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Laura Pacilio 2021-11-15 10:49:37 -05:00
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website/docs/language/functions/setproduct.html.md
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@ -202,9 +202,9 @@ resource "aws_subnet" "example" {
} }
``` ```
The `network_subnets` block in the example above creates one subnet instance per combination of network and subnet elements in the input variables. So for this example input: The `network_subnets` list in the example above creates one subnet instance per combination of network and subnet elements in the input variables. So for this example input:
``` hcl ```hcl
networks = { networks = {
a = { a = {
base_cidr_block = "10.1.0.0/16" base_cidr_block = "10.1.0.0/16"
@ -226,57 +226,58 @@ subnets = {
} }
``` ```
The `nework_subnets` block output would look similar to the following: The `nework_subnets` output would look similar to the following:
``` hcl ```hcl
{ [
"cidr_block" = "10.1.16.0/20" {
"network_id" = "vpc-0bfb00ca6173ea5aa" "cidr_block" = "10.1.16.0/20"
"network_key" = "a" "network_id" = "vpc-0bfb00ca6173ea5aa"
"subnet_key" = "a" "network_key" = "a"
}, "subnet_key" = "a"
{ },
"cidr_block" = "10.1.32.0/20" {
"network_id" = "vpc-0bfb00ca6173ea5aa" "cidr_block" = "10.1.32.0/20"
"network_key" = "a" "network_id" = "vpc-0bfb00ca6173ea5aa"
"subnet_key" = "b" "network_key" = "a"
}, "subnet_key" = "b"
{ },
"cidr_block" = "10.1.48.0/20" {
"network_id" = "vpc-0bfb00ca6173ea5aa" "cidr_block" = "10.1.48.0/20"
"network_key" = "a" "network_id" = "vpc-0bfb00ca6173ea5aa"
"subnet_key" = "c" "network_key" = "a"
}, "subnet_key" = "c"
{ },
"cidr_block" = "10.2.16.0/20" {
"network_id" = "vpc-0d193e011f6211a7d" "cidr_block" = "10.2.16.0/20"
"network_key" = "b" "network_id" = "vpc-0d193e011f6211a7d"
"subnet_key" = "a" "network_key" = "b"
}, "subnet_key" = "a"
{ },
"cidr_block" = "10.2.32.0/20" {
"network_id" = "vpc-0d193e011f6211a7d" "cidr_block" = "10.2.32.0/20"
"network_key" = "b" "network_id" = "vpc-0d193e011f6211a7d"
"subnet_key" = "b" "network_key" = "b"
}, "subnet_key" = "b"
{ },
"cidr_block" = "10.2.48.0/20" {
"network_id" = "vpc-0d193e011f6211a7d" "cidr_block" = "10.2.48.0/20"
"network_key" = "b" "network_id" = "vpc-0d193e011f6211a7d"
"subnet_key" = "c" "network_key" = "b"
}, "subnet_key" = "c"
},
] ]
``` ```
## Related Functions ## Related Functions
* [`contains`](./contains.html) tests whether a given list or set contains - [`contains`](./contains.html) tests whether a given list or set contains
a given element value. a given element value.
* [`flatten`](./flatten.html) is useful for flattening hierarchical data - [`flatten`](./flatten.html) is useful for flattening hierarchical data
into a single list, for situations where the relationships between two into a single list, for situations where the relationships between two
object types are defined explicitly. object types are defined explicitly.
* [`setintersection`](./setintersection.html) computes the _intersection_ of - [`setintersection`](./setintersection.html) computes the _intersection_ of
multiple sets. multiple sets.
* [`setsubtract`](./setsubtract.html) computes the _relative complement_ of two sets - [`setsubtract`](./setsubtract.html) computes the _relative complement_ of two sets
* [`setunion`](./setunion.html) computes the _union_ of multiple - [`setunion`](./setunion.html) computes the _union_ of multiple
sets. sets.