Developer Hub

Build and validate enterprise Android integrations with versioned evidence.

Technical content is the core of RuggedLayer. Public resources show reproducible device-interface patterns and the evidence needed to move an existing app toward deployment, while restricted manufacturer SDKs remain behind approved distribution channels.

No vendor binary, API reference, firmware or source sample is published until its redistribution permission and supported scope are recorded.

scan-boundary.kt

data class CaptureEvent(
  val value: String,
  val symbology: String?,
  val capturedAt: Instant,
)

interface CapturePort {
  fun open()
  fun start()
  fun stop()
  fun close()
  fun setListener(listener: (CaptureEvent) -> Unit)
}

class ScanWorkflow(private val scanner: CapturePort) {
  private var active = false

  fun begin(onCapture: (CaptureEvent) -> Unit) {
    if (active) return
    scanner.open()
    scanner.setListener(onCapture)
    scanner.start()
    active = true
  }

  fun end() {
    if (!active) return
    runCatching { scanner.stop() }
    runCatching { scanner.close() }
    active = false
  }
}
Original adapter pattern. Bind CapturePort to the approved device SDK in your private Android project.

Publishing standard

Comparable device evidence with method, version and limitations.

The Test Lab defines what must be recorded before a manufacturer reference or RuggedLayer observation can support a purchase or deployment decision.

Developer resources

Build and validate enterprise Android integrations with versioned evidence.

Technical content is the core of RuggedLayer. Public resources show reproducible device-interface patterns and the evidence needed to move an existing app toward deployment, while restricted manufacturer SDKs remain behind approved distribution channels.

Start here15 min

Barcode scanner integration

Build one scanner boundary, normalize wedge, intent or direct results, and close every session cleanly.

  • Barcode / scanner
  • Beginner
  • How to read the references
Connect and validate my application
Start here10 min

Device readiness checklist

Turn a vague “Android device supported” claim into a configuration record that another engineer can reproduce.

  • Compatibility baseline
  • Beginner
  • How to read the references
Connect and validate my application
Core pattern12 min

Test without a device

Use a fake capture port to verify inventory and receiving rules in CI before a physical handheld is available.

  • Test adapter
  • Beginner
  • How to read the references
Connect and validate my application
Core pattern15 min

Printer workflow basics

Render a bounded page, serialize printer work and make paper, heat, voltage and busy states visible.

  • Printer
  • Intermediate
  • How to read the references
Connect and validate my application
Core pattern12 min

Hardware key mapping

Inspect a physical key, preserve the original mapping and provide a reliable restore path before changing behavior.

  • Hardware key mapping
  • Intermediate
  • How to read the references
Connect and validate my application
Review requiredControlled

Card and secure modules

Separate ICC, PICC, magnetic-stripe, PIN and secure-element work from ordinary application code and logs.

  • Cards / secure operations
  • Advanced
  • How to read the references
Connect and validate my application
Core pattern18 min

Device capability and deployment controls

Create a read-only device snapshot, separate privileged operations, and make every deployment change reversible.

  • Device capability and deployment controls
  • Intermediate
  • How to read the references
Connect and validate my application

Developers / SDK

SDK and API patterns

No vendor binary, API reference, firmware or source sample is published until its redistribution permission and supported scope are recorded.

Ready to download

RuggedLayer / Starter source

Capture adapter starter

A small original source file for isolating scanner work from application business rules. It contains no vendor SDK, binary or device claim.

Version
0.1.0
Platform
Kotlin / Android-neutral
Scope
CaptureEvent, CapturePort, workflow lifecycle and a fake adapter
License
MIT
Size
1.7 KB
SHA-256
ee5e2bff6d7d4eb751d390581e9ffc2d4208ee4e098c1d8d694a43c887276f31

Original RuggedLayer source; reviewed 2026-08-03

SDK package download

UROVO / SDK

UROVO Android SDK and samples

A RuggedLayer-hosted UROVO development package for scanner, device, printer, key mapping, card and secure-module integration. Local machine settings and signing materials are excluded.

Version
v4.1.0326
Platform
Android / Java
Scope
API Reference, platform SDK JAR, ScanManager, DeviceManager and terminal sample projects
License
UROVO public SDK distribution; no SPDX identifier
Size
4.1 MB
SHA-256
833b002160a4145905e0c0e794b9669def41778cd930e34b559a4ddad9a3e244

Public UROVO package; RuggedLayer distribution approved 2026-08-03

Integration demo download

RuggedLayer / UROVO / Integration demo

UROVO ScanManager Kotlin demo

An original adapter and step-by-step README that shows how to connect the UROVO ScanManager API without leaking device calls into application business logic.

Version
0.1.0
Platform
Kotlin / Android
Scope
Scanner open, Intent output, result normalization, software trigger and lifecycle cleanup
License
MIT
Size
3.4 KB
SHA-256
9a4c7a384ea5441e4b0df24ef23f0175efe2ced709f6c77aa1c55b583dbc1a49

Original RuggedLayer code reviewed against UROVO SDK v4.1.0326

Integration demo download

RuggedLayer / Integration demo

RFID session and fake-reader demo

A vendor-neutral inventory pattern that lets developers test RFID workflow rules before binding an approved UROVO, SEUIC or other native reader SDK.

Version
0.1.0
Platform
Kotlin / Android-neutral
Scope
RfidPort, TagRead, session lifecycle, EPC deduplication and FakeRfidPort
License
MIT
Size
2.8 KB
SHA-256
2d3d63b7e871ae50dd43bf4f4fed8aacdccffa4b377d1a1bfcc328f4012c2bf2

Original RuggedLayer source; reviewed 2026-08-03

Download from GitHub

UROVO / upstream / Sample repository

Latest UROVO Android sample source

Download the current public repository archive directly from GitHub when you need to compare the packaged v4.1.0326 materials with the latest upstream branch.

Version
master / upstream repository
Platform
Android / Java
Scope
ScanManager, DeviceManager and terminal sample families in the public repository
License
No SPDX license detected; UROVO public sample source

Public UROVO repository; upstream branch may change

Download from GitHub

UROVO / community / Community example

Flutter scanner bridge

A cross-platform bridge pattern. Its README states that proprietary UROVO drivers are not included, so connect the matching native SDK separately.

Version
main / community repository
Platform
Flutter / Android
Scope
EventChannel bridge around UROVO barcode scanning
License
MIT

Community code; no RuggedLayer hardware validation

Download from GitHub

SEUIC (Dongji) / community / Community example

Dongji UHF inventory workflow

A warehouse workflow example for understanding how an application can own inventory rules around a native RFID boundary. Validate the device and plugin separately.

Version
master / community repository
Platform
uni-app / Android
Scope
Inbound, outbound, stocktaking and traceability around a seuic-uhf plugin
License
Apache-2.0

Community code; not tested by RuggedLayer

Download from GitHub

SEUIC (Dongji) / multi-vendor / Community example

Multi-vendor RFID middleware

A multi-vendor hardware abstraction and mock-reader reference that names Seuic adapters. Inspect its bundled drivers and NOTICE before selecting dependencies.

Version
main / community repository
Platform
Kotlin / Android
Scope
Hardware abstraction, mock reader, inventory and tag operations
License
Apache-2.0 with NOTICE

Community code; exact device and driver scope require validation

No vendor binary, API reference, firmware or source sample is published until its redistribution permission and supported scope are recorded.

Developer resources

Developer resources

No vendor binary, API reference, firmware or source sample is published until its redistribution permission and supported scope are recorded.

Guide available

Compatibility baseline

Exact model, software stack, operating conditions and evidence status for a reproducible test.

Device and key-control samples reviewedConnect and validate my application
Controlled guide

Cards and secure operations

ICC, PICC, magnetic stripe, PIN and secure-element work with explicit security ownership.

Card and secure samples reviewedConnect and validate my application
Guide available

Hardware key mapping

Snapshot, apply, restore and validate physical key behavior without stranding system input.

Key-map sample reviewedConnect and validate my application
Guide available

Device capability and deployment controls

Read-only capability snapshots, version baselines, permission boundaries and reversible deployment controls.

Device identity and key-control samples reviewedConnect and validate my application

Developer resources / Kotlin

SDK and API patterns

Lifecycle, errors, intent, callbacks, keys and cross-platform differences.

  • Reproduce: Use a specified device, OS, firmware, SDK and application build.
  • Explain: Show expected result, failure handling and known limitations.
  • Maintain: Version the guide and revalidate material platform changes.

scan-boundary.kt

data class CaptureEvent(
  val value: String,
  val symbology: String?,
  val capturedAt: Instant,
)

interface CapturePort {
  fun open()
  fun start()
  fun stop()
  fun close()
  fun setListener(listener: (CaptureEvent) -> Unit)
}

class ScanWorkflow(private val scanner: CapturePort) {
  private var active = false

  fun begin(onCapture: (CaptureEvent) -> Unit) {
    if (active) return
    scanner.open()
    scanner.setListener(onCapture)
    scanner.start()
    active = true
  }

  fun end() {
    if (!active) return
    runCatching { scanner.stop() }
    runCatching { scanner.close() }
    active = false
  }
}
Original adapter pattern. Bind CapturePort to the approved device SDK in your private Android project.

Developers / Publishing standard

SDK and API patterns

Technical content is the core of RuggedLayer. Public resources show reproducible device-interface patterns and the evidence needed to move an existing app toward deployment, while restricted manufacturer SDKs remain behind approved distribution channels.

01Publishing standardSDK distribution
Application UIUse a specified device, OS, firmware, SDK and application build.
WorkflowShow expected result, failure handling and known limitations.
Port / adapterVersion the guide and revalidate material platform changes.
Approved SDKUse a specified device, OS, firmware, SDK and application build.
DeviceShow expected result, failure handling and known limitations.
Publishing standard. No vendor binary, API reference, firmware or source sample is published until its redistribution permission and supported scope are recorded.
02Lifecycle sequenceOne capture from start to release
  1. 01
    Screen

    Use a specified device, OS, firmware, SDK and application build.

  2. 02
    Workflow

    Show expected result, failure handling and known limitations.

  3. 03
    Adapter

    Version the guide and revalidate material platform changes.

  4. 04
    Device

    No vendor binary, API reference, firmware or source sample is published until its redistribution permission and supported scope are recorded.

Lifecycle sequence. No vendor binary, API reference, firmware or source sample is published until its redistribution permission and supported scope are recorded.
03Integration decision flowChoose transport by workflow
  1. Question 01Reproduce
    YESEnvironment, device configuration and first successful data-capture flow.NOUse a specified device, OS, firmware, SDK and application build.
  2. Question 02Explain
    YESLifecycle, errors, intent, callbacks, keys and cross-platform differences.NOShow expected result, failure handling and known limitations.
  3. Question 03Maintain
    YESMinimal examples with source license, release checksum and supported scope.NOVersion the guide and revalidate material platform changes.
Integration decision flow. No vendor binary, API reference, firmware or source sample is published until its redistribution permission and supported scope are recorded.
04Validation data flowFrom configuration to decision
ConfigurationUse a specified device, OS, firmware, SDK and application build.
MethodShow expected result, failure handling and known limitations.
ObservationVersion the guide and revalidate material platform changes.
DecisionNo vendor binary, API reference, firmware or source sample is published until its redistribution permission and supported scope are recorded.
Validation data flow. No vendor binary, API reference, firmware or source sample is published until its redistribution permission and supported scope are recorded.

GitHub / Resources

SDK and API patterns

No vendor binary, API reference, firmware or source sample is published until its redistribution permission and supported scope are recorded.

urovosamples/SDK_ReleaseforAndroid

UROVO / upstream

Start with UROVO sample families

ScanManager, DeviceManager and terminal samples

Use the repository to locate the API family that matches the target workflow. No SPDX license is detected, so do not copy or mirror files without permission.

No SPDX license detectedResources
snave00/flutter_urovo_scan

UROVO / community

Compare a Flutter bridge

EventChannel and native scanner boundary

Study how a cross-platform app can keep device calls behind a native bridge. The proprietary driver remains a separate dependency and model validation is still required.

MIT reported by GitHubResources
rafaax/react-native-urovo-rfid

UROVO / community

Study an RFID bridge boundary

React Native events, RFID and trigger controls

Review the JavaScript-to-native boundary only. The README says proprietary UROVO drivers are supplied separately, and GitHub does not report a license for the repository.

No license detectedResources
aaron-wu007/astoaarUFH

SEUIC (Dongji) / community

Trace a Dongji UHF workflow

uni-app inventory, inbound, outbound and stocktaking

Use the workflow structure to discuss RFID application ownership. The repository is a community example and does not prove support for every SEUIC model or native plugin version.

Apache-2.0 reported by GitHubResources
rfidsoftwares/OpenRFID-Handheld-Android-Middleware

SEUIC (Dongji) / multi-vendor

Study a multi-vendor HAL

Hardware abstraction, mock reader and tag inventory

Compare the HAL and mock-reader ideas with your own adapter boundary. Its named Seuic adapters still need exact device, driver and release review before use.

Apache-2.0 reported by GitHubResources
android/architecture-samples

Android / platform

Study the architecture

UI, domain and data boundaries

Use repository contracts and state ownership as a reference for keeping device adapters out of business screens.

See repository licenseResources
android/testing-samples

Android / platform

Use the testing pattern

Local, instrumentation and fake dependencies

Compare what belongs in a fast unit test with the small hardware smoke test that needs an actual handheld.

See repository licenseResources
zxing/zxing

Community / barcode

Read the parsing boundary

Barcode parsing and format validation

Study input validation and format handling; this repository is not a device scan engine or a UROVO SDK replacement.

See repository licenseResources
android/camera-samples

Android / platform

Study lifecycle handling

Permissions, resources and foreground/background state

Apply the lifecycle discipline to scanner, printer and other peripherals that must be stopped and released.

See repository licenseResources
Kotlin/kotlinx.coroutines

Kotlin / platform

Study structured concurrency

Cancellation, dispatchers and async work

Use cancellation and ownership patterns when a device operation can outlive a screen or be interrupted by a retry.

See repository licenseResources

RuggedLayer Test Lab

Define a useful test, not a vague benchmark.

Tell us the labels, tags, application and operating conditions that matter.

  1. 01

    Manufacturer-supported A sourced statement scoped to the documented variant and region.

  2. 02

    Model-specific highlights Rates, ranges, protection and platform details organized around one device.

  3. 03

    Validation-ready scope The setup fields needed to turn a reference figure into a project decision.

Connect and validate your application on target hardware.

Share the non-confidential app workflow, current device and integration path; we will scope the closest validation deliverable.

No vendor binary, API reference, firmware or source sample is published until its redistribution permission and supported scope are recorded.

Connect and validate my application