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Modern operating system kernels are written in lower-level languages such asC. Although the low-level functionalities of C are often useful within kernels,they also give rise to several classes of bugs. Kernels written in higher levellanguages avoid many of these potential problems, at the possible cost ofdecreased performance. This research evaluates the advantages and disadvantagesof a kernel written in a higher level language. To do this, the network stacksubsystem of the kernel was implemented in Go with the Communicating SequentialProcesses (CSP) style. Go is a high-level programming language that supportsthe CSP style, which recommends splitting large tasks into several smaller onesrunning in independent "threads". Modules for the major networking protocols,including Ethernet, ARP, IPv4, ICMP, UDP, and TCP, were implemented. In thisstudy, the implemented Go network stack, called GoNet, was compared to arepresentative network stack written in C. The GoNet code is more readable andgenerally performs better than that of its C stack counterparts. From this, itcan be concluded that Go with CSP style is a viable alternative to C for thelanguage of kernel implementations.

An Implementation and Analysis of a Kernel Network Stack in Go with the CSP Style