func TestNexFSRoot(t *testing.T) {
r := GetFileNex("/").Nex
n := nex.Path(r).Nex
if n.Value().String() != "/" {
t.Error("/ !=", n.Value().String())
}
}
func serverMain() {
cfgFilePath, err := assets.Locate(cfgFileName)
if err != nil {
tlog.Fatal("Cannot locate configuration file: ", err)
}
cfg, err := readConfigFile(cfgFilePath)
if err != nil {
tlog.Fatal("Cannot read configuration file: ", err)
}
hdm := hdm.NewHdm(cfg)
space := hdm.NewSpace()
textFile := nex.Path(nexsys.GetFileNex("main.go"), nexsys.TextFile)
space.NewSurf().Add(textFile).Expand(100, nex.TopType)
space.NewSurf().Add(parse.Parse("main.go")).Expand(100, nex.TopType)
dir := "."
ndir := nexsys.GetFileNex(dir)
space.NewSurf().Add(ndir).Expand(2, nex.TopType)
recursiveAddFile(space, ndir)
netServer := netserv.NewServer(hdm.MasterChan())
netServer.Start()
}
func TestNexFSFile(t *testing.T) {
r := GetFileNex("/").Nex
n := nex.Path(r, "usr", "bin", "yes").Nex
if n.Value().String() != "yes" {
t.Error(n.Value().String(), "!=", "yes")
}
if n.Type() != File {
t.Error(n, " is not File type")
}
}
func TestNexFSTextFile(t *testing.T) {
r := GetFileNex("..").Nex
n := nex.Path(r, "README.md").Nex
if n.Value().String() != "README.md" {
t.Error(n.Value().String(), "!=", "README.md")
}
elevs := nex.Elevations(n)
for it, rn := nex.Iterate(elevs); rn.Err == nil; it, rn = it.Next() {
if rn.Nex.Type() == TextFile {
return
}
}
t.Error(n, " is not TextFile type")
}
func recursiveAddFile(space *hdm.Space, n nex.Nex) {
if n.Type().IsKindOf(nexsys.Directory) && !strings.HasPrefix(nex.String(n), ".") {
space.NewSurf().Add(n).Expand(2, nexsys.FileSystem)
for it, x := nex.IterateRels(n, nex.Sub); x != nil; it, x = it.Next() {
recursiveAddFile(space, x)
}
} else if n.Type().IsKindOf(nexsys.File) && isTextFile(n) {
textFile := nex.Path(n, nexsys.TextFile)
if _, rn := nex.IterateRels(n, nex.Elevation); rn != nil {
tlog.Println("elevated node ", textFile)
// textFile = rn
}
space.NewSurf().Add(textFile).Expand(100, nex.TopType)
}
}