The Qt WebKit Integration provides a powerful framework to seamlessly integrate web technologies into applications, where web content can interact with Qt components. This presentation introduces the QtWebKit APIs, the underlying engine and new features coming in future releases.
Presentation by Kenneth Christiansen held during Qt Developer Days 2009.
http://qt.nokia.com/developer/learning/elearning
While known for its first-class JSON handling for Java, Jackson is not limited to JSON: with no fewer than 9 supported data formats it can be used for reading and writing data in almost any data format. This talk offers introduction to reading and writing XML and CSV using Jackson.
O documento resume as estatísticas e oportunidades de anúncios no blog O Reacionário. Em números, o blog teve 2 milhões de visualizações em janeiro de 2020 e a média de público em fevereiro foi de 300 mil visitantes por dia. O blog também é um dos 50 mais compartilhados nas redes sociais e aparece à frente de veículos tradicionais.
The Qt WebKit Integration provides a powerful framework to seamlessly integrate web technologies into applications, where web content can interact with Qt components. This presentation introduces the QtWebKit APIs, the underlying engine and new features coming in future releases.
Presentation by Kenneth Christiansen held during Qt Developer Days 2009.
http://qt.nokia.com/developer/learning/elearning
While known for its first-class JSON handling for Java, Jackson is not limited to JSON: with no fewer than 9 supported data formats it can be used for reading and writing data in almost any data format. This talk offers introduction to reading and writing XML and CSV using Jackson.
O documento resume as estatísticas e oportunidades de anúncios no blog O Reacionário. Em números, o blog teve 2 milhões de visualizações em janeiro de 2020 e a média de público em fevereiro foi de 300 mil visitantes por dia. O blog também é um dos 50 mais compartilhados nas redes sociais e aparece à frente de veículos tradicionais.
Este documento describe una práctica de electrónica sobre fotorresistencias y amplificadores operacionales. Presenta información sobre fotorresistencias, su símbolo eléctrico y cómo funcionan. Explica cómo calcular los valores de resistencias para un amplificador no inversor utilizando una fotorresistencia y lograr diferentes niveles de ganancia. Finalmente, detalla el uso de un rele y un triac para controlar una lámpara de 110 voltios usando la señal de salida del amplificador.
Load / Frequency balancing Control systems studyCAL
In this project, the load and frequency control problem on the power generator at 'Britannia sugar factory' is investigated under different governor action. The existing system employs a Mechanical-hydraulic governor. It is desired to improve the system's response to load disturbances on the interconnected power grid.
The document discusses optimizing Perl code for prime number generation and Fibonacci number calculation. It explores different algorithms and data structures to improve performance, including memoization, struct of arrays, and avoiding unnecessary function calls in loops. Benchmark results show the optimizations significantly reduce execution times from hundreds of milliseconds to under 1 millisecond.
Este documento describe una práctica de electrónica sobre fotorresistencias y amplificadores operacionales. Presenta información sobre fotorresistencias, su símbolo eléctrico y cómo funcionan. Explica cómo calcular los valores de resistencias para un amplificador no inversor utilizando una fotorresistencia y lograr diferentes niveles de ganancia. Finalmente, detalla el uso de un rele y un triac para controlar una lámpara de 110 voltios usando la señal de salida del amplificador.
Load / Frequency balancing Control systems studyCAL
In this project, the load and frequency control problem on the power generator at 'Britannia sugar factory' is investigated under different governor action. The existing system employs a Mechanical-hydraulic governor. It is desired to improve the system's response to load disturbances on the interconnected power grid.
The document discusses optimizing Perl code for prime number generation and Fibonacci number calculation. It explores different algorithms and data structures to improve performance, including memoization, struct of arrays, and avoiding unnecessary function calls in loops. Benchmark results show the optimizations significantly reduce execution times from hundreds of milliseconds to under 1 millisecond.