point of Go. I feel readability is the most important factor considered in designing Go. Great cross-platform support is also a selling point of Go, though this selling point is not much unique nowadays function calls. type embedding. type deduction. memory safety. automatic garbage collection. great cross-platform compatibility. custom generics (since Go 1.18). Besides the above features, further highlights concurrent garbage collection implementation in gc basically eliminated the lag problem. gc supports cross-platform compilation. For example, we can build a Windows executable on a Linux OS, and vice versa. Programs

point of Go. I feel readability is the most important factor considered in designing Go. Great cross-platform support is also a selling point of Go, though this selling point is not much unique nowadays function calls. type embedding. type deduction. memory safety. automatic garbage collection. great cross-platform compatibility. custom generics (since Go 1.18). Besides the above features, further highlights concurrent garbage collection implementation in gc basically eliminated the lag problem. gc supports cross-platform compilation. For example, we can build a Windows executable on a Linux OS, and vice versa.

point of Go. I feel readability is the most important factor considered in designing Go. Great cross-platform support is also a selling point of Go, though this selling point is not much unique nowadays calls. type embedding. type deduction. memory safety. automatic garbage collection. great cross-platform compatibility. custom generics (since Go 1.18). Besides the above features, further highlights concurrent garbage collection implementation in gc basically eliminated the lag problem. gc supports cross-platform compilation. For example, we can build a Windows executable on a Linux OS, and vice versa.

be portable (compiled Go programs are binaries that do not require other files to run and are cross-platform, so they can be distributed easily) be boring, stable, predictable, offer less opportunities

programmer, with capabilities such as intelligent code completion and auto-formatting. They are all cross-platform, so the steps I will be showing you should not be very different, even if you are not using Go projects only, developed by visualfc. Figure 1.4 Main panel of LiteIDE LiteIDE features. Cross-platform Windows Linux Mac OS Cross-compile Manage multiple compile environments Supports cross-compilation

progress, however there is some very decent support in certain editors. Some environments are cross-platform (indicated by CP) and can be used on Linux, OS X and Windows. Consult http://go-lang.cat-v plugin-architecture (based on QT, Kate and SciTE), containing all necessary features for comfortable Go cross-platform development, with very good editing, code-completion and debugging support. It has the concept

FLTK2 GUI toolkit bindings for Go lib go-gtk - Bindings for GTK cgo go-iup - Bindings for Iup, a cross-platform native widget GUI toolkit lib goosurface - An interface to Cairo via GTK cgo mdtwm - Tiling window