OBJECT
Mutation

The mutation root of Snowflake's GraphQL interface. Snowflake provides mutations that implement Relay Input Object Mutations Specifications.
type Mutation {
#   Creates a new game in the database.
# 
# Arguments
#   input: [Not documented]
createGame(input: CreateGameInput!): GamePayload! 
#   Marks a game as deleted. This does not actually purge the game from the 
#   database. Instead, a metadata value `game_deleted` is set to true. Permanently 
#   deleting a game once created from the database is not permitted.
# 
# Arguments
#   input: [Not documented]
deleteGame(input: DeleteGameInput!): GamePayload! 
#   Update or creates the given metadata value for a game.
# 
# Arguments
#   input: [Not documented]
updateGameMetadata(input: UpdateGameMetadataInput!): UpdateGameMetadataPayload! 
#   Removes a metadata entry for a game.
# 
# Arguments
#   input: [Not documented]
deleteGameMetadata(input: DeleteGameMetadataInput!): DeleteGameMetadataPayload! 
# Arguments
#   input: [Not documented]
createScrapeContext(input: CreateScrapeContextInput!): CreateScrapeContextPayload! 
#   Requests cancellation of the specified scrape context. If this succeeds, the 
#   next iteration will halt the scrape context regardless of the stage. There is no 
#   way to determine whether or not the cancellation succeeded until the scrape 
#   context is moved to the next step. Only then will it be eligible for deletion.
# 
# Arguments
#   input: [Not documented]
cancelScrapeContext(input: CancelScrapeContextInput!): CancelScrapeContextPayload! 
#   Deletes a scrape context, halting its execution.
# 
# Arguments
#   input: [Not documented]
deleteScrapeContext(input: DeleteScrapeContextInput!): DeleteScrapeContextPayload! 
#   Proceeds to the next step of the specified scrape context. Returns the output of 
#   the next step in the scrape context iterator, until it is exhausted. If the 
#   iterator is exhausted, `current` will be null, and `hasNext` will be false . If 
#   the specified scrape context does not exist, `context` and `current` will be 
#   null, and `hasNext` will be false. 
# 
# Arguments
#   input: [Not documented]
nextScrapeContextStep(input: NextScrapeContextStepInput!): ScrapeContextPayload! 
#   Exhausts the specified scrape context until completion. Returns the output of 
#   the last step of the scrape context, when there are no more remaining left to 
#   continue with.
# 
# Arguments
#   input: [Not documented]
exhaustScrapeContextSteps(
input: NextScrapeContextStepInput!
): ScrapeContextCompletePayload! 
#   Applies the specified scrape results to the specified game as-is. Be sure to 
#   delete the scrape context afterwards.
# 
# Arguments
#   input: [Not documented]
applyScrapeContext(input: ApplyScrapeContextInput!): ApplyScrapeContextPayload! 
#   Creates a validation intallation with the specified game and orchestrator.
# 
# Arguments
#   input: [Not documented]
createValidation(input: CreateValidationInput!): CreateValidationPayload! 
#   Creates a new installation with the specified artifacts and game.
# 
# Arguments
#   input: [Not documented]
createInstallation(input: CreateInstallationInput!): CreateInstallationPayload! 
#   Proceeds with the next step in the installation. If an exception occurs, 
#   cancellation will automatically be requested.
# 
# Arguments
#   input: [Not documented]
nextInstallationStep(input: NextInstallationStepInput!): InstallationPayload! 
#   Exhaust all steps in the installation. If an error occurs during installation, 
#   cancellation will automatically be requested, but the installation must run to 
#   completion.
# 
# Arguments
#   input: [Not documented]
exhaustInstallationSteps(
input: NextInstallationStepInput!
): InstallationCompletePayload! 
#   Requests cancellation of an installation. This does not mean the installation 
#   step is complete. The installation must be continued to ensure proper cleanup.
# 
# Arguments
#   input: [Not documented]
cancelInstallation(input: NextInstallationStepInput!): InstallationCancelledPayload! 
#   Creates a new input profile.
# 
# Arguments
#   input: [Not documented]
createInputProfile(input: CreateInputProfileInputType!): InputProfilePayload! 
#   Updates an input profile with new controller element mappings. Mappings can not 
#   be 'unset', but can be set to the device capability NONE.
# 
# Arguments
#   input: [Not documented]
updateInputProfile(input: UpdateInputProfileInput!): InputProfilePayload! 
#   Deletes the specified input profile.
# 
# Arguments
#   input: [Not documented]
deleteInputProfile(input: DeleteInputProfileInput!): InputProfilePayload! 
#   Updates the provided configuration values.
# 
# Arguments
#   input: [Not documented]
updateGameConfigurationValues(
input: UpdateGameConfigurationValueInput!
): UpdateGameConfigurationValuePayload! 
#   Delete the specified game configuration profile.
# 
# Arguments
#   input: [Not documented]
deleteGameConfiguration(
input: DeleteGameConfigurationInput!
): DeleteGameConfigurationPayload! 
#   Updates configuration values for a plugin.
# 
# Arguments
#   input: [Not documented]
updatePluginConfigurationValues(
input: UpdatePluginConfigurationValueInput!
): UpdatePluginConfigurationValuePayload! 
#   Create a new save profile.
# 
# Arguments
#   input: [Not documented]
createSaveProfile(input: CreateSaveProfileInput!): CreateSaveProfilePayload! 
#   Delete a save profile.
# 
# Arguments
#   input: [Not documented]
deleteSaveProfile(input: DeleteSaveProfileInput): DeleteSaveProfilePayload! 
#   Create an emulation instance.
# 
# Arguments
#   input: [Not documented]
createEmulationInstance(
input: CreateEmulationInstanceInput!
): EmulationInstancePayload! 
#   Immediately shuts down and cleans up the game emulation. This may or may not 
#   persist the save game depending on the emulator, but there may be data loss if 
#   the game is not saved properly.
# 
# Arguments
#   input: [Not documented]
cleanupEmulation(input: EmulationInstanceInput!): CleanupEmulationPayload! 
#   Prepares the emulation environment for this game emulation.
# 
# Arguments
#   input: [Not documented]
setupEmulationEnvironment(
input: EmulationInstanceInput!
): EmulationInstancePayload! 
#   Compiles the configuation file for this emulator.
# 
# Arguments
#   input: [Not documented]
compileEmulationConfiguration(
input: EmulationInstanceInput!
): EmulationInstancePayload! 
#   Restores the save game from the save profile of the game emulation into the 
#   emulation working folder.
# 
# Arguments
#   input: [Not documented]
restoreEmulationSave(input: EmulationInstanceInput!): EmulationInstancePayload! 
#   Starts the specified emulation.
# 
# Arguments
#   input: [Not documented]
startEmulation(input: EmulationInstanceInput!): EmulationInstancePayload! 
#   Stops the specified emulation.
# 
# Arguments
#   input: [Not documented]
stopEmulation(input: EmulationInstanceInput!): EmulationInstancePayload! 
#   Persists the current state of the emulation save file to the save profile.
# 
# Arguments
#   input: [Not documented]
persistEmulationSave(input: EmulationInstanceInput!): PersistEmulationSavePayload! 
#   Updates a virtual port device.
# 
# Arguments
#   input: [Not documented]
updatePortDevice(input: UpdatePortDeviceInput!): UpdatePortPayload! 
#   Unsets the specified port device.
# 
# Arguments
#   input: [Not documented]
clearPortDevice(input: ClearPortDeviceInput!): ClearPortPayload! 
}
This element is not required by anyone