// qualifiedTypeName returns the qualified type name for the given data type.
// This is useful in reporting types in error messages.
// (e.g) array<string>, hash<string, string>, hash<string, array<int>>
func qualifiedTypeName(t design.DataType) string {
switch t.Kind() {
case design.DateTimeKind:
return "datetime"
case design.ArrayKind:
return fmt.Sprintf("%s<%s>", t.Name(), qualifiedTypeName(t.ToArray().ElemType.Type))
case design.HashKind:
h := t.ToHash()
return fmt.Sprintf("%s<%s, %s>",
t.Name(),
qualifiedTypeName(h.KeyType.Type),
qualifiedTypeName(h.ElemType.Type),
)
}
return t.Name()
}
// cmdFieldTypeString computes the Go type name used to store command flags of the given design type. Complex types are String
func cmdFieldTypeString(t design.DataType, point bool) string {
var pointer, suffix string
if point && !t.IsArray() {
pointer = "*"
}
if t.Kind() == design.UUIDKind || t.Kind() == design.DateTimeKind || t.Kind() == design.AnyKind || t.Kind() == design.NumberKind || t.Kind() == design.BooleanKind {
suffix = "string"
} else if isArrayOfType(t, design.UUIDKind, design.DateTimeKind, design.AnyKind, design.NumberKind, design.BooleanKind) {
suffix = "[]string"
} else {
suffix = codegen.GoNativeType(t)
}
return pointer + suffix
}
// cmdFieldType computes the Go type name used to store command flags of the given design type.
func cmdFieldType(t design.DataType) string {
if t.Kind() == design.DateTimeKind || t.Kind() == design.UUIDKind {
return "string"
}
return codegen.GoNativeType(t)
}