This is an enormous gathering that has many famous speakers, research experts, practitioners and also several beginners who have passion and interest in Modularity.

The events at the conference will run over a duration of time that is completely based on the number as well as the duration of the various presentations. The conference has been the best opportunity to have a healthy interaction, share and explore several new ways of aspect-oriented software development and also Modularity.

ICAOSD 2019

The first ever edition of this international conference happened in the year 2002 at the University of Twente in the Netherlands. The conference has happened in several other countries that include the United States of America, Germany, Canada, Brazil, Japan, France, Belgium, Switzerland, and the United Kingdom. The International Conference on aspect-oriented software development will be held in Lisbon, Portugal. The conference is scheduled for September 19-20, 2019. ICAOSD 2019 will have the academic experts, scientists, and researches to share all aspects of AOSD to the beginners.

Beginners and practitioners attending the ICAOSD 2019 conference will gain meaningful insights on various perceptions of aspect-oriented software development. The conference would serve as the best interdisciplinary platform to help the researchers, the practitioners, and the beginners to discuss the various recent innovations and trends. People attending the conference can also gain knowledge of the practical challenges that are involved in the fields of AOSD. Different methods and solutions to tackle the challenges encountered in AOSD will also be provided along with the practical examples in the ICAOSD 2019.

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Prepare for the grand release of the newest Adult Time production called Caught Fapping, where awkward moments turns into sexual adventures of various step family members in matter of minutes. This embarrassing experience that probably we all had at least once in our lifetime is something that can turn into really interesting events. Watch step brothers along with their step sisters, step mothers and everybody in between having time of their lives.

Invite For The Contributors

The ICAOSD conference is aimed at bringing together a diverse collection of scholarly events for the presentations. Being held in Lisbon, Portugal, the conference invites enthusiasts, researchers, academic scientist and interested people to contribute and shape the conference by submitting their research abstract, e-posters or the papers. Some of the topics that people can work on for the submission includes AOSD middleware, nature of AOSA, separation of concerns, inter-type declarations, the evolution of aspect-oriented software development,  composition anomalies, the system maintenance, and evolution and the joint point model.

The ICAOSD has teamed up with the renowned Special Journal Issue on the Aspect-Oriented Software Development for the year 2019. The conference will provide an excellent opportunity for interested people to submit their impactful text papers. The selected ones will be considered for publishing online free of the charge in the special journal issue. This conference held in Lisbon; Portugal provides a chance for people to send their innovative ideas in the form of full-text papers which will be reviewed by a team of experts.

People who are interested in becoming a conference sponsor or exhibitor can fill out the conference sponsorship request form. Interested researched, academic scientist and the beginners who are interested in exploring the different creative aspects of aspect-oriented software development and modularity must attend the international conference on AOSD 2019 held in Lisbon, Portugal.

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To put it in simple words, Aspect Oriented Programming is an extension of the widely popular Object-Oriented Programming or OOP.

However, in AOP you can insert reusable code or implementations in any method or function in your application. So, you can use AOP to implement non-functional requirements such as caching, logging, exception handling and more. When you start PostSharp then you will first need to create a few aspects for your application. With AOP the best way to do is to use attributes.

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PostSharp

PostSharp is one of the best AOP frameworks that you can find, and it can be used to implement AOP into the desired application.

PostSharp first goes through the compiled code and then implements the AOP part to the code later on.

Logging Aspect

Aspects are an important part of AOP and can be defined as the modularization of anything. If you want to improve your code using PostSharp then one of the first things that you need to do is implement a logging aspect in your code. What this does is it logs all the relevant date to a method and stores it safely. Implementing logging aspect in a code can be tricky but with the right research it is simple.

Caching Aspect

The next thing that you need to do is create a caching aspect. In order to create a caching aspect, you will need to create a class that inherits the “MethodinterceptionAspect” Class, you can name the class whatever you want. You will need to create a constructor so that storing objects to the cache and retrieving them is possible.

Conclusion

These were a few things that you should know about PostSharp and how you can solidify your code using the framework. PostSharp is certainly one of the most popular AOP frameworks that you can find nowadays. If you want to enhance your skills in AOP then it is advisable that you get used to the PostSharp framework.

When it comes to PostSharp then it is usually deals with C# programming language however, AOP is also available in other programming languages. PostSharp is certainly the best in the business.

The API World Conference is a great place to visit if you want to learn more about the latest advances in programming.

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The ICSE (International Conference on Software Engineering) is an annual conference on software engineering. It is one of the largest gatherings on software engineering bringing together experts and stakeholders in the industry. The computing research and Education Association of Australia rate the conference with an A rating. The Ministry of Education in Brazil rates the conference with an A+ rating. As a well-recognized software conference, it has the highest rating from Microsoft Academic rating. For the annual event that it is, the pioneering edition was helped in 1975 in the United State of America, specifically in Washington, DC.

The 21st Edition

Held in Los Angeles, the United States, the 21st International Conference on Software Engineering saw the coming together of great minds in the software engineering field. Held under the chairmanship of Barry Boehm from the University of Southern California, the United States of America, the conference gave a wonderful time for participants to interact, share ideas and participate in workshops and seminars that expose new ways of doing things in the software development world.

The Proceedings

The sessions of the conference saw top experts delivering keynote addresses and lectures. Some of the highlights of the proceedings were:
Using off-the-shelf middleware to implement connectors in distributed software architectures. This was delivered by Eric Dashofy, Richard Taylor, and Nenad Medvidovic.
David Rosenblum and Elisabetta Di Nitto Delivered a wonderful session on the title: Exploring ADLs to Specifying architectural styles induced by middleware infrastructures.

It was Jean-Marc DeBaud and Klaus Schmidt’s turn to take the audience on a session on how to use a systematic approach to software development with the paper titled: A systematic approach to derive the scope of software product lines.

Once again, the trio of Nenad Medvidovic, Richard Taylor, and David Rosenblum came up on stage to highlight on language evolution and architecture on software development in: A Language and Environment for Architecture-based Software Development and Evolution.
Other notable sessions of the 1999 International Conference on Software Engineering gave interactive sessions such as workshops on web engineering, a workshop on software engineering over the internet and the “First workshop on economic-driven software engineering research”, among others.

The 21st International Conference on Software Engineering saw many speakers and experts coming up on stage to enlighten participants on new developments and improvement to existing software development practices.

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Object To Aspect-Oriented Development

From the earlier software development process of procedural and structural designs, today’s software development utilizes object-oriented techniques for modeling. This language has features such as encapsulation, inheritance, delegation, and polymorphism.

The evolution of software development has introduced several useful techniques from the object-oriented techniques to implement efficient modularization methods. But it is seen in practice and in findings that the methods are not sufficiently able to fully modularize all the concerns in complex program development. Concerns like logging, synchronization, and recovery are systemic and cross-cutting to not be specific to a module. These complexities reduce quality issues of adaptability, reusability, maintainability and other factors.
Aspect-oriented software development as a new paradigm was born from the object-oriented development to give better modularization implementation in software development. As an advanced method for separation of concerns, it makes available specific concepts for better modularization of crosscutting concerns which are used for the composition of the program components.

Restructuring

Software restructuring is crucial to software development. From the law of software evolution by Lehman: “As a program evolves its complexity increases unless work is done to maintain or reduce it.”
Aspect-oriented software development introduces a restructuring technique to deal with the issues of cross-cutting concerns by the introduction of aspects which is a new abstraction mechanism into current programming languages of the program. For instance, AspectJ is a restructure of java. With this addition, cross-cutting will no longer be scattered all over many modules.

Cross-Fertilization

For Aspect-oriented software development to be successful current software programs require being translated to their aspect-oriented equivalent with a continual rephrase. For the size of industrial software, automated support is required for three important activities which are aspect mining, aspect introduction and aspect evolution.
Software development techniques need to continuously evolve to cope with the ever dynamic software requirements.

The evolution of aspect-oriented software development is a technique that has evolved to better deal with modularization requirements in software development.

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Below are many ways AOSD is used:

Security

The Security issue is crucial in any software and software development process. For this, the application of security in a system must be a global concern and should be consistently applied. Using aspect-oriented software development, you can develop a Security Manager class for the program. If security concern is left out in any area, it can result in a system flaw. Aspect-oriented software development deals with this by ensuring security concerns are specified in a modular form and implemented in the main program in a unified manner.

Logging

Logging in software is necessary to know the internal information of execution. This is for the purpose of understanding software behavior, debugging, testing and other requirements. Logging presents a cross-cutting concern as every logged part of the system is affected. Aspect-oriented software development takes care of this by using a non-intrusive method.

Authentication And Authorization

Authentication is whether or not a user is given access to particular software. Authorization governs what functions are available to a user in the system. Authorization policies cover groups of roles, systems, users, and commands. The benefits of using aspect-oriented software development are the ability and the possibility it has to put corporate-based authorization in place. This enables the corporate view to be mapped to the corporate system infrastructure. Once this is implemented, the modification can be done centrally.

Performance Monitoring

Today’s applications are usually complex with many threads, and distribution systems that utilize third-party components. Such systems present the difficulty to detect the root cause of reliability and performance issues. AOSD allows you to define point cuts that match the join points where performance is to be monitored. You can then code advice that updates performance records which can be automatically invoked any time one exits or enters any join points.

There are many other ways of application of AOSD aside from the few discussed above. These include performance optimization, synchronization, tracing, design patterns, exceptional detection and handling, and coordination protocols in middleware.

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Key Focus Of AOSD

In the entire life cycle of aspect-oriented software development process, there are two major focuses of the programming language. These are concerns about the system and the factors of adequate understanding of the system and maintainability. The latter is established through designs, models, and implementation of components.

Parallel Development

Aspect-oriented programming provides a parallel development environment. It can completely change use cases to use-case modules and slices. Since use-case modules are independent, working with each use-case module can occur simultaneously as separate projects.

Separating Extension Concerns

A base concern can have a concern defined on top of it. This is an extension concern. They represent additional features or services. AOSD in all its development lifecycle can have extension concerns which are called advice in aspect-oriented programming. Through composition mechanism, it can be mixed with others.

Used Alongside Other Approaches

Aspect-oriented software development is used with other conventional approaches such as object-oriented programming. It serves to improve software development by implementing function encapsulation that cuts across and exists alongside other functionality or concerns. Aspect incorporates where they are to be added to a system including code that implements the cross-cutting concerns.

Concerns Should Not Be A Programming Problem

As a programmer, you should know that concerns are part of the program and should not be treated as an issue in aspect-oriented software development. They are aspects of a system that reflects the system requirements and the stakeholder’s priorities in the program.

The key concerns which represent the primary purpose of the program describe the functional concerns while QoS and non-functional requirements are reflected by the secondary concerns.

Separation

From the standard of separation of concern, it is stated that programs are to be organized so that every program element does just one thing alone. This implies also that each element in the program should be easy to understand without having the need to reference other elements. It should also be known that program abstractions such as procedures, subroutines, and objects support separation of these concerns.

Join Points And Point Cuts

In aspect-oriented software development, the join point is the location in a system where you may include the aspect. A typical model of a join point includes:
*     The call events
*     The execution events
*     Initialization events
*     Data events
*     Exception events
A point cut similarly defines where specifically an aspect will be included in a system. It identifies the particular events which advice are to be associated. For instance, contexts in which advice can be included in a program are:
*     Before specific method execution
*     After the exceptional or normal return from a particular method
*     When a field is modified in an object.

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A major concern of software development using traditional procedural techniques is when it comes to big projects where complexities surround the large software project to be designed. In such projects that involves tens of thousands of lines of code, having a clear knowledge of what a segment of code does becomes more difficult.
To overcome the problem of a mix-up and the repeat of similar code in different stages of the program, modularity was designed to have codes designed in segments to do a specific function that can be referenced from any part of the program. Similar functions are put into a module. Since the modules are independent, the complete software is a collection of functional units or sub-programs to make the complete program.

What Modular Programming Does

Modularity in programming simply encourages the separation of the functionality in a program into distinct and independent units such that every unit has everything required for it to execute just that aspect of the program. The elements in the interface of a module can be detected in other modules of the program. Modular programming today deals with high-level decomposition of an entire program’s code into functional and independent units.

The Importance Of Modular Programming

Ability To Reuse Code 

Modularity enables programmers to use the same code in the module over and over again by simply referencing the code to perform the specific action in the module at different locations of the program. Creating units or classes ensures this.

Easy Debugging

A program with millions of lines of code will present a huge task if not in a module when debugging is required. You can imagine what it is like to search through such a huge environment to look for errors in a program. Having each task in its discrete module makes the process a lot easier to carry out. A faulty function can easily be checked for errors when in a module.

Simplicity And Ease Of Maintenance

With modularity, the number of lines of codes should be reduced. Apart from handling the repetition of similar codes, modularity simplifies the whole process of developing a large project by having different programmers work on various aspects of the project.

Organization

Modularization makes reading a program a lot better to do and understand. This makes the programmer better organized in his coding which helps when referencing. This also makes other programmers who may want to go through the workings of the module find it much easier to read. Modularity thus improves readability through a well-organized design.

Modularity In Programming Encourages Teamwork And Collaboration

Modular design in a program development improves collaborative efforts from different programmers. This builds the teamwork spirit that is required to complete a major project that requires thousands of lines of codes.

Modularity Is Reliable

With all features of simplicity, ease of debugging, organization and other important factors, modularity can be described in one word, a ‘reliable’ technique to apply when dealing with software development

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AOSD is designed to have new modularization of systems in a bid to separate secondary functions from main or primary business logic. AOSD allows many concerns to be represented in separate units and automatically joined to have a complete working system.

AOSD, in brief, focuses first on identification, specification and also on the representation of concerns which are cross-cutting. It also involves the modularization of these concerns into distinct functional units and finally their automation to work together as a complete system.

The Problem With Traditional Software Development

Traditional software design is concerned with splitting software systems into primary functional units with the knowledge that concerns don’t fit properly into the primary units. In the traditional software process, the programmer is left to write the code of each corresponding function and to also ensure all issues of concern are properly addressed. The programmer has to do a whole lot of dealing with issues on interactions and execution of expected behavior at the time intended. This concern encompasses a lot of primary units in systems which becomes a problem during development and maintenance of the system. AOSD is designed to handle this difficulty efficiently.

The Impact Of Cross-Cutting

In AOSD, an aspect of the program is said to exhibit across-cutting concern if it affects other concerns. A concern here simply describes sets of information that has an effect on the code of the program. The cross-cutting concerns cannot be neatly decomposed in both implementation and design from the other parts of the computer program. This invariably can result in duplicate code or scattering in common terms.

Implementing AOSD

The drive for implementing AOSD comes from the need to address the problems resulting from code tangling and scattering that is presented by cross-cutting concerns. For scattering, the code of the concern is spread across many modules. This implementation is not modular. The implementation affects many modules. For a tangling concern likewise, its code is a code that implements other concerns. For this module, it lacks cohesiveness.
Now, you cannot modularize cross-cutting concerns by applying the decomposition principles of the traditional programming languages because they do not have the same decomposition rules. AOSD addresses this via the provision of systemic identification, representation, separation, and composition. Cross-cutting concerns are rather encapsulated in distinct modules referred to as aspects. Aspects help to promote localization which is required to solve the problem of crosscutting concerns. As a result, this improves modularization, thus, reducing various costs of evolution, maintenance, and development.

Top Features Of Aspect-Oriented Software Development

*     AOSD focuses on core areas of identification and investigation, specification and representation of concerns that can present crosscutting concerns
*     AOSD gives complementary benefits and can be used along with other coding standards.
*     AOSD ensures better modularization mechanisms of program designs, thereby reducing software design, and maintenance and development costs.
*     AOSD is a better way to handle localization of concerns that are cross-cutting because concerns are compressed into various modules.
*     AOSD makes available software coding methods and tools to support modularization at the source code stage.
*     AOSD ensures improved and smaller size of code as a result of addressing the cross-cutting issues
*     AOSD encourages the reuse of code created by the modularization technique.

Aspect-oriented software development seeks a better way to apply modularization in software development by effectively handling the issues of cross-cuttng concerns.

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API World conference and expo is an annual event that brings together one of the largest gatherings of company’s executives, entrepreneurs, and engineers in one place with the singular aim of developing and improving the API economy.

Wherever your interest lies in API application, you will be fully served as you meet up with experts who are interested in API design, strategy, and implementation of new developments and services as it concerns using API technology in today’s world.

API World 2017

The API World 2017 conference is the world’s largest conference and Expo on API development. As a vendor-neutral conference and expo, it is organized to foster the growth of the new API economy. API World is designed to build on the mission of improving independence, facilitate knowledge, trust, connection, and business in the developer community of API consumers and providers. The 2017 event had in attendance 3000 attendees of experts in diverse fields of technology.

The Organization

The general event is designed as a conference, an expo, and a meet-up. This year’s event was put together by DevNetwork and slated to hold from September 25 to 27 at San Jose Convention Center in the United States.

The Scope Of The 2017 Event

Just like in the past editions, API World 2017 covers key areas of API application. This includes API design strategy and design, API on Machine learning, IoT APIs, monetizing APIs and a lot more fields in API application.
A major area of coverage in API World conference is Microservices. API world conference hopes to get participants fully equipped with up-to-date best practices in microservers, an architecture for facilitating quick development and resilient software design.

A collection of the world’s best in IT, API world conference and expo 2017 boasts about 200 speakers to present some of the new innovations and implementations on the subject at hand. Among the notable speakers are Neha Sampat, CEO of Built.io; Aldo Bucchi, principal architect, Mulesoft; Aaron Hedges, Vimeo API product manager; Abhinav Asthana,  Founder and Chief Executive Officer of  Postman. Others are Adam Tornes, Senior product manager of Twitter; Akshay Aggarwal, co-founder of Déjà vu Security and Alan Winter, web Development Team leader MobiDev, among others.
Many sponsors also came forward to make the 2017 conference and expo a success with over 35 sponsors on the list of companies. Many of these companies are the exhibitors in the event. These include 42Crunch, ABBYY, Accusoft, Citigroup, Autodesk, Apollo, and Aspose.
As an expo, the conference dedicates 26 – 27 September for exhibitors and sponsors to showcase their products. With a 3000-plus qualified audience, the conference provides 50-plus booths for exhibitors to share their products, making it the Largest API Expo in recent times.

Top Highlights

*     Biggest API Expo with 3000-plus attendees and 50-plus Booths
*     Biggest API conference with 200 speakers
*     1000 plus Integration partners
*     Lots of Tracks to attract Engineers, Executives, API consumers and developers
*     DataWeek and Integrate conference
*     API Hiring Mixers and Hackaton
*     15 plus partner events

The industrial segment includes attendees from:

*     Finance
*     Business to Business
*     Business to Customer
*     Payment Processing
*     Retail
*     Advertising
*     Data management
*     Media
*     Technology
*     Communication
*     Education and training

API World And Integrate 2017

API world is not restricted to meeting with consumers and developers alone. The conference is designed to be co-located in the same venue as Integrate 2017 where you have integration partners with hundreds of companies and many API consumers.

Integrate workshop is designed to teach participants about how to program better with API. This includes fireside chats and panels from great speakers on the ground. You have an array of developers to interact with and exchange ideas.

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