AttachedSign is like openpgp.Encrypt (as in p.crypto/openpgp/write.go), but don't encrypt at all, just sign the literal unencrypted data.

CheckUIDAgainstCasedUsername takes the input string, does not convert toLower, and then hashes it to recover a UID.

DecodePacketsUnchecked decodes an array of packets from `reader`.

Run posts an array of delegations to the server.

exists returns whether the given file or directory exists or not.

NewEntity returns an Entity that contains a fresh RSA/RSA keypair with a single identity composed of the given full name, comment and email, any of which may be empty but must not contain any of "()<>\x00".

Any valid key matches the empty string.

Note: you need to be logged in as 'un' for this function to work.

MakeNaclDHKeyPairFromSecret makes a DH key pair given a secret.

MakeNaclSigningKeyPairFromSecret makes a signing key pair given a secret.

MakePaperKeyPhrase creates a new, random paper key phrase for the given version.

MakeURI makes a URI string out of the given protocol and host strings, adding necessary punctuation in between.

Decode data into out, but make sure that all bytes in data are used.

NameCmp removes whitespace and underscores, compares tolower.

Make a new InternalApiEngine and a new ExternalApiEngine, which share the same network config (i.e., TOR and Proxy parameters).

NewFile returns a File.

NewLKSForEncrypt gets a verified passphrase stream, and returns an LKS that works for encryption.

Upon signup, a login session is created with a generated salt.

NewLoginState creates a LoginState and starts the request handler goroutine.

NewLoopbackConnPair makes a new loopback connection pair.

NewLoopbackListener creates a new Loopback listener.

NewNormalizedUsername makes a normalized username out of a non-normalized plain string username.

NewPaperDevice creates a new paper backup key device.

NewPaperKeyPhrase converts a string into a PaperKeyPhrase.

NewRemoteProofLinks creates a new empty collection of proof links.

NewReportingTimerReal returns an initialized reporting timer that actually reports timing information.

NewSessionThin creates a minimal (thin) session of just the uid and username.

NewSpecialKeyRing allocates a new SpecialKeyRing with the given vector of KIDs.

NewTimerSet looks into the given context for configuration information about how to set up timers.

NewUserCache creates a UserCache and sets the object max age to maxAge.

NowAsKeybaseTime makes a representation of now.

OpenLogFile opens the standard Keybase logfile, and returns its name, its File object, or an Error if it didn't work out.

OpenSig takes an armored PGP or Keybase signature and opens the armor.

ParseKeyFamily takes as input a dictionary from a JSON file and returns a parsed version for manipulation in the program.

ParsePGPUpdateChainLink creates a PGPUpdateChainLink from a GenericChainLink and verifies that its pgp_update section contains a KID and full_hash.

To be used for signatures in a user's signature chain.

Pluralize returns pluralized string with value.

note: openpgp.ReadArmoredKeyRing only returns the first block.

ReadPrivateKeyFromString finds the first private key block in s and decodes it into a PGPKeyBundle.

SafeWriteToFile to safely write to a file.

SecWordList returns an array of words from secwords.

SimpleSignJson marshals the given Json structure and then signs it.

SimpleSign signs the given data stream, outputs an armored string which is the attached signature of the input data.

StringToRunMode turns a string into a run-mode.

TclToKeybaseTime turns a TypedChainLink into a KeybaseTime tuple, looking inside the chainlink for the Unix wallclock and the global MerkleChain seqno.

TempFile creates a termporary file.

The standard time.Unix() converter interprets 0 as the Unix epoch (1970).

UsernameToUID works for users created after "Fri Feb 6 19:33:08 EST 2015", with some exceptions, since we didn't ToLower() for all UIDs.

UsernameToUID works for users created after "Fri Feb 6 19:33:08 EST 2015".

VersionString returns semantic version string.

1 year.

Build number.

The current device encryption key.

The current device signing key.

these strings need to match the keys in keybase/lib_public/public_constants.iced -> public_constants.device.type.

these strings need to match the keys in keybase/lib_public/public_constants.iced -> public_constants.device.type.

these strings need to match the keys in keybase/lib_public/public_constants.iced -> public_constants.device.type.

OpenPGP hash IDs, taken from http://tools.ietf.org/html/rfc4880#section-9.4.

OpenPGP hash IDs, taken from http://tools.ietf.org/html/rfc4880#section-9.4.

OpenPGP hash IDs, taken from http://tools.ietf.org/html/rfc4880#section-9.4.

OpenPGP hash IDs, taken from http://tools.ietf.org/html/rfc4880#section-9.4.

OpenPGP hash IDs, taken from http://tools.ietf.org/html/rfc4880#section-9.4.

OpenPGP hash IDs, taken from http://tools.ietf.org/html/rfc4880#section-9.4.

OpenPGP hash IDs, taken from http://tools.ietf.org/html/rfc4880#section-9.4.

kex doc specifies 65 bits of entropy.

Uses SHA-256.

Packet tags for OpenPGP and also Keybase packets.

16 years.

16 years.

TODO: Ideally, box would expose how many random bytes it needs.

Todo: Ideally, box would specify nonce size.

16 years.

TODO: Ideally, ed25519 would expose how many random bytes it needs.

= 64.

= 32.

A PGP key (including the synced PGP key, if there is one).

key_revocation_types.

key_revocation_types.

key_revocation_types.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

Status codes.

16 years.

16 years.

Packet tags for OpenPGP and also Keybase packets.

Packet tags for OpenPGP and also Keybase packets.

Packet tags for OpenPGP and also Keybase packets.

TimerAPI enables API timers.

TimerNone means Timers Disabled.

TimerRPC enables RPC timers.

TimerXAPI enables External API timers.

max number of user summaries in one request.

Version as MAJOR.MINOR.PATCH.

Shared code across Internal and External APIs.

BufferCloser is a Buffer that satisfies the io.Closer interface.

ComputedKeyFamily is a joining of two sets of data; the KeyFamily is what the server returned and is not to be trusted; the ComputedKeyInfos is what we compute as a result of playing the user's sigchain forward.

ComputedKeyInfo is a set of annotations that we apply to a ServerKeyRecord.

When we play a sigchain forward, it yields ComputedKeyInfos (CKIs).

Contextified objects have explicit references to the GlobalContext, so that G can be swapped out for something else.

File defines a default SafeWriter implementation.

We have two notions of time we can use -- standard UTC which might be screwy (skewy) based upon local clock problems; or MerkleRoot seqno, which is totally ordered and all clients and server ought to agree on it.

Once the client downloads a RawKeyFamily, it converts it into a KeyFamily, which has some additional information about Fingerprints and PGP keys.

LoginState controls the state of the current user's login session and associated variables.

LoopbackAddr is an address class that implement the net.Addr interface for loopback devices.

LoopbackConn implments the net.Conn interface but is used to loopback from a process to itself.

LoopbackListener is a listener that creates new loopback connections.

NopWriteCloser is like an ioutil.NopCloser, but for an io.Writer.

PGPKeySet represents a collection of versions of a PGP key.

PGPUpdateChainLink represents a chain link which marks a new version of a PGP key as current.

ProofLinkWithState contains a RemoteProofChainLink and the proof state.

As returned by user/lookup.json.

RemoteProofLinks holds a set of RemoteProofChainLinks, organized by service.

ReportingTimerDummy fulfills the ReportingTimer interface but doesn't do anything when done.

ReportingTimerReal is a SimpleTimer that reports after the timing measurement is done.

Can be used to either parse a proof `service` JSON block, or a `remote_key_proof` JSON block in a tracking statement.

SimpleTimer keeps track of how long something is taking, like a network API call.

SpecialKeyRing holds blessed keys, like the one Keybase uses to sign its Merkle Root.

TestConfig tracks libkb config during a test.

TestOutput is a mock interface for capturing and testing output.

TimerSet is the set of currently active timers.

========================================================================= TrackChainLink .

UserCache stores User objects in memory for a fixed amount of time.

LoginContext is passed to all loginHandler functions.

========================================================================= Remote, Web and Social .

ReportingTimer is an interface shared between ReportingTimerReal and ReportingTimerDummy, to allow for convenient disabling of timer features.

Internal and External APIs both implement these methods, allowing us to share the request-making code below in doRequest.

Can be a ProofLinkWithState, one of the identities listed in a tracking statement, or a PGP Fingerprint!.

NormalizedUsername is a username that has been normalized (toLowered) and therefore will compare correctly against other normalized usernames.

PaperKeyPhrase is the string that can generate a paper key.

PassphraseGeneration represents which generation of the passphrase is currently in use.

TimerSelector allows us to select which timers we want on.