forwarding, encapsula�on, etc. An in-kernel verifier ensures that BPF programs are safe to run and a JIT compiler converts the bytecode to CPU architecture specific instruc�ons for na�ve execu�on efficiency. BPF Cilium container image cilium/cilium , clang+LLVM is included in the container image. LLVM is the compiler suite that Cilium uses to generate BPF bytecode programs to be loaded into the Linux kernel. The version : v0.4.1 build date : 2018-01-24 git hash : 37d9ea0a go version : go1.9.1 go compiler : gc platform : linux/amd64 A�er that, you can edit the Gopkg.toml file, add the library

encapsulation, etc. An in- kernel verifier ensures that BPF programs are safe to run and a JIT compiler converts the bytecode to CPU architecture specific instructions for native execution efficiency Cilium container image cilium/cilium, clang+LLVM is included in the container image. LLVM is the compiler suite that Cilium uses to generate BPF bytecode programs to be loaded into the Linux kernel. The version : v0.4.1 build date : 2018-01-24 git hash : 37d9ea0a go version : go1.9.1 go compiler : gc platform : linux/amd64 After that, you can edit the Gopkg.toml file, add the library that

encapsulation, etc. An in- kernel verifier ensures that BPF programs are safe to run and a JIT compiler converts the bytecode to CPU architecture specific instructions for native execution efficiency Cilium container image cilium/cilium, clang+LLVM is included in the container image. LLVM is the compiler suite that Cilium uses to generate BPF bytecode programs to be loaded into the Linux kernel. The can be compiled into BPF instructions through a compiler back end (e.g. LLVM), so that the kernel can later on map them through an in-kernel JIT compiler into native opcodes for optimal execution performance

forwarding, encapsulation, etc. An in-kernel verifier ensures that BPF programs are safe to run and a JIT compiler converts the bytecode to CPU architecture specific instructions for native execution efficiency Cilium container image cilium/cilium, clang+LLVM is included in the container image. LLVM is the compiler suite that Cilium uses to generate BPF bytecode programs to be loaded into the Linux kernel. The debug Cilium data races and deadlocks. To debug data races, Golang allows -race to be passed to the compiler to compile Cilium with race detection. Additionally, the flag can be provided to go test to detect

encapsulation, etc. An in-kernel verifier ensures that eBPF programs are safe to run and a JIT compiler converts the bytecode to CPU architecture specific instructions for native execution efficiency Cilium container image cilium/cilium, clang+LLVM is included in the container image. LLVM is the compiler suite that Cilium uses to generate eBPF bytecode programs to be loaded into the Linux kernel. The debug Cilium data races and deadlocks. To debug data races, Golang allows -race to be passed to the compiler to compile Cilium with race detection. Additionally, the flag can be provided to go test to detect

encapsulation, etc. An in-kernel verifier ensures that eBPF programs are safe to run and a JIT compiler converts the bytecode to CPU architecture specific instructions for native execution efficiency Cilium container image cilium/cilium, clang+LLVM is included in the container image. LLVM is the compiler suite that Cilium uses to generate eBPF bytecode programs to be loaded into the Linux kernel. The debug Cilium data races and deadlocks. To debug data races, Golang allows -race to be passed to the compiler to compile Cilium with race detection. Additionally, the flag can be provided to go test to detect

encapsulation, etc. An in-kernel verifier ensures that eBPF programs are safe to run and a JIT compiler converts the bytecode to CPU architecture specific instructions for native execution efficiency Cilium container image cilium/cilium, clang+LLVM is included in the container image. LLVM is the compiler suite that Cilium uses to generate eBPF bytecode programs to be loaded into the Linux kernel. The debug Cilium data races and deadlocks. To debug data races, Golang allows -race to be passed to the compiler to compile Cilium with race detection. Additionally, the flag can be provided to go test to detect