// Generates a 32 character random signature
func main() {
commander.Go(func() {
commander.Map(commander.DefaultCommand, "", "",
func(args objx.Map) {
fmt.Println(signature.RandomKey(32))
})
commander.Map("len length=(int)", "Key length",
"Specify the length of the generated key",
func(args objx.Map) {
length := args.Get("length").Int()
fmt.Println(signature.RandomKey(length))
})
})
}
func main() {
var config = readConfig()
exclusions = config[configKeyExclusions].([]string)
commander.Go(func() {
commander.Map(commander.DefaultCommand, "", "",
func(args objx.Map) {
name := ""
if _, ok := args["name"]; ok {
name = args["name"].(string)
}
if installTests(name) {
runTests(name)
} else {
fmt.Printf("Test dependency installation failed. Aborting test run.\n\n")
}
})
commander.Map("test [name=(string)]", "Runs tests, or named test",
"If no name argument is specified, runs all tests recursively. If a name argument is specified, runs just that test, unless the argument is \"all\", in which case it runs all tests, including those in the exclusion list.",
func(args objx.Map) {
name := ""
if _, ok := args["name"]; ok {
name = args["name"].(string)
}
if installTests(name) {
runTests(name)
} else {
fmt.Println("Test dependency installation failed. Aborting test run.")
}
})
commander.Map("install [name=(string)]", "Installs tests, or named test",
"If no name argument is specified, installs all tests recursively. If a name argument is specified, installs just that test, unless the argument is \"all\", in which case it installs all tests, including those in the exclusion list.",
func(args objx.Map) {
name := ""
if _, ok := args["name"]; ok {
name = args["name"].(string)
}
installTests(name)
})
commander.Map("vet [name=(string)]", "Vets packages, or named package",
"If no name argument is specified, vets all packages recursively. If a name argument is specified, vets just that package, unless the argument is \"all\", in which case it vets all packages, including those in the exclusion list.",
func(args objx.Map) {
name := ""
if _, ok := args["name"]; ok {
name = args["name"].(string)
}
vetPackages(name)
})
commander.Map("race [name=(string)]", "Runs race detector on tests, or named test",
"If no name argument is specified, race tests all tests recursively. If a name argument is specified, vets just that test, unless the argument is \"all\", in which case it vets all tests, including those in the exclusion list.",
func(args objx.Map) {
name := ""
if _, ok := args["name"]; ok {
name = args["name"].(string)
}
raceTests(name)
})
commander.Map("exclude name=(string)", "Excludes the named directory from recursion",
"An excluded directory will be skipped when walking the directory tree. Any subdirectories of the excluded directory will also be skipped.",
func(args objx.Map) {
exclude(args["name"].(string), config)
fmt.Printf("\nExcluded \"%s\" from being examined during recursion.\n", args["name"].(string))
config = readConfig()
exclusions = config[configKeyExclusions].([]string)
fmt.Printf("\n%s\n\n", formatExclusionsForPrint(exclusions))
})
commander.Map("include name=(string)", "Removes the named directory from the exclusion list", "",
func(args objx.Map) {
include(args["name"].(string), config)
fmt.Printf("\nRemoved \"%s\" from the exclusion list.\n", args["name"].(string))
fmt.Printf("\n%s\n\n", formatExclusionsForPrint(exclusions))
})
commander.Map("exclusions", "Prints the exclusion list", "",
func(args objx.Map) {
fmt.Printf("\n%s\n\n", formatExclusionsForPrint(exclusions))
})
})
}