Identifying software identifiers that implement a particular feature of a software product is known as feature identification. Feature identification is one of the most critical and popular processes performed by software engineers during software maintenance activity. However, a meaningful name must be assigned to the Identified Feature Implementation Block (IFIB) to complete the feature identification process. The feature naming process remains a challenging task, where the majority of existing approaches manually assign the name of the IFIB. In this paper, the approach called FeatureClouds was proposed, which can be exploited by software developers to name the IFIBs from software code. FeatureClouds approach incorporates word clouds visualization technique to name Feature Blocks (FBs) by using the most frequent words across these blocks. FeatureClouds had evaluated by assessing its added benefit to the current approaches in the literature, where limited tool support was supplied to software developers to distinguish feature names of the IFIBs. For validity, FeatureClouds had applied to draw shapes and ArgoUML software. The findings showed that the proposed approach achieved promising results according to well-known metrics in terms of Precision and Recall.
Naming the Identified Feature Implementation Blocks from Software Source CodeRa'Fat Al-Msie'deen
Identifying software identifiers that implement a particular feature of a software product is known as feature identification. Feature identification is one of the most critical and popular processes performed by software engineers during software maintenance activity. However, a meaningful name must be assigned to the Identified Feature Implementation Block (IFIB) to complete the feature identification process. The feature naming process remains a challenging task, where the majority of existing approaches manually assign the name of the IFIB. In this paper, the approach called FeatureClouds was proposed, which can be exploited by software developers to name the IFIBs from software code. FeatureClouds approach incorporates word clouds visualization technique to name Feature Blocks (FBs) by using the most frequent words across these blocks. FeatureClouds had evaluated by assessing its added benefit to the current approaches in the literature, where limited tool support was supplied to software developers to distinguish feature names of the IFIBs. For validity, FeatureClouds had applied to draw shapes and ArgoUML software. The findings showed that the proposed approach achieved promising results according to well-known metrics in terms of Precision and Recall.
Profiling PHP - AmsterdamPHP Meetup - 2014-11-20Dennis de Greef
Your application needs to be fast nowadays in order to stand out from the crowd. Study has shown that application performance has a psychological effect on customer satisfaction. Profiling can give you more insight in how your application really works internally. It gives you an overview of where the resource bottlenecks in your application reside. In this talk, I am going to give an overview of some profiling methods that exist today, and where I think we should be heading. After this talk, you will be able to use some basic profiling tricks to analyse the performance constraints in your application.
http://www.meetup.com/AmsterdamPHP/events/168161882/
TUTORIAL-INTRODUCTION TO SPRING FOR BEGINNERS
EXPLANATION TO-Java Framework,Advantages of using SPRING,Difference between Hibernate and Spring.Spring architecture,Spring IoC Containters,Bean scope & Method Injection,Spring Inheritance.
Naming the Identified Feature Implementation Blocks from Software Source CodeRa'Fat Al-Msie'deen
Identifying software identifiers that implement a particular feature of a software product is known as feature identification. Feature identification is one of the most critical and popular processes performed by software engineers during software maintenance activity. However, a meaningful name must be assigned to the Identified Feature Implementation Block (IFIB) to complete the feature identification process. The feature naming process remains a challenging task, where the majority of existing approaches manually assign the name of the IFIB. In this paper, the approach called FeatureClouds was proposed, which can be exploited by software developers to name the IFIBs from software code. FeatureClouds approach incorporates word clouds visualization technique to name Feature Blocks (FBs) by using the most frequent words across these blocks. FeatureClouds had evaluated by assessing its added benefit to the current approaches in the literature, where limited tool support was supplied to software developers to distinguish feature names of the IFIBs. For validity, FeatureClouds had applied to draw shapes and ArgoUML software. The findings showed that the proposed approach achieved promising results according to well-known metrics in terms of Precision and Recall.
Profiling PHP - AmsterdamPHP Meetup - 2014-11-20Dennis de Greef
Your application needs to be fast nowadays in order to stand out from the crowd. Study has shown that application performance has a psychological effect on customer satisfaction. Profiling can give you more insight in how your application really works internally. It gives you an overview of where the resource bottlenecks in your application reside. In this talk, I am going to give an overview of some profiling methods that exist today, and where I think we should be heading. After this talk, you will be able to use some basic profiling tricks to analyse the performance constraints in your application.
http://www.meetup.com/AmsterdamPHP/events/168161882/
TUTORIAL-INTRODUCTION TO SPRING FOR BEGINNERS
EXPLANATION TO-Java Framework,Advantages of using SPRING,Difference between Hibernate and Spring.Spring architecture,Spring IoC Containters,Bean scope & Method Injection,Spring Inheritance.
Despite the popularity of Adobe Flex and the AMF binary protocol, testing AMF-based applications is still a manual and time-consuming activity. This research aimed at improving the current state of art, introducing a new testing approach and a new tool named Blazer. Blazer has been proven to significantly improve the coverage and the effectiveness of AMF security testing, in order to find real-life vulnerabilities including direct object reference bugs, authentication flaws, business logic abuses, SQL injections and other critical bugs. These are the things you are looking for when it comes to security testing.
Dynamic Multi Levels Java Code Obfuscation Technique (DMLJCOT)CSCJournals
Several obfuscation tools and software are available for Java programs but larger part of these
software and tools just scramble the names of the classes or the identifiers that stored in a
bytecode by replacing the identifiers and classes names with meaningless names. Unfortunately,
these tools are week, since the java, compiler and java virtual machine (JVM) will never load and
execute scrambled classes. However, these classes must be decrypted in order to enable JVM
loaded them, which make it easy to intercept the original bytecode of programs at that point, as if
it is not been obfuscated. In this paper, we presented a dynamic obfuscation technique for java
programs. In order to deter reverse engineers from de-compilation of software, this technique
integrates three levels of obfuscation, source code, lexical transformation and the data
transformation level in which we obfuscate the data structures of the source code and byte-code
transformation level. By combining these levels, we achieved a high level of code confusion,
which makes the understanding or decompiling the java programs very complex or infeasible.
The proposed technique implemented and tested successfully by many Java de-compilers, like
JV, CAVJ, DJ, JBVD and AndroChef. The results show that all decompiles are deceived by the
proposed obfuscation technique
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First upload.
Introduction to reverse engineering. The focus of this presentation is software or code, emphasizing on common practice in reverse engineering of software
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In this session, I will demonstrate how you can build mobile apps with tools from the Eclipse ecosystem. Based on real-world examples I will present a domain-specific language we used to mobilize enterprise systems or to create the official Eclipse Summit Europe conference app (http://bit.ly/ese_app_de). What's more, I will show you how to overcome the tedium of having to manually port your application from one platform to other platform technologies such as Objective-C or Django/Python. Finally, I will show how to integrate Eclipse tooling with external tools such as Apple's Xcode and Google App Engine.
See http://lanyrd.com/2011/eclipsecon-europe/shhmy/
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SoftCloud: A Tool for Visualizing Software Artifacts as Tag Clouds.pdfRa'Fat Al-Msie'deen
Software artifacts visualization helps software developers to manage the size and complexity of the software system. The tag cloud technique visualizes tags within the cloud according to their frequencies in software artifacts. A font size of the tag within the cloud indicates its frequency within a software artifact, while the color of a tag within the cloud uses just for aesthetic purposes. This paper suggests a new approach (SoftCloud) to visualize software artifacts as a tag cloud. The originality of SoftCloud is visualizing all the artifacts available to the software program as a tag cloud. Experiments have conducted on different software artifacts to validate SoftCloud and demonstrate its strengths. The results showed the ability of SoftCloud to correctly retrieve all tags and their frequencies from available software artifacts.
BushraDBR: An Automatic Approach to Retrieving Duplicate Bug Reports.pdfRa'Fat Al-Msie'deen
A Bug Tracking System (BTS), such as Bugzilla, is generally utilized to track submitted Bug Reports (BRs) for a particular software system. Duplicate Bug Report (DBR) retrieval is the process of obtaining a DBR in the BTS. This process is important to avoid needless work from engineers on DBRs. To prevent wasting engineer resources, such as effort and time, on previously submitted (or duplicate) BRs, it is essential to find and retrieve DBRs as soon as they are submitted by software users. Thus, this paper proposes an automatic approach (called BushraDBR) that aims to assist an engineer (called a triager) to retrieve DBRs and stop the duplicates before they start. Where BushraDBR stands for Bushra Duplicate Bug Reports retrieval process. Therefore, when a new BR is sent to the Bug Repository (BRE), an engineer checks whether it is a duplicate of an existing BR in BRE or not via BushraDBR approach. If it is, the engineer marks it as DBR, and the BR is excluded from consideration for any additional work; otherwise, the BR is added to the BRE. BushraDBR approach relies on Textual Similarity (TS) between the newly submitted BR and the rest of the BRs in BRE to retrieve DBRs. BushraDBR exploits unstructured data from BRs to apply Information Retrieval (IR) methods in an efficient way. BushraDBR approach uses two techniques to retrieve DBRs: Latent Semantic Indexing (LSI) and Formal Concept Analysis (FCA). The originality of BushraDBR is to stop DBRs before they occur by comparing the newly reported BR with the rest of the BRs in the BTS, thus saving time and effort during the Software Maintenance (SM) process. BushraDBR also uniquely retrieves DBR through the use of LSI and FCA techniques. BushraDBR approach had been validated and evaluated on several publicly available data sets from Bugzilla. Experiments show the ability of BushraDBR approach to retrieve DBRs in an efficient and accurate manner.
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Despite the popularity of Adobe Flex and the AMF binary protocol, testing AMF-based applications is still a manual and time-consuming activity. This research aimed at improving the current state of art, introducing a new testing approach and a new tool named Blazer. Blazer has been proven to significantly improve the coverage and the effectiveness of AMF security testing, in order to find real-life vulnerabilities including direct object reference bugs, authentication flaws, business logic abuses, SQL injections and other critical bugs. These are the things you are looking for when it comes to security testing.
Dynamic Multi Levels Java Code Obfuscation Technique (DMLJCOT)CSCJournals
Several obfuscation tools and software are available for Java programs but larger part of these
software and tools just scramble the names of the classes or the identifiers that stored in a
bytecode by replacing the identifiers and classes names with meaningless names. Unfortunately,
these tools are week, since the java, compiler and java virtual machine (JVM) will never load and
execute scrambled classes. However, these classes must be decrypted in order to enable JVM
loaded them, which make it easy to intercept the original bytecode of programs at that point, as if
it is not been obfuscated. In this paper, we presented a dynamic obfuscation technique for java
programs. In order to deter reverse engineers from de-compilation of software, this technique
integrates three levels of obfuscation, source code, lexical transformation and the data
transformation level in which we obfuscate the data structures of the source code and byte-code
transformation level. By combining these levels, we achieved a high level of code confusion,
which makes the understanding or decompiling the java programs very complex or infeasible.
The proposed technique implemented and tested successfully by many Java de-compilers, like
JV, CAVJ, DJ, JBVD and AndroChef. The results show that all decompiles are deceived by the
proposed obfuscation technique
Reverse Engineering - Protecting and Breaking the SoftwareSatria Ady Pradana
First upload.
Introduction to reverse engineering. The focus of this presentation is software or code, emphasizing on common practice in reverse engineering of software
Cross-Platform Native Mobile Development with EclipsePeter Friese
Developing great apps for mobile platforms like Android, iOS or mobile web is a challenging task. Not only do you have to take into consideration the limited resources your app has at it's disposal, you also have to follow the established UI idioms - which may differ on the respective platforms.
In this session, I will demonstrate how you can build mobile apps with tools from the Eclipse ecosystem. Based on real-world examples I will present a domain-specific language we used to mobilize enterprise systems or to create the official Eclipse Summit Europe conference app (http://bit.ly/ese_app_de). What's more, I will show you how to overcome the tedium of having to manually port your application from one platform to other platform technologies such as Objective-C or Django/Python. Finally, I will show how to integrate Eclipse tooling with external tools such as Apple's Xcode and Google App Engine.
See http://lanyrd.com/2011/eclipsecon-europe/shhmy/
IPC07 Talk - Beautiful Code with AOP and DIRobert Lemke
This presentation at the International PHP Conference 2007 in Frankfurt, Germany outlines the concepts of Domain Driven Design, supported by techniques such as Aspect Oriented Programming and Dependency Injection. A practical example was shown, using a recent snapshot of the upcoming FLOW3 Framework.
SoftCloud: A Tool for Visualizing Software Artifacts as Tag Clouds.pdfRa'Fat Al-Msie'deen
Software artifacts visualization helps software developers to manage the size and complexity of the software system. The tag cloud technique visualizes tags within the cloud according to their frequencies in software artifacts. A font size of the tag within the cloud indicates its frequency within a software artifact, while the color of a tag within the cloud uses just for aesthetic purposes. This paper suggests a new approach (SoftCloud) to visualize software artifacts as a tag cloud. The originality of SoftCloud is visualizing all the artifacts available to the software program as a tag cloud. Experiments have conducted on different software artifacts to validate SoftCloud and demonstrate its strengths. The results showed the ability of SoftCloud to correctly retrieve all tags and their frequencies from available software artifacts.
BushraDBR: An Automatic Approach to Retrieving Duplicate Bug Reports.pdfRa'Fat Al-Msie'deen
A Bug Tracking System (BTS), such as Bugzilla, is generally utilized to track submitted Bug Reports (BRs) for a particular software system. Duplicate Bug Report (DBR) retrieval is the process of obtaining a DBR in the BTS. This process is important to avoid needless work from engineers on DBRs. To prevent wasting engineer resources, such as effort and time, on previously submitted (or duplicate) BRs, it is essential to find and retrieve DBRs as soon as they are submitted by software users. Thus, this paper proposes an automatic approach (called BushraDBR) that aims to assist an engineer (called a triager) to retrieve DBRs and stop the duplicates before they start. Where BushraDBR stands for Bushra Duplicate Bug Reports retrieval process. Therefore, when a new BR is sent to the Bug Repository (BRE), an engineer checks whether it is a duplicate of an existing BR in BRE or not via BushraDBR approach. If it is, the engineer marks it as DBR, and the BR is excluded from consideration for any additional work; otherwise, the BR is added to the BRE. BushraDBR approach relies on Textual Similarity (TS) between the newly submitted BR and the rest of the BRs in BRE to retrieve DBRs. BushraDBR exploits unstructured data from BRs to apply Information Retrieval (IR) methods in an efficient way. BushraDBR approach uses two techniques to retrieve DBRs: Latent Semantic Indexing (LSI) and Formal Concept Analysis (FCA). The originality of BushraDBR is to stop DBRs before they occur by comparing the newly reported BR with the rest of the BRs in the BTS, thus saving time and effort during the Software Maintenance (SM) process. BushraDBR also uniquely retrieves DBR through the use of LSI and FCA techniques. BushraDBR approach had been validated and evaluated on several publicly available data sets from Bugzilla. Experiments show the ability of BushraDBR approach to retrieve DBRs in an efficient and accurate manner.
Software evolution understanding: Automatic extraction of software identifier...Ra'Fat Al-Msie'deen
Software companies usually develop a set of product variants within the same family that share certain functions and differ in others. Variations across software variants occur to meet different customer requirements. Thus, software product variants evolve overtime to cope with new requirements. A software engineer who deals with this family may find it difficult to understand the evolution scenarios that have taken place over time. In addition, software identifier names are important resources to understand the evolution scenarios in this family. This paper introduces an automatic approach called Juana’s approach to detect the evolution scenario across two product variants at the source code level and identifies the common and unique software identifier names across software variants source code. Juana’s approach refers to common and unique identifier names as a software identifiers map and computes it by comparing software variants to each other. Juana considers all software identifier names such as package, class, attribute, and method. The novelty of this approach is that it exploits common and unique identifier names across the source code of software variants, to understand the evolution scenarios across software family in an efficient way. For validity, Juana was applied on ArgoUML and Mobile Media software variants. The results of this evaluation validate the relevance and the performance of the approach as all evolution scenarios were correctly detected via a software identifiers map.
BushraDBR: An Automatic Approach to Retrieving Duplicate Bug ReportsRa'Fat Al-Msie'deen
A Bug Tracking System (BTS), such as Bugzilla, is generally utilized to track submitted Bug Reports (BRs) for a particular software system. Duplicate Bug Report (DBR) retrieval is the process of obtaining a DBR in the BTS. This process is important to avoid needless work from engineers on DBRs. To prevent wasting engineer resources, such as effort and time, on previously submitted (or duplicate) BRs, it is essential to find and retrieve DBRs as soon as they are submitted by software users. Thus, this paper proposes an automatic approach (called BushraDBR) that aims to assist an engineer (called a triager) to retrieve DBRs and stop the duplicates before they start. Where BushraDBR stands for Bushra Duplicate Bug Reports retrieval process. Therefore, when a new BR is sent to the Bug Repository (BRE), an engineer checks whether it is a duplicate of an existing BR in BRE or not via BushraDBR approach. If it is, the engineer marks it as DBR, and the BR is excluded from consideration for any additional work; otherwise, the BR is added to the BRE. BushraDBR approach relies on Textual Similarity (TS) between the newly submitted BR and the rest of the BRs in BRE to retrieve DBRs. BushraDBR exploits unstructured data from BRs to apply Information Retrieval (IR) methods in an efficient way. BushraDBR approach uses two techniques to retrieve DBRs: Latent Semantic Indexing (LSI) and Formal Concept Analysis (FCA). The originality of BushraDBR is to stop DBRs before they occur by comparing the newly reported BR with the rest of the BRs in the BTS, thus saving time and effort during the Software Maintenance (SM) process. BushraDBR also uniquely retrieves DBR through the use of LSI and FCA techniques. BushraDBR approach had been validated and evaluated on several publicly available data sets from Bugzilla. Experiments show the ability of BushraDBR approach to retrieve DBRs in an efficient and accurate manner.
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YamenTrace: Requirements Traceability - Recovering and Visualizing Traceabili...Ra'Fat Al-Msie'deen
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Most of open-source software systems become available on the internet today. Thus, we need automatic methods to label software code. Software code can be labeled with a set of keywords. These keywords in this paper referred as software labels. The goal of this paper is to provide a quick view of the software code vocabulary. This paper proposes an automatic approach to document the object-oriented software by labeling its code. The approach exploits all software identifiers to label software code. The paper presents the results of study conducted on the ArgoUML and drawing shapes case studies. Results showed that all code labels were correctly identified.
Constructing a software requirements specification and design for electronic ...Ra'Fat Al-Msie'deen
Requirements engineering process intends to obtain software services and constraints. This process is essential to meet the customer's needs and expectations. This process includes three main activities in general. These are detecting requirements by interacting with software stakeholders, transferring these requirements into a standard document, and examining that the requirements really define the software that the client needs. Functional requirements are services that the software should deliver to the end-user. In addition, functional requirements describe how the software should respond to specific inputs, and how the software should behave in certain circumstances. This paper aims to develop a software requirements specification document of the electronic IT news magazine system. The electronic magazine provides users to post and view up-to-date IT news. Still, there is a lack in the literature of comprehensive studies about the construction of the electronic magazine software specification and design in conformance with the contemporary software development processes. Moreover, there is a need for a suitable research framework to support the requirements engineering process. The novelty of this paper is the construction of software specification and design of the electronic magazine by following the Al-Msie'deen research framework. All the documents of software requirements specification and design have been constructed to conform to the agile usage-centered design technique and the proposed research framework. A requirements specification and design are suggested and followed for the construction of the electronic magazine software. This study proved that involving users extensively in the process of software requirements specification and design will lead to the creation of dependable and acceptable software systems.
Detecting commonality and variability in use-case diagram variantsRa'Fat Al-Msie'deen
The use-case diagram is a software artifact. Thus, as with any software artifact, the use-case diagrams change across time through the software development life cycle. Therefore, several versions of the same diagram are existed at distinct times. Thus, comparing all use-case diagram variants to detect common and variable use-cases becomes one of the main challenges in the product line reengineering field. The contribution of this paper is to suggest an automatic approach to compare a collection of use-case diagram variants and detect both commonality and variability. In our work, every use-case represents a feature. The proposed approach visualizes the detected features using formal concept analysis, where common and variable features are introduced to software engineers. The proposed approach was applied on a mobile media case study to be validated. The findings confirm the importance and the performance of the suggested approach as all common and variable features were precisely detected via formal concept analysis and latent semantic indexing.
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2024.06.01 Introducing a competency framework for languag learning materials ...Sandy Millin
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Embracing GenAI - A Strategic ImperativePeter Windle
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The Roman Empire, a vast and enduring power, stands as one of history's most remarkable civilizations, leaving an indelible imprint on the world. It emerged from the Roman Republic, transitioning into an imperial powerhouse under the leadership of Augustus Caesar in 27 BCE. This transformation marked the beginning of an era defined by unprecedented territorial expansion, architectural marvels, and profound cultural influence.
The empire's roots lie in the city of Rome, founded, according to legend, by Romulus in 753 BCE. Over centuries, Rome evolved from a small settlement to a formidable republic, characterized by a complex political system with elected officials and checks on power. However, internal strife, class conflicts, and military ambitions paved the way for the end of the Republic. Julius Caesar’s dictatorship and subsequent assassination in 44 BCE created a power vacuum, leading to a civil war. Octavian, later Augustus, emerged victorious, heralding the Roman Empire’s birth.
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Welcome to TechSoup New Member Orientation and Q&A (May 2024).pdfTechSoup
In this webinar you will learn how your organization can access TechSoup's wide variety of product discount and donation programs. From hardware to software, we'll give you a tour of the tools available to help your nonprofit with productivity, collaboration, financial management, donor tracking, security, and more.
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FeatureClouds: Naming the Identified Feature Implementation Blocks from Software Source Code
1. FeatureClouds: Naming the Identified
Feature Implementation Blocks from
Software Source Code
Ra'Fat Al-Msie'deen, Hamzeh Eyal Salman, Anas
H. Blasi, and Mohammed A. Alsuwaiket
Department of Software Engineering, Faculty of IT,
Mutah University, Mutah 61710, Karak, Jordan
E-mail address: rafatalmsiedeen@mutah.edu.jo
https://rafat66.github.io/Al-Msie-Deen/
2.
3. Abstract
Identifying software identifiers that implement a particular feature of a
software product is known as feature identification. Feature identification
is one of the most critical and popular processes performed by software
engineers during software maintenance activity. However, a meaningful
name must be assigned to the Identified Feature Implementation Block (IFIB)
to complete the feature identification process. The feature naming process
remains a challenging task, where the majority of existing approaches
manually assign the name of the IFIB. In this paper, the approach called
FeatureClouds was proposed, which can be exploited by software developers
to name the IFIBs from software code. FeatureClouds approach
incorporates word clouds visualization technique to name Feature Blocks
(FBs) by using the most frequent words across these blocks. FeatureClouds
had evaluated by assessing its added benefit to the current approaches in the
literature, where limited tool support was supplied to software
developers to distinguish feature names of the IFIBs. For validity,
FeatureClouds had applied to draw shapes and ArgoUML software. The
findings showed that the proposed approach achieved promising results
according to well-known metrics in terms of Precision and Recall.
5. Introduction
• In this paper, we propose an approach called
FeatureClouds to support feature naming during
the feature identification process from software
source code.
• The proposed approach exploits the word cloud
visualization technique to help software engineers to
name the IFIBs.
• As each block include only the implementation of a
single feature. Feature naming is based on an analysis
of the content of each IFIB to propose a feature name.
• IFIBs can be named by selecting words with the
highest frequency from word clouds.
8. Related Work
The majority of the current studies manually suggest feature names of the extracted FIBs
based on existing software documentation. In the related work, no work automatically
provides a name for the IFIBs.
12. Software 1
Software 2
Software n
Feature implementation block 1
Feature block
Software Identifier
(package, class, method or attribute)
Component Service
Feature
Software A
Single
software
Software
family
13. Software 1
Software 2
Software n
Feature
implementation
block 1
Software Identifier
(package, class,
method or attribute)
Software A
Single
software
Software
family
14.
15. State
Feature naming via the
feature model: State
Feature naming via
FeatureClouds approach:
State
Feature model
(partial)
ArgoUML
State
….
Feature implementation
block (partial)
Recall metric = 1, and
precision metric = 1
Word cloud
(partial)
……. ………. ….
…….. State
………….
FigStubState
FigForkState
.
.
Manually Feature naming:
State
Fig. 8. FIB, word cloud,
manual feature name,
named feature by
FeatureClouds, recall
and precision metrics
for state feature of
ArgoUML software
22. FeatureClouds: Naming the Identified
Feature Implementation Blocks from
Software Source Code
Ra'Fat Al-Msie'deen, Hamzeh Eyal Salman, Anas
H. Blasi, and Mohammed A. Alsuwaiket
Department of Software Engineering, Faculty of IT,
Mutah University, Mutah 61710, Karak, Jordan
E-mail address: rafatalmsiedeen@mutah.edu.jo
https://rafat66.github.io/Al-Msie-Deen/