.NET incorporates a software platform for building the .NET experiences, which means servers running databases, Web servers, and other systems. This isn't that different from the way we run our enterprises today; the differences are in the capabilities of these products. Today we have messaging systems like Exchange and databases like SQL Server, and these will be fundamental components of .NET. But products like BizTalk Server for orchestrating information through the enterprise, Application Center for managing these servers running .NET, and Mobile Information Server for providing the services for the mobile users, also will be part of .NET.
The .NET product will include a programming model with tools. This will allow developers to create the Web services that .NET is based on. The model is the .NET Framework, which will be described later on in this document.
The final component of .NET is the end result of the programming model, tools, and platform. Web services provide the services and information users will require of Phase 3 of the Internet. Because these Web services are programmable, they allow a user to use any device to access this information and to share this information with other sites and services.
Microsoft .NET is a software framework that allows for the creation of web services and applications that can integrate and share information across devices, systems and languages. It consists of common language runtime, class libraries, ASP.NET for web applications and Windows Forms for desktop apps. .NET uses XML and SOAP to connect systems and web services provide reusable applications. The framework and tools like Visual Studio allow developers to build and deploy cross-platform applications and services.
Web services use SOAP and XML messaging instead of traditional HTTP. They are not tied to any specific protocol. WSDL defines the methods and messages for a web service. UDDI provides a registry for discovering web services. At its core, .NET uses XML and open standards like SOAP, WSDL, and UDDI to enable interoperable web services and components across platforms and languages.
.NET is a Microsoft platform for building connected, service-oriented applications. It uses common language runtime and XML web services to allow applications to communicate across different operating systems and languages. .NET includes development tools, programming languages, and libraries to simplify and accelerate building web, mobile, and enterprise applications that integrate various systems and devices.
Web services concepts, protocols and developmentishmecse13
Web services allow applications to communicate over the Internet through open standards and protocols. They are self-contained, modular applications that can be described, published, located, and invoked over a network, typically the Internet. Key technologies that enable web services include XML, SOAP, WSDL, and UDDI. SOAP is a messaging protocol that allows communication between applications over HTTP. WSDL describes how to access web services and what operations they perform. UDDI provides a registry for businesses to publish and discover web services.
The document introduces web services and the .NET framework. It defines a web service as a network-accessible interface that allows applications to communicate over the internet using standard protocols. It describes the key components of a web service including SOAP, WSDL, UDDI, and how they allow services to be described, discovered and accessed over a network in a standardized way. It also provides an overview of the .NET framework and how it supports web services and applications using common languages like C#.
Here are some sample web services projects to try:
- Currency conversion service: Converts between currencies using live exchange rates
- Weather service: Gets current weather conditions for a city by calling a public API
- Book search service: Searches book titles and descriptions from a database
- Calculator service: Provides basic math operations like add, subtract, multiply, divide
- Address validation service: Validates and standardizes address fields for a location
- Image processing service: Resizes, crops or applies filters to images uploaded to a server
These cover common domains like finance, data, calculation etc. and demonstrate basic CRUD operations, external API calls, file uploads etc. Good for learning core web service concepts.
The document discusses the .NET platform and framework. It provides an overview of the key components of .NET including the Common Language Runtime (CLR) environment that executes programs, the Framework Class Library (FCL) base classes and libraries, and support for multiple programming languages. It also describes concepts like application domains, marshaling objects across boundaries, and how programs are compiled to Microsoft Intermediate Language (MSIL) and executed.
Microsoft .NET is a software framework that allows for the creation of web services and applications that can integrate and share information across devices, systems and languages. It consists of common language runtime, class libraries, ASP.NET for web applications and Windows Forms for desktop apps. .NET uses XML and SOAP to connect systems and web services provide reusable applications. The framework and tools like Visual Studio allow developers to build and deploy cross-platform applications and services.
Web services use SOAP and XML messaging instead of traditional HTTP. They are not tied to any specific protocol. WSDL defines the methods and messages for a web service. UDDI provides a registry for discovering web services. At its core, .NET uses XML and open standards like SOAP, WSDL, and UDDI to enable interoperable web services and components across platforms and languages.
.NET is a Microsoft platform for building connected, service-oriented applications. It uses common language runtime and XML web services to allow applications to communicate across different operating systems and languages. .NET includes development tools, programming languages, and libraries to simplify and accelerate building web, mobile, and enterprise applications that integrate various systems and devices.
Web services concepts, protocols and developmentishmecse13
Web services allow applications to communicate over the Internet through open standards and protocols. They are self-contained, modular applications that can be described, published, located, and invoked over a network, typically the Internet. Key technologies that enable web services include XML, SOAP, WSDL, and UDDI. SOAP is a messaging protocol that allows communication between applications over HTTP. WSDL describes how to access web services and what operations they perform. UDDI provides a registry for businesses to publish and discover web services.
The document introduces web services and the .NET framework. It defines a web service as a network-accessible interface that allows applications to communicate over the internet using standard protocols. It describes the key components of a web service including SOAP, WSDL, UDDI, and how they allow services to be described, discovered and accessed over a network in a standardized way. It also provides an overview of the .NET framework and how it supports web services and applications using common languages like C#.
Here are some sample web services projects to try:
- Currency conversion service: Converts between currencies using live exchange rates
- Weather service: Gets current weather conditions for a city by calling a public API
- Book search service: Searches book titles and descriptions from a database
- Calculator service: Provides basic math operations like add, subtract, multiply, divide
- Address validation service: Validates and standardizes address fields for a location
- Image processing service: Resizes, crops or applies filters to images uploaded to a server
These cover common domains like finance, data, calculation etc. and demonstrate basic CRUD operations, external API calls, file uploads etc. Good for learning core web service concepts.
The document discusses the .NET platform and framework. It provides an overview of the key components of .NET including the Common Language Runtime (CLR) environment that executes programs, the Framework Class Library (FCL) base classes and libraries, and support for multiple programming languages. It also describes concepts like application domains, marshaling objects across boundaries, and how programs are compiled to Microsoft Intermediate Language (MSIL) and executed.
The document discusses the Open Grid Services Architecture (OGSA) and related concepts. Some key points:
- OGSA is a service-oriented architecture for grids based on integrating grid and web services concepts.
- The Open Grid Services Infrastructure (OGSI) specification defines interfaces and protocols for services in a grid environment to provide interoperability.
- Core constructs of OGSA include functional blocks, protocols, grid services, APIs, and software development kits.
This presentation was presented in Bogazici Univertiy by me. It was a small presentation of an essay.
Thanks to Gokhan Ozdinc for instructing "Special Topics in Electronic and Mobile Commerce Technologies in the New Era".
This document provides an overview of Java web services. It discusses the key concepts of web services architecture including WSDL, SOAP, and UDDI. WSDL is an XML format for describing web services, SOAP is a messaging protocol for making procedure calls over a network, and UDDI is a registry for web services. The document also provides details on how these technologies interact and the role they play in web services.
This document discusses the SOAP toolkit for Visual Studio 6.0, which provides tools for building and consuming web services. It introduces key concepts like XML, SOAP, and SDL. The toolkit contains components like a remote object proxy engine and SDL parser to make it easy to expose existing COM objects as web services and consume services without dealing directly with XML or network protocols. Sample applications are demonstrated to show how existing code can integrate with web services using the toolkit.
Web services allow different software applications running on various platforms and programming languages to communicate and share resources. They use open standards like XML, SOAP and WSDL. SOAP is a messaging protocol that uses XML to transmit data over networks like the internet. WSDL describes web services and how other applications can access them. Altova provides tools like XMLSpy that help develop, test and debug web services using standards like SOAP and WSDL.
This document provides an overview of web services, including:
1. It defines web services as XML-based information exchange systems that allow applications to communicate over the internet.
2. Web services allow different applications to share data and services over networks in a platform-independent way.
3. The document discusses the main types of web services - SOAP and REST - and provides an example of creating a simple SOAP web service in Java.
4. WSDL is introduced as the language used to describe web services interfaces and operations. The main elements of a WSDL document are outlined.
5. Creating a web service client to consume an existing web service is demonstrated using Java plugins and code generation
The document discusses web services and how they allow different software applications to communicate and share resources despite running on different platforms or using different programming languages. Web services use open standards like XML, SOAP and HTTP to define interfaces and transmit data between applications in a self-contained, platform-independent way. They enable reuse of application components and integration of existing software.
The document provides information about UDDI (Universal Description, Discovery and Integration), which is an XML-based registry standard for publishing and discovering Web services. It discusses key aspects of UDDI including its core data structures like business entities, services and bindings; how it is accessed via APIs; its relationship to other Web service standards like WSDL; and how UDDI registries work. It also covers related topics like Web services conversations defined in WSCL (Web Services Conversation Language) and business process execution defined in BPEL (Business Process Execution Language).
Web services allow software applications to communicate over the World Wide Web through standards such as HTTP and XML. There are two main types of web services: SOAP-based "big" web services which use XML messages and WSDL definitions, and RESTful web services which access networked resources through uniform commands like HTTP and have a simpler architecture. A service-oriented architecture is a collection of services that communicate to deliver added functionality, and web services provide a common way to connect different software applications running on various platforms.
This document summarizes the key aspects of web services and Windows Communication Foundation (WCF) services. It discusses how web services use standard technologies like WSDL, XML, and SOAP to allow different systems to communicate over a network. It also outlines the basic concepts of WCF services, including why they were created and how to create a simple WCF service in 6 steps, from generating a project to testing it using the WCF Test Client.
The document provides an overview of Microsoft's .NET framework, including its evolution from earlier web application technologies. It describes the key components of .NET such as the Common Language Runtime (CLR), common language specification (CLS), and development tools like Visual Studio.NET. Web services are presented as a core part of .NET for enabling distributed applications and integration across platforms.
The document discusses UDDI (Universal Description, Discovery and Integration), which is an XML-based standard for describing, publishing, and finding web services. It provides a high-level overview of UDDI, including that it allows for a distributed registry of web services and uses WSDL to describe web service interfaces. It also discusses the UDDI Business Registry, major components of the UDDI specification, core UDDI data structures like business entities and technical models, and how applications can programmatically access and search UDDI registries.
The document provides an overview of Microsoft .NET, including its history, goals, basic elements, and comparison to J2EE. Some key points:
- .NET aims to provide cross-platform interoperability, multi-language support, and code reuse. Its basic elements include the Common Language Runtime, class libraries, ASP.NET, Windows Forms, ADO.NET, and XML web services.
- It compares to J2EE in providing an infrastructure for building enterprise applications but supports more programming languages due to the Common Language Runtime. Language interoperability is a core advantage of .NET over J2EE.
- An example demonstrates how .NET services could enable a doctor's palmtop
This document summarizes the anatomy of a web service. It discusses that web services allow applications and devices to communicate independently of platform or language. It describes the key components of web services - SOAP messages for communication, WSDL files that describe the service, and UDDI for finding services. The document provides details on how web services work using SOAP and WSDL. It explains that web services address limitations of prior technologies like EDI and CORBA by being more open, standardized, and compatible.
A distributed system is a collection of computational and storage devices connected through a communications network. In this type of system, data, software, and users are distributed.
Web services allow different software applications to communicate and share resources regardless of operating system or programming language. They use XML and open protocols like HTTP and SOAP. A web service is self-contained, self-describing application component that can be accessed over the web. WSDL describes the web service so clients know how to access it, while SOAP defines the message format for communication. Visual Studio provides tools to test web services by structuring test cases and suites, managing test requests and results, and automating validation.
The document provides an overview of web services and the key components that make up the web services framework. It discusses the goals of enabling universal interoperability and widespread adoption of web services using standards. The core components that enable application-to-application interaction over the web are described as SOAP for messaging, WSDL for service descriptions, UDDI for service discovery, and WSFL for composition of web services. The web services framework is being rapidly standardized and adopted to bring a new level of interoperability to web applications.
Web services allow programs developed in different languages to communicate over a network by exchanging XML messages. A web service is a software module that uses HTTP and XML to provide a standardized interface. Key components of web services include SOAP for messaging, WSDL for describing available services, and UDDI for discovering services. A client can search UDDI to find a WSDL file describing a web service and then use SOAP calls defined in WSDL to invoke the service functionality over the network.
Web services allow software systems to communicate over a network using XML and HTTP. They expose functions or messages that can be accessed remotely. This converts applications into web applications that can share functionality worldwide using standards like SOAP, WSDL, and UDDI. Web services use different styles like RPC, SOA, and REST and can be designed using top-down or bottom-up methodologies.
INTRODUCTION TO AI CLASSICAL THEORY TARGETED EXAMPLESanfaltahir1010
Image: Include an image that represents the concept of precision, such as a AI helix or a futuristic healthcare
setting.
Objective: Provide a foundational understanding of precision medicine and its departure from traditional
approaches
Role of theory: Discuss how genomics, the study of an organism's complete set of AI ,
plays a crucial role in precision medicine.
Customizing treatment plans: Highlight how genetic information is used to customize
treatment plans based on an individual's genetic makeup.
Examples: Provide real-world examples of successful application of AI such as genetic
therapies or targeted treatments.
Importance of molecular diagnostics: Explain the role of molecular diagnostics in identifying
molecular and genetic markers associated with diseases.
Biomarker testing: Showcase how biomarker testing aids in creating personalized treatment plans.
Content:
• Ethical issues: Examine ethical concerns related to precision medicine, such as privacy, consent, and
potential misuse of genetic information.
• Regulations and guidelines: Present examples of ethical guidelines and regulations in place to safeguard
patient rights.
• Visuals: Include images or icons representing ethical considerations.
Content:
• Ethical issues: Examine ethical concerns related to precision medicine, such as privacy, consent, and
potential misuse of genetic information.
• Regulations and guidelines: Present examples of ethical guidelines and regulations in place to safeguard
patient rights.
• Visuals: Include images or icons representing ethical considerations.
Content:
• Ethical issues: Examine ethical concerns related to precision medicine, such as privacy, consent, and
potential misuse of genetic information.
• Regulations and guidelines: Present examples of ethical guidelines and regulations in place to safeguard
patient rights.
• Visuals: Include images or icons representing ethical considerations.
Real-world case study: Present a detailed case study showcasing the success of precision
medicine in a specific medical scenario.
Patient's journey: Discuss the patient's journey, treatment plan, and outcomes.
Impact: Emphasize the transformative effect of precision medicine on the individual's
health.
Objective: Ground the presentation in a real-world example, highlighting the practical
application and success of precision medicine.
Data challenges: Address the challenges associated with managing large sets of patient data in precision
medicine.
Technological solutions: Discuss technological innovations and solutions for handling and analyzing vast
datasets.
Visuals: Include graphics representing data management challenges and technological solutions.
Objective: Acknowledge the data-related challenges in precision medicine and highlight innovative solutions.
Data challenges: Address the challenges associated with managing large sets of patient data in precision
medicine.
Technological solutions: Discuss technological innovations and solutions
WWDC 2024 Keynote Review: For CocoaCoders AustinPatrick Weigel
Overview of WWDC 2024 Keynote Address.
Covers: Apple Intelligence, iOS18, macOS Sequoia, iPadOS, watchOS, visionOS, and Apple TV+.
Understandable dialogue on Apple TV+
On-device app controlling AI.
Access to ChatGPT with a guest appearance by Chief Data Thief Sam Altman!
App Locking! iPhone Mirroring! And a Calculator!!
The document discusses the Open Grid Services Architecture (OGSA) and related concepts. Some key points:
- OGSA is a service-oriented architecture for grids based on integrating grid and web services concepts.
- The Open Grid Services Infrastructure (OGSI) specification defines interfaces and protocols for services in a grid environment to provide interoperability.
- Core constructs of OGSA include functional blocks, protocols, grid services, APIs, and software development kits.
This presentation was presented in Bogazici Univertiy by me. It was a small presentation of an essay.
Thanks to Gokhan Ozdinc for instructing "Special Topics in Electronic and Mobile Commerce Technologies in the New Era".
This document provides an overview of Java web services. It discusses the key concepts of web services architecture including WSDL, SOAP, and UDDI. WSDL is an XML format for describing web services, SOAP is a messaging protocol for making procedure calls over a network, and UDDI is a registry for web services. The document also provides details on how these technologies interact and the role they play in web services.
This document discusses the SOAP toolkit for Visual Studio 6.0, which provides tools for building and consuming web services. It introduces key concepts like XML, SOAP, and SDL. The toolkit contains components like a remote object proxy engine and SDL parser to make it easy to expose existing COM objects as web services and consume services without dealing directly with XML or network protocols. Sample applications are demonstrated to show how existing code can integrate with web services using the toolkit.
Web services allow different software applications running on various platforms and programming languages to communicate and share resources. They use open standards like XML, SOAP and WSDL. SOAP is a messaging protocol that uses XML to transmit data over networks like the internet. WSDL describes web services and how other applications can access them. Altova provides tools like XMLSpy that help develop, test and debug web services using standards like SOAP and WSDL.
This document provides an overview of web services, including:
1. It defines web services as XML-based information exchange systems that allow applications to communicate over the internet.
2. Web services allow different applications to share data and services over networks in a platform-independent way.
3. The document discusses the main types of web services - SOAP and REST - and provides an example of creating a simple SOAP web service in Java.
4. WSDL is introduced as the language used to describe web services interfaces and operations. The main elements of a WSDL document are outlined.
5. Creating a web service client to consume an existing web service is demonstrated using Java plugins and code generation
The document discusses web services and how they allow different software applications to communicate and share resources despite running on different platforms or using different programming languages. Web services use open standards like XML, SOAP and HTTP to define interfaces and transmit data between applications in a self-contained, platform-independent way. They enable reuse of application components and integration of existing software.
The document provides information about UDDI (Universal Description, Discovery and Integration), which is an XML-based registry standard for publishing and discovering Web services. It discusses key aspects of UDDI including its core data structures like business entities, services and bindings; how it is accessed via APIs; its relationship to other Web service standards like WSDL; and how UDDI registries work. It also covers related topics like Web services conversations defined in WSCL (Web Services Conversation Language) and business process execution defined in BPEL (Business Process Execution Language).
Web services allow software applications to communicate over the World Wide Web through standards such as HTTP and XML. There are two main types of web services: SOAP-based "big" web services which use XML messages and WSDL definitions, and RESTful web services which access networked resources through uniform commands like HTTP and have a simpler architecture. A service-oriented architecture is a collection of services that communicate to deliver added functionality, and web services provide a common way to connect different software applications running on various platforms.
This document summarizes the key aspects of web services and Windows Communication Foundation (WCF) services. It discusses how web services use standard technologies like WSDL, XML, and SOAP to allow different systems to communicate over a network. It also outlines the basic concepts of WCF services, including why they were created and how to create a simple WCF service in 6 steps, from generating a project to testing it using the WCF Test Client.
The document provides an overview of Microsoft's .NET framework, including its evolution from earlier web application technologies. It describes the key components of .NET such as the Common Language Runtime (CLR), common language specification (CLS), and development tools like Visual Studio.NET. Web services are presented as a core part of .NET for enabling distributed applications and integration across platforms.
The document discusses UDDI (Universal Description, Discovery and Integration), which is an XML-based standard for describing, publishing, and finding web services. It provides a high-level overview of UDDI, including that it allows for a distributed registry of web services and uses WSDL to describe web service interfaces. It also discusses the UDDI Business Registry, major components of the UDDI specification, core UDDI data structures like business entities and technical models, and how applications can programmatically access and search UDDI registries.
The document provides an overview of Microsoft .NET, including its history, goals, basic elements, and comparison to J2EE. Some key points:
- .NET aims to provide cross-platform interoperability, multi-language support, and code reuse. Its basic elements include the Common Language Runtime, class libraries, ASP.NET, Windows Forms, ADO.NET, and XML web services.
- It compares to J2EE in providing an infrastructure for building enterprise applications but supports more programming languages due to the Common Language Runtime. Language interoperability is a core advantage of .NET over J2EE.
- An example demonstrates how .NET services could enable a doctor's palmtop
This document summarizes the anatomy of a web service. It discusses that web services allow applications and devices to communicate independently of platform or language. It describes the key components of web services - SOAP messages for communication, WSDL files that describe the service, and UDDI for finding services. The document provides details on how web services work using SOAP and WSDL. It explains that web services address limitations of prior technologies like EDI and CORBA by being more open, standardized, and compatible.
A distributed system is a collection of computational and storage devices connected through a communications network. In this type of system, data, software, and users are distributed.
Web services allow different software applications to communicate and share resources regardless of operating system or programming language. They use XML and open protocols like HTTP and SOAP. A web service is self-contained, self-describing application component that can be accessed over the web. WSDL describes the web service so clients know how to access it, while SOAP defines the message format for communication. Visual Studio provides tools to test web services by structuring test cases and suites, managing test requests and results, and automating validation.
The document provides an overview of web services and the key components that make up the web services framework. It discusses the goals of enabling universal interoperability and widespread adoption of web services using standards. The core components that enable application-to-application interaction over the web are described as SOAP for messaging, WSDL for service descriptions, UDDI for service discovery, and WSFL for composition of web services. The web services framework is being rapidly standardized and adopted to bring a new level of interoperability to web applications.
Web services allow programs developed in different languages to communicate over a network by exchanging XML messages. A web service is a software module that uses HTTP and XML to provide a standardized interface. Key components of web services include SOAP for messaging, WSDL for describing available services, and UDDI for discovering services. A client can search UDDI to find a WSDL file describing a web service and then use SOAP calls defined in WSDL to invoke the service functionality over the network.
Web services allow software systems to communicate over a network using XML and HTTP. They expose functions or messages that can be accessed remotely. This converts applications into web applications that can share functionality worldwide using standards like SOAP, WSDL, and UDDI. Web services use different styles like RPC, SOA, and REST and can be designed using top-down or bottom-up methodologies.
INTRODUCTION TO AI CLASSICAL THEORY TARGETED EXAMPLESanfaltahir1010
Image: Include an image that represents the concept of precision, such as a AI helix or a futuristic healthcare
setting.
Objective: Provide a foundational understanding of precision medicine and its departure from traditional
approaches
Role of theory: Discuss how genomics, the study of an organism's complete set of AI ,
plays a crucial role in precision medicine.
Customizing treatment plans: Highlight how genetic information is used to customize
treatment plans based on an individual's genetic makeup.
Examples: Provide real-world examples of successful application of AI such as genetic
therapies or targeted treatments.
Importance of molecular diagnostics: Explain the role of molecular diagnostics in identifying
molecular and genetic markers associated with diseases.
Biomarker testing: Showcase how biomarker testing aids in creating personalized treatment plans.
Content:
• Ethical issues: Examine ethical concerns related to precision medicine, such as privacy, consent, and
potential misuse of genetic information.
• Regulations and guidelines: Present examples of ethical guidelines and regulations in place to safeguard
patient rights.
• Visuals: Include images or icons representing ethical considerations.
Content:
• Ethical issues: Examine ethical concerns related to precision medicine, such as privacy, consent, and
potential misuse of genetic information.
• Regulations and guidelines: Present examples of ethical guidelines and regulations in place to safeguard
patient rights.
• Visuals: Include images or icons representing ethical considerations.
Content:
• Ethical issues: Examine ethical concerns related to precision medicine, such as privacy, consent, and
potential misuse of genetic information.
• Regulations and guidelines: Present examples of ethical guidelines and regulations in place to safeguard
patient rights.
• Visuals: Include images or icons representing ethical considerations.
Real-world case study: Present a detailed case study showcasing the success of precision
medicine in a specific medical scenario.
Patient's journey: Discuss the patient's journey, treatment plan, and outcomes.
Impact: Emphasize the transformative effect of precision medicine on the individual's
health.
Objective: Ground the presentation in a real-world example, highlighting the practical
application and success of precision medicine.
Data challenges: Address the challenges associated with managing large sets of patient data in precision
medicine.
Technological solutions: Discuss technological innovations and solutions for handling and analyzing vast
datasets.
Visuals: Include graphics representing data management challenges and technological solutions.
Objective: Acknowledge the data-related challenges in precision medicine and highlight innovative solutions.
Data challenges: Address the challenges associated with managing large sets of patient data in precision
medicine.
Technological solutions: Discuss technological innovations and solutions
WWDC 2024 Keynote Review: For CocoaCoders AustinPatrick Weigel
Overview of WWDC 2024 Keynote Address.
Covers: Apple Intelligence, iOS18, macOS Sequoia, iPadOS, watchOS, visionOS, and Apple TV+.
Understandable dialogue on Apple TV+
On-device app controlling AI.
Access to ChatGPT with a guest appearance by Chief Data Thief Sam Altman!
App Locking! iPhone Mirroring! And a Calculator!!
A neural network is a machine learning program, or model, that makes decisions in a manner similar to the human brain, by using processes that mimic the way biological neurons work together to identify phenomena, weigh options and arrive at conclusions.
Project Management: The Role of Project Dashboards.pdfKarya Keeper
Project management is a crucial aspect of any organization, ensuring that projects are completed efficiently and effectively. One of the key tools used in project management is the project dashboard, which provides a comprehensive view of project progress and performance. In this article, we will explore the role of project dashboards in project management, highlighting their key features and benefits.
Microservice Teams - How the cloud changes the way we workSven Peters
A lot of technical challenges and complexity come with building a cloud-native and distributed architecture. The way we develop backend software has fundamentally changed in the last ten years. Managing a microservices architecture demands a lot of us to ensure observability and operational resiliency. But did you also change the way you run your development teams?
Sven will talk about Atlassian’s journey from a monolith to a multi-tenanted architecture and how it affected the way the engineering teams work. You will learn how we shifted to service ownership, moved to more autonomous teams (and its challenges), and established platform and enablement teams.
A Comprehensive Guide on Implementing Real-World Mobile Testing Strategies fo...kalichargn70th171
In today's fiercely competitive mobile app market, the role of the QA team is pivotal for continuous improvement and sustained success. Effective testing strategies are essential to navigate the challenges confidently and precisely. Ensuring the perfection of mobile apps before they reach end-users requires thoughtful decisions in the testing plan.
Why Apache Kafka Clusters Are Like Galaxies (And Other Cosmic Kafka Quandarie...Paul Brebner
Closing talk for the Performance Engineering track at Community Over Code EU (Bratislava, Slovakia, June 5 2024) https://eu.communityovercode.org/sessions/2024/why-apache-kafka-clusters-are-like-galaxies-and-other-cosmic-kafka-quandaries-explored/ Instaclustr (now part of NetApp) manages 100s of Apache Kafka clusters of many different sizes, for a variety of use cases and customers. For the last 7 years I’ve been focused outwardly on exploring Kafka application development challenges, but recently I decided to look inward and see what I could discover about the performance, scalability and resource characteristics of the Kafka clusters themselves. Using a suite of Performance Engineering techniques, I will reveal some surprising discoveries about cosmic Kafka mysteries in our data centres, related to: cluster sizes and distribution (using Zipf’s Law), horizontal vs. vertical scalability, and predicting Kafka performance using metrics, modelling and regression techniques. These insights are relevant to Kafka developers and operators.
Odoo releases a new update every year. The latest version, Odoo 17, came out in October 2023. It brought many improvements to the user interface and user experience, along with new features in modules like accounting, marketing, manufacturing, websites, and more.
The Odoo 17 update has been a hot topic among startups, mid-sized businesses, large enterprises, and Odoo developers aiming to grow their businesses. Since it is now already the first quarter of 2024, you must have a clear idea of what Odoo 17 entails and what it can offer your business if you are still not aware of it.
This blog covers the features and functionalities. Explore the entire blog and get in touch with expert Odoo ERP consultants to leverage Odoo 17 and its features for your business too.
An Overview of Odoo ERP
Odoo ERP was first released as OpenERP software in February 2005. It is a suite of business applications used for ERP, CRM, eCommerce, websites, and project management. Ten years ago, the Odoo Enterprise edition was launched to help fund the Odoo Community version.
When you compare Odoo Community and Enterprise, the Enterprise edition offers exclusive features like mobile app access, Odoo Studio customisation, Odoo hosting, and unlimited functional support.
Today, Odoo is a well-known name used by companies of all sizes across various industries, including manufacturing, retail, accounting, marketing, healthcare, IT consulting, and R&D.
The latest version, Odoo 17, has been available since October 2023. Key highlights of this update include:
Enhanced user experience with improvements to the command bar, faster backend page loading, and multiple dashboard views.
Instant report generation, credit limit alerts for sales and invoices, separate OCR settings for invoice creation, and an auto-complete feature for forms in the accounting module.
Improved image handling and global attribute changes for mailing lists in email marketing.
A default auto-signature option and a refuse-to-sign option in HR modules.
Options to divide and merge manufacturing orders, track the status of manufacturing orders, and more in the MRP module.
Dark mode in Odoo 17.
Now that the Odoo 17 announcement is official, let’s look at what’s new in Odoo 17!
What is Odoo ERP 17?
Odoo 17 is the latest version of one of the world’s leading open-source enterprise ERPs. This version has come up with significant improvements explained here in this blog. Also, this new version aims to introduce features that enhance time-saving, efficiency, and productivity for users across various organisations.
Odoo 17, released at the Odoo Experience 2023, brought notable improvements to the user interface and added new functionalities with enhancements in performance, accessibility, data analysis, and management, further expanding its reach in the market.
Using Query Store in Azure PostgreSQL to Understand Query PerformanceGrant Fritchey
Microsoft has added an excellent new extension in PostgreSQL on their Azure Platform. This session, presented at Posette 2024, covers what Query Store is and the types of information you can get out of it.
Unveiling the Advantages of Agile Software Development.pdfbrainerhub1
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2. What is .NET?
Microsoft® .NET is a set of Microsoft software technologies for connecting
information, people, systems, and devices
It is a device and platform independent distributed computing model based
on Web Services (which are in turn based on open XML communication
technology), and consists of
a software platform for building .NET experiences
a programming model and tools to build and integrate XML Web services
a set of programmable XML Web services
a way to enable users to interact with a broad range of smart devices via the
Web, while ensuring that the user, rather than the application, controls the
interaction
a way to provide a user with applications, services, and devices that are
personalized, simple, consistent, and secure
.NET is all about creation, consumption and delivery of Web Services
3. What is a Web Service?
Small, reusable applications written in XML
Client to Client
- Clients can use XML Web
Services to communicate data
Client to Server
- Clients can send data to and
receive data from servers.
Server to Server
- Servers can share data with
each other.
Service to Service
- web services can work
together.
5. .NET Experience
.NET Experiences are XML web services
that allow you to access information
across the internet in an integrated way
Products transitioning into the .NET
experiences are:
MSN Website
Visual Studio .NET Website
Passport Website
6. .NET Clients
Clients are PCs, handheld computers, Tablet PCs,
game consoles (Xbox), smart phones …
All of them use XML Web Services
.NET client software includes
Windows CE
Windows XP
Windows Embedded
Windows 2000
7. .NET Services
XML Web Services
Offer a direct means for applications to interact
with other applications
First set of XML Web Services developed are
called .NET My Services (“HailStorm”)
8. .NET Servers
.NET Enterprise servers are Microsoft's
comprehensive family of server applications for
building, deploying, and managing scalable,
integrated, Web Services and applications
Designed with machine critical performance
Examples of .NET Servers:
MS Commerce Server 2000
MS Exchange Server 2000
9. .NET Tools
Microsoft Visual Studio .NET and Microsoft
.NET Framework supplies complete solution for
developers to build, deploy and run XML services
Visual Studio .NET is the next generation of
Microsoft’s popular multi-language development
tool built especially for .NET
Enhances existing languages like Visual Basic
with new OO features
Introduces C#
10. Web Services Revisited
Web services are platform independent
Encompasses Windows, Unix, Mac, Linux, even PalmOS
Web services are agnostic of the object model being used
Compatible with RPC, DCOM, CORBA, and Sun RMI
Web services are loosely coupled
Unlike tightly-coupled RPC and distributed object systems, which require all the
pieces of an application be deployed at once, you can add clients and servers to
Web-based systems as needed
Web services are built on open standards
XML, SOAP, WSDL, UDDI, HTTP, RPC
Web services are compatible with existing object models
Replaces internal "plumbing" of the network RPC wire format transparently to
user
Web services permit secure transmission
HTTPS, SSL
11. Web Services vs. Traditional Web
Applications
Web services use SOAP messages instead of
MIME messages
Browsers just need to render web pages; web
services need to do more
Web services are not HTTP-specific
SOAP messages can be sent using SMTP, raw TCP
or an instant messaging protocol like Jabber
Web services provide metadata describing the
messages they produce and consume.
XML Schema (XSD) is used to describe various
message structures
12. Extensible Markup Language
(XML)
XML is the glue that holds .NET together
XML is the defacto standard for data
interoperability.
XML provides a way to put structured data
into a form that can be easily and quickly
transmitted and then interpreted at the other
end
XML looks like HTML, and like HTML, it is
readable and text-based
XML is license-free, platform-independent,
and well supported
13. Simple Object Access Protocol
(SOAP)
“SOAP provides a simple and lightweight
mechanism for exchanging structured and
typed information between peers in a
decentralized, distributed environment
using XML “
A SOAP message is based on XML and
contains the following parts:
The Envelope is the top-level container
representing the message.
The Header is a generic container for added
features to a SOAP message. SOAP defines
attributes to indicate who should deal with a
feature and whether understanding is optional
or mandatory.
The Body is a container for mandatory
information intended for the ultimate message
receiver.
14. SOAP (cont’d)
Soap is the communications protocol for XML Web services.
SOAP is a specification that defines the XML format for messages—
and that's about it – a SOAP implementation will probably include
mechanisms for object activation and naming services but the SOAP
standard doesn't specify them
Optional parts of SOAP specification describe how to represent
program data as XML and how to use SOAP to do Remote Procedure
Calls
SOAP is much smaller and simpler to implement than many of the
previous protocols.
DCE and CORBA took years to implement, so only a few
implementations were ever released; SOAP, however, can use existing
XML Parsers and HTTP libraries to do most of the hard work, so a
SOAP implementation can be completed in a matter of months – so
several implementations for it have been released (> 70 to date).
SOAP obviously doesn't do everything that DCE or CORBA do, but the
lack of complexity in exchange for features is what makes SOAP so
readily available
15. Web Service Description Language
(WSDL)
A Web Service Description defines all the supported
methods that a Web Service provides.
WSDL is an XML grammar that developers and
development tools use to represent the capabilities and
syntax of a Web Service.
Similar to IDL for COM and CORBA
Imagine you want to start calling a SOAP method
provided by one of your business partners. WSDL
specifies what a request message must contain and
what the response message will look like in
unambiguous notation.
16. Universal Discovery Description
and Integration (UDDI)
UDDI is the yellow pages of Web Services
you can search for a company that offers the services you need, read about the
service offered and contact someone for more information
A UDDI directory entry is an XML file that describes a business and the services it
offers.
There are three parts to an entry in the UDDI directory
"white pages" describe the company offering the service: name, address, contacts, etc.
"yellow pages" include industrial categories based on standard taxonomies such as the North
American Industry Classification System and the Standard Industrial Classification.
"green pages" describe the interface to the service in enough detail for someone to write an
application to use the Web service.
UDDI defines a document format and protocol for searching and retrieving discovery
documents - which in turn link to DISCO documents.
DISCO (Discovery of Web Services) is a Microsoft protocol for retrieving the
contracts for Web Services (WDSL documents).
19. Architecture Explained
Web Services
Top layer provides .NET users with Web Services for e-
commerce and business to business applications
Frameworks and Libraries
ASP.NET for developing smart web pages
ADO.NET which is an XML based improvement for databases
and object relational processing
Interchange Standards
Platform independent means of exchanging objects
SOAP (Simple Object Access Protocol)
WSDL (Web Services Description Language)
20. Architecture Explained (cont’d)
Development Environment
Visual Studio .NET
Visual C++, Visual BASIC, Visual C#
Component Model
Derived from original component based
development: CORBA, J2EE, COM
.NET allows building “assemblies” consisting of a
number of classes with well defined interface
IDL absent in .NET
21. Architecture Explained (cont’d)
Object Model
Conceptual basis for everything in .NET
Common Language Runtime
Basic set of mechanisms for executing .NET
programs regardless of language of origin
22. .NET Framework
Windows Forms
ASP.NET
Web Services
ASP.NET Application Services
Web Forms Controls Drawing
Windows Application Services
Framework Class Library
ADO.NET
Network
XML
Security
Threading
Diagnostics
IO
Etc.
Common Language Runtime
Memory Management Common Type System Lifecycle Monitoring
23. Framework Class Library
The FCL is a hierarchical class library that can be utilized across
multiple languages and platforms.
Contains reusable classes, interfaces, and components that can
be used for:
Developing components and Web Services.
Developing Windows Forms applications.
Developing Web Forms applications.
Working with Directory Services, Event Logs, Processes, Message
Queues, and Timers.
Creating and managing threads.
Managing application security.
Key features and benefits
Cross-Language Interoperability
Consistent and Unified Programming Model
Object-Oriented and Extensible Class Library
24. Common Language Runtime
The CLR is at the core of the .NET platform - the
execution engine. A unifying framework for designing,
developing, deploying, and executing distributed
components and applications.
Loads and runs code written in any runtime-aware
programming language (approx. 22 as of now).
Manages memory, thread execution, type safety
verification and garbage collection.
Performs compilation (Just In-time Compiler)
Makes use of a new common type system capable
of expressing the semantics of most modern
programming languages. The common type system
defines a standard set of types and rules for creating
new types.
Inheritance/Reference NOT dependent on source
language
25. MSIL and JIT Compilation
Source code is compiled into MSIL (Microsoft Intermediate Language).
Similar to Java bytecode.
MSIL allows for runtime type-safety and security, as well as portable
execution platforms (all Windows). MSIL code cannot play tricks with
pointers or illegal type conversions.
The MSIL architecture results in apps that run in one address space -
thus much less OS overhead.
Compilers also produce “metadata”:
Definitions of each type in your code.
Signatures of each type’s members.
Members that your code references.
Other runtime data for the CLR.
Metadata along with the MSIL enables code to be self-describing - no
need for separate type libraries, IDL, or registry entries.
When code is executed by the CLR, a JIT compilation step occurs.
Code is compiled method-by-method to native machine code.
27. Packaging: Modules, Types,
Assemblies, and the Manifest
A “module” refers to a binary, such as an EXE or
DLL.
Modules contain definitions of types, such as classes,
interfaces, structures, and enumerations.
An assembly contains a “manifest”, which is a catalog
of component metadata containing:
Assembly name.
Version (major, minor, revision, build).
Assembly file list - all files “contained” in the assembly.
Type references - mapping the managed types included in
the assembly with the files that contain them.
Scope - private or shared.
Referenced assemblies.
No MSIL code can be executed unless there is a
manifest associated with it.
28. Packaging: Modules, Types,
Assemblies, and the Manifest
An assembly can be defined as one or more modules
that make up a unit of functionality. Assemblies also
can “contain” other files that make up an application,
such as bitmaps and resource files.
An assembly is not a physical file.
An assembly is the fundamental unit of deployment,
version control, activation scoping, and security
permissions.
Two types of assemblies:
Private - Usually deployed in the same directory as the client
application and used only by a single application.
Shared - Used by any application and usually installed in a
special Global Assembly Cache.
29. .NET Component Model
Offers developers an component model directly
based on OO.
Removes distinction between a program element and
a software component. Thus it provides significant
benefits over technologies like CORBA and COM.
.Net gets rid of the IDL - we can use a .Net assembly
directly as a component.
Uses interface documentation already present in the
source code. Compliers for .Net supported languages
retain this information as metadata - self documented
components.
Metadata is also available in XML format, any
application whether it is a part of .NET or not can
obtain information about components.
30. Microsoft C#
A modern, object-oriented programming
language built from the ground up to exploit the
power of XML-based Web services on the .NET
platform.
The main design goal of C# was simplicity rather
than pure power.
Features of C#
Simplicity Type Safety
Consistency Version Control
Modernity Compatibility
Object Orientation Flexibility
31. .NET security
The .NET Security Framework Architecture consists of
the following five core elements:
Evidence Based Security - At runtime, the CLR determines
permission requests by evaluating the assembly’s evidence.
Code Access Security - allows code to be trusted to varying
degrees, depending on where the code originates and on other
aspects of the code's identity.
Verification - during JIT, the CLR ensures memory type safety.
Role Based Security - .NET applications can make
authorization decisions based on identity and role membership.
Cryptography - The .NET Framework provides Random
Number Generation and other Cryptographic services.
32. Conclusion
.Net creates a new concept, “the Internet Operating
System”.
.Net allows cross-platform development to an extent
not before possible.
.Net web services can be integrated into existing
distributed object technologies today by replacing
their RPC wire protocol with SOAP .
Large-scale distributed application development and
deployment become possible on a level that presents
major difficulties today.
Stricter versioning policies help to ensure greater
stability during upgrades, even in shared libraries.
"Software as a service" - a subscription model for
application deployment - becomes a feasible option.