Wacom*

Wacom’s Signature can capture handwritten signatures from a pen tablet. The mdoule simplifies the interaction with Wacom pen tablets for signatures.

The Wacom module supports the STU models which are capable of capturing a handwritten signature.

The correct driver must be installed:

Additionally tools are available for Wacom to perform signature analysis:

Signature Compatibility

Signature Libraries are available for:

Windows

STU Device Specifications

Model

Pressure levels

Sampling rate

Max. resolution

Active screen area

I/O

Monochrome/colour

STU-300*

512

200 Hz

396 x 100

99 x 25 mm

USB

Monochrome

STU-300B

512

200 Hz

396 x 100

99 x 25 mm

USB

Monochrome

STU-430

1024

200 Hz

320 x 200

96 x 60 mm

USB

Monochrome

STU-430V

1024

200 Hz

320 x 200

96 x 60 mm

Serial

Monochrome

STU-500*

512

200 Hz

640 x 480

102 x 76 mm

USB or serial

Monochrome

STU-520*

512

200 Hz

800 x 480

104 x 60 mm

USB

Colour

STU-530

1024

200 Hz

800 x 480

108 x 65 mm

USB

Colour

STU-540

1024

200 Hz

800 x 480

108 x 65 mm

USB or serial

Colour

STU-541

1024

200 Hz

800 x 480

108 x 65 mm

USB

Colour

Models marked with a "*" are no longer in production

STU Driver

Download and run Wacom-STU-Driver-5.4.5.exe

Requirements

The driver is required to use colour STU signature pads with the STU SDK and Wacom Signature SDK. The driver is also required when using any STU signature pad on Windows 8 or 8.1.

Summary

The driver is required for the colour display STU signature pads and also when using any of the STU signature pads on Windows 8.1. It allows the device to use USB Bulk Transfer to handle the transfer of increased image data size (compared with the mono STU tablets). On Windows 8 and 8.1 it also disables the Enhanced Power Management setting.

The driver installation merely configures the USB interface for the STU tablet and can be used in all configurations without any detrimental effect.

When using the Trust1Connector, the driver must always be installed.

Overview of Signature SDK Components and Flow

Signature Object

The Signature Library creates a Signature Object to hold a captured signature. A signature can be handled by an application in its native binary format (Forensic Signature Stream - FSS) or in the Base64 text encoded format such as the following example:

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

The Signature Object contains the following data:

Name
Reason
Date timestamp
Application specific data
System information
Pen data

Signature Data

Data is stored in the Signature Object in an undisclosed proprietary format and API is provided to extract parts of it:

Name
Reason
Date timestamp
Application specific data

One type of application specific data is the hash of a signed document. Before starting signature capture the application can calculate a hash value for the document and include it in the signature data. At a later time the application can recalculate the hash and use the API to compare the new and saved values to determine whether any changes have been made since signing. The results can then be used to indicate the validity of a signature.

API is not provided to extract the pen data because this is personal information which could be used fraudulently. When legitimate access to the full data is needed, such as when the authenticity of a signature is assessed by a qualified Forensic Document Examiner, this is possible using the SignatureScope application (see link in the references).

Exception Handling

Error

HTTP code

Description

WacomListDeviceException

404

Can not connect to the Wacom device

WacomSysInfoException

404

Can not connect to the Wacom device (check if driver has been installed)

WacomSignException

417

Can not proceed the sign operation, although all parameters are provided

Interface

Below you can find the interface of the Trust1Connector print module.

export interface AbstractWacom {
    signData: (body: WacomSignDataRequest, callback?: () => void) => Promise<WacomSignDataResponse>
    getDevices: (callback?: () => void) => Promise<WacomGetDevicesResponse>
    systemInfo: (callback?: () => void) => Promise<WacomSystemInfoResponse>
}

Model Objects

Below you can find the available models for Trust1Connector print module which are used in the interface.

export class WacomDevice {
    constructor(public name: string,
                public type: string,
                public model: string,
                public width: number,
                public height: number,
                public certificate?: string) {
    }
}

export class WacomGetDevicesResponse {
    constructor(public data: Array<WacomDevice>, public success: boolean) {
    }
}

export class WacomSignDataRequest {
    constructor(public name: string, public reason: string, signer: string, hash: string, image: WacomImage) {
    }
}

export class WacomImage {
    constructor(
        public data: string,
        public rectX: number,
        public rectY: number,
        public rectW: number,
        public rectH: number
    ) {
    }
}

export class WacomPackage {
    constructor(
        public component: string,
        public version: string
    ) {
    }
}

export class WacomSignDataResponse {
    constructor(public data: WacomSignDataResponseData, public success: boolean) {
    }
}

export class WacomSignDataResponseData {
    constructor(public image: string, public metadata: Array<{ string: string }>) {
    }
}

export class WacomSystemInfoResponse {
    constructor(public data: WacomSystemInfoResponseData, public success: boolean) {
    }
}

export class WacomSystemInfoResponseData {
    constructor(public device_list: Array<string>, public package_list: Array<WacomPackage>) {
    }
}

Get Wacom module object

Before we can use the wacom module we need to Initialise the Trust1Connector. The code sample below is a simplified version, for the complete initialise flow you can see Integration in Web Applications

T1CSdk.T1CClient.initialize(config).then(res => {
    client = res;
}, err => {
    console.error(error)
});

After you've initialised the Trust1Connector you can use the client/response of the initialise function to instantiate the wacom module. Later on we can keep using this module to execute various wacom functions provided by the Trust1Connector interface.

var wacom = client.wacom();

In the example below we execute the getDevices function available in the rawprint module. Here we use the callback mechanism but a Promise is also available as defined in the interface

function callback(err,data) {
    if(err){console.log("Error:",JSON.stringify(err, null, '  '));}
    else {console.log(JSON.stringify(data, null, '  '));}
}
wacom.getDevices(callback);

GetDevices

The getDevices function provides an iterator of all the available wacom tablets locally. These will return as identifiers that can be used when executing a signData action

client.wacom().getDevices(callback);

An example callback:

function callback(err,data) {
    if(err){
        console.log("Error:",JSON.stringify(err, null, '  '));
    }
    else {
        console.log(JSON.stringify(data, null, '  '));
    }
}

Response:

export class WacomDevice {
    constructor(public name: string,
                public type: string,
                public model: string,
                public width: number,
                public height: number,
                public certificate?: string) {
    }
}

export class WacomGetDevicesResponse {
    constructor(public data: Array<WacomDevice>, public success: boolean) {
    }
}

System info

The system info endpoint provides a way to get more information about the wacom devices connected and the wacom driver installed

client.wacom().systemInfo(callback);

An example callback:

function callback(err,data) {
    if(err){
        console.log("Error:",JSON.stringify(err, null, '  '));
    }
    else {
        console.log(JSON.stringify(data, null, '  '));
    }
}

Response;

export class WacomSystemInfoResponse {
    constructor(public data: WacomSystemInfoResponseData, public success: boolean) {
    }
}

export class WacomSystemInfoResponseData {
    constructor(public device_list: Array<string>, public package_list: Array<WacomPackage>) {
    }
}

export class WacomPackage {
    constructor(
        public component: string,
        public version: string
    ) {
    }
}

Sign data

The wacom interface provides a way to sign using the wacom tablets.

let body = {
 name: "wacom1",
 reason: "signing some document",
 signer: "test user",
 hash: "...hash to sign..."
}
client.wacom().signData(body, callback)

An example callback:

function callback(err,data) {
    if(err){
        console.log("Error:",JSON.stringify(err, null, '  '));
    }
    else {
        console.log(JSON.stringify(data, null, '  '));
    }
}

Response;

export class WacomSignDataResponse {
    constructor(public data: WacomSignDataResponseData, public success: boolean) {
    }
}

export class WacomSignDataResponseData {
    constructor(public image: string, public metadata: Array<{ string: string }>) {
    }
}

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