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SmartCredentials is a programmer’s library, presenting a unified interface for various solutions and protocols used to authenticate, authorize and conduct any kind of transactions between a user or a user-facing app and services. It uses the abstraction of a credential, which can handily be made available to the user for choosing the right identity/ entitlement and authenticating themselves for appropriate security. On the ‘other end’ actual technological functions are structured in modules that can be ‘plugged’ in to the SmartCredentials core to extend and alter its behavior behind the unifying credentialing APIs.

SmartCredentials is a programmer’s library, presenting a unified interface for various solutions and protocols used to authenticate, authorize and conduct any kind of transactions between a user or a user-facing app and services. It uses the abstraction of a credential, which can handily be made available to the user for choosing the right identity/ entitlement and authenticating themselves for appropriate security. On the ‘other end’ actual technological functions are structured in modules that can be ‘plugged’ in to the SmartCredentials core to extend and alter its behavior behind the unifying credentialing APIs.

SmartCredentials is a programmer’s library, presenting a unified interface for various solutions and protocols used to authenticate, authorize and conduct any kind of transactions between a user or a user-facing app and services. It uses the abstraction of a credential, which can handily be made available to the user for choosing the right identity/ entitlement and authenticating themselves for appropriate security. On the ‘other end’ actual technological functions are structured in modules that can be ‘plugged’ in to the SmartCredentials core to extend and alter its behavior behind the unifying credentialing APIs.

SmartCredentials is a programmer’s library, presenting a unified interface for various solutions and protocols used to authenticate, authorize and conduct any kind of transactions between a user or a user-facing app and services. It uses the abstraction of a credential, which can handily be made available to the user for choosing the right identity/ entitlement and authenticating themselves for appropriate security. On the ‘other end’ actual technological functions are structured in modules that can be ‘plugged’ in to the SmartCredentials core to extend and alter its behavior behind the unifying credentialing APIs.

SmartCredentials is a programmer’s library, presenting a unified interface for various solutions and protocols used to authenticate, authorize and conduct any kind of transactions between a user or a user-facing app and services. It uses the abstraction of a credential, which can handily be made available to the user for choosing the right identity/ entitlement and authenticating themselves for appropriate security. On the ‘other end’ actual technological functions are structured in modules that can be ‘plugged’ in to the SmartCredentials core to extend and alter its behavior behind the unifying credentialing APIs.

SmartCredentials is a programmer’s library, presenting a unified interface for various solutions and protocols used to authenticate, authorize and conduct any kind of transactions between a user or a user-facing app and services. It uses the abstraction of a credential, which can handily be made available to the user for choosing the right identity/ entitlement and authenticating themselves for appropriate security. On the ‘other end’ actual technological functions are structured in modules that can be ‘plugged’ in to the SmartCredentials core to extend and alter its behavior behind the unifying credentialing APIs.

SmartCredentials is a programmer’s library, presenting a unified interface for various solutions and protocols used to authenticate, authorize and conduct any kind of transactions between a user or a user-facing app and services. It uses the abstraction of a credential, which can handily be made available to the user for choosing the right identity/ entitlement and authenticating themselves for appropriate security. On the ‘other end’ actual technological functions are structured in modules that can be ‘plugged’ in to the SmartCredentials core to extend and alter its behavior behind the unifying credentialing APIs.

The main module contains the GeoTools public interfaces that are used by other GeoTools modules (and GeoTools applications). Where possible we make use industry standard terms as provided by OGC and ISO standards. The formal GeoTools public api consists of gt-metadata, jts and the gt-main module. The main module contains the default implementations that are available provided to other GeoTools modules using our factory system. Factories are obtained from an appropriate FactoryFinder, giving applications a chance configure the factory used using the Factory Hints facilities. FilterFactory ff = CommonFactoryFinder.getFilterFactory(); Expression expr = ff.add( expression1, expression2 ); If you find yourself using implementation specific classes chances are you doing it wrong: Expression expr = new AddImpl( expression1, expressiom2 );

This bundle wraps Pi4j (http://pi4j.com) that wraps the native code Wiring Pi (http://wiringpi.com). It wraps these libraries to make them OSGi friendly and allow them to work together with the OSGi enRoute IoT circuit library (osgi.enroute.iot.circuit). The bundle will first use Pi4J to detect on what hardware it runs. If it runs on an appropriate type, it will register a component that can be configured with Metatype. The Metatype defines a full blown configuration template for all the Pi's functions. The GPIO's are registered as components for the circuit. Regardless of the success of the configuration, this bundle will also register a GpioController service, which is the main Pi4J class.

This bundle wraps Pi4j (http://pi4j.com) that wraps the native code Wiring Pi (http://wiringpi.com). It wraps these libraries to make them OSGi friendly and allow them to work together with the OSGi enRoute IoT circuit library (osgi.enroute.iot.circuit). The bundle will first use Pi4J to detect on what hardware it runs. If it runs on an appropriate type, it will register a component that can be configured with Metatype. The Metatype defines a full blown configuration template for all the Pi's functions. The GPIO's are registered as components for the circuit. Regardless of the success of the configuration, this bundle will also register a GpioController service, which is the main Pi4J class.