SolidFX performs static analysis of large C/C++ programs to extract design details and metrics. SolidSX visually analyzes metrics and dependencies in software stacks written in various languages. SolidCD detects and manages code duplication in different languages. SolidTA analyzes development trends over time based on version control systems and software metrics. The tools can be used individually or together and work with various languages and version control systems.
Adding the Awesomesauce Flavor with IE9 Pinned SitesJohn Bristowe
By now, you’ve heard about pinned sites in Internet Explorer 9. And, you’ve probably even used them yourself. But, did you know that this feature can help increase site visits and engagements by as much as 50%? In this session, you’ll hear stories of Pinned Site implementations by some of the most popular websites on the web today. You’ll also discover how to support pinned sites with a few lines of markup. Finally, you’ll learn best practices that will help you deliver an awesome experience to your visitors.
Edge computing and the Internet of Things bring great promise, but often just getting data from the edge requires moving mountains. Let's learn how to make edge data ingestion and analytics easier using StreamSets Data Collector edge, an ultralight, platform independent and small-footprint Open Source solution written in Go for streaming data from resource-constrained sensors and personal devices (like medical equipment or smartphones) to Apache Kafka, Amazon Kinesis and many others. This talk includes an overview of the SDC Edge main features, supported protocols and available processors for data transformation, insights on how it solves some challenges of traditional approaches to data ingestion, pipeline design basics, a walk-through some practical applications (Android devices and Raspberry Pi) and its integration with other technologies such as Streamsets Data Collector, Apache Kafka, Apache Hadoop, InfluxDB and Grafana. The goal here is to make attendees ready to quickly become IoT data intake and SDC Edge Ninjas.
Speaker
Guglielmo Iozzia, Big Data Delivery Manager, Optum (United Health)
Adding the Awesomesauce Flavor with IE9 Pinned SitesJohn Bristowe
By now, you’ve heard about pinned sites in Internet Explorer 9. And, you’ve probably even used them yourself. But, did you know that this feature can help increase site visits and engagements by as much as 50%? In this session, you’ll hear stories of Pinned Site implementations by some of the most popular websites on the web today. You’ll also discover how to support pinned sites with a few lines of markup. Finally, you’ll learn best practices that will help you deliver an awesome experience to your visitors.
Edge computing and the Internet of Things bring great promise, but often just getting data from the edge requires moving mountains. Let's learn how to make edge data ingestion and analytics easier using StreamSets Data Collector edge, an ultralight, platform independent and small-footprint Open Source solution written in Go for streaming data from resource-constrained sensors and personal devices (like medical equipment or smartphones) to Apache Kafka, Amazon Kinesis and many others. This talk includes an overview of the SDC Edge main features, supported protocols and available processors for data transformation, insights on how it solves some challenges of traditional approaches to data ingestion, pipeline design basics, a walk-through some practical applications (Android devices and Raspberry Pi) and its integration with other technologies such as Streamsets Data Collector, Apache Kafka, Apache Hadoop, InfluxDB and Grafana. The goal here is to make attendees ready to quickly become IoT data intake and SDC Edge Ninjas.
Speaker
Guglielmo Iozzia, Big Data Delivery Manager, Optum (United Health)
DITAS Cloud Platform allows developers to design data-intensive applications, deploy them on a mixed cloud/edge environment and execute the resulting distributed application in an optimal way by exploiting the data and computation movement strategies, no matter the number of different devices, their type and the heterogeneity of runtime environments. It brings to your developer toolbox the best of Cloud & Edge worlds.
EffectiveSoft is a custom software development firm located in Minsk, Belarus (Eastern Europe). We offer full cycle custom software programming services, from product idea, offshore software development and enhancement to outsourcing support and maintenance. EffectiveSoft employs about 200 software specialists coming from different academic backgrounds and having a broad set of skills and solid experience. We are able to balance product development efforts and project duration to your business needs.
Study and Comparison of Open Source and Licensed VLSI CAD Tools using CMOS De...ijsrd.com
the design of VLSI circuits can be achieved at many different refinement levels from the most detailed layout to the most abstract architectures. VLSI design has been the study of electronic design automation and related semiconductor science, and many software tools have been written to solve one or more problems associated with the VLSI design flow. VLSI CAD tools have emerged as a boon in assisting VLSI Design engineers to choose and optimize various design models and technology. The importance of CAD tool can be understood by seeing its complex algorithms, data structures and modeling assumptions used in each of the following steps namely logic synthesis, logic verification, layout synthesis, timing verification and many others. Thus a number of standard tools have emerged to design and analyze VLSI chip from one step of the flow to another. Computer-aided design (CAD) is the use of computer systems to assist in the creation, modification, analysis, or optimization of a design. Computer aids in VLSI now offer advance capabilities so engineers can better visualize their product designs. The VLSI CAD tools work sideways together with chip designers to design and analyze entire semiconductor chips. In this paper, a number of open-source and licensed CAD tools will be studied and compared. The tools have been used for various commercial and academic purposes in various companies and universities at different design abstraction levels. This paper will help to comprehend many EDA tools and help to select appropriate computer aid for chip design.
I have Over 8+ years of experience as a DevOps Engineer. I came across an interesting position of DevOps Engineering position on your Linked post. Constantly updating my skill set, I am proficient in DevOps Tools like Git, Jenkins Pipeline Automation, AWS, Chef, Ansible, Kubernetes, Terraform, Docker, Shell Scripting,ELK, Jfrog and Prometheus.
Automated software modernisation is the best solution that is fast, low cost, preserves legacy value and is less risky by comparison to the traditional methodology of a re-write or replacement by packaged ERP. Object Management Groups (OMGs) Model Driven Architecture (MDA) methodology provides an automated model-driven reverse engineering and forward engineering process called Architecture Driven Modernisation (ADM) which has already been successfully adopted by a variety of high profile organisations such as Boeing, U.S. Air Force, Raytheon, EDS, Thales (European Aerospace) and numerous governments worldwide.
WORPCLOUD LTD is focused on being an Automated Software Modernisation Expert. We use OMG compliant tools and parsing techniques to extract all system information, business semantics and software artifacts into an XML repository called the Abstract Syntax Tree Metamodel. Next we use MDAs automated transformation procedures to generate new source code of your choice. Manual architecting of the target system are also performed before the transformation thus ensuring; speed, low cost and accuracy of the automated process combined with the flexibility & insight of human analysis.
Research reveals that application modernisation and migration budgets are currently very strong, covering between 25% to 71% of most companies IT budgets in 2013/2014. This clearly indicates that application modernisation is one of the most significant issues affecting companies – due to high software maintenance costs, low business flexibility and crippled integration and interoperability. Software modernisation is the sole remedy for these problems and your organisation can make huge savings by modernising.
Automated software modernisation is the best solution that is fast, low cost, preserves legacy value and is less risky by comparison to the traditional methodology of a re-write or replacement by packaged ERP. Object Management Groups (OMGs) Model Driven Architecture (MDA) methodology provides an automated model-driven reverse engineering and forward engineering process called Architecture Driven Modernisation (ADM) which has already been successfully adopted by a variety of high profile organisations such as Boeing, U.S. Air Force, Raytheon, EDS, Thales (European Aerospace) and numerous governments worldwide.
WORPCLOUD LTD is focused on being an Automated Software Modernisation Expert. We use OMG compliant tools and parsing techniques to extract all system information, business semantics and software artifacts into an XML repository called the Abstract Syntax Tree Metamodel. Next we use MDAs automated transformation procedures to generate new source code of your choice. Manual architecting of the target system are also performed before the transformation thus ensuring; speed, low cost and accuracy of the automated process combined with the flexibility & insight of human analysis.
Research reveals that application modernisation and migration budgets are currently very strong, covering between 25% to 71% of most companies IT budgets in 2013/2014. This clearly indicates that application modernisation is one of the most significant issues affecting companies – due to high software maintenance costs, low business flexibility and crippled integration and interoperability. Software modernisation is the sole remedy for these problems and your organisation can make huge savings by modernising.
This presentation was part of the Cloudify and XLAB Research Webinar about DevOps for Data Intensive Applications.
In this webinar we discussed how to leverage automation for your big data applications, using DICE tools based on the Cloudify Open Source Orchestration.
We want to make sure that developers use the time to develop their big data applications and not have to worry about deployment and operations, and have the shortest time to delivery possible.
We also cover using the DICE deployment tools for automated deployment of Spark, Storm, Cassandra or Hadoop.
DITAS Cloud Platform allows developers to design data-intensive applications, deploy them on a mixed cloud/edge environment and execute the resulting distributed application in an optimal way by exploiting the data and computation movement strategies, no matter the number of different devices, their type and the heterogeneity of runtime environments. It brings to your developer toolbox the best of Cloud & Edge worlds.
DITAS Cloud Platform allows developers to design data-intensive applications, deploy them on a mixed cloud/edge environment and execute the resulting distributed application in an optimal way by exploiting the data and computation movement strategies, no matter the number of different devices, their type and the heterogeneity of runtime environments. It brings to your developer toolbox the best of Cloud & Edge worlds.
EffectiveSoft is a custom software development firm located in Minsk, Belarus (Eastern Europe). We offer full cycle custom software programming services, from product idea, offshore software development and enhancement to outsourcing support and maintenance. EffectiveSoft employs about 200 software specialists coming from different academic backgrounds and having a broad set of skills and solid experience. We are able to balance product development efforts and project duration to your business needs.
Study and Comparison of Open Source and Licensed VLSI CAD Tools using CMOS De...ijsrd.com
the design of VLSI circuits can be achieved at many different refinement levels from the most detailed layout to the most abstract architectures. VLSI design has been the study of electronic design automation and related semiconductor science, and many software tools have been written to solve one or more problems associated with the VLSI design flow. VLSI CAD tools have emerged as a boon in assisting VLSI Design engineers to choose and optimize various design models and technology. The importance of CAD tool can be understood by seeing its complex algorithms, data structures and modeling assumptions used in each of the following steps namely logic synthesis, logic verification, layout synthesis, timing verification and many others. Thus a number of standard tools have emerged to design and analyze VLSI chip from one step of the flow to another. Computer-aided design (CAD) is the use of computer systems to assist in the creation, modification, analysis, or optimization of a design. Computer aids in VLSI now offer advance capabilities so engineers can better visualize their product designs. The VLSI CAD tools work sideways together with chip designers to design and analyze entire semiconductor chips. In this paper, a number of open-source and licensed CAD tools will be studied and compared. The tools have been used for various commercial and academic purposes in various companies and universities at different design abstraction levels. This paper will help to comprehend many EDA tools and help to select appropriate computer aid for chip design.
I have Over 8+ years of experience as a DevOps Engineer. I came across an interesting position of DevOps Engineering position on your Linked post. Constantly updating my skill set, I am proficient in DevOps Tools like Git, Jenkins Pipeline Automation, AWS, Chef, Ansible, Kubernetes, Terraform, Docker, Shell Scripting,ELK, Jfrog and Prometheus.
Automated software modernisation is the best solution that is fast, low cost, preserves legacy value and is less risky by comparison to the traditional methodology of a re-write or replacement by packaged ERP. Object Management Groups (OMGs) Model Driven Architecture (MDA) methodology provides an automated model-driven reverse engineering and forward engineering process called Architecture Driven Modernisation (ADM) which has already been successfully adopted by a variety of high profile organisations such as Boeing, U.S. Air Force, Raytheon, EDS, Thales (European Aerospace) and numerous governments worldwide.
WORPCLOUD LTD is focused on being an Automated Software Modernisation Expert. We use OMG compliant tools and parsing techniques to extract all system information, business semantics and software artifacts into an XML repository called the Abstract Syntax Tree Metamodel. Next we use MDAs automated transformation procedures to generate new source code of your choice. Manual architecting of the target system are also performed before the transformation thus ensuring; speed, low cost and accuracy of the automated process combined with the flexibility & insight of human analysis.
Research reveals that application modernisation and migration budgets are currently very strong, covering between 25% to 71% of most companies IT budgets in 2013/2014. This clearly indicates that application modernisation is one of the most significant issues affecting companies – due to high software maintenance costs, low business flexibility and crippled integration and interoperability. Software modernisation is the sole remedy for these problems and your organisation can make huge savings by modernising.
Automated software modernisation is the best solution that is fast, low cost, preserves legacy value and is less risky by comparison to the traditional methodology of a re-write or replacement by packaged ERP. Object Management Groups (OMGs) Model Driven Architecture (MDA) methodology provides an automated model-driven reverse engineering and forward engineering process called Architecture Driven Modernisation (ADM) which has already been successfully adopted by a variety of high profile organisations such as Boeing, U.S. Air Force, Raytheon, EDS, Thales (European Aerospace) and numerous governments worldwide.
WORPCLOUD LTD is focused on being an Automated Software Modernisation Expert. We use OMG compliant tools and parsing techniques to extract all system information, business semantics and software artifacts into an XML repository called the Abstract Syntax Tree Metamodel. Next we use MDAs automated transformation procedures to generate new source code of your choice. Manual architecting of the target system are also performed before the transformation thus ensuring; speed, low cost and accuracy of the automated process combined with the flexibility & insight of human analysis.
Research reveals that application modernisation and migration budgets are currently very strong, covering between 25% to 71% of most companies IT budgets in 2013/2014. This clearly indicates that application modernisation is one of the most significant issues affecting companies – due to high software maintenance costs, low business flexibility and crippled integration and interoperability. Software modernisation is the sole remedy for these problems and your organisation can make huge savings by modernising.
This presentation was part of the Cloudify and XLAB Research Webinar about DevOps for Data Intensive Applications.
In this webinar we discussed how to leverage automation for your big data applications, using DICE tools based on the Cloudify Open Source Orchestration.
We want to make sure that developers use the time to develop their big data applications and not have to worry about deployment and operations, and have the shortest time to delivery possible.
We also cover using the DICE deployment tools for automated deployment of Spark, Storm, Cassandra or Hadoop.
DITAS Cloud Platform allows developers to design data-intensive applications, deploy them on a mixed cloud/edge environment and execute the resulting distributed application in an optimal way by exploiting the data and computation movement strategies, no matter the number of different devices, their type and the heterogeneity of runtime environments. It brings to your developer toolbox the best of Cloud & Edge worlds.
2. Application Portfolio Overview (1/2) SolidFX: Solid Fact Extractor Static analysis of large C/C++ programs (> 10 MLOC) (C/C++) SolidSX: Solid Software Explorer Visual analysis of metrics and dependencies in software stacks (C/C++, Java, C#) SolidCD: Solid Code Clone Detector Detection and management of code duplication (C, C++, C#, Java) SolidTA: Solid Trend Analyzer Analysis of development trends based on the change history stored in versioning systems and on software metrics computed on specified snapshots (CVS, Subversion – off the shelf; GIT, PVCS, CM Synergy, ClearCase– with customization).
11. Reducing the application memory footprint.Fast and scalable SolidCD can analyze thousands of files in a matter of minutes*. It uses caches for preprocessed information, so the second time it runs even faster. In many scenarios it can be executed on the fly, enabling quick and timely assessment of code duplication (e.g., before committing code to a versioning repository). *) The recorded end-to-end analysis time of the Azureus code stack (Java application with 3240 files 28MB) on a Intel® Core™2 Duo CPU @2.2 GHz with 4GB RAM was 75 seconds. Tolerant to variations SolidCD does not look only for exactly duplicated code fragments. Most of the times when code is duplicated, developers perform some modifications such as renaming variables or inserting/deleting some code. SolidCD is able to cope with such modifications, while still recognizing the modified piece of code as a duplicate. Additionally, SolidCD pinpoints the actual differences in the code, so developers can easily assess the required refactoring effort. Informative SolidCD can be used both by developers, architects and project managers. The detailed code views enable developers to precisely locate the duplicated code fragments; the visual overview enable architects to assess the architectural implications of duplications in order to initiate and prioritize refactoring; the aggregated duplication metrics enable managers to take informed decisions regarding maintenance and to trigger timely actions. Configurable The clone detection engine of SolidCD can be configured for various detection strategies and accuracy levels, to suit specific analysis contexts and needs. Easy to integrate SolidCD can be integrated in the build environment via a command line interface. In this way the clone detection operation can be executed in batch mode, for example together with the nightly builds.
12. SolidTA – Solid Trend Analyzer The Solid Trend Analyzer (SolidTA)is a stand-alone, non-intrusive solution for monitoring and investigating software trends. SolidTA is able to extract and present a number of standard and proprietary metrics, allowing the user to assess the evolution of various software quality indicators for industry-sized software repositories. SolidTA presents the analysis results in an intuitive, visually appealing way to enable users to discover trend correlations and make decisions based on factual data. SolidTA supports a wide range of data sources and analyses. SolidTA offers novel software trend analyses based on well-known software metrics (LOC, cyclomatic complexity, object-oriented metrics), as well as an innovative family of evolutionary coupling metrics. SolidTA is flexible. It supports CVS and Subversion repositories containing software projects written in any programming language, and is extensible with software analysis and visualization plug-ins for languages-specific code analysis and metrics for C/C++/Java/C#, such as those provided by the SolidFX C/C++ analyzer. SolidTA can integrate other sources of information, such as Bugzilla databases and other defect tracking and test reporting systems. Support for GIT, PVCS, CM Synergy, and ClearCase repositories can be provided on demand. SolidTA is highly scalable. It can be used to track the evolution of projects with tens of thousands of files, containing code contributed by hundreds of developers, covering a span of up to 20 development years.
13. Contact SolidSource B.V.Luchthavenweg 81.144A5657 EA EindhovenThe Netherlands www.solidsourceit.com Tel : (+31) 040.203.4290 Fax : (+31) 040.203.4295 Mobile : (+31) 06.14.36.3842 For detailed information on our solutions, products and services you can also contact us at:info@solidsourceit.com