Sharing about architecture aspects, technical knowledge and diagram as communication tool and navigation for software architect, stakeholder, operational team and developers
Cloud Computing, Docker, Mesos, DCOS, Container, Big Data, PaasNeeraj Sabharwal
The document discusses cloud computing concepts like Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and the Mesos operating system. It provides an overview of Mesos and how it allows dynamic resource sharing and scheduling across large clusters. Key software that runs on Mesos like Marathon, Aurora and Hadoop are also summarized. The document then covers Mesos architecture and how it provides high availability, as well as how platforms like Marathon can be used as PaaS on Mesos.
Microservices, Containers, Docker and a Cloud-Native Architecture in the Midd...Kai Wähner
Microservices are the next step after SOA: Services implement a limited set of functions. Services are developed, deployed and scaled independently. Continuous Integration and Continuous Delivery automate deployments. This way you get shorter time to results and increased flexibility. Containers improve these even more offering a very lightweight and flexible deployment option.
In the middleware world, you use concepts and tools such as an Enterprise Service Bus (ESB), Complex Event Processing (CEP), Business Process Management (BPM) or API Gateways. Many people still think about complex, heavyweight central brokers here. However, Microservices and containers are relevant not just for custom self-developed applications, but they are also a key requirement to make the middleware world more flexible, agile and automated.
This session discusses the requirements, best practices and challenges for creating a good Microservices architecture in the middleware world. A live demo with the open source PaaS framework CloudFoundry shows how technologies and frameworks such as Java, SOAP / REST Web Services, Jenkins and Docker are used to create an agile software development lifecycle to realize “Middleware Microservices”. It also discusses other modern cloud-native alternatives such as Kubernetes, Docker, Mesos, Mesosphere or Amazon ECS / AWS.
WaveMaker - Spring Roo - SpringSource Tool Suite - Choosing the right tool fo...martinlippert
This document compares and contrasts three tools for developing Spring applications: WaveMaker, Spring Roo, and SpringSource Tool Suite. WaveMaker is a visual tool for quickly creating standard web apps without coding. It generates a Spring-based backend and uses JavaScript for the frontend. Spring Roo scaffolds Java and Spring code to reduce boilerplate. SpringSource Tool Suite is an Eclipse-based IDE that enhances the Java experience for Spring projects. The document recommends combining WaveMaker for frontend development and Spring Roo/SpringSource Tool Suite for backend development, and making it easy to use both tools together on the same project.
Trends at JavaOne 2016: Microservices, Docker and Cloud-Native MiddlewareKai Wähner
In addition to focusing on many related concepts like container or service discovery, technologies like Docker and cloud platforms, my session also discussed ten lessons learned from building cloud-native middleware microservices together with our customers in the last months.
The demo brings this from theory to practice by showing how to deploy a single (i.e. built just once) TIBCO BusinessWorks Container Edition microservice to different cloud and container platforms: Docker, Kubernetes and Pivotal CloudFoundry. The video also shows how to leverage other cloud-native open source frameworks such as Consul and Spring Cloud Config for distributed configuration management and service discovery of middleware microservices.
Orchestrating Cloud-Native and Traditional Application ArchitecturesApprenda
The Fortune 500 has thousands of line-of-business applications that do not easily port to a cloud-native architecture. In order to deliver next-generation cloud-native apps to market, developers typically need to coordinate between various siloed groups. Here we explain a framework for a PaaS that supports both cloud-native and existing applications in the enterprise.
How to Choose the Right Technology, Framework or Tool to Build MicroservicesKai Wähner
Microservices are the next step after SOA: Services implement a limited set of functions. Services are developed, deployed and scaled independently. This way you get shorter time to results and increased flexibility.
Microservices have to be independent regarding build, deployment, data management and business domains. A solid Microservices design requires single responsibility, loose coupling and a decentralized architecture. A Microservice can to be closed or open to partners and public via APIs.
This session discusses technologies such as REST, WebSockets, OSGi, Puppet, Docker, Cloud Foundry, and many more, which can be used to build and deploy Microservices. The main part shows different open service frameworks and proprietary tools to build Microservices on top of these technologies. Live demos illustrate the differences. The audience will learn how to choose the right alternative for building Microservices.
CICS TS v5.5 support for Node.js applicationsMark Cocker
CICS is an unparalleled mixed language application server and as such will embrace new languages and technologies as appropriate. In this session you will hear about the new support for JavaScript.
JavaScript is a popular language for authoring dynamic and interactive content in web browsers, and the Node.js runtime allows developers use to JavaScript in a server environment.
This session will explore and demo how CICS TS V5.5 open beta is adding support for Node.js applications and to interact with your mainframe applications and data.
Mastering Application Integration Challenges in Hybrid Cloud EnvironmentsSam Garforth
These are the slides from the Nastel Red Hat webinar of April 7th 2021. The abstract is:
Many enterprises are adopting OpenShift in their journey to building and running containerized workloads in on-premise, cloud-based or hybrid environments. These initiatives leverage multiple application integration technologies, such as IBM MQ, Apache Kafka or Tibco EMS.
But managing application integration in hybrid cloud environments introduces multiple challenges:
- Need a single point of control for multiple middleware
- Need to grant self-service and delegated authority to development teams
- Need to enable developers to test application message flows
- Need to address middleware upgrades & migrations
In this webinar, we’ll show you how Nastel Navigator can be used in the OpenShift environment to address these challenges:
- Automated discovery of middleware estate
- Simplified configuration management
- Full audit trail of changes (who, what, where, when)
- Secure, granular delegation of specific authorities to development and operations teams
- Full web-based command & control
You can watch the recording of the webinar here http://bit.ly/nastelredhat
VMware is introducing new platforms to better support cloud-native applications, including containers. The Photon Platform is a lightweight, API-driven control plane optimized for massive scale container deployments. It includes Photon OS, a lightweight Linux distribution for containers. vSphere Integrated Containers allows running containers alongside VMs on vSphere infrastructure for a unified hybrid approach. Both aim to provide the portability and agility of containers while leveraging VMware's management capabilities.
Microservices - Death of the Enterprise Service Bus (ESB)? (Update 2016)Kai Wähner
Microservices are the next step after SOA: Services implement a limited set of functions. Services are developed, deployed and scaled independently.
Continuous Integration and Continuous Delivery control deployments. This way you get shorter time to results and increased flexibility. Microservices have to be independent regarding build, deployment, data management and business domains. A solid Microservices design requires single responsibility, loose coupling and a decentralized architecture. A Microservice can to be closed or open to partners and public via APIs. This session discusses the requirements, best practices and challenges for creating a good Microservices architecture, and if this spells the end of the Enterprise Service Bus (ESB). A live demo will show how middleware and Microservices complement each other using containers, continuous integration, REST services, and open source frameworks such as Cloud Foundry.
A live demo showed a "Microservices Middleware Architecture" using Cloud Integration (with Cloud Foundry PaaS), Integration and Services (with TIBCO BusinessWorks Container Edition), API Management / Open API (with Mashery) amd Log Management / IT Operations Analytics (ITOA, with Papertrail and LogLogic / Unity).
IBM Think 2020 Openshift on IBM Z and LinuxONEFilipe Miranda
IBM Think 2020 - Openshift on IBM Z and LinuxONE
#mainframe #openshift #kubernetes #modernization #ibm #devops #openshift4 #redhatopenshift #redhat #ibmz #linuxone #ibmer
The document discusses microservice architecture, including concepts, benefits, principles, and challenges. Microservices are an architectural style that structures an application as a collection of small, independent services that communicate with each other, often using RESTful API's. The approach aims to overcome limitations of monolithic architectures like scalability and allow for independent deployments. The key principles include organizing services around business domains, automating processes, and designing services to be independently deployable.
10 Crucial Steps to Ensuring Performance of TIBCO BusinessWorksSL Corporation
Learn 10 crucial steps to ensuring TIBCO BusinessWorks performance and discover how you can quickly diagnose and resolve issues relating to your BW implementation.
From a monolith to microservices + REST: The evolution of LinkedIn's architec...Karan Parikh
This is the story of LinkedIn's journey from a monolithic web application to a microservice based architecture, some of the challenges they faced along the way, and the tools they built to make this transition possible, including the Rest.li and Deco frameworks.
A proper Microservice is designed for fast failure.
Like other architectural style, microservices bring costs and benefits. Some development teams have found microservices architectural style to be a superior approach to a monolithic architecture. Other teams have found them to be a productivity-sapping burden.
This material start with the basic what and why microservice, follow with the Felix example and the the successful strategies to develop microservice application.
This presentation gives a broad overview of the microservice architectural style. It highlights the difference between microservices and SOA, the challenges and pattern and popular tools to implement an microservice architecture
Continuous Delivery on IBM Bluemix: Manage Cloud Native Services with Cloud N...Michael Elder
Development teams want to move quickly. Operations teams want to move forward with effective risk management. How do you balance these concerns? With IBM Continuous Delivery for Bluemix, developers are empowered to deliver changes at cloud speed, while release managers can establish policies that ensure compliance with standards. Promotions can be automated all the way to production while enforcing team policies around test coverage and automated test success. And of course, environment inventories are always just a click away. In this talk, you’ll learn how to enable your enterprise teams to deliver like a startup, without violating corporate regulations like separation of duties.
Cics ts v5.4 continuous delivery and v5.5 what's newMark Cocker
CICS Transaction Server is an unparalleled mixed language application server – grand words but what is the underlying capability that is delivering this value? Come to this session and learn how you can realize performance improvements, utilize the WebSphere Liberty Server, extend CICS applications to mobile devices, run more in less regions and so much more. With regular quarterly continuous delivery drops, you will be disappointed if you miss this overview of what's new in CICS.
3298 microservices and how they relate to esb api and messaging - inter con...Kim Clark
Microservices relate to application architecture and involve breaking applications into small, independent components with well-defined interfaces. APIs are not the same as microservices - APIs are an interface while microservices refer to the granularity of application components. When building microservice applications, API management is important to handle concerns such as routing, security and analytics without overburdening individual microservice components. Inter-microservice communication uses lightweight protocols and messaging while external communication involves managed API gateways and protocols. The document discusses challenges of microservices and trends in tools like IBM API Connect and Message Hub that help address these challenges.
Agile integration architecture in relation to APIs and messagingKim Clark
This document discusses agile integration architecture from three perspectives: application integration, APIs, and messaging. It outlines how traditional centralized integration approaches are moving to more decentralized models with fine-grained deployments, application autonomy, and cloud-native implementations. APIs are shifting from system-centric to consumer-centric exposure, while messaging is evolving from self-managed to platform-managed infrastructure. Microservices require both asynchronous communications via events and synchronous APIs to fully decouple components. Agile integration architecture enables independent, scalable, and resilient digital applications and services.
How to Scale Operations for a Multi-Cloud Platform using PCFVMware Tanzu
What’s in a cloud platform? Turns out, often several clouds! Companies automate operations in a cloud by treating all components as commodities. However, at enterprise- scale, different business requirements dictate deploying multiple clouds including:
- Hybrid infrastructures and multiple cloud providers
- Compliance with country privacy laws and different security standards
- Specialization requests
The most advanced Pivotal Cloud Foundry (PCF) customers engineer their entire cloud platform, including their multitude of PCF instances, as a product. They create pervasive automation, treat their infrastructure as code, and continuously test and update their platform with delivery pipelines.
In this webinar we’ll discuss how companies are scaling operations of their multi-cloud platforms with Pivotal Cloud Foundry.
We’ll cover:
- Why enterprises deploy multiple clouds
- What operational challenges this causes
- How PCF customers are applying DevOps techniques and tools to platform automation
- An idealized tool stack for a engineering a multi-cloud platform at scale
- How to improve your platform engineering
We thank you in advance for joining us.
The Pivotal Team
Presenter : Greg Chase, James Ma, Caleb Washburn, Pivotal
IBM Blue Box is a private cloud as a service offering that provides a dedicated, scalable OpenStack cloud infrastructure either hosted in IBM data centers (Blue Box Dedicated) or on a customer's own premises (Blue Box Local). Key benefits include fully managed infrastructure, high availability, security, and flexibility to scale compute, storage, and networking resources as needed. IBM provides expertise in deploying and managing the OpenStack environment so customers can focus on applications.
Microservices Architectures: Become a Unicorn like Netflix, Twitter and Hailogjuljo
Full day workshop about Microservices Architectures, from the basis to advanced topics like Service Discovery, Load Balancing, Fault Tolerance and Centralized Logging.
Many technologies are involved, like Spring Cloud Netflix, Docker, Cloud Foundry and ELK.
A separate deck describes all the lab exercises.
Agile Integration Architecture: A Containerized and Decentralized Approach to...Kim Clark
Microservices principles are revolutionizing the way applications are built, by enabling a more decoupled and decentralized approach to implementation, creating greater agility, scalability and resilience. These applications still need to be connected to one another, and to existing systems of record. Agile integration architecture brings the benefits of cloud-ready containerization to the integration space. It provides the opportunity to move from the heavily centralized ESB pattern to integration within more empowered and autonomous application teams. We look at the architectural differences in this approach compared to traditional integration, and also at how it enables more decentralized organizational structure better suited to digital transformation. You can read a more detailed paper on this approach at http://ibm.biz/AgileIntegArchPaper. This presentation was recorded for Integration Developer News (http://www.idevnews.com/) and is available here: http://ibm.biz/AgileIntegArchWebinar
DevOps For Everyone: Bringing DevOps Success to Every App and Every Role in y...Siva Rama Krishna Chunduru
Understand DevOps and it's fitment to various types of applications.
Understand various Organization Roles after Org-restructure.
Understand the way to measure the success.
FORUM PA 2015 - Microservices with IBM Bluemixgjuljo
This document discusses Bluemix, microservices, and a demo. Bluemix is IBM's cloud platform for building, running, and managing applications using open standards. It discusses how microservices applications are built using independent, self-contained services that communicate over well-defined interfaces. This allows for cross-functional teams and independent scaling of services. The demo then shows a microservices application deployed to Bluemix using Docker containers, MongoDB, and other technologies.
Making the Switch to Bare Metal and Open NetworkingCumulus Networks
By decoupling the hardware and software and disaggregating the networking solution value chain, switch hardware vendors have the ability to separately compete and innovate in hardware and software solutions. Meaning, the network is no longer restricted by legacy solutions or cross-vendor compatibility. Watch the on-demand webinar here: http://go.cumulusnetworks.com/bare-metal
VMware is introducing new platforms to better support cloud-native applications, including containers. The Photon Platform is a lightweight, API-driven control plane optimized for massive scale container deployments. It includes Photon OS, a lightweight Linux distribution for containers. vSphere Integrated Containers allows running containers alongside VMs on vSphere infrastructure for a unified hybrid approach. Both aim to provide the portability and agility of containers while leveraging VMware's management capabilities.
Microservices - Death of the Enterprise Service Bus (ESB)? (Update 2016)Kai Wähner
Microservices are the next step after SOA: Services implement a limited set of functions. Services are developed, deployed and scaled independently.
Continuous Integration and Continuous Delivery control deployments. This way you get shorter time to results and increased flexibility. Microservices have to be independent regarding build, deployment, data management and business domains. A solid Microservices design requires single responsibility, loose coupling and a decentralized architecture. A Microservice can to be closed or open to partners and public via APIs. This session discusses the requirements, best practices and challenges for creating a good Microservices architecture, and if this spells the end of the Enterprise Service Bus (ESB). A live demo will show how middleware and Microservices complement each other using containers, continuous integration, REST services, and open source frameworks such as Cloud Foundry.
A live demo showed a "Microservices Middleware Architecture" using Cloud Integration (with Cloud Foundry PaaS), Integration and Services (with TIBCO BusinessWorks Container Edition), API Management / Open API (with Mashery) amd Log Management / IT Operations Analytics (ITOA, with Papertrail and LogLogic / Unity).
IBM Think 2020 Openshift on IBM Z and LinuxONEFilipe Miranda
IBM Think 2020 - Openshift on IBM Z and LinuxONE
#mainframe #openshift #kubernetes #modernization #ibm #devops #openshift4 #redhatopenshift #redhat #ibmz #linuxone #ibmer
The document discusses microservice architecture, including concepts, benefits, principles, and challenges. Microservices are an architectural style that structures an application as a collection of small, independent services that communicate with each other, often using RESTful API's. The approach aims to overcome limitations of monolithic architectures like scalability and allow for independent deployments. The key principles include organizing services around business domains, automating processes, and designing services to be independently deployable.
10 Crucial Steps to Ensuring Performance of TIBCO BusinessWorksSL Corporation
Learn 10 crucial steps to ensuring TIBCO BusinessWorks performance and discover how you can quickly diagnose and resolve issues relating to your BW implementation.
From a monolith to microservices + REST: The evolution of LinkedIn's architec...Karan Parikh
This is the story of LinkedIn's journey from a monolithic web application to a microservice based architecture, some of the challenges they faced along the way, and the tools they built to make this transition possible, including the Rest.li and Deco frameworks.
A proper Microservice is designed for fast failure.
Like other architectural style, microservices bring costs and benefits. Some development teams have found microservices architectural style to be a superior approach to a monolithic architecture. Other teams have found them to be a productivity-sapping burden.
This material start with the basic what and why microservice, follow with the Felix example and the the successful strategies to develop microservice application.
This presentation gives a broad overview of the microservice architectural style. It highlights the difference between microservices and SOA, the challenges and pattern and popular tools to implement an microservice architecture
Continuous Delivery on IBM Bluemix: Manage Cloud Native Services with Cloud N...Michael Elder
Development teams want to move quickly. Operations teams want to move forward with effective risk management. How do you balance these concerns? With IBM Continuous Delivery for Bluemix, developers are empowered to deliver changes at cloud speed, while release managers can establish policies that ensure compliance with standards. Promotions can be automated all the way to production while enforcing team policies around test coverage and automated test success. And of course, environment inventories are always just a click away. In this talk, you’ll learn how to enable your enterprise teams to deliver like a startup, without violating corporate regulations like separation of duties.
Cics ts v5.4 continuous delivery and v5.5 what's newMark Cocker
CICS Transaction Server is an unparalleled mixed language application server – grand words but what is the underlying capability that is delivering this value? Come to this session and learn how you can realize performance improvements, utilize the WebSphere Liberty Server, extend CICS applications to mobile devices, run more in less regions and so much more. With regular quarterly continuous delivery drops, you will be disappointed if you miss this overview of what's new in CICS.
3298 microservices and how they relate to esb api and messaging - inter con...Kim Clark
Microservices relate to application architecture and involve breaking applications into small, independent components with well-defined interfaces. APIs are not the same as microservices - APIs are an interface while microservices refer to the granularity of application components. When building microservice applications, API management is important to handle concerns such as routing, security and analytics without overburdening individual microservice components. Inter-microservice communication uses lightweight protocols and messaging while external communication involves managed API gateways and protocols. The document discusses challenges of microservices and trends in tools like IBM API Connect and Message Hub that help address these challenges.
Agile integration architecture in relation to APIs and messagingKim Clark
This document discusses agile integration architecture from three perspectives: application integration, APIs, and messaging. It outlines how traditional centralized integration approaches are moving to more decentralized models with fine-grained deployments, application autonomy, and cloud-native implementations. APIs are shifting from system-centric to consumer-centric exposure, while messaging is evolving from self-managed to platform-managed infrastructure. Microservices require both asynchronous communications via events and synchronous APIs to fully decouple components. Agile integration architecture enables independent, scalable, and resilient digital applications and services.
How to Scale Operations for a Multi-Cloud Platform using PCFVMware Tanzu
What’s in a cloud platform? Turns out, often several clouds! Companies automate operations in a cloud by treating all components as commodities. However, at enterprise- scale, different business requirements dictate deploying multiple clouds including:
- Hybrid infrastructures and multiple cloud providers
- Compliance with country privacy laws and different security standards
- Specialization requests
The most advanced Pivotal Cloud Foundry (PCF) customers engineer their entire cloud platform, including their multitude of PCF instances, as a product. They create pervasive automation, treat their infrastructure as code, and continuously test and update their platform with delivery pipelines.
In this webinar we’ll discuss how companies are scaling operations of their multi-cloud platforms with Pivotal Cloud Foundry.
We’ll cover:
- Why enterprises deploy multiple clouds
- What operational challenges this causes
- How PCF customers are applying DevOps techniques and tools to platform automation
- An idealized tool stack for a engineering a multi-cloud platform at scale
- How to improve your platform engineering
We thank you in advance for joining us.
The Pivotal Team
Presenter : Greg Chase, James Ma, Caleb Washburn, Pivotal
IBM Blue Box is a private cloud as a service offering that provides a dedicated, scalable OpenStack cloud infrastructure either hosted in IBM data centers (Blue Box Dedicated) or on a customer's own premises (Blue Box Local). Key benefits include fully managed infrastructure, high availability, security, and flexibility to scale compute, storage, and networking resources as needed. IBM provides expertise in deploying and managing the OpenStack environment so customers can focus on applications.
Microservices Architectures: Become a Unicorn like Netflix, Twitter and Hailogjuljo
Full day workshop about Microservices Architectures, from the basis to advanced topics like Service Discovery, Load Balancing, Fault Tolerance and Centralized Logging.
Many technologies are involved, like Spring Cloud Netflix, Docker, Cloud Foundry and ELK.
A separate deck describes all the lab exercises.
Agile Integration Architecture: A Containerized and Decentralized Approach to...Kim Clark
Microservices principles are revolutionizing the way applications are built, by enabling a more decoupled and decentralized approach to implementation, creating greater agility, scalability and resilience. These applications still need to be connected to one another, and to existing systems of record. Agile integration architecture brings the benefits of cloud-ready containerization to the integration space. It provides the opportunity to move from the heavily centralized ESB pattern to integration within more empowered and autonomous application teams. We look at the architectural differences in this approach compared to traditional integration, and also at how it enables more decentralized organizational structure better suited to digital transformation. You can read a more detailed paper on this approach at http://ibm.biz/AgileIntegArchPaper. This presentation was recorded for Integration Developer News (http://www.idevnews.com/) and is available here: http://ibm.biz/AgileIntegArchWebinar
DevOps For Everyone: Bringing DevOps Success to Every App and Every Role in y...Siva Rama Krishna Chunduru
Understand DevOps and it's fitment to various types of applications.
Understand various Organization Roles after Org-restructure.
Understand the way to measure the success.
FORUM PA 2015 - Microservices with IBM Bluemixgjuljo
This document discusses Bluemix, microservices, and a demo. Bluemix is IBM's cloud platform for building, running, and managing applications using open standards. It discusses how microservices applications are built using independent, self-contained services that communicate over well-defined interfaces. This allows for cross-functional teams and independent scaling of services. The demo then shows a microservices application deployed to Bluemix using Docker containers, MongoDB, and other technologies.
Making the Switch to Bare Metal and Open NetworkingCumulus Networks
By decoupling the hardware and software and disaggregating the networking solution value chain, switch hardware vendors have the ability to separately compete and innovate in hardware and software solutions. Meaning, the network is no longer restricted by legacy solutions or cross-vendor compatibility. Watch the on-demand webinar here: http://go.cumulusnetworks.com/bare-metal
Microservices involve breaking up monolithic applications into smaller, independent services that work together. This allows for increased efficiency through scaling individual services as needed, easier updates by updating smaller code bases, and improved stability if one service fails. Containers are well-suited for microservices due to their lightweight nature and ability to easily move workloads.
NUBOMEDIA: an elastic Platform as a Service (PaaS) cloud for interactive soci...Luis Lopez
NUBOMEDIA is an elastic PaaS cloud platform that aims to simplify the development of interactive multimedia applications. It provides a rich toolbox of elements for multimedia, computer vision, augmented reality and other capabilities that can be connected by developers to create applications without needing extensive technical expertise. The platform is open source and its architecture includes development APIs, a client framework, and a server platform to deploy and scale applications in the cloud.
The document provides an overview of modern cloud architecture. It discusses key cloud concepts like Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). It also covers architectural considerations for cloud applications like multi-tenancy, load balancing, scaling, security, monitoring, and metering. Microservices architecture and containerization are introduced as approaches for building applications for the cloud. Data-intensive architectures like lambda architecture are also summarized.
DockerCon EU 2015: The Missing Piece: when Docker networking unleashing soft ...Docker, Inc.
Presented by Adrien Blind, DevOps Coach, Socîeté Générale and Laurent Grangeau, Solutions Architect, Finaxys
Docker now provides several building blocks, combining engine, clustering, and componentization, while the new networking and service features enable many new usecases such as multi-tenancy.
In this session, you will first discover the new experimental networking and service features expected soon, and then drift rapidly to software architecture, explaining how a complete Docker stack unleashes microservices paradigms.
Oracle Cloud Day(IaaS, PaaS,SaaS) - AIOUG Hyd Chapteraioughydchapter
The document provides information about the Oracle User Group AIOUG, including its mission, vision, board of directors, and growth in 2016. It summarizes AIOUG's activities in 2016, including 40 total events held across various chapters in India. It also provides details about an upcoming Oracle Cloud Day event in Hyderabad in February 2017.
Docker networking basics & coupling with Software Defined NetworksAdrien Blind
This presentation reminds Docker networking, exposes Software Defined Network basic paradigms, and then proposes a mixed-up implementation taking benefits of a coupled use of these two technologies. Implementation model proposed could be a good starting point to create multi-tenant PaaS platforms.
As a bonus, OpenStack Neutron internal design is presented.
You can also have a look on our previous presentation related to enterprise patterns for Docker:
http://fr.slideshare.net/ArnaudMAZIN/docker-meetup-paris-enterprise-docker
Edge 2016 SCL-2484: a software defined scalable and flexible container manage...Yong Feng
The material for IBM Edge 2016 session for Spectrum Container Management Solution.
https://www-01.ibm.com/events/global/edge/sessions/.
Please refer to http://ibm.biz/ConductorForContainers for more details about Spectrum Conductor for Containers.
Please refer to https://www.youtube.com/watch?v=7YMjP6EypqA and https://www.youtube.com/watch?v=d9oVPU3rwhE for the demo of Spectrum Conductor for Containers.
This document defines cloud computing and its service models of infrastructure as a service (IaaS), platform as a service (PaaS), and software as a service (SaaS). It discusses key characteristics of cloud computing including on-demand self-service, broad network access, resource pooling, and rapid elasticity. Example vendors for each service model and benefits of cloud computing are also summarized. Contact information is provided for further information.
Using Docker for GPU Accelerated ApplicationsNVIDIA
Build and run Docker containers leveraging NVIDIA GPUs. Containerizing GPU applications provides several benefits, among them:
* Reproducible builds
* Ease of deployment
* Isolation of individual devices
* Run across heterogeneous driver/toolkit environments
* Requires only the NVIDIA driver to be installed
* Enables "fire and forget" GPU applications
* Facilitate collaboration
KVM and docker LXC Benchmarking with OpenStackBoden Russell
Passive benchmarking with docker LXC and KVM using OpenStack hosted in SoftLayer. These results provide initial incite as to why LXC as a technology choice offers benefits over traditional VMs and seek to provide answers as to the typical initial LXC question -- "why would I consider Linux Containers over VMs" from a performance perspective.
Results here provide insight as to:
- Cloudy ops times (start, stop, reboot) using OpenStack.
- Guest micro benchmark performance (I/O, network, memory, CPU).
- Guest micro benchmark performance of MySQL; OLTP read, read / write complex and indexed insertion.
- Compute node resource consumption; VM / Container density factors.
- Lessons learned during benchmarking.
The tests here were performed using OpenStack Rally to drive the OpenStack cloudy tests and various other linux tools to test the guest performance on a "micro level". The nova docker virt driver was used in the Cloud scenario to realize VMs as docker LXC containers and compared to the nova virt driver for libvirt KVM.
Please read the disclaimers in the presentation as this is only intended to be the "chip of the ice burg".
DockerCon - The missing piece : when Docker networking unleashes software arc...Laurent Grangeau
This document discusses how Docker networking and volumes features have enabled new application architectures. Docker now provides building blocks for compute, storage, transport and topology that allow applications to be designed as interconnected objects. This represents a shift to an object-oriented infrastructure model. The document also discusses how application networking and security paradigms must shift accordingly, with security becoming an application concern and networks designed around application topologies rather than physical infrastructure. A demo application is presented using Docker features to implement a microservices architecture with resilience, scalability and isolation between tiers.
C4_Architecture_Diagrams_CE_Karunagappally.pptxDileep Kumar K
The document discusses the C4 model for software architectural diagrams. The C4 model uses four levels of abstraction - context, containers, components, and code - to describe a software system. The context diagram shows system interactions at a high level. The container diagram shows the technology framework and responsibilities. The component diagram shows structural blocks within a container. The code diagram shows component implementation through class diagrams. The C4 model provides an architecture foundation and aids communication and documentation.
A Practical Introduction To Hardware Software CodesignFelicia Clark
This document provides a preface to the book "A Practical Introduction to Hardware/Software Codesign" by Patrick R. Schaumont. It summarizes the book's organization, intended audience, and changes made for the second edition. The book introduces hardware/software codesign and provides examples to illustrate design methods and modeling languages. It emphasizes hands-on experiments using the GEZEL modeling language and processor simulation.
Software Archtecture.
Software design is a process to transform user requirements into some suitable form, which helps the programmer in software coding and implementation.
Software design is the important step in SDLC (Software Design Life Cycle), which moves the concentration from problem domain to solution domain. It tries to specify how to fulfill the requirements mentioned in SRS.
Software design plays an important role in developing software: during software design, software engineers produce various models that form a kind of blueprint of the solution to be implemented
This document discusses different approaches to designing software architectures, including methods, creativity, and developing judgment. It outlines an engineering design process and potential problems that can arise. Alternative design strategies like cyclic, parallel, adaptive, and incremental processes are presented. Key concepts of abstraction, separation of concerns, and leveraging experience are emphasized as fundamental design tools. The document also introduces domain-specific software architectures, architectural patterns, and architectural styles as ways to apply lessons learned from prior work. Specific patterns like model-view-controller and sense-compute-control are described, along with an example application to a lunar lander game.
The document discusses the need for software teams to establish firm foundations for their projects through initial architectural design. It advocates doing just enough upfront design to understand significant structural elements and create a shared vision, context and initial container/component model, rather than detailed blueprints. This approach balances the need for initial structure with ongoing agility. Risks should also be identified and mitigated through techniques like risk-storming and concrete experiments.
This document provides an overview of key aspects of software design, including data design, architectural design, modular design, and human-computer interface design. It discusses how software design develops blueprints to translate user requirements into implementable programs through various models and refinements. Quality is built into software during the design phase by devoting sufficient time to create a systematic, hierarchical design with modular and loosely coupled components. Data design identifies and structures application data, while architectural design defines the overall organization and relationships between program modules. Modular design divides software into independent, named modules to facilitate maintenance and parallel development.
The document provides an overview of an introduction to software engineering course. It discusses the course objectives which are to learn about difficulties in software development, different software processes, designing high-quality software, and advanced software engineering methods. The course contents are then listed, covering topics like requirements engineering, software design, testing, and project management. It also discusses the software crisis and reasons for poor project outcomes like misunderstanding software as just programming and lack of engineering practices.
IT 700 Final Project Guidelines and RubricOverviewAs the fin.docxADDY50
IT 700 Final Project Guidelines and Rubric
Overview
As the final stop in your journey toward your Master of Science in Information Technology, you will complete a capstone project that integrates the knowledge and skills you have developed in previous coursework and over the duration of the term by working to solve an information technology problem. To do this, you will develop a project proposal that identifies the problem you plan to solve. You will then design your solution and report on the implementation of your solution. You will also reflect on your project and your journey through the Information Technology (IT) program as well as how you plan to position yourself professionally.
Evaluation of Capstone
This capstone will be assessed somewhat differently than other courses you have taken online at SNHU. There are three separate components which will be submitted at different times during the course; however, they all operate together to comprise the whole capstone experience and
are not
assessed separately. You will be evaluated on all three as a unit in determining whether you have demonstrated proficiency in each outcome. Your work is expected to meet the highest professional standards.
This assessment will evaluate your mastery with respect to the following outcomes:
·
Develop innovative and agile, computer-based solutions to business problems through a systems analysis approach and technology integration and application
·
Design a plan for implementing and monitoring solutions that incorporate core information technologies, concepts, and methods appropriate for secure information use across an enterprise
·
Collaborate and communicate effectively in a variety of environments through situational awareness and audience analysis
·
Develop an implementation plan for systematic information risk assessment for change management plans and processes within enterprise business and information technology environments
·
Using computational logic and critical analysis, construct ethically sound, technology-informed procedures to ensure legal compliance and maintain security within enterprise information technology environments
Prompt
To simulate a real work environment, your capstone project will progress from developing a project proposal, to reporting on the design and creation of a project solution, to reflecting on the capstone experience. As you can see, writing is an important part of this capstone experience. IT professionals are not typically known for being great writers; however, successful IT professionals employ quality communication skills. The proposal, report, and reflection are opportunities for you to exhibit your superior written communication skills.
Working individually and with feedback from peers and your instructor, you will analyze a real-world problem that can be solved with information technology. The problem needs to have significance to your chosen discipline (database design, software progra ...
The document discusses the importance of software documentation and provides guidelines for an effective software guidebook. It recommends that a software guidebook include sections on context, functional overview, quality attributes, constraints, principles, software architecture, external interfaces, code, data, and infrastructure architecture. The guidebook should provide concise, clear explanations to help new developers understand the overall structure and design of the software without being overly detailed. Maintaining up-to-date yet concise documentation is important for onboarding new team members and communicating design decisions.
How to Decide Technology Stack for Your Next Software Development Project?Polyxer Systems
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Generation of Automatic Code using Design PatternsIRJET Journal
This document describes a tool that automatically generates code for implementing design patterns. The tool takes in basic application information from the user, such as class names, and generates all the code prescribed by the design pattern. It also incorporates an online version of the book "Design Patterns" to provide integrated reference documentation during the development process. The goal is to streamline the process of implementing design patterns by automating the lower-level coding tasks.
This document summarizes a presentation by Dr. S. Ducasse on dedicated tools and research for software business intelligence at Tisoca 2014. It discusses:
- The need for dedicated tools tailored to specific problems to aid in maintenance, decision making, and reducing costs.
- The Moose technology for building custom analysis tools through its language-independent meta-model and ability to import different data sources.
- Examples of how analysis tools built with Moose have helped companies with challenges like migration, reverse engineering, and decision support.
- The benefits of an inventive toolkit approach that allows building multi-level dashboards, code analyzers, impact analyzers, and other custom tools to address specific
This document provides a learning module on dynamic computer applications and interactive graphics for grade 7 science class. It contains 7 lessons that cover topics such as fundamentals of dynamic computer applications, personal entrepreneurial competencies, occupational health and safety procedures, computer operations and internet navigation, and digital imaging and interactive designing. Each lesson includes learning outcomes, performance standards, materials, definitions, activities to assess student knowledge, and references. The document is intended to help students understand processes of product design and development using computers as a design tool.
This document provides an overview of a course on software design and architecture. The course aims to introduce principles of good software design and architectural techniques. It covers topics like software design processes, architectural styles, object-oriented design, design patterns, and component-based design. The course is divided into two modules - the first covers software architecture and styles, and the second focuses on detailed design using object-oriented principles and design patterns.
The document discusses various approaches to designing software architectures and systems. It covers the standard engineering design process, potential problems that can arise, and alternative design strategies like cyclic, parallel, adaptive, and incremental processes. It also discusses tools for design like abstraction, separation of concerns, and applying experience. Architectural patterns, styles, and domain-specific software architectures are introduced as ways to apply lessons learned to new designs.
1. Information architecture is the organization, labeling, and navigation of information on websites, intranets, and software to support users and business goals.
2. The TOGAF framework provides a standard process for developing an enterprise architecture, including information architecture. It includes the Architecture Development Method (ADM) and models for technical and information infrastructure.
3. Applying information architecture and frameworks like TOGAF can help businesses reduce costs, increase customer satisfaction and support innovation by providing a systematic approach to organizing online information.
How to Choose the Right Tech Stack for Your Development Project?VlinkInfo
VLink’s dedicated developers can help you analyze, assess, choose, and execute your project’s best possible tech stack, putting you on the path to a successful software product launch.
Guiding Software Developer To "Heaven" Through "Darkness"Freddy Munandar
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Transaction is the most crucial feature for data integrity
Control the application flow when transaction is throw an exception (i.e. Showing friendly message)
Secure Test Infrastructure: The Backbone of Trustworthy Software DevelopmentShubham Joshi
A secure test infrastructure ensures that the testing process doesn’t become a gateway for vulnerabilities. By protecting test environments, data, and access points, organizations can confidently develop and deploy software without compromising user privacy or system integrity.
TestMigrationsInPy: A Dataset of Test Migrations from Unittest to Pytest (MSR...Andre Hora
Unittest and pytest are the most popular testing frameworks in Python. Overall, pytest provides some advantages, including simpler assertion, reuse of fixtures, and interoperability. Due to such benefits, multiple projects in the Python ecosystem have migrated from unittest to pytest. To facilitate the migration, pytest can also run unittest tests, thus, the migration can happen gradually over time. However, the migration can be timeconsuming and take a long time to conclude. In this context, projects would benefit from automated solutions to support the migration process. In this paper, we propose TestMigrationsInPy, a dataset of test migrations from unittest to pytest. TestMigrationsInPy contains 923 real-world migrations performed by developers. Future research proposing novel solutions to migrate frameworks in Python can rely on TestMigrationsInPy as a ground truth. Moreover, as TestMigrationsInPy includes information about the migration type (e.g., changes in assertions or fixtures), our dataset enables novel solutions to be verified effectively, for instance, from simpler assertion migrations to more complex fixture migrations. TestMigrationsInPy is publicly available at: https://github.com/altinoalvesjunior/TestMigrationsInPy.
Proactive Vulnerability Detection in Source Code Using Graph Neural Networks:...Ranjan Baisak
As software complexity grows, traditional static analysis tools struggle to detect vulnerabilities with both precision and context—often triggering high false positive rates and developer fatigue. This article explores how Graph Neural Networks (GNNs), when applied to source code representations like Abstract Syntax Trees (ASTs), Control Flow Graphs (CFGs), and Data Flow Graphs (DFGs), can revolutionize vulnerability detection. We break down how GNNs model code semantics more effectively than flat token sequences, and how techniques like attention mechanisms, hybrid graph construction, and feedback loops significantly reduce false positives. With insights from real-world datasets and recent research, this guide shows how to build more reliable, proactive, and interpretable vulnerability detection systems using GNNs.
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Avast Premium Security is a paid subscription service that provides comprehensive online security and privacy protection for multiple devices. It includes features like antivirus, firewall, ransomware protection, and website scanning, all designed to safeguard against a wide range of online threats, according to Avast.
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Join Ajay Sarpal and Miray Vu to learn about key Marketo Engage enhancements. Discover improved in-app Salesforce CRM connector statistics for easy monitoring of sync health and throughput. Explore new Salesforce CRM Synch Dashboards providing up-to-date insights into weekly activity usage, thresholds, and limits with drill-down capabilities. Learn about proactive notifications for both Salesforce CRM sync and product usage overages. Get an update on improved Salesforce CRM synch scale and reliability coming in Q2 2025.
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Exceptional Behaviors: How Frequently Are They Tested? (AST 2025)Andre Hora
Exceptions allow developers to handle error cases expected to occur infrequently. Ideally, good test suites should test both normal and exceptional behaviors to catch more bugs and avoid regressions. While current research analyzes exceptions that propagate to tests, it does not explore other exceptions that do not reach the tests. In this paper, we provide an empirical study to explore how frequently exceptional behaviors are tested in real-world systems. We consider both exceptions that propagate to tests and the ones that do not reach the tests. For this purpose, we run an instrumented version of test suites, monitor their execution, and collect information about the exceptions raised at runtime. We analyze the test suites of 25 Python systems, covering 5,372 executed methods, 17.9M calls, and 1.4M raised exceptions. We find that 21.4% of the executed methods do raise exceptions at runtime. In methods that raise exceptions, on the median, 1 in 10 calls exercise exceptional behaviors. Close to 80% of the methods that raise exceptions do so infrequently, but about 20% raise exceptions more frequently. Finally, we provide implications for researchers and practitioners. We suggest developing novel tools to support exercising exceptional behaviors and refactoring expensive try/except blocks. We also call attention to the fact that exception-raising behaviors are not necessarily “abnormal” or rare.
🌱 Green Grafana 🌱 Essentials_ Data, Visualizations and Plugins.pdfImma Valls Bernaus
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Cryptocurrency Exchange Script like Binance.pptxriyageorge2024
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What Do Contribution Guidelines Say About Software Testing? (MSR 2025)Andre Hora
Software testing plays a crucial role in the contribution process of open-source projects. For example, contributions introducing new features are expected to include tests, and contributions with tests are more likely to be accepted. Although most real-world projects require contributors to write tests, the specific testing practices communicated to contributors remain unclear. In this paper, we present an empirical study to understand better how software testing is approached in contribution guidelines. We analyze the guidelines of 200 Python and JavaScript open-source software projects. We find that 78% of the projects include some form of test documentation for contributors. Test documentation is located in multiple sources, including CONTRIBUTING files (58%), external documentation (24%), and README files (8%). Furthermore, test documentation commonly explains how to run tests (83.5%), but less often provides guidance on how to write tests (37%). It frequently covers unit tests (71%), but rarely addresses integration (20.5%) and end-to-end tests (15.5%). Other key testing aspects are also less frequently discussed: test coverage (25.5%) and mocking (9.5%). We conclude by discussing implications and future research.
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2. About Me
I'm an active member of IASA Global - An Association
for All IT Architects and MAPA – Microsoft Association
of Practicing Architects . I'm also Certified Microsoft
MCPD for ASP.NET.
Technology research is my favorite things especially in
Software Development. I love transforming the
research result by creating software that can make job
or activity more faster to finish, more accurate and
more fun.
Ongoing open source project www.aspknife.net
2
5. Technical Knowledge
Stuff you know
Stuff you have to maintain
Stuff you know
You don’t know
Stuff you don’t know
You don’t know
Technical
depth Technical
breadth
Focus here
5
6. Technical Knowledge (continue)
Multiplatform knowledge
Just Advice, better to have multiple knowledge that’s is not
vendor locking. You can integrate the best part of each.
This is part of technical breadth
The more you know, it could be more effective and efficient
to provide architecture solution
6
7. Technical Knowledge (continue)
Increase Technical Breadth
• Read Tech web such as https://techcrunch.com/
http://mashable.com/ http://www.zdnet.com/ etc.
• Going to tech meetup, seminar, event, workshop, conferences
• Read magazine such MSDN magazine, Wired magazine, etc.
• Teaching, coaching, mentoring, sharing
• Follows big company such as Microsoft, Google, Facebook, etc.
• Technology Radars
7
12. Technology Radar
• A living document to assess the risks and rewards of existing
and nascent technologies.
• Personal radar, to help guide career decisions
• Enterprise radar, for employer, to help restore sanity to
purchasing decisions and technology direction
12
16. Imagine if we can zoom in and
zoom out our code from low-
level to high-level overview.
It would be nice, right?
16
17. Diagram as a communication tool and
navigation
17
Introduce
C4 Model
The "C4 model" is a simple hierarchical way to think about the
static structures of a software system in terms
of containers, components and classes (or code).
18. 18
A software system is made up of one or more containers,
each of which contains one or more components,
which in turn are implemented by one or more classes.
19. System context diagram
Level 1
19
The focus should be on people (actors, roles, personas, etc) and
software systems rather than technologies, protocols and other low-
level details.
It's the sort of diagram that you could show to non-technical people.
20. Container diagram
Level 2
20
A container diagram shows the high-level
shape of the software architecture and how
responsibilities are distributed across it.
It also shows the major technology choices
and how the containers communicate with
one another.
It's a simple, high-level technology
focussed diagram that is useful for
software developers and
support/operations staff alike
21. Component diagram(s)
Level 3
21
Decompose each container.
The components diagram shows
how a container is divided into
components, what each of those
components are, their
responsibilities and the
technology/implementation
details.
22. Class diagram(s)
Level 4
This is optional, but draw one
or more UML class diagrams if
you want to illustrate specific
component implementation
details.
22
25. For more information
• The Information Technology Architecture Body of Knowledge
(ITABoK) from IASA - http://iasaglobal.org/itabok/
• O’Reilly Software Architecture -
https://www.oreilly.com/topics/software-architecture
• Simon Brown - http://www.codingthearchitecture.com/
• https://www.thoughtworks.com/radar/faq
• http://nealford.com/memeagora/2013/05/28/build_your_own_techno
logy_radar.html
• https://www.structurizr.com/
• https://8thlight.com/blog/uncle-bob/2011/09/30/Screaming-
Architecture.html
25
Editor's Notes
#5: Technical Knowledge first because I want to try bottom top approach
From developer to architect.
Which is developer may interact with many technology which is technical knowledge area
#6: Technical breadth is very important for Software architect
Because its will impact with the architecture solution.
The more we know, we can do pragmatic approach
#13: Sebuah dokumen hidup untuk menilai risiko dan manfaat dari teknologi yang ada dan baru lahir.
radar pribadi, untuk membantu memandu keputusan karir
Perusahaan radar, majikan, untuk membantu mengembalikan kewarasan keputusan pembelian dan arah teknologi