mobile: fix mobile interface (#19180)
* mobile: fix mobile interface * mobile, accounts: generate correct java binding * accounts: fix java type binding * mobile: support integer slice * accounts/abi/bind, cmd/abigen: implement java binding tests
This commit is contained in:
gary rong
committed by
Péter Szilágyi
Péter Szilágyi
parent
fd072c2fd1
commit
6069b1a5f5
@ -38,7 +38,6 @@ type Lang int
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const (
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LangGo Lang = iota
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LangJava
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LangObjC
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)
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// Bind generates a Go wrapper around a contract ABI. This wrapper isn't meant
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@ -164,124 +163,62 @@ var bindType = map[Lang]func(kind abi.Type) string{
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LangJava: bindTypeJava,
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}
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// Helper function for the binding generators.
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// It reads the unmatched characters after the inner type-match,
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// (since the inner type is a prefix of the total type declaration),
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// looks for valid arrays (possibly a dynamic one) wrapping the inner type,
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// and returns the sizes of these arrays.
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//
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// Returned array sizes are in the same order as solidity signatures; inner array size first.
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// Array sizes may also be "", indicating a dynamic array.
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func wrapArray(stringKind string, innerLen int, innerMapping string) (string, []string) {
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remainder := stringKind[innerLen:]
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//find all the sizes
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matches := regexp.MustCompile(`\[(\d*)\]`).FindAllStringSubmatch(remainder, -1)
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parts := make([]string, 0, len(matches))
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for _, match := range matches {
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//get group 1 from the regex match
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parts = append(parts, match[1])
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}
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return innerMapping, parts
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}
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// Translates the array sizes to a Go-lang declaration of a (nested) array of the inner type.
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// Simply returns the inner type if arraySizes is empty.
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func arrayBindingGo(inner string, arraySizes []string) string {
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out := ""
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//prepend all array sizes, from outer (end arraySizes) to inner (start arraySizes)
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for i := len(arraySizes) - 1; i >= 0; i-- {
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out += "[" + arraySizes[i] + "]"
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}
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out += inner
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return out
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}
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// bindTypeGo converts a Solidity type to a Go one. Since there is no clear mapping
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// from all Solidity types to Go ones (e.g. uint17), those that cannot be exactly
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// mapped will use an upscaled type (e.g. *big.Int).
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func bindTypeGo(kind abi.Type) string {
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stringKind := kind.String()
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innerLen, innerMapping := bindUnnestedTypeGo(stringKind)
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return arrayBindingGo(wrapArray(stringKind, innerLen, innerMapping))
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}
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// The inner function of bindTypeGo, this finds the inner type of stringKind.
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// (Or just the type itself if it is not an array or slice)
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// The length of the matched part is returned, with the translated type.
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func bindUnnestedTypeGo(stringKind string) (int, string) {
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switch {
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case strings.HasPrefix(stringKind, "address"):
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return len("address"), "common.Address"
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case strings.HasPrefix(stringKind, "bytes"):
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parts := regexp.MustCompile(`bytes([0-9]*)`).FindStringSubmatch(stringKind)
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return len(parts[0]), fmt.Sprintf("[%s]byte", parts[1])
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case strings.HasPrefix(stringKind, "int") || strings.HasPrefix(stringKind, "uint"):
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parts := regexp.MustCompile(`(u)?int([0-9]*)`).FindStringSubmatch(stringKind)
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// bindBasicTypeGo converts basic solidity types(except array, slice and tuple) to Go one.
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func bindBasicTypeGo(kind abi.Type) string {
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switch kind.T {
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case abi.AddressTy:
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return "common.Address"
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case abi.IntTy, abi.UintTy:
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parts := regexp.MustCompile(`(u)?int([0-9]*)`).FindStringSubmatch(kind.String())
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switch parts[2] {
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case "8", "16", "32", "64":
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return len(parts[0]), fmt.Sprintf("%sint%s", parts[1], parts[2])
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return fmt.Sprintf("%sint%s", parts[1], parts[2])
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}
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return len(parts[0]), "*big.Int"
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case strings.HasPrefix(stringKind, "bool"):
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return len("bool"), "bool"
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case strings.HasPrefix(stringKind, "string"):
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return len("string"), "string"
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return "*big.Int"
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case abi.FixedBytesTy:
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return fmt.Sprintf("[%d]byte", kind.Size)
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case abi.BytesTy:
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return "[]byte"
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case abi.FunctionTy:
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// todo(rjl493456442)
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return ""
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default:
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return len(stringKind), stringKind
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// string, bool types
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return kind.String()
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}
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}
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// Translates the array sizes to a Java declaration of a (nested) array of the inner type.
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// Simply returns the inner type if arraySizes is empty.
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func arrayBindingJava(inner string, arraySizes []string) string {
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// Java array type declarations do not include the length.
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return inner + strings.Repeat("[]", len(arraySizes))
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}
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// bindTypeJava converts a Solidity type to a Java one. Since there is no clear mapping
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// from all Solidity types to Java ones (e.g. uint17), those that cannot be exactly
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// bindTypeGo converts solidity types to Go ones. Since there is no clear mapping
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// from all Solidity types to Go ones (e.g. uint17), those that cannot be exactly
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// mapped will use an upscaled type (e.g. BigDecimal).
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func bindTypeJava(kind abi.Type) string {
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stringKind := kind.String()
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innerLen, innerMapping := bindUnnestedTypeJava(stringKind)
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return arrayBindingJava(wrapArray(stringKind, innerLen, innerMapping))
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func bindTypeGo(kind abi.Type) string {
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// todo(rjl493456442) tuple
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switch kind.T {
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case abi.ArrayTy:
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return fmt.Sprintf("[%d]", kind.Size) + bindTypeGo(*kind.Elem)
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case abi.SliceTy:
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return "[]" + bindTypeGo(*kind.Elem)
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default:
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return bindBasicTypeGo(kind)
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}
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}
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// The inner function of bindTypeJava, this finds the inner type of stringKind.
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// (Or just the type itself if it is not an array or slice)
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// The length of the matched part is returned, with the translated type.
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func bindUnnestedTypeJava(stringKind string) (int, string) {
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switch {
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case strings.HasPrefix(stringKind, "address"):
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parts := regexp.MustCompile(`address(\[[0-9]*\])?`).FindStringSubmatch(stringKind)
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if len(parts) != 2 {
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return len(stringKind), stringKind
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}
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if parts[1] == "" {
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return len("address"), "Address"
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}
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return len(parts[0]), "Addresses"
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case strings.HasPrefix(stringKind, "bytes"):
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parts := regexp.MustCompile(`bytes([0-9]*)`).FindStringSubmatch(stringKind)
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if len(parts) != 2 {
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return len(stringKind), stringKind
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}
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return len(parts[0]), "byte[]"
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case strings.HasPrefix(stringKind, "int") || strings.HasPrefix(stringKind, "uint"):
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//Note that uint and int (without digits) are also matched,
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// bindBasicTypeJava converts basic solidity types(except array, slice and tuple) to Java one.
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func bindBasicTypeJava(kind abi.Type) string {
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switch kind.T {
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case abi.AddressTy:
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return "Address"
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case abi.IntTy, abi.UintTy:
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// Note that uint and int (without digits) are also matched,
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// these are size 256, and will translate to BigInt (the default).
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parts := regexp.MustCompile(`(u)?int([0-9]*)`).FindStringSubmatch(stringKind)
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parts := regexp.MustCompile(`(u)?int([0-9]*)`).FindStringSubmatch(kind.String())
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if len(parts) != 3 {
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return len(stringKind), stringKind
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return kind.String()
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}
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// All unsigned integers should be translated to BigInt since gomobile doesn't
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// support them.
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if parts[1] == "u" {
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return "BigInt"
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}
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namedSize := map[string]string{
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@ -291,20 +228,48 @@ func bindUnnestedTypeJava(stringKind string) (int, string) {
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"64": "long",
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}[parts[2]]
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//default to BigInt
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// default to BigInt
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if namedSize == "" {
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namedSize = "BigInt"
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}
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return len(parts[0]), namedSize
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case strings.HasPrefix(stringKind, "bool"):
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return len("bool"), "boolean"
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case strings.HasPrefix(stringKind, "string"):
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return len("string"), "String"
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return namedSize
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case abi.FixedBytesTy, abi.BytesTy:
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return "byte[]"
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case abi.BoolTy:
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return "boolean"
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case abi.StringTy:
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return "String"
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case abi.FunctionTy:
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// todo(rjl493456442)
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return ""
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default:
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return len(stringKind), stringKind
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return kind.String()
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}
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}
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// bindTypeJava converts a Solidity type to a Java one. Since there is no clear mapping
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// from all Solidity types to Java ones (e.g. uint17), those that cannot be exactly
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// mapped will use an upscaled type (e.g. BigDecimal).
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func bindTypeJava(kind abi.Type) string {
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switch kind.T {
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case abi.ArrayTy, abi.SliceTy:
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// Explicitly convert multidimensional types to predefined type in go side.
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inner := bindTypeJava(*kind.Elem)
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switch inner {
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case "boolean":
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return "Bools"
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case "String":
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return "Strings"
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case "Address":
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return "Addresses"
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case "byte[]":
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return "Binaries"
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case "BigInt":
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return "BigInts"
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}
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return inner + "[]"
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default:
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return bindBasicTypeJava(kind)
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}
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}
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@ -329,7 +294,7 @@ func bindTopicTypeGo(kind abi.Type) string {
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// funcionality as for simple types, but dynamic types get converted to hashes.
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func bindTopicTypeJava(kind abi.Type) string {
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bound := bindTypeJava(kind)
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if bound == "String" || bound == "Bytes" {
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if bound == "String" || bound == "byte[]" {
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bound = "Hash"
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}
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return bound
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@ -348,18 +313,8 @@ func namedTypeJava(javaKind string, solKind abi.Type) string {
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switch javaKind {
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case "byte[]":
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return "Binary"
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case "byte[][]":
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return "Binaries"
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case "string":
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return "String"
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case "string[]":
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return "Strings"
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case "boolean":
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return "Bool"
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case "boolean[]":
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return "Bools"
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case "BigInt[]":
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return "BigInts"
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default:
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parts := regexp.MustCompile(`(u)?int([0-9]*)(\[[0-9]*\])?`).FindStringSubmatch(solKind.String())
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if len(parts) != 4 {
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File diff suppressed because one or more lines are too long
@ -452,95 +452,92 @@ const tmplSourceJava = `
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package {{.Package}};
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import org.ethereum.geth.*;
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import org.ethereum.geth.internal.*;
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{{range $contract := .Contracts}}
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public class {{.Type}} {
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// ABI is the input ABI used to generate the binding from.
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public final static String ABI = "{{.InputABI}}";
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public class {{.Type}} {
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// ABI is the input ABI used to generate the binding from.
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public final static String ABI = "{{.InputABI}}";
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{{if .InputBin}}
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// BYTECODE is the compiled bytecode used for deploying new contracts.
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public final static byte[] BYTECODE = "{{.InputBin}}".getBytes();
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{{if .InputBin}}
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// BYTECODE is the compiled bytecode used for deploying new contracts.
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public final static String BYTECODE = "0x{{.InputBin}}";
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// deploy deploys a new Ethereum contract, binding an instance of {{.Type}} to it.
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public static {{.Type}} deploy(TransactOpts auth, EthereumClient client{{range .Constructor.Inputs}}, {{bindtype .Type}} {{.Name}}{{end}}) throws Exception {
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Interfaces args = Geth.newInterfaces({{(len .Constructor.Inputs)}});
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{{range $index, $element := .Constructor.Inputs}}
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args.set({{$index}}, Geth.newInterface()); args.get({{$index}}).set{{namedtype (bindtype .Type) .Type}}({{.Name}});
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{{end}}
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return new {{.Type}}(Geth.deployContract(auth, ABI, BYTECODE, client, args));
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}
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// Internal constructor used by contract deployment.
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private {{.Type}}(BoundContract deployment) {
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this.Address = deployment.getAddress();
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this.Deployer = deployment.getDeployer();
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this.Contract = deployment;
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}
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// deploy deploys a new Ethereum contract, binding an instance of {{.Type}} to it.
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public static {{.Type}} deploy(TransactOpts auth, EthereumClient client{{range .Constructor.Inputs}}, {{bindtype .Type}} {{.Name}}{{end}}) throws Exception {
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Interfaces args = Geth.newInterfaces({{(len .Constructor.Inputs)}});
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{{range $index, $element := .Constructor.Inputs}}Interface arg{{$index}} = Geth.newInterface();arg{{$index}}.set{{namedtype (bindtype .Type) .Type}}({{.Name}});args.set({{$index}},arg{{$index}});
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{{end}}
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return new {{.Type}}(Geth.deployContract(auth, ABI, Geth.decodeFromHex(BYTECODE), client, args));
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}
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// Ethereum address where this contract is located at.
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public final Address Address;
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// Internal constructor used by contract deployment.
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private {{.Type}}(BoundContract deployment) {
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this.Address = deployment.getAddress();
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this.Deployer = deployment.getDeployer();
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this.Contract = deployment;
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}
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{{end}}
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// Ethereum transaction in which this contract was deployed (if known!).
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public final Transaction Deployer;
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// Ethereum address where this contract is located at.
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public final Address Address;
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// Contract instance bound to a blockchain address.
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private final BoundContract Contract;
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// Ethereum transaction in which this contract was deployed (if known!).
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public final Transaction Deployer;
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// Creates a new instance of {{.Type}}, bound to a specific deployed contract.
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public {{.Type}}(Address address, EthereumClient client) throws Exception {
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this(Geth.bindContract(address, ABI, client));
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}
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// Contract instance bound to a blockchain address.
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private final BoundContract Contract;
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{{range .Calls}}
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{{if gt (len .Normalized.Outputs) 1}}
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// {{capitalise .Normalized.Name}}Results is the output of a call to {{.Normalized.Name}}.
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public class {{capitalise .Normalized.Name}}Results {
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{{range $index, $item := .Normalized.Outputs}}public {{bindtype .Type}} {{if ne .Name ""}}{{.Name}}{{else}}Return{{$index}}{{end}};
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{{end}}
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}
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{{end}}
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// Creates a new instance of {{.Type}}, bound to a specific deployed contract.
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public {{.Type}}(Address address, EthereumClient client) throws Exception {
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this(Geth.bindContract(address, ABI, client));
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}
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// {{.Normalized.Name}} is a free data retrieval call binding the contract method 0x{{printf "%x" .Original.Id}}.
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//
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// Solidity: {{.Original.String}}
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public {{if gt (len .Normalized.Outputs) 1}}{{capitalise .Normalized.Name}}Results{{else}}{{range .Normalized.Outputs}}{{bindtype .Type}}{{end}}{{end}} {{.Normalized.Name}}(CallOpts opts{{range .Normalized.Inputs}}, {{bindtype .Type}} {{.Name}}{{end}}) throws Exception {
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Interfaces args = Geth.newInterfaces({{(len .Normalized.Inputs)}});
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{{range $index, $item := .Normalized.Inputs}}args.set({{$index}}, Geth.newInterface()); args.get({{$index}}).set{{namedtype (bindtype .Type) .Type}}({{.Name}});
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{{end}}
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Interfaces results = Geth.newInterfaces({{(len .Normalized.Outputs)}});
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{{range $index, $item := .Normalized.Outputs}}Interface result{{$index}} = Geth.newInterface(); result{{$index}}.setDefault{{namedtype (bindtype .Type) .Type}}(); results.set({{$index}}, result{{$index}});
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{{end}}
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if (opts == null) {
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opts = Geth.newCallOpts();
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}
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this.Contract.call(opts, results, "{{.Original.Name}}", args);
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{{if gt (len .Normalized.Outputs) 1}}
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{{capitalise .Normalized.Name}}Results result = new {{capitalise .Normalized.Name}}Results();
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{{range $index, $item := .Normalized.Outputs}}result.{{if ne .Name ""}}{{.Name}}{{else}}Return{{$index}}{{end}} = results.get({{$index}}).get{{namedtype (bindtype .Type) .Type}}();
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{{end}}
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return result;
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{{else}}{{range .Normalized.Outputs}}return results.get(0).get{{namedtype (bindtype .Type) .Type}}();{{end}}
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{{end}}
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}
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{{end}}
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{{range .Transacts}}
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// {{.Normalized.Name}} is a paid mutator transaction binding the contract method 0x{{printf "%x" .Original.Id}}.
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//
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// Solidity: {{.Original.String}}
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public Transaction {{.Normalized.Name}}(TransactOpts opts{{range .Normalized.Inputs}}, {{bindtype .Type}} {{.Name}}{{end}}) throws Exception {
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Interfaces args = Geth.newInterfaces({{(len .Normalized.Inputs)}});
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{{range $index, $item := .Normalized.Inputs}}args.set({{$index}}, Geth.newInterface()); args.get({{$index}}).set{{namedtype (bindtype .Type) .Type}}({{.Name}});
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{{end}}
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return this.Contract.transact(opts, "{{.Original.Name}}" , args);
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}
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{{range .Calls}}
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{{if gt (len .Normalized.Outputs) 1}}
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// {{capitalise .Normalized.Name}}Results is the output of a call to {{.Normalized.Name}}.
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public class {{capitalise .Normalized.Name}}Results {
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{{range $index, $item := .Normalized.Outputs}}public {{bindtype .Type}} {{if ne .Name ""}}{{.Name}}{{else}}Return{{$index}}{{end}};
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{{end}}
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}
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{{end}}
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// {{.Normalized.Name}} is a free data retrieval call binding the contract method 0x{{printf "%x" .Original.Id}}.
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//
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// Solidity: {{.Original.String}}
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public {{if gt (len .Normalized.Outputs) 1}}{{capitalise .Normalized.Name}}Results{{else}}{{range .Normalized.Outputs}}{{bindtype .Type}}{{end}}{{end}} {{.Normalized.Name}}(CallOpts opts{{range .Normalized.Inputs}}, {{bindtype .Type}} {{.Name}}{{end}}) throws Exception {
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Interfaces args = Geth.newInterfaces({{(len .Normalized.Inputs)}});
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{{range $index, $item := .Normalized.Inputs}}Interface arg{{$index}} = Geth.newInterface();arg{{$index}}.set{{namedtype (bindtype .Type) .Type}}({{.Name}});args.set({{$index}},arg{{$index}});
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{{end}}
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Interfaces results = Geth.newInterfaces({{(len .Normalized.Outputs)}});
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{{range $index, $item := .Normalized.Outputs}}Interface result{{$index}} = Geth.newInterface(); result{{$index}}.setDefault{{namedtype (bindtype .Type) .Type}}(); results.set({{$index}}, result{{$index}});
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{{end}}
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|
||||
if (opts == null) {
|
||||
opts = Geth.newCallOpts();
|
||||
}
|
||||
this.Contract.call(opts, results, "{{.Original.Name}}", args);
|
||||
{{if gt (len .Normalized.Outputs) 1}}
|
||||
{{capitalise .Normalized.Name}}Results result = new {{capitalise .Normalized.Name}}Results();
|
||||
{{range $index, $item := .Normalized.Outputs}}result.{{if ne .Name ""}}{{.Name}}{{else}}Return{{$index}}{{end}} = results.get({{$index}}).get{{namedtype (bindtype .Type) .Type}}();
|
||||
{{end}}
|
||||
return result;
|
||||
{{else}}{{range .Normalized.Outputs}}return results.get(0).get{{namedtype (bindtype .Type) .Type}}();{{end}}
|
||||
{{end}}
|
||||
}
|
||||
{{end}}
|
||||
|
||||
{{range .Transacts}}
|
||||
// {{.Normalized.Name}} is a paid mutator transaction binding the contract method 0x{{printf "%x" .Original.Id}}.
|
||||
//
|
||||
// Solidity: {{.Original.String}}
|
||||
public Transaction {{.Normalized.Name}}(TransactOpts opts{{range .Normalized.Inputs}}, {{bindtype .Type}} {{.Name}}{{end}}) throws Exception {
|
||||
Interfaces args = Geth.newInterfaces({{(len .Normalized.Inputs)}});
|
||||
{{range $index, $item := .Normalized.Inputs}}Interface arg{{$index}} = Geth.newInterface();arg{{$index}}.set{{namedtype (bindtype .Type) .Type}}({{.Name}});args.set({{$index}},arg{{$index}});
|
||||
{{end}}
|
||||
return this.Contract.transact(opts, "{{.Original.Name}}" , args);
|
||||
}
|
||||
{{end}}
|
||||
}
|
||||
{{end}}
|
||||
`
|
||||
|
||||
Reference in New Issue
Block a user