Generate libsonnet source from libgenerator PR tf-libsonnet/libgenera…

…tor#229

Signed-off-by: tflibsonnet-ci <[email protected]>

4.x/_gen/data/compute_region_disk.libsonnet

@@ -0,0 +1,58 @@
+local tf = (import 'github.com/tf-libsonnet/core/main.libsonnet');
+local d = (import 'github.com/jsonnet-libs/docsonnet/doc-util/main.libsonnet');
+{
+  '#':: d.pkg(name='google_compute_region_disk', url='', help='`google_compute_region_disk` represents the `google-beta_google_compute_region_disk` Terraform data source.\n\n\n\nThis package contains functions and utilities for setting up the data source using Jsonnet code.\n'),
+  '#new':: d.fn(help="\n`google-beta.data.google_compute_region_disk.new` injects a new `data_google-beta_google_compute_region_disk` Terraform `data source`\nblock into the root module document.\n\nAdditionally, this inserts a private function into the `_ref` attribute that generates references to attributes of the\nresource. For example, if you added a new instance to the root using:\n\n    # arguments omitted for brevity\n    google-beta.data.google_compute_region_disk.new('some_id')\n\nYou can get the reference to the `id` field of the created `google-beta.data.google_compute_region_disk` using the reference:\n\n    $._ref.data_google-beta_google_compute_region_disk.some_id.get('id')\n\nThis is the same as directly entering `\"${ data_google-beta_google_compute_region_disk.some_id.id }\"` as the value.\n\nNOTE: if you are chaining multiple resources together in a merge operation, you may not be able to use `super`, `self`,\nor `$` to refer to the root object. Instead, make an explicit outer object using `local`.\n\n**Args**:\n  - `dataSrcLabel` (`string`): The name label of the block.\n  - `name` (`string`): Name of the resource. Provided by the client when the resource is\ncreated. The name must be 1-63 characters long, and comply with\nRFC1035. Specifically, the name must be 1-63 characters long and match\nthe regular expression \u0026#39;[a-z]([-a-z0-9]*[a-z0-9])?\u0026#39; which means the\nfirst character must be a lowercase letter, and all following\ncharacters must be a dash, lowercase letter, or digit, except the last\ncharacter, which cannot be a dash.\n  - `project` (`string`): Set the `project` field on the resulting data source block. When `null`, the `project` field will be omitted from the resulting object.\n  - `region` (`string`): A reference to the region where the disk resides. When `null`, the `region` field will be omitted from the resulting object.\n\n**Returns**:\n- A mixin object that injects the new data source into the root Terraform configuration.\n", args=[]),
+  new(
+    dataSrcLabel,
+    name,
+    project=null,
+    region=null,
+    _meta={}
+  ):: tf.withData(
+    type='google_compute_region_disk',
+    label=dataSrcLabel,
+    attrs=self.newAttrs(name=name, project=project, region=region),
+    _meta=_meta
+  ),
+  '#newAttrs':: d.fn(help='\n`google-beta.data.google_compute_region_disk.newAttrs` constructs a new object with attributes and blocks configured for the `google_compute_region_disk`\nTerraform data source.\n\nUnlike [google-beta.data.google_compute_region_disk.new](#fn-new), this function will not inject the `data source`\nblock into the root Terraform document. Instead, this must be passed in as the `attrs` argument for the\n[tf.withData](https://github.com/tf-libsonnet/core/tree/main/docs#fn-withdata) function to build a complete block.\n\nThis is most useful when you need to preprocess the attributes with functions, conditional, or looping logic prior to\ninjecting into a complete block.\n\n**Args**:\n  - `name` (`string`): Name of the resource. Provided by the client when the resource is\ncreated. The name must be 1-63 characters long, and comply with\nRFC1035. Specifically, the name must be 1-63 characters long and match\nthe regular expression '[a-z]([-a-z0-9]*[a-z0-9])?' which means the\nfirst character must be a lowercase letter, and all following\ncharacters must be a dash, lowercase letter, or digit, except the last\ncharacter, which cannot be a dash.\n  - `project` (`string`): Set the `project` field on the resulting object. When `null`, the `project` field will be omitted from the resulting object.\n  - `region` (`string`): A reference to the region where the disk resides. When `null`, the `region` field will be omitted from the resulting object.\n\n**Returns**:\n  - An attribute object that can be used with [tf.withData](https://github.com/tf-libsonnet/core/tree/main/docs#fn-withdata) to construct a new `google_compute_region_disk` data source into the root Terraform configuration.\n', args=[]),
+  newAttrs(
+    name,
+    project=null,
+    region=null
+  ):: std.prune(a={
+    name: name,
+    project: project,
+    region: region,
+  }),
+  '#withName':: d.fn(help='`google-beta.string.withName` constructs a mixin object that can be merged into the `string`\nTerraform data source block to set or update the name field.\n\n\n\n**Args**:\n  - `dataSrcLabel` (`string`): The name label of the block to update.\n  - `value` (`string`): The value to set for the `name` field.\n', args=[]),
+  withName(dataSrcLabel, value): {
+    data+: {
+      google_compute_region_disk+: {
+        [dataSrcLabel]+: {
+          name: value,
+        },
+      },
+    },
+  },
+  '#withProject':: d.fn(help='`google-beta.string.withProject` constructs a mixin object that can be merged into the `string`\nTerraform data source block to set or update the project field.\n\n\n\n**Args**:\n  - `dataSrcLabel` (`string`): The name label of the block to update.\n  - `value` (`string`): The value to set for the `project` field.\n', args=[]),
+  withProject(dataSrcLabel, value): {
+    data+: {
+      google_compute_region_disk+: {
+        [dataSrcLabel]+: {
+          project: value,
+        },
+      },
+    },
+  },
+  '#withRegion':: d.fn(help='`google-beta.string.withRegion` constructs a mixin object that can be merged into the `string`\nTerraform data source block to set or update the region field.\n\n\n\n**Args**:\n  - `dataSrcLabel` (`string`): The name label of the block to update.\n  - `value` (`string`): The value to set for the `region` field.\n', args=[]),
+  withRegion(dataSrcLabel, value): {
+    data+: {
+      google_compute_region_disk+: {
+        [dataSrcLabel]+: {
+          region: value,
+        },
+      },
+    },
+  },
+}

4.x/_gen/data/main.libsonnet

@@ -85,6 +85,7 @@ local d = (import 'github.com/jsonnet-libs/docsonnet/doc-util/main.libsonnet');
   compute_networks: (import 'compute_networks.libsonnet'),
   compute_node_types: (import 'compute_node_types.libsonnet'),
   compute_region_backend_service_iam_policy: (import 'compute_region_backend_service_iam_policy.libsonnet'),
+  compute_region_disk: (import 'compute_region_disk.libsonnet'),
   compute_region_disk_iam_policy: (import 'compute_region_disk_iam_policy.libsonnet'),
   compute_region_instance_group: (import 'compute_region_instance_group.libsonnet'),
   compute_region_instance_template: (import 'compute_region_instance_template.libsonnet'),
@@ -261,12 +262,16 @@ local d = (import 'github.com/jsonnet-libs/docsonnet/doc-util/main.libsonnet');
   vertex_ai_featurestore_iam_policy: (import 'vertex_ai_featurestore_iam_policy.libsonnet'),
   vertex_ai_index: (import 'vertex_ai_index.libsonnet'),
   vmwareengine_cluster: (import 'vmwareengine_cluster.libsonnet'),
+  vmwareengine_external_address: (import 'vmwareengine_external_address.libsonnet'),
   vmwareengine_network: (import 'vmwareengine_network.libsonnet'),
   vmwareengine_network_peering: (import 'vmwareengine_network_peering.libsonnet'),
   vmwareengine_network_policy: (import 'vmwareengine_network_policy.libsonnet'),
   vmwareengine_nsx_credentials: (import 'vmwareengine_nsx_credentials.libsonnet'),
   vmwareengine_private_cloud: (import 'vmwareengine_private_cloud.libsonnet'),
+  vmwareengine_subnet: (import 'vmwareengine_subnet.libsonnet'),
+  vmwareengine_vcenter_credentials: (import 'vmwareengine_vcenter_credentials.libsonnet'),
   vpc_access_connector: (import 'vpc_access_connector.libsonnet'),
+  workbench_instance_iam_policy: (import 'workbench_instance_iam_policy.libsonnet'),
   workstations_workstation_config_iam_policy: (import 'workstations_workstation_config_iam_policy.libsonnet'),
   workstations_workstation_iam_policy: (import 'workstations_workstation_iam_policy.libsonnet'),
 }

4.x/_gen/data/vmwareengine_external_address.libsonnet

@@ -0,0 +1,45 @@
+local tf = (import 'github.com/tf-libsonnet/core/main.libsonnet');
+local d = (import 'github.com/jsonnet-libs/docsonnet/doc-util/main.libsonnet');
+{
+  '#':: d.pkg(name='google_vmwareengine_external_address', url='', help='`google_vmwareengine_external_address` represents the `google-beta_google_vmwareengine_external_address` Terraform data source.\n\n\n\nThis package contains functions and utilities for setting up the data source using Jsonnet code.\n'),
+  '#new':: d.fn(help="\n`google-beta.data.google_vmwareengine_external_address.new` injects a new `data_google-beta_google_vmwareengine_external_address` Terraform `data source`\nblock into the root module document.\n\nAdditionally, this inserts a private function into the `_ref` attribute that generates references to attributes of the\nresource. For example, if you added a new instance to the root using:\n\n    # arguments omitted for brevity\n    google-beta.data.google_vmwareengine_external_address.new('some_id')\n\nYou can get the reference to the `id` field of the created `google-beta.data.google_vmwareengine_external_address` using the reference:\n\n    $._ref.data_google-beta_google_vmwareengine_external_address.some_id.get('id')\n\nThis is the same as directly entering `\"${ data_google-beta_google_vmwareengine_external_address.some_id.id }\"` as the value.\n\nNOTE: if you are chaining multiple resources together in a merge operation, you may not be able to use `super`, `self`,\nor `$` to refer to the root object. Instead, make an explicit outer object using `local`.\n\n**Args**:\n  - `dataSrcLabel` (`string`): The name label of the block.\n  - `name` (`string`): The ID of the external IP Address.\n  - `parent` (`string`): The resource name of the private cloud to create a new external address in.\nResource names are schemeless URIs that follow the conventions in https://cloud.google.com/apis/design/resource_names.\nFor example: projects/my-project/locations/us-west1-a/privateClouds/my-cloud\n\n**Returns**:\n- A mixin object that injects the new data source into the root Terraform configuration.\n", args=[]),
+  new(
+    dataSrcLabel,
+    name,
+    parent,
+    _meta={}
+  ):: tf.withData(
+    type='google_vmwareengine_external_address',
+    label=dataSrcLabel,
+    attrs=self.newAttrs(name=name, parent=parent),
+    _meta=_meta
+  ),
+  '#newAttrs':: d.fn(help='\n`google-beta.data.google_vmwareengine_external_address.newAttrs` constructs a new object with attributes and blocks configured for the `google_vmwareengine_external_address`\nTerraform data source.\n\nUnlike [google-beta.data.google_vmwareengine_external_address.new](#fn-new), this function will not inject the `data source`\nblock into the root Terraform document. Instead, this must be passed in as the `attrs` argument for the\n[tf.withData](https://github.com/tf-libsonnet/core/tree/main/docs#fn-withdata) function to build a complete block.\n\nThis is most useful when you need to preprocess the attributes with functions, conditional, or looping logic prior to\ninjecting into a complete block.\n\n**Args**:\n  - `name` (`string`): The ID of the external IP Address.\n  - `parent` (`string`): The resource name of the private cloud to create a new external address in.\nResource names are schemeless URIs that follow the conventions in https://cloud.google.com/apis/design/resource_names.\nFor example: projects/my-project/locations/us-west1-a/privateClouds/my-cloud\n\n**Returns**:\n  - An attribute object that can be used with [tf.withData](https://github.com/tf-libsonnet/core/tree/main/docs#fn-withdata) to construct a new `google_vmwareengine_external_address` data source into the root Terraform configuration.\n', args=[]),
+  newAttrs(
+    name,
+    parent
+  ):: std.prune(a={
+    name: name,
+    parent: parent,
+  }),
+  '#withName':: d.fn(help='`google-beta.string.withName` constructs a mixin object that can be merged into the `string`\nTerraform data source block to set or update the name field.\n\n\n\n**Args**:\n  - `dataSrcLabel` (`string`): The name label of the block to update.\n  - `value` (`string`): The value to set for the `name` field.\n', args=[]),
+  withName(dataSrcLabel, value): {
+    data+: {
+      google_vmwareengine_external_address+: {
+        [dataSrcLabel]+: {
+          name: value,
+        },
+      },
+    },
+  },
+  '#withParent':: d.fn(help='`google-beta.string.withParent` constructs a mixin object that can be merged into the `string`\nTerraform data source block to set or update the parent field.\n\n\n\n**Args**:\n  - `dataSrcLabel` (`string`): The name label of the block to update.\n  - `value` (`string`): The value to set for the `parent` field.\n', args=[]),
+  withParent(dataSrcLabel, value): {
+    data+: {
+      google_vmwareengine_external_address+: {
+        [dataSrcLabel]+: {
+          parent: value,
+        },
+      },
+    },
+  },
+}

4.x/_gen/data/vmwareengine_subnet.libsonnet

@@ -0,0 +1,45 @@
+local tf = (import 'github.com/tf-libsonnet/core/main.libsonnet');
+local d = (import 'github.com/jsonnet-libs/docsonnet/doc-util/main.libsonnet');
+{
+  '#':: d.pkg(name='google_vmwareengine_subnet', url='', help='`google_vmwareengine_subnet` represents the `google-beta_google_vmwareengine_subnet` Terraform data source.\n\n\n\nThis package contains functions and utilities for setting up the data source using Jsonnet code.\n'),
+  '#new':: d.fn(help="\n`google-beta.data.google_vmwareengine_subnet.new` injects a new `data_google-beta_google_vmwareengine_subnet` Terraform `data source`\nblock into the root module document.\n\nAdditionally, this inserts a private function into the `_ref` attribute that generates references to attributes of the\nresource. For example, if you added a new instance to the root using:\n\n    # arguments omitted for brevity\n    google-beta.data.google_vmwareengine_subnet.new('some_id')\n\nYou can get the reference to the `id` field of the created `google-beta.data.google_vmwareengine_subnet` using the reference:\n\n    $._ref.data_google-beta_google_vmwareengine_subnet.some_id.get('id')\n\nThis is the same as directly entering `\"${ data_google-beta_google_vmwareengine_subnet.some_id.id }\"` as the value.\n\nNOTE: if you are chaining multiple resources together in a merge operation, you may not be able to use `super`, `self`,\nor `$` to refer to the root object. Instead, make an explicit outer object using `local`.\n\n**Args**:\n  - `dataSrcLabel` (`string`): The name label of the block.\n  - `name` (`string`): The ID of the subnet. For userDefined subnets, this name should be in the format of \u0026#34;service-n\u0026#34;,\nwhere n ranges from 1 to 5.\n  - `parent` (`string`): The resource name of the private cloud to create a new subnet in.\nResource names are schemeless URIs that follow the conventions in https://cloud.google.com/apis/design/resource_names.\nFor example: projects/my-project/locations/us-west1-a/privateClouds/my-cloud\n\n**Returns**:\n- A mixin object that injects the new data source into the root Terraform configuration.\n", args=[]),
+  new(
+    dataSrcLabel,
+    name,
+    parent,
+    _meta={}
+  ):: tf.withData(
+    type='google_vmwareengine_subnet',
+    label=dataSrcLabel,
+    attrs=self.newAttrs(name=name, parent=parent),
+    _meta=_meta
+  ),
+  '#newAttrs':: d.fn(help='\n`google-beta.data.google_vmwareengine_subnet.newAttrs` constructs a new object with attributes and blocks configured for the `google_vmwareengine_subnet`\nTerraform data source.\n\nUnlike [google-beta.data.google_vmwareengine_subnet.new](#fn-new), this function will not inject the `data source`\nblock into the root Terraform document. Instead, this must be passed in as the `attrs` argument for the\n[tf.withData](https://github.com/tf-libsonnet/core/tree/main/docs#fn-withdata) function to build a complete block.\n\nThis is most useful when you need to preprocess the attributes with functions, conditional, or looping logic prior to\ninjecting into a complete block.\n\n**Args**:\n  - `name` (`string`): The ID of the subnet. For userDefined subnets, this name should be in the format of "service-n",\nwhere n ranges from 1 to 5.\n  - `parent` (`string`): The resource name of the private cloud to create a new subnet in.\nResource names are schemeless URIs that follow the conventions in https://cloud.google.com/apis/design/resource_names.\nFor example: projects/my-project/locations/us-west1-a/privateClouds/my-cloud\n\n**Returns**:\n  - An attribute object that can be used with [tf.withData](https://github.com/tf-libsonnet/core/tree/main/docs#fn-withdata) to construct a new `google_vmwareengine_subnet` data source into the root Terraform configuration.\n', args=[]),
+  newAttrs(
+    name,
+    parent
+  ):: std.prune(a={
+    name: name,
+    parent: parent,
+  }),
+  '#withName':: d.fn(help='`google-beta.string.withName` constructs a mixin object that can be merged into the `string`\nTerraform data source block to set or update the name field.\n\n\n\n**Args**:\n  - `dataSrcLabel` (`string`): The name label of the block to update.\n  - `value` (`string`): The value to set for the `name` field.\n', args=[]),
+  withName(dataSrcLabel, value): {
+    data+: {
+      google_vmwareengine_subnet+: {
+        [dataSrcLabel]+: {
+          name: value,
+        },
+      },
+    },
+  },
+  '#withParent':: d.fn(help='`google-beta.string.withParent` constructs a mixin object that can be merged into the `string`\nTerraform data source block to set or update the parent field.\n\n\n\n**Args**:\n  - `dataSrcLabel` (`string`): The name label of the block to update.\n  - `value` (`string`): The value to set for the `parent` field.\n', args=[]),
+  withParent(dataSrcLabel, value): {
+    data+: {
+      google_vmwareengine_subnet+: {
+        [dataSrcLabel]+: {
+          parent: value,
+        },
+      },
+    },
+  },
+}