WHAT:
enter passphrase step for create access grant flow
WHY:
if user already has access grant, passphrase could be used one more time
Change-Id: I7ceb6ca5b59a1d72510c739e268c73c511bbedef
WHAT:
create passphrase step for access grant flow
WHY:
passphare is needed to generate access grant
Change-Id: I9d0540826744d192b2e00a30fda907cc581a6e00
With the new phase 3 order submission, orders can be added to the
storage and bandwidth rollup tables at timestamps before the most recent
rollup was run. This change shifts the start time of each new rollup
window to account for any unexpired orders that might have been added
since the previous rollup.
A satellitedb migration is necessary to allow upserts in the
accounting_rollups table when entries with identical node_ids and
start_times are inserted.
Change-Id: Ib3022081f4d6be60cfec8430b45867ad3c01da63
Previously uplink register only accepted a fully serialized access grant.
This is kind of annoying, I changed it so that it could also use access names.
Change-Id: If6d4d1baa8d4fb3d87fdedb895d459fa12743f1a
Before manipulating order information on storagenodes we need to wait
for the orders to propagate to the database. Some of that happens
async with uplink.
Change-Id: Iaacfd7db0909ab5d2831d06388e5fb27b6d4778f
Define constants of 32 KiB as the upper limit of the marshalled order
and limit protobuf sizes. This value gives lots of buffer in case the
protobufs ever change, but is not as extreme as what we were doing
before in V0 files, which was to use the Uint32 max value.
Change-Id: I0914d17dde3b044b2611af33f931d46d55f81e98
Firstly, this changes the repair functionality to return Canceled errors
when a repair is canceled during the Get phase. Previously, because we
do not track individual errors per piece, this would just show up as a
failure to download enough pieces to repair the segment, which would
cause the segment to be added to the IrreparableDB, which is entirely
unhelpful.
Then, ignore Canceled errors in the return value of the repair worker.
Apparently, when the worker returns an error, that makes Cobra exit the
program with a nonzero exit code, which causes some piece of our
deployment automation to freak out and page people. And when we ask the
repair worker to shut down, "canceled" errors are what we _expect_, not
an error case.
Change-Id: Ia3eb1c60a8d6ec5d09e7cef55dea523be28e8435
WHAT:
continue in CLI step which returns regular API key
WHY:
in case user wants to create access grants in CLI
Change-Id: I8a0fa15f07e553628bda3a3e871506295230f0a2
WHAT:
bucket names selection logic for create access grant flow
WHY:
bucket based access grant restriction
Change-Id: I922811ce43afbc0bf0c2c9bcaea755657257f26f
WHAT:
permissions step page for create access grant flow. Regular permissions and buckets dropdown
WHY:
to configure access grant permissions
Change-Id: Ia5571556a7fb83fd9a508e6aabfcdf5b57e9bc96
WHAT:
progress bar for create access grant flow
WHY:
progress bar to show user current step of the flow
Change-Id: Ia3665fee91ac9b3c27eed5d5190e69d7ea5b3e8a
WHAT:
access grants list page where all the created access grants will be visible/deletable
WHY:
initial page of new access grant flow
Change-Id: I0b99f15e47295bd0d307dd3aebd9f6dea3ffbb25
Fix the error message reported by a wrong order size due to passing the
wrong variable to the interpolation pattern.
Change-Id: Ic0059615c60cfa33a26d4aeb0ebda5e586f0df05
Old iterator returns object keys without prefixes, this helps to reduce
the bandwidth from the database. The endpoint also doesn't send the
prefixes.
Change-Id: I77d85dae671ee3a16abe75db14e19674e80abaf4
`make` built function to build a new slice with a negative
length panics.
`make` length parameter is of `int` type.
These changes avoid that `make` panics on 32 bits architecture due to
the fact that `int` type is a `int32` an uint32 value can be over the
maximum `int32`, and when that happens the length parameter value
becomes negative and makes `make` to panic.
Change-Id: Ife9ab5993916d6dcf5584b37c208272269cb2b45
to metabase
* EncryptedMetainfoEncryptedKey added to CommitSegment and
UpdateMetadata request
* EncryptedMetainfoEncryptedKey returned with GetObject response and all
delete responses
* EncryptedMetainfoEncryptedKey returned with object iterator results
Change-Id: I917541ab5f3e1863bc8f238d17a15fbf72a23025
We plan to add support for a new Reed-Solomon scheme soon, but our
repair queue orders segments by least number of healthy pieces first.
With a second RS scheme, fewer healthy pieces will not necessarily
correlate to lower health.
This change just adds the new column in a migration. A separate change
will add the new health function.
Right now, since we only support one RS scheme, behavior will not
change. Number of healthy pieces is being inserted as "segment health"
until the new health function is merged.
Segment health is calculated with a new priority function created in
commit 3e5640359. In order to use the function, a new config value is
added, called NodeFailureRate, representing the approximate probability
of any individual node going down in the duration of one checker run.
Change-Id: I51c4202203faf52528d923befbe886dbf86d02f2
For coordinating with other processes it can be useful to wait until
another process is accepting requests on an address.
Change-Id: Id623ed815149f14f9f0344e2f396ab70fc4dec6a
If the satellite fails to pingback the storage node during CheckIn
an error message is returned to the node in the response, but the actual
error value returned is nil. We are only checking the error. This means
the node has no feedback about the failure, and the node also does not
attempt to retry the connection.
Change-Id: Iaed00e422ba91af573e72255cc6671ea97928eae
This change fixes two things which can make reading from a corrupted
orders file inefficient.
* When a corrupted order is detected, but the underlying error is an
UnexpectedEOF (as opposed to a pb.Unmarshal error, for instance), there
is no point in attempting to read from the file another time to find an
additional uncorrupted order - we will continue to get UnexpectedEOF
errors until we seek to the very end of the file and get a normal EOF.
Instead, when UnexpectedEOF occurs, log and send metrics as with other
types of corruption, but do not attempt to read again.
* When a corrupted order is detected, instead of seeking forward only
one byte for the next attempt, seek forward by the size of entryHeader.
This cuts down on the number of iterations needed to find an uncorrupted
order after detecting a corrupted one.
Change-Id: Ie1a613127e29d29318584ec7f60e8f7554f73487
Currently our code is only using github version of the code, so there
shouldn't be need for the exception.
Change-Id: I0c6e8a8465ab7b525d4b5d1b29e4e5298384286d
