Automated OS and Application deployment using Razor and Puppet

PuppetCamp London 2013 - Automated OS and App deployment using Puppet and Raz...

The document discusses Razor, a tool for automated OS and application deployment using Puppet and Razor. Razor allows for event-driven provisioning of physical and virtual machines. It works by auto-discovering hardware inventory, dynamically selecting OS images based on the inventory, and using a model-based approach to provisioning. Razor has open APIs and a plug-in architecture that integrates with Puppet for full lifecycle management from metal to cloud. The document provides examples of setting up Razor and integrating it with Puppet for automated deployment of Ubuntu images.

PuppetCamp Amsterdam 2013 - Automated OS and App deployment using Puppet and ...

The document discusses using Puppet and Razor together for automated operating system and application deployment. Razor is a provisioning tool that can deploy both operating systems and hypervisors to physical and virtual machines. It uses auto-discovered hardware inventory data and model-based provisioning to select the correct OS image and automate the provisioning process. Puppet can be integrated with Razor through its open APIs and plug-ins to enable full lifecycle management from metal to cloud. The document provides examples of using Puppet to install and configure Razor, define images, models, policies and deploy Ubuntu images.

VMUG Sweden 2013-02-08 - Puppet and Razor

vBrownbag 2013 June 4th - Puppet and Razor - Jonas Rosland

This document discusses infrastructure as code and its benefits. Infrastructure as code refers to managing infrastructure resources like virtual machines, networks, and configuration through code. This allows infrastructure to be treated like code that can be version controlled, tested, and continuously deployed. Some key benefits include faster release times, consistent environments, increased security, structure and automation. Infrastructure as code helps define environments in a human readable way and provisions them consistently from development to production. It also enables immutable infrastructure that extends version control principles to infrastructure management.

SpaceDesk workshop

Joe Chen

This document provides instructions for installing and using Spacedesk, a program that allows you to control multiple devices from a single computer. It recommends using a Windows 10 PC as the main controller connected to an ISP vdsl device and wireless AP supporting 802.11n. Spacedesk software needs to be installed on the controller PC and Spacedesk apps need to be installed on receiver devices like notebooks, phones, and tablets running Windows 7/8/10 or Android. Once installed, the controller PC screen can be seen and controlled from receiver devices over the same network.

DotCMS Bootcamp: Enabling Java in Latency Sensitivie Environments

Azul Systems Inc.

This document summarizes a presentation given by Matt Schuetze of Azul Systems about enabling low latency Java applications. It discusses how traditional garbage collection causes jitter and pauses that are problematic for low latency applications. It presents Azul's Zing JVM as a solution, which uses a fully concurrent compacting garbage collector with no stop-the-world phases. Examples are given showing significant reductions in maximum latency when using Zing compared to other JVMs. The presentation concludes by stating that with solutions like Zing, Java is now viable for low latency applications without workarounds.

Using continuouspipe to speed up our workflows

Samuel ROZE

The document discusses using ContinuousPipe to speed up workflows by deploying Docker containers. It provides a Dockerfile and docker-compose.yml configuration for a PHP/MySQL application. ContinuousPipe is then introduced as a way to deploy the Docker services using a continuous-pipe.yml file to specify the build, services, and deployment to a cluster. The document suggests taking this approach allows for faster feedback by having an environment per feature rather than waiting for staging deployments. A/B testing with users is proposed to directly measure how good a change is.

What's New in AppFuse 2.0

Matt Raible

The 2.0 version of AppFuse is designed to make developing Java web applications with Spring much easier. By using and leveraging Maven 2, users will be able to quickly add/remove dependencies, as well as develop their applications quickly and efficiently from their favorite IDE. This release will includes a move to annotations, JSP 2.0 and Spring 2.0. This presentations covers what's new in AppFuse 2.0, as well as describe experiences migrating from Ant to Maven, Spring 1.x to 2.0, and leveraging annotations for Java development.

Joomla! Day Poland 2012 - Active Security for Joomla! sites

Nicholas Dionysopoulos

This document provides an overview of active security measures for Joomla sites. It discusses establishing strong foundations by ensuring servers have updated software and proper permissions and ownership of files. It also recommends installing security rules and scripts. For site setup, it advises keeping Joomla and extensions updated and carefully considering installed extensions. It also stresses the importance of password length and complexity. Additional steps include using .htaccess rules to lock down sites, installing armor, performing backups, monitoring file changes and logs, and having a plan for if a site becomes hacked. It concludes by providing resources and discount information.

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The Experience of Java on Kubernetes with Microservices from HackFest

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Yoshio Terada is a Senior Cloud Developer Advocate and Java Champion at Microsoft. He has previously worked as a GlassFish Evangelist at Sun Microsystems and Java Evangelist at Oracle Japan. In his presentation, he covers topics like Java basics, Docker basics, his experience with Kubernetes, DevOps, and provides a Java demo. He emphasizes overcoming problems when learning new technologies to help build a better future.

Cloud FoundryではじめるPaaSアプリケーション開発入門講座

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The document demonstrates how Cisco's Sourcefire AMP endpoint protection solution can be easily bypassed through a buffer overflow and in-memory post exploitation activities, while these activities were detected by RSA NetWitness for Endpoints. The test used a Windows 10 machine with active defenses like MS Defender and Firewall as well as Cisco AMP and RSA NWE installed. The attacker was able to run a remote buffer overflow exploit, keylogger, network scans, and commands in an interactive shell without alerts from Cisco AMP or MS Defender but was detected by RSA NWE.

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This document provides information about Codename One, a mobile application development framework that allows writing code once and deploying to multiple platforms. It discusses Codename One's mission to unify mobile development, how it works using build servers and lightweight components, and how to install and use it with NetBeans or Eclipse. Key aspects covered include themes, styles, components, layouts, and the GUI builder tool.

Sviluppo IoT - Un approccio standard da Nerd ad Impresa, prove pratiche di Me...

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Delivering Mobile Apps to the Field with Oracle

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X Means Y

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This document summarizes key points from a presentation on debugging and performance optimization in Android development. It discusses common errors like NetworkOnMainThreadException, StrictMode violations, and skipped frames reported by Choreographer. It also covers issues like memory leaks, OutOfMemoryError, StackOverflowError, and SIGSEGV signals. Troubleshooting tips are provided for each problem along with resources for getting additional help.

Android Demonstration Solution (ADS)

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The document introduces the Android Demonstration Solution (ADS), which allows live streaming of an Android device's screen to a computer for demonstrations to large audiences. ADS uses a C program to capture the device's frame buffer, converts it to a byte array, and transmits it over Wi-Fi. A Java program on the computer decodes the byte array into images using FFmpeg and displays them, providing a live view of the Android device's screen. The goal is to enable effective demonstrations of Android apps to larger audiences without limitations of direct connections or emulators. Future work may include improving speed, enabling webcasting, and building a developer community around ADS.

What is Codename One - Transcript.pdf

ShaiAlmog1

Codename One is a development platform that allows developers to write mobile apps once and deploy them across multiple platforms including iOS, Android, Windows and the web. It uses a lightweight UI approach where most widgets are drawn by Codename One rather than using native widgets. This allows apps to look and behave consistently across platforms. Codename One includes tools like a GUI builder, theme designer and device simulator. It also uses a cloud build system so developers do not need platform-specific machines to build apps, improving accessibility. The platform includes virtual machines that translate Java bytecode to native platforms to enable cross-platform functionality.

Configuration Management and Transforming Legacy Applications in the Enterpri...

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Share the continuity of Société Générale's journey with Docker Enterprise from different points of view, from executives to devops, with CD platform as an enabler. Creating a Dockerfile that runs a container on a developer's laptop is pretty straightforward. But extending that to stacks of containers running on a dozen environments (development, integration, testing, staging, production, etc.) with different configuration and topologies can be a challenge. This talk will cover aspects of our journey to Docker Enterprise: What configuration should go in an image? Where to put different types of configuration? Images, environment variables, entrypoint, ...? How to store assets for building images and configuration for deployment in version control. We will discuss how Société Générale has implemented these, and what we plan next for Docker Enterprise deployment.

Rhomobile 5.5 Release Notes

Konstantin Rybas

RhoMobile Suite v5.5 provides tools to create mobile applications that work across operating systems and devices. It allows developers to build apps once and deploy them to iOS, Android, and Windows Mobile/CE. This release provides support for the latest iOS, Android, and Crosswalk features to improve app performance and capabilities. It also includes fixes for issues with cameras, networking, and building.

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Codename One was created in 2006 by Chen Fishein at Sun Microsystems to address device fragmentation issues with LWUIT. In 2010, Chen and Shai quit Sun Microsystems and formed Codename One to expand the scope of LWUIT. Codename One uses virtual machines and tools to build cross-platform mobile apps with a common API, supports plugins for IDEs, and provides cloud-based builds to abstract differences between devices. It has grown to support over 40,000 developers and 10 releases with JavaScript, UWP, and desktop platforms by 2017.

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Creating the modern data center with yesterday’s tools is not going to cut it. In this session, we will show you how to deploy applications on multiple cloud platforms, manage everything through automation, and tie it all together with modern tools and processes. The result? You create a more fluid and dynamic work environment that creates endless possibilities, like automatically updated inventory of available and used resources, and cloud-native infrastructures and applications, to name a few.

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Gadgeteer is an open-source toolkit that allows building small electronic devices using .NET and Visual Studio. It combines object-oriented programming with solderless assembly of electronics modules and quick construction using CAD. Gadgeteer is an open collaboration between Microsoft, hardware companies, and end users to help software engineers easily create applications for microcontrollers without low-level programming.

Code and Conquer with Globe Labs, October 27, 2012

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EclipseCon 2016 - OCCIware : one Cloud API to rule them all

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This document provides an overview of OCCIware, a project that aims to create a cloud consumer platform using the Open Cloud Computing Interface (OCCI) standard. It discusses the need for such a platform given the fragmented state of existing cloud solutions. OCCIware takes a model-driven engineering approach, using Eclipse modeling tools to generate an OCCI extension, designer, and runtime configuration from a domain model. The document demonstrates using these tools to model a Linked Data application and deploy its configuration to Docker. Upcoming work on OCCIware includes improving existing generators, integrating additional capabilities like simulation, and contributing back to the OCCI standard.

OCCIware Project at EclipseCon France 2016, by Marc Dutoo, Open Wide

OCCIware

Hear hear dev & ops alike - ever got bitten by the fragmentation of the Cloud space at deployment time, By AWS vs Azure, Open Shift vs Heroku ? in a word, ever dreamt of configuring at once your Cloud application along with both its VMs and database ? Well, the extensible Open Cloud Computing Interface (OCCI) REST API (see http://occi-wg.org/) allows just that, by addressing the whole XaaS spectrum. And now, OCCI is getting powerboosted by Eclipse Modeling and formal foundations. Enter Cloud Designer and other outputs of the OCCIware project (See http://www.occiware.org) : multiple visual representations, one per Cloud layer and technology. XaaS Cloud extension model validation, documentation & ops scripting generation. Simulation, decision-making comparison. Connectors that bring those models to life by getting their status from common Cloud services. Runtime middleware, deployed, monitored, adminstrated. And tackling the very interesting challenge of modeling a meta API in EMF's metamodel, while staying true to EMF, Eclipse tools and the OCCI standard. Featuring Eclipse Sirius, Acceleo generators, EMF at runtime. Coming soon to a new Eclipse Foundation project near you, if so you'd like. This talk includes a demonstration of the Docker connector and of how to use Cloud Designer to configure a simple Cloud application's deployment on the Roboconf PaaS system and OpenStack infrastructure.

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The document introduces a test execution automation framework for embedded systems. It discusses issues with testing embedded systems like the need to test integrated with hardware. It proposes solutions like creating a software-in-the-loop (SIL) environment using open source tools to allow testing software earlier. Examples show using the framework with an exterior lighting system, including demonstrations of hardware-in-the-loop and SIL test environments. Benefits are discussed but challenges also noted around cost and maintaining libraries.

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The document discusses optimizing a face recognition model for processing images from multiple IP cameras with low memory usage and fast response times. It proposes using the LBPH face recognition algorithm with a database structure to match faces from the camera stream to trained images. Tests were able to recognize faces from a wireless camera with 95% accuracy using this approach on Google Cloud servers. Future work could involve object recognition, surveillance applications, and using deep learning models.

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