Safe Haskell	Safe-Inferred
Language	GHC2021

Galley.Data.Conversation

Contents

Data Conversation types
Utilities

Synopsis

data Conversation = Conversation {
- convId :: ConvId
- convLocalMembers :: [LocalMember]
- convRemoteMembers :: [RemoteMember]
- convDeleted :: Bool
- convMetadata :: ConversationMetadata
- convProtocol :: Protocol
}
data NewConversation
isConvDeleted :: Conversation -> Bool
selfConv :: UserId -> ConvId
localOne2OneConvId :: UUID V4 -> UUID V4 -> ConvId
convAccess :: Conversation -> [Access]
convAccessData :: Conversation -> ConversationAccessData
convAccessRoles :: Conversation -> Set AccessRole
convMessageTimer :: Conversation -> Maybe Milliseconds
convName :: Conversation -> Maybe Text
convReceiptMode :: Conversation -> Maybe ReceiptMode
convSetName :: Maybe Text -> Conversation -> Conversation
convType :: Conversation -> ConvType
convSetType :: ConvType -> Conversation -> Conversation
convTeam :: Conversation -> Maybe TeamId
defRole :: Set AccessRole
maybeRole :: ConvType -> Maybe (Set AccessRole) -> Set AccessRole
defRegularConvAccess :: [Access]
parseAccessRoles :: Maybe AccessRoleLegacy -> Maybe (Set AccessRole) -> Maybe (Set AccessRole)

Data Conversation types

data Conversation Source #

Internal conversation type, corresponding directly to database schema. Should never be sent to users (and therefore doesn't have FromJSON or ToJSON instances).

Constructors

Conversation
Fields convId :: ConvId convLocalMembers :: [LocalMember] convRemoteMembers :: [RemoteMember] convDeleted :: Bool convMetadata :: ConversationMetadata convProtocol :: Protocol

Instances

Instances details

Show Conversation Source #
Instance details Defined in Galley.Data.Conversation.Types Methods showsPrec :: Int -> Conversation -> ShowS # show :: Conversation -> String # showList :: [Conversation] -> ShowS #

data NewConversation Source #

Utilities

isConvDeleted :: Conversation -> Bool Source #

selfConv :: UserId -> ConvId Source #

localOne2OneConvId :: UUID V4 -> UUID V4 -> ConvId Source #

We deduce the conversation ID by adding the 4 components of the V4 UUID together pairwise, and then setting the version bits (v4) and variant bits (variant 2). This means that we always know what the UUID is for a one-to-one conversation which hopefully makes them unique.

convAccess :: Conversation -> [Access] Source #

convAccessData :: Conversation -> ConversationAccessData Source #

convAccessRoles :: Conversation -> Set AccessRole Source #

convMessageTimer :: Conversation -> Maybe Milliseconds Source #

convName :: Conversation -> Maybe Text Source #

convReceiptMode :: Conversation -> Maybe ReceiptMode Source #

convSetName :: Maybe Text -> Conversation -> Conversation Source #

convType :: Conversation -> ConvType Source #

convSetType :: ConvType -> Conversation -> Conversation Source #

convTeam :: Conversation -> Maybe TeamId Source #

defRole :: Set AccessRole Source #

maybeRole :: ConvType -> Maybe (Set AccessRole) -> Set AccessRole Source #

defRegularConvAccess :: [Access] Source #

parseAccessRoles :: Maybe AccessRoleLegacy -> Maybe (Set AccessRole) -> Maybe (Set AccessRole) Source #