Documentation ¶
Overview ¶
Package store provides an interface to multiple types of embedded storage across multiple objects. Unlike a SQL interface, the TRISA directory service relies on document databases or key/value stores such as leveldb or trtl. It also manages multiple namespaces (object types) - VASP records, CertificateRequests, Peers, etc. In general an object store interface provides accesses to the objects, with one interface per namespace as follows:
type ObjectStore interface { List() *Iterator // Iterate over all objects Search(query map[string]interface{}) *Iterator // Create a query to list filtered objects Create(o *Object) (id string, err error) // Make the object Retrieve(id string) (o *Object, err error) // Fetch an object by ID or by key Update(o *Object) error // Make changes to an object Delete(id string) error // Delete an object }
Ideally there would be a store per namespace, but in order to generalize the store to multiple embedded databases, the store interface affixes the object store methods with the namespace. E.g. ListVASPs, CreateCertReq, etc.
Index ¶
Constants ¶
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Variables ¶
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Functions ¶
Types ¶
type AnnouncementStore ¶ added in v1.5.2
type AnnouncementStore interface { RetrieveAnnouncementMonth(date string) (*bff.AnnouncementMonth, error) UpdateAnnouncementMonth(m *bff.AnnouncementMonth) error DeleteAnnouncementMonth(date string) error }
AnnouncementStore describes how services interact with the Announcement records.
type Backup ¶
Backup means that the Store can be backed up to a compressed location on disk, optionally with encryption if its required.
type CertificateRequestStore ¶
type CertificateRequestStore interface { ListCertReqs() iterator.CertificateRequestIterator CreateCertReq(r *models.CertificateRequest) (string, error) RetrieveCertReq(id string) (*models.CertificateRequest, error) UpdateCertReq(r *models.CertificateRequest) error DeleteCertReq(id string) error }
CertificateRequestStore describes how services interact with Certificate requests.
type CertificateStore ¶
type CertificateStore interface { ListCerts() iterator.CertificateIterator CreateCert(c *models.Certificate) (string, error) RetrieveCert(id string) (*models.Certificate, error) UpdateCert(c *models.Certificate) error DeleteCert(id string) error }
CertificateStore describes how services interact with Certificate records.
type DirectoryStore ¶
type DirectoryStore interface { ListVASPs() iterator.DirectoryIterator SearchVASPs(query map[string]interface{}) ([]*pb.VASP, error) CreateVASP(v *pb.VASP) (string, error) RetrieveVASP(id string) (*pb.VASP, error) UpdateVASP(v *pb.VASP) error DeleteVASP(id string) error }
DirectoryStore describes how services interact with VASP identity records.
type Indexer ¶
type Indexer interface {
Reindex() error
}
Indexer allows external methods to access the index function of the store if it has them. E.g. a leveldb embedded database or other store that uses an in-memory index needs to be an Indexer but not a SQL database.
type OrganizationStore ¶ added in v1.5.2
type OrganizationStore interface { ListOrganizations() iterator.OrganizationIterator CreateOrganization(o *bff.Organization) (string, error) RetrieveOrganization(id uuid.UUID) (*bff.Organization, error) UpdateOrganization(o *bff.Organization) error DeleteOrganization(id uuid.UUID) error }
OrganizationStore describes how services interact with the Organization records.
type Store ¶
type Store interface { Close() error DirectoryStore CertificateStore CertificateRequestStore AnnouncementStore OrganizationStore }
Store provides an interface for directory storage services to abstract the underlying database provider. The storage methods correspond to directory service requests, which are currently implemented with a simple CRUD and search interface for VASP records and certificate requests. The underlying database can be a simple embedded store or a distributed SQL server, so long as it can interact with identity records.
func Open ¶
func Open(conf config.StoreConfig) (s Store, err error)
Open a directory storage provider with the specified URI. Database URLs should either specify protocol+transport://user:pass@host/dbname?opt1=a&opt2=b for servers or protocol:///relative/path/to/file for embedded databases (for absolute paths, specify protocol:////absolute/path/to/file).