The commands added are: boundary daemon start boundary daemon stop boundary daemon add-token boundary daemon status boundary search If these actions are performed on a platform that doesn't support sqlite natively in go an error is returned. Besides some hooks into the cmd package all the significant logic resides in internal/clientcache feat (cmds/authenticate): output the token name when storing token feat: update go-dbw which now uses pure go sqlite driver refact (base.Command): export FlagOutputCurlString Exporting FlagOutputCurlString allows other commands that embed the base.Command to access the flag as needed feat: add a cache Repository to manage cache storage feat: add a "cache" CLI command This new command will support both managing and searching the local CLI cache daemon. feat: start cache daemon as needed when issue CLI commands Move files to new directories and add persona table (#3526) * Add persona table and move files to new directories Client daemon now uses unix sockets and update pathing (#3535) * Add unix socket listen and dialers with file permissions applied * Update the pathing to match RFC Cache refreshing now uses all stored personas. (#3545) Updating headers for LLB files Decouple daemon and cache server (#3566) * Separate daemon from server * Add persona handler to daemon server (#3579) Moved search to use mql and added tests for the search command (#3589) * search uses hashicorp/mql Windows support for client side daemon (#3618) * exec.Command for background process * Log to stderr when in foreground and file always * Use pid files across platform for start and stop Requests with version info must match the daemon's version (#3640) * requests with version info must match daemons Update dependencies and breakout cgo/pure go sqlite drivers (#3657) upgrade go-dbw deps and add cgo build tags Enable graceful shutdown in windows (#3695) * Enable graceful shutdown in windows Co-authored-by: Jim <jlambert@hashicorp.com> Targets delete when a persona changes address or user id (#3673) * Handle cache refresh in repo Add sessions to the client side cache (#3682) * Add sessions to repository * Search command supports sessions * adding session related tests to db and refresh Change cache schema from personas to tokens+users (#3737) * Change from personas to tokens+users * Separate keyring tokens from auth tokens Add support for keyringless auth tokens (#3765) * Add support for keyringless auth tokens Remove expired auth tokens from cache (#3768) * Remove expired auth tokens from cache Complete the TODO of checking for inflight tx (#3779) Delete tokens that the controller says are invalid (#3782) fix search test with boundary token check (#3799) Collect resource info in repository_<resource>s.go (#3769) * Collect resource info in repository_<resource>s.go * Move search logic into the domain (#3794) Daemon and search restricted to supported platforms (#3801) * Daemon and search restricted to supported platforms Reorganize the clientcache packages (#3814) * Refactor for self contained domain logic * Put clientcache stuff under internal
db package
Usage
Just some high-level usage highlights to get you started. Read the godocs for a complete list of capabilities and their documentation.
dialect = postgres.New(postgres.Config{
DSN: connectionUrl},
)
conn, _ := gorm.Open(dialect, &gorm.Config{})
// Db implements both the Reader and Writer interfaces
rw := Db{Tx: conn}
// There are writer methods like: Create, Update and Delete
// that will write Gorm struct to the db. These writer methods
// all support options for writing Oplog entries for the
// caller: WithOplog(yourWrapper, yourMetadata)
// the caller is responsible for the transaction life cycle of the writer
// and if an error is returned the caller must decide what to do with
// the transaction, which is almost always a rollback for the caller.
err = rw.Create(context.Background(), user)
// There are reader methods like: LookupByPublicId,
// LookupByName, SearchBy, LookupBy, etc
// which will lookup resources for you and scan them into your Gorm struct
err = rw.LookupByPublicId(context.Background(), foundUser)
// There's reader ScanRows that facilitates scanning rows from
// a query into your Gorm struct
where := "select * from test_users where name in ($1, $2)"
rows, err := rw.Query(context.Background(), where, []interface{}{"alice", "bob"})
defer rows.Close()
for rows.Next() {
user := db_test.NewTestUser()
// scan the row into your Gorm struct
if err := rw.ScanRows(rows, &user); err != nil {
return err
}
// Do something with the Gorm user struct
}
// DoTx is a writer function that wraps a TxHandler
// in a retryable transaction. You simply implement a
// TxHandler that does your writes and hand the handler
// to DoTx, which will wrap the writes in a retryable
// transaction with the retry attempts and backoff
// strategy you specify via options.
_, err = w.DoTx(
context.Background(),
10, // ten retries
ExpBackoff{}, // exponential backoff
func(w Writer) error {
// the TxHandler updates the user's friendly name
return w.Update(context.Background(), user, []string{"FriendlyName"},
// write oplogs for this update
WithOplog(
InitTestWrapper(t),
oplog.Metadata{
"key-only": nil,
"deployment": []string{"amex"},
"project": []string{"central-info-systems", "local-info-systems"},
},
),
)
})