Author policies for array properties on Azure resources

บทความ
09/30/2024

Azure Resource Manager properties are commonly defined as strings and booleans. When a one-to-many relationship exists, complex properties are instead defined as arrays. In Azure Policy, arrays are used in several different ways:

The type of a definition parameter, to provide multiple options.
Part of a policy rule using the conditions in or notIn.
Part of a policy rule that counts how many array members satisfy a condition.
In the append and modify effects to update an existing array

This article covers each use by Azure Policy and provides several example definitions.

Parameter arrays

Define a parameter array

Defining a parameter as an array allows the policy flexibility when more than one value is needed. This policy definition allows any single location for the parameter allowedLocations and defaults to eastus2:

"parameters": {
  "allowedLocations": {
    "type": "string",
    "metadata": {
      "description": "The list of allowed locations for resources.",
      "displayName": "Allowed locations",
      "strongType": "location"
    },
    "defaultValue": "eastus2"
  }
}

As type was string, only one value can be set when assigning the policy. If this policy is assigned, resources in scope are only allowed within a single Azure region. Most policies definitions need to allow for a list of approved options, such as allowing eastus2, eastus, and westus2.

To create the policy definition to allow multiple options, use the array type. The same policy can be rewritten as follows:

"parameters": {
  "allowedLocations": {
    "type": "array",
    "metadata": {
      "description": "The list of allowed locations for resources.",
      "displayName": "Allowed locations",
      "strongType": "location"
    },
    "defaultValue": [
      "eastus2"
    ],
    "allowedValues": [
      "eastus2",
      "eastus",
      "westus2"
    ]
  }
}

Note

Once a policy definition is saved, the type property on a parameter can't be changed.

This new parameter definition takes more than one value during policy assignment. With the array property allowedValues defined, the values available during assignment are further limited to the predefined list of choices. Use of allowedValues is optional.

Pass values to a parameter array during assignment

When you assign the policy through the Azure portal, a parameter of type array is displayed as a single textbox. The hint says Use ; to separate values. (e.g. London;New York). To pass the allowed location values of eastus2, eastus, and westus2 to the parameter, use the following string:

eastus2;eastus;westus2

The format for the parameter value is different when using Azure CLI, Azure PowerShell, or the REST API. The values are passed through a JSON string that also includes the name of the parameter.

{
  "allowedLocations": {
    "value": [
      "eastus2",
      "eastus",
      "westus2"
    ]
  }
}

To use this string with each SDK, use the following commands:

Azure CLI: Command az policy assignment create with parameter params.
Azure PowerShell: Cmdlet New-AzPolicyAssignment with parameter PolicyParameter.
REST API: In the PUT create operation as part of the Request Body as the value of the properties.parameters property.

Using arrays in conditions

In and notIn

The in and notIn conditions only work with array values. They check the existence of a value in an array. The array can be a literal JSON array or a reference to an array parameter. For example:

{
  "field": "tags.environment",
  "in": [
    "dev",
    "test"
  ]
}

{
  "field": "location",
  "notIn": "[parameters('allowedLocations')]"
}

Value count

The value count expression count how many array members meet a condition. It provides a way to evaluate the same condition multiple times, using different values on each iteration. For example, the following condition checks whether the resource name matches any pattern from an array of patterns:

{
  "count": {
    "value": [
      "test*",
      "dev*",
      "prod*"
    ],
    "name": "pattern",
    "where": {
      "field": "name",
      "like": "[current('pattern')]"
    }
  },
  "greater": 0
}

In order to evaluate the expression, Azure Policy evaluates the where condition three times, once for each member of [ "test*", "dev*", "prod*" ], counting how many times it was evaluated to true. On every iteration, the value of the current array member is paired with the pattern index name defined by count.name. This value can then be referenced inside the where condition by calling a special template function: current('pattern').

Iteration	`current('pattern')` returned value
1	`"test*"`
2	`"dev*"`
3	`"prod*"`

The condition is true only if the resulted count is greater than 0.

To make the previous condition more generic, use a parameters reference instead of a literal array:

{
  "count": {
    "value": "[parameters('patterns')]",
    "name": "pattern",
    "where": {
      "field": "name",
      "like": "[current('pattern')]"
    }
  },
  "greater": 0
}

When the value count expression isn't under any other count expression, count.name is optional and the current() function can be used without any arguments:

{
  "count": {
    "value": "[parameters('patterns')]",
    "where": {
      "field": "name",
      "like": "[current()]"
    }
  },
  "greater": 0
}

The value count also support arrays of complex objects, allowing for more complex conditions. For example, the following condition defines a desired tag value for each name pattern and checks whether the resource name matches the pattern, but doesn't have the required tag value:

{
  "count": {
    "value": [
      {
        "pattern": "test*",
        "envTag": "dev"
      },
      {
        "pattern": "dev*",
        "envTag": "dev"
      },
      {
        "pattern": "prod*",
        "envTag": "prod"
      },
    ],
    "name": "namePatternRequiredTag",
    "where": {
      "allOf": [
        {
          "field": "name",
          "like": "[current('namePatternRequiredTag').pattern]"
        },
        {
          "field": "tags.env",
          "notEquals": "[current('namePatternRequiredTag').envTag]"
        }
      ]
    }
  },
  "greater": 0
}

For useful examples, see value count examples.

Referencing array resource properties

Many use cases require working with array properties in the evaluated resource. Some scenarios require referencing an entire array (for example, checking its length). Others require applying a condition to each individual array member (for example, ensure that all firewall rule block access from the internet). Understanding the different ways Azure Policy can reference resource properties, and how these references behave when they refer to array properties is the key for writing conditions that cover these scenarios.

Referencing resource properties

Resource properties can be referenced by Azure Policy using aliases There are two ways to reference the values of a resource property within Azure Policy:

Use field condition to check whether all selected resource properties meet a condition. Example:
```
{
  "field": "Microsoft.Test/resourceType/property",
  "equals": "value"
}
```

Use field() function to access the value of a property. Example:

{
  "value": "[take(field('Microsoft.Test/resourceType/property'), 7)]",
  "equals": "prefix_"
}

The field condition has an implicit allOf behavior. If the alias represents a collection of values, it checks whether all individual values meet the condition. The field() function returns the values represented by the alias as-is, which can then be manipulated by other template functions.

Referencing array fields

Array resource properties are represented by two different types of aliases. One normal alias and array aliases that have [*] attached to it:

Microsoft.Test/resourceType/stringArray
Microsoft.Test/resourceType/stringArray[*]

Referencing the array

The first alias represents a single value, the value of stringArray property from the request content. Since the value of that property is an array, it isn't useful in policy conditions. For example:

{
  "field": "Microsoft.Test/resourceType/stringArray",
  "equals": "..."
}

This condition compares the entire stringArray array to a single string value. Most conditions, including equals, only accept string values, so there's not much use in comparing an array to a string. The main scenario where referencing the array property is useful is when checking whether it exists:

{
  "field": "Microsoft.Test/resourceType/stringArray",
  "exists": "true"
}

With the field() function, the returned value is the array from the request content, which can then be used with any of the supported template functions that accept array arguments. For example, the following condition checks whether the length of stringArray is greater than 0:

{
  "value": "[length(field('Microsoft.Test/resourceType/stringArray'))]",
  "greater": 0
}

Referencing the array members collection

Aliases that use the [*] syntax represent a collection of property values selected from an array property, which is different than selecting the array property itself. For example, Microsoft.Test/resourceType/stringArray[*] returns a collection that has all of the members of stringArray. As mentioned previously, a field condition checks that all selected resource properties meet the condition, therefore the following condition is true only if all the members of stringArray are equal to "value".

{
  "field": "Microsoft.Test/resourceType/stringArray[*]",
  "equals": "value"
}

If the array is empty, the condition evaluates to true because no member of the array is in violation. In this scenario, the recommendation is to use the count expression instead. If the array contains objects, a [*] alias can be used to select the value of a specific property from each array member. Example:

{
  "field": "Microsoft.Test/resourceType/objectArray[*].property",
  "equals": "value"
}

This condition is true if the values of all property properties in objectArray are equal to "value". For more examples, see More alias examples.

When using the field() function to reference an array alias, the returned value is an array of all the selected values. This behavior means that the common use case of the field() function, the ability to apply template functions to resource property values, is limited. The only template functions that can be used in this case are the ones that accept array arguments. For example, it's possible to get the length of the array with [length(field('Microsoft.Test/resourceType/objectArray[*].property'))]. However, more complex scenarios like applying template function to each array member and comparing it to a desired value are only possible when using the count expression. For more information, see Field count expression.

To summarize, see the following example resource content and the selected values returned by various aliases:

{
  "tags": {
    "env": "prod"
  },
  "properties": {
    "stringArray": [
      "a",
      "b",
      "c"
    ],
    "objectArray": [
      {
        "property": "value1",
        "nestedArray": [
          1,
          2
        ]
      },
      {
        "property": "value2",
        "nestedArray": [
          3,
          4
        ]
      }
    ]
  }
}

When you use the field condition on the example resource content, the results are as follows:

Alias	Selected values
`Microsoft.Test/resourceType/missingArray`	`null`
`Microsoft.Test/resourceType/missingArray[*]`	An empty collection of values.
`Microsoft.Test/resourceType/missingArray[*].property`	An empty collection of values.
`Microsoft.Test/resourceType/stringArray`	`["a", "b", "c"]`
`Microsoft.Test/resourceType/stringArray[*]`	`"a"`, `"b"`, `"c"`
`Microsoft.Test/resourceType/objectArray[*]`	`{ "property": "value1", "nestedArray": [ 1, 2 ] }`, `{ "property": "value2", "nestedArray": [ 3, 4 ] }`
`Microsoft.Test/resourceType/objectArray[*].property`	`"value1"`, `"value2"`
`Microsoft.Test/resourceType/objectArray[*].nestedArray`	`[ 1, 2 ]`, `[ 3, 4 ]`
`Microsoft.Test/resourceType/objectArray[].nestedArray[]`	`1`, `2`, `3`, `4`

When you use the field() function on the example resource content, the results are as follows:

Expression	Returned Value
`[field('Microsoft.Test/resourceType/missingArray')]`	`""`
`[field('Microsoft.Test/resourceType/missingArray[*]')]`	`[]`
`[field('Microsoft.Test/resourceType/missingArray[*].property')]`	`[]`
`[field('Microsoft.Test/resourceType/stringArray')]`	`["a", "b", "c"]`
`[field('Microsoft.Test/resourceType/stringArray[*]')]`	`["a", "b", "c"]`
`[field('Microsoft.Test/resourceType/objectArray[*]')]`	`[{ "property": "value1", "nestedArray": [ 1, 2 ] }, { "property": "value2", "nestedArray": [ 3, 4 ] }]`
`[field('Microsoft.Test/resourceType/objectArray[*].property')]`	`["value1", "value2"]`
`[field('Microsoft.Test/resourceType/objectArray[*].nestedArray')]`	`[[ 1, 2 ], [ 3, 4 ]]`
`[field('Microsoft.Test/resourceType/objectArray[].nestedArray[]')]`	`[1, 2, 3, 4]`

Field count expressions

Field count expressions count how many array members meet a condition and compare the count to a target value. Count is more intuitive and versatile for evaluating arrays compared to field conditions. The syntax is:

{
  "count": {
    "field": <[*
    ] alias>,
    "where": <optional policy condition expression>
  },
  "equals|greater|less|any other operator": <target value>
}

When used without a where condition, count simply returns the length of an array. With the example resource content from the previous section, the following count expression is evaluated to true since stringArray has three members:

{
  "count": {
    "field": "Microsoft.Test/resourceType/stringArray[*]"
  },
  "equals": 3
}

This behavior also works with nested arrays. For example, the following count expression is evaluated to true since there are four array members in the nestedArray arrays:

{
  "count": {
    "field": "Microsoft.Test/resourceType/objectArray[*].nestedArray[*]"
  },
  "greaterOrEquals": 4
}

The power of count is in the where condition. When count is specified, Azure Policy enumerates the array members and evaluates each against the condition, counting how many array members evaluated to true. Specifically, in each iteration of the where condition evaluation, Azure Policy selects a single array member i and evaluate the resource content against the where condition as if i is the only member of the array. Having only one array member available in each iteration provides a way to apply complex conditions on each individual array member.

Example:

{
  "count": {
    "field": "Microsoft.Test/resourceType/stringArray[*]",
    "where": {
      "field": "Microsoft.Test/resourceType/stringArray[*]",
      "equals": "a"
    }
  },
  "equals": 1
}

In order to evaluate the count expression, Azure Policy evaluates the where condition three times, once for each member of stringArray, counting how many times it was evaluated to true. When the where condition refers to the Microsoft.Test/resourceType/stringArray[*] array members, instead of selecting all the members of stringArray, it selects only a single array member every time:

Iteration	Selected `Microsoft.Test/resourceType/stringArray[*]` values	`where` Evaluation result
1	`"a"`	`true`
2	`"b"`	`false`
3	`"c"`	`false`

The count returns 1.

Here's a more complex expression:

{
  "count": {
    "field": "Microsoft.Test/resourceType/objectArray[*]",
    "where": {
      "allOf": [
        {
          "field": "Microsoft.Test/resourceType/objectArray[*].property",
          "equals": "value2"
        },
        {
          "field": "Microsoft.Test/resourceType/objectArray[*].nestedArray[*]",
          "greater": 2
        }
      ]
    }
  },
  "equals": 1
}

Iteration	Selected values	`where` Evaluation result
1	`Microsoft.Test/resourceType/objectArray[].property` => `"value1"` `Microsoft.Test/resourceType/objectArray[].nestedArray[*]` => `1`, `2`	`false`
2	`Microsoft.Test/resourceType/objectArray[].property` => `"value2"` `Microsoft.Test/resourceType/objectArray[].nestedArray[*]` => `3`, `4`	`true`

The count returns 1.

The fact that the where expression is evaluated against the entire request content (with changes only to the array member that is currently being enumerated) means that the where condition can also refer to fields outside the array:

{
  "count": {
    "field": "Microsoft.Test/resourceType/objectArray[*]",
    "where": {
      "field": "tags.env",
      "equals": "prod"
    }
  },
  "equals": 0
}

Iteration	Selected values	`where` Evaluation result
1	`tags.env` => `"prod"`	`true`
2	`tags.env` => `"prod"`	`true`

Nested count expressions can be used to apply conditions to nested array fields. For example, the following condition checks that the objectArray[*] array has exactly two members with nestedArray[*] that contains one or more members:

{
  "count": {
    "field": "Microsoft.Test/resourceType/objectArray[*]",
    "where": {
      "count": {
        "field": "Microsoft.Test/resourceType/objectArray[*].nestedArray[*]"
      },
      "greaterOrEquals": 1
    }
  },
  "equals": 2
}

Iteration	Selected values	Nested count evaluation result
1	`Microsoft.Test/resourceType/objectArray[].nestedArray[]` => `1`, `2`	`nestedArray[*]` has 2 members => `true`
2	`Microsoft.Test/resourceType/objectArray[].nestedArray[]` => `3`, `4`	`nestedArray[*]` has 2 members => `true`

Since both members of objectArray[*] have a child array nestedArray[*] with two members, the outer count expression returns 2.

More complex example: check that the objectArray[*] array has exactly two members with nestedArray[*] with any members equal to 2 or 3:

{
  "count": {
    "field": "Microsoft.Test/resourceType/objectArray[*]",
    "where": {
      "count": {
        "field": "Microsoft.Test/resourceType/objectArray[*].nestedArray[*]",
        "where": {
          "field": "Microsoft.Test/resourceType/objectArray[*].nestedArray[*]",
          "in": [
            2,
            3
          ]
        }
      },
      "greaterOrEquals": 1
    }
  },
  "equals": 2
}

Iteration	Selected values	Nested count evaluation result
1	`Microsoft.Test/resourceType/objectArray[].nestedArray[]` => `1`, `2`	`nestedArray[*]` contains `2` => `true`
2	`Microsoft.Test/resourceType/objectArray[].nestedArray[]` => `3`, `4`	`nestedArray[*]` contains `3` => `true`

Since both members of objectArray[*] have a child array nestedArray[*] that contains either 2 or 3, the outer count expression returns 2.

Note

Nested field count expressions can only refer to nested arrays. For example, count expression referring to Microsoft.Test/resourceType/objectArray[*] can have a nested count targeting the nested array Microsoft.Test/resourceType/objectArray[*].nestedArray[*], but it can't have a nested count expression targeting Microsoft.Test/resourceType/stringArray[*].

Accessing current array member with template functions

When using template functions, use the current() function to access the value of the current array member or the values of any of its properties. To access the value of the current array member, pass the alias defined in count.field or any of its child aliases as an argument to the current() function. For example:

{
  "count": {
    "field": "Microsoft.Test/resourceType/objectArray[*]",
    "where": {
      "value": "[current('Microsoft.Test/resourceType/objectArray[*].property')]",
      "like": "value*"
    }
  },
  "equals": 2
}

Iteration	`current()` returned value	`where` Evaluation result
1	The value of `property` in the first member of `objectArray[*]`: `value1`	`true`
2	The value of `property` in the first member of `objectArray[*]`: `value2`	`true`

The field function inside where conditions

The field() function can also be used to access the value of the current array member as long as the count expression isn't inside an existence condition (field() function always refer to the resource evaluated in the if condition). The behavior of field() when referring to the evaluated array is based on the following concepts:

Array aliases are resolved into a collection of values selected from all array members.
field() functions referencing array aliases return an array with the selected values.
Referencing the counted array alias inside the where condition returns a collection with a single value selected from the array member that is evaluated in the current iteration.

This behavior means that when referring to the counted array member with a field() function inside the where condition, it returns an array with a single member. While this behavior might not be intuitive, it's consistent with the idea that array aliases always return a collection of selected properties. Here's an example:

{
  "count": {
    "field": "Microsoft.Test/resourceType/stringArray[*]",
    "where": {
      "field": "Microsoft.Test/resourceType/stringArray[*]",
      "equals": "[field('Microsoft.Test/resourceType/stringArray[*]')]"
    }
  },
  "equals": 0
}

Iteration	Expression values	`where` Evaluation result
1	`Microsoft.Test/resourceType/stringArray[]` => `"a"` `[field('Microsoft.Test/resourceType/stringArray[]')]` => `[ "a" ]`	`false`
2	`Microsoft.Test/resourceType/stringArray[]` => `"b"` `[field('Microsoft.Test/resourceType/stringArray[]')]` => `[ "b" ]`	`false`
3	`Microsoft.Test/resourceType/stringArray[]` => `"c"` `[field('Microsoft.Test/resourceType/stringArray[]')]` => `[ "c" ]`	`false`

Therefore, when there's a need to access the value of the counted array alias with a field() function, the way to do so is to wrap it with a first() template function:

{
  "count": {
    "field": "Microsoft.Test/resourceType/stringArray[*]",
    "where": {
      "field": "Microsoft.Test/resourceType/stringArray[*]",
      "equals": "[first(field('Microsoft.Test/resourceType/stringArray[*]'))]"
    }
  }
}

Iteration	Expression values	`where` Evaluation result
1	`Microsoft.Test/resourceType/stringArray[]` => `"a"` `[first(field('Microsoft.Test/resourceType/stringArray[]'))]` => `"a"`	`true`
2	`Microsoft.Test/resourceType/stringArray[]` => `"b"` `[first(field('Microsoft.Test/resourceType/stringArray[]'))]` => `"b"`	`true`
3	`Microsoft.Test/resourceType/stringArray[]` => `"c"` `[first(field('Microsoft.Test/resourceType/stringArray[]'))]` => `"c"`	`true`

For useful examples, see Field count examples.

Modifying arrays

The append and modify alter properties on a resource during creation or update. When you work with array properties, the behavior of these effects depends on whether the operation is trying to modify the [*] alias or not:

Note

Using the modify effect with aliases is currently in preview.

Alias	Effect	Outcome
`Microsoft.Storage/storageAccounts/networkAcls.ipRules`	`append`	Azure Policy appends the entire array specified in the effect details if missing.
`Microsoft.Storage/storageAccounts/networkAcls.ipRules`	`modify` with `add` operation	Azure Policy appends the entire array specified in the effect details if missing.
`Microsoft.Storage/storageAccounts/networkAcls.ipRules`	`modify` with `addOrReplace` operation	Azure Policy appends the entire array specified in the effect details if missing or replaces the existing array.
`Microsoft.Storage/storageAccounts/networkAcls.ipRules[*]`	`append`	Azure Policy appends the array member specified in the effect details.
`Microsoft.Storage/storageAccounts/networkAcls.ipRules[*]`	`modify` with `add` operation	Azure Policy appends the array member specified in the effect details.
`Microsoft.Storage/storageAccounts/networkAcls.ipRules[*]`	`modify` with `addOrReplace` operation	Azure Policy removes all existing array members and appends the array member specified in the effect details.
`Microsoft.Storage/storageAccounts/networkAcls.ipRules[*].action`	`append`	Azure Policy appends a value to the `action` property of each array member.
`Microsoft.Storage/storageAccounts/networkAcls.ipRules[*].action`	`modify` with `add` operation	Azure Policy appends a value to the `action` property of each array member.
`Microsoft.Storage/storageAccounts/networkAcls.ipRules[*].action`	`modify` with `addOrReplace` operation	Azure Policy appends or replaces the existing `action` property of each array member.

For more information, see the append examples.

More alias examples

The recommendation is to use the field count expressions to check whether allOfor anyOf the members of an array in the request content meet a condition. For some simple conditions, it's possible to achieve the same result by using a field accessor with an array alias as described in Referencing the array members collection. This pattern can be useful in policy rules that exceed the limit of allowed count expressions. Here are examples for common use cases:

The example policy rule for the following scenario table:

"policyRule": {
  "if": {
    "allOf": [
      {
        "field": "Microsoft.Storage/storageAccounts/networkAcls.ipRules",
        "exists": "true"
      },
            <-- Condition (see table below) -->
    ]
  },
  "then": {
    "effect": "[parameters('effectType')]"
  }
}

The ipRules array is as follows for the following scenario table:

"ipRules": [
  {
    "value": "127.0.0.1",
    "action": "Allow"
  },
  {
    "value": "192.168.1.1",
    "action": "Allow"
  }
]

For each of the following condition examples, replace <field> with "field": "Microsoft.Storage/storageAccounts/networkAcls.ipRules[*].value".

The following outcomes are the result of the combination of the condition and the example policy rule and array of previous existing values:

Condition	Outcome	Scenario	Explanation
`{<field>,"notEquals":"127.0.0.1"}`	Nothing	None match	One array element evaluates as false (`127.0.0.1 != 127.0.0.1`) and one as true (`127.0.0.1 != 192.168.1.1`), so the `notEquals` condition is false and the effect isn't triggered.
`{<field>,"notEquals":"10.0.4.1"}`	Policy effect	None match	Both array elements evaluate as true (`10.0.4.1 != 127.0.0.1 and 10.0.4.1 != 192.168.1.1`), so the `notEquals` condition is true and the effect is triggered.
`"not":{<field>,"notEquals":"127.0.0.1" }`	Policy effect	One or more match	One array element evaluates as false (`127.0.0.1 != 127.0.0.1`) and one as true (`127.0.0.1 != 192.168.1.1`), so the `notEquals` condition is false. The logical operator evaluates as true (not false), so the effect is triggered.
`"not":{<field>,"notEquals":"10.0.4.1"}`	Nothing	One or more match	Both array elements evaluate as true (`10.0.4.1 != 127.0.0.1 and 10.0.4.1 != 192.168.1.1`), so the `notEquals` condition is true. The logical operator evaluates as false (not true), so the effect isn't triggered.
`"not":{<field>,"Equals":"127.0.0.1"}`	Policy effect	Not all match	One array element evaluates as true (`127.0.0.1 == 127.0.0.1`) and one as false (`127.0.0.1 == 192.168.1.1`), so the `Equals` condition is false. The logical operator evaluates as true (not false), so the effect is triggered.
`"not":{<field>,"Equals":"10.0.4.1"}`	Policy effect	Not all match	Both array elements evaluate as false (`10.0.4.1 == 127.0.0.1 and 10.0.4.1 == 192.168.1.1`), so the `Equals` condition is false. The logical operator evaluates as true (not false), so the effect is triggered.
`{<field>,"Equals":"127.0.0.1"}`	Nothing	All match	One array element evaluates as true (`127.0.0.1 == 127.0.0.1`) and one as false (`127.0.0.1 == 192.168.1.1`), so the `Equals` condition is false and the effect isn't triggered.
`{<field>,"Equals":"10.0.4.1"}`	Nothing	All match	Both array elements evaluate as false (`10.0.4.1 == 127.0.0.1 and 10.0.4.1 == 192.168.1.1`), so the `Equals` condition is false and the effect isn't triggered.

Next steps

Review examples at Azure Policy samples.
Review the Azure Policy definition structure.
Review Understanding policy effects.
Understand how to programmatically create policies.
Learn how to remediate non-compliant resources.
Review what a management group is with Organize your resources with Azure management groups.

แชร์ผ่าน

Author policies for array properties on Azure resources

Parameter arrays

Define a parameter array

Pass values to a parameter array during assignment

Using arrays in conditions

In and notIn

Value count

Referencing array resource properties

Referencing resource properties

Referencing array fields

Referencing the array

Referencing the array members collection

Field count expressions

Accessing current array member with template functions

The field function inside where conditions

Modifying arrays

More alias examples

Next steps

คำติชม

แหล่งทรัพยากรเพิ่มเติม