{
    id: string
    The database key of the dynamic field whose value this is (read-only)
 
    name: string
    The name of the dynamic field (read-only)
 
    values: [
      The value(s) for the dynamic field; for a single-value field, only the first entry is relevant; read-only for Auto Derived and Configuration Profiled types
 
      string
    ]
 
    dynamicFieldDetailsLink: string
    Link to get more detailed information about the dynamic field (read-only)
}

{
    programName: string*
    Name of the executable in the endorsed directory; it is passed one input argument containing the name of the input file (containing the data to be transformed); the program should exit with status of 0 on success and should output XML data in the internal format on its stdout; if it exits with status other than 0 or prints nothing, that is treated as an error and the import will fail
}

[
    A list of JSON Patch operations
 
     #JsonPatch.OneOperation
  ]

{
}

string
  Pointer or path to an element or property

{
    op: string*
    Enum: [
      "add"
    ]
    value: any*
    path: #JsonPatch.Pointer *
}

{
    op: string*
    Enum: [
      "remove"
    ]
    path: #JsonPatch.Pointer *
}

{
    op: string*
    Enum: [
      "replace"
    ]
    value: any*
    path: #JsonPatch.Pointer *
}

{
    op: string*
    Enum: [
      "move"
    ]
    path: #JsonPatch.Pointer *
    from: #JsonPatch.Pointer *
}

{
    op: string*
    Enum: [
      "copy"
    ]
    path: #JsonPatch.Pointer *
    from: #JsonPatch.Pointer *
}

{
    op: string*
    Enum: [
      "test"
    ]
    value: any*
    path: #JsonPatch.Pointer *
}

{
    annotation: string
    Explanation, notes, description, or whatever else helps to understand how the OS image string is being changed
 
    inputMatch: string*
    Regular expression with capture groups for finding inputs that need to be converted
 
    outputResultFormat: string*
    Message format for producing the converted result; only the simplest syntax of the java MessageFormat class is supported; you may use hard-coded strings combined with text extracted from the matched input strings via parenthesized capture groups; you may use 'FormatElement' syntax of {#} where # is the capture group number, starting with 0, pulled from the input parsed string; no other type of FormatElement is supported
}

{
    id: string
    The security vulnerability importer's unique database key (read-only)
 
    name: string*
    The security vulnerability importer's unique display name
 
    applicableOsImagePatternGenerators: [
      How to convert the security vulnerability's affected OS version strings into the applicable OS image name-matching patterns in a compliance rule created from the security vulnerability
 
       #OsVersionConverterDTO
    ]
 
    filterInputByInitialRelease: #TimePeriodDTO
   Import only vulnerabilities whose initial release date and time fall within this time period; when null, no filtering is done
 
    filterInputByLastModifiedAtSource: #TimePeriodDTO
   Import only vulnerabilities whose most recent modification date and time fall within this time period; when null, no filtering is done
 
    osImageNameConversions: [
      How to convert a raw <affectedOsVersion> string into a string that closely resembles the discovered device OS image names, so that the affected OS versions displayed in the security vulnerability are the same as the OS image names displayed with devices and their configurations
 
       #OsVersionConverterDTO
    ]
 
    transformFileUsing: #TransformerDTO
   How the source file from the vendor is converted to the internal XML format (which is then parsed and imported into security vulnerabilities)
 
    dynamicFields: [
      The dynamic fields
 
       #DynamicFieldValueDTO
    ]
}

{
    stylesheetContent: string*
    The XSL stylesheet, containing XSLT 2.0 syntax to transform the input XML string into an XML string in the internal XML format
 
    stylesheetFilename: string*
    The name of the file that contains the XSL stylesheet, for use when exporting the stylesheet
}

{
    timePeriodTypeId: integer*
    What sort of time period this is
 
    timePeriodTypeName: string
    The meaning of the numeric timePeriodTypeId (read-only)
 
    startTimestamp: date-time
    The start date/time. Required only for certain user-defined time period types of After and Range
     Example: 2017-01-31T13:45:00.000+0000
 
    endTimestamp: date-time
    The end date/time. Required only for certain user-defined time period types of Before and Range
     Example: 2017-01-31T13:45:00.000+0000
}

{
}