What's New

Version History

Released v1.1 SIer document on Aug,2020
Released v1.2 SIer document on Dec,2020

Added in v1.0

Added in v1.0

Document	Date	Version	Description
TouchOperationSettings	-	1.0	First Release
FOTA Direct launch	-	1.0	First Release
KittingTool	-	1.0	First Release
Remote System Log save	-	1.0	First Release
Activity Service AutoLauncher	-	1.0	First Release
Install Package Whitelist Blacklist	-	1.0	First Release
Disable Screen Capture by hardware key	-	1.0	First Release
Disable shortcut of touch operation mode setting on Global Action Menu	-	1.0	First Release
Disable SystemUI QuickSetting	-	1.0	First Release
Disable Notification Shortcut	-	1.0	First Release
Disable HOME,BACK,RECENT button in Naviagtinon Bar	-	1.0	First Release
Disable Quick Setting Icons operation	-	1.0	First Release
Disable SafeMode	-	1.0	First Release
Disable BatterySaver Notification	-	1.0	First Release
Delete RecentTasks	-	1.0	First Release
Disable airplane mode	-	1.0	First Release
Disable clip board function	-	1.0	First Release
Disable "install non market apps (Install unknown apps)" settings	-	1.0	First Release
Data roaming	-	1.0	First Release
Reboot Device	-	1.0	First Release
Volume Brightness Settings	-	1.0	First Release
Keep Wi-Fi on during sleep	-	1.0	First Release
Runtime Permission Setting	-	1.0	First Release
Disable BackUpData-AutoSync	-	1.0	First Release
VPN setting	-	1.0	First Release
Disable Display Rotation	-	1.0	First Release
APN settings	-	1.0	First Release
Ethernet settings	-	1.0	First Release
USB connection protocol setting	-	1.0	First Release
Disable Factory Reset	-	1.0	First Release
Disable Settings,Battery icon in QuickSettings	-	1.0	First Release
Disable Headphone	-	1.0	First Release
MDMSetting hide package	-	1.0	First Release
Deactivate DeviceAdministrators	-	1.0	First Release
Global http proxy	-	1.0	First Release
External Device Settings	-	1.0	First Release
SIM selection	-	1.0	First Release
Enable Kiosk mode by Panasonic Enterprise Launcher	-	1.0	First Release

Added in v1.1

Added in v1.1

Document	Date	Version	Description
BarcodeReader	2020/08/04	1.1	Updated
Remote OS version up	2020/08/04	1.1	Updated
BatteryHealthCheck	2020/08/04	1.1	Updated
Disable Wi-Fi Bluetooth MultiUserButton in QuickSetting	2020/08/04	1.1	Updated
Disable Statusbar pull down	2020/08/04	1.1	Updated
Disable Power off in Global Action menu	2020/08/04	1.1	Updated
Disable Volume button	2020/08/04	1.1	Updated
Disable Press camera button to launch camera	2020/08/04	1.1	Updated
Wi-Fi AP background scan	2020/08/04	1.1	Updated
Disable Doze mode	2020/08/04	1.1	Updated
Disable GoogleNow	2020/08/04	1.1	Updated
User button manager	2020/08/04	1.1	Updated
DeviceRestriction	2020/08/04	1.1	Updated
Hide Developer Option in Settings	2020/08/04	1.1	Updated
Time setting	2020/08/04	1.1	Updated
Stay awake	2020/08/04	1.1	Updated
Installation application	2020/08/04	1.1	Updated
Wi-Fi settings	2020/08/04	1.1	Updated
Hide HOTSWAP,STYLUS,GLOVE,RAIN in Global Action Menu	2020/08/04	1.1	Updated
Advanced NFC Settings Automation Feature	2020/08/04	1.1	Updated
Disable_Bluetooth_Discovery	2020/08/04	1.1	Add New
OEM unlocking	2020/08/04	1.1	Add New
Change IME	2020/08/04	1.1	Add New
Copy file	2020/08/04	1.1	Add New
Download file	2020/08/04	1.1	Add New
Change wallpaper setting	2020/08/04	1.1	Add New
Change security setting	2020/08/04	1.1	Add New
Mobile networks	2020/08/04	1.1	Add New
Change sounds and notifications settings	2020/08/04	1.1	Add New
Change smallest width settings	2020/08/04	1.1	Add New
Change USB debug settings	2020/08/04	1.1	Add New
Add "Loud mode" in voice speaker	2020/08/04	1.1	Add New
AnimationScaleSettings	2020/08/04	1.1	Add New
Wi-Fi roaming threshold	2020/08/04	1.1	Add New
Change external interface	2020/08/04	1.1	Add New
Flashlight for car mount model	2020/08/04	1.1	Add New
Device management password	2020/08/04	1.1	Add New
net.hostname	2020/08/04	1.1	Add New
Date and time setting	2020/08/04	1.1	Add New
Select ButtonHandler	2020/08/04	1.1	Add New
Power Key Event	2020/08/04	1.1	Add New
Log Sending Application Operating Manual	2020/08/04	1.1	Add New

Added in v1.2

Added in v1.2

Document	Date	Version	Description
OEM Config Information	2020/12/21	1.2	Add New
Wi-Fi disconnect threshold	2020/12/21	1.2	Add New
Remote OS version up	2020/12/21	1.2	Update description for FZ-N1
Dashboard Settings	2020/12/21	1.2	Add New
Home Launcher Settings	2020/12/21	1.2	Add New
Localization Settings	2020/12/21	1.2	Add New
MDMSetting USBStorageWhitelist	2020/12/21	1.2	Add New
BootAnimation	2020/12/21	1.2	Add New
DeviceOwnerName	2020/12/21	1.2	Add New
ScreenTimeOut	2020/12/21	1.2	Add New
Sound and notification	2020/12/21	1.2	Add New
Wireless and network settings	2020/12/21	1.2	Add New
ScreenLockSettings	2020/12/21	1.2	Add New
Staging run command setting	2020/12/21	1.2	Add New
SystemProperty Setting	2020/12/21	1.2	Add New
DisableApp	2020/12/21	1.2	Add New
ALL	2020/12/21	1.2	Update format for Parameter and Command
ALL	2020/12/21	1.2	Add sample command for broadcast Intent
ALL	2020/12/21	1.2	Add Supported Models for each Feature

Disclaimer

BarcodeReader

• Introduction
• Intent API Specification
• Auto Import Specification
• Data Editing Plugin Specification
• Hide Setting Menu
• Appendix A - Parameter List for FZ-N1
• Appendix B - Parameter List for FZ-X1
• Appendix C - Symbology Identifier for FZ-X1

Supported Models

Target model	Android OS Version
	Android 4.x JellyBean	Android 5.x Lollipop	Android 6.x Marshmallow	Android 8.x Oreo	Android 9.x Pie	Android 10
FZ-X1	✓	✓	-	-	-	-
FZ-N1	-	✓	✓	✓	✓	-
FZ-T1	-	-	-	✓	✓	-
FZ-L1	-	-	-	✓	-	-
FZ-A3	-	-	-	-	✓	-

Introduction

This section describes following features:

• How to change barcode profile or barcode parameters of the specified profile by using the Inten API
• How to automatically import a profile
• How to hide settings menu in pre-installed barcode reader application
• How to create barcode reading data conversion plug-in (Android service)

Intent API specification

User can change barcode profile by using broadcast Intent API.

• setDefaultProfile
• resetDefaultProfile
• switchToProfile

Also, user can change barcode parameters of the specified profile by using broadcast Intent API.

• changeParameter

In this chapter, specifications and sample code for each API are described.

The setDefaultProfile API function can be used to set the specified profile as default profile.
The default profile is reset in following three situations.

• Terminal restart
• User operating the UI menu
• ResetDefaultProfile intent send

It is not possible to switch default profile to the profile named "DefaultProfile" with using setDefaultProfile. Therefore, user should use resetDefaultProfile API to reset default profile.
If setDefaultProfile is called more than once, the latest setting is effective.

Function prototype

Intent i = new Intent();
i.setAction(ACTION);
i.putExtra(EXTRA_DATA, "<profile name>");

Parameters

ACTION: String "com.panasonic.mobile.barcodereader.api.ACTION_SETDEFAULTPROFILE".
EXTRA_DATA: String "com.panasonic.mobile.barcodereader.api.EXTRA_PROFILENAME".
<profile name>: String of the profile name to be set as default profile (case-sensitive).

Sample source code

This sample source code shows how to set a specified profile "myProfileA" as the default profile.

Intent i = new Intent();
i.setAction("com.panasonic.mobile.barcodereader.api.ACTION_SETDEFAULTPROFILE");
i.putExtra("com.panasonic.mobile.barcodereader.api.EXTRA_PROFILENAME", "myProfileA");
Context.this.sendBroadcast(i);

Sample command

The following adb command is a sample to broadcast an intent to change the setting.

// Run with adb usage environment in place

adb shell am broadcast -a com.panasonic.mobile.barcodereader.api.ACTION_SETDEFAULTPROFILE --es com.panasonic.mobile.barcodereader.api.EXTRA_PROFILENAME myProfileA

The resetDefaultProfile API function can be used to reset default profile.

Function prototype

Intent i = new Intent();
i.setAction(ACTION);

Parameters

ACTION: String "com.panasonic.mobile.barcodereader.api.ACTION_RESETDEFAULTPROFILE".

Sample source code

This sample source code shows to reset default profile.

Intent i = new Intent();
i.setAction("com.panasonic.mobile.barcodereader.api.ACTION_RESETDEFAULTPROFILE");
Context.this.sendBroadcast(i);

Sample command

The following adb command is a sample to broadcast an intent to change the setting.

// Run with adb usage environment in place

adb shell am broadcast -a com.panasonic.mobile.barcodereader.api.ACTION_RESETDEFAULTPROFILE

The switchToProfile API function can be used to switch current profile to the specified profile.
The result of profile switching is notified by response intent.

[Request Intent]

Function prototype

Intent i = new Intent();
i.setAction(ACTION);
i.putExtra(EXTRA_DATA, "<profile name>");

Parameters

ACTION: String "com.panasonic.mobile.barcodereader.api.ACTION_SWITCHTOPROFILE".
EXTRA_DATA: String "com.panasonic.mobile.barcodereader.api.EXTRA_PROFILENAME".
<profile name>: String of the profile name to be switched (case-sensitive).

Sample source code

This sample source code shows to switch current profile to the specified profile "myProfileA".

Intent i = new Intent();
i.setAction("com.panasonic.mobile.barcodereader.api.ACTION_SWITCHTOPROFILE");
i.putExtra("com.panasonic.mobile.barcodereader.api.EXTRA_PROFILENAME", "myProfileA");
Context.this.sendBroadcast(i);

Sample command

The following adb command is a sample to broadcast an intent to change the setting.

// Run with adb usage environment in place

adb shell am broadcast -a com.panasonic.mobile.barcodereader.api.ACTION_SWITCHTOPROFILE --es com.panasonic.mobile.barcodereader.api.EXTRA_PROFILENAME myProfileA

[Response Intent]

Function prototype

action = i.getAction();
kind = i.getStringExtra(EXTRA_DATA_KIND);
result = i.getBooleanExtra(EXTRA_DATA_RESULT, false);

Parameters

ACTION_RESULT: String "com.panasonic.mobile.barcodereader.api.ACTION_RESULT".
EXTRA_DATA_KIND: String "com.panasonic.mobile.barcodereader.api.EXTRA_KIND".
: String type of response intent kind ("switch_profile")
EXTRA_DATA_RESULT: String "com.panasonic.mobile.barcodereader.api.EXTRA_RESULT".
: Boolean type of response intent result (Success : true, Failure : false)

Sample source code

This sample source code shows to receive response of switching current profile to the specified profile.

BroadcastReceiver receiver = new BroadcastReceiver{
    @Override
    public void onReceive(Context c, Intent i) {
        action = i.getAction();
        kind = i.getStringExtra("com.panasonic.mobile.barcodereader.api.EXTRA_KIND");
        result = i.getBooleanExtra("com.panasonic.mobile.barcodereader.api.EXTRA_RESULT", false);
        if (action.equals("com.panasonic.mobile.barcodereader.api.ACTION_RESULT")){
            // a response intent is received.
        }
    }
};

IntentFilter filter = new IntentFilter();
filter.addAction = ("com.panasonic.mobile.barcodereader.api. ACTION_RESULT");
registerReceiver(receiver, filter);

The changeParameter API function can be used to change barcode parameters of the specified profile. Single Intent can change one parameter.

Function Prototype

Intent i = new Intent();
i.setAction(ACTION);
i.putExtra(EXTRA_DATA_PROFILE, "<profile name>");
i.putExtra(EXTRA_DATA_NAME, "< parameter name >");
i.putExtra(EXTRA_DATA_VALUE, "<parameter value>");

Parameters

ACTION: String "com.panasonic.mobile.barcodereader.api.ACTION_CHANGEPARAMETER".
EXTRA_DATA_PROFILE: String "com.panasonic.mobile.barcodereader.api.EXTRA_PROFILENAME".
<profile name> : The profile name to switch to as a string (case-sensitive).
EXTRA_DATA_NAME: "com.panasonic.mobile.barcodereader.api.EXTRA_PARAMETERNAME".
<parameter name>: The parameter key name to set as a string (See Appendix A - Parameter List (except for FZ-X1) and Appendix B - Parameter List (for FZ-X1) for more information).
EXTRA_DATA_VALUE: String "com.panasonic.mobile.barcodereader.api.EXTRA_PARAMETERVALUE".
<parameter value >: The parameter value to set as a string (See Appendix A - Parameter List (except for FZ-X1) and Appendix B - Parameter List (for FZ-X1) for more information).

Sample source code

This sample source code shows to change barcode parameter "pref_key_trigger_mode" to "1" of the specified profile "TestProfile".

Intent i = new Intent();
i.setAction("com.panasonic.mobile.barcodereader.api.ACTION_CHANGEPARAMETER");
i.putExtra("com.panasonic.mobile.barcodereader.api.EXTRA_PROFILENAME", "TestProfile");
i.putExtra("com.panasonic.mobile.barcodereader.api.EXTRA_PARAMETERNAME", "pref_key_trigger_mode");
i.putExtra("com.panasonic.mobile.barcodereader.api.EXTRA_PARAMETERVALUE", "1");
Context.this.sendBroadcast(i);

Sample command

The following adb command is a sample to broadcast an intent to change the setting.

// Run with adb usage environment in place

adb shell am broadcast -a com.panasonic.mobile.barcodereader.api.ACTION_CHANGEPARAMETER --es com.panasonic.mobile.barcodereader.api.EXTRA_PROFILENAME DefaultProfile --es com.panasonic.mobile.barcodereader.api.EXTRA_PARAMETERNAME pref_key_trigger_mode --es com.panasonic.mobile.barcodereader.api.EXTRA_PARAMETERVALUE 1

Auto Import Specification

If user stores one or more profile database files in the following directory, all files will be imported automatically.

/sdcard/com.panasonic.mobile.barcodereader/autoimport

Stored files will be deleted regardless of success or failure.

When some import files are stored, files are imported in the order in which they are found.
User cannot set the order for import.

Regarding the success or failure of import, the result is notified by response intent.

The result of auto import is notified by response intent.

[Response Intent]

Function prototype

action = i.getAction();
kind = i.getStringExtra(EXTRA_DATA_KIND);
result = i.getBooleanExtra(EXTRA_DATA_RESULT, false);

Parameters

ACTION_RESULT: String "com.panasonic.mobile.barcodereader.api.ACTION_RESULT"
EXTRA_DATA_KIND: String "com.panasonic.mobile.barcodereader.api.EXTRA_KIND"
: String type of response intent kind ("import_db")
EXTRA_DATA_RESULT: String "com.panasonic.mobile.barcodereader.api.EXTRA_RESULT"
: Boolean type of response intent result (Success : true, Failure : false)

Sample source code

This sample source code shows to receive the response of auto import result.

BroadcastReceiver receiver = new BroadcastReceiver{
    @Override
    public void onReceive(Context c, Intent i) {
        action = i.getAction();
        kind = i.getStringExtra("com.panasonic.mobile.barcodereader.api.EXTRA_KIND");
        result = i.getBooleanExtra("com.panasonic.mobile.barcodereader.api.EXTRA_RESULT", false);
        if (action.equals("com.panasonic.mobile.barcodereader.api.ACTION_RESULT")){
            // a response intent is received.
        }
    }
};

IntentFilter filter = new IntentFilter();
filter.addAction = ("com.panasonic.mobile.barcodereader.api. ACTION_RESULT");
registerReceiver(receiver, filter);

Data Editing Plugin Specification

Data Editing Rule

User can set data editing rules for each output of barcode scan by regular expression as follows, by operating pre-installed barcode reader application.

• The data editing rule is described in a format that is combined the search character and replacement character with "=>". If the output does not match the search character, then it is not edited.
• User can write multiple rules by separating them with ";". (Maximum 256 characters)
• The edited result is deleted, when a screen transition is occurred.
• To use "=>" or ";" as just a character, it should be escaped by putting "\ (backslash)" before "=>" or ";".

Sample

User can check the edited result by scanning the barcode on data editing rule setting screen of pre-installed barcode reader application.
Both data before edit and after edit are displayed.

The rule of data editing: "9=>x" : The indication of rule: Replaced with "x", if "9" is included in the scanned data.

The rule of data editing: ^0+=>;
The indication of rule: Delete "0" at the head of scan data.

Data Editing Plugin

User can edit the scanned data by create and install Data Editing Plugin.
Data Editing Plugin is implemented as Android service.

User can create a Data Editing Plugin from the sample source code below.
User must use "com.panasonic.mobile.barcodereaderplugin" as package name.

Sample source code

This sample source code shows the rule : Replaced with "x", if "9" is included in the scanned data.

@Override
public byte[] editApiData(byte[] data) throws RemoteException {  // same as "9=>x;(.*)=>@$1@;"
        String scanString = new String(data);
        String editedString;
        if(scanString.indexOf("9") >= 0) {
                 editedString = scanString.replaceAll("9", "x");
        } else {
                editedString = "@" + new String(data) + "@";
        }
    return editedString.getBytes();
}

@Override
public byte[] editIntentData(byte[] data) throws RemoteException {  // not edit
    return data;
}

@Override
public byte[] editKeyboardData(byte[] data) throws RemoteException {  // surround with "@"
    return ("@" + new String(data) + "@").getBytes();
}

@Override
public byte[] editIpData(byte[] data) throws RemoteException {  // not edit
    return data;
}

							

Remarks

In order to enable Data Editing Plugin, user need to reboot after installation.
If user uninstall Data Editing Plugin, plugin is disabled immediately without reboot.
If user set both Data Editing Plugin and Data Editing Rule (UI operation of pre-installed barcord reader application), Data Editing Plugin works first, and Data Editing Rule works secondly.

Hide Setting Menu

Normally, user can change the barcode setting (profiles, parameters) using the setting menu. But, depending on the porpose, there are cases where it is desired to restrict the setting change by the user.
To restrict setting change, a flag in the system property is provided to hide the setting menu. In pre-installed barcode reader application, this flag is checked to switch visibility of the setting menu.
Even if this system property flag is set as disable (the setting menu is hidden), the setting can still be changed by the APIs described in the previous chapters.

Function prototype

Define the following Key as the system property flag.

System Property Definition		Description	Note
Key	Note
persist.sys.barcodereader	"true" or "false"	A flag to show/hide the setting menu of pre-installed barcode reader application.	"true": Shown "false": Hidden

Changing the value of this system property can control show/hide the setting menu of pre-installed barcode reader application.
When the system property is changed, setting changes are applied without restarting the terminal.

Intent i = new Intent();
i.setAction(ACTION);
i.setFlags(FLAG); // option
i.putExtra(NAME, <intent-key>);
i.putExtra(NAME, <system-property-value>);
sendBroadcast(i);

Parameters

ACTION: "panasonic.intent.action.SET_SYSTEM_PROPERTY"
FLAG: Intent.FLAG_INCLUDE_STOPPED_PACKAGES (optional)
EXTRA_DATA:
    Name: "SYS_PROP_KEY"
    Value: <intent-key> (Type String)
    Name: "SYS_PROP_VALUE"
    Value: <system-property-value> (Type String)

intent-key	system-property-value	Description
BARCODEREADER_SETTING	"true": Shown "false": Hidden	Change the flag to show/hide the setting menu of pre-installed barcode reader application.

Sample source code

This sample source sode shows how to hide the setting menu of pre-installed barcode reader application.

// On a component that inherits Context, such as Activity

Intent i = new Intent();
i.setAction("panasonic.intent.action.SET_SYSTEM_PROPERTY");
i.putExtra("SYS_PROP_KEY", "BARCODEREADER_SETTING");
i.putExtra("SYS_PROP_VALUE", "false");
sendBroadcast(i);

Sample command

The following adb command is a sample to broadcast an intent to change the setting.

// Run with adb usage environment in place

adb shell am broadcast -a panasonic.intent.action.SET_SYSTEM_PROPERTY --es SYS_PROP_KEY BARCODEREADER_SETTING --es SYS_PROP_VALUE false

Remarks

• If the value of this system property is not set, or a value other than "false" is set, the behavior will be the same as the behavior as "true" is set.
• In an applications with system privilege, the value of this system property can also directly be set using the undocumented android framework API.

• PACKAGE NAME：android.os
• CLASS NAME：SystemProperties
• METHOD NAME：public static void set(String key, String value);

Example)
SystemProperties.set("persist.sys.barcodereader", "false");

Appendix A - Parameter List (except for FZ-X1)

Barcode reader

Parameter	Key	Value range	Description (* indicates the initial value)
Barcode reader	pref_key_barcode_reader	true,false	Enable or Disable barcode reader. *true - Enable Barcode reader false - Disable Barcode reader

Symbologies-Aztec

Parameter	Key	Value range	Description (* indicates the initial value)
Aztec	pref_key_aztec	true,false	Enable or Disable Aztec. *true - Enable Aztec false - Disable Aztec
Aztec Inverse	pref_key_aztec_inverse	0..2	This parameter sets the Aztec inverse decoder setting. *0 - Regular Only The decoder decodes regular Aztec bar codes only. 1 - Inverse Only The decoder decodes inverse Aztec bar codes only. 2 - Inverse Autodetect The decoder decodes both regular and inverse Aztec bar codes.

Symbologies-Code 39

Parameter	Key	Value range	Description (* indicates the initial value)
Code 39	pref_key_code_39	true,false	Enable or disable scanning Code 39. *true - Enable Code 39 false - Disable Code 39 NOTICE: This parameter affects only to barcode reader settings UI. If user wants to affect this setting to system, user should set "pref_key_code_39_code_39" key parameter at the same time.
Code 39	pref_key_code_39_code_39	true,false	Enable or disable scanning Code 39. *true - Enable Code 39 false - Disable Code 39
Trioptic Code 39	pref_key_trioptic_code_39	true,false	Enable or disable Trioptic Code 39. true - Disable Trioptic Code 39 *false - Enable Trioptic Code 39
Length1	pref_key_length1	0..55	The length of a code refers to the number of characters (i.e., human readable characters), including check digit(s) the code contains. Assign lengths for Code 39 to decode either one or two discrete lengths, or a length within a specific range. One Discrete Length - To limit the decoding of Code 39 to one specific length, assign this length to the Length1 parameter and 0 to the Length2 parameter. For example, for fixed length 14, set Length1 = 14, Length2 = 0. Two Discrete Lengths - To limit the decoding of Code 39 to either of two specific lengths, assign the greater length to the Length1 parameter and the lesser to Length2. For example, to decode Code 39 codes of either 2 or 14 characters only, set Length1 = 14, Length2 = 2. Length Within Range - To decode only Code 39 codes that fall within a specific length range, assign the lesser length to the Length1 parameter and the greater to the Length2 parameter. For example, to decode Code 39 codes of length 4 through 12 characters, set Length1 = 4, Length2 = 12. *Initial value is Length1 = "2", Length2 = "55".
Length2	pref_key_length2	0..55
Convert Code 39 to Code 32	pref_key_convert_code_39_to_code_32	true,false	Enable or disable converting Code 39 to Code 32. true - Enable *false – Disable
Report Code 32 Prefix	pref_key_report_code_32_prefix	true,false	Enable or disable adding the prefix character "A" to all Code 32 bar codes. true - Enable Code 32 Prefix *false - Disable Code 32 Prefix
Verify Check Digit	pref_key_verify_check_digit	true,false	Enable this to check the integrity of all Code 39 symbols to verify that the data complies with specified check digit algorithm. true - Enable Code 39 Check Digit Verification *false - Disable Code 39 Check Digit Verification
Report Check Digit	pref_key_report_check_digit	true,false	Select whether to transmit Code 39 data with or without the check digit. true - Transmit Code 39 Check Digit (Enable) *false - Do Not Transmit Code 39 Check Digit (Disable)
Full ASCII Conversion	pref_key_full_ascii_conversion	true,false	Enable or disable Code 39 Full ASCII. true - Enable Code 39 Full ASCII *false - Disable Code 39 Full ASCII
Code 39 Reduced Quiet Zone	pref_key_code_39_reduced_quiet_zone	true,false	Enable or disable decoding Code 39 bar codes with reduced quiet zones. If you select Enable, select a 1D Quiet Zone Level. true - Enable Code 39 Reduced Quiet Zone *false - Disable Code 39 Reduced Quiet Zone

Symbologies-Code 128

Parameter	Key	Value range	Description (* indicates the initial value)
Code 128	pref_key_code_128	true,false	Enable or disable Code 128. *true - Enable Code 128 false - Disable Code 128 NOTICE: This parameter affects only to barcode reader settings UI. If user wants to affect this setting to system, user should set "pref_key_code_128_code_128" key parameter at the same time.
Code 128	pref_key_code_128_code_128	true,false	Enable or disable Code 128. *true - Enable Code 128 false - Disable Code 128
GS1-128	pref_key_gs1_128	true,false	Enable or disable GS1-128. *true - Enable GS1-128 false - Disable GS1-128
ISBT-128	pref_key_isbt_128	true,false	Enable or disable ISBT 128. *true - Enable ISBT 128 false - Disable ISBT 128
Length1	pref_key_code_128_length1	0..55	The length of a code refers to the number of characters (i.e., human readable characters), including check digit(s) the code contains. Assign lengths for Code 128 to decode either one or two discrete lengths, or a length within a specific range. One Discrete Length - To limit the decoding of Code 128 to one specific length, assign this length to the Length1 parameter and 0 to the Length2 parameter. For example, for fixed length 14, set Length1 = 14, Length2 = 0. Two Discrete Lengths - To limit the decoding of Code 128 to either of two specific lengths, assign the greater length to the Length1 parameter and the lesser to Length2. For example, to decode Code 128 codes of either 2 or 14 characters only, set Length1 = 14, Length2 = 2. Length Within Range - To decode only Code 128 codes that fall within a specific length range, assign the lesser length to the Length1 parameter and the greater to the Length2 parameter. For example, to decode Code 128 codes of length 4 through 12 characters, set Length1 = 4, Length2 = 12. *Initial value is Length1 = "0", Length2 = "0".
Length2	pref_key_code_128_length2	0..55
ISBT Concatenation Mode	pref_key_isbt_concatenation_mode	0..55	Select an option for concatenating pairs of ISBT code types. *0 - Disable ISBT Concatenation The device does not concatenate pairs of ISBT codes it encounters. 1 - Enable ISBT Concatenation There must be two ISBT codes in order for the device to decode and perform concatenation. The device does not decode single ISBT symbols. 2 - Autodiscriminate ISBT Concatenation The device decodes and concatenates pairs of ISBT codes immediately. If only a single ISBT symbol is present, the device must decode the symbol the number of times set via ISBT Concatenation Redundancy before transmitting its data to confirm that there is no additional ISBT symbol.
ISBT Concatenation Redundancy	pref_key_isbt_concatenation_redundancy	0..20	With ISBT Concatenation set to Autodiscriminate, this option sets the number of times the device must decode an ISBT symbol before determining that there is no additional symbol. *Initial value is "10".
Check ISBT Table	pref_key_check_isbt_table	true,false	The ISBT specification includes a table that lists several types of ISBT bar codes that are commonly used in pairs. If you enable ISBT Concatenation, enable Check ISBT Table to concatenate only those pairs found in this table. Other types of ISBT codes are not concatenated. *true - Enable Check ISBT Table false - Disable Check ISBT Table
Code 128 Reduced Quiet Zone	pref_key_code_128_reduced_quiet_zone	true,false	Enable or disable decoding Code 128 bar codes with reduced quiet zones. If you select Enable, select a 1D Quiet Zone Level. true - Enable Code 128 Reduced Quiet Zone *false - Disable Code 128 Reduced Quiet Zone
Ignore Code 128 <FNC4>	pref_key_ignore_code_128_fnc4	true,false	This feature applies to Code 128 bar codes with an embedded <FNC4> character. true - Enable Ignore Code 128 <FNC4> *false - Disable Ignore Code 128 <FNC4>

Symbologies-Data Matrix

Parameter	Key	Value range	Description (* indicates the initial value)
Data Matrix	pref_key_data_matrix	true,false	Enable or Disable Data Matrix. *true - Enable Data Matrix false - Disable Data Matrix
Data Matrix Inverse	pref_key_data_matrix_inverse	0..2	Set the Data Matrix inverse decoder setting. *0 - Regular Only The decoder decodes regular Data Matrix bar codes only. 1 - Inverse Only The decoder decodes inverse Data Matrix bar codes only. 2 - Inverse Autodetect The decoder decodes both regular and inverse Data Matrix bar codes.
Decode Mirror Images	pref_key_decode_mirror_images	0..2	Select an option for decoding mirror image Data Matrix bar codes. *0 - Never Do not decode Data Matrix bar codes that are mirror images. 1 - Always Decode only Data Matrix bar codes that are mirror images. 2 - Auto Decode both mirrored and unmirrored Data Matrix bar codes.

Symbologies-UPC/EAN/JAN

Parameter	Key	Value range	Description (* indicates the initial value)
UPC/EAN/JAN	pref_key_upc_ean_jan	true,false	Enable or disable UPC/EAN/JAN. *true - Enable UPC/EAN/JAN false - Disable UPC/EAN/JAN NOTICE: This parameter affects only to barcode reader settings UI. If user wants to affect this setting to system, user should set related parameter ("pref_key_upc_a", "pref_key_upc_a", "pref_key_upc_e", "pref_key_upc_e1", "pref_key_ean_8_jan_8", "pref_key_ean_13_jan_13", "pref_key_bookland_ean" "pref_key_issn_ean" ) at the same time.
UPC-A	pref_key_upc_a	true,false	Enable or disable UPC-A. *true - Enable UPC-A false - Disable UPC-A
UPC-E	pref_key_upc_e	true,false	Enable or disable UPC-E. *true - Enable UPC-E false - Disable UPC-E
UPC-E1	pref_key_upc_e1	true,false	Enable or disable UPC-E1. true - Enable UPC-E1 *false - Disable UPC-E1
EAN-8/JAN-8	pref_key_ean_8_jan_8	true,false	Enable or disable EAN-8/JAN-8. *true - Enable EAN-8/JAN-8 false - Disable EAN-8/JAN-8
EAN-13/JAN-13	pref_key_ean_13_jan_13	true,false	Enable or disable EAN-13/JAN-13. *true - Enable EAN-13/JAN-13 false - Disable EAN-13/JAN-13
Bookland EAN	pref_key_bookland_ean	true,false	Enable or disable Bookland EAN. true - Enable Bookland EAN *false - Disable Bookland EAN
ISSN EAN	pref_key_issn_ean	true,false	Enable or disable ISSN EAN. true - Enable ISSN EAN *false - Disable ISSN EAN
Supplemental Mode	pref_key_supplemental_mode	0..12	Supplementals are bar codes appended according to specific format conventions (e.g., UPC A+2, UPC E+2, EAN 13+2). 0 - Ignore UPC/EAN with Supplementals If the decoder is presented with a UPC/EAN plus supplemental symbol, the decoder decodes UPC/EAN and ignores the supplemental characters. 1 - Decode UPC/EAN with Supplementals The decoder only decodes UPC/EAN symbols with supplemental characters, and ignores symbols without supplementals. 2 - Autodiscriminate UPC/EAN Supplementals Decoder decodes UPC/EAN symbols with supplemental characters immediately. If the symbol does not have a supplemental, the decoder must decode the bar code the number of times set via UPC/EAN/JAN Supplemental Redundancy before transmitting its data to confirm that there is no supplemental. 3 - Enable Smart Supplemental Mode Applies to EAN-13 bar codes starting with any prefix listed previously. 4 - Enable 378/379 Supplemental Mode Enable 378/379 Supplemental Mode. 5 - Enable 978/979 Supplemental Mode If you select 978 Supplemental Mode and are scanning Bookland EAN bar codes, see Enable/Disable Bookland EAN to enable Bookland EAN, and select a format using Bookland ISBN Format. 6 - Enable 414/419/434/439 Supplemental Mode Enable 414/419/434/439 Supplemental Mode. 7 - Enable 977 Supplemental Mode Enable 977 Supplemental Mode. 8 - Enable 491 Supplemental Mode Enable 491 Supplemental Mode. 9 - Supplemental User-Programmable Type 1 Applies to EAN-13 bar codes starting with a 3-digit user-defined prefix. Set this 3-digit prefix using User-Programmable Supplementals. *10 - Supplemental User-Programmable Type 1 and 2 Applies to EAN-13 bar codes starting with either of two 3-digit user-defined prefixes. Set the 3-digit prefixes using User-Programmable Supplementals. 11 - Smart Supplemental Plus User-Programmable 1 Applies to EAN-13 bar codes starting with any prefix listed previously or the user-defined prefix set using User-Programmable Supplementals. 12 - Smart Supplemental Plus User-Programmable 1 and 2 Applies to EAN-13 bar codes starting with any prefix listed previously or one of the two user-defined prefixes set using User-Programmable Supplementals.
User-Programmable Supplemental 1	pref_key_user_programmable1	000..999	If you selected a Supplemental User-Programmable option from Decode UPC/EAN/JAN Supplementals, select User-Programmable Supplemental 1 to set the 3-digit prefix. Select User-Programmable Supplemental 2 to set a second 3-digit prefix. *Initial value is User-Programmable Supplemental 1 = "0", User-Programmable Supplemental 2 = "0".
User-Programmable Supplemental 2	pref_key_user_programmable2	000..999
Supplemental Redundancy	pref_key_supplemental_redundancy	2..30	With Autodiscriminate UPC/EAN/JAN Supplementals selected, this option adjusts the number of times a symbol without supplementals is decoded before transmission. The range is from two to 30 times. Five or above is recommended when decoding a mix of UPC/EAN/JAN symbols with and without supplementals, and the autodiscriminate option is selected. *Initial value is "10".
UPC-A Report Check Digit	pref_key_upc_ean_jan_upc_a_report_check_digit	true,false	The check digit is the last character of the symbol used to verify the integrity of the data. Select whether to transmit the bar code data with or without the UPC-A check digit. It is always verified to guarantee the integrity of the data. *true - Transmit UPC-A Check Digit false - Do Not Transmit UPC-A Check Digit
UPC-E Report Check Digit	pref_key_upc_ean_jan_upc_e_report_check_digit	true,false	The check digit is the last character of the symbol used to verify the integrity of the data. Select whether to transmit the bar code data with or without the UPC-E check digit. It is always verified to guarantee the integrity of the data. *true - Transmit UPC-E Check Digit false - Do Not Transmit UPC-E Check Digit
UPC-E1 Report Check Digit	pref_key_upc_ean_jan_upc_e1_report_check_digit	true,false	The check digit is the last character of the symbol used to verify the integrity of the data. Select whether to transmit the bar code data with or without the UPC-E1 check digit. It is always verified to guarantee the integrity of the data. *true - Transmit UPC-E1 Check Digit false - Do Not Transmit UPC-E1 Check Digit
UPC-A Preamble	pref_key_upc_a_preamble	0..2	Preamble characters are part of the UPC symbol, and include Country Code and System Character. There are three options for transmitting a UPC-A preamble to the host device. Select the appropriate option to match the host system. 0 - Transmit no preamble (<DATA>) *1 - Transmit System Character Only (<SYSTEM CHARACTER> <DATA>) 2 - Transmit System Character and Country Code ("0" for USA) (< COUNTRY CODE> <SYSTEM CHARACTER> <DATA>)
UPC-E Preamble	pref_key_upc_e_preamble	0..2	Preamble characters are part of the UPC symbol, and include Country Code and System Character. There are three options for transmitting a UPC-E preamble to the host device. Select the appropriate option to match the host system. 0 - Transmit no preamble (<DATA>) *1 - Transmit System Character Only (<SYSTEM CHARACTER> <DATA>) 2 - Transmit System Character and Country Code ("0" for USA) (< COUNTRY CODE> <SYSTEM CHARACTER> <DATA>)
UPC-E1 Preamble	pref_key_upc_e1_preamble	0..2	Preamble characters are part of the UPC symbol, and include Country Code and System Character. There are three options for transmitting a UPC-E1 preamble to the host device. Select the appropriate option to match the host system. 0 - Transmit no preamble (<DATA>) *1 - Transmit System Character Only (<SYSTEM CHARACTER> <DATA>) 2 - Transmit System Character and Country Code ("0" for USA) (< COUNTRY CODE> <SYSTEM CHARACTER> <DATA>)
Convert UPC-E to UPC-A	pref_key_convert_upc_e_to_upc_a	true,false	Enable this to convert UPC-E (zero suppressed) decoded data to UPC-A format before transmission. After conversion, the data follows UPC-A format and is affected by UPC-A programming selections (e.g., Preamble, Check Digit). When disabled, UPC-E decoded data is transmitted as UPC-E data, without conversion. true - Convert UPC-E to UPC-A (Enable) *false - Do Not Convert UPC-E to UPC-A (Disable)
Convert UPC-E1 to UPC-A	pref_key_convert_upc_e1_to_upc_a	true,false	Enable this to convert UPC-E1 decoded data to UPC-A format before transmission. After conversion, the data follows UPC-A format and is affected by UPC-A programming selections (e.g., Preamble, Check Digit). When disabled, UPC-E1 decoded data is transmitted as UPC-E1 data, without conversion. true - Convert UPC-E to UPC-A (Enable) *false - Do Not Convert UPC-E to UPC-A (Disable)
EAN-8/JAN-8 Zero Extend	pref_key_ean_8_jan_8_zero_extend	true,false	Enable this parameter to add five leading zeros to decoded EAN-8 symbols to make them compatible in format to EAN-13 symbols. Disable this to transmit EAN-8 symbols as is. true - Enable EAN/JAN Zero Extend *false - Disable EAN/JAN Zero Extend
Supplemental AIM ID Format	pref_key_supplemental_aim_id_format	0..2	Select an output format when reporting UPC/EAN/JAN bar codes with Supplementals with Transmit Code ID Character set to AIM Code ID Character: 0 - Separate transmit UPC/EAN with supplementals with separate AIM IDs but one transmission, i.e.: ]E<0 or 4><data>]E<1 or 2>[supplemental data] *1 - Combined transmit UPC/EAN with supplementals with one AIM ID and one transmission, i.e.: ]E3<data+supplemental data> 2 - Separate Transmissions transmit UPC/EAN with supplementals with separate AIM IDs and separate transmissions, i.e.: ]E<0 or 4><data> ]E<1 or 2>[supplemental data]
Bookland ISBN Format	pref_key_bookland_isbn_format	0,1	If you enabled Bookland EAN using Enable/Disable Bookland EAN, select one of the following formats for Bookland data. *0 - Bookland ISBN-10 The decoder reports Bookland data starting with 978 in traditional 10-digit format with the special Bookland check digit for backward-compatibility. Data starting with 979 is not considered Bookland in this mode. 1 - Bookland ISBN-13 The decoder reports Bookland data (starting with either 978 or 979) as EAN-13 in 13-digit format to meet the 2007 ISBN-13 protocol.
UCC Coupon Extended Code	pref_key_ucc_coupon_extended_code	true,false	Enable this parameter to decode UPC-A bar codes starting with digit ‘5’, EAN-13 bar codes starting with digit ‘99’, and UPC-A/EAN-128 Coupon Codes. UPCA, EAN-13, and EAN-128 must be enabled to scan all types of Coupon Codes. true - Enable UCC Coupon Extended Code *false - Disable UCC Coupon Extended Code
Coupon Report	pref_key_coupon_report	0..2	Traditional coupon symbols (old coupon symbols) are composed of two bar codes: UPC/EAN and Code128. A new coupon symbol is composed of a single Databar Expanded bar code. The new coupon format offers more options for purchase values (up to $999.99) and supports complex discount offers such as a second purchase requirement. An interim coupon symbol also exists that contains both types of bar codes: UPC/EAN and Databar Expanded. This format accommodates both retailers that do not recognize or use the additional information included in the new coupon symbol, as well as those who can process new coupon symbols. Select one of the following options for decoding coupon symbols: 0 - Old Coupon Symbols Scanning an old coupon symbol reports both UPC and Code 128, scanning an interim coupon symbol reports UPC, and scanning a new coupon symbol reports nothing (no decode). *1 - New Coupon Symbols Scanning an old coupon symbol reports either UPC or Code 128, and scanning an interim coupon symbol or a new coupon symbol reports Databar Expanded. 2 - Both Coupon Formats Scanning an old coupon symbol reports both UPC and Code 128, and scanning an interim coupon symbol or a new coupon symbol reports Databar Expanded.
UPC Reduced Quiet Zone	pref_key_upc_reduced_quiet_zone	true,false	Enable or disable decoding UPC bar codes with reduced quiet zones. If you select Enable, select a 1D Quiet Zone Level. true - Enable UPC Reduced Quiet Zone *false - Disable UPC Reduced Quiet Zone

Symbologies-QR Code

Parameter	Key	Value range	Description (* indicates the initial value)
QR Code	pref_key_qr_code	true,false	Enable or Disable QR Code. *true - Enable QR Code false - Disable QR Code
QR Inverse	pref_key_qr_inverse	0..2	Set the QR inverse decoder setting: *0 - Regular Only the decoder decodes regular QR bar codes only. 1 - Inverse Only the decoder decodes inverse QR bar codes only. 2 - Inverse Autodetect the decoder decodes both regular and inverse QR bar codes.

Symbologies-Australian Postal

Parameter	Key	Value range	Description (* indicates the initial value)
Australian Postal	pref_key_australian_postal	true,false	Enable or Disable Australian Postal. true - Enable Australia Post *false - Disable Australia Post
Post Format	pref_key_post_format	0..3	Select one of the following formats for Australia Post. *0 - Autodiscriminate (or Smart mode) Attempt to decode the Customer Information Field using the N and C Encoding Tables. 1 - Raw Format Output raw bar patterns as a series of numbers 0 through 3. 2 - Alphanumeric Encoding Decode the Customer Information Field using the C Encoding Table. 3 - Numeric Encoding Decode the Customer Information Field using the N Encoding Table.

Symbologies-Chinese 2 of 5

Parameter	Key	Value range	Description (* indicates the initial value)
Chinese 2 of 5	pref_key_chinese_2_of_5	true,false	Enable or Disable Chinese 2 of 5. true - Enable Chinese 2 of 5 *false - Disable Chinese 2 of 5
Length1	pref_key_chinese_2_of_5_length1	0..55	The length of a code refers to the number of characters (i.e., human readable characters), including check digit(s) the code contains. Assign lengths for Chinese 2 of 5 to decode either one or two discrete lengths, or a length within a specific range. One Discrete Length - To limit the decoding of Chinese 2 of 5 to one specific length, assign this length to the Length1 parameter and 0 to the Length2 parameter. For example, for fixed length 14, set Length1 = 14, Length2 = 0. Two Discrete Lengths - To limit the decoding of Chinese 2 of 5 to either of two specific lengths, assign the greater length to the Length1 parameter and the lesser to Length2. For example, to decode Chinese 2 of 5 codes of either 2 or 14 characters only, set Length1 = 14, Length2 = 2. Length Within Range - To decode only Chinese 2 of 5 codes that fall within a specific length range, assign the lesser length to the Length1 parameter and the greater to the Length2 parameter. For example, to decode Chinese 2 of 5 codes of length 4 through 12 characters, set Length1 = 4, Length2 = 12. *Initial value is Length1 = "11", Length2 = "0".
Length2	pref_key_chinese_2_of_5_length2	0..55

Symbologies-Codabar

Parameter	Key	Value range	Description (* indicates the initial value)
Codabar	pref_key_codabar	true,false	Enable or disable Codabar. true - Enable Codabar *false - Disable Codabar
Length1	pref_key_codabar_length1	0..55	The length of a code refers to the number of characters (i.e., human readable characters), including check digit(s) the code contains. Assign lengths for Codabar to decode either one or two discrete lengths, or a length within a specific range. One Discrete Length - To limit the decoding of Codabar to one specific length, assign this length to the Length1 parameter and 0 to the Length2 parameter. For example, for fixed length 14, set Length1 = 14, Length2 = 0. Two Discrete Lengths - To limit the decoding of Codabar to either of two specific lengths, assign the greater length to the Length1 parameter and the lesser to Length2. For example, to decode Codabar codes of either 2 or 14 characters only, set Length1 = 14, Length2 = 2. Length Within Range - To decode only Codabar codes that fall within a specific length range, assign the lesser length to the Length1 parameter and the greater to the Length2 parameter. For example, to decode Codabar codes of length 4 through 12 characters, set Length1 = 4, Length2 = 12. *Initial value is Length1 = "5", Length2 = "55".
Length2	pref_key_codabar_length2	0..55
CLSI Editing	pref_key_clsi_editing	true,false	Enable this parameter to strip the start and stop characters and insert a space after the first, fifth, and tenth characters of a 14-character Codabar symbol. Enable this if the host system requires this data format. true - Enable CLSI Editing *false - Disable CLSI Editing
NOTIS Editing	pref_key_notis_editing	true,false	Enable this parameter to strip the start and stop characters from a decoded Codabar symbol. Enable this if the host system requires this data format. true - Enable NOTIS Editing *false - Disable NOTIS Editing

Symbologies-Code 11

Parameter	Key	Value range	Description (* indicates the initial value)
Code 11	pref_key_code_11	true,false	Enable or Disable Code11. true - Enable Code 11 *false - Disable Code 11
Length1	pref_key_code_11_length1	0..55	The length of a code refers to the number of characters (i.e., human readable characters), including check digit(s) the code contains. Assign lengths for Code 11 to decode either one or two discrete lengths, or a length within a specific range. One Discrete Length - To limit the decoding of Code 11 to one specific length, assign this length to the Length1 parameter and 0 to the Length2 parameter. For example, for fixed length 14, set Length1 = 14, Length2 = 0. Two Discrete Lengths - To limit the decoding of Code 11 to either of two specific lengths, assign the greater length to the Length1 parameter and the lesser to Length2. For example, to decode Code 11 codes of either 2 or 14 characters only, set Length1 = 14, Length2 = 2. Length Within Range - To decode only Code 11 codes that fall within a specific length range, assign the lesser length to the Length1 parameter and the greater to the Length2 parameter. For example, to decode Code 11 codes of length 4 through 12 characters, set Length1 = 4, Length2 = 12. *Initial value is Length1 = "4", Length2 = "55".
Length2	pref_key_code_11_length2	0..55
Verify Check Digit	pref_key_code_11_verify_check_digit	0..2	This feature allows the decoder to check the integrity of all Code 11 symbols to verify that the data complies with the specified check digit algorithm. This selects the check digit mechanism for the decoded Code 11 bar code. To enable this feature, set the number of check digits encoded in the Code 11 symbols. *0 - Disable Code 11 Check Digit Verification 1 - 1 Check Digit 2 - 2 Check Digits
Report Check Digit	pref_key_code_11_report_check_digit	true,false	Select whether or not to transmit the Code 11 check digit(s). true - Transmit Code 11 Check Digit(s) (Enable) *false - Do Not Transmit Code 11 Check Digit(s) (Disable)

Symbologies-Code 93

Parameter	Key	Value range	Description (* indicates the initial value)
Code 93	pref_key_code_93	true,false	Enable or Disable Code 93 true - Enable Code 93 *false - Disable Code 93
Length1	pref_key_code_93_length1	0..55	The length of a code refers to the number of characters (i.e., human readable characters), including check digit(s) the code contains. Assign lengths for Code 93 to decode either one or two discrete lengths, or a length within a specific range. One Discrete Length - To limit the decoding of Code 93 to one specific length, assign this length to the Length1 parameter and 0 to the Length2 parameter. For example, for fixed length 14, set Length1 = 14, Length2 = 0. Two Discrete Lengths - To limit the decoding of Code 93 to either of two specific lengths, assign the greater length to the Length1 parameter and the lesser to Length2. For example, to decode Code 93 codes of either 2 or 14 characters only, set Length1 = 14, Length2 = 2. Length Within Range - To decode only Code 93 codes that fall within a specific length range, assign the lesser length to the Length1 parameter and the greater to the Length2 parameter. For example, to decode Code 93 codes of length 4 through 12 characters, set Length1 = 4, Length2 = 12. *Initial value is Length1 = "4", Length2 = "55".
Length2	pref_key_code_93_length2	0..55

Symbologies-Composite

Parameter	Key	Value range	Description (* indicates the initial value)
Composite	pref_key_composite	true,false	Enable or Disable Composite. true - Enable Composite *false - Disable Composite NOTICE: This parameter affects only to barcode reader settings UI. If user wants to affect this setting to system, user should set related parameter ("pref_key_composite_cc_c", "pref_key_composite_cc_a_b", "pref_key_composite_tlc_39") at the same time.
Composite CC-C	pref_key_composite_cc_c	true,false	Enable or disable Composite bar codes of type CC-C. true - Enable CC-C *false - Disable CC-C
Composite CC-A/B	pref_key_composite_cc_a_b	true,false	Enable or disable Composite bar codes of type CC-A/B. true - Enable CC-A/B *false - Disable CC-A/B
Composite TLC-39	pref_key_composite_tlc_39	true,false	Enable or disable Composite bar codes of type TLC-39. true - Enable TLC39 *false - Disable TLC39
UPC Composite Mode	pref_key_upc_composite_mode	0..2	Select an option for linking UPC symbols with a 2D symbol during transmission as if they were one symbol. *0 - UPC Never Linked ardless of whether a 2D symbol is detected. 1 - UPC Always Linked transmit UPC bar codes and the 2D portion. If 2D is not present, the UPC bar code does not transmit. 2 - Autodiscriminate UPC Composites the imager engine determines if there is a 2D portion, then transmits the UPC, as well as the 2D portion if present.
GS1-128 Emulation Mode for UCC/EAN Composite Codes	pref_key_gs1_128_emulation_mode_for_ucc_ean_composite_codes	true,false	Enable or disable this mode. true - Enable GS1-128 Emulation Mode for UCC/EAN Composite Codes *false - Disable GS1-128 Emulation Mode for UCC/EAN Composite Codes

Symbologies-Discrete 2 of 5

Parameter	Key	Value range	Description (* indicates the initial value)
Discrete 2 of 5	pref_key_discrete_2_of_5	true,false	Enable or Disable Discrete 2 of 5. true - Enable Discrete 2 of 5 *false - Disable Discrete 2 of 5
Length1	pref_key_discrete_2_of_5_length1	0..55	The length of a code refers to the number of characters (i.e., human readable characters), including check digit(s) the code contains. Assign lengths for D 2 of 5 to decode either one or two discrete lengths, or a length within a specific range. One Discrete Length - To limit the decoding of D 2 of 5 to one specific length, assign this length to the Length1 parameter and 0 to the Length2 parameter. For example, for fixed length 14, set Length1 = 14, Length2 = 0. Two Discrete Lengths - To limit the decoding of D 2 of 5 to either of two specific lengths, assign the greater length to the Length1 parameter and the lesser to Length2. For example, to decode D 2 of 5 codes of either 2 or 14 characters only, set Length1 = 14, Length2 = 2. Length Within Range - To decode only D 2 of 5 codes that fall within a specific length range, assign the lesser length to the Length1 parameter and the greater to the Length2 parameter. For example, to decode D 2 of 5 codes of length 4 through 12 characters, set Length1 = 4, Length2 = 12. NOTE Due to the construction of the D 2 of 5 symbology, it is possible for a scan line covering only a portion of the code to be interpreted as a complete scan, yielding less data than is encoded in the bar code. To prevent this, select specific lengths (one or two discrete lengths) for D 2 of 5 applications. *Initial value is Length1 = "12", Length2 = "0".
Length2	pref_key_discrete_2_of_5_length2	0..55

Symbologies-GS1 DataBar

Parameter	Key	Value range	Description (* indicates the initial value)
GS1 DataBar	pref_key_gs1_databar	true,false	Enable or Disable GS1 DataBar. true - Enable GS1 DataBar *false - Disable GS1 DataBar NOTICE: This parameter affects only to barcode reader settings UI. If user wants to affect this setting to system, user should set related parameter ("pref_key_gs1_databar_14", "pref_key_gs1_databar_limited", "pref_key_gs1_databar_expanded") at the same time.
GS1 DataBar-14	pref_key_gs1_databar_14	true,false	Enable or disable GS1 DataBar-14. true - Enable GS1 DataBar-14 *false - Disable GS1 DataBar-14
GS1 DataBar Limited	pref_key_gs1_databar_limited	true,false	Enable or disable GS1 DataBar Limited. true - Enable GS1 DataBar Limited *false - Disable GS1 DataBar Limited
GS1 DataBar Expanded	pref_key_gs1_databar_expanded	true,false	Enable or disable GS1 DataBar Expanded. true - Enable GS1 DataBar Expanded *false - Disable GS1 DataBar Expanded
GS1 DataBar Limited Security Level	pref_key_gs1_databar_limited_security_level	1..4	There are four levels of decode security for GS1 DataBar Limited bar codes. There is an inverse relationship between security and scanner aggressiveness. Increasing the level of security may result in reduced aggressiveness in scanning, so only choose the level of security necessary. 1 - Level 1 No clear margin required. This complies with the original GS1 standard, yet might result in erroneous decoding of the DataBar Limited bar codes when scanning some UPC symbols that start with the digits "9" and "7". 2 - Level 2 Automatic risk detection. This level of security may result in erroneous decoding of DataBar Limited bar codes when scanning some UPC symbols. If a misdecode is detected, the scanner operates in Level 3 or Level 1. *3 - Level 3 Security level reflects newly proposed GS1 standard that requires a 5X trailing clear margin. 4 - Level 4 Security level extends beyond the standard required by GS1. This level of security requires a 5X leading and trailing clear margin.
Convert GS1 DataBar to UPC/EAN	pref_key_convert_gs1_databar_to_upc_ean	true,false	This parameter only applies to GS1 DataBar-14 and GS1 DataBar Limited symbols not decoded as part of a Composite symbol. Enable this to strip the leading 010 from GS1 DataBar-14 and GS1 DataBar Limited symbols encoding a single zero as the first digit, and report the bar code as EAN-13. For bar codes beginning with two or more zeros but not six zeros, this parameter strips the leading'0100 and reports the bar code as UPC-A. The UPC-A Preamble parameter that transmits the system character and country code applies to converted bar codes. Note that neither the system character nor the check digit can be stripped. true - Enable Convert GS1 DataBar to UPC/EAN *false - Disable Convert GS1 DataBar to UPC/EAN

Symbologies-HanXin

Parameter	Key	Value range	Description (* indicates the initial value)
HanXin	pref_key_hanxin	true,false	Enable or disable Han Xin. true - Enable Han Xin *false - Disable Han Xin
Han Xin Inverse	pref_key_han_xin_inverse	0..2	Set the Han Xin inverse decoder setting. *0 - Regular Only the decoder decodes Han Xin bar codes with normal reflectance only. 1 - Inverse Only the decoder decodes Han Xin bar codes with inverse reflectance only. 2 - Inverse Autodetect the decoder decodes both regular and inverse Han Xin bar codes.

Symbologies-Interleaved 2 of 5

Parameter	Key	Value range	Description (* indicates the initial value)
Interleaved 2 of 5	pref_key_interleaved_2_of_5	true,false	Enable or Disable Interleaved 2 of 5 true - Enable Interleaved 2 of 5 *false - Disable Interleaved 2 of 5
Length1	pref_key_interleaved_2_of_5_length1	0..55	The length of a code refers to the number of characters (i.e., human readable characters), including check digit(s) the code contains. Assign lengths for I 2 of 5 to decode either one or two discrete lengths, or a length within a specific range. One Discrete Length - To limit the decoding of I 2 of 5 to one specific length, assign this length to the Length1 parameter and 0 to the Length2 parameter. For example, for fixed length 14, set Length1 = 14, Length2 = 0. Two Discrete Lengths - To limit the decoding of I 2 of 5 to either of two specific lengths, assign the greater length to the Length1 parameter and the lesser to Length2. For example, to decode I 2 of 5 codes of either 2 or 14 characters only, set Length1 = 14, Length2 = 2. Length Within Range - To decode only I 2 of 5 codes that fall within a specific length range, assign the lesser length to the Length1 parameter and the greater to the Length2 parameter. For example, to decode I 2 of 5 codes of length 4 through 12 characters, set Length1 = 4, Length2 = 12. Any Length - To decode I 2 of 5 codes of any length, set the values of Length1 and Length2 parameters to 0. NOTE Due to the construction of the I 2 of 5 symbology, it is possible for a scan line covering only a portion of the code to be interpreted as a complete scan, yielding less data than is encoded in the bar code. To prevent this, select specific lengths (one or two discrete lengths) for I 2 of 5 applications. *Initial value is Length1 = "14", Length2 = "0".
Length2	pref_key_interleaved_2_of_5_length2	0..55
Verify Check Digit	pref_key_interleaved_2_of_5_verify_check_digit	0..2	Enable this feature to check the integrity of all I 2 of 5 symbols to verify the data complies with either the specified Uniform Symbology Specification (USS), or the Optical Product Code Council (OPCC) check digit algorithm. *0 - Disable 1 - USS Check Digit 2 - OPCC Check Digits
Report Check Digit	pref_key_interleaved_2_of_5_report_check_digit	true,false	Select whether to transmit I 2 of 5 data with or without the check digit. true - Transmit I 2 of 5 Check Digit (Enable) *false - Do Not Transmit I 2 of 5 Check Digit (Disable)
Convert I 2 of 5 to EAN-13	pref_key_convert_i_2_of_5_to_ean_13	true,false	Enable this parameter to convert 14-character I 2 of 5 codes to EAN-13, and transmit to the host as EAN-13. To accomplish this, the I 2 of 5 code must be enabled, and the code must have a leading zero and a valid EAN-13 check digit. true - Convert I 2 of 5 to EAN-13 (Enable) *false - Do Not Convert I 2 of 5 to EAN-13 (Disable)
I 2 of 5 Security Level	pref_key_i_2_of_5_security_level	0..3	Interleaved 2 of 5 bar codes are vulnerable to misdecodes, particularly when I 2 of 5 Lengths is set to Any Length. The scanner offers four levels of decode security for Interleaved 2 of 5 bar codes. There is an inverse relationship between security and scanner aggressiveness. Increasing the level of security can reduce scanning aggressiveness, so select only the level of security necessary. NOTE Selecting this option is an extreme measure against mis-decoding severely out-of-spec bar codes. Selecting this level of security significantly impairs the decoding ability of the scanner. If this level of security is required, try to improve the quality of the bar codes. 0 - I 2 of 5 Security Level 0 This setting allows the scanner to operate in its most aggressive state, while providing sufficient security in decoding most in-spec bar codes. *1 - I 2 of 5 Security Level 1 A bar code must be successfully read twice, and satisfy certain safety requirements before being decoded. This default setting eliminates most misdecodes. 2 - I 2 of 5 Security Level 2 Select this option with greater bar code security requirements if Security Level 1 fails to eliminate misdecodes. 3 - I 2 of 5 Security Level 3 If you selected Security Level 2, and misdecodes still occur, select this security level. The highest safety requirements are applied. A bar code must be successfully read three times before being decoded.
I 2 of 5 Reduced Quiet Zone	pref_key_i_2_of_5_reduced_quiet_zone	true,false	Enable or disable decoding I 2 of 5 bar codes with reduced quiet zones. If you select Enable, select a 1D Quiet Zone Level. true - Enable I 2 of 5 Reduced Quiet Zone *false - Disable I 2 of 5 Reduced Quiet Zone

Symbologies-Japan Postal

Parameter	Key	Value range	Description (* indicates the initial value)
Japan Postal	pref_key_japan_postal	true,false	Enable or disable Japan Postal. true - Enable Japan Postal *false - Disable Japan Postal

Symbologies-Korean 3 of 5

Parameter	Key	Value range	Description (* indicates the initial value)
Korean 3 of 5	pref_key_korean_3_of_5	true,false	Enable or disable Korean 3 of 5. true - Enable Korean 3 of 5 *false - Disable Korean 3 of 5

Symbologies-Matrix 2 of 5

Parameter	Key	Value range	Description (* indicates the initial value)
Matrix 2 of 5	pref_key_matrix_2_of_5	true,false	Enable or disable Matrix 2 of 5. true - Enable Matrix 2 of 5 *false - Disable Matrix 2 of 5
Length1	pref_key_matrix_2_of_5_length1	0..55	The length of a code refers to the number of characters (i.e., human readable characters), including check digit(s) the code contains. Assign lengths for Matrix 2 of 5 to decode either one or two discrete lengths, or a length within a specific range. One Discrete Length - To limit the decoding of Matrix 2 of 5 to one specific length, assign this length to the Length1 parameter and 0 to the Length2 parameter. For example, for fixed length 14, set Length1 = 14, Length2 = 0. Two Discrete Lengths - To limit the decoding of Matrix 2 of 5 to either of two specific lengths, assign the greater length to the Length1 parameter and the lesser to Length2. For example, to decode Matrix 2 of 5 codes of either 2 or 14 characters only, set Length1 = 14, Length2 = 2. Length Within Range - To decode only Matrix 2 of 5 codes that fall within a specific length range, assign the lesser length to the Length1 parameter and the greater to the Length2 parameter. For example, to decode Matrix 2 of 5 codes of length 4 through 12 characters, set Length1 = 4, Length2 = 12. *Initial value is Length1 = "14", Length2 = "0".
Length2	pref_key_matrix_2_of_5_length2	0..55
Redundancy	pref_key_matrix_2_of_5_redundancy	true,false	Enable or disable Matrix 2 of 5 redundancy. true - Enable Matrix 2 of 5 Redundancy *false - Disable Matrix 2 of 5 Redundancy
Verify Check Digit	pref_key_matrix_2_of_5_verify_check_digit	true,false	The check digit is the last character of the symbol used to verify the integrity of the data. Select whether to transmit the bar code data with or without the Matrix 2 of 5 check digit. true - Enable Matrix 2 of 5 Check Digit *false - Disable Matrix 2 of 5 Check Digit
Report Check Digit	pref_key_matrix_2_of_5_report_check_digit	true,false	Select whether to transmit Matrix 2 of 5 data with or without the check digit. true - Transmit Matrix 2 of 5 Check Digit *false - Do Not Transmit Matrix 2 of 5 Check Digit

Symbologies-Maxicode

Parameter	Key	Value range	Description (* indicates the initial value)
Maxicode	pref_key_maxicode	true,false	Enable or disable Maxicode. true - Enable Maxicode *false - Disable Maxicode

Symbologies-MicroPDF417

Parameter	Key	Value range	Description (* indicates the initial value)
MicroPDF417	pref_key_micropdf417	true,false	Enable or disable MicroPDF417. true - Enable MicroPDF417 *false - Disable MicroPDF417
Code 128 Emulation	pref_key_code_128_emulation	true,false	Enable this parameter to transmit data from certain MicroPDF417 symbols as if it was encoded in Code 128 symbols. Transmit AIM Symbology Identifiers must be enabled for this parameter to work. true - Enable Code 128 Emulation transmits these MicroPDF417 symbols with one of the following prefixes: *false - Disable Code 128 Emulation transmits these MicroPDF417 symbols with one of the following

Symbologies-MicroQR

Parameter	Key	Value range	Description (* indicates the initial value)
MicroQR	pref_key_microqr	true,false	Enable or disable MicroQR. true - Enable MicroQR *false - Disable MicroQR

Symbologies-MSI

Parameter	Key	Value range	Description (* indicates the initial value)
MSI	pref_key_msi	true,false	Enable or disable MicroPDF417. true - Enable MicroPDF417 *false - Disable MicroPDF417
Length1	pref_key_msi_length1	0..55	The length of a code refers to the number of characters (i.e., human readable characters), including check digit(s) the code contains. Assign lengths for MSI to decode either one or two discrete lengths, or a length within a specific range. One Discrete Length - To limit the decoding of MSI to one specific length, assign this length to the Length1 parameter and 0 to the Length2 parameter. For example, for fixed length 14, set Length1 = 14, Length2 = 0. Two Discrete Lengths - To limit the decoding of MSI to either of two specific lengths, assign the greater length to the Length1 parameter and the lesser to Length2. For example, to decode MSI codes of either 2 or 14 characters only, set Length1 = 14, Length2 = 2. Length Within Range - To decode only MSI codes that fall within a specific length range, assign the lesser length to the Length1 parameter and the greater to the Length2 parameter. For example, to decode MSI codes of length 4 through 12 characters, set Length1 = 4, Length2 = 12. NOTE Due to the construction of the MSI symbology, it is possible for a scan line covering only a portion of the code to be interpreted as a complete scan, yielding less data than is encoded in the bar code. To prevent this, select specific lengths (one or two discrete lengths) for MSI applications. *Initial value is Length1 = "4", Length2 = "55".
Length2	pref_key_msi_length2	0..55
Check Digit	pref_key_check_digit	0,1	With MSI symbols, one check digit is mandatory and always verified by the reader. The second check digit is optional. If the MSI codes include two check digits, select Two MSI Check Digits to enable verification of the second check digit. *0 - One MSI Check Digit 1 - Two MSI Check Digits
Check Digit Scheme	pref_key_check_digit_scheme	0,1	Select one of two algorithms for the verification of the second MSI check digit. 0 - MOD 10/MOD 11 *1 - MOD 10/MOD 10
Report Check Digit	pref_key_msi_report_check_digit	true,false	Select whether to transmit MSI data with or without the check digit. true - Transmit MSI Check Digit(s) (Enable) *false - Do Not Transmit MSI Check Digit(s) (Disable)

Symbologies-Netherlands KIX Code

Parameter	Key	Value range	Description (* indicates the initial value)
Netherlands KIX Code	pref_key_netherlands_kix_code	true,false	Enable or disable Netherlands KIX Code. true - Enable Netherlands KIX Code *false - Disable Netherlands KIX Code

Symbologies-PDF417

Parameter	Key	Value range	Description (* indicates the initial value)
PDF417	pref_key_pdf417	true,false	Enable or disable PDF417. true - Enable PDF417 *false - Disable PDF417

Symbologies-UK Postal

Parameter	Key	Value range	Description (* indicates the initial value)
UK Postal	pref_key_uk_postal	true,false	Enable or disable UK Postal. true - Enable UK Postal *false - Disable UK Postal
Report Check Digit	pref_key_uk_postal_report_check_digit	true,false	Select whether to transmit UK Postal data with or without the check digit. *true - Transmit UK Postal Check Digit false - Do Not Transmit UK Postal Check Digit

Symbologies- UPU FICS Postal

Parameter	Key	Value range	Description (* indicates the initial value)
UPU FICS Postal	pref_key_upu_fics_postal	true,false	Enable or disable UPU FICS Postal. true - Enable UPU FICS Postal *false - Disable UPU FICS Postal

Symbologies- USPS 4CB/One Code/Intelligent Mail

Parameter	Key	Value range	Description (* indicates the initial value)
USPS 4CB/One Code/Intelligent Mail	pref_key_usps_4cb_one_code_intelligent_mail	true,false	Enable or disable USPS 4CB/One Code/Intelligent Mail. true - Enable USPS 4CB/One Code/Intelligent Mail *false - Disable USPS 4CB/One Code/Intelligent Mail

Symbologies- US Postal

Parameter	Key	Value range	Description (* indicates the initial value)
US Postal	pref_key_us_postal	true,false	Enable or disable US Postal. true - Enable US Postal *false - Disable US Postal NOTICE: This parameter affects only to barcode reader settings UI. If user wants to affect this setting to system, user should set related parameter ("pref_key_us_postnet", "pref_key_us_planet") at the same time.
US Postnet	pref_key_us_postnet	true,false	Enable or disable US Postnet. true - Enable US Postnet *false - Disable US Postnet
US Planet	pref_key_us_planet	true,false	Enable or disable US Planet. true - Enable US Planet *false - Disable US Planet
Report Check Digit	pref_key_us_postal_report_check_digit	true,false	Select whether to transmit US Postal data, which includes both US Postnet and US Planet, with or without the check digit. *true - Transmit US Postal Check Digit false - Do Not Transmit US Postal Check Digit

Data transmission settings

Parameter	Key	Value range	Description (* indicates the initial value)
Preamble	pref_key_preamble	0-20(Characters)	Enter preamble characters. *Initial value is <Empty>.
Postamble	pref_key_postamble	0-20(Characters)	Enter postamble characters. *Initial value is <Empty>.
Post-Scan Action	pref_key_post_scan_action	0..36	*0 - Nothing 1 - TAB 2 - ENTER 3 - DEL 4 - ALT LEFT 5 - ALT RIGHT 6 - CTRL LEFT 7 - CTRL RIGHT 8 - SHIFT LEFT 9 - SHIFT RIGHT 10 - CLEAR 11 - ESCAPE 12 - F1 13 - F2 14 - F3 15 - F4 16 - F5 17 - F6 18 - F7 19 - F8 20 - F9 21 - F10 22 - F11 23 - F12 24 - DPAD UP 25 - DPAD DOWN 26 - DPAD LEFT 27 - DPAD RIGHT 28 - DPAD CENTER 29 - PAGE UP 30 - PAGE DOWN 31 - CAPS LOCK 32 - SCROLL LOCK 33 - NUM LOCK 34 - SEARCH 35 - SOFT LEFT 36 - SOFT RIGHT
Transmit Code ID Type	pref_key_transmit_code_id_type	0..2	A Code ID character identifies the code type of a scanned bar code. This is useful when decoding more than one code type. In addition to any single character prefix already selected, the Code ID character is inserted between the prefix and the decoded symbol. NOTE If you enable Symbol Code ID Character or AIM Code ID Character, and enable Transmit "No Read" Message, the decoder appends the code ID for Code 39 to the NR message. *0 - None 1 - AIM Code ID Character 2 - Symbol Code ID Character
Transmit "No Read" Message	pref_key_transmit_no_read_message	true,false	Select whether or not to transmit a No Read message. NOTE If you enable Transmit No Read, and also enable Symbol Code ID Character or AIM Code ID Character for Transmit Code ID Character, the decoder appends the code ID for Code 39 to the NR message. true - Enable No Read the decoder sends the characters NR when a successful decode does not occur before trigger release or the Decode Session Timeout expires. *false - Disable No Read the decoder sends nothing to the host if a symbol does not decode.

Data transmission settings-Data Editing

Parameter	Key	Value range	Description (* indicates the initial value)
Toughpad Api	pref_key_data_editing_toughpad_api	0-256(Characters)	Enter data editing rules of Toughpad Api. If the user uses the => as a non-control character, it is escaped by putting a \(reverse solidus) before the =>. If the user uses the; as a non-control character, it is escaped by putting a \(reverse solidus) before the ;. Ex.) Data Editing Rule : ^0+=>; Edit result of when user scan the "001234500007" : upca, 001234500007, 12, 1234500007, 10, ^0+=> The meaning of this rule, remove leading zeros in the scan data. *Initial value is <Empty>.
Intent output	pref_key_data_editing_intent_output	0-256(Characters)	Enter data editing rules of Intent output. If the user uses the => as a non-control character, it is escaped by putting a \(reverse solidus) before the =>. If the user uses the; as a non-control character, it is escaped by putting a \(reverse solidus) before the ;. Ex.) Data Editing Rule : ^0+=>; Edit result of when user scan the "001234500007" : upca, 001234500007, 12, 1234500007, 10, ^0+=> The meaning of this rule, remove leading zeros in the scan data. *Initial value is <Empty>.
Keyboard wedge	pref_key_data_editing_keyboard_wedge	0-256(Characters)	Enter data editing rules of Keyboard wedge. If the user uses the => as a non-control character, it is escaped by putting a \(reverse solidus) before the =>. If the user uses the; as a non-control character, it is escaped by putting a \(reverse solidus) before the ;. Ex.) Data Editing Rule : ^0+=>; Edit result of when user scan the "001234500007" : upca, 001234500007, 12, 1234500007, 10, ^0+=> The meaning of this rule, remove leading zeros in the scan data. *Initial value is <Empty>.
IP output	pref_key_data_editing_ip_output	0-256(Characters)	Enter data editing rules of IP output. If the user uses the => as a non-control character, it is escaped by putting a \(reverse solidus) before the =>. If the user uses the; as a non-control character, it is escaped by putting a \(reverse solidus) before the ;. Ex.) Data Editing Rule : ^0+=>; Edit result of when user scan the "001234500007" : upca, 001234500007, 12, 1234500007, 10, ^0+=> The meaning of this rule, remove leading zeros in the scan data. *Initial value is <Empty>.

Data transmission settings

Parameter	Key	Value range	Description (* indicates the initial value)
Encoding	pref_key_data_editing_encoding	0..23	Select the data editing encoding. 0 - IBM437 United States 1 - IBM737 Greek 2 - IBM775 Baltic 3 - IBM850 Latin-1 4 - IBM852 Latin-2 5 - IBM855 Cyrillic 6 - IBM857 Turkish 7 - IBM866 Russian 8 - Windows-1250 Central European 9 - Windows-1251 Cyrillic 10 - Windows-1252 Latin-1 11 - Windows-1253 Greek 12 - Windows-1254 Turkish 13 - Windows-1257 Baltic 14 - KOI8-R Russian 15 - KOI8-U Ukrainian 16 - ISO-8859-2 Latin-2 17 - ISO-8859-3 Latin-3 18 - ISO-8859-4 Baltic 19 - ISO-8859-5 Cyrillic 20 - ISO-8859-7 Greek 21 - UTF-7 *22 - UTF-8 23 - Shift-JIS

Reader settings

Parameter	Key	Value range	Description (* indicates the initial value)
Trigger Mode	pref_key_trigger_mode	0..3	Select a trigger mode. 0 - Toggle When user presses the trigger, the device will transitions to DECODING state. Even if the user releases the trigger, DECODING state will continue. When the user presses the trigger again, the device returns to the IDLE state. After a successful scan, the device returns to the IDLE state. If a timeout(Decode Timeout) occurs, the device returns to the IDLE state. *1 - Level While pressing the trigger, the device is a DECODING state. When user releases the trigger, the device returns to the IDLE state. After a successful scan, the device returns to the IDLE state. If a timeout(Decode Timeout) occurs, the device returns to the IDLE state. 2 - Presentation When the user presses the trigger, the device will transitions to MOTION DETECTING state(LED light is blinking). Even if the user releases the trigger, MOTION DETECTING state will continue. When the user presses the trigger again, the device returns to the IDLE state. When the device detects the motion, the device will transition to DECODING state(LED light is blinking). After a successful scan, the device returns to the MOTION DETECTING state(LED light is blinking). If a timeout(2sec) occurs, the device returns to the MOTION DETECTING state(LED light is blinking). 3 - Auto Aim When the user presses the trigger, the device will transitions to MOTION DETECTING state(LED light is blinking). [Before release the trigger] When the device detects the motion, the device will transition to AIMING state(LED light is blinking). If a timeout(2sec) occurs, the device returns to the MOTION DETECTING state(LED light is blinking). When user releases the trigger, the device will transitions to DECODING state. [After release the trigger] When the user presses the trigger again, the device returns to the IDLE state. After a successful scan, the device returns to the MOTION DETECTING state(LED light is blinking). When the device detects the motion, the device will transition to DECODING state. If a timeout(Decode Timeout) occurs, the device returns to the MOTION DETECTING state(LED light is blinking). 4 - Continuous When user press the trigger, the device will transitions to DECODING state. Even if the user releases the trigger, DECODING state will continue. When the user presses the trigger again, the device returns to the IDLE state. After a successful scan, the device continues the DECODING state. If a timeout(Decode Timeout) occurs, the device NOT returns to the IDLE state. 5 - Aim When the user presses the trigger, the device will transitions to AIMING state. When user releases the trigger, the device will transitions to DECODING state. [After release the trigger] When the user presses the trigger again, the device returns to the IDLE state. After a successful scan, the device returns to the IDLE state. If a timeout(Decode Timeout) occurs, the device returns to the IDLE state.
Picklist Mode	pref_key_picklist_mode	true,false	Picklist mode enables the decoder to decode only bar codes aligned under the center of the laser aiming pattern. Select one of the following picklist modes. NOTE Picklist mode works via an approximation of the aiming pattern center. In most cases this approximation is fully accurate. However, decodes can occur when the target bar code is near but not directly under the center of the aiming pattern. true - Enabled Always - Picklist mode is always enabled. *false - Disabled Always - Picklist mode is always disabled. NOTICE: This parameter affects only to barcode reader settings UI. If user wants to affect this setting to system, user must set "pref_key_picklist_mode_DEVICE" key parameter at the same time. pref_key_picklist_mode_DEVICE parameter value is made as follow : [pref_key_picklist_mode = true] pref_key_picklist_mode_DEVICE must be set "2". [pref_key_picklist_mode = false] pref_key_picklist_mode_DEVICE must be set "0". This parameter is set to true when Trigger Mode is set to Aim.
Decode Timeout	pref_key_decode_timeout	true,false	Enable or Disable Decode Timeout. true – Enable *false – Disable NOTICE: This parameter affects only to barcode reader settings UI. If user wants to affect this setting to system, user must set "pref_key_decode_timeout_period_DEVICE" key parameter at the same time. pref_key_decode_timeout_period_DEVICE parameter value is made as follow : [pref_key_decode_timeout = true] pref_key_decode_timeout_period_DEVICE must be set .same as pref_key_decode_timeout_period value. [pref_key_decode_timeout = false] pref_key_decode_timeout_period_DEVICE must be set "99".
Decode Timeout Period (x100ms)	pref_key_decode_timeout_period	5..99	Set the maximum time decode processing continues during a scan attempt, available in 0.1 second increments from 0.5 to 9.9 seconds. The default timeout is 9.9 seconds. *Initial value is "99". NOTICE: This parameter affects only to barcode reader settings UI. If user wants to affect this setting to system, user must set "pref_key_decode_timeout_period_DEVICE" key parameter at the same time. pref_key_decode_timeout_period_DEVICE parameter value is made as follow : [pref_key_decode_timeout = true] pref_key_decode_timeout_period_DEVICE must be set .same as pref_key_decode_timeout_period value. [pref_key_decode_timeout = false] pref_key_decode_timeout_period_DEVICE must be set "99".
Timeout Between Decodes (x100ms)	pref_key_timeout_between_decodes	1..99	Use this option in presentation mode to prevent multiple reads of a symbol left in the imager engine’s field of view. The timeout begins when you remove the symbol from the field of view. *Initial value is "6".
Continuous Decode Interval (x100ms)	pref_key_continuous_decode_interval	1..99	Set the interval time between decodes, available in 0.1 second increments from 0.1 to 9.9 seconds. The default timeout is 0.1 seconds.*Initial value is "1".
Illumination	pref_key_illumination	true,false	Enable or disable illumination. *true - Enable Decoding Illumination the decoder turns on illumination every image capture to aid decoding. false - Disable Decoding Illumination the decoder does not use decoding illumination.
Illumination Power Level	pref_key_illumination_power_level	0..10	This parameter sets the level of illumination by altering laser/LED power. The default is 10, which is maximum illumination. For values from 0 to 10, illumination varies from lowest to highest level. This parameter affects both decoding and motion illumination. *Initial value is "10".
Motion Illumination	pref_key_motion_illumination	true,false	This parameter only applies to hands-free and auto aim trigger modes. *true - Enable Motion Illumination turns on motion illumination in hands-free and auto aim trigger modes. false - Disable Motion Illumination turns off motion illumination.
Inverse 1D Mode	pref_key_inverse_1d_mode	0..2	Set the 1D inverse decoder setting. *0 - Regular Only the decoder decodes regular 1D bar codes only. 1 - Inverse Only the decoder decodes inverse 1D bar codes only. 2 - Inverse Autodetect the decoder decodes both regular and inverse 1D bar codes.
Fuzzy 1D Processing	pref_key_fuzzy_1d_processing	true,false	This option is enabled by default to optimize decode performance on 1D bar codes, including damaged and poor quality symbols. Disable this only if you experience time delays when decoding 2D bar codes, or in detecting a no decode. *true - Enable Fuzzy 1D Processing false - Disable Fuzzy 1D Processing
Mobile Phone/Display Mode	pref_key_mobile_phone_display_mode	true,false	This mode improves bar code reading performance on mobile phones and electronic displays. Enabling this mode improves accuracy by reducing the probability of no-decodes or miss-decodes, but may increase decode time. true - Enable Mobile Phone/Display Mode *false - Disable Mobile Phone/Display Mode

Reader settings-Multi Decode Mode

Parameter	Key	Value range	Description (* indicates the initial value)
Multi Decode Mode	pref_key_multi_decode_mode_multi_decode_mode	true,false	This mode enables decoding multiple bar codes within the scanner's field of view. Select one of the following options. true - Enable Multi Decode Mode *false - Disable Multi Decode Mode
Bar Codes to Read	pref_key_bar_codes_to_read	1..10	This parameter sets the number of bar codes to read when Multi Decode Mode is enabled. *Initial value is "1".
Full Read Mode	pref_key_full_read_mode	true,false	Select when to generate a decode event to the calling application when Multi Decode Mode is enabled. *true - Only generate the callback to onDecodeComplete() when at least the number of bar codes set in Bar Codes to Read are decoded. false - Generate a decode event after one or more bar codes are decoded.

Reader settings

Parameter	Key	Value range	Description (* indicates the initial value)
Decode Aiming Pattern	pref_key_decode_aiming_pattern	true,false	This parameter only applies in Decode Mode. *true - Enable Decode Aiming Pattern this projects the aiming pattern during bar code capture. false - Disable Decode Aiming Pattern this turns off the aiming pattern.
Hands-free Decode Aiming Pattern	pref_key_hands_free_decode_aiming_pattern	true,false	This parameter only applies in hands-free mode. *true - Enable Hands-free Decode Aiming Pattern this projects the aiming pattern during hands-free mode. false - Disable Hands-free Decode Aiming Pattern this turns off the aiming pattern during hands-free mode.
Audio Feedback	pref_key_audio_feedback	URI string(Characters)	Enter an URI of audio tone to sound upon a good decode. User can know the URI referring to RingtoneManager. If user wants to set silence, set this parameter empty. Ex. "content://media/internal/audio/media/32" *Initial value is "default_beep". User can add audio tone by placing a sound source files in the following directory, /sdcard/Notifications/
Haptic Feedback	pref_key_haptic_feedback	true,false	Enable the device to vibrate upon a good decode. true – Enable *false - Disable
LED Feedback	pref_key_led_feedback	true,false	Enable the device to LED notice upon a good decode. true - Enable *false - Disable
Custom Parameter	pref_key_custom_parameter	arbitrary	User can set parameters that cannot be set from the BarcodeReader application UI. - Set the parameter value as a set of ID / Value separated by ":" - When setting multiple parameter values, separate them with "," Ex.) 574:0

Security levels

Parameter	Key	Value range	Description (* indicates the initial value)
Redundancy Level	pref_key_redundancy_level	1..4	The decoder offers four levels of decode redundancy. Select higher redundancy levels for decreasing levels of bar code quality. As redundancy levels increase, the decoder’s aggressiveness decreases. *1 - Redundancy Level 1 The following code types must be successfully read twice before being decoded: Codabar:8 characters or less MSI:4 characters or less D 2 of 5:8 characters or less I 2 of 5:8 characters or less 2 - Redundancy Level 2 The following code types must be successfully read twice before being decoded: All Code type: All Code Length. 3 - Redundancy Level 3 Code types other than the following must be successfully read twice before being decoded. The following codes must be read three times: MSI Plessey:4 characters or less D 2 of 5:8 characters or less I 2 of 5:8 characters or less Codabar:8 characters or less 4 - Redundancy Level 4 The following code types must be successfully read three times before being decoded: All Code type: All Code Length.
Security Level	pref_key_security_level	0..3	The decoder offers four levels of decode security for delta bar codes, which include the Code 128 family, UPC/EAN, and Code 93. Select increasing levels of security for decreasing levels of bar code quality. There is an inverse relationship between security and decoder aggressiveness, so choose only that level of security necessary for any given application. 0 - Security Level 0: This setting allows the decoder to operate in its most aggressive state, while providing sufficient security in decoding most "in-spec" bar codes. This setting allows the decoder to operate in its most aggressive state, while providing sufficient security in decoding most "in-spec" bar codes. *1 - Security Level 1 Select this option if misdecodes occur. This default setting eliminates most misdecodes. 2 - Security Level 2 Select this option if Security level 1 fails to eliminate misdecodes. 3 - Security Level 3 If misdecodes still occur with Security Level 2, select this security level. Be advised, selecting this option is an extreme measure against mis-decoding severely out of spec bar codes. Selecting this level of security significantly impairs the decoding ability of the decoder. If this level of security is necessary, try to improve the quality of the bar codes.
Intercharacter Gap Size	pref_key_intercharacter_gap_size	6,10	The Code 39 and Codabar symbologies have an intercharacter gap that is typically quite small. Due to various bar code printing technologies, this gap can grow larger than the maximum size allowed, preventing the decoder from decoding the symbol. If this problem occurs, select Large Intercharacter Gaps to tolerate these out-of-specification bar codes. *6 - Normal Intercharacter Gaps 10 - Large Intercharacter Gaps
1D Quiet Zone Level	pref_key_1d_quiet_zone_level	0..3	This feature sets the level of aggressiveness in decoding bar codes with a reduced quiet zone (the area in front of and at the end of a bar code), and applies to symbologies enabled by a Reduced Quiet Zone parameter. Because higher levels increase the decoding time and risk of misdecodes, we strongly recommends enabling only the symbologies which require higher quiet zone levels, and leaving Reduced Quiet Zone disabled for all other symbologies. 0 - 1D Quiet Zone Level 0 The decoder performs normally in terms of quiet zone. *1 - 1D Quiet Zone Level 1 The decoder performs more aggressively in terms of quiet zone. 2 - 1D Quiet Zone Level 2 The decoder only requires one side EB (end of bar code) for decoding. 3 - 1D Quiet Zone Level 3 The decoder decodes anything in terms of quiet zone or end of bar code.

Keyboard wedge

Parameter	Key	Value range	Description (* indicates the initial value)
Keyboard wedge	pref_key_keyboard_wedge	true,false	Enable or Disable Keyboard wedge Keyboard wedge function means that the value of barcode object is inputted in activate text box. *true - Enable false - Disable
Transmission mode	pref_key_keyboard_wedge_transmission_mode	0..1	User can define transmission mode using keyboard wedge, *0 - Send as Text 1 – Send as Keycode

Intent output settings

Parameter	Key	Value range	Description (* indicates the initial value)
Intent output	pref_key_intent_output	true,false	Enable or Disable Intent output function. true – Enable *false – Disable User can get barcode data via intent that user created. If user set this parameter true, user must set intent information (action name/Intent category name/Intent delivery type) by setting related parameters. Intent contents: Intent contains the following data. User can get these data by Intent.getStringExtra() and Intent.getSerializableExtra(). "com.panasonic.mobile.barcodereader.symbology_type" kind of barcode type as a string. "com.panasonic.mobile.barcodereader.data_string" scan data as a string. "com.panasonic.mobile.barcodereader.decode_data" scan data as a byte array (binary data).
Intent action name	pref_key_intent_action_name	0-100(Characters)	User can define Intent action name. This setting must be within 100 characters. *Initial value is <Empty>.
Intent category name	pref_key_intent_category_name	0-100(Characters)	User can define Intent category name. This setting must be within 100 characters. Enter category name of intent. *Initial value is <Empty>.
Use foreground package name	pref_key_use_foreground_package_name	true,false	Enable or Disable Use foreground package name. *true – Enable false – Disable If the user selects Use foreground package name, the package name of the foreground application is automatically set.
Intent package name	pref_key_intent_package_name	0-100(Characters)	User can define Intent package name. This setting must be within 100 characters. Enter package name of intent. *Initial value is <Empty>.
Intent delivery type	pref_key_intent_delivery_type	0..2	Select delivery type of intent. *0 - Send via StartActivity 1 - Send via startService 2 - Broadcast intent

IP output settings

Parameter	Key	Value range	Description (* indicates the initial value)
IP output	pref_key_ip_output	true,false	Enable or Disable IP output function. true – Enable *false - Disable IP packet is sent according to IP address/Port/Protocol that user defined. If user set this parameter true, user must set IP information (IP address, port, host name). IP packet is contained the scan data as a binary data. For example Barcode application sends as below. User set IP address: 192.168.1.161 Port: 443 Protocol: UDP Scan "49722079" Packet data 0000 f0 27 65 fa 18 1b 40 83 de 7e 69 7e 08 00 45 00 : header 1-16byte 0010 00 24 00 00 40 00 40 11 b6 18 c0 a8 01 bf c0 a8 : header 1-16byte 0020 01 a1 c4 a3 01 bb 00 10 df e9 34 39 37 32 32 30 : header 1-10byte, data 11-16byte 0030 37 39 : data 1-2byte
Protocol	pref_key_protocol	0,1	Select IP protocol *0 - TCP 1 - UDP
Hostname	pref_key_hostname	0-253(Characters)	Enter the host name. This setting must be within 253 characters. *Initial value is <Empty>.
Port	pref_key_port	1..65535	Enter the port number. This value must be between 1 and 65535. *Initial value is "49152".
OCR-A	pref_key_ocr_a	true,false	Enable or disable OCR-A: 1 - Enable OCR-A *0 - Disable OCR-A
OCR-A Variant	pref_key_ocr_a_variant	0..3	Font variant sets a processing algorithm and default character subset for the given font. Select one of the following supported variants. Selecting the most appropriate font variant optimizes performance and accuracy. *0 - OCR-A Full ASCII !"#$()*+,-./0123456789<>ABCDEFGHIJKLMNOPQRSTUVWXYZ\^ 1 - OCR-A Reserved 1 $*+-./0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ 2 - OCR-A Reserved 2 $*+-./0123456789<>ABCDEFGHIJKLMNOPQRSTUVWXYZ 3 - OCR-A Banking -0123456789<> Special banking characters output as the following representative characters: outputs as f outputs as c outputs as h
OCR-B	pref_key_ocr_b	true,false	Enable or disable OCR-B: 1 - Enable OCR-B *0 - Disable OCR-B
OCR-B Variant	pref_key_ocr_b_variant	0..20	Select one of the following supported OCR-B variants. 0 - OCR-B Full ASCII !#$%()*+,-./0123456789<>ABCDEFGHIJKLMNOPQRSTUVWXYZ^|Ñ 1 - OCR-B Banking #+-0123456789<>JNP| 2 - OCR-B Limited +,-./0123456789<>ACENPSTVX 6 - OCR-B ISBN 10-Digit Book Numbers -0123456789>BCEINPSXz 7 - OCR-B ISBN 10 or 13-Digit Book Numbers -0123456789>BCEINPSXz 3 - OCR-B Travel Document Version 1 (TD1) 3-Line ID Cards -0123456789<ABCDEFGHIJKLMNOPQRSTUVWXYZ 8 - OCR-B Travel Document Version 2 (TD2) 2-Line ID Cards -0123456789<ABCDEFGHIJKLMNOPQRSTUVWXYZ 20 - OCR-B Travel Document 2 or 3-Line ID Cards Auto-Detect !#$%()*+,-./0123456789<>ABCDEFGHIJKLMNOPQRSTUVWXYZ^|Ñ 4 - OCR-B Passport -0123456789<ABCDEFGHIJKLMNOPQRSTUVWXYZÑ 9 - OCR-B Visa Type A -0123456789<ABCDEFGHIJKLMNOPQRSTUVWXYZ 10 - OCR-B Visa Type B -0123456789<ABCDEFGHIJKLMNOPQRSTUVWXYZÑ *11 - OCR-B ICAO Travel Documents This allows reading either TD1, TD2, Passport, Visa Type A, or Visa Type B without switching between these options. It automatically recognizes the travel document read.
MICR E13B	pref_key_ocr_micr_e13b	true,false	Enable or disable MICR E13B. 1 - Enable MICR E13B *0 - Disable MICR E13B
US Currency Serial Number	pref_key_ocr_us_currency	true,false	Enable or disable MICR E13B. 1 - Enable MICR E13B *0 - Disable MICR E13B
OCR Orientation	pref_key_ocr_orientation	0..4	Select one of five options to specify the orientation of an OCR string to be read. Setting an incorrect orientation can cause misdecodes. *2 - 0o to the imaging engine (default) 3 - 270o clockwise (or 90o counterclockwise) to the imaging engine 0 - 180o (upside down) to the imaging engine 1 - 90o clockwise to the imaging engine 4 – Omnidirectional
OCR Lines	pref_key_ocr_lines	1..3	Select the specific number of OCR lines to decode. Selecting Visas, TD1, or TD2 ID cards automatically sets the appropriate number of OCR Lines. *1 - Decode OCR 1 Line 2 - Decode OCR 2 Lines 3 - Decode OCR 3 Lines
OCR Minimum Charactors	pref_key_ocr_minimum_char	3-100	Set the minimum number of OCR characters (not including spaces) per line to decode from 3 and 100. Strings of OCR characters less than the minimum are ignored. The default is 3.
OCR Maximum Charactors	pref_key_ocr_maximum_char	3-100	Set the maximum number of OCR characters (including spaces) per line to decode from 3 and 100. Strings of OCR characters greater than the maximum are ignored. The default is 100.
OCR Subset	pref_key_ocr_subset	(Characters)	To set or modify the OCR font subset, first enable the appropriate OCR font(s). Next, for this parameter, set a string of numbers and letters in the application to form the desired OCR Subset. To cancel an OCR subset, for OCR-A or OCR-B, set OCR-A variant Full ASCII or OCR-B variant Full ASCII, and clear any previously set subsets to a null string. For MICR E13B or US Currency Serial Number, create a subset which includes all allowed characters in that character set.
OCR Quiet Zone	pref_key_ocr_quiet_zone	20-99	Set a quiet zone in the range of 20 - 99. The default is 50, indicating a six character width quiet zone.
OCR Template	pref_key_ocr_template	(Characters)	To set or modify the OCR decode template, select the following numbers and letters to form the template expression. The default is 54R which accepts any character OCR strings. 9 - Required Digit A - Required Alpha 1 - Optional Alphanumeric 2 - Optional Alpha 3 - Alpha or Digit 4 - Any Including Space & Reject 5 - Any Except Space & Reject 7 - Optional Digit 8 - Digit or Fill F - Alpha or Fill ( ) [space] - Optional Space Other template operators: " - Literal String + - Literal String E - New Line C - String Extract D - End of Field P1 - Skip Until P0 - Skip Until Not R - Repeat Previous S - Scroll Until Match
OCR Check Digit Modulus	pref_key_ocr_check_digit_modulus	001-099	To select the Check Digit Modulus, such as 10 for modulo 10, set this parameter to a three-digit number from 001 to 099 representing the check digit. The default is 1.
OCR Check Digit Multiplier	pref_key_ocr_check_digit_Multiplier	(Characters)	This option sets OCR check digit multipliers for the character positions. For check digit validation, each character in scanned data has an equivalent weight used in the check digit calculation. Zebra device OCR ships with the following weight equivalents: 0 = 0 A = 10 K = 20 U = 30 1 = 1 B = 11 L = 21 V = 31 2 = 2 C = 12 M = 22 W = 32 3 = 3 D = 13 N = 23 X = 33 4 = 4 E = 14 O = 24 Y = 34 5 = 5 F = 15 P = 25 Z = 35 6 = 6 G = 16 Q = 26 Space = 0 7 = 7 H = 17 R = 27 8 = 8 I = 18 S = 28 9 = 9 J = 19 T = 29 All other characters are equivalent to one (1). You can define the multiplier string if it is different from the default. 121212121212 (default) 123456789A (for ISBN, Product Add Right to Left. For example: ISBN 0 2 0 1 1 8 3 9 9 4 Multiplier 10 9 8 7 6 5 4 3 2 1 Product 0 18 0 7 6 40 12 27 18 4 Product add 0+ 18+ 0+ 7+ 6+ 40+ 12+ 27+ 18+ 4= 132 ISBN uses modulo 11 for its check digit. In this case, 132 is divisible by 11, so it passes the check digit. To set the check digit multiplier, set numbers and letters to form the multiplier string.
OCR Check Digit Validation	pref_key_ocr_check_digit_Validation	0..9	Use OCR Check Digit Validation to protect against scanning errors by applying a check digit validation scheme. Select one of the following options. See the remainder of this section for explanations of options. *0 - No Check Digit 3 - Product Add Left to Right 1 - Product Add Right to Left 4 - Digit Add Left to Right 2 - Digit Add Right to Left 5 - Product Add Right to Left Simple Remainder 6 - Digit Add Right to Left Simple Remainder 9 - Health Industry - HIBCC43
Inverse OCR	pref_key_ocr_inverse	0..2	Inverse OCR is white or light words on a black or dark background. Set an option for decoding inverse OCR. *0 - Regular Only - decode regular OCR (black on white) strings only. 1 - Inverse Only - decode inverse OCR (white on black) strings only. 2 - Autodiscriminate - decodes both regular and inverse OCR strings.

Appendix B - Parameter List (for FZ-X1)

Barcode reader

Parameter	Key	Value range	Description (* indicates the initial value)
Barcode reader	pref_key_barcode_reader	true,false	Enable or Disable barcode reader. *true - Enable Barcode reader false - Disable Barcode reader

Symbologies-Aztec

Parameter	Key	Value range	Description (* indicates the initial value)
Aztec	pref_key_aztec	true,false	Enable or Disable Aztec. *true - Enable Aztec false - Disable Aztec
Structured append	pref_key_structured_append	true,false	Enable or disable Aztec structured append. This allows you to send linked data in more than one code. See also "Header Transmission". true - Enable *false - Disable
Header transmission	pref_key_header_transmission	true,false	Enable or disable Aztec structured append header transmission. true - Enable *false - Disable
Runes	pref_key_runes	true,false	Enable or disable Aztec Runes. When enabled Aztec Runes, which are special Aztec symbols, can be decoded. true - Enable *false - Disable
EAN 128 Emulation	pref_key_ean_128_emulation	true,false	Enable or disable Aztec EAN 128 emulation. true - Enable *false - Disable
User defined symbology ID	pref_key_user_defined_symbology_id	0-4(Characters)	The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "D3".
Code mark	pref_key_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies-Code39

Parameter	Key	Value range	Description (* indicates the initial value)
Code39	pref_key_code39	true,false	Enable or disable Code 39. The Code 39 character set consists of 43 characters except when full ASCII conversion is enabled. *true - Enable false - Disable
Check digit transmission	pref_key_code39_check_digit_transmission	true,false	Enable or disable check digit transmission for Code 39. true - Enable *false - Disable
Check digit verification	pref_key_code39_check_digit_verification	0..3	There are 3 types of check digit verification for Code 39: Modulo 43: Standard check digit for Code 39 that uses the Modulo 43 algorithm. It provides extra validation of data. French CIP: Check digit used for the French pharmaceutical industry. It is only used for codes with 7 characters. Italian CPI: Check digit used by the Italian pharmaceutical industry, also known as Code 32. If the checksum is not validated the code is transmitted as standard Code 39.Activating one type of check digit deactivates all other check digits. *0 - Disable 1 - modulo 43 2 - French CIP 3 - Italian CPI
Length mode	pref_key_code93_length_mode	0..2	Length 1 (L1), Length 2 (L2) and Length 3 (L3) are used differently depending on the length mode. *0 - L1 as minimum length Codes with as many characters as specified by L1 and longer are read. L2 and L3 are not used. 1 - L1, L2, L3 as fixed lengths Only codes that comply with the lengths specified by L1, L2 and L3 will be read. 2 - L1 as minimum, L2 as maximum lengths Codes that are at least the minimum length specified by L1 and not longer than the maximum length specified by L2 are read. L3 is not used.
Set length L1	pref_key_code93_set_length_l1	0..255	Use L1, L2 and L3 to compose acceptable bar code lengths depending on the length mode used. Minimum length for Code 39 is 3 characters. Bar code length = <start> + <bar code data> + [check digit] + <stop> *Initial value is L1="0", L2="0", L3="0".
Set length L2	pref_key_code93_set_length_l2	0..255
Set length L3	pref_key_code93_set_length_l3	0..255
Start/Stop transmission	pref_key_code39_start_stop_transmission	true,false	Enable or disable the start/stop transmission for Code 39 and Trioptic Code 39. true - Enable *false - Disable
Accepted start character	pref_key_code39_accepted_start_character	1..3	Select the accepted start characters for Code 39. 1 - " $ " only *2 - " * " only 3 - " $ " and " * "
Format	pref_key_code39_format	0,1	When Code 39 full ASCII conversion is enabled Code 39 bar codes are transmitted with an extended character set. The full 128 ASCII character set is encoded in Code 39 by combining two regular Code 39 characters. *0 - Standard 43 characters 1 - Full ASCII (extended)
Reading range	pref_key_code39_reading_range	0,1	Reading range can be set to standard or extended. Use extended reading range when long distance reading is important for your application. When using this mode a special algorithm is used and reading distances are significantly increased. Reading range is valid on Code 39 and Trioptic Code 39. 0 - normal *1 - extended
Reading tolerance	pref_key_code39_reading_tolerance	0..2	Set the tolerance level for reading "hard to read" bar codes: *0 - high 1 - medium 2 - low
Unconventional Code39	pref_key_code39_unconventional_code39	true,false	Enable unconventional Code 39 when scanning Code 39 bar codes with a large intercharacter gap and/or a large narrow and wide element ratio. true - Enable *false - Disable
Special keys interpretation	pref_key_code39_special_key_interpretation	true,false	Special keyboard keys such as <Enter> and <Tab> can be interpreted and transmitted by using dual-character combinations printed in code 39 Full ASCII. true - Enable *false - Disable
User defined symbology ID	pref_key_code39_user_defined_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "B1".
Code mark	pref_key_code39_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies-Code128

Parameter	Key	Value range	Description (* indicates the initial value)
Code128	pref_key_code128	true,false	Enable or disable Code 128. *true - Enable false - Disable NOTICE: This parameter affects only to barcode reader settings UI. If user wants to affect this setting to system, user should set "pref_key_code128_code128", "pref_key_code128_gs1_128", "pref_key_code128_isbt_128" key parameter at the same time.
Code128	pref_key_code128_code128	true,false	Enable or disable Code 128. *true - Enable false - Disable
GS1-128	pref_key_code128_gs1_128	true,false	Enable or disable GS1-128. *true - Enable false - Disable
ISBT128	pref_key_code128_isbt_128	true,false	Enable or disable ISBT. true - Enable *false - Disable
Reading Range	pref_key_code128_reading_range	0,1	Reading range can be set to standard or extended. Use extended reading range when long distance reading is important for your application. When using this mode a special algorithm is used and reading distances are significantly increased. 0 - normal *1 - extended
Reading Tolerance	pref_key_code128_reading_tolerance	0..2	Set the tolerance level for reading hard to read bar codes: *0 - high 1 - medium 2 - low
Length mode	pref_key_code128_barcode_length_mode	0..2	Length 1 (L1), Length 2 (L2) and Length 3 (L3) are used differently depending on the length mode. *0 - L1 as minimum length Codes with as many characters as specified by L1 and longer are read. L2 and L3 are not used. 1 - L1, L2, L3 as fixed lengths Only codes that comply with the lengths specified by L1, L2 and L3 will be read. 2 - L1 as minimum, L2 as maximum lengths Codes that are at least the minimum length specified by L1 and not longer than the maximum length specified by L2 are read. L3 is not used.
Set length L1	pref_key_code128_set_length_l1	0..255	Use L1, L2 and L3 to compose acceptable bar code lengths depending on the length mode used. Minimum length for Code 128/GS1-128 is 1 character. Bar code length = <bar code data> *Initial value is L1="0", L2="0", L3="0".
Set length L2	pref_key_code128_set_length_l2	0..255
Set length L3	pref_key_code128_set_length_l3	0..255
FNC1 separator character	pref_key_code128_fnc1_separator_character	1(Character)	Compose the FNC1 separator character. This separator is used when multiple identifiers and their fields are concatenated. For example, this is useful for keyboard wedge interfaces where the <GS> character cannot be transmitted. *Initial value is "/x1D".
Code128 Check digit verification	pref_key_code128_check_digit_verification	0,1	Enable or disable the French CIP check digit verification which is used for the French pharmaceutical industry. When enabled, bar codes are only decoded when length is fixed at 14 characters, start is C type and CI check digit is verified. *0 - Disable 1 - French CIP
GS1-128 Identifier	pref_key_code128_gs1_128_identifier	true,false	According the GS1-128 norm, the AIM identifier " ]C1 " is added by default in front of each GS1-128 bar code as follows: ]C1 <data> *true - include AIM identifier false - remove AIM identifier
Unconventional GS1-128	pref_key_code128_un_gs1_128	true,false	Allows decoding of unconventional GS1-128 which is GS1-128 with two FNC1 characters at the beginning. *true - Allows decoding of unconventional GS1-128 false - Disallows decoding of unconventional GS1-128 NOTICE: When user sets this parameter, user should set two parameters below at the same time. pref_key_code128_fnc2_append_disabled pref_key_code128_fnc4_ascii_extension And user should set"pref_key_code128_un_gs1_128_DEVICE"parameter. The setting value is sum that user wants to enable (set "true"). pref_key_code128_un_gs1_128 (1) pref_key_code128_fnc2_append_disabled(2) pref_key_code128_fnc4_ascii_extension(4) Ex. If user sets pref_key_code128_un_gs1_128=true pref_key_code128_fnc2_append_disabled=false pref_key_code128_fnc4_ascii_extension=true User should set pref_key_code128_un_gs1_128_DEVICE to "5".
FNC2 append disabled	pref_key_code128_fnc2_append_disabled	true,false	Instructs the scanner to store the data from the bar code containing the FNC2 and transmit it as a prefix to the data of the next bar code. This allows you to concatenate several bar codes before transmission. true - Enable *false - Disable NOTICE: See the notes of the "pref_key_code128_un_gs1_128" parameter above-mentioned.
FNC4 ASCII extensions	pref_key_code128_fnc4_ascii_extension	true,false	FNC4 automatically uses an extended ASCII character set (see the GS1-128 specification for more information). Use this option to disable this function. true - Enable *false - Disable NOTICE: See the notes of the "pref_key_code128_un_gs1_128" parameter above-mentioned.
GS1-128 GTIN processing	pref_key_code128_gs1_128_gtin_processing	true,false	Enable or disable GTIN processing for GS1-128. GTIN stands for "Global Trade Item Number" and transmits GS1-128 as the 14 character GS1 Composite GTIN. true - Enable *false - disable
ISBT128 Concatenation transmission	pref_key_code128_isbt128_concatenation_transmission	0..2	Select the transmission mode for concatenated ISBT 128 codes. There are three options: *0 - Disable Codes are always transmitted as single codes (no concatenation). 1 - Concatenated codes only Only transmits concatenated codes, does not transmit single codes. 2 - Single codes and concatenated codes Single codes and concatenated codes are both transmitted. If the product can only "see" one code of a code pair it will send that code as a single code. If the product "sees" both codes of a pair it will concatenate the codes depending on the concatenation mode setting.
ISBT128 Concatenation	pref_key_code128_isbt_128	true,false	Certain ISBT 128 codes are always concatenated in compliance with Section 4.1 of the "ISBT 128 Bar Code Symbology and Application Specification for Labeling of Whole Blood and Blood Components" (June 2000, Version 1.2.1). These include: Donation Identification Number + ABO/Rh (D) Blood Groups Donation Identification Number + Donor Identification Number Donation Identification Number + Confidential Unit Exclusion Status Product Code + Expiration Date All other code pairs are not concatenated unless the scanner is set to concatenate all code pairs. Concatenated codes are transmitted according to the concatenation transmission mode selected. true - all ISBT code pairs *false - authorized ISBT code pairs ONLY
User defined symbology ID-Code128	pref_key_code128_user_defined_symbology_id_code128	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> *Initial value is "B3".
User defined symbology ID-GS1-128	pref_key_code128_user_defined_symbology_id_gs1_128	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> *Initial value is "C9".
Code mark-Code128	pref_key_code128_code_mark_code128	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "D".
Code mark-GS1-128	pref_key_code128_code_mark_gs1_128	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "D".

Symbologies-Data Matrix

Parameter	Key	Value range	Description (* indicates the initial value)
Data Matrix	pref_key_datamatrix	true,false	Enable or disable DataMatrix. *true - enable false - disable
Mirrored labels activation	pref_key_datamatrix_mirrored_labels_activation	true,false	Mirrored DataMatrix labels are labels that are mirrored or flipped in the image. This setting allows you to decode these bar codes as well as normal DataMatrix bar codes. This setting can be used for special applications (printing on transparent surface) or when bar codes are printed in mirrored format. true - enable *false - disable
Structured append	pref_key_datamatrix_structured_append	true,false	Enable or disable DataMatrix structured append. This allows you to send linked data in more than one code. See also header transmission. true - enable *false - disable
Header transmission	pref_key_datamatrix_header_transmission	true,false	Enable or disable DataMatrix structured append header transmission. true - enable *false - disable
User defined symbology ID	pref_key_datamatrix_user_defined_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "D0".
Code mark	pref_key_datamatrix_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies-EAN/UPC

Parameter	Key	Value range	Description (* indicates the initial value)
EAN / UPC	pref_key_ean_upc	true,false	Enable or disable UPC/EAN. *true - Enable UPC/EAN false - Disable UPC/EAN NOTICE: This parameter affects only to barcode reader settings UI. If user wants to affects this setting to system, user should set related parameter below at the same time. "pref_key_ean_upc_upc_a", " pref_key_ean_upc_upc_e", "pref_key_ean_upc_ean_8", "pref_key_ean_upc_ean_13", "pref_key_ean_upc_upc_e1"
UPC-A	pref_key_ean_upc_upc_a	true,false	Enable or disable UPC-A. *true - Enable UPC-A false - Disable UPC-A
UPC-E	pref_key_ean_upc_upc_e	true,false	Enable or disable UPC-E. *true - Enable UPC-E false - Disable UPC-E
EAN-8	pref_key_ean_upc_ean_8	true,false	Enable or disable EAN-8. *true - Enable EAN-8 false - Disable EAN-8
EAN-13	pref_key_ean_upc_ean_13	true,false	Enable or disable EAN-13. *true - Enable EAN-13 false - Disable EAN-13
UPC-E1	pref_key_ean_upc_upc_e1	true,false	Enable or disable UPC-E1. This is an irregular UPC-E with number system equal to 1 (usually the first printed character). UPC-E must be active for UPC-E1 to be taken into account. true - Enable UPC-E1 *false - Disable UPC-E1
Add-on digits	pref_key_ean_upc_addon_digits	0,1	Select the requirements for add-on digits for UPC/EAN symbologies. *0 - not required but transmitted if read 1 - required and transmitted
Add-on 2digits	pref_key_ean_upc_addon_2digits	true,false	Enable or disable add-on 2 for all UPC/EAN symbologies. true - Enable *false - Disable
Add-on 5digits	pref_key_ean_upc_addon_5digits	true,false	Enable or disable add-on 5 for all UPC/EAN symbologies. true - Enable *false - Disable
Add-on digit security	pref_key_ean_upc_addon_digit_security	0..100	The add-on digit security is used only when add-on digits are not required but transmitted. A higher security level results in more secure decoding however this can slow the decode rate. *Initial value is "10".
Reading range	pref_key_ean_upc_reading_range	0,1	Reading range can be set to standard or extended. Use extended reading range when long distance reading is important for your application. When using this mode a special algorithm is used and reading distances are significantly increased. 0 - normal *1 - extended
GTIN processing	pref_key_ean_upc_gtin_processing	true,false	Enable or disable GTIN processing for all UPC/EAN symbologies. GTIN stands for "Global Trade Item Number" and transmits UPC/EAN symbologies as the 14 character EAN.UCC GTIN. true - Enable *false - Disable
Check digit transmission - UPC-A	pref_key_ean_upc_check_digit_upc_a	true,false	Enable or disable check digit transmission for UPC-A. *true - Enable false - Disable
Check digit transmission - UPC-E	pref_key_ean_upc_check_digit_upc_e	true,false	Enable or disable check digit transmission for UPC-E. *true - Enable false - Disable
Check digit transmission - EAN-8	pref_key_ean_upc_check_digit_ean_8	true,false	Enable or disable check digit transmission for EAN-8. *true - Enable false - Disable
Check digit transmission - EAN-13	pref_key_ean_upc_check_digit_ean_13	true,false	Enable or disable check digit transmission for EAN-13. *true - Enable false - Disable
UPC Number system - UPC-A	pref_key_ean_upc_upc_number_system_a	true,false	Enable or disable number system transmission for UPC-A. UPC-A has a transmitted number system equal to 0. To transmit the additional leading character (country code), select "UPC-A transmitted as EAN-13" option. The number system is transmitted as follows: <leading character> <number system> <data> <check digit> *true - Enable false - Disable
UPC Number system - UPC-E	pref_key_ean_upc_upc_number_system_e	true,false	Enable or disable number system transmission for UPC-E. The number system is transmitted as follows: <leading character> <number system> <data> <check digit> *true - Enable false - Disable
UPC-A transmitted as EAN-13	pref_key_ean_upc_upca_as_ean13	true,false	Decoded UPC-A can be converted and transmitted as EAN-13. Transmission only takes into account the parameters available for the target bar code format. *true - Enable false - Disable
UPC-E transmitted as UPC-A	pref_key_ean_upc_upce_as_upca	true,false	Decoded UPC-E can be converted and transmitted as UPC-A. Transmission only takes into account the parameters available for the target bar code format. true - Enable *false - Disable
EAN-8 transmitted as EAN-13	pref_key_ean_upc_ean8_as_ean13	true,false	Decoded EAN-8 can be converted and transmitted as EAN-13. Transmission only takes in to account the parameters available for the target bar code format. true - Enable *false - Disable
ISBN conversion for EAN-13	pref_key_ean_upc_isbn_ean13	true,false	Converts all EAN-13 bar codes beginning with "978" or "979" (except for "9790") by removing the first 3 digits, calculating the checksum on the remaining characters, and adding the ISBN (International Standard Book Number) check digit. true - Enable *false - Disable
ISMN conversion for EAN-13	pref_key_ean_upc_ismn_ean13	true,false	Converts all EAN-13 bar codes beginning with "9790" by removing the first 3 digits and replacing the "0" with "M." This creates the International Standard Music Number (ISMN). true - Enable *false - Disable
ISSN conversion for EAN-13	pref_key_ean_upc_issn_ean13	true,false	Converts all EAN-13 bar codes beginning with "977" by removing the first 3 digits and adding the ISBN check digit. This creates the International Standard Serial Number (ISSN). true - Enable *false - Disable
User defined symbology ID - UPC-A	pref_key_ean_upc_user_defined_symbology_id_upca	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "A0".
User defined symbology ID - UPC-E	pref_key_ean_upc_user_defined_symbology_id_upce	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "E0".
User defined symbology ID - EAN-8	pref_key_ean_upc_user_defined_symbology_id_ean8	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "FF".
User defined symbology ID - EAN-13	pref_key_ean_upc_user_defined_symbology_id_ean13	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "F".
Code mark - UPC-A	pref_key_ean_upc_code_mark_upca	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "A".
Code mark - UPC-E	pref_key_ean_upc_code_mark_upce	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "E".
Code mark - EAN-8	pref_key_ean_upc_code_mark_ean8	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "N".
Code mark - EAN-13	pref_key_ean_upc_code_mark_ean13	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "F".

Symbologies-QR Code

Parameter	Key	Value range	Description (* indicates the initial value)
QR Code	pref_key_qrcode	true,false	Enable or Disable QR Code. *true - Enable QR Code false - Disable QR Code
Micro QR code	pref_key_qrcode_micro_qrcode	true,false	Enable or Disable Micro QR Code. true - Enable Micro QR Code *false - Disable Micro QR Code
Model1 control	pref_key_qrcode_model1_control	true,false	Enable or Disable the decoding of Model1 QR codes. true - Enable *false - Disable
Inverse video	pref_key_qrcode_inverse_video	0..2	Set the QR inverse decoder setting: *0 - Regular Only the decoder decodes regular QR bar codes only. 1 - Inverse Only the decoder decodes inverse QR bar codes only. 2 - Inverse Autodetect the decoder decodes both regular and inverse QR bar codes.
Structured append	pref_key_qrcode_structured_append	true,false	Enable or disable QR Code structured append. This allows you to send linked data in more than one code. See also QR Code header transmission. true - Enable *false - Disable
Header transmission	pref_key_qrcode_header_transmission	true,false	Enable or disable QR Code structured append header transmission. true - Enable *false - Disable
User defined symbology ID	pref_key_qrcode_user_defined_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "D1".
Code mark	pref_key_qrcode_code_ma0123456789ABCDEFrk	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies-Australian Post

Parameter	Key	Value range	Description (* indicates the initial value)
Australian Post	pref_key_australian_post	true,false	Enable or disable Australian Post. true - Enable Australia Post *false - Disable Australia Post
User defined symbology ID	pref_key_austr_post_user_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "P3".
Code mark	pref_key_austr_post_codemark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies-BPO

Parameter	Key	Value range	Description (* indicates the initial value)
BPO	pref_key_bpo	true,false	Enable or disable British Post Office symbology. true - Enable BPO *false - Disable BPO
Check digit transmission	pref_key_bpo_check_digit_transmission	true,false	Enable or disable check digit transmission for BPO. *true - Enable false - Disable
User defined symbology ID	pref_key_bpo_user_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only *Initial value is "P2".
Code mark	pref_key_bpo_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies-Canada Post

Parameter	Key	Value range	Description (* indicates the initial value)
Canada Post	pref_key_canada_post	true,false	Enable or disable Canada Post. true - Enable Canada Post *false - Disable Canada Post
User defined symbology ID	pref_key_canada_post_user_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "P6".
Code mark	pref_key_canada_post_codemark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies-Codabar

Parameter	Key	Value range	Description (* indicates the initial value)
Codabar	pref_key_codabar	true,false	Enable or disable Codabar. true - Enable Codabar *false - Disable Codabar
Check digit transmission	pref_key_codabar_check_digit_transmission	true,false	Enable or disable check digit transmission for Codabar. true - Enable *false - Disable
Check digit verification	pref_key_codabar_check_digit_verification	true,false	Enable or disable the check digit verification for Codabar. The check digit is calculated and can be transmitted or not. true - Enable *false - Disable
Length mode	pref_key_codabar_length_mode	0..2	Length 1 (L1), Length 2 (L2) and Length 3 (L3) are used differently depending on the length mode. *0 - L1 as minimum length Codes with as many characters as specified by L1 and longer are read. L2 and L3 are not used. 1 - L1, L2, L3 as fixed lengths Only codes that comply with the lengths specified by L1, L2 and L3 will be read. 2 - L1 as minimum, L2 as maximum lengths Codes that are at least the minimum length specified by L1 and not longer than the maximum length specified by L2 are read. L3 is not used.
Set length L1	pref_key_codabar_set_length_l1	0..255	Use L1, L2 and L3 to compose acceptable bar code lengths depending on the length mode used. Minimum length for Codabar is 3 characters. Bar code length = <start> + <bar code data> + [check digit] + <stop> *Initial value is L1="6", L2="0", L3="0".
Set length L2	pref_key_codabar_set_length_l2	0..255
Set length L3	pref_key_codabar_set_length_l3	0..255
Start/Stop transmission	pref_key_codabar_start_stop_transmission	0..4	Select start/stop character format or disable start/stop transmission for this symbology. *0 - not transmitted 1 - a, b, c, d 2 - A, B, C, D 3 - a, b, c, d / t, n, *, e 4 - DC1, DC2, DC3, DC4
CLSI library system	pref_key_codabar_csli_library_system	true,false	The CLSI library system for Codabar inserts spaces after characters 1, 5, and 10 in the 14-character label. Start/stop characters can be transmitted or not transmitted as required. This system is used by some libraries in the USA. Example: 39990000192148 is transmitted as 3 9990 00019 2148 true - Enable *false - Disable
Concatenation	pref_key_codabar_concatenation	0..2	Two adjacent Codabar codes scanned in a single sweep can be concatenated and sent as a single message. Codabar concatenation is applied according to the concatenation mode selected. *0 - Disable 1 - only transmit concatenated codes (non-concatenated codes are NOT transmitted) 2 - transmit concatenated codes and non-concatenated codes
Concatenation mode	pref_key_codabar_concatenation_mode	0..2	Concatenation is applied differently depending on the concatenation mode. There are 3 different modes: *0 - no restrictions Concatenates all adjacent codes, intermediate start/stop characters are not transmitted. 1 - first code stop = second code start Only concatenates adjacent codes if the first code stop character is the same as the second code start character (C123456A + A123456D = 123456123456 or C123456123456D if start/stop characters are transmitted). 2 - American Blood Commission (ABC) Only concatenates adjacent codes if the stop character of the first code = D and the start character of the second code = D (C123456D + D123456A = 123456123456 or C123456123456A if start/stop characters are transmitted).
User defined symbology ID	pref_key_codabar_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "B7".
Code mark	pref_key_codabar_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "D".

Symbologies- Codablock A

Parameter	Key	Value range	Description (* indicates the initial value)
Codablock A	pref_key_codablock_a	true,false	Enable or disable Codablock A. Codablock A is based on Code 39. To avoid confusion we recommend that you disable Code 39 when enabling Codablock A. true - Enable Codablock A *false - Disable Codablock A
User defined symbology ID	pref_key_codablock_a_user_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "K0".
Code mark	pref_key_codablock_a_codemark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- Codablock F

Parameter	Key	Value range	Description (* indicates the initial value)
Codablock F	pref_key_codablock_f	true,false	Enable or disable Codablock F. Codablock F is based on Code 128. To avoid confusion we recommend that you disable Code 128 when enabling Codablock F. true - Enable Codablock F *false - Disable Codablock F
User defined symbology ID	pref_key_codablock_f_user_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "K1".
Code mark	pref_key_codablock_f_codemark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies-Code11

Parameter	Key	Value range	Description (* indicates the initial value)
Code11	pref_key_code11	true,false	Enable or disable Code 11. true - Enable Code 11 *false - Disable Code 11
Check digit transmission	pref_key_code11_check_digit_transmission	true,false	Enable or disable check digit transmission for Code 11. *true - Enable false - Disable
Check digit verification	pref_key_code11_check_digit_verification	1,2	Select the number of check digits for Code 11 check digit verification. *1 - 1 digit 2 - 2 digits
Length mode	pref_key_code11_length_mode	0..2	Length 1 (L1), Length 2 (L2) and Length 3 (L3) are used differently depending on the length mode. *0 - L1 as minimum length Codes with as many characters as specified by L1 and longer are read. L2 and L3 are not used. 1 - L1, L2, L3 as fixed lengths Only codes that comply with the lengths specified by L1, L2 and L3 will be read. 2 - L1 as minimum, L2 as maximum lengths Codes that are at least the minimum length specified by L1 and not longer than the maximum length specified by L2 are read. L3 is not used.
Set length L1	pref_key_code11_set_length_l1	0..255	Use L1, L2 and L3 to compose acceptable bar code lengths depending on the length mode used. Minimum length for Code 11 is 2 characters. Bar code length = <bar code data> *Initial value is L1="4", L2="0", L3="0".
Set length L2	pref_key_code11_set_length_l2	0..255
Set length L3	pref_key_code11_set_length_l3	0..255
User defined symbology ID	pref_key_code11_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "C1".
Code mark	pref_key_code11_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies-Code93

Parameter	Key	Value range	Description (* indicates the initial value)
Code93	pref_key_code93	true,false	Enable or Disable Code 93 true - Enable Code 93 *false - Disable Code 93
Length mode	pref_key_code93_length_mode	0..2	Length 1 (L1), Length 2 (L2) and Length 3 (L3) are used differently depending on the length mode. *0 - L1 as minimum length Codes with as many characters as specified by L1 and longer are read. L2 and L3 are not used. 1 - L1, L2, L3 as fixed lengths Only codes that comply with the lengths specified by L1, L2 and L3 will be read. 2 - L1 as minimum, L2 as maximum lengths Codes that are at least the minimum length specified by L1 and not longer than the maximum length specified by L2 are read. L3 is not used.
Set length L1	pref_key_code93_set_length_l1	0..255	Use L1, L2 and L3 to compose acceptable bar code lengths depending on the length mode used. Minimum length for Code 93 is 1 character. Bar code length = <bar code data> *Initial value is L1="1", L2="0", L3="0"
Set length L2	pref_key_code93_set_length_l2	0..255
Set length L3	pref_key_code93_set_length_l3	0..255
User defined symbology ID	pref_key_code93_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "B6".
Code mark	pref_key_code93_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "D".

Symbologies-Dutch Post

Parameter	Key	Value range	Description (* indicates the initial value)
Dutch Post	pref_key_dutch_post	true,false	Enable or Disable Dutch Post. true - Enable Dutch Post *false - Disable Dutch Post
User defined symbology ID	pref_key_dutch_post_user_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "P4".
Code mark	pref_key_dutch_post_codemark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies-GS1 Composite

Parameter	Key	Value range	Description (* indicates the initial value)
GS1 Composite	pref_key_gs1_composite	true,false	Enable or Disable GS1 Composite. true - Enable GS1 Composite *false - Disable GS1 Composite
GS1 Composite A/B	pref_key_gs1_composite_ab	true,false	Enable or disable GS1 Composite A/B. true - Enable GS1 Composite A/B *false - Disable GS1 Composite A/B
GS1 Composite C	pref_key_gs1_composite_c	true,false	Enable or disable GS1 Composite C. true - Enable GS1 Composite C *false - Disable GS1 Composite C
Linear only transmission mode	pref_key_gs1_composite_linear_mode	true,false	Enable or disable GS1 Composite Linear Only Transmission Mode. True - Enable *false - Disable
UPC and EAN composite msg decoding	pref_key_gs1_composite_msg_decoding	0..2	Only applies to EAN and UPC composite codes. There are three options for decoding and transmitting EAN/UPC composite bar codes: 0 - never linked 1 - always linked *2 - auto-discriminate
Unconventional	pref_key_gs1_composite_unconventional	true,false	Enable or Disable Unconventional. When enabled the AIM identifier is always removed. true - Enable *false - Disable
User defined symbology ID - Composite A/B	pref_key_gs1_composite_user_defined_symbology_ab	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "G0".
User defined symbology ID - Composite C	pref_key_gs1_composite_user_defined_symbology_c	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "G1".
Code mark - Composite A/B	pref_key_gs1_composite_code_mark_ab	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".
Code mark - Composite C	pref_key_gs1_composite_code_mark_c	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- GS1 DataBar(RSS) Omni-Directinal

Parameter	Key	Value range	Description (* indicates the initial value)
GS1 DataBar(RSS) Omni-Directinal	pref_key_gs1_databar_rss_omni_directional	true,false	Enable or disable RSS 14. true - Enable RSS 14 *false - Disable RSS 14
User defined symbology ID	pref_key_gs1_omni_user_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "C3".
Code mark	pref_key_gs1_omni_post_codemark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- GS1 DataBar(RSS) Limited

Parameter	Key	Value range	Description (* indicates the initial value)
GS1 DataBar(RSS) Limited	pref_key_gs1_databar_rss_limited	true,false	Enable or disable GS1 DataBar Limited. true - Enable GS1 DataBar Limited *false - Disable GS1 DataBar Limited
User defined symbology ID	pref_key_gs1_limited_user_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "C4".
Code mark	pref_key_gs1_limited_codemark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- GS1 DataBar(RSS) Expanded

Parameter	Key	Value range	Description (* indicates the initial value)
GS1 DataBar(RSS) Expanded	pref_key_gs1_databar_rss_expanded	true,false	Enable or disable GS1 DataBar Expanded. true - Enable GS1 DataBar Expanded *false - Disable GS1 DataBar Expanded
User defined symbology ID	pref_key_gs1_expanded_user_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "C5".
Code mark	pref_key_gs1_expanded_codemark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- HanXin

Parameter	Key	Value range	Description (* indicates the initial value)
HanXin	pref_key_hanxin	true,false	Enable or disable HanXin. true - Enable HanXin *false - Disable HanXin
User defined symbology ID	pref_key_hanxin_user_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "D4".
Code mark	pref_key_hanxin_codemark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- Infomail

Parameter	Key	Value range	Description (* indicates the initial value)
Infomail	pref_key_infomail	true,false	Enable or disable British Royal Mail Infomail. true - Enable British Royal Mail Infomail *false - Disable British Royal Mail Infomail
User defined symbology ID	pref_key_infomail_user_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is *P8”.
Code mark	pref_key_infomail_codemark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- Intelligent Mail

Parameter	Key	Value range	Description (* indicates the initial value)
Intelligent Mail	pref_key_intelligent_mail	true,false	Enable or disable Intelligent Mail. true - Enable Intelligent Mail *false - Disable Intelligent Mail
User defined symbology ID	pref_key_intelligent_mail_user_symbology_id	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "PA".
Code mark	pref_key_intelligent_mail_codemark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- Interleaved 2 of 5

Parameter	Key	Value range	Description (* indicates the initial value)
Interleaved 2 of 5	pref_key_interleaved_2_of_5	true,false	Enable or disable Interleaved 2 of 5. true - Enable Interleaved 2 of 5 *false - Disable Interleaved 2 of 5
Check digit transmission	pref_key_inter_25_chk_digit_trans	true,false	Enable or disable check digit transmission for Interleaved 2 of 5. true - Enable false - Disable
Check digit verification	pref_key_inter_25_chk_digit_verification	0..2	There are 2 types of check digit verification for Interleaved 2 of 5: *0 - disable 1 - Modulo 10 2 - French CIP HR
Length mode	pref_key_inter_25_length_mode	0..2	Length 1 (L1), Length 2 (L2) and Length 3 (L3) are used differently depending on the length mode. *0 - L1 as minimum length Codes with as many characters as specified by L1 and longer are read. L2 and L3 are not used. 1 - L1, L2, L3 as fixed lengths Only codes that comply with the lengths specified by L1, L2 and L3 will be read. 2 - L1 as minimum, L2 as maximum lengths Codes that are at least the minimum length specified by L1 and not longer than the maximum length specified by L2 are read. L3 is not used.
Set length L1	pref_key_inter_25_set_length_l1	0..255	Use L1, L2 and L3 to compose acceptable bar code lengths depending on the length mode used. Minimum length for Code 93 is 1 character. Bar code length = <bar code data> *Initial value is L1="6", L2="0", L3="0"
Set length L2	pref_key_inter_25_set_length_l2	0..255
Set length L3	pref_key_inter_25_set_length_l3	0..255
Reading range	pref_key_inter_25_reading_range	0,1	Reading range can be set to standard or extended. Use extended reading range when long distance reading is important for your application. When using this mode a special algorithm is used and reading distances are significantly increased. Note: Extended reading range is only available with certain products and for certain symbologies. See product details for more information. 0 - normal *1- extended
Reading tolerance	pref_key_inter_25_reading_tolerance	0..2	Set the tolerance level for reading "hard to read" bar codes: *0 - high This is the most permissive mode. When enabled, the scanner reads codes of variable quality. The quiet zone is expected to be four times the width of the narrow element and reverse video is authorized. 1 - medium This mode allows medium permissiveness. The quiet zone is expected to be five times the width of the narrow bar and reverse video is authorized. 2 - low This is the least permissive mode. When enabled, the scanner reads only high quality codes that meet the official Interleaved 2 of 5 standards. The quiet zone is expected to be five times the width of the narrow element and reverse video is not authorized.
User defined symbology ID	pref_key_inter_25_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "B2".
Code mark	pref_key_inter_25_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "l".

Symbologies-Japan Post

Parameter	Key	Value range	Description (* indicates the initial value)
Japan Post	pref_key_japan_post	true,false	Enable or disable Japan Post. true - Enable Japan Post *false - Disable Japan Post
Check digit transmission	pref_key_japan_post_chk_digit_trans	true,false	Enable or disable check digit transmission for Japan Post. *true - Enable false - Disable
User defined symbology ID	pref_key_japan_post_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "P5".
Code mark	pref_key_japan_post_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- Matrix 2 of 5

Parameter	Key	Value range	Description (* indicates the initial value)
Matrix 2 of 5	pref_key_matrix_2_of_5	true,false	Enable or disable Matrix 2 of 5. true - Enable Matrix 2 of 5 *false - Disable Matrix 2 of 5
Start/Stop character	pref_key_matrix_25_start_stop_char	0,1	Disable/enable transmission of start/stop characters and checksum: *0 - regular Start/stop characters and checksum are not transmitted. 1 - China Post Start/stop characters are not transmitted but the checksum is transmitted.
Length mode	pref_key_matrix_25_length_mode	0..2	Length 1 (L1), Length 2 (L2) and Length 3 (L3) are used differently depending on the length mode. *0 - L1 as minimum length Codes with as many characters as specified by L1 and longer are read. L2 and L3 are not used. 1 - L1, L2, L3 as fixed lengths Only codes that comply with the lengths specified by L1, L2 and L3 will be read. 2 - L1 as minimum, L2 as maximum lengths Codes that are at least the minimum length specified by L1 and not longer than the maximum length specified by L2 are read. L3 is not used.
Set length L1	pref_key_matrix_25_set_length_l1	0..255	Use L1, L2 and L3 to compose acceptable bar code lengths depending on the length mode used. Minimum length for Matrix 2 of 5 is 3 characters. Bar code length = <bar code data> *Initial value is L1="6", L2="0", L3="0".
Set length L2	pref_key_matrix_25_set_length_l2	0..255
Set length L3	pref_key_matrix_25_set_length_l3	0..255
User defined symbology ID	pref_key_matrix_25_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "B4".
Code mark	pref_key_matrix_25_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "D".

Symbologies- MaxiCode

Parameter	Key	Value range	Description (* indicates the initial value)
MaxiCode	pref_key_maxicode	true,false	Enable or disable Maxicode. true - Enable MaxiCode *false - Disable MaxiCode
Mode 0	pref_key_maxicode_mode_0	true,false	Enable or disable Mode0. true - Enable *false - Disable
Mode 0 Header	pref_key_maxicode_mode_0_header	0,1	This parameter sets the Header of Mode0. *0 - Regular (AIM) 1 - Extended(Mode 2&3 like)
User defined symbology ID	pref_key_maxicode_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "D2".
Code mark	pref_key_maxicode_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- Micro PDF417

Parameter	Key	Value range	Description (* indicates the initial value)
Micro PDF417	pref_key_micro_pdf417	true,false	Enable or Disable Micro PDF417. true - Enable Micro PDF417 *false - Disable Micro PDF417
Code128 emulation	pref_key_micro_pdf417_code128_emulation	true,false	When Micro PDF417 Code 128 Emulation is enabled and reading a Micro PDF417 code containing a special flag, the scanner transmits the Code 128 AIM identifier instead of the Micro PDF417 identifier ( ]C instead of ]L ). true - Enable *false - Disable
User defined symbology ID	pref_key_micro_pdf417_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "C8".
Code mark	pref_key_micro_pdf417_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies-MSI

Parameter	Key	Value range	Description (* indicates the initial value)
MSI	pref_key_msi	true,false	Enable or disable MSI Code. true - Enable MSI *false - Disable MSI
Check digit transmission	pref_key_msi_chk_digit_trans	true,false	Enable or disable check digit transmission for MSI Code. *true - Enable false - Disable
Check digit verification	pref_key_msi_chk_digit_ver	1..2	There are two types of check digit verification for MSI Code: *1 - modulo 10 Check digit usually used for MSI Code that applies the Modulo 10 algorithm. 2 - double modulo 10 The "Double Modulo 10" method essentially means the MSI bar code has two Modulo 10 checksum digits.
Length mode	pref_key_msi_length_mode	0..2	Length 1 (L1), Length 2 (L2) and Length 3 (L3) are used differently depending on the length mode. *0 - L1 as minimum length Codes with as many characters as specified by L1 and longer are read. L2 and L3 are not used. 1 - L1, L2, L3 as fixed lengths Only codes that comply with the lengths specified by L1, L2 and L3 will be read. 2 - L1 as minimum, L2 as maximum lengths Codes that are at least the minimum length specified by L1 and not longer than the maximum length specified by L2 are read. L3 is not used.
Set length L1	pref_key_msi_set_length_l1	0..255	Use L1, L2 and L3 to compose acceptable bar code lengths depending on the length mode used. Minimum length for MSI Code is 3 characters. Bar code length = <bar code data> + [check digit] *Initial value is L1="6", L2="0", L3="0".
Set length L2	pref_key_msi_set_length_l2	0..255
Set length L3	pref_key_msi_set_length_l3	0..255
User defined symbology ID	pref_key_msi_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "B8".
Code mark	pref_key_msi_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "D".

Symbologies- PDF417

Parameter	Key	Value range	Description (* indicates the initial value)
PDF417	pref_key_pdf417	true,false	Enable or Disable PDF417. true - Enable PDF417 *false - Disable PDF417
Structured append	pref_key_pdf417_structure_append	true,false	Enable or disable PDF Structured Append. This allows you to send linked data in more than one code. See also header transmission. true - Enable *false - Disable
Header transmission	pref_key_pdf417_header_transmission	true,false	Enable or disable PDF Structured Append Header Transmission. true - Enable *false - Disable
User defined symbology ID	pref_key_pdf417_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "C7".
Code mark	pref_key_pdf417_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- Planet

Parameter	Key	Value range	Description (* indicates the initial value)
Planet	pref_key_planet	true,false	Enable or Disable Planet. true - Enable Planet *false - Disable Planet
Check digit transmission	pref_key_planet_chk_digit_trans	true,false	Enable or disable check digit transmission for Planet. *true - Enable false - Disable
User defined symbology ID	pref_key_planet_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "P1".
Code mark	pref_key_planet_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- Plessey

Parameter	Key	Value range	Description (* indicates the initial value)
Plessey	pref_key_plessey	true,false	Enable or Disable Plessey. true - Enable Plessey *false - Disable Plessey
Check digit transmission	pref_key_plessey_chk_digit_trans	true,false	Enable or disable check digit transmission for Plessey Code. true - Enable *false - Disable
Unconventional Stop	pref_key_plessey_unconv_stop	true,false	Enable or disable Plessey Unconventional Stop. When enabled you can decode Plessey bar codes with a stop that is a variation of the standard stop (bars are narrower or wider). true - Enable *false - Disable
Length mode	pref_key_plessey_length_mode	0..2	Length 1 (L1), Length 2 (L2) and Length 3 (L3) are used differently depending on the length mode. *0 - L1 as minimum length Codes with as many characters as specified by L1 and longer are read. L2 and L3 are not used. 1 - L1, L2, L3 as fixed lengths Only codes that comply with the lengths specified by L1, L2 and L3 will be read. 2 - L1 as minimum, L2 as maximum lengths Codes that are at least the minimum length specified by L1 and not longer than the maximum length specified by L2 are read. L3 is not used.
Set length L1	pref_key_plessey_set_length_l1	0..255	Use L1, L2 and L3 to compose acceptable bar code lengths depending on the length mode used. Minimum length for Plessey Code is 3 characters. Bar code length = <bar code data> + [check digit] *Initial value is L1="0", L2="0", L3="0".
Set length L2	pref_key_plessey_set_length_l2	0..255
Set length L3	pref_key_plessey_set_length_l3	0..255
User defined symbology ID	pref_key_plessey_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "C2".
Code mark	pref_key_plessey_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "D".

Symbologies- Postnet

Parameter	Key	Value range	Description (* indicates the initial value)
Postnet	pref_key_postnet	true,false	Enable or Disable Postnet. true - Enable Postnet *false - Disable Postnet
Check digit transmission	pref_key_postnet_chk_digit_trans	true,false	Enable or disable check digit transmission for Postnet. *true - Enable false - Disable
User defined symbology ID	pref_key_postnet_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "P0".
Code mark	pref_key_postnet_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- Standard 2 of 5

Parameter	Key	Value range	Description (* indicates the initial value)
Standard 2 of 5	pref_key_standard_2_of_5	true,false	Enable or Disable Standard 2 of 5. true - Enable Standard 2 of 5 *false - Disable Standard 2 of 5
Check digit transmission	pref_key_std_25_chk_digit_trans	true,false	Enable or disable check digit transmission for Standard 2 of 5. true - Enable *false - Disable
Check digit verification	pref_key_std_25_chk_digit_ver	0,1	Select not to verify the check digit or to verify it using a Modulo 10 algorithm. *0 - disable 1 - modulo 10
Length mode	pref_key_std_25_length_mode	0..2	Length 1 (L1), Length 2 (L2) and Length 3 (L3) are used differently depending on the length mode. *0 - L1 as minimum length Codes with as many characters as specified by L1 and longer are read. L2 and L3 are not used. 1 - L1, L2, L3 as fixed lengths Only codes that comply with the lengths specified by L1, L2 and L3 will be read. 2 - L1 as minimum, L2 as maximum lengths Codes that are at least the minimum length specified by L1 and not longer than the maximum length specified by L2 are read. L3 is not used.
Set length L1	pref_key_std_25_set_length_l1	0..255	Use L1, L2 and L3 to compose acceptable bar code lengths depending on the length mode used. Minimum length for Standard 2 of 5 is 3 characters. Bar code length = <bar code data> + [check digit] *Initial value is L1="6", L2="0", L3="0".
Set length L2	pref_key_std_25_set_length_l2	0..255
Set length L3	pref_key_std_25_set_length_l3	0..255
Format	pref_key_std_25_format	0,1	Select a Standard 2 of 5 format. Note: If setting the format to Computer Identics format, we recommend disabling Interleaved 2 of 5 symbology (risks of misreading between both symbologies). *0 - Identicon (6 start/stop bars) 1 - Computer Identics (4 start/stop bars)
User defined symbology ID	pref_key_std_25_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "B5".
Code mark	pref_key_std_25_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "D".

Symbologies- Sweden Post

Parameter	Key	Value range	Description (* indicates the initial value)
Sweden Post	pref_key_sweden_post	true,false	Enable or Disable Sweden Post. true - Enable Sweden Post *false - Disable Sweden Post
User defined symbology ID	pref_key_sweden_post_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "P7".
Code mark	pref_key_sweden_post_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- Telepen

Parameter	Key	Value range	Description (* indicates the initial value)
Telepen	pref_key_telepen	true,false	Enable or Disable Telepen. true - Enable Telepen *false - Disable Telepen
Length mode	pref_key_telepen_length_mode	0..2	Length 1 (L1), Length 2 (L2) and Length 3 (L3) are used differently depending on the length mode. *0 - L1 as minimum length Codes with as many characters as specified by L1 and longer are read. L2 and L3 are not used. 1 - L1, L2, L3 as fixed lengths Only codes that comply with the lengths specified by L1, L2 and L3 will be read. 2 - L1 as minimum, L2 as maximum lengths Codes that are at least the minimum length specified by L1 and not longer than the maximum length specified by L2 are read. L3 is not used.
Set length L1	pref_key_telepen_set_length_l1	0..255	Use L1, L2 and L3 to compose acceptable bar code lengths depending on the length mode used. Minimum length for MSI Code is 3 characters. Bar code length = <bar code data> + [check digit] *Initial value is L1="0", L2="0", L3="0".
Set length L2	pref_key_telepen_set_length_l2	0..255
Set length L3	pref_key_telepen_set_length_l3	0..255
Format	pref_key_telepen_format	0,1	Telepen supports two formats, ASCII and numeric. *0 - ASCII 1 - numeric
User defined symbology ID	pref_key_telepen_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "C6".
Code mark	pref_key_telepen_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Symbologies- TLC39

Parameter	Key	Value range	Description (* indicates the initial value)
TLC39	pref_key_tlc39	true,false	Enable or Disable TLC39. true - Enable TLC39 *false - Disable TLC39
Linear only transmission mode	pref_key_tlc39_linear_only_trans_mode	true,false	Enable or disable TLC 39 linear only transmission mode. In this mode, only data from the Code 39 label is transmitted and the Micro PDF417 data is ignored. true - Enable *false - Disable
ECI security	pref_title_eci_security	0..100	Adjust the level of TLC 39 ECI security checking. ECI (Equipment Catalog Item) security is used to differentiate between TLC 39 and standard Code 39 labels. If the Code 39 label has 6 digits, the scanner will attempt to decode a TLC 39 ECI part with more security. Increasing the security level decreases the decode rate. Note: To activate TLC 39, you must also activate Micro PDF417 and Code 39. *Initial value is "10".
User defined symbology ID	pref_key_tlc39_user_symbology	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for this symbology. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below).If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "H0".
Code mark	pref_key_tlc39_code_mark	0-1(Character)	Compose a one character code mark symbology identifier for this symbology. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".

Data transmission settings

Parameter	Key	Value range	Description (* indicates the initial value)
Preamble	pref_key_data_trans_preamble	0-20(Characters)	Enter preamble characters. *Initial value is <Empty>.
Postamble	pref_key_data_trans_postamble	20(Characters)	Enter postamble characters. *Initial value is <Empty>.
Symbology identifier	pref_key_data_trans_symbology_identifier	0..3	Enable or disable transmission of the symbology identifier. There are three different types of symbology identifiers: *0 - Disable 1 - Code mark 2 - AIM format 3 - User defined identifier

Data transmission settings(Multicode)

Parameter	Key	Value range	Description (* indicates the initial value)
Multi code support	pref_key_data_trans_multicode_support	0..2	Set the multicode activation *0 - Disable disable multicode activation 1 - Enable each bar code is checked to see if it is part of a multicode. If it is not, it will be read and sent as normal. 2 - Exclusive the bar codes defined to be read as a multicode (by selecting symbology ID, mask etc.) become exclusive for that symbology. Any other bar code of the selected symbology that does not fulfill the requirements to be part of the multicode will be discarded. Other symbologies that are not defined as a multicode can be read and sent as normal.
Number of barcodes	pref_key_data_trans_number_of_barcodes	2..8	Define the number of bar codes in your multicode. You can select up to 8 bar codes in a multicode. *Initial value is "2".
Barcode separator	pref_key_data_trans_barcode_separator	0-4(Characters)	Compose up to 4 characters to be used as a separator between each bar code in the multicode. Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer) no separator is used. *Initial value is "<>".
User defined symbology ID - Complete multicode	pref_key_data_trans_user_symbology_complete_multicode	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for a complete multicode. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "UDM0".
User defined symbology ID - Incomplete multicode	pref_key_data_trans_user_symbology_incomplete_multicode	0-4(Characters)	Compose a user defined symbology identifier (UDSI) of 0 to 4 characters for an incomplete multicode. The UDSI is transmitted as follows: [UDSI symbology id] <data> Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer) and symbology identifier transmission is active, no symbology identifier will be sent for this symbology only. *Initial value is "UDM1".
Code mark - Complete multicode	pref_key_data_trans_code_mark_complete_multicode	0-1(Character)	Compose a one character code mark symbology identifier for a complete multicode. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".
Code mark - Incomplete multicode	pref_key_data_trans_code_mark_incomplete_multicode	0-1(Character)	Compose a one character code mark symbology identifier for an incomplete multicode. The code mark is transmitted as follows: [code mark symbology id] <data> *Initial value is "*".
Incomplete transmission	pref_key_data_trans_incomplete_trans	true,false	Enable or disable transmission of an incomplete multicode. When enabled the incomplete multicode is transmitted when the incomplete transmission timeout expires. true - Enable *false - Disable
Incomplete transmission timeout(msec)	pref_key_data_trans_incomplete_trans_timeout	0..65535	Select the timeout (milliseconds) used when incomplete transmission is enabled. The timeout starts after the last bar code is read. *Initial value is "0".
Barcode1 - Symbology	pref_key_data_trans_barcode1_symbology	0..76 (exclude 20,24,28,29,32,69,71)	Define the type of symbology for each bar code that makes up the multicode. The scanner will apply the multicode function only to the symbologies identified. Bar code symbology identifiers are described in Appendix C - Symbology Identifier for FZ-X1.
Barcode1 – Length	pref_key_data_trans_barcode1_length	0..65535	Compose a bar code length for each bar code that makes up the multicode. *Initial value is "0".
Barcode1 – Mask	pref_key_data_trans_barcode1_mask	0-26(Characters)	Compose a mask of up to 26 characters for each bar code that makes up the multicode. The mask is used as a filter to determine which incoming data you want to be part of the multicode. Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer and that the mask is empty), no mask is used. *Initial value is "*".
Barcode2 - Symbology	pref_key_data_trans_barcode2_symbology	0..76 (exclude 20,24,28,29,32,69,71)	Define the type of symbology for each bar code that makes up the multicode. The scanner will apply the multicode function only to the symbologies identified. Bar code symbology identifiers are described in Appendix C - Symbology Identifier for FZ-X1.
Barcode2 - Length	pref_key_data_trans_barcode2_length	0..65535	Compose a bar code length for each bar code that makes up the multicode. *Initial value is "0".
Barcode2 - Mask	pref_key_data_trans_barcode2_mask	0-26(Characters)	Compose a mask of up to 26 characters for each bar code that makes up the multicode. The mask is used as a filter to determine which incoming data you want to be part of the multicode. Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer and that the mask is empty), no mask is used. *Initial value is "*".
Barcode3 - Symbology	pref_key_data_trans_barcode3_symbology	0..76 (exclude 20,24,28,29,32,69,71)	Define the type of symbology for each bar code that makes up the multicode. The scanner will apply the multicode function only to the symbologies identified. Bar code symbology identifiers are described in Appendix C - Symbology Identifier for FZ-X1.
Barcode3 - Length	pref_key_data_trans_barcode3_length	0..65535	Compose a bar code length for each bar code that makes up the multicode. *Initial value is "0".
Barcode3 - Mask	pref_key_data_trans_barcode3_mask	0-26(Characters)	Compose a mask of up to 26 characters for each bar code that makes up the multicode. The mask is used as a filter to determine which incoming data you want to be part of the multicode. Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer and that the mask is empty), no mask is used. *Initial value is "*".
Barcode4 - Symbology	pref_key_data_trans_barcode4_symbology	0..76 (exclude 20,24,28,29,32,69,71)	Define the type of symbology for each bar code that makes up the multicode. The scanner will apply the multicode function only to the symbologies identified. Bar code symbology identifiers are described in Appendix C - Symbology Identifier for FZ-X1.
Barcode4 - Length	pref_key_data_trans_barcode4_length	0..65535	Compose a bar code length for each bar code that makes up the multicode. *Initial value is "0".
Barcode4 - Mask	pref_key_data_trans_barcode4_mask	0-26(Characters)	Compose a mask of up to 26 characters for each bar code that makes up the multicode. The mask is used as a filter to determine which incoming data you want to be part of the multicode. Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer and that the mask is empty), no mask is used. *Initial value is "*".
Barcode5 - Symbology	pref_key_data_trans_barcode5_symbology	0..76 (exclude 20,24,28,29,32,69,71)	Define the type of symbology for each bar code that makes up the multicode. The scanner will apply the multicode function only to the symbologies identified. Bar code symbology identifiers are described in Appendix C - Symbology Identifier for FZ-X1.
Barcode5 - Length	pref_key_data_trans_barcode5_length	0..65535	Compose a bar code length for each bar code that makes up the multicode. *Initial value is "0".
Barcode5 - Mask	pref_key_data_trans_barcode5_mask	0-26(Characters)	Compose a mask of up to 26 characters for each bar code that makes up the multicode. The mask is used as a filter to determine which incoming data you want to be part of the multicode. Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer and that the mask is empty), no mask is used. *Initial value is "*".
Barcode6 - Symbology	pref_key_data_trans_barcode6_symbology	0..76 (exclude 20,24,28,29,32,69,71)	Define the type of symbology for each bar code that makes up the multicode. The scanner will apply the multicode function only to the symbologies identified. Bar code symbology identifiers are described in Appendix C - Symbology Identifier for FZ-X1.
Barcode6 - Length	pref_key_data_trans_barcode6_length	0..65535	Compose a bar code length for each bar code that makes up the multicode. *Initial value is "0".
Barcode6 - Mask	pref_key_data_trans_barcode6_mask	0-26(Characters)	Compose a mask of up to 26 characters for each bar code that makes up the multicode. The mask is used as a filter to determine which incoming data you want to be part of the multicode. Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer and that the mask is empty), no mask is used. *Initial value is "*".
Barcode7 - Symbology	pref_key_data_trans_barcode7_symbology	0..76 (exclude 20,24,28,29,32,69,71)	Define the type of symbology for each bar code that makes up the multicode. The scanner will apply the multicode function only to the symbologies identified. Bar code symbology identifiers are described in Appendix C - Symbology Identifier for FZ-X1.
Barcode7 - Length	pref_key_data_trans_barcode7_length	0..65535	Compose a bar code length for each bar code that makes up the multicode. *Initial value is "0".
Barcode7 - Mask	pref_key_data_trans_barcode7_mask	0-26(Characters)	Compose a mask of up to 26 characters for each bar code that makes up the multicode. The mask is used as a filter to determine which incoming data you want to be part of the multicode. Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer and that the mask is empty), no mask is used. *Initial value is "*".
Barcode8 - Symbology	pref_key_data_trans_barcode8_symbology	0..76 (exclude 20,24,28,29,32,69,71)	Define the type of symbology for each bar code that makes up the multicode. The scanner will apply the multicode function only to the symbologies identified. Bar code symbology identifiers are described in Appendix C - Symbology Identifier for FZ-X1.
Barcode8 - Length	pref_key_data_trans_barcode8_length	0..65535	Compose a bar code length for each bar code that makes up the multicode. *Initial value is "0".
Barcode8 - Mask	pref_key_data_trans_barcode8_mask	0-26(Characters)	Compose a mask of up to 26 characters for each bar code that makes up the multicode. The mask is used as a filter to determine which incoming data you want to be part of the multicode. Since the parameter format is a byte buffer with a variable number of bytes, the size must be indicated in the first 2 bytes of the <PARAM> field (see example below). If you send 00 00 (indicating that there are 0 bytes in the byte buffer and that the mask is empty), no mask is used. *Initial value is "*".

Data transmission settings

Parameter	Key	Value range	Description (* indicates the initial value)
Post-Scan Action	pref_key_post_scan_action	0..36	Select the action after scanning data. *0 - Nothing 1 - TAB 2 - ENTER 3 - DEL 4 - ALT LEFT 5 - ALT RIGHT 6 - CTRL LEFT 7 - CTRL RIGHT 8 - SHIFT LEFT 9 - SHIFT RIGHT 10 - CLEAR 11 - ESCAPE 12 - F1 13 - F2 14 - F3 15 - F4 16 - F5 17 - F6 18 - F7 19 - F8 20 - F9 21 - F10 22 - F11 23 - F12 24 - DPAD UP 25 - DPAD DOWN 26 - DPAD LEFT 27 - DPAD RIGHT 28 - DPAD CENTER 29 - PAGE UP 30 - PAGE DOWN 31 - CAPS LOCK 32 - SCROLL LOCK 33 - NUM LOCK 34 - SEARCH 35 - SOFT LEFT 36 - SOFT RIGHT

Data transmission settings-Data Editing

Parameter	Key	Value range	Description (* indicates the initial value)
Toughpad Api	pref_key_data_editing_toughpad_api	0-256(Characters)	Enter data editing rules of Toughpad Api. If the user uses the => as a non-control character, it is escaped by putting a \(reverse solidus) before the =>. If the user uses the; as a non-control character, it is escaped by putting a \(reverse solidus) before the ;. Ex.) Data Editing Rule : ^0+=>; Edit result of when user scan the "001234500007" : upca, 001234500007, 12, 1234500007, 10, ^0+=> The meaning of this rule, remove leading zeros in the scan data. *Initial value is <Empty>.
Intent output	pref_key_data_editing_intent_output	0-256(Characters)	Enter data editing rules of Intent output. If the user uses the => as a non-control character, it is escaped by putting a \(reverse solidus) before the =>. If the user uses the ; as a non-control character, it is escaped by putting a \(reverse solidus) before the ;. Ex.) Data Editing Rule : ^0+=>; Edit result of when user scan the "001234500007" : upca, 001234500007, 12, 1234500007, 10, ^0+=> The meaning of this rule, remove leading zeros in the scan data. *Initial value is <Empty>.
Keyboard wedge	pref_key_data_editing_keyboard_wedge	0-256(Characters)	Enter data editing rules of Keyboard wedge. If the user uses the => as a non-control character, it is escaped by putting a \(reverse solidus) before the =>. If the user uses the ; as a non-control character, it is escaped by putting a \(reverse solidus) before the ;. Ex.) Data Editing Rule : ^0+=>; Edit result of when user scan the "001234500007" : upca, 001234500007, 12, 1234500007, 10, ^0+=> The meaning of this rule, remove leading zeros in the scan data. *Initial value is <Empty>.
IP output	pref_key_data_editing_ip_output	0-256(Characters)	Enter data editing rules of IP output. If the user uses the => as a non-control character, it is escaped by putting a \(reverse solidus) before the =>. If the user uses the; as a non-control character, it is escaped by putting a \(reverse solidus) before the ;. Ex.) Data Editing Rule : ^0+=>; Edit result of when user scan the "001234500007" : upca, 001234500007, 12, 1234500007, 10, ^0+=> The meaning of this rule, remove leading zeros in the scan data. *Initial value is <Empty>.

Data transmission settings

Parameter	Key	Value range	Description (* indicates the initial value)
Encoding	pref_key_data_editing_encoding	0..23	Select the data editing encoding. 0 - IBM437 United States 1 - IBM737 Greek 2 - IBM775 Baltic 3 - IBM850 Latin-1 4 - IBM852 Latin-2 5 - IBM855 Cyrillic 6 - IBM857 Turkish 7 - IBM866 Russian 8 - Windows-1250 Central European 9 - Windows-1251 Cyrillic 10 - Windows-1252 Latin-1 11 - Windows-1253 Greek 12 - Windows-1254 Turkish 13 - Windows-1257 Baltic 14 - KOI8-R Russian 15 - KOI8-U Ukrainian 16 - ISO-8859-2 Latin-2 17 - ISO-8859-3 Latin-3 18 - ISO-8859-4 Baltic 19 - ISO-8859-5 Cyrillic 20 - ISO-8859-7 Greek 21 - UTF-7 *22 - UTF-8 23 - Shift-JIS

Operating settings

Parameter	Key	Value range	Description (* indicates the initial value)
Predefined trigger modes	pref_key_op_predefined_trigger_mode	0..2	Select a trigger mode. 0 - Toggle A trigger event activates decode processing, which continues until the trigger event ends, a valid decode, or the decode session time-out occurs. *1 - Level While pressing the trigger, the device is a DECODING state. When user release the trigger, the device returns to the IDLE state. After a successful scan, the device returns to the IDLE state. Operating state after the scan success is different by Turn off after good read setting. If Aiming duration is not set to 0, when the user presses the trigger, the device will be AIMER state, wait specified number of seconds, then becomes DECODE state. 2 - Auto Aim When the user presses the trigger, the device will transition to AIMING state. When the user releases the trigger, the device will transition to DECODING state. Operating state after the scan success is different by Turn off after good read setting.
Turn off after good read	pref_key_op_turn_off_after_good_read	0,1	When active, the aimer, illumination and decoding stop the reading session after a successful decoding. 0 - Disable/Auto-trigger *1 - Enable/One-shot
Auto-trigger delay(msec)	pref_key_op_auto_trigger_delay	0..10000	Only valid if "Turn off after good read" is disabled. This setting is a time delay in which the scanner turns off after a good read. When the delay is done, the scanner automatically turns back on (retriggers).The aimer and illumination are kept turning on. Value is in milliseconds. *Initial value is "0".
Aiming Duration(msec)	pref_key_op_aiming_duration	0..10000	When the user presses the trigger, the device will be AIMER state, wait specified number of seconds, then becomes DECODE state. *Initial value is "0".
Audio Feedback	pref_key_audio_feedback	String(URI)	Enter an URI of audio tone to sound upon a good decode. User can know the URI referring to RingtoneManager. If user wants to set silence, set this parameter empty. Ex. "content://media/internal/audio/media/32" *Initial value is "default_beep". User can add audio tone by placing a sound source files in the following directory, /sdcard/Notifications/
Haptic Feedback	pref_key_haptic_feedback	true,false	Enable the device to vibrate upon a good decode. true - Enable *false - Disable
LED Feedback	pref_key_led_feedback	true,false	Enable the device to LED notice upon a good decode. true - Enable *false - Disable

Imager settings

Parameter	Key	Value range	Description (* indicates the initial value)
Pre-defined imager setting	pref_key_imager_predefined	0..3	Pre-defined imager settings are used to quickly set up your imager for reading certain types of bar codes in different environments. When using a pre-defined imager setting, do not set the other imager settings unless needed. 0 - 1D code only *1 - Standard 1D and 2D codes 2 - 1D and 2D bright environment 3 - 1D and 2D reflective surface
Decode mode	pref_key_imager_decode_mode	0,1	Select an imager decode mode: 0 - Linear imager emulation Used primarily for reading 1-dimensional bar codes. This mode increases imaging performance however you must hold the scanner horizontal to the bar code label. You can read PDF417 codes when using this mode. *1 - 2D imager Used for reading 2-dimensional bar codes. When using 2D imager mode you can read a bar code holding the scanner in any direction (omni-directional scanning). You can also read 1D bar codes in this mode.
Lighting goal	pref_key_imager_lighting_goal	0..255	The lighting goal is the average light intensity that the scanner tries to achieve when capturing an image. If the lighting goal is set too low, the image will be dark (underexposed). If it is set too high the image will be too bright (overexposed). *Initial value is "128".
Top position	pref_key_imager_top_position	0..230	Use the top position setting to define where the top of the image starts. Use this parameter in combination with the bottom position parameter to constrain your scanning to a specific area. The parameter value is a number of pixels from 0 to the maximum height -1. *Initial value is "0".
Bottom position	pref_key_imager_bottom_position	240..479	Use the bottom position setting to define where the bottom of the image ends. Use this parameter in combination with the top position parameter to constrain your scanning to a specific area. The parameter value is a number of pixels from 0 to the maximum height -1. *Initial value is "479".
Aimer flashing	pref_key_imager_aimer_flashing	0..2	The aimer which is used to aim at the bar code you want to read can be on all the time, flashing or always off. When using aimer flashing mode the aimer beam flashes so that you can position the aimer on the bar code and then turns off to read the bar code. This ensures the least amount of interference from the light of the aimer beam and optimizes decoding. 0 - aimer always on *1 - aimer flashing (optimize for decode) 2 - aimer always off
Illumination level	pref_key_imager_illumination_level	0..100	Set the maximum brightness level of the illumination LEDs that can be used to achieve the lighting goal. The parameter value corresponds to a percentage from 0 to 100% (0% = off, 100% = brightest). *Initial value is "40".
Maximum lightning and exposure	pref_key_imager_max_light_exp	true,false	Enable or Disable Maximum lightning and exposure. *true - Enable false - Disable
Initial 1D search area	pref_key_imager_init_1d_search_area	0,3,4	The initial 1D search area setting is used to do a quick horizontal search on part of the image to find the 1D bar code to be decoded. If found the 1D bar code is decoded, if not found the scanner continues to do an omni-directional search on the rest of the image. This function optimizes 1D horizontal decoding and is only applied to activated 1D symbologies. *0 - center 3 - full 4 - smart raster
Damaged 1D codes	pref_key_imager_damaged_1d_codes	true,false	Enable this function when scanning damaged or badly printed 1-D bar codes. This setting enhances the ability to read these types of bar codes. true - Enable *false - Disable

Decode security

Parameter	Key	Value range	Description (* indicates the initial value)
Consecutive data validation	pref_key_decode_cons_data_valid	0..10	Select the number of consecutive same reads before transmission. Data is only transmitted after the selected number of repeated reads gives the same results. The parameter value corresponds to a numerical value from 0 to 10. When this parameter is set to 0 the scanner automatically adapts the number of consecutive same reads depending on the bar code quality and trust level (for example a bar code with a check needs less reads than one without). *Initial value is "0".
Identical consecutive timeout(msec)	pref_key_decode_identical_consecutive_timeout	0..2550	The timeout between identical consecutive reads prevents reading the same bar code more than once. To read the same bar code twice you must wait until the end of the timeout before scanning the code again. The parameter value corresponds to a value in milliseconds. *Initial value is "1000".
Different consecutive timeout(msec)	pref_key_decode_different_consecutive_timeout	0..2550	The timeout between different consecutive reads prevents unwanted reading of different bar codes on the same label. To read a different bar code, wait until the end of the timeout before scanning the new code. The parameter value corresponds to a value in milliseconds (0 to 2550 milliseconds). *Initial value is "0".
Center decoding	pref_key_decode_center_decoding	true,false	Enable or disable center decoding. When enabled the scanner reads only the bar code that the laser aimer is aimed at. This is helpful when reading bar codes that are positioned close together. Use center decoding tolerance to adjust the precision of the laser aimer. true - Enable *false - Disable
Tolerance level	pref_key_decode_tolerance_level	0..100	Set the center decoding tolerance from 0 to 100. The tolerance level is used to adjust how precise you want the laser aimer to be. When set to 0 there is no tolerance and the aimer must be positioned directly on the bar code to be read. The higher the setting the more tolerance which allows you to position the aimer close to the bar code to be read (without having to be positioned directly on the bar code). *Initial value is "100".
Bar code sequence	pref_key_decode_barcode_sequence	1..10	Bar code sequence allows you to read up to 10 bar codes with one trigger pull. This is useful when reading several bar codes placed closely together and without re-reading the same code twice. For example, if set to 2, pull the trigger once and scan both codes. The scanner beeps for each code that is decoded (2). If "turn off after good read" is enabled the scanner turns off AFTER the last bar code in the sequence is read. Compose the number of bar codes for the sequence. *Initial value is "1".

Keyboard wedge

Parameter	Key	Value range	Description (* indicates the initial value)
Keyboard wedge	pref_key_keyboard_wedge	true,false	Enable or Disable Keyboard wedge Keyboard wedge function means that the value of barcode object is inputted in activate text box. *true - Enable false - Disable

Intent output settings

Parameter	Key	Value range	Description (* indicates the initial value)
Intent output	pref_key_intent_intent_output	true,false	Enable or Disable Intent output function. true – Enable *false - Disable User can get barcode data via intent that user created. If user set this parameter true, user must set intent information (action name/Intent category name/Intent delivery type) by setting related parameters. Intent contents: Intent contains the following data. User can get these data by Intent.getStringExtra() and Intent.getSerializableExtra(). "com.panasonic.mobile.barcodereader.symbology_type" kind of barcode type as a string. "com.panasonic.mobile.barcodereader.data_string" scan data as a string. "com.panasonic.mobile.barcodereader.decode_data" scan data as a byte array (binary data).
Intent action name	pref_key_intent_action_name	0-100(Characters)	User can define Intent action name. This setting must be within 100 characters. *Initial value is <Empty>.
Intent category name	pref_key_intent_category_name	0-100(Characters)	User can define Intent category name. This setting must be within 100 characters. Enter category name of intent. *Initial value is <Empty>.
Intent delivery type	pref_key_intent_delivery_type	0..2	Select delivery type of intent. *0 - Send via StartActivity 1 - Send via startService 2 - Broadcast intent

IP output settings

Parameter	Key	Value range	Description (* indicates the initial value)
IP output	pref_key_ip_output	true,false	Enable or Disable IP output function. true - Enable *false - Disable IP packet is sent according to IP address/Port/Protocol that user defined. If user set this parameter true, user must set IP information (IP address, port, host name). IP packet is contained the scan data as a binary data. For example Barcode application sends as below. User set IP address: 192.168.1.161 Port: 443 Protocol: UDP Scan "49722079" Packet data 0000 f0 27 65 fa 18 1b 40 83 de 7e 69 7e 08 00 45 00 : header 1-16byte 0010 00 24 00 00 40 00 40 11 b6 18 c0 a8 01 bf c0 a8 : header 1-16byte 0020 01 a1 c4 a3 01 bb 00 10 df e9 34 39 37 32 32 30 : header 1-10byte, data 11-16byte 0030 37 39 : data 1-2byte
Protocol	pref_key_protocol	0,1	Select IP protocol *0 - TCP 1 - UDP
Hostname	pref_key_hostname	0-253(Characters)	Enter the host name. This setting must be within 253 characters. *Initial value is <Empty>.
Port	pref_key_port	1..65535	Enter the port number. This value must be between 1 and 65535. *Initial value is "49152".

Appendix C - Symbology Identifier for FZ-X1

Value	Symbology
0	all symbologies
1	EAN-13
2	EAN-8
3	UPC-A
4	UPC-E
5	EAN-13 with addon2
6	EAN-8 with addon2
7	UPC-A with addon2
8	UPC-E with addon2
9	EAN-13 with addon5
10	EAN-8 with addon5
11	EAN-A with addon5
12	EAN-E with addon5
13	Code 39
14	Han Xin
15	Interleaved 2 of 5
16	Standard 2 of 5
17	Matrix 2 of 5
18	Intelligent Mail
19	Codabar
20	- (unused)
21	MSI
22	Plessey
23	Code 128
24	- (unused)
25	Code 93
26	Code 11
27	Telepen
28	- (unused)
29	- (unused)
30	Codablock A
31	Codablock F
32	- (unused)
33	PDF417
34	GS1-128
35	ISBT128
36	Micro PDF417
37	GS1 DataBar Omni-Directional
38	GS1 DataBar Limited
39	GS1 DataBar Expanded
40	DataMatrix
41	QR Code
42	MaxiCode
43	GS1 DataBar Omni-Dir Composite (CC-A)
44	GS1 DataBar Limited Composite (CC-A)
45	GS1 DataBar Expanded Composite (CC-A)
46	GS1 Composite/GS1-128 Composite (CC-A)
47	EAN-13 Composite (CC-A)
48	EAN-8 Composite (CC-A)
49	UPC-A Composite (CC-A)
50	UPC-E Composite (CC-A)
51	GS1 DataBar Omni-Dir Composite (CC-B)
52	GS1 DataBar Limited Composite (CC-B)
53	GS1 DataBar Expanded Composite (CC-B)
54	GS1 Composite/GS1-128 Composite (CC-B)
55	EAN-13 Composite (CC-B)
56	EAN-8 Composite (CC-B)
57	UPC-A Composite (CC-B)
58	UPC-E Composite (CC-B)
59	GS1 Composite/GS1-128 Composite (CC-C)
60	ISBN
61	Postnet
62	Planet
63	BPO
64	Canada Post
65	Australian Post
66	Japan Post
67	Dutch Post
68	China Post
69	- (unused)
70	TLC39
71	- (unused)
72	ISMN
73	ISSN
74	Aztec
75	Sweden Post
76	Infomail

TouchOperationSettings

• Introduction
• Intent API specification

Supported Models

Target model	Android OS Version
	Android 4.x JellyBean	Android 5.x Lollipop	Android 6.x Marshmallow	Android 8.x Oreo	Android 9.x Pie	Android 10
FZ-X1	-	✓	-	-	-	-
FZ-N1	-	✓	✓	✓	✓	-
FZ-T1	-	-	-	✓	-	-
FZ-L1	-	-	-	✓	-	-
FZ-A3	-	-	-	-	✓	-

Introduction

This section describes the Intent API specifications for touch operation settings.
Also for the user to create an application which will change touch operation mode settings.

Intent API specification

User can change touch operation settings by using broadcast Intent APIs.
These APIs provide the following functions.

• (1) Change mode
• (2) Get current mode status
• (3) Detect changing mode
• (4) Check active pen battery level
• (5) Disable touch detection temporarily
• (6) Stylus pen settings
• (7) Glove touch settings
• (8) Rain sensing touch settings
• (9) Finger sensitivity settings
• (10) Touch operation mode settings

Support functions for each model are as following.

Support Functions List for each model

Function	Model
	FZ-X1		FZ-N1				FZ-T1		FZ-L1	FZ-A3
	JB	LP	LP	M	O	P	O	P	O	P
(1) Change mode	-	✓	✓	✓	✓	✓	-	-	-	-
(2) Get current mode status	-	✓	✓	✓	✓	✓	-	-	-	-
(3) Detect changing mode	-	✓	✓	✓	✓	✓	-	-	-	-
(4) Check active pen battery level	-	-	✓	✓	✓	✓	-	-	-	-
(5) Disable touch detection temporarily	-	-	-	-	✓	✓	-	-	-	-
(6) Stylus pen settings	-	-	-	-	✓	✓	-	-	-	-
(7) Glove touch settings	-	-	-	-	✓	✓	-	-	-	✓
(8) Rain sensing touch settings	-	-	-	-	✓	✓	-	-	-	✓
(9) Finger sensitivity settings	-	-	-	-	✓	✓	-	-	-	✓
(10) Touch operation mode settings	-	-	-	-	-	-	✓	✓	✓	✓

[Android OS version]

JB : Android 4.x JellyBean

LP : Android 5.x Lollipop

M : Android 6.x Marshmallow

O : Android 8.x Oreo

P : Android 9.x Pie

(1) Change mode

User can change touch operation mode by using broadcast Intent API.

(In the case of FZ-T1 / FZ-L1 / FZ-A3, user can use the API described in another chapter "(10) Touch operation mode settings" instead of this Change Mode API.)

Function	Model
	FZ-X1		FZ-N1				FZ-T1		FZ-L1	FZ-A3
	JB	LP	LP	M	O	P	O	P	O	P
Change mode	-	✓	✓	✓	✓	✓	-	-	-	-

[Android OS version]

JB : Android 4.x JellyBean

LP : Android 5.x Lollipop

M : Android 6.x Marshmallow

O : Android 8.x Oreo

P : Android 9.x Pie

Function prototype

int mode = 0 [ or 1];
Intent i = new Intent();
i.setAction(ACTION);
i.putExtra(EXTRA_DATA, mode);

Parameters

Sample source code

This sample source code shows how to chang touch operation mode.

Intent i = new Intent();

// enable Glove touch
int gloveMode = 1;
i.setAction("com.panasonic.mobile.tpsettings.SET_MODE");
i.putExtra("glove", gloveMode);
sendBroadcast(i);

// disable Rain sensing touch
int rainSensingMode = 0;
i.setAction("com.panasonic.mobile.tpsettings.SET_MODE");
i.putExtra("rain_sensing", rainSensingMode);
sendBroadcast(i);

// enable Stylus pen mode (FZ-X1 is not supported.)
int stylusPenMode = 1;
i.setAction("com.panasonic.mobile.tpsettings.SET_MODE");
i.putExtra("stylus", stylusPenMode);
sendBroadcast(i);

Sample command

The following adb command is a sample to broadcast an intent to change the setting.

// Run with adb usage environment in place

// enable Glove touch
adb shell am broadcast -a com.panasonic.mobile.tpsettings.SET_MODE --ei glove 1


//disable Rain sensing touch
adb shell am broadcast -a com.panasonic.mobile.tpsettings.SET_MODE --ei rain_sensing 0


// enable Stylus pen mode [for FZ-N1]
adb shell am broadcast -a com.panasonic.mobile.tpsettings.SET_MODE --ei stylus 1

Remarks

[for only FZ-N1]

User can choose "Stylus pen type" ("Active pen only", "Passive pen only" (default), "Active and Passive pen").
When "Stylus pen mode" is enabled by this API, the actual enabled pen type is according to the value of "Stylus pen type". (Refer to "Stylus pen type")

(2) Get current mode status

User can get current touch operation mode by using broadcast Intent API.

Function	Model
	FZ-X1		FZ-N1				FZ-T1		FZ-L1	FZ-A3
	JB	LP	LP	M	O	P	O	P	O	P
Get current mode status	-	✓	✓	✓	✓	✓	-	-	-	-

User can get current touch operation mode by the following 3 steps:

1. Send "Probe" broadcast Intent
2. Receive "Response" broadcast Intent

Function prototype

// 1. Send "Probe" broadcast Intent
Intent i = new Intent();
i.setAction(PROBE_ACTION);
sendBroadcast(i);

// 2. Receive "Response" broadcast Intent
BroadcastReceiver receiver = new BroadcastReceiver() {
   @Override
   public void onReceive(Context context, Intent intent) {
      boolean status = intent.getBooleanExtra(EXTRA_DATA, false);
   }
};
IntentFilter filter = new IntentFilter();
filter.addAction(RESPONSE_ACTION);
registerReceiver(receiver, filter);

Parameters

Sample source code

This Sample Source Code is geting current Touch Operation Mode.

// Prepare for receiving "Response" broadcast Intent
BroadcastReceiver receiver = new BroadcastReceiver() {
   @Override
   public void onReceive(Context context, Intent intent) {
      if (intent.getAction().equals("com.panasonic.mobile.tpsettings.PROBE_RESPONSE")) {
         // Extract status from received Intent
         // Glove touch
         boolean gloveStatus = intent.getBooleanExtra("glove", false);
         // Rain sensing touch
         boolean rainSensingStatus = intent.getBooleanExtra("rain_sensing", false);
         // Stylus pen (FZ-X1 is not supported.)
         boolean stylusPenStatus = intent.getBooleanExtra("stylus", false);
      }
   }
};
IntentFilter filter = new IntentFilter();
filter.addAction("com.panasonic.mobile.tpsettings.PROBE_RESPONSE");
registerReceiver(receiver, filter);

// Send "Probe" broadcast Intent after prior preparation
Intent i = new Intent();
i.setAction("com.panasonic.mobile.tpsettings.PROBE");
sendBroadcast(i);