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Most go commands may run in Module-aware mode or GOPATH mode. Inmodule-aware mode, the go command uses go.mod files to find versioneddependencies, and it typically loads packages out of the modulecache, downloading modules if they are missing. In GOPATHmode, the go command ignores modules; it looks in vendordirectories and in GOPATH to find dependencies.
When using modules, the go command typically satisfies dependencies bydownloading modules from their sources into the module cache, then loadingpackages from those downloaded copies. Vendoring may be used to allowinteroperation with older versions of Go, or to ensure that all files used for abuild are stored in a single file tree.
go mod verify checks that dependencies of the main modulestored in the module cache have not been modified sincethey were downloaded. To perform this check, go mod verify hashes eachdownloaded module .zip file and extracted directory, thencompares those hashes with a hash recorded when the module was firstdownloaded. go mod verify checks each module in the buildlist (which may be printed with go list -m all).
In contrast, go mod verify checks that module .zip files and their extracteddirectories have hashes that match hashes recorded in the module cache when theywere first downloaded. This is useful for detecting changes to files in themodule cache after a module has been downloaded and verified. go mod verifydoes not download content for modules not in the cache, and it does not usego.sum files to verify module content. However, go mod verify may downloadgo.mod files in order to perform minimal versionselection. It will use go.sum to verify thosefiles, and it may add go.sum entries for missing hashes.
The go command caches most content it downloads from module proxies in itsmodule cache in $GOPATH/pkg/mod/cache/download. Even when downloading directlyfrom version control systems, the go command synthesizes explicit info,mod, and zip files and stores them in this directory, the same as if it haddownloaded them directly from a proxy. The cache layout is the same as the proxyURL space, so serving $GOPATH/pkg/mod/cache/download at (or copying it to) would let users access cached module versions bysetting GOPROXY to
When the go command computes the build list, it loads the go.mod file foreach module in the module graph. If a go.mod file is notin the cache, the go command will download it from the proxy using a$module/@v/$version.mod request (where $module is the module path and$version is the version). These requests can be tested with a tool likecurl. For example, the command below downloads the go.mod file forgolang.org/x/mod at version v0.2.0:
In order to load a package, the go command needs the source code for themodule that provides it. Module source code is distributed in .zip files whichare extracted into the module cache. If a module .zip is not in the cache,the go command will download it using a $module/@v/$version.zip request.
Note that .mod and .zip requests are separate, even though go.mod filesare usually contained within .zip files. The go command may need to downloadgo.mod files for many different modules, and .mod files are much smallerthan .zip files. Additionally, if a Go project does not have a go.mod file,the proxy will serve a synthetic go.mod file that only contains a moduledirective. Synthetic go.mod files are generated by thego command when downloading from a version control system.
Once the go command has found the module root directory, it creates a .zipfile of the contents of the directory, then extracts the .zip file into themodule cache. See File path and size constraintsfor details on what files may be included in the .zip file. The contents ofthe .zip file are authenticated before extraction into themodule cache the same way they would be if the .zip file were downloaded froma proxy.
The go mod download command downloads zip filesfor one or more modules, then extracts those files into the modulecache. Depending on GOP