This document discusses how to structure Gradle builds in a Maven-like way using plugins. It describes file structures for standard, two-level, and multi-level layouts in Maven and Gradle. It also outlines plugins that add behaviors like a "super POM" for Gradle projects and generating documentation, reports, and publishing artifacts.
Grails is used at LinkedIn for some projects due to its productivity advantages over Java frameworks. While Grails was productive for new development, integrating it into LinkedIn's large existing Java ecosystem required effort. Challenges included integrating Grails with LinkedIn's custom Spring configuration, sessions, authentication and building/testing practices. Solutions like a Grails plugin helped address these challenges. Overall, Grails was found to be more productive than mainstream Java frameworks for some uses at LinkedIn.
Apache Airflow in the Cloud: Programmatically orchestrating workloads with Py...Kaxil Naik
Apache Airflow allows users to programmatically author, schedule, and monitor workflows or directed acyclic graphs (DAGs) using Python. It is an open-source workflow management platform developed by Airbnb that is used to orchestrate data pipelines. The document provides an overview of Airflow including what it is, its architecture, and concepts like DAGs, tasks, and operators. It also includes instructions on setting up Airflow and running tutorials on basic and dynamic workflows.
This document summarizes some of the key upcoming features in Airflow 2.0, including scheduler high availability, DAG serialization, DAG versioning, a stable REST API, functional DAGs, an official Docker image and Helm chart, and providers packages. It provides details on the motivations, designs, and status of these features. The author is an Airflow committer and release manager who works on Airflow full-time at Astronomer.
Make Your Build Great Again (DroidConSF 2017)Jared Burrows
Slow builds have been plaguing Android development since the very beginning, especially for large multi-dex projects. As libraries tend to grow in size and the more libraries an application consumes it will slow down the build, especially when an application goes over the mutli-dex limit. Libraries aren't the only thing that can slow down the build, adding many Gradle plugins and repositories can increase the time it takes to configure the Gradle build. This talk will be centered around how I was able to decrease Yammer for Android's Gradle build times by optimizing our use of the Android Gradle plugin and the Gradle setup of our multi-project build and will give several tools and tips on how to help you profile and decrease your build times as well.
SBT Concepts, part 2 discusses SBT project structure and commands. It explains how to create an SBT project with directories for sources and resources. The document shows how to define build settings in build.sbt or a custom Build.scala file. It demonstrates common SBT commands like compile, run, console, and how to view settings and tasks. Finally, it provides an overview of configurations, plugins, and delegates in SBT.
This document introduces AngularBeans, which aims to integrate AngularJS with Java EE backends using CDI. Some key points:
- AngularBeans allows defining Angular services using CDI beans, and enables features like dependency injection, JSON-RPC calls, and real-time capabilities between the frontend and backend.
- It supports concepts of single-page applications and thin server architectures. AngularBeans services can make HTTP requests, handle events, and communicate over websockets.
- Examples show how to create an AngularBean that exposes methods to the frontend, handle requests and return responses, access the backend via JSON-RPC calls, and implement real-time functionality using events and websockets.
Agile Database Modeling with Grails - Preview of GORM 1.4 - SF Grails Meetup ...Philip Stehlik
This document summarizes new features in Grails 1.4 related to agile database modeling, including replacing HSQLDB with H2 as the default in-memory database, adding reverse engineering capabilities to generate GORM classes from an existing database, and implementing database migrations based on Liquibase to version control and rollback database schema changes. It provides an overview and status of these features, which are currently available as plugins, and demonstrates reverse engineering and database migrations.
Upgrading to Apache Airflow 2 | Airflow Summit 2021Kaxil Naik
Kaxil Naik presented on upgrading to Apache Airflow 2. Key points include:
- Airflow 1.10.x has reached end-of-life so upgrading to Airflow 2 is recommended.
- Airflow 2 requires Python 3.6+ so users need to upgrade Python as well.
- An upgrade check CLI tool is available to detect incompatible changes between Airflow 1 and 2.
- Major changes in Airflow 2 include switching to a new RBAC-enabled web UI, moving operators and hooks to providers, and changes to the Kubernetes executor and configuration format.
- The upgrade process involves testing upgrades, applying recommendations from the check tool, upgrading the database, and verifying DAGs
This document discusses GraphQL and Relay Modern. It begins with an overview of REST and its issues. It then covers what GraphQL is, how it was created at Facebook, and its motivations. Key aspects of GraphQL discussed include its single endpoint, hierarchical nature, strong typing, response mirroring the query, and introspection capabilities. The document also discusses Relay Modern and what it provides like declarative queries and mutations. It provides examples of simple GraphQL schemas and Relay components. In the end, it discusses subscriptions, routing, debugging, and resources for learning more.
Gradle build tool that rocks with DSL JavaOne India 4th May 2012Rajmahendra Hegde
For the long time, we have used various build tools to package applications for new software releases or applying patches to existing applications etc. dependency management, version controlling, scalability, flexibility, single-multiple projects sup portability are some of the key areas that drove the selection of a build tool, This session focuses on Gradle as a successful build tool and looks into all the above areas and uses Groovy as a DSL. We will also look into how easy it is to use Gradle as compared to other open source build tools.
Photos: https://plus.google.com/u/0/photos/105295086916869617504/albums/5739617166453582993
Gradle build tool that rocks with DSL By Rajmahendra Hegde at JavaOne Hyderabad, India on 4th May 2012
Gradle plugin, take control of the buildEyal Lezmy
You practice Gradle for a weeks and you are starting to master the way it works and you feel its great potential. Your small scripts are working well and you wonder now how to improve your build system, to make it cleaner. It is time for you to add your own Gradle plugin to your tools.
By taking a simple example, we will see together how it is easy to take control of the build!
Here are a few broached points during this talk:
- Create a Gradle plugin and control it from your build.gradle
- Mange the task graph
- Test well your plugin
- Manage the incremental builds
The document is a presentation on Relay Modern by Nikolas Burk. The presentation covers:
1. A brief history of Relay including its origins at Facebook and the introduction of Relay Modern.
2. How Relay enables declarative data fetching with GraphQL by describing data dependencies rather than manually constructing requests.
3. How mutations are handled in Relay Modern using the commitMutation function and updating the cache through updaters.
Comprehensive Browser Automation Solution using Groovy, WebDriver & Obect ModelvodQA
Learn how to design, create, maintain, and re-factor an automation framework using the power of WebDriver, the elegance of jQuery content selection, the robustness of Page Object modeling, and the expressiveness of the Groovy language. Gaurav introduces an open-source testing solution that provides all this, and can be integrated with testing frameworks such as Spock, JUnit & TestNG.
This document provides an overview of the Play! web framework for Java, including how it differs from traditional Java web development approaches by avoiding servlets, portlets, XML, EJBs, JSPs, and other technologies. It demonstrates creating a simple PDF generation application using Play!, including defining a model, controller, and view. The framework uses conventions over configuration and allows rapid development through features like automatic reloading of code changes and helpful error pages.
Every software project starts with the setup of a local development environment: a JDK, a preferred IDE and build tool, a local database and application server and so forth. Everything you and your team needs to be productive from day one. Time is valuable, so you take the quick route and reuse a development environment from a previous project. Broken windows from day one! With the first required changes things usually start to go wrong, the individual environments start to diverge and problems during the build or local execution of your software are inevitable. So how can you do better? The short answer is: with SEU-as-code, a lightweight approach and tool based on Gradle that helps to alleviate and automate the provisioning of developers. This session has been presented at the #JavaOne 2016 conference. (c) @LeanderReimer @qaware
SBT (Simple Build Tool) is a build tool for Scala and Java applications. It is used to compile code, create artifacts, manage dependencies, run tests, and more. SBT projects have a standard directory structure and are configured using a build.sbt file or Build.scala file where settings like the name, version, dependencies, and other configurations are defined. SBT supports features like incremental compilation, cross building for multiple Scala versions, and publishing artifacts to repositories.
This document provides an overview of how to configure various aspects of a Gradle build, including:
1. Configuring an Eclipse project from the build file using the eclipse plugin
2. Configuring a Jenkins job from the build file using the Gradle Jenkins plugin
3. Configuring the release process using the gradle-release plugin
It also discusses best practices for publishing Gradle plugins and storing secure information in Gradle builds.
This document discusses how to create a Maven-like project structure on top of Gradle builds. It describes the POM and build files used by Maven and Gradle, and how plugins can be used to configure Gradle builds to mimic the standard, two-level, and multi-level project structures supported by Maven. Specific plugins are demonstrated that allow setting the file structure, applying default behaviors from a "Gradle Super POM", and defining a project DSL to configure build properties.
Faster java ee builds with gradle [con4921]Ryan Cuprak
JavaOne 2016
It is time to move your Java EE builds over to Gradle! Gradle continues to gain momentum across the industry. In fact, Google is now pushing Gradle for Android development. Gradle draws on lessons learned from both Ant and Maven and is the next evolutionary step in Java build tools. This session covers the basics of switching existing Java EE projects (that use Maven) over to Gradle and the benefits you will reap, such as incremental compiling, custom distributions, and task parallelization. You’ll see demos of all the goodies you’ve come to expect, such as integration testing and leveraging of Docker. Switching is easier than you think, and no refactoring is required.
The document outlines Oracle's general product direction and provides safe harbor and copyright statements. It states that the information is intended for information purposes only and should not be relied upon for purchasing decisions. Any statements regarding Oracle's plans, expectations, beliefs, intentions and prospects are forward-looking statements subject to risks and uncertainties discussed in Oracle's SEC filings. All information is current as of September 2019 and Oracle undertakes no duty to update any statements.
Gradle is a general-purpose build automation tool. It combines the power and flexibility of Ant with the dependency management and conventions of Maven into a more effective way to build. Its powered by Groovy DSL. Presentation discusses what and why Gradle with demo for java, groovy, web, multi-project and grails projects.
Gradle is an open source build automation tool that uses Groovy for its build configuration files rather than XML like Maven. It offers features like incremental compilation, parallel task execution, and a built-in dependency management system. Projects can be configured as multi-module builds with hierarchical or flat layouts. Gradle supports plugins for tasks like compilation, testing, packaging, and publishing. It integrates with IDEs like IntelliJ, Eclipse, and NetBeans and can be used to build Java EE applications and other projects.
The document provides tips and best practices for optimizing Gradle builds, including installing Gradle, initializing projects, fixing versions, invoking builds from anywhere in the project, setting up multi-project builds, applying plugins, generating code coverage reports, and leveraging plugins to improve documentation, versioning, and more.
This document provides tips for optimizing Gradle builds, including how to install and initialize Gradle projects, configure multi-project builds, improve build performance with plugins and incremental builds, and generate code coverage reports across multiple projects. Key recommendations include using the Gradle wrapper to define project dependencies, leveraging conventions over configuration, applying useful plugins like versions and license, and aggregating JaCoCo reports in a root project.
A general- ‐purpose build automation tool. It can automate building, testing, deployment, publishing, generate documentation etc.
Designed to take advantage of convention over configuration.
Combines the power and flexibility of Ant with the dependency management and
conventions of Maven into a more effective way to build.
The document discusses Gradle, an open-source build automation tool. It provides an overview of Gradle, including its key features like flexible configuration, Groovy DSL, and improvements on Ant, Maven, and Ivy. The document also covers Gradle basics like projects, tasks, dependencies, plugins, testing and more. It compares Gradle to Maven and Ant and discusses how to integrate with them. The author concludes with pros and cons of Gradle along with its future outlook.
Gradle is a build automation tool that uses Groovy as its configuration language. It aims to provide a flexible, customizable, and extensible build system that understands Ant and Maven builds. Gradle builds upon the concepts of Ant and Maven but aims to provide a more flexible and customizable build system. It supports various programming languages and frameworks out of the box and has plugins for additional functionality. Gradle builds are defined using Groovy build scripts and it supports various IDEs and continuous integration servers.
This document provides a 3 sentence summary of the presentation "Idiomatic Gradle Plugin Writing" by Schalk W. Cronjé:
The presentation discusses best practices for writing Gradle plugins, including using consistent and readable extensions to the Gradle DSL, supporting offline mode, testing plugins against multiple Gradle versions, and extending existing task types when needed rather than forcing users to use standard configurations. It provides examples of idiomatic ways to handle collections, maps, dependencies, and project extensions within Gradle plugins. The presentation aims to promote quality attributes like readability, consistency, flexibility and expressiveness in plugin authoring.
The document discusses Gradle, an open-source build automation tool. It provides an overview of Gradle's benefits such as scripting flexibility, incremental builds, and IDE project generation. It also covers key Gradle concepts like dependency management, testing, publishing artifacts, and custom tasks/plugins.
This document discusses best practices for writing idiomatic Gradle plugins, including:
1. Making the plugin DSL readable, consistent, flexible and expressive.
2. Supporting the same Java versions as Gradle for compatibility.
3. Preferring methods over properties and using annotations properly.
4. Handling collections, maps, overriding dependencies, generated code, extensions and more idiomatically.
The document describes a presentation on Gradle as a build automation system. It will cover what Gradle is, why it is useful compared to other tools like Ant and Maven, and how to write Gradle scripts. Specifically, it will discuss project structures in Gradle, how to configure Gradle scripts, and introduce common plugins like the Java plugin.
Ant is a Java-based build tool that uses XML files to automate software build processes. An Ant build file defines projects, properties, targets, and tasks. Projects contain targets, which are composed of tasks. Common tasks include compiling Java code, generating documentation, and cleaning workspaces. The example build file shows how to set up directories, compile code, generate javadocs, and clean up using tasks within different targets. Ant can be run from the command line or within Eclipse to execute targets and automate build processes.
The document discusses the new build system for Android using Gradle. It provides an overview of Gradle basics, plugins, and integration with Android Studio. It describes what Gradle is, why it is used, how to install it, and introduces its build script basics and Groovy language. It also covers the Gradle plugins for Java and Android projects, including tasks, dependencies, signing configs, product flavors, and build types.
OSGi Feature Model - Where Art Thou - David Bosschaert (Adobe)mfrancis
OSGi Community Event 2018 Presentation by David Bosschaert (Adobe)
Abstract: OSGi lends itself well to develop extensible applications assembled from reusable modules, where a set of bundles together with a set of configurations deployed to a provisioned OSGi framework is the application.
While this works very well for the originally intended use-cases, maintaining and building large applications developed by multiple teams often requires to assemble multiple larger components for which there is limited support in OSGi as of today. This is especially true in cases where multiple groups of bundles, configuration, metadata, and other artifacts need to be combined.
In this talk we will introduce you to OSGi RFP-188, named OSGi Features, which defines the requirements on providing a solution. We'll establish a shared understanding of the problem space and how it relates to already available mechanisms in OSGi (like e.g. subsystems, deploymentadmin, startlevels, etc.) and will subsequently, review it in the context of some of the current (open source) solutions like Apache Karaf Features and Apache Sling Features and Bnd.
Creando, creciendo, y manteniendo una comunidad de codigo abiertoAndres Almiray
The document discusses best practices for creating, growing, and maintaining an open source community. It covers topics such as code structure, licensing, hosting, communication channels, release cycles, and sustainability. The key messages are to follow your goals for the project, adapt processes and tools as needed, consider contributors' health and well-being to avoid burnout, and promote the project through various channels.
The document discusses liberating production with confidence through automation, scheduled releases, and establishing identity and origin for software. It promotes the use of tools like Goreleaser and JReleaser for building and releasing software and establishing a software bill of materials for inspection of components. It concludes by providing some free resources for developers from Oracle.
The document discusses liberating production with confidence through automation and scheduled releases. It mentions tools for software supply chain security like software bills of materials and origin tracing to enable inspection. The document contains various images and links related to software development, automation, and supply chain security.
This document discusses Oracle's ecosystem for Java developers, including Oracle JDBC drivers available on Maven Central, application frameworks that support asynchronous APIs like R2DBC and SODA for JSON, open source database software like Oracle XE available via Docker images, and tools to support development. It also provides contact information for Andres Almiray, an Oracle sourceror, to get additional help or information.
Andres Almiray presented at SOFTCON.ph 2022 on Maven puzzlers. Maven is a build automation tool used primarily for Java projects to manage dependencies and build/test/package software. The presentation discussed different types of dependencies in Maven projects, common Maven lifecycle phases like clean, install, and verify, and how plugins and goals are used to execute tasks during each phase. Resources on Java developer productivity reports and the Maven website were also referenced to provide additional context.
Andres Almiray presented at JCConf Taiwan 2022 on Maven puzzlers. He discussed how Maven dependencies differ and recommended commands like "mvn clean install" and "mvn verify" to manage dependencies. He also provided links to resources on the Java ecosystem, Maven lifecycles, and dependency management to help developers better understand and work with Maven.
Oracle Database Ecosystem for Java DevelopersAndres Almiray
The document provides information about Oracle Database tools and technologies for Java developers, including Oracle JDBC drivers available on Maven Central, asynchronous APIs like R2DBC, the SODA JSON library, open source database software like Oracle XE, and links to the author's profiles on Twitter and GitHub.
JReleaser - Releasing at the speed of lightAndres Almiray
JReleaser is a tool for automating software releases from GitHub, GitLab, or other git providers. It can package releases as zips, jars, Docker images, and more. The document demonstrates how to install and use JReleaser to streamline the release process and integrate with various CI/CD tools and package managers.
Building modular applications with the Java Platform Module System and LayrryAndres Almiray
This document discusses Layrry, a tool that uses Java Platform Module System layers to address some issues with modularizing applications. It allows adding modules at runtime, mapping dependency coordinates to modules, and preventing non-exported package collisions. The document provides an overview of Layrry's features like external configuration, parameterization, local and remote repositories, plugin architectures, and future plans. It includes links to GitHub and blog posts with more information.
The document discusses going reactive with gRPC. It covers reactive concepts like sync vs async, futures and promises, data streams, and RxJava operations. It then discusses gRPC as a modern RPC framework and shows how rxgrpc can encapsulate gRPC's API to expose a reactive streams API to producers and consumers. It includes a demo of using rxgrpc with a hello world gRPC example.
Building modular applications with JPMS and LayrryAndres Almiray
The document introduces Layrry, an API and command-line tool for building modular Java applications using JPMS layers. It addresses some limitations with JPMS, such as only allowing one version of a module, by leveraging layers to isolate modules from one another. Layrry allows adding modules at runtime and avoids issues with non-exported package collisions. The document demonstrates using Layrry to launch a modularized application via the command line or a JBang script, and discusses future plans for Layrry including ready-made distributions and configuration options.
The document discusses Micronaut, a new Java framework that aims to address challenges of serverless and microservices environments. It focuses on ahead-of-time (AOT) compilation using GraalVM to improve startup times and reduce memory usage compared to frameworks like Spring that rely heavily on reflection and dynamic classloading. The document demonstrates how Micronaut can help modernize Java applications for microservices through AOT compilation and provides resources for learning more.
Apache Groovy's Metaprogramming Options and YouAndres Almiray
This document discusses various metaprogramming techniques in Groovy including:
- Meta Object Protocol (MOP) which allows modifying classes at runtime.
- Categories and mixins for adding methods to existing classes.
- Traits for reusable pieces of code with state.
- Extension modules for globally available extensions that can modify classes.
- AST transformations for compile-time modifications by transforming the AST.
- Over 70 built-in AST transformations like @ToString and @Immutable.
This document provides an overview of Maven concepts including:
- Defining and overriding project properties
- Invoking plugins on the command line
- Dependency resolution and managing dependencies
- Partial project execution using the -pl and -am flags
- Aggregating multi-module projects using parent POMs
- Defining and consuming Bill of Materials (BOM) files
This document discusses various techniques for using Maven including overriding project properties, invoking plugins on the go, dependency resolution, using the dependencyManagement block, partial project execution with the -pl and -am flags, aggregating POMs, and using BOM files. It also contains demonstrations of these techniques.
This document outlines Oracle's general product direction but is intended for informational purposes only and does not constitute a commitment. Any features or functionality described may change at Oracle's sole discretion. The document also notes that forward-looking statements are subject to risks and uncertainties outlined in Oracle's SEC filings and that all information is current as of September 2019.
Interacting with the Oracle Cloud Java SDK with GradleAndres Almiray
This document discusses using the Oracle Cloud Java SDK with Gradle. It describes how to configure the SDK through a configuration file with user ID, tenancy ID, SSH keys, and other authentication details. It then introduces the OCI Gradle plugin which allows interacting with Oracle Cloud services through Gradle build tasks. Finally, it outlines the plugin's roadmap and future possibilities like Maven support and IDE integrations.
This document provides an overview of Go and compares it to Java. It begins with "Hello World" examples in Go and Java. It then covers familiar features like variables, conditions, functions, errors, and loops. It discusses differences between the languages like visibility, type inference, and interfaces. The document suggests Go has better performance than Java and allows cross-compilation. It also introduces gRPC and WebAssembly as technologies that work with Go.
This document discusses reactive programming concepts and how to use gRPC and RxJava together. Some key points:
- Reactive programming uses asynchronous operations and data streams instead of blocking synchronous calls.
- Futures and promises represent asynchronous values that may be unknown initially. CompletableFuture in Java implements promises.
- Observables emit streams of data values over time. Operations on observables transform or filter the stream.
- gRPC is a framework for asynchronous RPC. RxJava encapsulates gRPC's API to expose streams using Rx observables.
- The document provides a demo of using RxJava with gRPC and lists additional resources on reactive and asynchronous programming concepts.
This document discusses the JavaFX ecosystem, including open source libraries, frameworks, and platforms that work with JavaFX. It provides examples of popular layout managers (MigLayout), widgets (Medusa, TilesFX, JSilhouette), controls (RichTextFX, CalendarFX, charts), and testing tools (TestFX). It also summarizes several JavaFX frameworks like Afterburner.fx, TornadoFX, Griffon, and Basilisk. Finally, it discusses the goals and core features of JSR 377, the JavaFX application programming interface.
Improving Learning Content Efficiency with Reusable Learning ContentEnterprise Knowledge
Enterprise Knowledge’s Emily Crockett, Content Engineering Consultant, presented “Improve Learning Content Efficiency with Reusable Learning Content” at the Learning Ideas conference on June 13th, 2024.
This presentation explored the basics of reusable learning content, including the types of reuse and the key benefits of reuse such as improved content maintenance efficiency, reduced organizational risk, and scalable differentiated instruction & personalization. After this primer on reuse, Crockett laid out the basic steps to start building reusable learning content alongside a real-life example and the technology stack needed to support dynamic content. Key objectives included:
- Be able to explain the difference between reusable learning content and duplicate content
- Explore how a well-designed learning content model can reduce duplicate content and improve your team’s efficiency
- Identify key tasks and steps in creating a learning content model
"Hands-on development experience using wasm Blazor", Furdak Vladyslav.pptxFwdays
I will share my personal experience of full-time development on wasm Blazor
What difficulties our team faced: life hacks with Blazor app routing, whether it is necessary to write JavaScript, which technology stack and architectural patterns we chose
What conclusions we made and what mistakes we committed
Redefining Cybersecurity with AI CapabilitiesPriyanka Aash
In this comprehensive overview of Cisco's latest innovations in cybersecurity, the focus is squarely on resilience and adaptation in the face of evolving threats. The discussion covers the imperative of tackling Mal information, the increasing sophistication of insider attacks, and the expanding attack surfaces in a hybrid work environment. Emphasizing a shift towards integrated platforms over fragmented tools, Cisco introduces its Security Cloud, designed to provide end-to-end visibility and robust protection across user interactions, cloud environments, and breaches. AI emerges as a pivotal tool, from enhancing user experiences to predicting and defending against cyber threats. The blog underscores Cisco's commitment to simplifying security stacks while ensuring efficacy and economic feasibility, making a compelling case for their platform approach in safeguarding digital landscapes.
kk vathada _digital transformation frameworks_2024.pdfKIRAN KV
I'm excited to share my latest presentation on digital transformation frameworks from industry leaders like PwC, Cognizant, Gartner, McKinsey, Capgemini, MIT, and DXO. These frameworks are crucial for driving innovation and success in today's digital age. Whether you're a consultant, director, or head of digital transformation, these insights are tailored to help you lead your organization to new heights.
🔍 Featured Frameworks:
PwC's Framework: Grounded in Industry 4.0 with a focus on data and analytics, and digitizing product and service offerings.
Cognizant's Framework: Enhancing customer experience, incorporating new pricing models, and leveraging customer insights.
Gartner's Framework: Emphasizing shared understanding, leadership, and support teams for digital excellence.
McKinsey's 4D Framework: Discover, Design, Deliver, and De-risk to navigate digital change effectively.
Capgemini's Framework: Focus on customer experience, operational excellence, and business model innovation.
MIT’s Framework: Customer experience, operational processes, business models, digital capabilities, and leadership culture.
DXO's Framework: Business model innovation, digital customer experience, and digital organization & process transformation.
Connector Corner: Leveraging Snowflake Integration for Smarter Decision MakingDianaGray10
The power of Snowflake analytics enables CRM systems to improve operational efficiency, while gaining deeper insights into closed/won opportunities.
In this webinar, learn how infusing Snowflake into your CRM can quickly provide analysis for sales wins by region, product, customer segmentation, customer lifecycle—and more!
Using prebuilt connectors, we’ll show how workflows using Snowflake, Salesforce, and Zendesk tickets can significantly impact future sales.
Demystifying Neural Networks And Building Cybersecurity ApplicationsPriyanka Aash
In today's rapidly evolving technological landscape, Artificial Neural Networks (ANNs) have emerged as a cornerstone of artificial intelligence, revolutionizing various fields including cybersecurity. Inspired by the intricacies of the human brain, ANNs have a rich history and a complex structure that enables them to learn and make decisions. This blog aims to unravel the mysteries of neural networks, explore their mathematical foundations, and demonstrate their practical applications, particularly in building robust malware detection systems using Convolutional Neural Networks (CNNs).
Finetuning GenAI For Hacking and DefendingPriyanka Aash
Generative AI, particularly through the lens of large language models (LLMs), represents a transformative leap in artificial intelligence. With advancements that have fundamentally altered our approach to AI, understanding and leveraging these technologies is crucial for innovators and practitioners alike. This comprehensive exploration delves into the intricacies of GenAI, from its foundational principles and historical evolution to its practical applications in security and beyond.
Uncharted Together- Navigating AI's New Frontiers in LibrariesBrian Pichman
Journey into the heart of innovation where the collaborative spirit between information professionals, technologists, and researchers illuminates the path forward through AI's uncharted territories. This opening keynote celebrates the unique potential of special libraries to spearhead AI-driven transformations. Join Brian Pichman as we saddle up to ride into the history of Artificial Intelligence, how its evolved over the years, and how its transforming today's frontiers. We will explore a variety of tools and strategies that leverage AI including some new ideas that may enhance cataloging, unlock personalized user experiences, or pioneer new ways to access specialized research. As with any frontier exploration, we will confront shared ethical challenges and explore how joint efforts can not only navigate but also shape AI's impact on equitable access and information integrity in special libraries. For the remainder of the conference, we will equip you with a "digital compass" where you can submit ideas and thoughts of what you've learned in sessions for a final reveal in the closing keynote.
How UiPath Discovery Suite supports identification of Agentic Process Automat...DianaGray10
📚 Understand the basics of the newly persona-based LLM-powered Agentic Process Automation and discover how existing UiPath Discovery Suite products like Communication Mining, Process Mining, and Task Mining can be leveraged to identify APA candidates.
Topics Covered:
💡 Idea Behind APA: Explore the innovative concept of Agentic Process Automation and its significance in modern workflows.
🔄 How APA is Different from RPA: Learn the key differences between Agentic Process Automation and Robotic Process Automation.
🚀 Discover the Advantages of APA: Uncover the unique benefits of implementing APA in your organization.
🔍 Identifying APA Candidates with UiPath Discovery Products: See how UiPath's Communication Mining, Process Mining, and Task Mining tools can help pinpoint potential APA candidates.
🔮 Discussion on Expected Future Impacts: Engage in a discussion on the potential future impacts of APA on various industries and business processes.
Enhance your knowledge on the forefront of automation technology and stay ahead with Agentic Process Automation. 🧠💼✨
Speakers:
Arun Kumar Asokan, Delivery Director (US) @ qBotica and UiPath MVP
Naveen Chatlapalli, Solution Architect @ Ashling Partners and UiPath MVP
Keynote : AI & Future Of Offensive SecurityPriyanka Aash
In the presentation, the focus is on the transformative impact of artificial intelligence (AI) in cybersecurity, particularly in the context of malware generation and adversarial attacks. AI promises to revolutionize the field by enabling scalable solutions to historically challenging problems such as continuous threat simulation, autonomous attack path generation, and the creation of sophisticated attack payloads. The discussions underscore how AI-powered tools like AI-based penetration testing can outpace traditional methods, enhancing security posture by efficiently identifying and mitigating vulnerabilities across complex attack surfaces. The use of AI in red teaming further amplifies these capabilities, allowing organizations to validate security controls effectively against diverse adversarial scenarios. These advancements not only streamline testing processes but also bolster defense strategies, ensuring readiness against evolving cyber threats.
LeadMagnet IQ Review: Unlock the Secret to Effortless Traffic and Leads.pdfSelfMade bd
Imagine being able to generate high-quality traffic and leads effortlessly. Sounds like a dream, right? Well, it’s not. It’s called LeadMagnet IQ, and it’s here to revolutionize your marketing efforts.
(Note: Download the paper about this software. After that, click on [Click for Instant Access] inside the paper, and it will take you to the sales page of the product.)
The Zaitechno Handheld Raman Spectrometer is a powerful and portable tool for rapid, non-destructive chemical analysis. It utilizes Raman spectroscopy, a technique that analyzes the vibrational fingerprint of molecules to identify their chemical composition. This handheld instrument allows for on-site analysis of materials, making it ideal for a variety of applications, including:
Material identification: Identify unknown materials, minerals, and contaminants.
Quality control: Ensure the quality and consistency of raw materials and finished products.
Pharmaceutical analysis: Verify the identity and purity of pharmaceutical compounds.
Food safety testing: Detect contaminants and adulterants in food products.
Field analysis: Analyze materials in the field, such as during environmental monitoring or forensic investigations.
The Zaitechno Handheld Raman Spectrometer is easy to use and features a user-friendly interface. It is compact and lightweight, making it ideal for field applications. With its rapid analysis capabilities, the Zaitechno Handheld Raman Spectrometer can help you improve efficiency and productivity in your research or quality control workflows.
Garbage In, Garbage Out: Why poor data curation is killing your AI models (an...Zilliz
Enterprises have traditionally prioritized data quantity, assuming more is better for AI performance. However, a new reality is setting in: high-quality data, not just volume, is the key. This shift exposes a critical gap – many organizations struggle to understand their existing data and lack effective curation strategies and tools. This talk dives into these data challenges and explores the methods of automating data curation.
Challenges and Strategies of Digital Transformation.pptxwisdomfishlee
In an era where digital innovation is ubiquitous, executives from various corporations frequently seek insights into the tangible benefits that digital transformation can offer. This document outlines a comprehensive framework that elucidates the concept of digital transformation, highlighting its multifaceted dimensions and the pivotal roles it plays in enhancing business competitiveness.
COVID-19 and the Level of Cloud Computing Adoption: A Study of Sri Lankan Inf...AimanAthambawa1
The study’s main objective is to analyse the level of cloud computing adoption and usage during COVID-19 in Sri
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and not adopting cloud computing. The study also describes why cloud computing is a solution for new normal
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that 87.7% of the organisations currently use cloud-enabled services, whereas 12.3% do not and intend to adopt.
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4. @aalmiray
POM.XML
• POM stands for Project Object Model.
• A POM file defines both how a project should be built and how
consumers may interact with the published artifacts.
• Maven delivers lots of features out of the box thanks to the
hierarchical nature of the POM.
• The Maven Super POM provides default configuration for
common plugins such as compiler, resources, surefire, etc.
• The strict nature of the structure found in the POM allows
anyone to understand the configuration.
6. @aalmiray
BUILD.GRADLE
• Gradle build files only specify how projects should be built.
• The definition for consumers is delivered through a generated
POM file.
• Gradle builds are highly customizable, resulting in a wider
range of build patterns.
7. CAN WE HAVE A
MAVEN-LIKE
STRUCTURE ON TOP
OF GRADLE?
17. @aalmiray
STANDARD (GRADLE)
$ cat settings.gradle
include 'guide'
include 'project1'
include 'project2'
$ cat settings.gradle
include 'guide'
include 'project1'
include 'project2’
project(':guide').buildFileName =
'guide.gradle'
project(':project1').buildFileName =
'project1.gradle'
project(':project2').buildFileName =
'project2.gradle'
20. @aalmiray
TWO-LEVEL (GRADLE)
$ cat settings.gradle
include 'guide'
include 'project1'
include 'project2'
project(':guide').projectDir =
new File(“$settingsDir/docs/guide”)
project(':project1').projectDir =
new File(“$settingsDir/subprojects/project1”)
project(':project2').projectDir =
new File(“$settingsDir/subprojects/project2”)
34. @aalmiray
BUILD-INFO
• The build-info plugin calculates build data such as
• Build date
• Build time
• Build creator
• SCM revision (git commit hash)
• Build JDK
• This information is used to enrich JAR manifests
41. @aalmiray
SOURCE-JAR
• Generates a JAR file with project sources.
• Adds the following tasks
• sourceJar
• artifact is automatically added for publication
• aggregateSourceJar
49. @aalmiray
LICENSE
• Configures license reports and file header formatting with
com.github.hierynomus.license
• Adds the following tasks
• aggregateLicenseReport
61. @aalmiray
PUBLISHING
• Configures publication of main artifact, including source,
javadoc, groovydoc, kotlindoc, scaladoc.
• Configures POM based on data from base & license plugins
• Artifacts may be optionally signed.
• Publication can be deployed to Maven compatible repositories.
63. @aalmiray
BINTRAY
• Configures publication to Bintray based on data provided by
base, license, and bintray DSL blocks.
• Can push automatically to Maven Central.
• Publishes all artifacts registered by publishing plugin.
64. @aalmiray
ADDITIONAL PLUGINS
• The following plugins can be applied explicitly
• org.kordamp.gradle.kotlindoc
• org.kordamp.gradle.scaladoc
• org.kordamp.gradle.source-xref
• org.kordamp.gradle.bom
• org.kordamp.gradle.clirr
• org.kordamp.gradle.guide
• org.kordamp.gradle.integration-test
• org.kordamp.gradle.functional-test
66. @aalmiray
THE MAVEN SUPER POM
• POMs are hierarchical.
• The chain resolves all the way to the top where you find the
Maven Super POM.
• Super POM configures lots of default & useful behavior.
67. @aalmiray
THE GRADLE SUPER POM
• Gradle does not offer this behavior out of the box.
• But it can be “faked” using a custom plugin.
• The plugin applies the default behavior that consuming
projects require.
70. @aalmiray
X-RAY YOUR BUILDS
• Capture build data on the go.
• Analyze problems on the spot.
• Deep linking enables better sharing.
• Works for both Maven and Gradle.