES | This parameter enables the reading of Interleaved 2 of 5 barcode labels with short quiet zones. | |||||||||
| int | I25_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | ILLUMINATION_ENABLE | This parameter enables barcode illumination when capturing frames. | |||||||||
| int | ILLUMINATION_TIME | This parameter selects the scanner illumination pulse length. | |||||||||
| int | ILLUMINATION_TYPE | This parameter selects the scanner illuminator to be used for decoding. | |||||||||
| int | IMAGE_CAPTURE_PROFILE | This parameter selects the scanner image capture profile. | |||||||||
| int | IMAGE_DECODE_TIMEOUT | This parameter is the timeout to set during image decoding. | |||||||||
| int | INPUT_TYPE | This parameter indicates the input type to use for decoding. | |||||||||
| int | INVERSE_1D_SYMBOLOGIES | This parameter sets the inverse mode for linear barcode symbologies. | |||||||||
| int | INVERSE_2D_SYMBOLOGIES | This parameter sets the inverse mode for 2D barcode symbologies. | |||||||||
| int | ISBT_128_COMMONLY_CONCATENATED_PAIRS | This parameter allows the concatenation of common concatenated pairs. | |||||||||
| int | ISBT_128_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | ISBT_128_MODE | This parameter defines the decoding mode for ISBT 128 barcodes. | |||||||||
| int | ISBT_128_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | ITF14_ENABLE | This parameter enables or disables the ITF14 symbology. | |||||||||
| int | JAPANESE_POST_CODE_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | JAPANESE_POST_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | KEYBOARD_AUTOSCAN_TRIGGER | This parameter enables the Autoscan trigger. | |||||||||
| int | KEYBOARD_AUTOSCAN_TRIGGER_RANGE | This parameter sets the Autoscan trigger range. | |||||||||
| int | KEYBOARD_BACKLIGHT | This parameter enables or disables the keyboard backlight control. | |||||||||
| int | KEYBOARD_BACKLIGHT_BRIGHTNESS | This parameter sets the keyboard backlight brightness. | |||||||||
| int | KEYBOARD_BACKLIGHT_TIMEOUT | This parameter sets the keyboard backlight inactivity timeout. | |||||||||
| int | KEYBOARD_FRONT_TRIGGER | This parameter enables the Front trigger. | |||||||||
| int | KEYBOARD_LEFT_TRIGGER | This parameter enables the Left trigger. | |||||||||
| int | KEYBOARD_LOCK_INPUT | This parameter locks or unlocks the input from keyboard and physical buttons. | |||||||||
| int | KEYBOARD_MOTION_TRIGGER | This parameter enables the Motion trigger. | |||||||||
| int | KEYBOARD_MOTION_TRIGGER_SENSITIVITY | This parameter defines the sensitivity for motion detection. | |||||||||
| int | KEYBOARD_MOTION_TRIGGER_VIBRATION | This parameter enables or disables the vibration when a motion is detected. | |||||||||
| int | KEYBOARD_MULTITAP_DELAY | This parameter sets the keyboard multitap delay used to define after how much time from the first multitap key press the associated character will be submitted to the UI. | |||||||||
| int | KEYBOARD_PISTOL_TRIGGER | This parameter enables the Pistol trigger. | |||||||||
| int | KEYBOARD_RIGHT_TRIGGER | This parameter enables the Right trigger. | |||||||||
| int | KIX_CODE_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | KIX_CODE_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | LABEL_PREFIX | This parameter is a string of Unicode characters sent immediatly before symbology identifier. | |||||||||
| int | LABEL_SUFFIX | This parameter is a string of Unicode characters sent ent after the final character in data. | |||||||||
| int | LOGGER_BUFFER_SIZE | This parameter sets the size of the log. | |||||||||
| int | M25_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | M25_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | M25_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | M25_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | M25_SHORT_QUIET_ZONES | This parameter enables the reading of Matrix 2 of 5 barcode labels with short quiet zones. | |||||||||
| int | M25_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | MAXICODE_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | MAXICODE_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | MAXICODE_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | MAXICODE_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | MAXICODE_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | MICROPDF417_CHARACTER_SET_MODE | This parameter controls the character set in use for the decoded label. | |||||||||
| int | MICROPDF417_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | MICROPDF417_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | MICROPDF417_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | MICROPDF417_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | MICROPDF417_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | MICRO_QR_CHARACTER_SET_MODE | This parameter controls the character set in use for the decoded label. | |||||||||
| int | MICRO_QR_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | MICRO_QR_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | MICRO_QR_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | MICRO_QR_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | MICRO_QR_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | MSI_AGGRESSIVENESS | This parameter controls the aggressiveness for the MSI symbology. | |||||||||
| int | MSI_CHECK_2_MOD_11 | This parameter allows to interpret the second check digit as module 11 instead of module 10. | |||||||||
| int | MSI_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | MSI_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | MSI_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | MSI_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | MSI_REQUIRE_2_CHECK | This parameter requires that a MSI label contains two check digits. | |||||||||
| int | MSI_SEND_CHECK | This parameter includes the checksum in the label transmission. | |||||||||
| int | MSI_SHORT_QUIET_ZONES | This parameter enables the reading of MSI barcode labels with short quiet zones. | |||||||||
| int | MSI_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | MULTISCAN_ENABLE | This parameter enables the ability to collect a defined number of barcodes in a single session and transmit them at the same time. | |||||||||
| int | MULTISCAN_NOTIFICATION_ENABLE | This parameter defines whether to notify each successfully read label during Multi Scan operation. | |||||||||
| int | MULTISCAN_PARTIAL_RESULT_MODE | This parameter selects the behaviour when partial results are present. | |||||||||
| int | MULTISCAN_REQUIRED_LABELS | This parameter defines the number of required labels to be read before automatically ending a good read transaction. | |||||||||
| int | NAVIGATION_BAR_HIDDEN | This parameter hide/unhide the navigation bar. | |||||||||
| int | OCR_CONFIDENCE | This parameter allows to set minimum confidence used by the OCR algorithm. | |||||||||
| int | OCR_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | OCR_ID_ENABLE | This parameter allows to read official travel document in TD1 size. | |||||||||
| int | OCR_MULTIFRAME | This parameter specifies how many decoded frames must match before accepting OCR data. | |||||||||
| int | OCR_PASSPORT_ENABLE | This parameter allows to read passport booklet in TD3 size. | |||||||||
| int | OCR_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | PDF417_CHARACTER_SET_MODE | This parameter controls the character set in use for the decoded label. | |||||||||
| int | PDF417_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | PDF417_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | PDF417_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | PDF417_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | PDF417_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | PICKLIST_ENABLE | This parameter limits reading to targeted selection. | |||||||||
| int | POWER_BATTERY_CHARGING_PROFILE | This parameter defines the battery charging profile. | |||||||||
| int | POWER_CHARGING_SOURCES | Selects the device charging sources. | |||||||||
| int | POWER_OFF_CHARGING_MODE_POLICY | Policy for automatic exit from charging mode. | |||||||||
| int | POWER_OFF_CHARGING_MODE_THRESHOLD | The charging threshold (%) for automatic exit from charging mode. | |||||||||
| int | POWER_SOURCE_USB | Controls whether the USB is enabled as a power-source. | |||||||||
| int | POWER_SUSPEND_EXTERNAL_TIMEOUT | This parameter defines the screen off timeout, in msecs, when the device is powered by an external AC power. | |||||||||
| int | POWER_SUSPEND_INTERNAL_TIMEOUT | This parameter defines the screen off timeout, in msecs, when the device is powered by internal battery. | |||||||||
| int | POWER_WAKEUP_ACCELEROMETER | This parameter controls whether the accelerometer sensor trigger can be used as device wake-up source. | |||||||||
| int | POWER_WAKEUP_AUTOSCAN_TRIGGER | This parameter controls whether a autoScan trigger can be used as device wake-up source. | |||||||||
| int | POWER_WAKEUP_FRONT_TRIGGER | This parameter controls whether the front trigger button trigger can be used as device wake-up source. | |||||||||
| int | POWER_WAKEUP_LEFT_TRIGGER | ContrThis parameter controlsols whether the left trigger button trigger can be used as device wake-up source. | |||||||||
| int | POWER_WAKEUP_PISTOL_TRIGGER | This parameter controls whether the back trigger button trigger can be used as device wake-up source. | |||||||||
| int | POWER_WAKEUP_POWER_IN | ContrThis parameter controlsols whether a generic charging power source trigger can be used as device wake-up source. | |||||||||
| int | POWER_WAKEUP_POWER_KEY | This parameter controls whether the Power button trigger can be used as device wake-up source. | |||||||||
| int | POWER_WAKEUP_RIGHT_TRIGGER | This parameter controls whether the right trigger button trigger can be used as device wake-up source. | |||||||||
| int | POWER_WAKEUP_RTC_ALARM | This parameter controls whether a Real-Time clock alarm trigger can be used as device wake-up source. | |||||||||
| int | POWER_WAKEUP_TOUCH | This parameter controls whether a touch event on the screen can be used as device wake-up source. | |||||||||
| int | POWER_WAKEUP_WIFI | This parameter controls whether Wifi data trigger can be used as device wake-up source. | |||||||||
| int | POWER_WAKEUP_WWAN | This parameter controls whether cellular data or call trigger can be used as device wake-up source. | |||||||||
| int | PRESENTATION_MODE_AIMER_ENABLE | This parameter enables the use of the aimer in presentation mode. | |||||||||
| int | PRESENTATION_MODE_ENABLE | This parameter enables the use of presentation mode. | |||||||||
| int | PRESENTATION_MODE_SENSITIVITY | This parameter sets sensitivity in presentation mode. | |||||||||
| int | PREVIEW_DISPLAY_MODE | This parameter indicates the display mode in which to show the camera preview in case the input type is set to camera. | |||||||||
| int | PREVIEW_DISPLAY_MODE_MANUAL_LANDSCAPE_HEIGHT | This parameter indicates the height of the preview shown in case of manual display mode and camera input type, when the device is positioned in landscape. | |||||||||
| int | PREVIEW_DISPLAY_MODE_MANUAL_LANDSCAPE_WIDTH | This parameter indicates the width of the preview shown in case of manual display mode and camera input type, when the device is positioned in landscape. | |||||||||
| int | PREVIEW_DISPLAY_MODE_MANUAL_LANDSCAPE_X | This parameter indicates the X coordinate of the preview shown in case of manual display mode and camera input type, when the device is positioned in landscape. | |||||||||
| int | PREVIEW_DISPLAY_MODE_MANUAL_LANDSCAPE_Y | This parameter indicates the Y coordinate of the preview shown in case of manual display mode and camera input type, when the device is positioned in landscape. | |||||||||
| int | PREVIEW_DISPLAY_MODE_MANUAL_PORTRAIT_HEIGHT | This parameter indicates the height of the preview shown in case of manual display mode and camera input type, when the device is positioned in portrait. | |||||||||
| int | PREVIEW_DISPLAY_MODE_MANUAL_PORTRAIT_WIDTH | This parameter indicates the width of the preview shown in case of manual display mode and camera input type, when the device is positioned in portrait. | |||||||||
| int | PREVIEW_DISPLAY_MODE_MANUAL_PORTRAIT_X | This parameter indicates the Y coordinate of the preview shown in case of manual display mode and camera input type, when the device is positioned in portrait. | |||||||||
| int | PREVIEW_DISPLAY_MODE_MANUAL_PORTRAIT_Y | This parameter indicates the Y coordinate of the preview shown in case of manual display mode and camera input type, when the device is positioned in portrait. | |||||||||
| int | QRCODE_ABSOLUTE_GRID | This parameter enables or disables Absolute Grid algorithm. | |||||||||
| int | QRCODE_CHARACTER_SET_MODE | This parameter controls the character set in use for the decoded label. | |||||||||
| int | QRCODE_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | QRCODE_GS1_ENABLE | This parameter enables or disables the GS1-QR Code symbology. | |||||||||
| int | QRCODE_LENGTH1 | This parameter is one of the two configurable label lengths. | |||||||||
| int | QRCODE_LENGTH2 | This parameter is one of the two configurable label lengths. | |||||||||
| int | QRCODE_LENGTH_CONTROL | This parameter specifies how each L1 and L2 length values should be applied to a label. | |||||||||
| int | QRCODE_MIRROR | This parameter controls the mirror mode. | |||||||||
| int | QRCODE_S2D_ENABLE | This parameter enables device configuration through Scan2Deploy QR Codes. | |||||||||
| int | QRCODE_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | QRCODE_WIFI_ENABLE | This parameter enables Wi-Fi configuration through Wi-Fi QR Code. | |||||||||
| int | REMOVE_NON_PRINTABLE_CHARS | This parameter enables the removal of all characters in the range 0x00-0x1F and the single character 0x7F from the scanned data. | |||||||||
| int | ROYAL_MAIL_CODE_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | ROYAL_MAIL_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | ROYAL_MAIL_SEND_CHECK | This parameter includes the Royal Mail checksum in the label transmission. | |||||||||
| int | SCAN_MODE | This parameter selects the scan mode. | |||||||||
| int | SCREEN_BRIGHTNESS | This parameter sets the Brightness level of the screen. | |||||||||
| int | SEND_CODE_ID | This parameter selects the symbology identifier to be transmitted along with the scanned data. | |||||||||
| int | STATUS_BAR_HIDDEN | This parameter hide/unhide the status bar. | |||||||||
| int | TARGET_MODE | This parameter selects the scanner target beam mode. | |||||||||
| int | TARGET_MODE_ENABLE | This parameter enables the use of a target beam mode. | |||||||||
| int | TARGET_RELEASE_TIMEOUT | This parameter is the maximum time the scanner is on after trigger release when using Release Scan target beam mode. | |||||||||
| int | TARGET_TIMEOUT | This parameter is the time the target beam is on before scanner attempts to read. | |||||||||
| int | TOUCH_LOCK_INPUT | This parameter locks or unlocks the input from touch screen. | |||||||||
| int | TOUCH_MODE | This is the property used to configure the touch controller. | |||||||||
| int | TOUCH_MODE_SENSITIVITY | This is the property used to configure the touch controller. | |||||||||
| int | TRIOPTIC_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | TRIOPTIC_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | UPCA_COMPOSITE_ENABLE | This parameter allows to use UPC-A labels in composite barcode. | |||||||||
| int | UPCA_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | UPCA_SEND_CHECK | This parameter includes the checksum in the label transmission. | |||||||||
| int | UPCA_SEND_SYS | This parameter includes the system digit in the label transmission. | |||||||||
| int | UPCA_TO_EAN13 | This parameter allows to expand the UPC-A labels to their EAN-13 equivalents. | |||||||||
| int | UPCA_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | UPCE1_ENABLE | This parameter enables decoding of the UPC-E1 Symbology variation of UPC-E code. | |||||||||
| int | UPCE_COMPOSITE_ENABLE | This parameter allows to use UPC-E labels in composite barcode. | |||||||||
| int | UPCE_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | UPCE_SEND_CHECK | This parameter includes the checksum in the label transmission. | |||||||||
| int | UPCE_SEND_SYS | This parameter includes the system digit in the label transmission. | |||||||||
| int | UPCE_TO_UPCA | This parameter allows to expand the UPC-E labels to their UPC-A equivalents. | |||||||||
| int | UPCE_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | UPC_EAN_AGGRESSIVENESS | This parameter controls the aggressiveness for the UPC and EAN symbology. | |||||||||
| int | UPC_EAN_SHORT_QUIET_ZONES | This parameter enables the reading of UPC and EAN barcode labels with short quiet zones. | |||||||||
| int | USB_CURRENT_FUNCTION | Current USB data function. | |||||||||
| int | USB_DATA | Enables/disables USB data transmission. | |||||||||
| int | USB_DEBUG_ENABLE | This parameter enables/disables the debug mode, over USB, when USB is connected. | |||||||||
| int | USB_DEFAULT_FUNCTION | Default USB data function. | |||||||||
| int | USPS_4STATE_CODE_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | USPS_4STATE_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | US_PLANET_CODE_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | US_PLANET_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | US_POSTNET_CODE_USER_ID | This parameter specifies the symbology identifier (if any). | |||||||||
| int | US_POSTNET_ENABLE | This parameter enables or disables the symbology. | |||||||||
| int | WEDGE_INTENT_ACTION_NAME | This parameter is the intent action name. | |||||||||
| int | WEDGE_INTENT_CATEGORY_NAME | This parameter is the intent category name. | |||||||||
| int | WEDGE_INTENT_DELIVERY_MODE | This parameter indicates the method by which the intent is delivered. | |||||||||
| int | WEDGE_INTENT_ENABLE | This parameter enables the intent mode for the Decode Wedge capability. | |||||||||
| int | WEDGE_INTENT_EXTRA_BARCODE_DATA | This parameter indicates the corresponding intent extra tag, associated to a byte array containing the read label. | |||||||||
| int | WEDGE_INTENT_EXTRA_BARCODE_STRING | This parameter indicates the corresponding intent extra tag, associated to a string containing the read label. | |||||||||
| int | WEDGE_INTENT_EXTRA_BARCODE_TYPE | This parameter indicates the corresponding intent extra tag, associated to a string containing the type of read label. | |||||||||
| int | WEDGE_KEYBOARD_DELIVERY_MODE | This parameter indicates the method by which the KeyboardWedge operates. | |||||||||
| int | WEDGE_KEYBOARD_ENABLE | This parameter enables the the keystroke mode for the Decode Wedge capability. | |||||||||
| int | WEDGE_KEYBOARD_ONLY_ON_FOCUS | This parameter enables the input of the keystrokes only in input areas with active focus and an IME active, such as a touch keyboard. | |||||||||
| int | WEDGE_WEB_ENABLE | This parameter enables the Decode Wedge capability for direct web browsing. | |||||||||
| int | WIFI_802_DOT_11_MODE | Selects the 802.11 mode to be used (b/g/n/a/ac). | |||||||||
| int | WIFI_BAND | Selects the bands used by the device (2.4/5/6 GHz). | |||||||||
| int | WIFI_BAND_SELECTION | Selects the band used by the device (2.4/5 GHz). | |||||||||
| int | WIFI_BSSID_SCAN_STABLE_TIME | The WIFI_BSSID_SCAN_STABLE_TIME (in seconds) means that after this period of time, the device will no longer scan this BSSID channel. | |||||||||
| int | WIFI_CHANNEL_1 | This parameters controls the Channels 1 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_10 | This parameters controls the Channels 10 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_100 | This parameters controls the Channels 100 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_104 | This parameters controls the Channels 104 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_108 | This parameters controls the Channels 108 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_11 | This parameters controls the Channels 11 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_112 | This parameters controls the Channels 112 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_116 | This parameters controls the Channels 116 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_12 | This parameters controls the Channels 12 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_120 | This parameters controls the Channels 120 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_124 | This parameters controls the Channels 124 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_128 | This parameters controls the Channels 128 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_13 | This parameters controls the Channels 13 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_132 | This parameters controls the Channels 132 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_136 | This parameters controls the Channels 136 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_140 | This parameters controls the Channels 140 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_144 | This parameters controls the Channels 144 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_149 | This parameters controls the Channels 149 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_153 | This parameters controls the Channels 153 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_157 | This parameters controls the Channels 157 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_161 | This parameters controls the Channels 161 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_165 | This parameters controls the Channels 165 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_169 | This parameters controls the Channels 169 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_173 | This parameters controls the Channels 173 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_2 | This parameters controls the Channels 2 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_3 | This parameters controls the Channels 3 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_36 | This parameters controls the Channels 36 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_4 | This parameters controls the Channels 4 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_40 | This parameters controls the Channels 40 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_44 | This parameters controls the Channels 44 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_48 | This parameters controls the Channels 48 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_5 | This parameters controls the Channels 5 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_52 | This parameters controls the Channels 52 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_56 | This parameters controls the Channels 56 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_6 | This parameters controls the Channels 6 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_60 | This parameters controls the Channels 60 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_64 | This parameters controls the Channels 64 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_7 | This parameters controls the Channels 7 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_8 | This parameters controls the Channels 8 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CHANNEL_9 | This parameters controls the Channels 9 that can be enabled or disabled on the device. | |||||||||
| int | WIFI_CONNECTED_SCAN_INTERVAL | Interval between scans when the device is on and connected. | |||||||||
| int | WIFI_CONNECTED_SCAN_INTERVAL_MAX | Maximum interval between scans when the device is on and connected. | |||||||||
| int | WIFI_COUNTRY_CODE | This parameter reports the current Wi-Fi country-code. | |||||||||
| int | WIFI_DEBUG_ENABLE | This parameter enables/disables the debug mode, over Wi-Fi, when Wi-Fi is connected. | |||||||||
| int | WIFI_MAC_RANDOMIZATION | This parameter enables/disables the random MAC feature. | |||||||||
| int | WIFI_NO_INTERNET_EXPECTED | Controls the behaviour when the current Wi-Fi profile doesn't have an Internet connectivity. | |||||||||
| int | WIFI_POWER_SAVE | Selects the power saving mode used. | |||||||||
| int | WIFI_ROAMING_BEACON_PERIOD | Interval between beacon listening. | |||||||||
| int | WIFI_ROAMING_PROFILE | Enables roaming profiles. | |||||||||
| int | WIFI_ROAMING_RECALCULATION_INTERVAL | Minimum time interval between roaming threshold calculations. | |||||||||
| int | WIFI_ROAMING_RETRY_TIMES | Number of roaming retries before aborting the roaming procedure. | |||||||||
| int | WIFI_ROAMING_RSSI_DIFFERENCE | Signal difference between the current AP and the target AP for roaming. | |||||||||
| int | WIFI_ROAMING_RSSI_THRESHOLD | Signal threshold for triggering the roaming background scan. | |||||||||
| int | WIFI_SCAN_INTERVAL | Interval between scans when the device is on and disconnected. | |||||||||
| int | WIFI_SCAN_INTERVAL_MAX | Maximum interval between scans when the device is on and disconnected. | |||||||||
| int | WIFI_UNLOCK_CHANNELS | This parameter enables the Wi-Fi channels selection regardless of the current country-code. | |||||||||
| int | WIFI_VERBOSE_WIFI_MODULE_LOG | Enables the verbose Wi-Fi module logging. | |||||||||
| Public Methods | |||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
Returns the name of the constant whose value is the given id.
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[Expand]
Inherited Methods | |||||||||||
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From class
java.lang.Object
| |||||||||||
This parameter enables aim projection when capturing frames.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter controls the character set in use for the decoded label.
The class of the property is EnumProperty.
The allowed values are defined by enum CharacterSetMode.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When AZTEC_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When AZTEC_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter restricts the decoding to only read labels that conform to CLSI specifications. Label length must be 14 and the data is split into fields of 1, 4, 5 and 4 characters separated by spaces.
The class of the property is BooleanProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter equires the use of checksum characters to verify a barcode.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When CODABAR_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When CODABAR_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter includes the checksum in the label transmission (if checksum is required with enableChecksum).
The class of the property is BooleanProperty.
This parameter enables/disables the transmission of the decoded star and stop characters. The start and stop characters will both be translated as A, B, C or D.
The class of the property is BooleanProperty.
This parameter enables the reading of Codabar barcode labels with short quiet zones.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter controls the aggressiveness for the Code128 symbology.
The class of the property is EnumProperty.
The allowed values are defined by enum Code128Aggressiveness.
This parameter controls the character set in use for the decoded label.
The class of the property is EnumProperty.
The allowed values are defined by enum CharacterSetMode.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter selects the support to the extended ASCII (ASCII code from 128 to 255).
The class of the property is EnumProperty.
The allowed values are defined by enum Code128ExtendedAsciiMode.
This parameter enables or disables the GS1 Code128 symbology.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter is one of the two configurable label lengths.
When CODE128_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When CODE128_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter enables the reading of Code128 barcode labels with short quiet zones.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter controls the aggressiveness for the Code 39 symbology.
The class of the property is EnumProperty.
The allowed values are defined by enum Code39Aggressiveness.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter requires the use of checksum characters to verify a barcode.
The class of the property is BooleanProperty.
This parameter enables or disables the Full Ascii conversion.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths. It can be used
as a single fixed accepted length, when CODE39_LENGTH_CONTROL is set to ONE_FIXED.
When TWO_FIXED is enabled, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When CODE39_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter includes the checksum in the label transmission (if checksum is required with enableChecksum).
The class of the property is BooleanProperty.
This parameter enables the reading of Code 39 barcode labels with short quiet zones.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When CODE93_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When CODE93_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter enables the reading of Code 93 barcode labels with short quiet zones.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter controls UPC/EAN label recognition mode.
The class of the property is EnumProperty.
The allowed values are defined by enum UpcEanCompositeMode.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter convert the Composite label to a sequence of one or more GS1-128 barcodes.
The class of the property is BooleanProperty.
This parameter enable linear code transmission.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
Cradle failure policy.
The class of the property is EnumProperty.
The allowed values are defined by enum FailurePolicy.
Cradle firmware update policy.
The class of the property is EnumProperty.
The allowed values are defined by enum FirmwareUpdatePolicy.
Cradle unlock key policy.
The class of the property is EnumProperty.
The allowed values are defined by enum UnlockKeyPolicy.
Enable the unlock notification only when the device is inserted in the specific cradle model.
The class of the property is EnumProperty.
The allowed values are defined by enum UnlockNotificationPolicy.
Cradle unlock policy.
The class of the property is EnumProperty.
The allowed values are defined by enum UnlockPolicy.
This parameter allows to define a custom profile. It could be set with a number between 0-255.
The class of the property is NumericProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When D25_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When D25_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter controls the aggressiveness for the Datamatrix symbology.
The class of the property is EnumProperty.
The allowed values are defined by enum DatamatrixAggressiveness.
This parameter controls the character set in use for the decoded label.
The class of the property is EnumProperty.
The allowed values are defined by enum CharacterSetMode.
This parameter enables or disables DataMatrix Rectangular Extended dimensions (DMRE). New AIM specs introduce new Datamatrix format: 8x48, 8x64, 12x48, 12x64, 16x64, 24x32, 24x36, 24x48, 24x64, 26x32, 26x40, 26x48, 26x64
The class of the property is BooleanProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When DATAMATRIX_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When DATAMATRIX_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter controls the mirror mode. It controls the scanning capabilities of Data Matrix barcodes from mirror reflections.
The class of the property is EnumProperty.
The allowed values are defined by enum DatamatrixMirror.
This parameter control the operating mode.
The class of the property is EnumProperty.
The allowed values are defined by enum DatamatrixOpMode.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
Value to specify if the user prefers the date, time and time zone to be automatically fetched from the network (NITZ).
The class of the property is BooleanProperty.
Value to specify if the user prefers the time zone to be automatically fetched from the network (NITZ).
The class of the property is BooleanProperty.
Primary NTP server address that will be used if DATE_AND_TIME_AUTO_TIME is enabled.
The class of the property is TextProperty.
Secondary NTP server address that will be used if DATE_AND_TIME_NTP_SERVER is not reacheable and DATE_AND_TIME_AUTO_TIME is enabled.
The class of the property is TextProperty.
NTP server connection timeout expressed in milliseconds.
The class of the property is NumericProperty.
Sets the system's persistent default time zone. The id must be one of the Olson ids from the list returned by TimeZone.getAvailableIDs().
Android documentation Timezone provide helpful information about time zone IDs.
The class of the property is TextProperty.
Display times in 24H format, if false display times in 12H format.
The class of the property is BooleanProperty.
This parameter is the maximum time the scanner remains on without reading a barcode. If the value exceeds the range, the value is set at full scale. The amount of time is represented in milliseconds.
The class of the property is NumericProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter controls the barcode illumination for capturing frames from displays or reflective surfaces. The possibile configurations are:
The class of the property is BooleanProperty.
This parameter activates the notification mechanism. It enables the Display Notification capability via a displaying message. This means that the decoded label is displayed through a pop-up message, an Android Toast, on the device's screen.
The class of the property is BooleanProperty.
This parameter controls the character set in use for the decoded label.
The class of the property is EnumProperty.
The allowed values are defined by enum CharacterSetMode.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When DOTCODE_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When DOTCODE_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter is the minimum time allowed between reads of the same barcode label.
When the device decodes a label and sees the same one before this timeout is expired, the second result will be ignored. This timeout works when scanMode is set to HOLD_MULTIPLE, PULSE_MULTIPLE or ALWAYS_ON. The amount of time is represented in milliseconds.
The class of the property is NumericProperty.
This parameter reports the availability of SIM card 1 and SIM card 2. The value is calculated by the device according to the availablity of the SIM cards, so this property cannot be set.
The class of the property is EnumProperty.
The allowed values are defined by enum DualSimStatus.
This parameter reports the current SIM card privileged by the device for voice calls.
The value is calculated by the device according to the availablity of the SIM card preferred by
the user (set by DUALSIM_PREFERRED_CALLS), so this property cannot be set.
The class of the property is EnumProperty.
The allowed values are defined by enum DualSimPreferredCallsAndSms.
This parameter reports the current SIM card privileged by the device for mobile data.
The value is calculated by the device according to the availablity of the SIM card preferred by
the user (set by DUALSIM_PREFERRED_DATA), so this property cannot be set.
The class of the property is EnumProperty.
The allowed values are defined by enum DualSimPreferredData.
This parameter reports the current SIM card privileged by the device for SMS.
The value is calculated by the device according to the availablity of the SIM card preferred by
the user (set by DUALSIM_PREFERRED_SMS), so this property cannot be set.
The class of the property is EnumProperty.
The allowed values are defined by enum DualSimPreferredCallsAndSms.
This parameter controls the privileged SIM card to be used for voice calls.
The actual SIM card used by the device is retrieved by the property (DUALSIM_CURRENT_CALLS).
The class of the property is EnumProperty.
The allowed values are defined by enum DualSimPreferredCallsAndSms.
This parameter controls the privileged SIM card to be used for mobile data.
The actual SIM card used by the device is retrieved by the property (DUALSIM_CURRENT_DATA).
The class of the property is EnumProperty.
The allowed values are defined by enum DualSimPreferredCallsAndSms.
This parameter controls the privileged SIM card to be used for SMS.
The actual SIM card used by the device is retrieved by the property (DUALSIM_CURRENT_SMS).
The class of the property is EnumProperty.
The allowed values are defined by enum DualSimPreferredCallsAndSms.
This parameters controls the SIM card Slot 1 that can be enabled or disabled on the device. When this slot is disabled, the SIM card cannot be used for voice calls, mobile data and SMS.
The class of the property is BooleanProperty.
This parameters controls the SIM card Slot 2 that can be enabled or disabled on the device. When this slot is disabled, the SIM card cannot be used for voice calls, mobile data and sms communication.
The class of the property is BooleanProperty.
This parameter allows to use EAN-13 labels in composite barcode.
The class of the property is BooleanProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter includes the checksum in the label transmission.
The class of the property is BooleanProperty.
This parameter includes the system digit in the label transmission, it configures whether the first character should be transmitted.
The class of the property is BooleanProperty.
This parameter allows to identify ISBN labels and append the check digit (per ISBN guidelines) to the end of the label.
The class of the property is BooleanProperty.
This parameter allows to identify ISSN labels and append the check digit (per ISSN guidelines) to the end of the label.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter allows to use EAN-8 labels in composite barcode.
The class of the property is BooleanProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter includes the checksum in the label transmission.
The class of the property is BooleanProperty.
This parameter allows to expand the EAN-8 labels to their EAN-13 equivalents. Any EAN-13 parameters will then apply to the result.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter requires a 2 digit extension to be verified for a successful decode of a label.
The class of the property is BooleanProperty.
This parameter requires a 5 digit extension to be verified for a successful decode of a label.
The class of the property is BooleanProperty.
This parameter indicates that are read only barcode with the supplemental label. If the parameter is false are read barcodes with or without the supplemental labels.
The class of the property is BooleanProperty.
This parameter selects the policy used to handle ECI.
The class of the property is EnumProperty.
The allowed values are defined by enum ECIPolicy.
This parameter enhances the Depth of Field.
Depending on barcode typology, quality and light condition it could enhance the Depth of Field. Try to enable it only if you need to increment the DoF.
The class of the property is BooleanProperty.
This parameter is used to enter the primary domain name server used when connecting to a network through an Ethernet-equipped cradle.
The class of the property is TextProperty.
This parameter is used to enter the secondary domain name server used when connecting to a network through an Ethernet-equipped cradle.
The class of the property is TextProperty.
This parameter enables/disables the Ethernet sub-system.
The class of the property is BooleanProperty.
This parameter is used to enter the IP address of the default gateway when connecting to a network through an Ethernet-equipped cradle.
The class of the property is TextProperty.
Used to enter the host name(s) and/or IP address(es) for direct access by the device, bypassing the Proxy server specified in the Proxy Host Name parameter.
The class of the property is TextProperty.
Controls whether an Ethernet Proxy is used by the device when connecting to a network through an Ethernet-equipped cradle.
The class of the property is BooleanProperty.
Used to enter the Host Name of the Proxy server through which network communications will pass when connecting to a network through an Ethernet-equipped cradle.
The class of the property is TextProperty.
Used to enter the two-digit Port number for accessing the Proxy server through which network communications will pass when connecting to a network through an Ethernet-equipped cradle.
The class of the property is NumericProperty.
The allowed values are between 0 to 65535.
This parameter is used to enter the static IP address of the device when connecting to a network through an Ethernet-equipped cradle.
The class of the property is TextProperty.
Prefix length specifies the number of bits in the IP address that are to be used as the subnet mask.
The class of the property is NumericProperty.
The allowed values are between 0 and 32.
Controls whether the device will obtain its IP settings automatically, using DHCP, or manually, by an administrator using the relevant parameters, when connecting to a network through an Ethernet-equipped cradle.
The class of the property is BooleanProperty.
This parameter enable the feauture that configures the scanner to capture store and provide frames.
The class of the property is BooleanProperty.
This parameter indicates the directory where will be stored the frames saved by the Scanner. Only directory under getExternalStorageDirectory() are supported (eg. /storage/emulated/0/).
The class of the property is TextProperty.
This parameter selects the format used for storing the frames captured by the Scanner.
The class of the property is EnumProperty.
The allowed values are defined by enum FrameCaptureFormat.
This parameter selects the Scanner frame capture mode.
The class of the property is EnumProperty.
The allowed values are defined by enum FrameCaptureMode.
This parameter enables the Scanner to store captured frames.
The class of the property is BooleanProperty.
This parameter selects the audio channel to use for the scanner notification.
The class of the property is EnumProperty.
The allowed values are defined by enum ToneNotificationChannel.
This parameter is the file used for the audio notification on a successfull read.
The class of the property is TextProperty.
This parameter selects the scanner audio notification mode.
The class of the property is EnumProperty.
The allowed values are defined by enum ToneNotificationMode.
This parameter is the volume of the audio notification on a successfull read.
The class of the property is NumericProperty.
This parameter indicates the number of notifications to produce on a successful read.
The class of the property is NumericProperty.
This parameter indicates the duration of each notification on a successful read.
The class of the property is NumericProperty.
This parameter enables the use of the good read notification on a successful read.
The class of the property is BooleanProperty.
This parameter is the delay between notifications on a successful read.
The class of the property is NumericProperty.
This parameter enables the use of the led notification on a successful read.
The class of the property is BooleanProperty.
This parameter indicates the delay after which the good read LEDs are turned off. This is valid only in case of a single good read. The value range is between 20 and 5000 for normal scanning sessions. The maximum value is lowered to 500 in case of a scan mode different from SINGLE or when the target mode is set to RELEASE_SCAN.
The class of the property is NumericProperty.
This parameter enables the use of the vibrator notification on a successful read.
The class of the property is BooleanProperty.
This parameter enables the use of the green spot notification on a successful read.
The class of the property is BooleanProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter convert the Gs1DataBar_14 label to a GS1-128 barcode.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter is set to true to enable check of GS1 format for GS1 symbologies.
The class of the property is BooleanProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter convert the Gs1DataBar_Expanded label to a sequence of one or more GS1-128 barcodes.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When GS1_EXP_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When GS1_EXP_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter convert the Gs1DataBar_Limited label to a GS1-128 barcode.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter is set to true to convert the GS1 barcode string in the GS1 readable string format.
It is used only if GS1_CHECK is set to true.
The class of the property is BooleanProperty.
This parameter is s a string of Unicode characters that replaces each occurrence of GS (ASCII code 0x1D) in the scanned data.
The class of the property is TextProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When HAN_XIN_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When HAN_XIN_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter controls the aggressiveness for the Interleaved 2/5 symbology.
The class of the property is EnumProperty.
The allowed values are defined by enum Interleaved25Aggressiveness.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter equires the use of checksum characters to verify a barcode.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When I25_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When I25_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter includes the checksum in the label transmission (if checksum is required with enableChecksum).
The class of the property is BooleanProperty.
This parameter enables the reading of Interleaved 2 of 5 barcode labels with short quiet zones.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables barcode illumination when capturing frames.
The class of the property is BooleanProperty.
This parameter selects the scanner illumination pulse length.
The scan engine illumination is a pulsed light. It is characterized by a light pulse length and a frequency usually equal to the frame rate frequency. This property affects only the pulse length. With a longer light pulse the scan engine can decode a more distant target and DOF performance is enhanced on low environment light condition. In the counterside, a shorter light pulse makes the scan engine more motion tollerant.
The class of the property is EnumProperty.
The allowed values are defined by enum IlluminationTime.
This parameter selects the scanner illuminator to be used for decoding.
The class of the property is EnumProperty.
The allowed values are defined by enum IlluminationType.
This parameter selects the scanner image capture profile.
The class of the property is EnumProperty.
The allowed values are defined by enum ImageCaptureProfile.
This parameter is the timeout to set during image decoding. The amount of time is represented in milliseconds.
The class of the property is NumericProperty.
This parameter indicates the input type to use for decoding.
The class of the property is EnumProperty.
The allowed values are defined by enum InputType.
This parameter sets the inverse mode for linear barcode symbologies.
The class of the property is EnumProperty.
The allowed values are defined by enum InverseMode.
This parameter sets the inverse mode for 2D barcode symbologies.
The class of the property is EnumProperty.
The allowed values are defined by enum InverseMode.
This parameter allows the concatenation of common concatenated pairs.
The class of the property is BooleanProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter defines the decoding mode for ISBT 128 barcodes.
The class of the property is EnumProperty.
The allowed values are defined by enum Isbt128Mode.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables or disables the ITF14 symbology. It could be used to include a GTIN. It always checks and transmits the checksum character.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter enables the Autoscan trigger.
The class of the property is BooleanProperty.
This parameter sets the Autoscan trigger range.
The class of the property is EnumProperty.
The allowed values are defined by enum AutoScanTriggerRange.
This parameter enables or disables the keyboard backlight control.
The class of the property is BooleanProperty.
This parameter sets the keyboard backlight brightness.
This is parameter is enabled only when KEYBOARD_BACKLIGHT is enabled.
The class of the property is NumericProperty.
This parameter sets the keyboard backlight inactivity timeout. In case of inactivity, the keyboard backlight will turn off after this amount of time.
This parameter is enabled only when KEYBOARD_BACKLIGHT is enabled.
The class of the property is NumericProperty.
This parameter enables the Front trigger.
The class of the property is BooleanProperty.
This parameter enables the Left trigger.
The class of the property is BooleanProperty.
This parameter locks or unlocks the input from keyboard and physical buttons.
The class of the property is BooleanProperty.
This parameter enables the Motion trigger.
The class of the property is BooleanProperty.
This parameter defines the sensitivity for motion detection.
The class of the property is EnumProperty.
The allowed values are defined by enum MotionTriggerSensitivity.
This parameter enables or disables the vibration when a motion is detected.
The class of the property is BooleanProperty.
This parameter sets the keyboard multitap delay used to define after how much time from the first multitap key press the associated character will be submitted to the UI.
The class of the property is NumericProperty.
This parameter enables the Pistol trigger.
The class of the property is BooleanProperty.
This parameter enables the Right trigger.
The class of the property is BooleanProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter is a string of Unicode characters sent immediatly before symbology identifier.
The class of the property is TextProperty.
This parameter is a string of Unicode characters sent ent after the final character in data.
The class of the property is TextProperty.
This parameter sets the size of the log.
The class of the property is EnumProperty.
The allowed values are defined by enum LoggerBufferSize.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When M25_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When D25_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter enables the reading of Matrix 2 of 5 barcode labels with short quiet zones.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When MAXICODE_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When MAXICODE_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter controls the character set in use for the decoded label.
The class of the property is EnumProperty.
The allowed values are defined by enum CharacterSetMode.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When MICROPDF417_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When MICROPDF417_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter controls the character set in use for the decoded label.
The class of the property is EnumProperty.
The allowed values are defined by enum CharacterSetMode.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When MICRO_QR_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When MICRO_QR_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter controls the aggressiveness for the MSI symbology.
The class of the property is EnumProperty.
The allowed values are defined by enum MsiAggressiveness.
This parameter allows to interpret the second check digit as module 11 instead of module 10.
The class of the property is BooleanProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When MSI_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When MSI_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter requires that a MSI label contains two check digits.
The class of the property is BooleanProperty.
This parameter includes the checksum in the label transmission.
The class of the property is BooleanProperty.
This parameter enables the reading of MSI barcode labels with short quiet zones.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables the ability to collect a defined number of barcodes in a single session and transmit them at the same time.
The class of the property is BooleanProperty.
This parameter defines whether to notify each successfully read label during Multi Scan operation.
The decoding session is ended successfully and all the collected labels are returned together, only if the labelCount is reached.
The class of the property is BooleanProperty.
This parameter selects the behaviour when partial results are present.
The class of the property is EnumProperty.
The allowed values are defined by enum PartialResultMode.
This parameter defines the number of required labels to be read before automatically ending a good read transaction.
The class of the property is NumericProperty.
This parameter hide/unhide the navigation bar.
The class of the property is BooleanProperty.
This parameter allows to set minimum confidence used by the OCR algorithm. An higher confidence decreases misdecoding probabilities.
The class of the property is NumericProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter allows to read official travel document in TD1 size. The data of the machine-readable zone consists of three rows of 30 characters each.
The class of the property is BooleanProperty.
This parameter specifies how many decoded frames must match before accepting OCR data.
The class of the property is NumericProperty.
This parameter allows to read passport booklet in TD3 size. The data of the machine-readable zone consists of two rows of 44 characters each.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter controls the character set in use for the decoded label.
The class of the property is EnumProperty.
The allowed values are defined by enum CharacterSetMode.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When PDF417_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When PDF417_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter limits reading to targeted selection.
The class of the property is BooleanProperty.
This parameter defines the battery charging profile.
The class of the property is EnumProperty.
The allowed values are defined by enum BatteryChargingProfile.
Selects the device charging sources. This parameter controls the charging source the device will be using. All charging sources could be disabled.
The class of the property is MultipleChoiceProperty.
The allowed values are all the combinations of the values defined by ChargingSourcesFlags.
Policy for automatic exit from charging mode.
The class of the property is EnumProperty.
The allowed values are defined by enum OffChargingModePolicy.
The charging threshold (%) for automatic exit from charging mode.
The class of the property is NumericProperty.
Controls whether the USB is enabled as a power-source.
This parameter defines the screen off timeout, in msecs, when the device is powered by an external AC power.
The class of the property is NumericProperty.
The allowed values are between 0 and MAX_INT. 0 means never.
This parameter defines the screen off timeout, in msecs, when the device is powered by internal battery.
The class of the property is NumericProperty.
The allowed values are between 0 and MAX_INT. 0 means never.
This parameter controls whether the accelerometer sensor trigger can be used as device wake-up source.
The class of the property is BooleanProperty.
This parameter controls whether a autoScan trigger can be used as device wake-up source.
The class of the property is BooleanProperty.
This parameter controls whether the front trigger button trigger can be used as device wake-up source.
The class of the property is BooleanProperty.
ContrThis parameter controlsols whether the left trigger button trigger can be used as device wake-up source.
The class of the property is BooleanProperty.
This parameter controls whether the back trigger button trigger can be used as device wake-up source.
The class of the property is BooleanProperty.
ContrThis parameter controlsols whether a generic charging power source trigger can be used as device wake-up source.
The class of the property is BooleanProperty.
This parameter controls whether the Power button trigger can be used as device wake-up source.
The class of the property is BooleanProperty.
This parameter controls whether the right trigger button trigger can be used as device wake-up source.
The class of the property is BooleanProperty.
This parameter controls whether a Real-Time clock alarm trigger can be used as device wake-up source.
The class of the property is BooleanProperty.
This parameter controls whether a touch event on the screen can be used as device wake-up source.
The class of the property is BooleanProperty.
This parameter controls whether Wifi data trigger can be used as device wake-up source.
The class of the property is BooleanProperty.
This parameter controls whether cellular data or call trigger can be used as device wake-up source.
The class of the property is BooleanProperty.
This parameter enables the use of the aimer in presentation mode.
The class of the property is BooleanProperty.
This parameter enables the use of presentation mode.
The class of the property is BooleanProperty.
This parameter sets sensitivity in presentation mode.
The class of the property is NumericProperty.
This parameter indicates the display mode in which to show the camera preview in case the input type is set to camera.
The class of the property is EnumProperty.
The allowed values are defined by enum PreviewDisplayMode.
This parameter indicates the height of the preview shown in case of manual display mode and camera input type, when the device is positioned in landscape.
The class of the property is NumericProperty.
This parameter indicates the width of the preview shown in case of manual display mode and camera input type, when the device is positioned in landscape.
The class of the property is NumericProperty.
This parameter indicates the X coordinate of the preview shown in case of manual display mode and camera input type, when the device is positioned in landscape.
The class of the property is NumericProperty.
This parameter indicates the Y coordinate of the preview shown in case of manual display mode and camera input type, when the device is positioned in landscape.
The class of the property is NumericProperty.
This parameter indicates the height of the preview shown in case of manual display mode and camera input type, when the device is positioned in portrait.
The class of the property is NumericProperty.
This parameter indicates the width of the preview shown in case of manual display mode and camera input type, when the device is positioned in portrait.
The class of the property is NumericProperty.
This parameter indicates the Y coordinate of the preview shown in case of manual display mode and camera input type, when the device is positioned in portrait.
The class of the property is NumericProperty.
This parameter indicates the Y coordinate of the preview shown in case of manual display mode and camera input type, when the device is positioned in portrait.
The class of the property is NumericProperty.
This parameter enables or disables Absolute Grid algorithm. It performs a geometric reconstruction of the QR Code grid by regularizing it. This algorithm is executed only when the standard one fails. It may slow down decoding rate.
The class of the property is BooleanProperty.
This parameter controls the character set in use for the decoded label.
The class of the property is EnumProperty.
The allowed values are defined by enum CharacterSetMode.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter enables or disables the GS1-QR Code symbology.
The class of the property is BooleanProperty.
This parameter is one of the two configurable label lengths.
When QRCODE_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter is one of the two configurable label lengths.
When QRCODE_LENGTH_CONTROL is set to TWO_FIXED, its value is one of the two possible accepted fixed lengths for a specific label.
It can also represent the minor or major length value whenever RANGE is selected.
If is set below the accepted minimum, the smallest accepted length will be used; instead it the set value exceed the maximum value, the
biggest accepted length will be used.
The class of the property is NumericProperty.
This parameter specifies how each L1 and L2 length values should be applied to a label.
The class of the property is EnumProperty.
The allowed values are defined by enum LengthControlMode.
This parameter controls the mirror mode.
The class of the property is EnumProperty.
The allowed values are defined by enum QRMirror.
This parameter enables device configuration through Scan2Deploy QR Codes.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables Wi-Fi configuration through Wi-Fi QR Code.
The class of the property is BooleanProperty.
This parameter enables the removal of all characters in the range 0x00-0x1F and the single character 0x7F from the scanned data. The length check for each symbology is evaluated before any characters are removed. Characters in the code ID, prefix, suffix, or separator won't be removed.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter includes the Royal Mail checksum in the label transmission.
The class of the property is BooleanProperty.
This parameter selects the scan mode.
The class of the property is EnumProperty.
The allowed values are defined by enum ScanMode.
This parameter sets the Brightness level of the screen. The allowed values are between 0 and 255.
The class of the property is NumericProperty.
This parameter selects the symbology identifier to be transmitted along with the scanned data.
The class of the property is EnumProperty.
The allowed values are defined by enum SendCodeID.
This parameter hide/unhide the status bar.
The class of the property is BooleanProperty.
This parameter selects the scanner target beam mode.
The class of the property is EnumProperty.
The allowed values are defined by enum BeamMode.
This parameter enables the use of a target beam mode.
The class of the property is BooleanProperty.
This parameter is the maximum time the scanner is on after trigger release when using Release Scan target beam mode. If the value exceeds the range, the value is set at full scale.
The class of the property is NumericProperty.
This parameter is the time the target beam is on before scanner attempts to read.
If the value exceeds the range, the value is set at full scale.
The class of the property is NumericProperty.
This parameter locks or unlocks the input from touch screen.
The class of the property is BooleanProperty.
This is the property used to configure the touch controller.
The class of the property is MultipleChoiceProperty.
The allowed values are a subset of the combinations of the values defined by TouchModeFlags.
This is the property used to configure the touch controller.
On new device models, starting from M30/M35, this parameter is substituted by TOUCH_MODE.
The class of the property is EnumProperty.
The allowed values are defined by enum TouchMode.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter allows to use UPC-A labels in composite barcode.
The class of the property is BooleanProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter includes the checksum in the label transmission.
The class of the property is BooleanProperty.
This parameter includes the system digit in the label transmission. For UPC-A the system digit is always zero.
The class of the property is BooleanProperty.
This parameter allows to expand the UPC-A labels to their EAN-13 equivalents. Any EAN-13 parameters will then apply to the result.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables decoding of the UPC-E1 Symbology variation of UPC-E code.
The class of the property is BooleanProperty.
This parameter allows to use UPC-E labels in composite barcode.
The class of the property is BooleanProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter includes the checksum in the label transmission.
The class of the property is BooleanProperty.
This parameter includes the system digit in the label transmission. For UPC-E the system digit is always zero.
The class of the property is BooleanProperty.
This parameter allows to expand the UPC-E labels to their UPC-A equivalents. Any UPC-A parameters will then apply to the result.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter controls the aggressiveness for the UPC and EAN symbology.
The class of the property is EnumProperty.
The allowed values are defined by enum UpcEanAggressiveness.
This parameter enables the reading of UPC and EAN barcode labels with short quiet zones.
The class of the property is BooleanProperty.
Current USB data function. It is the USB Transfer Protocol used to change the Default USB data function just for the current USB transfer (until the USB will be plugged-out from the device). When the USB will be plugged-out, then USB will be plugged-in again, the Default USB data function is used for setup new USB transfer.
The class of the property is EnumProperty.
The allowed values are defined by enum UsbFunction.
Enables/disables USB data transmission.
This parameter enables/disables the debug mode, over USB, when USB is connected.
The class of the property is BooleanProperty.
Default USB data function. It is the USB Transfer Protocol setup every time a USB is plugged-in to the device.
The class of the property is EnumProperty.
The allowed values are defined by enum UsbFunction.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter specifies the symbology identifier (if any).
The symbology identifier is sent with the label when the global decode property SEND_CODE_ID is set to
USERDEFINED_IDENTIFIER_BEFORE_LABEL or USERDEFINED_IDENTIFIER_AFTER_LABEL.
The class of the property is CharacterProperty.
This parameter enables or disables the symbology.
The class of the property is BooleanProperty.
This parameter is the intent action name. The default value is "com.datalogic.decodewedge.decode_action".
The class of the property is TextProperty.
This parameter is the intent category name. The default value is "com.datalogic.decodewedge.decode_category".
The class of the property is TextProperty.
This parameter indicates the method by which the intent is delivered.
The class of the property is EnumProperty.
The allowed values are defined by enum IntentDeliveryMode.
This parameter enables the intent mode for the Decode Wedge capability.
This means that the label is sent to the foreground application in the form of an implicit intent.
In order to retrieve the label type string, "com.datalogic.decodewedge.label_type" is the name argument
to be used with Intent.getStringExtra(). In order to retrieve the output data as string,
"com.datalogic.decodewedge.data_string" is the name argument to be used with Intent.getStringExtra() . In case of
concatenated barcodes, the decode data is concatenated and sent out as a single string. In order to retrieve the
output data as a list of byte arrays, "com.datalogic.decodewedge.decode_data" is the name argument to be used with
Intent.getSerializableExtra(). For barcode symbologies that support concatenation, the decode data is stored in
multiple byte arrays (one byte array per bar code). Clients can get data in each byte array by passing an index.
The class of the property is BooleanProperty.
This parameter indicates the corresponding intent extra tag, associated to a byte array containing the read label. The default value is EXTRA_BARCODE_DATA.
The class of the property is TextProperty.
This parameter indicates the corresponding intent extra tag, associated to a string containing the read label. The default value is EXTRA_BARCODE_STRING.
The class of the property is TextProperty.
This parameter indicates the corresponding intent extra tag, associated to a string containing the type of read label. The default value is EXTRA_BARCODE_TYPE.
The class of the property is TextProperty.
This parameter indicates the method by which the KeyboardWedge operates.
The class of the property is EnumProperty.
The allowed values are defined by enum KeyWedgeMode.
This parameter enables the the keystroke mode for the Decode Wedge capability.
This means that the label is sent to the foreground application in the form of key events.
The class of the property is BooleanProperty.
This parameter enables the input of the keystrokes only in input areas with active focus and an IME active, such as a touch keyboard.
This means that the label will be sent to the foreground application in the form of key events only when previous
conditions will be met. Instead, set to false, it will emulate keystrokes directly into the foreground activity. ,
Be aware, keeping this deactivated could lead to undesired behaviors.
The class of the property is BooleanProperty.
This parameter enables the Decode Wedge capability for direct web browsing.
Each time a label is decoded successfully and a valid URL is found, the available and selected Internet web browsing application will be launched pointing to the desired URL.
The class of the property is BooleanProperty.
Selects the 802.11 mode to be used (b/g/n/a/ac).
This parameter controls the 802.11 mode the device will be using.
The allowed values for this property are defined by enum Wifi802Dot11Mode
The class of the property is NumericProperty.
Selects the bands used by the device (2.4/5/6 GHz). This parameter controls the bands the device will be using. When one band is not enabled, the device won’t transmit anything on that band.
The class of the property is MultipleChoiceProperty.
The allowed values are a subset of the combinations of the values defined by WifiBandFlags.
Selects the band used by the device (2.4/5 GHz).
This parameter controls the band the device will be using.
When one band is disabled, the device won’t transmit anything on that band.
On new device models, starting from M30/M35, this parameter is substituted by WIFI_BAND.
The class of the property is EnumProperty.
The allowed values are defined by enum WifiBandSelection
The WIFI_BSSID_SCAN_STABLE_TIME (in seconds) means that after this period of time, the device will no longer scan this BSSID channel. When a device moves between areas covered by multiple access points, it continuously scans for available networks and evaluates their stability and signal strength. The device will clear the BSSID and its channel once it identifies the BSSID last scan update time is more than the value of this parameter, so that the next roaming scan would scan updated BSSIDs.
The class of the property is NumericProperty.
The allowed values are between 10 and 200.
This parameters controls the Channels 1 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 10 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 100 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 104 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 108 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 11 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 112 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
This parameters controls the Channels 116 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 12 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 120 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 124 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 128 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
This parameters controls the Channels 13 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 132 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 136 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 140 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
This parameters controls the Channels 144 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 149 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 153 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 157 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 161 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 165 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 169 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 173 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 2 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 3 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 36 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 4 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 40 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 44 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 48 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 5 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 52 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 56 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 6 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 60 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 64 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 7 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 8 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
This parameters controls the Channels 9 that can be enabled or disabled on the device. When this channel is disabled, the device won’t be able to communicate on it and thus won’t see any AP using that channel.
The class of the property is BooleanProperty.
Interval between scans when the device is on and connected.
Connected scan interval and Connected scan interval max control the Wi-Fi scan intervals when the device
has the screen on and it is connected to any Wi-Fi network. The scans are issued in this way: the first
scan is done when the device is woken up from a standby state, then the next scans are done in an exponential
backoff fashion. The second scan will be done after x seconds, then after 2 * x, then 4 * x... and so on,
until it reaches the maximum defined by WIFI_CONNECTED_SCAN_INTERVAL_MAX.
The class of the property is NumericProperty.
Maximum interval between scans when the device is on and connected.
Connected scan interval and Connected scan interval max control the Wi-Fi scan intervals when the device
has the screen on and it is connected to any Wi-Fi network. The scans are issued in this way: the first scan
is done when the device is woken up from a standby state, then the next scans are done in an exponential
backoff fashion. The second scan will be done after x seconds, then after 2 * x, then 4 * x... and so on,
until it reaches the maximum value defined by WIFI_CONNECTED_SCAN_INTERVAL_MAX.
The class of the property is NumericProperty.
This parameter reports the current Wi-Fi country-code. The value is calculated by the device according to the connected AP, so this property cannot be set.
The class of the property is TextProperty.
This parameter enables/disables the debug mode, over Wi-Fi, when Wi-Fi is connected.
The class of the property is BooleanProperty.
This parameter enables/disables the random MAC feature. This adds some security in case of public networks, as the device real MAC address is hidden and a randomly generated one is used instead. This can cause problems in case your device needs a fixed MAC address (for example, MAC authentication or specific DHCP rules).
The class of the property is BooleanProperty.
Controls the behaviour when the current Wi-Fi profile doesn't have an Internet connectivity.
The class of the property is EnumProperty.
The allowed values are defined by enum WifiNoInternetExpected.
Selects the power saving mode used. This parameter enables the power save mode and controls which kind of power save is used.
The class of the property is EnumProperty.
The allowed values are defined by enum WifiPowerSave.
The default value is set to WIFI_POWER_SAVE_ENABLED, if you notice a degradation in the VoIP call performance
change the value to {WifiPowerSave#WIFI_POWER_SAVE_ENABLED_VOIP_CALLS}.
Interval between beacon listening. A live AP transmits beacons at periodic intervals (typically every 102.4 ms) to be recognized by other devices. This parameter controls how frequently the device listens to the access point beacon frame.
The class of the property is NumericProperty.
Enables roaming profiles. A roaming profile can be one of four presets: standard, aggressive, slow and custom. Each preset should have a direct impact on the Roaming RSSI Threshold and Difference, and those settings should not be editable if any preset other than custom is selected.
The class of the property is EnumProperty.
The allowed values are defined by enum WifiRoamingProfile.
Minimum time interval between roaming threshold calculations. This parameter controls how frequently the device recalculates the roaming trigger threshold in case there are no other interruptions (i.e. scans).
The class of the property is NumericProperty.
Number of roaming retries before aborting the roaming procedure. This parameter controls how many times the device will try to find a new access point to roam to, before giving up and aborting the current roaming event.
The class of the property is NumericProperty.
Signal difference between the current AP and the target AP for roaming. This parameter controls the signal difference between the current access point the device is connected to and the target access point the device wants to roam to. If the target AP signal is higher than the current by at least the value of this parameter, the device will roam.
The class of the property is NumericProperty.
Signal threshold for triggering the roaming background scan. This parameter controls the signal threshold for triggering the roaming procedure. When the access point signal drops under the threshold, the device will begin scanning in background for suitable networks to roam to.
The class of the property is NumericProperty.
Interval between scans when the device is on and disconnected.
Scan interval and Scan interval max control the Wi-Fi scan intervals when the device has the screen on and
it is not connected to any Wi-Fi network. The scans are issued in this way: the first scan is done when
the device is woken up from a standby state, then the next scans are done in an exponential backoff fashion.
The second scan will be done after x seconds, then after 2 * x, then 4 * x... and so on, until it reaches
the maximum value defined by WIFI_SCAN_INTERVAL_MAX.
The class of the property is NumericProperty.
Maximum interval between scans when the device is on and disconnected.
Scan interval and Scan interval max control the Wi-Fi scan intervals when the device has the screen on and
it is not connected to any Wi-Fi network. The scans are issued in this way: the first scan is done when
the device is woken up from a standby state, then the next scans are done in an exponential backoff fashion.
The second scan will be done after x seconds, then after 2 * x, then 4 * x... and so on, until it reaches
the maximum value defined by WIFI_SCAN_INTERVAL_MAX.
The class of the property is NumericProperty.
This parameter enables the Wi-Fi channels selection regardless of the current country-code.
The class of the property is BooleanProperty.
Enables the verbose Wi-Fi module logging.
The class of the property is BooleanProperty.
Returns the name of the constant whose value is the given id.
| id | int unique identifier of the property. |
|---|