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This can happen on network drives: FRITZ.NAS mounted on MacOS returns
"operation not supported": https://github.com/rfjakob/gocryptfs/issues/390
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master key.
Further raises the bar for recovering keys from memory.
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Callers that do not want to decrypt the masterkey should
call plain Load().
https://github.com/rfjakob/gocryptfs/issues/258
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Preparation for fixing https://github.com/rfjakob/gocryptfs/issues/258
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Report the actual problem instead of a generic
"unexpected end of JSON input".
https://github.com/rfjakob/gocryptfs/issues/258
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Before:
$ gocryptfs -fsck .
LoadConfFile: ReadFile: &os.PathError{Op:"open", Path:"/var/tmp/check-gocryptfs/scratchdev/gocryptfs.conf", Err:0xd}
Cannot open config file: open /var/tmp/check-gocryptfs/scratchdev/gocryptfs.conf: permission denied
After:
$ gocryptfs -fsck .
Cannot open config file: open /var/tmp/check-gocryptfs/scratchdev/gocryptfs.conf: permission denied
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It is no longer printed at all when mounting a filesystem,
printing on -init can be disabled with -q.
https://github.com/rfjakob/gocryptfs/issues/76
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TrezorPayload stores 32 random bytes used for unlocking
the master key using a Trezor security module. The randomness makes sure
that a unique unlock value is used for each gocryptfs filesystem.
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configfile.LoadConfFile() -> configfile.Load()
configfile.CreateConfFile() -> configfile.Create()
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readpassword.Trezor() is not implemented yet and returns
a hardcoded dummy key.
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This will allows us to overwrite the password
with zeros once we are done with it.
https://github.com/rfjakob/gocryptfs/issues/211
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As soon as we don't need them anymore, overwrite
keys with zeros and make sure they run out of scope
so we don't create a risk of inadvertedly using all-zero
keys for encryption.
https://github.com/rfjakob/gocryptfs/issues/211
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Allows to use /dev/random for generating the master key instead of the
default Go implementation. When the kernel random generator has been
properly initialized both are considered equally secure, however:
* Versions of Go prior to 1.9 just fall back to /dev/urandom if the
getrandom() syscall would be blocking (Go Bug #19274)
* Kernel versions prior to 3.17 do not support getrandom(), and there
is no check if the random generator has been properly initialized
before reading from /dev/urandom
This is especially useful for embedded hardware with low-entroy. Please
note that generation of the master key might block indefinitely if the
kernel cannot harvest enough entropy.
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New codes:
* OpenConf = 23
* WriteConf = 24
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This commit defines all exit codes in one place in the exitcodes
package.
Also, it adds a test to verify the exit code on incorrect
password, which is what SiriKali cares about the most.
Fixes https://github.com/rfjakob/gocryptfs/issues/77 .
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Misspell Finds commonly misspelled English words
gocryptfs/internal/configfile/scrypt.go
Line 41: warning: "paramter" is a misspelling of "parameter" (misspell)
gocryptfs/internal/ctlsock/ctlsock_serve.go
Line 1: warning: "implementes" is a misspelling of "implements" (misspell)
gocryptfs/tests/test_helpers/helpers.go
Line 27: warning: "compatability" is a misspelling of "compatibility" (misspell)
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Force decode of encrypted files even if the integrity check fails, instead of
failing with an IO error. Warning messages are still printed to syslog if corrupted
files are encountered.
It can be useful to recover files from disks with bad sectors or other corrupted
media.
Closes https://github.com/rfjakob/gocryptfs/pull/102 .
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This makes sure we cannot get weak parameters passed through a
rougue gocryptfs.conf.
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Also adds a test to verify that they are set in new config
files.
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internal/configfile/config_test.go:67: c declared and not used
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This test fails because Raw64 has been disabled for now.
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Raw64 is supported (but was disabled by default) since gocryptfs
v1.2. However, the implementation was buggy because it forgot
about long names and symlinks.
Disable it for now by default and enable it later, together
with HKDF.
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...but keep it disabled by default for new filesystems.
We are still missing an example filesystem and CLI arguments
to explicitely enable and disable it.
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This will be re-enabled once it is implemented.
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As we have dropped Go 1.4 compatibility already, and will add
a new feature flag for gocryptfs v1.3 anyway, this is a good
time to enable Raw64 as well.
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There is no security reason for doing this, but it will allow
to consolidate the code once we drop compatibility with gocryptfs v1.2
(and earlier) filesystems.
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This really only handles scrypt and no other key-derivation functions.
Renaming the files prevents confusion once we introduce HKDF.
renamed: internal/configfile/kdf.go -> internal/configfile/scrypt.go
renamed: internal/configfile/kdf_test.go -> internal/configfile/scrypt_test.go
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Otherwise the next try to mount ends in
"ctlsock: listen unix ctl.sock: bind: address already in use"
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Through base64.RawURLEncoding.
New command-line parameter "-raw64".
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For convenience for the user, add a newline at the end.
Reported as #51 .
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Requested at https://github.com/rfjakob/gocryptfs/issues/28
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Also pull all the deterministic nonce code into fusefrontend_reverse
to greatly simplify the normal code path.
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GCM-SIV is not yet finalized, and the reference implemenation is
painfully slow at about 2 MB/s. Switch to AES-SIV.
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Also delete the unused "dirIVNameStruct", found by deadcode.
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This will be used for strong symlink encryption in reverse mode.
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Also add ReverseDummyNonce nonce generation.
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