storj/satellite/satellitedb/dbx/project.dbx
Moby von Briesen 919278dbf9 satellite/satellitedb: drop partnerID columns
The last code referencing these columns was removed as of satellite
release v1.79, so it is safe to remove them now.

Resolves https://github.com/storj/storj/issues/5432

Change-Id: I2e9d641b2511a61e0b9482ef0f4955a73c290709
2023-05-24 14:38:57 +00:00

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// project contains information about a user project.
model project (
key id
index (
name projects_public_id_index
fields public_id
)
index (
name projects_owner_id_index
fields owner_id
)
// id is a UUID used for identifying the project.
field id blob
// public_id is a UUID that's used in web requests.
field public_id blob ( nullable )
// name is a identifier that's shown to the user.
field name text ( updatable )
// description helps users to clarify what the project is for.
field description text ( updatable )
// usage_limit defines maximum allowed bytes that can be stored.
field usage_limit int64 ( nullable, updatable )
// bandwidth_limit defines maximum allowed bandwidth per month in bytes.
field bandwidth_limit int64 ( nullable, updatable )
// user_specified_usage_limit is set by the user to limit their bytes that can be stored.
field user_specified_usage_limit int64 ( nullable, updatable )
// user_specified_bandwidth_limit is set by the user to limit their bytes that downloaded.
field user_specified_bandwidth_limit int64 ( nullable, updatable )
// segment_limit specifies how many segments can be stored in the project.
field segment_limit int64 ( nullable, updatable, default 1000000)
// rate_limit defines maximum requests per second the project can use.
// See golang.org/x/time/rate#Limiter for details.
field rate_limit int ( nullable, updatable )
// burst_limit defines number of requests that are not throttled by rate_limit.
// See golang.org/x/time/rate#Limiter for details.
field burst_limit int ( nullable, updatable )
// max_buckets is the maximum number of buckets that can be created for the project.
field max_buckets int ( nullable, updatable )
// user_agent is the referred partner who created the project.
field user_agent blob ( nullable )
// owner_id refers to the user UUID in user.id.
field owner_id blob
// salt is used for salting the user passphrase for the content.
field salt blob ( nullable )
// created_at indicates when the project was created.
field created_at timestamp ( autoinsert )
)
create project ( )
update project ( where project.id = ? )
delete project ( where project.id = ? )
read one (
select project.salt
where project.id = ?
)
read one (
select project
where project.public_id = ?
)
read one (
select project
where project.id = ?
)
read one (
select project.usage_limit
where project.id = ?
)
read one (
select project.bandwidth_limit
where project.id = ?
)
read one (
select project.user_specified_usage_limit
where project.id = ?
)
read one (
select project.user_specified_bandwidth_limit
where project.id = ?
)
read one (
select project.segment_limit
where project.id = ?
)
read one (
select project.max_buckets
where project.id = ?
)
read one (
select project.bandwidth_limit project.usage_limit project.segment_limit project.rate_limit project.burst_limit
where project.id = ?
)
read all (
select project
)
read all (
select project
where project.created_at < ?
orderby asc project.created_at
)
read all (
select project
where project.owner_id = ?
orderby asc project.created_at
)
read all (
select project
join project.id = project_member.project_id
where project_member.member_id = ?
orderby asc project.name
)
read limitoffset (
select project
where project.created_at < ?
orderby asc project.created_at
)
// project_member is an association table between projects and users.
// It indicates which users have access to the specific project.
model project_member (
key member_id project_id
// member_id is the user that can access the project.
field member_id user.id cascade
// project_id is the project that can be accessed.
field project_id project.id cascade
// created_at indicates when the user was added as a member.
field created_at timestamp ( autoinsert )
)
create project_member ( )
delete project_member (
where project_member.member_id = ?
where project_member.project_id = ?
)
read all (
select project_member
where project_member.member_id = ?
)
// project_invitation contains info for pending project member invitations.
model project_invitation (
key project_id email
index ( fields project_id )
index ( fields email )
// project_id is the ID of the project that the invitation is for.
field project_id project.id cascade
// email is the normalized form of the email address that the invitation email was sent to.
// See satellitedb.normalizeEmail for details.
field email text
// inviter_id is the ID of the user who sent the invitation.
field inviter_id user.id setnull ( nullable )
// created_at is the time that the invitation was created.
field created_at timestamp ( autoinsert )
)
create project_invitation ( )
read one (
select project_invitation
where project_invitation.project_id = ?
where project_invitation.email = ?
)
read all (
select project_invitation
where project_invitation.email = ?
)
read all (
select project_invitation
where project_invitation.project_id = ?
)
delete project_invitation (
where project_invitation.project_id = ?
where project_invitation.email = ?
)
// api_key is used to authenticate in requests.
model api_key (
key id
unique head
unique name project_id
// id is a UUID for the api key.
field id blob
// project_id is a UUID that refers to project.id.
field project_id project.id cascade
// head is restrictions for the api key.
field head blob
// name helps users to identify the purpose of the api key.
field name text (updatable)
// secret is the macaroon secret.
field secret blob
// user_agent is the referred partner who created the project.
field user_agent blob (nullable)
// created_at indicates when the api key was added.
field created_at timestamp (autoinsert)
)
create api_key ( )
update api_key (
where api_key.id = ?
noreturn
)
delete api_key ( where api_key.id = ? )
read one (
select api_key project.public_id
join project.id = api_key.project_id
where api_key.id = ?
)
read one (
select api_key project.public_id
join project.id = api_key.project_id
where api_key.head = ?
)
read one (
select api_key project.public_id
join project.id = api_key.project_id
where api_key.name = ?
where api_key.project_id = ?
)