The new parallel file operations architecture is not limited to the synchronization step, but used throughout the application.
The idle time after issuing each file I/O request while waiting for the network response is not the limiting factor anymore: The number of parallel operations can be set as high as needed until the bandwidth is saturated and the network card is operating at full speed. This new design offers huge performance improvements for all scenarios that are dominated by latency, like synchronization against network shares or cloud devices including SFTP and FTP(S). During synchronization FreeFileSync will then spawn several tasks accordingly instead of processing only one file after another. It is now possible to specify the number of parallel file operations for each device inside the settings. The FreeFileSync Donation Edition with support for email notificationsĬan be obtained via the official website: įreeFileSync version 10 has added support for copying Virtual machine does not increase the overall device count anymore. Three devices is probably enough for most users, but not for all:įor donors who are maintaining a larger number of devices, theĪnd as an added bonus, installing FreeFileSync on a It's normal to own multiple devices and counting them instead. Without requiring some inconvenient form of authentication.įreeFileSync solves this problem by acknowledging that
Previously it wasn't clear how to "count users"
Each user may now install the Donation Edition on The conditions for the FreeFileSync Donation Edition have changed –įor the better. Just enter your email address in the synchronization settings and This is implemented by integrating a professional transactionalĮmail service (Mailgun) which means that no complicatedĬonfiguration is needed, e.g. Get their synchronization logs sent to them Join me, your guide, Spring developer advocate Josh Long, and we'll begin the reactive revolution together.With FreeFileSync version 10.20 donors to the project can now
Sure, it sounds like a lot, but don't worry! Spring Framework 5 introduced the Spring developer to a growing world of support for reactive programming across the Spring portfolio, starting with a new Netty-based web runtime, component model and module called Spring WebFlux, and then continuing to Spring Data Kay, Spring Security 5.0, Spring Boot 2.0 and Spring Cloud Finchley. Traditional approaches to integration bury the faulty nature of networks behind overly simplifying abstractions. Things break, and they often do so in subtle, but non-exceptional ways. Even if threads were cheap and infinitely scalable, we'd still be confronted with the faulty nature of networks. This wouldn't be such a big deal if we could add more threads cheaply, but threads are expensive on the JVM, and most other platforms. In traditional IO, work that is IO-bound dominates threads. Microservices and big-data increasingly confront us with the limitations of traditional input/output. We'll also look at how to ensure that API producers and API consumers work well together using consumer driven contract testing (CDCT) without sacrificing the testing pyramid for end-to-end integration tests. We'll look at how to test basic components, mocks, how to take advantage of test slices, and how to test web applications. In this talk, join Spring Developer Advocate Josh Long ( as he looks at how to test Spring applications and services. TDD gives developers the confidence to go faster, secure in the knowledge that what they break they will fix and be able to improve. It provides you with imminent-horizons that you can meet and measure. TDD allows you to proceed with confidence that you're building the right thing. Test driven development (TDD) gives you that.
How would you feel if you knew that any part of the code is a few ctrl+z's away from being shippable and delivered into production?
How would you feel if you knew that any pat of the code was at most a few minutes away from being shippable and delivered into production?