INPUT_OBJECT
EngineFilter
link GraphQL Schema definition
1 input EngineFilter { 4 2 # Name of engine to filter by 3 : String 7 5 # Provide a list of engine states to filter by 6 : [EngineState!] 10 8 # Language supported by the engine 9 : String 13 11 # Provide a list of engine category names to filter by 12 : [String!] 16 14 # Filter engines that require a library 15 : Boolean 19 17 # Provide a list of engine type names to filter by 18 : [EngineTypeFilter!] 22 20 # Provide a list of rating from 0 to 5 to filter by. 21 : [Int] 25 23 # Specify the deployment model of the engine. 24 : DeploymentModel 28 26 # Provide a list of deployment models to filter by 27 : [DeploymentModel!] 31 29 # Provide a list of distribution types to filter by 30 : [EngineDistributionType!] 34 32 # Specify the minimum price of the engine. 33 : Int 37 35 # Specify the maximum price of the engine. 36 : Int 40 38 # Specify the minimum FedRamp impact level of the engine. 39 : Int 43 41 # Specify the minimum FedRamp impact level of the engine. 42 : Int 46 44 # Filter engines that can be trainable via API. 45 : Boolean 49 47 # Filter engines by cluster size. 48 : ClusterSize 52 50 # Provide a list of cluster sizes to filter by 51 : [ClusterSize!] 55 53 # Filter engines by gpu supported. 54 : SupportedGPU 58 56 # Provide a list of supported gpus to filter by 57 : [SupportedGPU!] 61 59 # Provide a list of engine modes to filter by 60 : [EngineMode!] 64 62 # Provide a list of engine runtime types to filter by 63 : [String!] 67 65 # Provide a list of supported input formats to filter by 66 : [String!] 70 68 # Filter engines by max media length in ms 69 : Int 73 71 # Filter engines that are certified 72 : Boolean 76 74 # Filter engines that are public 75 : Boolean 79 77 # Filter by date/time field 78 : [EngineDateTimeFilter!] 82 80 # Filter logical operation ( AND, OR ) 81 : filterCombineOperator 85 83 # Filter by tags associated with engines 84 : [EntityTagFilter] 86 }