package rank

import "time"

func _() {
	type strList []string
	wantsStrList := func(strList) {}

	var (
		convA string   //@item(convertA, "convA", "string", "var")
		convB []string //@item(convertB, "convB", "[]string", "var")
	)
	wantsStrList(strList(conv)) //@complete("))", convertB, convertA)
}

func _() {
	type myInt int

	const (
		convC        = "hi"    //@item(convertC, "convC", "string", "const")
		convD        = 123     //@item(convertD, "convD", "int", "const")
		convE int    = 123     //@item(convertE, "convE", "int", "const")
		convF string = "there" //@item(convertF, "convF", "string", "const")
		convG myInt  = 123     //@item(convertG, "convG", "myInt", "const")
	)

	var foo int
	foo = conv //@rank(" //", convertE, convertD)

	var mi myInt
	mi = conv //@rank(" //", convertG, convertD, convertE)
	mi + conv //@rank(" //", convertG, convertD, convertE)

	1 + conv //@rank(" //", convertD, convertC),rank(" //", convertE, convertC),rank(" //", convertG, convertC)

	type myString string
	var ms myString
	ms = conv //@rank(" //", convertC, convertF)

	type myUint uint32
	var mu myUint
	mu = conv //@rank(" //", convertD, convertE)

	// don't downrank constants when assigning to interface{}
	var _ interface{} = c //@rank(" //", convertD, complex)

	var _ time.Duration = conv //@rank(" //", convertD, convertE),snippet(" //", convertE, "time.Duration(convE)", "time.Duration(convE)")

	var convP myInt
	&convP            //@item(convertP, "&convP", "myInt", "var")
	var _ *int = conv //@snippet(" //", convertP, "(*int)(&convP)", "(*int)(&convP)")

	var ff float64 //@item(convertFloat, "ff", "float64", "var")
	f == convD     //@snippet(" =", convertFloat, "ff", "ff")
}