Overview of Frameworks: Part 3
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1 : Part 3 d.schmidt@vanderbilt.edu Institute for Software Integrated Systems Vanderbilt University Nashville, Tennessee, USA CS 282 Principles of Operating Systems II Systems Programming for Android
2 Learning Objectives of this Module Present Scope, Commonality, & Variability (SCV) analysis as a method for developing & applying software product-lines & frameworks 2
3 Learning Objectives of this Module Present Scope, Commonality, & Variability (SCV) analysis as a method for developing & applying software product-lines & frameworks Illustrate the application of SCV to Android 3
4 Variant 1 Overview of Software -Lines A software product line (SPL) is a form of systematic software reuse An SPL a set of software-intensive systems These systems share a common, managed set of features satisfying the specific needs of a particular market segment or mission They are developed from a common set of core assets in a prescribed way Variant 2 Variant 3 Bundled & Third-Party Apps Application Frameworks System Libraries Virtual Machine Runtime Operating System Kernel Variant 4 4
5 A software product line (SPL) is a form of systematic software reuse An SPL a set of software-intensive systems These systems share a common, managed set of features satisfying the specific needs of a particular market segment or mission They are developed from a common set of core assets in a prescribed way Frameworks can help define & improve core SPL assets by factoring out many reusable general-purpose & domain-specific services from application responsibility Variant 1 Variant 2 Overview of Software -Lines Variant 3 Bundled & Third-Party Apps Application Frameworks System Libraries Virtual Machine Runtime Operating System Kernel Variant 4 See for 5 more info on software product-lines
6 Scope, Commonality, & Variability Analysis Key software product-line & framework structure & behavior can be captured systematically via Scope, Commonality, & Variability (SCV) analysis 6
7 Scope, Commonality, & Variability Analysis Key software product-line & framework structure & behavior can be captured systematically via Scope, Commonality, & Variability (SCV) analysis This process can be applied to identify commonalities & variabilities in a domain 7
8 Scope, Commonality, & Variability Analysis Key software product-line & framework structure & behavior can be captured systematically via Scope, Commonality, & Variability (SCV) analysis This process can be applied to identify commonalities & variabilities in a domain Often used to guide the development & application of software product-lines & frameworks Variant 1 Variant 2 Variant 3 Bundled & Third-Party Apps Application Frameworks Variant 4 System Libraries Virtual Machine Runtime Operating System Kernel 8
9 Scope, Commonality, & Variability Analysis Key software product-line & framework structure & behavior can be captured systematically via Scope, Commonality, & Variability (SCV) analysis This process can be applied to identify commonalities & variabilities in a domain General method Identify common portions of a domain & define stable interfaces (fairly easy) AsyncTask execute() onpreexecute() doinbackground() onprogressupdate() onpostexecute() 9
10 10 Scope, Commonality, & Variability Analysis Key software product-line & framework structure & behavior can be captured systematically via Scope, Commonality, & Variability (SCV) analysis This process can be applied to identify commonalities & variabilities in a domain General method Identify common portions of a domain & define stable interfaces (fairly easy) Identify variable portions of a domain & define stable interfaces (harder) Params Types used in background work Progress Types used when indicating progress Result Types of result AsyncTask execute() onpreexecute() doinbackground() onprogressupdate() onpostexecute() DownloadAsyncTask onpreexecute() doinbackground() onpostexecute() Params, Progress, Result
11 11 Scope, Commonality, & Variability Analysis Key software product-line & framework structure & behavior can be captured systematically via Scope, Commonality, & Variability (SCV) analysis This process can be applied to identify commonalities & variabilities in a domain General method Identify common portions of a domain & define stable interfaces (fairly easy) Identify variable portions of a domain & define stable interfaces (harder) Create different implementations of the variable portions as plug-ins Params Types used in background work Progress Types used when indicating progress Result Types of result AsyncTask execute() onpreexecute() doinbackground() onprogressupdate() onpostexecute() DownloadAsyncTask onpreexecute() doinbackground() onpostexecute() Params, Progress, Result onpreexecute() doinbackground() onpostexecute()
12 Scope, Commonality, & Variability Analysis Key software product-line & framework structure & behavior can be captured systematically via Scope, Commonality, & Variability (SCV) analysis This process can be applied to identify commonalities & variabilities in a domain General method Identify common portions of a domain & define stable interfaces (fairly easy) Identify variable portions of a domain & define stable interfaces (harder) Create different implementations of the variable portions as plug-ins Params Types used in background work Progress Types used when indicating progress Result Types of result AsyncTask execute() onpreexecute() doinbackground() onprogressupdate() onpostexecute() DownloadAsyncTask onpreexecute() doinbackground() onpostexecute() Params, Progress, Result en.wikipedia.org/wiki/solid_(object-oriented_design) 12 has more info onpreexecute() doinbackground() onpostexecute()
13 Scope defines the domain & context of Android & its various frameworks & components e.g., Resource-constrained mobile devices e.g., limited power, memory, processors, network, & price points Applying SCV to Android 13
14 Scope defines the domain & context of Android & its various frameworks & components e.g., Resource-constrained mobile devices e.g., limited power, memory, processors, network, & price points Touch-based user interfaces Applying SCV to Android 14
15 Scope defines the domain & context of Android & its various frameworks & components e.g., Resource-constrained mobile devices e.g., limited power, memory, processors, network, & price points Touch-based user interfaces Applying SCV to Android (Largely) open-source, vendor- & hardware-agnostic ecosystem 15
16 Scope defines the domain & context of Android & its various frameworks & components e.g., Resource-constrained mobile devices e.g., limited power, memory, processors, network, & price points Touch-based user interfaces Applying SCV to Android (Largely) open-source, vendor- & hardware-agnostic ecosystem Focus on installed-base of Java app developers See developer.android.com 16 for more info on Android
17 Commonalities describe the attributes common across all instances of Android Common framework components e.g., Activities, Services, Content Providers, & Broadcast Receivers Applying SCV to Android 17
18 Commonalities describe the attributes common across all instances of Android Common framework components e.g., Activities, Services, Content Providers, & Broadcast Receivers Common application frameworks Applying SCV to Android e.g., Activity Manager, Package Manager, Telephony Manager, Location Manager, Notification Manager, etc. 18
19 Commonalities describe the attributes common across all instances of Android Common framework components e.g., Activities, Services, Content Providers, & Broadcast Receivers Common application frameworks Applying SCV to Android e.g., Activity Manager, Package Manager, Telephony Manager, Location Manager, Notification Manager, etc. Common infrastructure e.g., Intent framework, Binder, Webkit, Hardware Abstraction Layer, OS device driver frameworks etc. 19
20 Variabilities describe the attributes unique to different instantiations of Android -dependent components e.g., different look & feel variants of vendor-specific user interfaces, sensor & device properties, etc. Applying SCV to Android 20
21 Variabilities describe the attributes unique to different instantiations of Android -dependent components e.g., different look & feel variants of vendor-specific user interfaces, sensor & device properties, etc. -dependent component assemblies Applying SCV to Android e.g., different bundled apps, CDMA vs. GSM & different hardware, OS, & network/bus configurations, etc. SCV can also be applied recursively for 21 all the Android frameworks & layers
22 Scope, Commonality, & Variability (SCV) analysis is an advanced systematic reuse technique It helps developers alleviate problems associated with maintaining many versions of the same product that have large amounts of similar software created to satisfy new & diverse requirements Summary Variant 1 Variant 2 Variant 3 Bundled & Third-Party Apps Application Frameworks System Libraries Virtual Machine Runtime Operating System Kernel Variant 4 22
23 Scope, Commonality, & Variability (SCV) analysis is an advanced systematic reuse technique It helps developers alleviate problems associated with maintaining many versions of the same product that have large amounts of similar software created to satisfy new & diverse requirements The frameworks in Android form software product-lines that enable systematic software reuse across a wide range of apps & infrastructure platforms Summary 23
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For detailed technical instructions refer to the documentation provided inside the SDK and updated samples.
The vsphere HTML Client SDK Fling provides libraries, sample plug-ins, documentation and various SDK tools to help you develop and build user interface extensions which are compatible with both vsphere