With ever increasing Connectivity options, Security Protocols and Sophisticated Human Interfaces, Software and AP developers find themselves caught more deeply in the dichotomy of dealing with increasing complexity of designs and shrinking timelines. Resource constraints and constantly evolving software landscape provide challenges to software Integration that have to be overcome to enable designers to focus on the actual application.
Developers need a Modular Software Framework that accelerates software integration, provides flexible programming options and enables application re-use across multiple platforms. “That framework is MPLAB® Harmony.”
Join us for the webinar series where we provide a technical overview of MPLAB® Harmony, Live tool demos, Microchip and third party Middleware support and finally demonstrate how Harmony accelerates software integration and moves development focus and resources to Application Development and testing.
In this first installment of a three part webinar series attendees will learn:
-Current Software Development Challenges and how MPLAB® Harmony, Microchip’s software framework, overcomes them.
-Technical Overview of MPLAB® Harmony Framework.
-Integrating RTOS in an embedded development ecosystem.
-Graphics Application demo illustrating how MPLAB® Harmony facilitates changing system requirements.
Rashmi has over 5 years of experience in software development, debugging, and testing. She has worked on projects involving satellite phones, secure element communication stacks, web development, and printer firmware. Her skills include C, C++, Python, HTML5, CSS, JavaScript, ARM and AVR microcontrollers, and version control tools like SVN, TFS and Git. She has experience in the full software development life cycle from requirements gathering to testing and release.
Installing Installing IBM Rational Rhapsody Designer and Architect for MBSEFraser Chadburn
Detailed screen shots for installation of IBM Rational Rhapsody with Cygwin gcc compiler for executable Model-based Systems Engineering usage. Base instructions for preparing machines for training provided by www.mbsetraining.com.
In addition to the traditional languages such as COBOL, C++, and PL/I, there are multiple modern languages that are being adopted by developers worldwide. Java, C++, JavaScript, Go and Swift are enriching the server ecosystem, and they each offer different capabilities. This session will provide an overview of the trends in modern programing languages and how enterprise clients are using them. The discussion will focus on some of the newest languages: Go and Swift, and the efforts made by IBM to bring those languages to the server and cloud platforms.
visit http://www-03.ibm.com/systems/z/solutions/enterprise-devops/
PrimeSoft Solutions was contracted to develop a UMA Handset Simulator for a client. An 18-member team at PrimeSoft's offshore development center was created to work on the project. The team developed the simulator through requirements analysis, specifications, design, coding, testing, and delivering documentation. The UMA Simulator allows automated testing of UMA functionality and supports complex handover scenarios. PrimeSoft also supports long-term testing of the client's Multi Access Gateway product through manual and automation test plans.
The document discusses just-in-time (JIT) compilers. It defines JIT compilers as methods to improve runtime performance of bytecode programs by compiling segments of code to machine code as needed. This allows for optimizations based on runtime information not available at initial compilation. The document outlines the basis, functioning, and classification of JIT compilers, noting they convert bytecode to native code prior to execution for high-speed performance but with an initial overhead.
The Qualcomm® Snapdragon™ LLVM, a product of Qualcomm Technologies, Inc. is an optimizing compiler tuned for 32- and 64-bit Snapdragon processors. In this session you will learn how to use Snapdragon LLVM to build your Android app’s native code. We’ll provide guidelines on how to target your C and C++ code to exploit Snapdragon LLVM and sample code demonstrating areas of acceleration.
Learn more about Snapdragon LLVM Compiler for Android: https://developer.qualcomm.com/mobile-development/increase-app-performance/snapdragon-llvm-compiler-android
Watch this presentation on YouTube:
https://www.youtube.com/watch?v=6lKOY2_Bg70
Enabling Cross-platform Deep Learning Applications with Intel OpenVINO™Yury Gorbachev
The document discusses Intel's OpenVINOTM toolkit, which enables cross-platform deep learning applications. The toolkit provides a development environment for high performance computer vision and deep learning inference. It allows applications to run on multiple Intel accelerators with a single application binary and without retraining models. This allows for faster time to market, cross-platform portability, and future-proofing of applications.
IBM's product provides virtualization capabilities to help address testing challenges in complex enterprise environments involving both mainframe and distributed systems. It can virtualize key mainframe components like CICS, IMS, MQ/z, and DB2/z to allow for testing without relying on limited mainframe resources. This helps reduce costs, decouple development and testing from production systems, and speed up test cycles. Typical customer cases demonstrated how virtualization could help by providing isolated test environments, automating tests, and comparing results across platforms during migration projects. Benefits included lower costs, faster cycles, and the ability to test more scenarios.
1. The document discusses provisioning, deploying, and managing IBM's Rational Development and Test Environment (RD&T) for System z in cloud environments.
2. Key steps include configuring Linux systems to run the zPDT emulator, installing z/OS software like the Application Distribution Controlled Distribution, and managing licensed access through USB tokens or a license server.
3. Using a pre-built ADCD distribution provides a complete turnkey z/OS development and test system, while customized z/OS installations can also be deployed through RD&T.
This document provides an overview of the IBM z Systems Development and Test Environment (zD&T). zD&T allows developers to build and test z/OS applications on x86 hardware running Linux, providing more flexible development and testing capabilities. The document discusses tools for migrating content from a production mainframe to create a "golden image" for zD&T. It also demonstrates how application discovery tools can analyze applications and reduce the amount of data migrated.
The document discusses cross-compiling Android applications. It begins with an introduction to Android and its architecture. It then explains why developers may want to cross-compile Android apps, such as leveraging existing skills and reducing costs. The document outlines the process of cross-compiling Android apps to other platforms like iOS using tools like XMLVM. It notes advantages like reusing code but also challenges like difficulty testing cross-compiled apps. Overall, the document provides an overview of cross-compiling Android applications and the motivations, process and tradeoffs involved.
Slides from the webinar titled "Drinking our own champagne z Systems Development and Test Environment V10" posted here
watch the replay on http://ibm.biz/zDevandTest
The session combines live demos, how-to info and third-party presentations on how they’ve taken advantage of powerful audio capabilities in the Qualcomm® Snapdragon™ processor, a product of Qualcomm Technologies, Inc. Learn how to use hardware/software integration to provide pro-quality audio processing solutions customized for differentiated listening experiences.
View this presentation on YouTube: https://www.youtube.com/watch?v=bPrqdqUVyyw&list=PLxeazpXYyqtNm2EnCbfSzy7aKOkHjiaSi&index=18
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The document summarizes IBM's Rational Software Conference 2009. It discusses challenges in embedded software development like requirements shifts, low memory footprints, and debugging difficulties. It introduces IBM Rational Test RealTime as a solution that allows automated component testing at all levels from simple functions to distributed systems. It also enables runtime analysis through profiling, tracing, and linking of code, tests, and models. The tool aims to help developers test throughout development rather than just debugging later, to catch issues early and ensure quality and stability of embedded software projects.
The document discusses OpenVINOTM, an Intel toolkit that provides high performance computer vision and deep learning inference capabilities. It allows building applications that leverage OpenCV, deep learning models, and heterogeneous execution across CPU, GPU, FPGA and VPU hardware. Key benefits include portable deployment across platforms with a minimal footprint, optimized performance on Intel hardware, and pre-trained models for common tasks like object detection. The toolkit includes libraries, tools for model optimization, and samples to help developers build and deploy high performance computer vision and deep learning applications.
Rational Developer for z Systems and Rational Integration Tester can be used to test mainframe applications with and without live data. They allow developing and testing applications in isolation using database and program stubs to virtualize interactions with DB2 and CICS. This reduces wait times and allows testing early in the development cycle. Benefits include increased productivity, quality, and reduced risk through decoupling of delivery schedules.
This document discusses the fundamentals of programming and the program development life cycle. It defines key terms like program, programming, and programmer. It then outlines the six steps in the typical program development life cycle: 1) analyze the problem, 2) design the program, 3) code the program, 4) debug the program, 5) formalize the solution, and 6) maintain the program. Each step is described in one to three sentences.
The document provides a summary of an experienced software engineer with over 10 years of experience in systems engineering, real-time software development, testing and project consulting. The engineer has expertise in model-based development, systems engineering, testing and collaboration tools from IBM Rational. Several projects are summarized involving development of combat management systems, model-based systems engineering, model-driven development, collaborative lifecycle management and static analysis.
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MPLAB® Harmony Configurator – Graphical system and middleware configurationDesign World
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2 mobile development frameworks and tools dark tempShahid Riaz
This document provides an introduction to mobile development frameworks and tools. It discusses fully centralized and n-tier client-server frameworks. Examples of frameworks and tools are given for J2ME, Windows CE, BREW, and WAP. The document also covers architectural concerns, database usage, and web services on mobile platforms.
The document discusses various aspects of embedded system development including development environments, integrated development environments (IDEs), cross compilation, debugger tools, and the overall product development life cycle. It describes the key components in development environments like host and target systems. It also explains concepts like cross compilation, types of files generated, and debugger tools. Finally, it summarizes the typical phases in an embedded product development life cycle from concept to maintenance.
GreenSocs virtual platforms allow designing, developing, and testing embedded applications as a whole system by modeling both hardware and software together. This enables sizing hardware to match software needs, integrating development, and efficiently debugging and verifying designs. GreenSocs provides integrated virtual platform solutions using open standards like SystemC TLM 2.0. They have expertise in CPU modeling through contributions to QEMU and Gem5, and provide infrastructure libraries, models, and services to help customers develop virtual prototypes.
Docker & aPaaS: Enterprise Innovation and Trends for 2015WaveMaker, Inc.
WaveMaker Webinar: Cloud-based App Development and Docker: Trends to watch out for in 2015 - http://www.wavemaker.com/news/webinar-cloud-app-development-and-docker-trends/
CIOs, IT planners and developers at a growing number of organizations are taking advantage of the simplicity and productivity benefits of cloud application development. With Docker technology, cloud-based app development or aPaaS (Application Platform as a Service) is only becoming more disruptive − forcing organizations to rethink how they handle innovation, time-to-market pressures, and IT workloads.
The project Remote Web Desk deals with remote control of computer over some form of network usually a LAN or the Internet. It allows friend or an administrator to fix problem on your computer or you can use it to show your desk top to somebody at a remote location
Node.js BFFs - our way to the better/micro frontendsEugene Fidelin
Marktplaats is the largest online marketplace in the Netherlands, receiving over 8 million monthly visitors. The company transitioned from 3 large monolithic frontends tightly coupled to backend services to over 25 loosely coupled microservices with corresponding backend for frontend services. This improved time to market for features, code maintainability, and developer autonomy and happiness. Key aspects of their architecture include infrastructure for routing requests to frontends, a build process for deploying frontends as packages, extensive testing, and monitoring of performance and errors.
Enhancing and modifying_the_core_android_osArnav Gupta
This document provides an overview of modifying and enhancing the Android OS. It describes the structure of the Android OS including applications, frameworks, Dalvik/ART runtime, libraries, and kernel. It also discusses how to build Android for a phone, what parts can be modified, and how to contribute changes back to the Android Open Source Project. The document is presented by Arnav Gupta, an undergraduate student and Android Framework Engineer at Cube26, an Indian startup focused on gesture-based features for Android.
This document provides an agenda and overview of IBM Bluemix and Cloud Foundry. The agenda includes introductions to Platform as a Service (PaaS), Cloud Foundry, exploring the Bluemix console, and creating and updating an app. It then discusses the history of PaaS and Infrastructure as a Service (IaaS), defines Cloud Foundry as the industry-leading open PaaS, describes the Cloud Foundry architecture and components, explains how apps and services work on Cloud Foundry, and demonstrates how to create an app and edit code using the Bluemix console.
Getting Started with Cloud Foundry on BluemixDev_Events
This document provides an agenda and overview of IBM Bluemix and Cloud Foundry. The agenda includes introductions to Platform as a Service (PaaS), Cloud Foundry, exploring the Bluemix console, and creating and updating an app. It then discusses the history and models of Infrastructure as a Service (IaaS) and PaaS, the architecture and benefits of Cloud Foundry, and how to use the Bluemix console to create an app from the catalog and edit code locally.
Morphis provides the most comprehensive solutions for cloud-enabling legacy systems. In partnership with leading global enterprises, software vendors and system integrators, Morphis upgrades outdated systems to increase IT innovation, unleashing the agility of the cloud for the customers, partners, suppliers, regulators and employees connected to every enterprise.
The .NET Framework is a development platform created by Microsoft for building and running Windows applications. It allows developers to use any of various supported programming languages, such as C# and VB.NET. The framework includes common language runtime, class libraries, and tools that enable building Windows forms applications, web applications, web services, and more. It provides features like memory management, security, interoperability and simplified deployment.
The document introduces Open Virtual Platforms (OVP) as a solution for developing embedded software for multicore systems on chips (SoCs). OVP provides an open way to model virtual platforms using instruction-accurate software models that can run embedded software quickly for testing and development. It consists of APIs for modeling processors, peripherals and complete platforms, an open source library of models, and a reference simulator. OVP aims to establish common open standards for software virtual platforms.
Enhancing and modifying_the_core_android_osArnav Gupta
This document discusses modifying and enhancing the Android OS. It provides an overview of the Android framework, including applications, system UI, providers and APIs, Dalvik/Android runtime, libraries, and the kernel. It describes how to build Android for a phone by getting a build machine ready, downloading the source code, and building the OS. It outlines how to modify different parts of Android like apps, framework, hardware abstraction layer, libraries, and kernel. It also discusses open source custom Android distributions and contributing changes back to the Android Open Source Project.
This document provides an overview of a Live Cricket Score App project created by students as part of their six-month industrial training. The app uses the CricBuzz API to retrieve cricket match data in XML format and display live scores and information. The front end was developed using Java for its simplicity and object-oriented features. The back end uses MySQL, an open-source relational database, to store and retrieve data for the app. Tools like JDK and IDEs were utilized to build the project.
Srikanth Pilli has over 6 years of experience in embedded software development. He has expertise in C/C++, Python, Linux kernel driver development, video streaming, and networking. He has worked on projects involving home automation, surveillance systems, and embedded device development. His skills include embedded Linux systems, microcontroller programming, real-time protocols, and tools like Git. He holds an M.Tech in embedded systems and postgraduate diplomas in embedded systems and electronics.
Following topics will be addressed into presentation:
Motivation and goals of splitting monolith application
Criteria and markers to start splitting process. Is it necessary at all?
Optimal order of extracting microservices
How organize the whole process in closed iterative steps?
What can be done with common libraries and shared code?
Options for technology and deployment of target microservices
How organize and motivate the teams and convince management?
Speaker Bio
Andrei is a Software Architect in VMWare Tanzu Labs. The areas of his interest are REST API design, Microservices, Cloud, resilient distributed systems, security and agile development. Andrei is PMC and committer of Apache CXF and committer of Syncope projects.
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2. q This webinar will be available afterwards at
www.designworldonline.com & email
q Q&A at the end of the presentation
q Hashtag for this webinar: #DWwebinar
Before We Start
5. Agenda
• Embedded software development challenges
• MPLAB® Harmony–Overview
• Application migration video demo using MPLAB® Harmony
• Third Party Feature Presentation:
• Q&A
7. Embedded Development Challenges
Embedded Development
Challenges
• End Systems Sophistication Increasing
• Complexity of Projects Growing
• Development Time Stretching
• S/W % Total Development Time* à 60%
• Switching between RTOS leads to rework
• Lack of software compatibility creates new bugs
• Greater Risk with Re-‐‑Work of Code
• Challenge to Integrate RTOS, Middleware,
Drivers All in One Platform
• Generally Multiple 3rd Party Software Suppliers
* 2014 UBM Embedded Market Study
8. Embedded Development Challenges
• Increased Verification & Debug Time Means
Less time to Focus on Critical Applications
• 60% of Software Resource Involved in Verification**
• Defects Found during Verification Costs 10x More Than Found in Design***
• Unpredictable Future Competitive Environments
• Increasing Pressure to Quickly Adapt
• Economic Risks of 3rd Party Companies
• Difficult to Procure all the S/W Components
from Single Vendor’s Website
• Full Feature Set Offerings are Costly
• Sca[ered Support for 3rd Party Offerings
Embedded Development
Challenges
** Defect Prevention: Reducing Costs and Enhancing Quality, isixsigma – Mukesh Soni
*** Frequently Forgo[en Fundamental Facts about Software Engg, IEEE – Robert L Glass
9. MPLAB® Harmony Solves!
MPLAB® Harmony Solution
*** Frequently Forgo[en Fundamental Facts about Software Engg, IEEE – Robert L Glass
Customer Code Developed in Harmony Framework has Higher Reusability
COMPLEXITY
RE-‐‑WORK
INCONSISTENCY
FRAGMENTED
OBSOLOSCENCE
Reduces Development Costs:
REDUCE!
Microchip Tested, Debugged, Interoperable Code is Ready for
RE-‐‑USE
RE-‐‑USE!
Modular Architecture Enables Efficient Integration
Pre-‐‑tested Software Eliminates These Bugs
SAVE!
Single Source Support for MPLAB® Harmony Code (including 3rd party solutions) by
Microchip
Improved Reaction Time to Ever Changing Markets
FUTURE
PROOF!
10. • MPLAB® Harmony is a comprehensive, interoperable,
tested software development framework for Microchip
PIC32 microcontrollers.
o The framework integrates both internal and 3rd party
middleware, drivers, peripheral libraries and real time
operating systems, simplifying and accelerating the 32-bit
code development process.
o MPLAB® Harmony works within the MPLAB X IDE
development environment and is supported by Microchip.
§ First Line of Support
§ First line of support provided by Microchip for all Harmony
components, including third-party solutions
§ Comprehensive Web Portal
§ Includes Licensing, Resale, Technical Support & Collateral
for Microchip & third-party Harmony components
What is MPLAB® Harmony
Flexible
Interoperable
Compatible
MPLAB®
Harmony
Modular
Re-‐‑Usable
16. Applications
MPLAB® Harmony
Libraries
System &
Configuration
Code
Framework
Peripheral Initialization
Middleware Logic
System
System Configuration
System Initialization
System Control Logic
Middleware Initialization
Peripheral Logic
Your Application
Code
Application
Application Initialization
Application Logic
17. Framework of Libraries
• Interface Functions
o Input, Process, Output
o May have “Side Effects”
o Treated as a “Black Box”
• Module
o One or more closely related functions
o Share common data or resources
o Maintain state of common resources
o Interface stays the same, even if implementation changes
• Provides Ability to “Divide & Conquer”
18. Multiple Clients & Instances
USART 1
USART 2
USART
Driver
Multiple Instances
Dynamic library modules can manage multiple
instances of same hardware.
• Avoids duplicating library code
• Simplifies application or client code
• Requires use of an instance “index”
Timer 1
Timer 1
Driver
TCP/IP
Console
File System
Multiple Clients
Multiple unrelated “clients” can access
common “server” modules.
• Localizes protection & maintenance of
shared resources
• Isolates clients from each other
• Requires use of a client “handle”
25. MPLAB® Harmony –Summary/Next steps
• Modular architecture allows Drivers and Libraries to work together with minimal effort
• Applications can be easily ported to different boards
Improved Code Interoperability
• Integrated single platform enables shorter development time
• Able to easily add features
Faster Time to Market for
Customers
• Improves scalability across PIC32 Microchip parts to custom fit customers requirement
Improved Compatibility
• Common SW platform with standard interface ensures efficient Microchip support
• One stop support for all customer needs
Simplified Support
• MPLAB® Harmony integrates third party solutions (RTOS, Middleware, Drivers etc) into the
software framework seamlessly
Enhanced 3rd party software
integration
Where to get MPLAB® Harmony?
• Basic framework is FREE!
• Select Tools & Libraries have a premium.
Pricing
• Download MPLAB® Harmony at www.microchip.com/Harmony
27. Application Overview
• Basic graphics application
with USB and file system
services.
• D4 on Display is synced up
with on board LED D4.
● Display prompts the user to
insert the USB drive.
● Once the USB Pen drive is
inserted, the applications reads a
file and displays the text on the
screen.
28. Application Overview
On USB Pen drive insertion, the
applications reads a file from the drive
and displays the text on the screen.
30. • Microcontroller :
PIC32MZ2048ECH144 (200 MHz,
2 MB Flash and 512 KB RAM)
• Low Cost Controller less Graphics (L.C.C.G).
• 4.3" WQVGA PCAP touch display
Application Migration Summary
• Microcontroller :
PIC32MX795F512L (80 MHz, 512KB
Flash and 128 KB RAM)
• Solomon Systech Graphics Controller (SSD1926)
• 3.2 color TFT touch-screen QVGA display
v Application Migration with just some basic
configuration changes .
v Not a single line of code needed to be written.
v Efficient, time-saving.
PIC32MZ Embedded Connectivity Starter kit + PIC32
Multi-media Expansion Board II (MEB II)
PIC32 Ethernet Starter kit II +
PIC32 Multi-media Expansion Board (MEB I)
32. Value Proposition
FreeRTOS’s compelling value
proposition, which has made it the
market leading RTOS in the MCU
space, is delivered directly to
Microchip customers within the
Harmony ecosystem
High quality C source code under strict quality control
Safety critical version ensures dependability
Tutorial books and training to educate engineers
Pre-‐‑configured example projects
Free first class support
Large/growing user base and community (>113K downloads in 2014)
Peace of mind -‐‑ low cost commercial options can be taken at any time
= A low total cost of ownership, risk free, & compelling solution
33. Ease of Use Benefit #1
• Automatic inclusion of correct
source files
34. Ease of Use Benefit #2
• Automatic creation of
configuration file
35. Ease of Use Benefit #3
• Automatic creation of
system interrupts
• No need for any assembly
coding
36. Ease of Use Benefit #4
• Automatic creation of
system tasks
39. MPLAB® Harmony Configurator- graphical
system and middleware configuration
Attend the Second Webinar of the MPLAB® Harmony
series to learn:
v In depth Hands-on Demo of MPLAB® Harmony
Configurator.
v Integrating Network Connectivity in an embedded
design.
Featured Ecosystem Partner:
May 20 2015
2-3pm EST
40. MPLAB® Harmony Ecosystem
Attend the third Webinar of the MPLAB® Harmony
series to learn:
v Benefits of using MPLAB® Harmony for integrating
third party solutions.
v How MPLAB® Harmony simplifies software purchase
and eases support.
Featured Ecosystem Partner:
May 27 2015
2-3pm EST
42. Thank You
q This webinar will be available at
designworldonline.com & email
q Tweet with hashtag #DWwebinar
q Connect with Design World
q Discuss this on EngineeringExchange.com