CASE Switch Start

This node routes its input to a selectable output port, allowing different branches of the workflow to be activated manually or using a flow variable. The input port type can be chosen when adding an input port. The type can be changed by removing the input port and adding it again.

Input (Dynamic Inport)

Select the input port type and connect it. Only one input port can be selected at a time. If the input port is removed, all output ports are also removed.

1. Type: Petri Net
2. Type: Flow Variable
3. Type: MOE Model
4. Type: Image
5. Type: Distance Measure
6. Type: PMML
7. Type: Sota
8. Type: Regression Tree
9. Type: PortObject
10. Type: Correlation
11. Type: Feature Selection Model
12. Type: Transformation
13. Type: Radial Basis Function
14. Type: Fuzzy Basis Function
15. Type: Gradient Boosting Model
16. Type: Tree Ensembles
17. Type: Outlier
18. Type: Network
19. Type: OpenNlpNerTaggerModelPortObject
20. Type: StanfordNERModelPortObject
21. Type: DocumentVectorPortObject
22. Type: VectorHashingPortObject
23. Type: JChem Database Connection
24. Type: URI Object
25. Type: Table
26. Type: Arx Config
27. Type: XLS Formatter
28. Type: Binning Port Object
29. Type: de.mpicbg.knime.scripting.r.port.RPortType2
30. Type: Event Log
31. Type: Directly Follows Model
32. Type: AWS Comprehend Connection
33. Type: DB Session
34. Type: DB Data
35. Type: FilterDefinition
36. Type: File System
37. Type: Density Scorer Model
38. Type: KNFST Model
39. Type: DLNetworkPortObject
40. Type: DL4J Model
41. Type: Spark Context
42. Type: Spark Data
43. Type: Normalizer
44. Type: Python
45. Type: R Workspace
46. Type: Remote Connection
47. Type: Word Vector Model
48. Type: BPMN Model
49. Type: Keras Deep Learning Network
50. Type: ONNX Deep Learning Network
51. Type: TensorFlow Deep Learning Network
52. Type: DLPythonNetworkPortObject
53. Type: H2O Context
54. Type: H2O Frame
55. Type: H2O Model
56. Type: MOJO
57. Type: KafkaConnection
58. Type: Semantic Web Connection
59. Type: Weak Label Model
60. Type: XGBoostModel
61. Type: CAIM
62. Type: Spark MLlib Model
63. Type: Spark ML Model
64. Type: Color
65. Type: GNE SDF Port
66. Type: se.redfield.knime.neo4jextension.neo4jconnector
67. Type: Workflow Port Object
68. Type: KnimeConnection
69. Type: TensorFlow 2 Model
70. Type: AzureConnection
71. Type: FileStorePrefixURIPort
72. Type: Google Drive
73. Type: Google Cloud Storage Connection
74. Type: FileStoreReferenceURIPort
75. Type: AWSConnection
76. Type: FileStoreURIPort
77. Type: PMML Discretization
78. Type: URIPortObject managed by FileStore
79. Type: Process Tree
80. Type: KnoxHdfsConnection
81. Type: Replay Result in Alignment
82. Type: PDB Advanced Query Port
83. Type: org.knime.mongodb.connection.port.MongoDBConnectionPortObject
84. Type: SeleniumFirefoxPort
85. Type: SP_Conn
86. Type: Weka 3.7 Classifier
87. Type: Weka 3.7 Cluster
88. Type: org.knime.python3.nodes.PythonBinaryBlobFileStorePortObject
89. Type: Causal Graph
90. Type: Hybrid Petri Net
91. Type: Directly Follows Msd
92. Type: spaCy pipeline
93. Type: se.redfield.textprocessing.nodes.port.SpacyModelPortObject
94. Type: spaCy pipeline
95. Type: Replay Result in Alignment
96. Type: Symanto Brain Api Key
97. Type: org.knime.python3.nodes.PythonConnectionPortObject
98. Type: org.knime.credentials.base.CredentialPortObject
99. Type: Report Fragment
100. Type: AbstractHubAuthenticationPortObject
101. Type: PCML PortObject
102. Type: Email Session
103. Type: se.redfield.knime.memgraph.memgraphconnector
104. Type: Microsoft Fabric
105. Type: Python Environment

Output (Dynamic Outport)

The output ports. They are only present and editable if an input port type was selected and always have the same type. At least two outputs are required.