Difference between revisions of "Graph Approaches for Software Engineeering"

Latest revision as of 13:03, 7 March 2021

title: Graph Approaches for Software Engineering
author: Wolfgang Fahl Wolfgang Fahl info@bitplan.com
footer: Applying the OpenSource Project SimpleGraph and it's modules to Software Engineering
subfooter: sebis Oberseminar TUM

</slideshow>

⌘⌘ Wolfgang Fahl

Wolfgang wf@bitplan.com is from Willich/Germany. I am a teacher for software architecture My first contact with MediaWiki was about the Waiheke Island community wiki in 2008 You'll find the electric vehicles of our company and family on the internet:
Peugeot Ion	Giant Explore

⌘⌘ Touchable Software Engineering

⌘⌘ The World as a Graph

If the world is represented as a Graph it would be nice to have a Simple Graph Navigation Language

see SMWCon Fall 2018

⌘⌘ Why I am here

⌘⌘ Prehistory

⌘⌘ Graph Kernels for Model Driven Software Engineering

https://modeling-languages.com/graph-kernels-model-driven-software-engineering/

5 Steps

Decide how the model should be encoded into a graph
Translate each of the models into a labeled graph
Select the graph kernel algorithm to be used
Load all the graphs and compute the graph kernel
Exploit the information in the kernel matrix

⌘⌘ Use SimpleGraph for the 5 Steps

⌘⌘ Step 1: Decide how the model should be encoded into a graph

Each SimpleGraph Module transforms data from some API to a Graph representation. The transformation is usually as "straight-forward" or "natural" as possible.

⌘⌘ Step 2: Translate each of the models into a labeled graph

Each SimpleGraph Module uses the following steps to translate from an API to the graph

connect()
moveTo()

⌘⌘ Step 3: Select the graph kernel algorithm to be used

SimpleGraph is based on Apache Gremlin/Tinkerpop so all the algorithm and libraries around this graph environment are directly available. If a different graph kernel and or algorithm is needed than the graph can be translated / imported via standard graph import/export formats and or import/export adapters and utilities.

BITPlan e.g. often uses Semantic MediaWiki as a suitable environment.

⌘⌘ Step 4: Load all the graphs and compute the graph kernel

Simplegraph is based on the Hub&Spoke approach. Any combination of modules/API can be applied. Currently there are some 20 different modules to choose from.

⌘⌘ Step 5: Exploit the information in the kernel matrix

There are two modes for exploiting the information:

OLAP - Online Analytical Processing / Graph Query
OLTP - Online Transaction Processing / Graph Traversal

⌘⌘ What is SimpleGraph?

Simplegraph allows to work with "graphized" information source from a combination of APIs that are made available as modules.

Module	System wrapped	API exposed	Description
FileSystem	FileSystem	java.io.File	makes your FileSystem accessible via the Java FileSystem API
GitHub	GitHub	GitHub GraphQL Api v4	makes GitHub content accessible to Graph processing.
Java	Java	javaparser	makes Java code parse results accessible to Graph processing.
Mail	Mail	E-Mail access for rfc822 and MIME formatted Mailbox files (e.g. Thunderbird)	makes Mail data available via Apache Mime4J
SMW	SMW	SemanticMedia Wiki API	makes Semantic MediaWiki accessible via the SMW API
XML	XML	org.w3c.dom	makes XML dom parse results accessible to Graph processing.

⌘⌘ What is Apache TinkerPop/Gremlin?

Apache Tinkerpop is an Open Source project. Gremlin is the GraphTraversal Language for it.

⌘⌘ SimpleGraph Dragtop

The Dragtop Open Source Software makes the SimpleGraph modules available for direct access from your Desktop. By simple drag and drop of the input onto the dragtop and then dropping a "tool" onto the dragtop you can combine the module functionality as you see fit.

⌘⌘ Example: The 5 Steps in SimpleGraph

⌘⌘ Step 1: Decide how the model should be encoded into a graph

.java Source Files: FileSystem module
Java Classes: JavaSystem
.class Files: Filesystem module (Bytecode parser?)

⌘⌘ Step 2: Translate each of the models into a labeled graph

⌘⌘ Step 3: Select the graph kernel algorithm to be used

FileSystem fs=new FileSystem();
FileNode start = (FileNode) fs.connect("").moveTo(aroot.getPath());
start.recursiveOut("files",Integer.MAX_VALUE);
List<Vertex> javaFileNodes=start.g().V().has("ext", "java").toList();
List<Vertex> classFileNodes=start.g().V().has("ext", "class").toList()

⌘⌘ Step 4: Load all the graphs and compute the graph kernel

⌘⌘ Step 5: Exploit the information in the kernel matrix

Visualize
Store
Mix and match with other sources

⌘⌘ How to benefit and participate

Stay in touch with Wolfgang Fahl
Ask StackOverFlow questions on SimpleGraph
Participate in the GitHub SimpleGraph Open Source Project
Join the SimpleGraph Mailinglist
Collaborate on Projects with BITPlan
Write papers related to SimpleGraph

⌘⌘ Ideas for SimpleGraph future Progress

more Software-Engineering related modules e.g. for Modelling,Requirements Engineering
more Visualization options e.g. like/with prefuse
Visualized Editor e.g. like/with blockly
better integration with other programming languages

⌘⌘ Questions/Discussion

@@ Line 4: / Line 4: @@
 ;author: <span style='font-size:50%'>[http://www.bitplan.com/index.php/Wolfgang_Fahl Wolfgang Fahl Wolfgang Fahl] [mailto:info@bitplan.com info@bitplan.com]</span>
 ;footer: Applying the OpenSource Project SimpleGraph and it's modules to Software Engineering
-;subfooter: [https://wwwmatthes.in.tum.de/pages/rwzby1tlqhn9/Advanced-Seminar sebis Oberseminar Technische Universität München]
+;subfooter: [https://wwwmatthes.in.tum.de/pages/rwzby1tlqhn9/Advanced-Seminar sebis Oberseminar TUM]
 </slideshow>
 === ⌘⌘ Wolfgang Fahl ===
@@ Line 19: / Line 19: @@
 | [[File:Explore2018-06Portobello.png|link=http://ebike.bitplan.com|250px|Giant Explore]]<br>Giant Explore
 |}
-=== ⌘⌘ Vorgeschichte ===
+== ⌘⌘ Touchable Software Engineering ==
+https://www.flanschen-fitting-shop.de/1030-tm_large_default/schraube-m10x35.jpg
+=== ⌘⌘ The World as a Graph  ===
+If the world is represented as a Graph it would be nice to have a {{Link|target=SiGNaL|title=Simple Graph Navigation Language}}
+<graphviz>
+digraph EM {
+  rankdir="LR"
+  Earth [ fontcolor="white"  fontsize="32" URL="https://www.wikidata.org/wiki/Q2" image="Earth200.jpeg" ]
+  Moon  [ fontcolor="white"  fontsize="32" URL="https://www.wikidata.org/wiki/Q405" image="Moon200.jpeg" ]
+  Moon -> Earth [ label="orbits" fontsize="32"]
+}
+</graphviz>
+see [http://ebike.bitplan.com/index.php?title=SimpleGraph_Semantic_Media_Wiki_Module&action=slide SMWCon Fall 2018]
+=== ⌘⌘ Why I am here ===
 [[File:twitter2018-08-26.png|400px|link=https://twitter.com/seppl2009/status/1033787770819497985]]
-=== ⌘⌘ Why I am here ===
+=== ⌘⌘ Prehistory ===
+see also {{Link|target=Workdocumentation 2019-02-18#PreHistory|title=PreHistory (clickable)}}
 <graphviz>
-digraph history {
+digraph prehistory {
 rankdir=LR;
 ranksep=2.0;
@@ Line 38: / Line 55: @@
 Florian_Matthes [ label="Florian Matthes" URL="https://twitter.com/matthes" ]
 Robert_Clariso [ label="Robert Clarisó" URL="https://www.uoc.edu/webs/rclariso/EN/curriculum/index.html" ]
+Christof_Tinnes [ label="Christof Tinnes" URL="https://wwwmatthes.in.tum.de/pages/v2o7t4t0vg87/Christof-Tinnes" ]
 }
@@ Line 44: / Line 62: @@
 Tweet [ URL="https://twitter.com/softmodeling/status/1033777854239199232" ]
 ReTweet [ URL="https://twitter.com/seppl2009/status/1033787770819497985" ]
-Offer []
+Offer [ URL="http://wiki.bitplan.com/index.php/Graph_Approaches_for_Software_Engineeering" ]
+Invitation [ URL="https://wwwmatthes.in.tum.de/pages/rwzby1tlqhn9/Advanced-Seminar"]
 }
@@ Line 68: / Line 87: @@
 Florian_Matthes -> Offer [ label="6 accepts" ]
+Christof_Tinnes -> Invitation [ label="7 invites" ]
+Wolfgang_Fahl -> Invitation [ label="8 accepts" ]
 edge[dir=none];
-{rank=same; Article-> Tweet -> ReTweet -> Offer;}
+{rank=same; Article-> Tweet -> ReTweet -> Offer -> Invitation;}
-{rank=same; Robert_Clariso -> Jordi_Carbot -> Wolfgang_Fahl -> Florian_Matthes;}
+{rank=same; Robert_Clariso -> Jordi_Carbot -> Wolfgang_Fahl -> Florian_Matthes -> Christof_Tinnes;}
 {rank=same; UOC -> BITPlan ->TUM ;}
@@ Line 102: / Line 123: @@
 # moveTo()
 == ⌘⌘ Step 3: Select the graph kernel algorithm to be used ==
-SimpleGraph is based on Apache Gremlin/Tinkerpop so all the algorithm and libraries around this graph environment are directly available. If a different graph kernel and or algorithm is needed than the graph can be translated / imported via standard graph import/export formats and or import/export adapters and utilities
+[[File:Gremlin programming language.png|400px|left|link=Gremlin]] SimpleGraph is based on Apache Gremlin/Tinkerpop so all the algorithm and libraries around this graph environment are directly available. If a different graph kernel and or algorithm is needed than the graph can be translated / imported via standard graph import/export formats and or import/export adapters and utilities.
+BITPlan e.g. often uses {{Link|target=Semantic MediaWiki}} [[File:SemanticMediaWiki Logo.png|120px|link=Semantic MediaWiki]] as a suitable environment.
 == ⌘⌘ Step 4: Load all the graphs and compute the graph kernel ==
-https://www.enterpriseintegrationpatterns.com/img/MessageBroker.gif
+[[File:HubAndSpoke.gif|400px|left|link=HubAndSpoke]]
-Simplegraph is based on the Hub&Spoke approach. Any combination of modules/API can be applied.
+Simplegraph is based on the {{Link|target=HubAndSpoke|title=Hub&Spoke}} approach. Any combination of modules/API can be applied.
 Currently there are some 20 different modules to choose from.
 == ⌘⌘ Step 5: Exploit the information in the kernel matrix ==
 There are two modes for exploiting the information:
-# OLAP
+# [https://en.wikipedia.org/wiki/Online_analytical_processing OLAP - Online Analytical Processing] / Graph Query
-# OLTP
+# [https://en.wikipedia.org/wiki/Online_transaction_processing OLTP - Online Transaction Processing] / Graph Traversal
+[[File:GremlinOltp-and-olap.png|400px|link=https://tinkerpop.apache.org/gremlin.html]]
 == ⌘⌘ What is SimpleGraph? ==
 Simplegraph allows to work with "graphized" information source from a combination of APIs that are made available as modules.
+{{SimpleGraphModuleMarkup|#userparam=intro}}
+{{#ask: [[Module_for_SE::true]]
+| mainlabel=SimpleGraphModule
+| ?SimpleGraphModule name = name
+| ?SimpleGraphModule modulename = modulename
+| ?SimpleGraphModule systemname = systemname
+| ?SimpleGraphModule logo = logo
+| ?SimpleGraphModule apiname = apiname
+| ?SimpleGraphModule apiurl = apiurl
+| ?SimpleGraphModule url = url
+| ?SimpleGraphModule documentation = documentation
+| sort=SimpleGraphModule name
+| format=template
+| link=none
+| userparam=row
+| named args=yes
+| template=SimpleGraphModuleMarkup
+}}
+{{SimpleGraphModuleMarkup|#userparam=outro}}
 == ⌘⌘ What is Apache TinkerPop/Gremlin? ==
-[[File:Gremlin programming language.png|400px]]
+[[File:Gremlin programming language.png|400px|link=Gremlin]]
-{{Link|target=http://tinkerpop.apache.org/|title=Apache Tinkerpop}} is an  Open Source project.
+{{Link|target=http://tinkerpop.apache.org/|title=Apache Tinkerpop}} is an  Open Source project. {{Link|target=Gremlin}} is the GraphTraversal Language for it.
 * [https://en.wikipedia.org/wiki/Online_transaction_processing OLTP - Online Transaction Processing - Navigation and Processing]
 * [https://en.wikipedia.org/wiki/Online_analytical_processing OLAP - Online Analytical Processing - Queries]
@@ Line 123: / Line 167: @@
 == ⌘⌘ SimpleGraph Dragtop ==
-[[File:DragTopExample1.png|400px|left]]
+[[File:DragTopExample1.png|400px|left|link=http://www.bitplan.com/index.php/Dragtop]]
-The [http://www.bitplan.com/index.php/Dragtop Dragtop Open Source Software] makes the [http://www.bitplan.com/index.php/SimpleGraph SimpleGraph] modules available for direct access from your Desktop.
+The {{Link|target=Dragtop|title=Dragtop Open Source Software}} makes the {{Link|target=SimpleGraph}} modules available for direct access from your Desktop.
 By simple drag and drop of the input onto the dragtop and then dropping a "tool" onto the dragtop you can combine the module functionality as you see fit.
 == ⌘⌘ Example: The 5 Steps in SimpleGraph  ==
 <graphviz>
@@ Line 135: / Line 180: @@
 }
 </graphviz>
+== ⌘⌘ Step 1: Decide how the model should be encoded into a graph ==
+* .java Source Files: FileSystem module
+* Java Classes: JavaSystem
+* .class Files: Filesystem module (Bytecode parser?)
+== ⌘⌘ Step 2: Translate each of the models into a labeled graph ==
+<graphviz>
+digraph JavaAnalyzer {
+subgraph FileSystem {
+  FileSystem -> FileNode
+  FileNode -> FileNode [ label="parent" ]
+  FileNode -> FileNode [ label="files" ]
+}
+subgraph JavaSystem {
+  JavaSystem-> JavaSourceNode -> JavaASTNode
+}
+FileNode -> JavaSourceNode [ label="ext=.java"]
+}
+</graphviz>
+== ⌘⌘ Step 3: Select the graph kernel algorithm to be used ==
+[[File:Gremlin programming language.png|300px]]
+<source lang='java'>
+FileSystem fs=new FileSystem();
+FileNode start = (FileNode) fs.connect("").moveTo(aroot.getPath());
+start.recursiveOut("files",Integer.MAX_VALUE);
+List<Vertex> javaFileNodes=start.g().V().has("ext", "java").toList();
+List<Vertex> classFileNodes=start.g().V().has("ext", "class").toList()
+</source>
+[[File:SemanticMediaWiki Logo.png|120px|link=Semantic MediaWiki]]
+== ⌘⌘ Step 4: Load all the graphs and compute the graph kernel ==
+<HTML5video width="960" height="600" controls autoplay="false" loop="false">JavaAnalyzerDragAndDrop2019-02-18</HTML5video>
+== ⌘⌘ Step 5: Exploit the information in the kernel matrix ==
+# Visualize
+# Store
+# Mix and match with other sources
+== ⌘⌘ How to benefit and participate ==
+* Stay in touch with {{Link|target=Wolfgang Fahl}}
+* Ask [https://stackoverflow.com/questions/tagged/simplegraph StackOverFlow questions on SimpleGraph]
+* Participate in the [https://github.com/BITPlan/com.bitplan.simplegraph GitHub SimpleGraph Open Source Project]
+* Join the [https://groups.google.com/forum/#!forum/simplegraph SimpleGraph Mailinglist]
+* Collaborate on Projects with [http://www.bitplan.com BITPlan]
+* Write papers related to {{Link|target=SimpleGraph}}
+== ⌘⌘ Ideas for SimpleGraph future Progress ==
+<graphviz>
+digraph Objects9000 {
+  RQ [ label="Requirements" ]
+  AC [ label="Acceptance Criteria" ]
+  OQ [ label="Open Questions" ]
+  SH [ label="StakeHolders" ]
+  Test [ label="Unit Tests" ]
+  Model [ label="Models" ]
+  Impl [ label="Implementation" ]
+  SH -> RQ
+  RQ -> Model -> Source -> Test -> Impl
+  RQ -> AC
+  RQ -> OQ
+  SH -> OQ
+  AC -> OQ
+}
+</graphviz>
+* more Software-Engineering related modules e.g. for Modelling,Requirements Engineering
+* more Visualization options e.g. like/with [http://prefuse.org/ prefuse]
+* Visualized Editor e.g. like/with [https://developers.google.com/blockly/ blockly]
+* better integration with other programming languages
 == ⌘⌘ Questions/Discussion ==
 [[File:Bitplanpartner.png]]
 <youtube>PiNJZ4vg5ts</youtube>
+[[Category:Talk]]

Difference between revisions of "Graph Approaches for Software Engineeering"

Latest revision as of 13:03, 7 March 2021

Contents

⌘⌘ Wolfgang Fahl

⌘⌘ Touchable Software Engineering

⌘⌘ The World as a Graph

⌘⌘ Why I am here

⌘⌘ Prehistory

⌘⌘ Graph Kernels for Model Driven Software Engineering

⌘⌘ Use SimpleGraph for the 5 Steps

⌘⌘ Step 1: Decide how the model should be encoded into a graph

⌘⌘ Step 2: Translate each of the models into a labeled graph

⌘⌘ Step 3: Select the graph kernel algorithm to be used

⌘⌘ Step 4: Load all the graphs and compute the graph kernel

⌘⌘ Step 5: Exploit the information in the kernel matrix

⌘⌘ What is SimpleGraph?

⌘⌘ What is Apache TinkerPop/Gremlin?

⌘⌘ SimpleGraph Dragtop

⌘⌘ Example: The 5 Steps in SimpleGraph

⌘⌘ Step 1: Decide how the model should be encoded into a graph

⌘⌘ Step 2: Translate each of the models into a labeled graph

⌘⌘ Step 3: Select the graph kernel algorithm to be used

⌘⌘ Step 4: Load all the graphs and compute the graph kernel

⌘⌘ Step 5: Exploit the information in the kernel matrix

⌘⌘ How to benefit and participate

⌘⌘ Ideas for SimpleGraph future Progress

⌘⌘ Questions/Discussion

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