format

package
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This package is not in the latest version of its module.

 Go to latest Published: Apr 15, 2025 License: MIT Imports: 4 Imported by: 0

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Index

Constants

View Source 
const (
	ProbeOrderBinUnique = 0   // binary with unlikely overlap
	ProbeOrderBinFuzzy  = 100 // binary with possible overlap
	ProbeOrderTextJSON  = 200 // text json has prio as yaml overlap
	ProbeOrderTextFuzzy = 300 // text with possible overlap
)

TODO: do before-format somehow and topology sort?

View Source 
const (
	LinkTypeNULL                       = 0
	LinkTypeETHERNET                   = 1
	LinkTypeAX25                       = 3
	LinkTypeIEEE802_5                  = 6
	LinkTypeARCNET_BSD                 = 7
	LinkTypeSLIP                       = 8
	LinkTypePPP                        = 9
	LinkTypeFDDI                       = 10
	LinkTypePPP_HDLC                   = 50
	LinkTypePPP_ETHER                  = 51
	LinkTypeATM_RFC1483                = 100
	LinkTypeRAW                        = 101
	LinkTypeC_HDLC                     = 104
	LinkTypeIEEE802_11                 = 105
	LinkTypeFRELAY                     = 107
	LinkTypeLOOP                       = 108
	LinkTypeLINUX_SLL                  = 113
	LinkTypeLTALK                      = 114
	LinkTypePFLOG                      = 117
	LinkTypeIEEE802_11_PRISM           = 119
	LinkTypeIP_OVER_FC                 = 122
	LinkTypeSUNATM                     = 123
	LinkTypeIEEE802_11_RADIOTAP        = 127
	LinkTypeARCNET_LINUX               = 129
	LinkTypeAPPLE_IP_OVER_IEEE1394     = 138
	LinkTypeMTP2_WITH_PHDR             = 139
	LinkTypeMTP2                       = 140
	LinkTypeMTP3                       = 141
	LinkTypeSCCP                       = 142
	LinkTypeDOCSIS                     = 143
	LinkTypeLINUX_IRDA                 = 144
	LinkTypeUSER0                      = 147
	LinkTypeUSER1                      = 148
	LinkTypeUSER2                      = 149
	LinkTypeUSER3                      = 150
	LinkTypeUSER4                      = 151
	LinkTypeUSER5                      = 152
	LinkTypeUSER6                      = 153
	LinkTypeUSER7                      = 154
	LinkTypeUSER8                      = 155
	LinkTypeUSER9                      = 156
	LinkTypeUSER10                     = 157
	LinkTypeUSER11                     = 158
	LinkTypeUSER12                     = 159
	LinkTypeUSER13                     = 160
	LinkTypeUSER14                     = 161
	LinkTypeUSER15                     = 162
	LinkTypeIEEE802_11_AVS             = 163
	LinkTypeBACNET_MS_TP               = 165
	LinkTypePPP_PPPD                   = 166
	LinkTypeGPRS_LLC                   = 169
	LinkTypeGPF_T                      = 170
	LinkTypeGPF_F                      = 171
	LinkTypeLINUX_LAPD                 = 177
	LinkTypeMFR                        = 182
	LinkTypeBLUETOOTH_HCI_H4           = 187
	LinkTypeUSB_LINUX                  = 189
	LinkTypePPI                        = 192
	LinkTypeIEEE802_15_4_WITHFCS       = 195
	LinkTypeSITA                       = 196
	LinkTypeERF                        = 197
	LinkTypeBLUETOOTH_HCI_H4_WITH_PHDR = 201
	LinkTypeAX25_KISS                  = 202
	LinkTypeLAPD                       = 203
	LinkTypePPP_WITH_DIR               = 204
	LinkTypeC_HDLC_WITH_DIR            = 205
	LinkTypeFRELAY_WITH_DIR            = 206
	LinkTypeLAPB_WITH_DIR              = 207
	LinkTypeIPMB_LINUX                 = 209
	LinkTypeFLEXRAY                    = 210
	LinkTypeLIN                        = 212
	LinkTypeIEEE802_15_4_NONASK_PHY    = 215
	LinkTypeUSB_LINUX_MMAPPED          = 220
	LinkTypeFC_2                       = 224
	LinkTypeFC_2_WITH_FRAME_DELIMS     = 225
	LinkTypeIPNET                      = 226
	LinkTypeCAN_SOCKETCAN              = 227
	LinkTypeIPv4                       = 228
	LinkTypeIPv6                       = 229
	LinkTypeIEEE802_15_4_NOFCS         = 230
	LinkTypeDBUS                       = 231
	LinkTypeDVB_CI                     = 235
	LinkTypeMUX27010                   = 236
	LinkTypeSTANAG_5066_D_PDU          = 237
	LinkTypeNFLOG                      = 239
	LinkTypeNETANALYZER                = 240
	LinkTypeNETANALYZER_TRANSPARENT    = 241
	LinkTypeIPOIB                      = 242
	LinkTypeMPEG_2_TS                  = 243
	LinkTypeNG40                       = 244
	LinkTypeNFC_LLCP                   = 245
	LinkTypeINFINIBAND                 = 247
	LinkTypeSCTP                       = 248
	LinkTypeUSBPCAP                    = 249
	LinkTypeRTAC_SERIAL                = 250
	LinkTypeBLUETOOTH_LE_LL            = 251
	LinkTypeNETLINK                    = 253
	LinkTypeBLUETOOTH_LINUX_MONITOR    = 254
	LinkTypeBLUETOOTH_BREDR_BB         = 255
	LinkTypeBLUETOOTH_LE_LL_WITH_PHDR  = 256
	LinkTypePROFIBUS_DL                = 257
	LinkTypePKTAP                      = 258
	LinkTypeEPON                       = 259
	LinkTypeIPMI_HPM_2                 = 260
	LinkTypeZWAVE_R1_R2                = 261
	LinkTypeZWAVE_R3                   = 262
	LinkTypeWATTSTOPPER_DLM            = 263
	LinkTypeISO_14443                  = 264
	LinkTypeRDS                        = 265
	LinkTypeUSB_DARWIN                 = 266
	LinkTypeSDLC                       = 268
	LinkTypeLORATAP                    = 270
	LinkTypeVSOCK                      = 271
	LinkTypeNORDIC_BLE                 = 272
	LinkTypeDOCSIS31_XRA31             = 273
	LinkTypeETHERNET_MPACKET           = 274
	LinkTypeDISPLAYPORT_AUX            = 275
	LinkTypeLINUX_SLL2                 = 276
	LinkTypeOPENVIZSLA                 = 278
	LinkTypeEBHSCR                     = 279
	LinkTypeVPP_DISPATCH               = 280
	LinkTypeDSA_TAG_BRCM               = 281
	LinkTypeDSA_TAG_BRCM_PREPEND       = 282
	LinkTypeIEEE802_15_4_TAP           = 283
	LinkTypeDSA_TAG_DSA                = 284
	LinkTypeDSA_TAG_EDSA               = 285
	LinkTypeELEE                       = 286
	LinkTypeZ_WAVE_SERIAL              = 287
	LinkTypeUSB_2_0                    = 288
	LinkTypeATSC_ALP                   = 289
	LinkTypeETW                        = 290
)

from https://www.tcpdump.org/linktypes.html TODO cleanup

View Source 
const (
	EtherTypeIPv4 = 0x0800
	EtherTypeIPv6 = 0x86dd
)
View Source 
const (
	IPv4ProtocolICMP   = 1
	IPv4ProtocolIGMP   = 2
	IPv4ProtocolTCP    = 6
	IPv4ProtocolUDP    = 17
	IPv4ProtocolICMPv6 = 58
)
View Source 
const (
	UDPPortDomain = 53
	UDPPortMDNS   = 5353
)
View Source 
const (
	TCPPortDomain = 53
	TCPPortRTMP   = 1935
)
View Source 
const (
	ProtoBufTypeInt32 = iota
	ProtoBufTypeInt64
	ProtoBufTypeUInt32
	ProtoBufTypeUInt64
	ProtoBufTypeSInt32
	ProtoBufTypeSInt64
	ProtoBufTypeBool
	ProtoBufTypeEnum
	ProtoBufTypeFixed64
	ProtoBufTypeSFixed64
	ProtoBufTypeDouble
	ProtoBufTypeString
	ProtoBufTypeBytes
	ProtoBufTypeMessage
	ProtoBufTypePackedRepeated
	ProtoBufTypeFixed32
	ProtoBufTypeSFixed32
	ProtoBufTypeFloat
)

Variables

View Source 
var (
	INET_Packet = &decode.Group{Name: "inet_packet", DefaultInArg: INET_Packet_In{}} // ex: ipv4
	IP_Packet   = &decode.Group{Name: "ip_packet", DefaultInArg: INET_Packet_In{}}   // ex: tcp
	Link_Frame  = &decode.Group{Name: "link_frame", DefaultInArg: Link_Frame_In{}}   // ex: ethernet
	Probe       = &decode.Group{Name: "probe", DefaultInArg: Probe_In{}}
	Probe_Args  = &decode.Group{Name: "probe_args", DefaultInArg: Probe_Args_In{}}
	TCP_Stream  = &decode.Group{Name: "tcp_stream", DefaultInArg: TCP_Stream_In{}}   // ex: http
	UDP_Payload = &decode.Group{Name: "udp_payload", DefaultInArg: UDP_Payload_In{}} // ex: dns

	Bits  = &decode.Group{Name: "bits"}
	Bytes = &decode.Group{Name: "bytes"}

	ASN1_BER           = &decode.Group{Name: "asn1_ber"}
	BSD_Loopback_Frame = &decode.Group{Name: "bsd_loopback_frame"}
	Bzip2              = &decode.Group{Name: "bzip2"}
	DNS                = &decode.Group{Name: "dns"}
	DNS_TCP            = &decode.Group{Name: "dns_tcp"}
	Ether_8023_Frame   = &decode.Group{Name: "ether8023_frame"}
	Gzip               = &decode.Group{Name: "gzip"}
	HTML               = &decode.Group{Name: "html"}
	ICMP               = &decode.Group{Name: "icmp"}
	ICMPv6             = &decode.Group{Name: "icmpv6"}
	IPv4Packet         = &decode.Group{Name: "ipv4_packet"}
	IPv6Packet         = &decode.Group{Name: "ipv6_packet"}
	JSON               = &decode.Group{Name: "json"}
	JSONL              = &decode.Group{Name: "jsonl"}
	Markdown           = &decode.Group{Name: "markdown"}
	PCAP               = &decode.Group{Name: "pcap"}
	PCAPNG             = &decode.Group{Name: "pcapng"}
	Protobuf           = &decode.Group{Name: "protobuf"}
	ProtobufWidevine   = &decode.Group{Name: "protobuf_widevine"}
	SLL_Packet         = &decode.Group{Name: "sll_packet"}
	SLL2_Packet        = &decode.Group{Name: "sll2_packet"}
	TCP_Segment        = &decode.Group{Name: "tcp_segment"}
	TLS                = &decode.Group{Name: "tls"}
	UDP_Datagram       = &decode.Group{Name: "udp_datagram"}
	XML                = &decode.Group{Name: "xml"}
	YAML               = &decode.Group{Name: "yaml"}
	Zip                = &decode.Group{Name: "zip"}
)
View Source 
var EtherTypeMap = scalar.UintMap{
	EtherTypeIPv4: {Sym: "ipv4", Description: `Internet Protocol version 4`},
	0x0806:        {Sym: "arp", Description: `Address Resolution Protocol`},
	0x0842:        {Sym: "wake", Description: `Wake-on-LAN[9]`},
	0x22f0:        {Sym: "audio", Description: `Audio Video Transport Protocol`},
	0x22f3:        {Sym: "trill", Description: `IETF TRILL Protocol`},
	0x22ea:        {Sym: "srp", Description: `Stream Reservation Protocol`},
	0x6002:        {Sym: "dec", Description: `DEC MOP RC`},
	0x6003:        {Sym: "decnet", Description: `DECnet Phase IV, DNA Routing`},
	0x6004:        {Sym: "declat", Description: `DEC LAT`},
	0x8035:        {Sym: "reverse", Description: `Reverse Address Resolution Protocol`},
	0x809b:        {Sym: "appletalk", Description: `AppleTalk`},
	0x80f3:        {Sym: "appletalk_arp", Description: `AppleTalk Address Resolution Protocol`},
	0x8100:        {Sym: "vlan", Description: `VLAN-tagged (IEEE 802.1Q)`},
	0x8102:        {Sym: "slpp", Description: `Simple Loop Prevention Protocol`},
	0x8103:        {Sym: "vlacp", Description: `Virtual Link Aggregation Control Protocol`},
	0x8137:        {Sym: "ipx", Description: `IPX`},
	0x8204:        {Sym: "qnx", Description: `QNX Qnet`},
	EtherTypeIPv6: {Sym: "ipv6", Description: `Internet Protocol Version 6`},
	0x8808:        {Sym: "flow_control", Description: `Ethernet flow control`},
	0x8809:        {Sym: "lacp", Description: `Ethernet Slow Protocols] such as the Link Aggregation Control Protocol`},
	0x8819:        {Sym: "cobranet", Description: `CobraNet`},
	0x8847:        {Sym: "mpls", Description: `MPLS unicast`},
	0x8848:        {Sym: "mpls", Description: `MPLS multicast`},
	0x8863:        {Sym: "pppoe_discovery", Description: `PPPoE Discovery Stage`},
	0x8864:        {Sym: "pppoe_session", Description: `PPPoE Session Stage`},
	0x887b:        {Sym: "homeplug", Description: `HomePlug 1.0 MME`},
	0x888e:        {Sym: "eap", Description: `EAP over LAN (IEEE 802.1X)`},
	0x8892:        {Sym: "profinet", Description: `PROFINET Protocol`},
	0x889a:        {Sym: "hyperscsi", Description: `HyperSCSI (SCSI over Ethernet)`},
	0x88a2:        {Sym: "ata", Description: `ATA over Ethernet`},
	0x88a4:        {Sym: "ethercat", Description: `EtherCAT Protocol`},
	0x88a8:        {Sym: "service", Description: `Service VLAN tag identifier (S-Tag) on Q-in-Q tunnel`},
	0x88ab:        {Sym: "ethernet", Description: `Ethernet Powerlink`},
	0x88b8:        {Sym: "goose", Description: `GOOSE (Generic Object Oriented Substation event)`},
	0x88b9:        {Sym: "gse", Description: `GSE (Generic Substation Events) Management Services`},
	0x88ba:        {Sym: "sv", Description: `SV (Sampled Value Transmission)`},
	0x88bf:        {Sym: "mikrotik", Description: `MikroTik RoMON (unofficial)`},
	0x88cc:        {Sym: "link", Description: `Link Layer Discovery Protocol (LLDP)`},
	0x88cd:        {Sym: "sercos", Description: `SERCOS III`},
	0x88e1:        {Sym: "homeplug", Description: `HomePlug Green PHY`},
	0x88e3:        {Sym: "media", Description: `Media Redundancy Protocol (IEC62439-2)`},
	0x88e5:        {Sym: "ieee", Description: `IEEE 802.1AE MAC security (MACsec)`},
	0x88e7:        {Sym: "provider", Description: `Provider Backbone Bridges (PBB) (IEEE 802.1ah)`},
	0x88f7:        {Sym: "precision", Description: `Precision Time Protocol (PTP) over IEEE 802.3 Ethernet`},
	0x88f8:        {Sym: "nc", Description: `NC-SI`},
	0x88fb:        {Sym: "parallel", Description: `Parallel Redundancy Protocol (PRP)`},
	0x8902:        {Sym: "ieee", Description: `IEEE 802.1ag Connectivity Fault Management (CFM) Protocol / ITU-T Recommendation Y.1731 (OAM)`},
	0x8906:        {Sym: "fibre", Description: `Fibre Channel over Ethernet (FCoE)`},
	0x8914:        {Sym: "fcoe", Description: `FCoE Initialization Protocol`},
	0x8915:        {Sym: "rdma", Description: `RDMA over Converged Ethernet (RoCE)`},
	0x891d:        {Sym: "ttethernet", Description: `TTEthernet Protocol Control Frame (TTE)`},
	0x893a:        {Sym: "1905", Description: `1905.1 IEEE Protocol`},
	0x892f:        {Sym: "high", Description: `High-availability Seamless Redundancy (HSR)`},
	0x9000:        {Sym: "ethernet", Description: `Ethernet Configuration Testing Protocol[12]`},
	0xf1c1:        {Sym: "redundancy", Description: `Redundancy Tag (IEEE 802.1CB Frame Replication and Elimination for Reliability)`},
}

from https://en.wikipedia.org/wiki/EtherType TODO: cleanup

View Source 
var IPv4ProtocolMap = scalar.UintMap{}/* 136 elements not displayed */
View Source 
var LinkTypeMap = scalar.UintMap{}/* 131 elements not displayed */
View Source 
var ProtoBufTypeNames = scalar.UintMapSymStr{
	ProtoBufTypeInt32:          "int32",
	ProtoBufTypeInt64:          "int64",
	ProtoBufTypeUInt32:         "uint32",
	ProtoBufTypeUInt64:         "uint64",
	ProtoBufTypeSInt32:         "sint32",
	ProtoBufTypeSInt64:         "sint64",
	ProtoBufTypeBool:           "bool",
	ProtoBufTypeEnum:           "enum",
	ProtoBufTypeFixed64:        "fixed64",
	ProtoBufTypeSFixed64:       "sfixed64",
	ProtoBufTypeDouble:         "double",
	ProtoBufTypeString:         "string",
	ProtoBufTypeBytes:          "bytes",
	ProtoBufTypeMessage:        "message",
	ProtoBufTypePackedRepeated: "packed_repeated",
	ProtoBufTypeFixed32:        "fixed32",
	ProtoBufTypeSFixed32:       "sfixed32",
	ProtoBufTypeFloat:          "float",
}
View Source 
var TCPPortMap = scalar.UintMap{}/* 680 elements not displayed */
View Source 
var UDPPortMap = scalar.UintMap{}/* 679 elements not displayed */

Functions

This section is empty.

Types

type AAC_Frame_In 

type AAC_Frame_In struct {
	ObjectType int `doc:"Audio object type"`
}

type AVC_AU_In 

type AVC_AU_In struct {
	LengthSize uint64 `doc:"Length value size"`
}

type AVC_DCR_Out 

type AVC_DCR_Out struct {
	LengthSize uint64
}

type AVI_In 

type AVI_In struct {
	DecodeSamples        bool `doc:"Decode samples"`
	DecodeExtendedChunks bool `doc:"Decode extended chunks"`
}

type Bitcoin_Block_In 

type Bitcoin_Block_In struct {
	HasHeader bool `doc:"Has blkdat header"`
}

type CAFF_In 

type CAFF_In struct {
	Uncompress bool `doc:"Uncompress and probe files"`
}

type CSV_In 

type CSV_In struct {
	Comma   string `doc:"Separator character"`
	Comment string `doc:"Comment line character"`
}

type FLAC_Frame_In 

type FLAC_Frame_In struct {
	SamplesBuf    []byte
	BitsPerSample int `doc:"Bits per sample"`
}

type FLAC_Frame_Out 

type FLAC_Frame_Out struct {
	SamplesBuf    []byte
	Samples       uint64
	Channels      int
	BitsPerSample int
}

type FLAC_Metadatablock_Out 

type FLAC_Metadatablock_Out struct {
	IsLastBlock   bool
	HasStreamInfo bool
	StreamInfo    FLAC_Stream_Info
}

type FLAC_Metadatablocks_Out 

type FLAC_Metadatablocks_Out struct {
	HasStreamInfo bool
	StreamInfo    FLAC_Stream_Info
}

type FLAC_Stream_Info 

type FLAC_Stream_Info struct {
	SampleRate           uint64
	BitsPerSample        uint64
	TotalSamplesInStream uint64
	MD5                  []byte
}

type FLAC_Streaminfo_Out 

type FLAC_Streaminfo_Out struct {
	StreamInfo FLAC_Stream_Info
}

type HEVC_AU_In 

type HEVC_AU_In struct {
	LengthSize uint64 `doc:"Length value size"`
}

type HEVC_DCR_Out 

type HEVC_DCR_Out struct {
	LengthSize uint64
}

type HTML_In 

type HTML_In struct {
	Seq             bool   `doc:"Use seq attribute to preserve element order"`
	Array           bool   `doc:"Decode as nested arrays"`
	AttributePrefix string `doc:"Prefix for attribute keys"`
}

type INET_Packet_In 

type INET_Packet_In struct {
	EtherType int
}

type IP_Packet_In 

type IP_Packet_In struct {
	Protocol int
}
type Link_Frame_In struct {
	Type           int
	IsLittleEndian bool // pcap endian etc
}

type MP3_Frame_Out 

type MP3_Frame_Out struct {
	MPEGVersion      int
	ProtectionAbsent bool
	BitRate          int
	SampleRate       int
	ChannelsIndex    int
	ChannelModeIndex int
}

type MP3_In 

type MP3_In struct {
	MaxUniqueHeaderConfigs int `doc:"Max number of unique frame header configs allowed"`
	MaxUnknown             int `doc:"Max percent (0-100) unknown bits"`
	MaxSyncSeek            int `doc:"Max byte distance to next sync"`
}

type MP4_In 

type MP4_In struct {
	DecodeSamples  bool `doc:"Decode samples"`
	AllowTruncated bool `doc:"Allow box to be truncated"`
}

type MPEG_ASC_Out 

type MPEG_ASC_Out struct {
	ObjectType int
}

type MPEG_Decoder_Config 

type MPEG_Decoder_Config struct {
	ObjectType    int
	ASCObjectType int
}

type MPEG_ES_Out 

type MPEG_ES_Out struct {
	DecoderConfigs []MPEG_Decoder_Config
}

type Matroska_In 

type Matroska_In struct {
	DecodeSamples bool `doc:"Decode samples"`
}

type Ogg_Page_Out 

type Ogg_Page_Out struct {
	IsLastPage         bool
	IsFirstPage        bool
	IsContinuedPacket  bool
	StreamSerialNumber uint32
	SequenceNo         uint32
	Segments           [][]byte
}

type Pg_BTree_In 

type Pg_BTree_In struct {
	Page int `doc:"First page number in file, default is 0"`
}

type Pg_Control_In 

type Pg_Control_In struct {
	Flavour string `doc:"PostgreSQL flavour: postgres14, pgproee14.., postgres10"`
}

type Pg_Heap_In 

type Pg_Heap_In struct {
	Flavour string `doc:"PostgreSQL flavour: postgres14, pgproee14.., postgres10"`
	Page    int    `doc:"First page number in file, default is 0"`
	Segment int    `doc:"Segment file number (16790.1 is 1), default is 0"`
}

type Probe_Args_In 

type Probe_Args_In struct {
	IsProbeArgs bool
	Filename    string
	DecodeGroup string
}

type Probe_In 

type Probe_In struct {
	IsProbe  bool
	Filename string
}

func (Probe_In) HasExt 

func (pi Probe_In) HasExt(ss ...string) bool

Use HasExt("cer", "CeR", ...)

type ProtoBufField 

type ProtoBufField struct {
	Type    int
	Name    string
	Message ProtoBufMessage
	Enums   map[uint64]string
}

type ProtoBufMessage 

type ProtoBufMessage map[int]ProtoBufField

type Protobuf_In 

type Protobuf_In struct {
	Message ProtoBufMessage
}

type TCP_Stream_In 

type TCP_Stream_In struct {
	IsClient        bool
	HasStart        bool
	HasEnd          bool
	SkippedBytes    uint64
	SourcePort      int
	DestinationPort int
}

func (TCP_Stream_In) IsPort 

func (t TCP_Stream_In) IsPort(ports ...int) bool

func (TCP_Stream_In) MustIsPort 

func (t TCP_Stream_In) MustIsPort(fn func(format string, a ...any), ports ...int)

type TCP_Stream_Out 

type TCP_Stream_Out struct {
	PostFn func(peerIn any)
	InArg  any
}

type TLS_In 

type TLS_In struct {
	Keylog string `doc:"NSS Key Log content"`
}

type UDP_Payload_In 

type UDP_Payload_In struct {
	SourcePort      int
	DestinationPort int
}

func (UDP_Payload_In) IsPort 

func (u UDP_Payload_In) IsPort(ports ...int) bool

func (UDP_Payload_In) MustIsPort 

func (u UDP_Payload_In) MustIsPort(fn func(format string, a ...any), ports ...int)

type XML_In 

type XML_In struct {
	Seq             bool   `doc:"Use seq attribute to preserve element order"`
	Array           bool   `doc:"Decode as nested arrays"`
	AttributePrefix string `doc:"Prefix for attribute keys"`
}

type Zip_In 

type Zip_In struct {
	Uncompress bool `doc:"Uncompress and probe files"`
}

Source Files

View all Source files

Directories

Path Synopsis
flowsdecoder
tls
ciphersuites
Package ciphersuites defines TLS and SSL cipher suit properties generated by ciphersuites.jq
 Package ciphersuites defines TLS and SSL cipher suit properties generated by ciphersuites.jq
keylog
Package keylog parses NSS key log format https://firefox-source-docs.mozilla.org/security/nss/legacy/key_log_format/index.html <Label> <space> <ClientRandom> <space> <Secret> lines
 Package keylog parses NSS key log format https://firefox-source-docs.mozilla.org/security/nss/legacy/key_log_format/index.html <Label> <space> <ClientRandom> <space> <Secret> lines
rezlib
Package rezlib wraps a zlib reader and makes it possible to read until the last current input flush boundary by reading until EOF.
 Package rezlib wraps a zlib reader and makes it possible to read until the last current input flush boundary by reading until EOF.
tlsdecrypt

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