Documentation ¶
Index ¶
- Constants
- Variables
- func AddSigs(sec section.WithSigForward, signatures []signature.Sig)
- func DecodeCertificate(ptype object.ProtocolType, usage object.CertificateUsage, ...) (object.Certificate, error)
- func DecodeEd25519PublicKeyData(pkeyInput string, keyphase string) (keys.PublicKey, error)
- func DecodePublicKeyID(keyphase string) (keys.PublicKeyID, error)
- func DecodeSrv(name, portString, priorityString string) (object.ServiceInfo, error)
- func DecodeValidity(validSince, validUntil string) (int64, int64, error)
- func GetEncoding(s section.Section, forSigning bool) string
- func ZFPErrorMessage(state, lookAhead int) string
- func ZFPParse(ZFPlex ZFPLexer) int
- func ZFPStatname(s int) string
- func ZFPTokname(c int) string
- func ZFPlex1(lex ZFPLexer, lval *ZFPSymType) (char, token int)
- type IO
- func (p IO) Decode(zoneFile []byte) ([]section.WithSigForward, error)
- func (p IO) DecodeNameQueriesUnsafe(encoding []byte) []*query.Name
- func (p IO) Encode(sections []section.Section) string
- func (p IO) EncodeAndStore(path string, sections []section.Section) error
- func (p IO) EncodeSection(section section.Section) string
- func (p IO) LoadZonefile(path string) ([]section.WithSigForward, error)
- type WordScanner
- type ZFPLex
- type ZFPLexer
- type ZFPParser
- type ZFPParserImpl
- type ZFPSymType
- type ZoneFileIO
Constants ¶
const ( TypeAssertion = ":A:" TypeShard = ":S:" TypePshard = ":P:" TypeZone = ":Z:" TypeSignature = ":sig:" TypeName = ":name:" TypeIP6 = ":ip6:" TypeIP4 = ":ip4:" TypeRedirection = ":redir:" TypeDelegation = ":deleg:" TypeNameSet = ":nameset:" TypeCertificate = ":cert:" TypeServiceInfo = ":srv:" TypeRegistrar = ":regr:" TypeRegistrant = ":regt:" TypeInfraKey = ":infra:" TypeExternalKey = ":extra:" TypeNextKey = ":next:" TypeEd25519 = ":ed25519:" TypeUnspecified = ":unspecified:" TypePTTLS = ":tls:" TypeCUTrustAnchor = ":trustAnchor:" TypeCUEndEntity = ":endEntity:" TypeNoHash = ":noHash:" TypeSha256 = ":sha256:" TypeSha384 = ":sha384:" TypeSha512 = ":sha512:" TypeShake256 = ":shake256:" TypeFnv64 = ":fnv64:" TypeFnv128 = ":fnv128:" TypeKM12 = ":bloomKM12:" TypeKM16 = ":bloomKM16:" TypeKM20 = ":bloomKM20:" TypeKM24 = ":bloomKM24:" TypeKSRains = ":rains:" )
const ID = 57346
const ZFPEofCode = 1
const ZFPErrCode = 2
const ZFPFlag = -1000
const ZFPInitialStackSize = 16
const ZFPLast = 212
const ZFPPrivate = 57344
Variables ¶
var ( ZFPDebug = 0 ZFPErrorVerbose = false )
var ZFPAct = [...]int{}/* 212 elements not displayed */
var ZFPChk = [...]int{}/* 184 elements not displayed */
var ZFPDef = [...]int{}/* 184 elements not displayed */
var ZFPErrorMessages = [...]struct { state int token int msg string }{}
var ZFPExca = [...]int{
-1, 1,
1, -1,
-2, 0,
}
var ZFPPact = [...]int{}/* 184 elements not displayed */
var ZFPPgo = [...]int{
0, 211, 210, 209, 208, 207, 59, 206, 205, 204,
203, 1, 202, 2, 201, 200, 199, 198, 197, 196,
195, 194, 193, 192, 191, 190, 189, 57, 49, 40,
39, 32, 29, 21, 26, 24, 22, 18, 19, 17,
188, 0, 119, 187, 37, 186, 3, 185, 184, 183,
182, 181, 143,
}
var ZFPR1 = [...]int{}/* 121 elements not displayed */
var ZFPR2 = [...]int{}/* 121 elements not displayed */
var ZFPStatenames = [...]string{}
var ZFPTok1 = [...]int{
1,
}
var ZFPTok2 = [...]int{
2, 3, 4, 5, 6, 7, 8, 9, 10, 11,
12, 13, 14, 15, 16, 17, 18, 19, 20, 21,
22, 23, 24, 25, 26, 27, 28, 29, 30, 31,
32, 33, 34, 35, 36, 37, 38, 39, 40, 41,
42, 43, 44, 45,
}
var ZFPTok3 = [...]int{
0,
}
var ZFPToknames = [...]string{
"$end",
"error",
"$unk",
"ID",
"assertionType",
"shardType",
"pshardType",
"zoneType",
"nameType",
"ip4Type",
"ip6Type",
"redirType",
"delegType",
"namesetType",
"certType",
"srvType",
"regrType",
"regtType",
"infraType",
"extraType",
"nextType",
"sigType",
"ed25519Type",
"unspecified",
"tls",
"trustAnchor",
"endEntity",
"noHash",
"sha256",
"sha384",
"sha512",
"shake256",
"fnv64",
"fnv128",
"bloomKM12",
"bloomKM16",
"bloomKM20",
"bloomKM24",
"rains",
"rangeBegin",
"rangeEnd",
"lBracket",
"rBracket",
"lParenthesis",
"rParenthesis",
}
Functions ¶
func AddSigs ¶
func AddSigs(sec section.WithSigForward, signatures []signature.Sig)
AddSigs adds signatures to section
func DecodeCertificate ¶
func DecodeCertificate(ptype object.ProtocolType, usage object.CertificateUsage, hashAlgo algorithmTypes.Hash, certificat string) (object.Certificate, error)
func DecodeEd25519PublicKeyData ¶
DecodeEd25519PublicKeyData returns the publicKey or an error in case pkeyInput is malformed i.e. it is not in zone file format.
func DecodePublicKeyID ¶
func DecodePublicKeyID(keyphase string) (keys.PublicKeyID, error)
func DecodeSrv ¶
func DecodeSrv(name, portString, priorityString string) (object.ServiceInfo, error)
func GetEncoding ¶
GetEncoding returns an encoding in zonefile format
func ZFPErrorMessage ¶
func ZFPStatname ¶
func ZFPTokname ¶
func ZFPlex1 ¶
func ZFPlex1(lex ZFPLexer, lval *ZFPSymType) (char, token int)
Types ¶
type IO ¶
type IO struct{}
Parser can be used to parse and encode RAINS zone files
func (IO) Decode ¶
func (p IO) Decode(zoneFile []byte) ([]section.WithSigForward, error)
Decode returns all assertions contained in the given zonefile
func (IO) DecodeNameQueriesUnsafe ¶
DecodeNameQueriesUnsafe takes as input a byte string of name queries encoded in a format resembling the zone file format. It returns the queries. It panics when the input format is incorrect.
func (IO) Encode ¶
Encode returns the given sections represented in the zone file format if it is a zoneSection. In all other cases it returns the sections in a displayable format similar to the zone file format
func (IO) EncodeAndStore ¶
EncodeAndStore stores the given section represented in zone file format if it is an assertion, shard, pshard, or zone. In all other cases it stores the section in a displayable format similar to the zone file format
func (IO) EncodeSection ¶
EncodeSection returns the given section represented in the zone file format if it is a zoneSection. In all other cases it returns the section in a displayable format similar to the zone file format
func (IO) LoadZonefile ¶
func (p IO) LoadZonefile(path string) ([]section.WithSigForward, error)
LoadZonefile takes as input a path to a file containing a zone in zonefile format. It returns the zone exactly as it is in the zonefile or an error in case of failure.
type WordScanner ¶
type WordScanner struct {
// contains filtered or unexported fields
}
WordScanner uses bufio.Scanner to scan words of the input. Additionally it keeps track of the line (of the input) on which the scanner currently is
func NewWordScanner ¶
func NewWordScanner(data []byte) *WordScanner
NewWordScanner returns a WordScanner
func (*WordScanner) LineNumber ¶
func (ws *WordScanner) LineNumber() int
LineNumber returns the number of the line of the input data on which the current Token of the scanner is.
func (*WordScanner) Scan ¶
func (ws *WordScanner) Scan() bool
Scan moves the Scanner to the next Token, which will then be available through the Bytes or Text method. False is returned when the scan stops, either by reaching the end of the input or an error.
func (*WordScanner) Text ¶
func (ws *WordScanner) Text() string
Text returns the value of the current Token generated by a call to Scan as a newly allocated string.
func (*WordScanner) TextLine ¶
func (ws *WordScanner) TextLine() string
type ZFPLex ¶
type ZFPLex struct {
// contains filtered or unexported fields
}
func (*ZFPLex) Lex ¶
func (l *ZFPLex) Lex(lval *ZFPSymType) int
type ZFPLexer ¶
type ZFPLexer interface { Lex(lval *ZFPSymType) int Error(s string) }
type ZFPParser ¶
type ZFPParser interface { Parse(ZFPLexer) int Lookahead() int Result() []section.WithSigForward }
func ZFPNewParser ¶
func ZFPNewParser() ZFPParser
type ZFPParserImpl ¶
type ZFPParserImpl struct {
// contains filtered or unexported fields
}
func (*ZFPParserImpl) Lookahead ¶
func (p *ZFPParserImpl) Lookahead() int
func (*ZFPParserImpl) Parse ¶
func (ZFPrcvr *ZFPParserImpl) Parse(ZFPlex ZFPLexer) int
func (*ZFPParserImpl) Result ¶
func (p *ZFPParserImpl) Result() []section.WithSigForward
type ZFPSymType ¶
type ZFPSymType struct {
// contains filtered or unexported fields
}
type ZoneFileIO ¶
type ZoneFileIO interface { //Decode takes as input a byte string of section(s) in zonefile format. It returns a slice of //all contained assertions, shards, and zones in the provided order or an error in case of //failure. Decode(zoneFile []byte) ([]section.WithSigForward, error) //DecodeNameQueriesUnsafe takes as input a byte string of name queries encoded in a format //resembling the zone file format. It returns the queries. It panics when the input format is //incorrect. DecodeNameQueriesUnsafe(encoding []byte) []*query.Name //LoadZonefile takes as input a path to a file containing a zone in zonefile //format. It returns the zone exactly as it is in the zonefile or an error //in case of failure. LoadZonefile(path string) ([]section.WithSigForward, error) //Encode returns the given sections represented in zone file format if it is an assertion, //shard, or zone. In all other cases it returns the sections in a displayable format similar to //the zonefile format Encode(sections []section.Section) string //EncodeSection returns the given section represented in zone file format if it is an assertion, //shard, or zone. In all other cases it returns the section in a displayable format similar to //the zonefile format EncodeSection(section section.Section) string //EncodeAndStore stores the given sections represented in zone file format if it is an //assertion, shard, pshard, or zone. In all other cases it stores the sections in a displayable //format similar to the zone file format EncodeAndStore(path string, section []section.Section) error }
ZoneFileIO is the interface for all parsers of zone files for RAINS