This type is marked as unstable and is subject to change.

Properties

The ForBlock type has these properties:

Name	Description	Type	Inherited from
`id`	The identifier for this item.	`String`	`Entity`
`executionMode`	Under which circumstances the node should be executed.	`ExecutionMode`	`Executable`
`compilationDigest`	A digest of the content, semantics and dependencies of the node.	`CompilationDigest`	`Executable`
`compilationMessages`	Messages generated while compiling the code.	`CompilationMessage`*	`Executable`
`executionDigest`	The `compilationDigest` of the node when it was last executed.	`CompilationDigest`	`Executable`
`executionDependencies`	The upstream dependencies of this node.	`ExecutionDependency`*	`Executable`
`executionDependants`	The downstream dependants of this node.	`ExecutionDependant`*	`Executable`
`executionTags`	Tags in the code which affect its execution.	`ExecutionTag`*	`Executable`
`executionCount`	A count of the number of times that the node has been executed.	`Integer`	`Executable`
`executionRequired`	Whether, and why, the code requires execution or re-execution.	`ExecutionRequired`	`Executable`
`executionStatus`	Status of the most recent, including any current, execution.	`ExecutionStatus`	`Executable`
`executionInstance`	The id of the kernel instance that performed the last execution.	`String`	`Executable`
`executionEnded`	The timestamp when the last execution ended.	`Timestamp`	`Executable`
`executionDuration`	Duration of the last execution.	`Duration`	`Executable`
`executionMessages`	Messages emitted while executing the node.	`ExecutionMessage`*	`Executable`
`code`	The code.	`Cord`	`CodeExecutable`
`programmingLanguage`	The programming language of the code.	`String`	`CodeExecutable`
`executionBounds`	The environment in which code should be executed.	`ExecutionBounds`	`CodeExecutable`
`executionBounded`	The execution bounds, if any, on the last execution.	`ExecutionBounds`	`CodeExecutable`
`authors`	The authors of the executable code.	`Author`*	`CodeExecutable`
`provenance`	A summary of the provenance of the code.	`ProvenanceCount`*	`CodeExecutable`
`variable`	The name to give to the variable representing each item in the iterated array	`String`	-
`content`	The content to repeat for each item	`Block`*	-
`otherwise`	The content to render if there are no items	`Block`*	-
`iterations`	The content repeated for each iteration	`Block`*	-

The ForBlock type is related to these types:

Parents: CodeExecutable

Children: none

Bindings

The ForBlock type is represented in:

JSON-LD

JSON Schema

Python class ForBlock

Rust struct ForBlock

TypeScript class ForBlock

Testing

During property-based (a.k.a generative) testing, the properties of the ForBlock type are generated using the following strategies.

Property	Complexity	Description	Strategy
`code`	Min+	Generate a simple fixed string of code.	`Cord::from("code")`
	Low+	Generate a random string of up to 10 alphanumeric characters (excludes whitespace whichcan be problematic in Markdown).	`r"[a-zA-Z0-9]{1,10}".prop_map(Cord::from)`
	High+	Generate a random string of up to 100 characters (excluding control characters).	`r"[^\p{C}]{1,100}".prop_map(Cord::from)`
	Max	Generate an arbitrary string.	`String::arbitrary().prop_map(Cord::from)`
`programmingLanguage`	Min+	Generate a simple fixed string.	`Some(String::from("lang"))`
	Low+	Generate one of the well known programming language short names.	`option::of(r"(cpp)\|(js)\|(py)\|(r)\|(ts)")`
	High+	Generate a random string of up to 10 alphanumeric characters.	`option::of(r"[a-zA-Z0-9]{1,10}")`
	Max	Generate an arbitrary string.	`option::of(String::arbitrary())`
`variable`	Min+	Generate a fixed variable name.	`String::from("item")`
	Low+	Generate a random string of up to 10 alphanumeric characters (and at most one underscore to avoida clash with Markdown emphasis).	Regex `[a-zA-Z_][a-zA-Z0-9]{0,9}`
	High+	Generate a random string of up to 100 characters (excluding control characters).	Regex `[^\p{C}]{1,100}`
	Max	Generate an arbitrary string.	`String::arbitrary()`
`content`	Min+	A single simple paragraph.	`vec![p([t("For content")])]`
	Low+	Generate up to four arbitrary, non-recursive, block nodes.	`vec_blocks_non_recursive(4)`
	Max	Generate up to eight arbitrary, non-recursive, block nodes.	`vec_blocks_non_recursive(8)`
`otherwise`	Min+	No otherwise clause.	`None`
	Low+	Generate up to two arbitrary, non-recursive, block nodes.	`option::of(vec_blocks_non_recursive(2))`
	Max	Generate up to four arbitrary, non-recursive, block nodes.	`option::of(vec_blocks_non_recursive(4))`

This documentation was generated from ForBlock.yaml by docs_types.rs.

Properties

Related

Bindings

Testing