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package main
import (
"embed"
"errors"
"os"
"path/filepath"
"go.wit.com/lib/env"
"go.wit.com/lib/gui/shell"
"go.wit.com/lib/protobuf/argvpb"
"go.wit.com/lib/protobuf/zoopb"
"go.wit.com/log"
)
//go:embed resources/*
var resources embed.FS
func main() {
me = new(mainType)
argvpb.Init(&argv, APPNAME, BUILDTIME, VERSION) // adds shell auto-complete
env.LoadEtc() // loads settings from /etc/mirrors.d/
env.PrintTable()
// read in protobuf file
me.pb = zoopb.NewPackages()
me.pb.Filename = env.GetPanic("mirrors.pb")
if err := me.pb.Load(); err != nil {
me.pb.BaseDir = env.GetPanic("BaseDir")
me.pb.Save()
argvpb.GoodExit("created new pb file: " + me.pb.Filename + ". rerun mirrors.")
}
// force check the PB variable
// todo: redo all this now that there is a generalized lib/config/
if me.pb.BaseDir != env.GetPanic("BaseDir") {
me.pb.BaseDir = env.GetPanic("BaseDir")
me.pb.Save()
argvpb.BadExit("pb.BaseDir is bank", nil)
}
if err := os.Chdir(me.pb.BaseDir); err != nil {
argvpb.BadExit("no '"+me.pb.BaseDir+"' directory", err)
}
if !shell.IsDir("pool/") {
argvpb.BadExit("no "+filepath.Join(me.pb.BaseDir, "pool")+" directory", errors.New("mount -a ? missing wit/pool/"))
}
if argvpb.PB.GetCmd() == "" {
// move files from inccoming into pooo/
s, err := doIncoming(me.pb)
if err != nil {
argvpb.BadExit(s, err)
}
argvpb.GoodExit(s)
// STANDARD START END
}
//// start standard argv subcommand processing here ////
var s string
var err error
// handling of argv subcommands
if argv.Walk != nil {
s, err = doWalk()
}
if argv.Incoming != nil {
s, err = doIncoming(me.pb)
}
if argv.Newest != nil {
all := doGetNewest("amd64")
s = "newest .deb files table: " + all.PrintTable()
}
if argv.List != nil {
s, err = doList()
}
if argv.Verify != nil {
s, err = doVerify()
}
if argv.SignRelease != nil {
err = doPurge()
s, err = makePackagesFile("riscv64")
err = doSignRelease()
}
if argv.Everything != nil {
// move files to the right place
s, err = doIncoming(me.pb)
if err != nil {
argvpb.BadExit(s, err)
}
// add the filenames to the .pb
s, err = doWalk()
if err != nil {
argvpb.BadExit(s, err)
}
// verify all the packages
s, err = doVerify()
if err != nil {
argvpb.BadExit(s, err)
}
// print a table of the newest packages
all := doGetNewest("amd64")
s = "newest .deb files table: " + all.PrintTable()
log.Info("newest files are:", s)
err = doPurge()
if err != nil {
argvpb.BadExit("could not purge dists/", err)
}
// make and GPG sign the Release files
// s, err = makePackagesFile("riscv64")
s, err = makePackagesFile("amd64")
// s, err = makePackagesFile("arm64")
err = doSignRelease()
// add --update
cmd := []string{"apt-get", "update"}
cmd = append(cmd, "-o", "Dir::Etc::sourcelist=/etc/apt/sources.list.d/wit.list")
cmd = append(cmd, "-o", "Dir::Etc::sourceparts=/dev/null")
cmd = append(cmd, "-o", "APT::Get::List-Cleanup=0")
log.Info("apt update :", cmd)
log.Info("")
shell.RunVerbose(cmd)
}
if err != nil {
argvpb.BadExit(s, err)
}
argvpb.GoodExit(s)
}
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