func doTest(t Test) {
bld := build.NewBuilder()
parseUCA(bld)
c, err := bld.Build()
Error(err)
c.Strength = collate.Tertiary
c.Alternate = collate.AltShifted
b := &collate.Buffer{}
if strings.Contains(t.name, "NON_IGNOR") {
c.Alternate = collate.AltNonIgnorable
}
prev := t.str[0]
for i := 1; i < len(t.str); i++ {
b.Reset()
s := t.str[i]
ka := c.Key(b, prev)
kb := c.Key(b, s)
if r := bytes.Compare(ka, kb); r == 1 {
fail(t, "%d: Key(%.4X) < Key(%.4X) (%X < %X) == %d; want -1 or 0", i, []rune(string(prev)), []rune(string(s)), ka, kb, r)
prev = s
continue
}
if r := c.Compare(prev, s); r == 1 {
fail(t, "%d: Compare(%.4X, %.4X) == %d; want -1 or 0", i, runes(prev), runes(s), r)
}
if r := c.Compare(s, prev); r == -1 {
fail(t, "%d: Compare(%.4X, %.4X) == %d; want 1 or 0", i, runes(s), runes(prev), r)
}
prev = s
}
}
func makeTable(in []input) (*collate.Collator, error) {
b := build.NewBuilder()
for _, r := range in {
b.Add([]rune(r.str), r.ces, nil)
}
return b.Build()
}
func makeTable(in []input) (*collate.Collator, error) {
b := build.NewBuilder()
for _, r := range in {
b.Add([]rune(r.str), r.ces)
}
c, err := b.Build("")
if err == nil {
collate.InitCollator(c)
}
return c, err
}
func makeTable(in []input) (*Collator, error) {
b := build.NewBuilder()
for _, r := range in {
if e := b.Add([]rune(r.str), r.ces, nil); e != nil {
panic(e)
}
}
t, err := b.Build()
if err != nil {
return nil, err
}
return NewFromTable(t), nil
}
func main() {
flag.Parse()
b := build.NewBuilder()
if *root != "" {
parseUCA(b)
}
if *cldr != "" {
if tables.contains("chars") {
parseMain()
}
parseCollation(b)
}
c, err := b.Build()
failOnError(err)
if *test {
testCollator(c)
} else {
fmt.Println("// Generated by running")
fmt.Printf("// maketables -root=%s -cldr=%s\n", *root, *cldr)
fmt.Println("// DO NOT EDIT")
fmt.Println("// TODO: implement more compact representation for sparse blocks.")
if *tags != "" {
fmt.Printf("// +build %s\n", *tags)
}
fmt.Println("")
fmt.Printf("package %s\n", *pkg)
if tables.contains("collate") {
fmt.Println("")
fmt.Println(`import "exp/norm"`)
fmt.Println("")
printCollators(c)
_, err = b.Print(os.Stdout)
failOnError(err)
}
if tables.contains("chars") {
printExemplarCharacters(os.Stdout)
}
}
}
func main() {
flag.Parse()
b := build.NewBuilder()
vartop := parseUCA(b)
_, err := b.Build("")
failonerror(err)
fmt.Println("// Generated by running")
fmt.Printf("// maketables --ducet=%s\n", *ducet)
fmt.Println("// DO NOT EDIT")
fmt.Println("// TODO: implement more compact representation for sparse blocks.")
fmt.Println("")
fmt.Println("package collate")
fmt.Println("")
fmt.Println(`import "exp/norm"`)
fmt.Println("")
c := &collate.Collator{}
c.Strength = collate.Quaternary
printCollators(c, vartop)
_, err = b.Print(os.Stdout)
failonerror(err)
}