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LegalEntityHeadcount

Description

The reported number of employees at this legal entity, expressed as an inclusive [headcount_min, headcount_max] range. When multiple sources report headcount for the same legal entity, the range is the intersection of all observed ranges.

type LegalEntityHeadcount implements NodeFunctions {
  id: UUID!
  firstObservedDate: String
  lastObservedDate: String
  headcountMin: String
  headcountMax: String
  internalId: String
  internalLegalEntityId: String
  count(
    field: String!
    conditions: Conditions
  ): Int
  countDistinct(
    field: String!
    conditions: Conditions
  ): Int
  has(
    field: String!
    conditions: Conditions
  ): Boolean
  sum(
    field: String!
    conditions: Conditions
  ): Int
  min(
    field: String!
    conditions: Conditions
  ): Int
  max(
    field: String!
    conditions: Conditions
  ): Int
  avg(
    field: String!
    conditions: Conditions
  ): Float
  collect(
    field: String!
    separator: String
    conditions: Conditions
  ): String
  minDateTime(
    field: String!
    conditions: Conditions
  ): DateTime
  maxDateTime(
    field: String!
    conditions: Conditions
  ): DateTime
  _fn: JSON
}

Fields

`LegalEntityHeadcount.id` ● `UUID!` non-null scalar

`LegalEntityHeadcount.firstObservedDate` ● `String` scalar

`LegalEntityHeadcount.lastObservedDate` ● `String` scalar

`LegalEntityHeadcount.headcountMin` ● `String` scalar

Inclusive lower bound of the headcount range. null if unknown.

`LegalEntityHeadcount.headcountMax` ● `String` scalar

Inclusive upper bound of the headcount range. null if unknown or open-ended (e.g. "10001+").

`LegalEntityHeadcount.internalId` ● `String` scalar

`LegalEntityHeadcount.internalLegalEntityId` ● `String` scalar

`LegalEntityHeadcount.count` ● `Int` scalar

`LegalEntityHeadcount.count.field` ● `String!` non-null scalar

`LegalEntityHeadcount.count.conditions` ● `Conditions` input

`LegalEntityHeadcount.countDistinct` ● `Int` scalar

`LegalEntityHeadcount.countDistinct.field` ● `String!` non-null scalar

`LegalEntityHeadcount.countDistinct.conditions` ● `Conditions` input

`LegalEntityHeadcount.has` ● `Boolean` scalar

`LegalEntityHeadcount.has.field` ● `String!` non-null scalar

`LegalEntityHeadcount.has.conditions` ● `Conditions` input

`LegalEntityHeadcount.sum` ● `Int` scalar

`LegalEntityHeadcount.sum.field` ● `String!` non-null scalar

`LegalEntityHeadcount.sum.conditions` ● `Conditions` input

`LegalEntityHeadcount.min` ● `Int` scalar

`LegalEntityHeadcount.min.field` ● `String!` non-null scalar

`LegalEntityHeadcount.min.conditions` ● `Conditions` input

`LegalEntityHeadcount.max` ● `Int` scalar

`LegalEntityHeadcount.max.field` ● `String!` non-null scalar

`LegalEntityHeadcount.max.conditions` ● `Conditions` input

`LegalEntityHeadcount.avg` ● `Float` scalar

`LegalEntityHeadcount.avg.field` ● `String!` non-null scalar

`LegalEntityHeadcount.avg.conditions` ● `Conditions` input

`LegalEntityHeadcount.collect` ● `String` scalar

`LegalEntityHeadcount.collect.field` ● `String!` non-null scalar

`LegalEntityHeadcount.collect.separator` ● `String` scalar

`LegalEntityHeadcount.collect.conditions` ● `Conditions` input

`LegalEntityHeadcount.minDateTime` ● `DateTime` scalar

`LegalEntityHeadcount.minDateTime.field` ● `String!` non-null scalar

`LegalEntityHeadcount.minDateTime.conditions` ● `Conditions` input

`LegalEntityHeadcount.maxDateTime` ● `DateTime` scalar

`LegalEntityHeadcount.maxDateTime.field` ● `String!` non-null scalar

`LegalEntityHeadcount.maxDateTime.conditions` ● `Conditions` input

`LegalEntityHeadcount._fn` ● `JSON` scalar

Interfaces

`NodeFunctions` interface

Member Of

LegalEntityHeadcountEdge object

Description