Package io.github.primelib.jira4j.restv3.model

Klasse JiraExpressionComplexity

java.lang.Object
io.github.primelib.jira4j.restv3.model.JiraExpressionComplexity
@Generated("io.github.primelib.primecodegen.javafeign.JavaFeignGenerator") public class JiraExpressionComplexity extends Object
JiraExpressionComplexity

  • Felddetails

    • expensiveOperations

      protected String expensiveOperations
      Information that can be used to determine how many [expensive operations](https://developer.atlassian.com/cloud/jira/platform/jira-expressions/#expensive-operations) the evaluation of the expression will perform. This information may be a formula or number. For example: * issues.map(i => i.comments) performs as many expensive operations as there are issues on the issues list. So this parameter returns N, where N is the size of issue list. * new Issue(10010).comments gets comments for one issue, so its complexity is 2 (1 to retrieve issue 10010 from the database plus 1 to get its comments).

    • variables

      protected Map<String,String> variables
      Variables used in the formula, mapped to the parts of the expression they refer to.

  • Konstruktordetails

    • JiraExpressionComplexity

      public JiraExpressionComplexity(Consumer<JiraExpressionComplexity> spec)
      Constructs a validated instance of JiraExpressionComplexity.
      Parameter:
      spec - the specification to process

    • JiraExpressionComplexity

      @Internal public JiraExpressionComplexity(String expensiveOperations, Map<String,String> variables)
      Constructs a validated instance of JiraExpressionComplexity.

      NOTE: This constructor is not considered stable and may change if the model is updated. Consider using JiraExpressionComplexity(Consumer) instead.

      Parameter:
      expensiveOperations - Information that can be used to determine how many [expensive operations](https://developer.atlassian.com/cloud/jira/platform/jira-expressions/#expensive-operations) the evaluation of the expression will perform. This information may be a formula or number. For example: * issues.map(i =&amp;gt; i.comments) performs as many expensive operations as there are issues on the issues list. So this parameter returns N, where N is the size of issue list. * new Issue(10010).comments gets comments for one issue, so its complexity is 2 (1 to retrieve issue 10010 from the database plus 1 to get its comments).
      variables - Variables used in the formula, mapped to the parts of the expression they refer to.

    • JiraExpressionComplexity

      protected JiraExpressionComplexity()

  • Methodendetails

    • builder

      public static JiraExpressionComplexity.JiraExpressionComplexityBuilder builder()

    • expensiveOperations

      public String expensiveOperations()
      Information that can be used to determine how many [expensive operations](https://developer.atlassian.com/cloud/jira/platform/jira-expressions/#expensive-operations) the evaluation of the expression will perform. This information may be a formula or number. For example: * issues.map(i =&amp;gt; i.comments) performs as many expensive operations as there are issues on the issues list. So this parameter returns N, where N is the size of issue list. * new Issue(10010).comments gets comments for one issue, so its complexity is 2 (1 to retrieve issue 10010 from the database plus 1 to get its comments).

    • variables

      public Map<String,String> variables()
      Variables used in the formula, mapped to the parts of the expression they refer to.

    • expensiveOperations

      public JiraExpressionComplexity expensiveOperations(String expensiveOperations)
      Information that can be used to determine how many [expensive operations](https://developer.atlassian.com/cloud/jira/platform/jira-expressions/#expensive-operations) the evaluation of the expression will perform. This information may be a formula or number. For example: * issues.map(i =&amp;gt; i.comments) performs as many expensive operations as there are issues on the issues list. So this parameter returns N, where N is the size of issue list. * new Issue(10010).comments gets comments for one issue, so its complexity is 2 (1 to retrieve issue 10010 from the database plus 1 to get its comments).
      Gibt zurück:
      this.

    • variables

      public JiraExpressionComplexity variables(Map<String,String> variables)
      Variables used in the formula, mapped to the parts of the expression they refer to.
      Gibt zurück:
      this.

    • equals

      public boolean equals(Object o)
      Setzt außer Kraft:
      equals in Klasse Object

    • canEqual

      protected boolean canEqual(Object other)

    • hashCode

      public int hashCode()
      Setzt außer Kraft:
      hashCode in Klasse Object

    • toString

      public String toString()
      Setzt außer Kraft:
      toString in Klasse Object