| Name | accustom JSON |
| Version |
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| Summary | Accustom is a library for responding to Custom Resources in AWS CloudFormation using the decorator pattern. |
| upload_time | 2023-08-05 03:28:40 |
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| docs_url | None |
| author | |
| requires_python | >=3.9 |
| license | Apache-2.0 |
| keywords |
cloudformation
lambda
custom
resource
decorator
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# CloudFormation Accustom
CloudFormation Accustom is a library for responding to Custom Resources in AWS CloudFormation using the decorator
pattern.
This library provides a cfnresponse method, some helper static classes, and some decorator methods to help with the
function.
## Installation
CloudFormation Accustom can be found under PyPI at
[https://pypi.python.org/pypi/accustom](https://pypi.python.org/pypi/accustom).
To install:
```bash
python3 -m pip install accustom
```
To create a Lambda Code Bundle in Zip Format with CloudFormation Accustom and dependencies (including `requests`),
create a directory with only your code in it and run the following. Alternatively you can create a Lambda Layer with
CloudFormation Accustom and dependencies installed and use that as your base layer for custom resources.
```bash
python3 -m pip install accustom -t .
zip code.zip * -r
```
## Quickstart
The quickest way to use this library is to use the standalone decorator `@accustom.sdecorator`, in a Lambda function.
```python
import accustom
@accustom.sdecorator(expectedProperties=['key1','key2'])
def resource_handler(event, context):
result = (float(event['ResourceProperties']['key1']) +
float(event['ResourceProperties']['key2']))
return { 'sum' : result }
```
In this configuration, the decorator will check to make sure the properties `key1` and `key2` have been passed by the
user, and automatically send a response back to CloudFormation based upon the `event` object.
As you can see, this greatly simplifies the developer effort required to get a working custom resource that will
correctly respond to CloudFormation Custom Resource Requests.
## The Decorator Patterns
The most important part of this library are the Decorator patterns. These provide Python decorators that can be put
around handler functions, or resource specific functions, that prepare the data for ease of usage. These decorators will
also handle exceptions for you.
### `@accustom.decorator()`
This is the primary decorator in the library. The purpose of this decorator is to take the return value of the handler
function, and respond back to CloudFormation based upon the input `event` automatically.
It takes the following options:
- `enforceUseOfClass` (Boolean) : When this is set to `True`, you must use a `ResponseObject`. This is implicitly set
to true if no Lambda Context is provided.
- `hideResourceDeleteFailure` (Boolean) : When this is set to `True` the function will return `SUCCESS` even on getting
an Exception for `Delete` requests.
- `redactConfig` (accustom.RedactionConfig) : For more details on how this works please see "Redacting Confidential
Information From Logs"
- `timeoutFunction` (Boolean): Will automatically send a failure signal to CloudFormation before Lambda timeout
provided that this function is executed in Lambda.
Without a `ResponseObject` the decorator will make the following assumptions:
- if a Lambda Context is not passed, the function will return `FAILED`
- if a dictionary is passed back, this will be used for the Data to be returned to CloudFormation and the function will
return `SUCCESS`.
- if a string is passed back, this will be put in the return attribute `Return` and the function will return `SUCCESS`.
- if `None` or `True` is passed back, the function will return `SUCCESS`
- if `False` is passed back, the function will return `FAILED`
### `@accustom.rdecorator()`
This decorator, known as the "Resource Decorator" is used when you break the function into different resources, e.g.
by making a decision based upon which `ResourceType` was passed to the handler and calling a function related to that
resource.
It takes the following option:
- `decoratorHandleDelete` (Boolean) : When set to `True`, if a `Delete` request is made in `event` the decorator will
return a `ResponseObject` with a with `SUCCESS` without actually executing the decorated function.
- `genUUID` (Boolean) : When set to `True`, if the `PhysicalResourceId` in the `event` is not set, automatically
generate a UUID4 and put it in the `PhysicalResoruceId` field.
- `expectedProperties` (Array or Tuple) : Pass in a list or tuple of properties that you want to check for before
running the decorated function. If any are missing, return `FAILED`.
The most useful of these options is `expectedProperties`. With it is possible to quickly define mandatory properties
for your resource and fail if they are not included.
### `@accustom.sdecorator()`
This decorator is just a combination of `@accustom.decorator()` and `@accustom.rdecorator()`. This allows you to have a
single, stand-alone resource handler that has some defined properties and can automatically handle delete. The options
available to it is the combination of both of the options available to the other two Decorators, except for
`redactProperties` which takes an accustom.StandaloneRedactionConfig object instead of an accustom.RedactionConfig
object. For more information on `redactProperties` see "Redacting Confidential Information From Logs".
The other important note about combining these two decorators is that `hideResourceDeleteFailure` becomes redundant if
`decoratorHandleDelete` is set to `True`.
## Response Function and Object
The `cfnresponse()` function and the `ResponseObject` are convenience function for interacting with CloudFormation.
### `cfnresponse()`
`cfnresponse()` is a traditional function. At the very minimum it needs to take in the `event` and a status, `SUCCESS`
or `FAILED`. In practice this function will likely not be used very often outside the library, but it is included for
completeness. For more details look directly at the source code for this function.
### `ResponseObject`
The `ResponseObject` allows you to define a message to be sent to CloudFormation. It only has one method, `send()`,
which uses the `cfnresponse()` function under the hood to fire the event. A response object can be initialised and
fired with:
```python
import accustom
def handler(event, context):
r = accustom.ResponseObject()
r.send(event)
```
If you are using the decorator pattern it is strongly recommended that you do not invoke the `send()` method, and
instead allow the decorator to process the sending of the events for you by returning from your function.
To construct a response object you can provide the following optional parameters:
- `data` (Dictionary) : data to be passed in the response. Must be a dict if used
- `physicalResourceId` (String) : Physical resource ID to be used in the response
- `reason` (String) : Reason to pass back to CloudFormation in the response Object
- `responseStatus` (accustom.Status): response Status to use in the response Object, defaults to `SUCCESS`
- `squashPrintResponse` (Boolean) : In `DEBUG` logging the function will often print out the `Data` section of the
response. If the `Data` contains confidential information you'll want to squash this output. This option, when set to
`True`, will squash the output.
## Logging Recommendations
The decorators utilise the [logging](https://docs.python.org/3/library/logging.html) library for logging. It is strongly
recommended that your function does the same, and sets the logging level to at least `INFO`. Ensure the log level is set
_before_ importing Accustom.
```python
import logging
logger = logging.getLogger(__name__)
logging.getLogger().setLevel(logging.INFO)
import accustom
```
## Redacting Confidential Information From `DEBUG` Logs
If you often pass confidential information like passwords and secrets in properties to Custom Resources, you may want to
prevent certain properties from being printed to debug logs. To help with this we provide a functionality to either
blocklist or allowlist Resource Properties based upon provided regular expressions.
To utilise this functionality you must initialise and include a `RedactionConfig`. A `RedactionConfig` consists of some
flags to define the redaction mode and if the response URL should be redacted, as well as a series of `RedactionRuleSet`
objects that define what to redact based upon regular expressions. There is a special case of `RedactionConfig` called a
`StandaloneRedactionConfig` that has one, and only one, `RedactionRuleSet` that is provided at initialisation.
Each `RedactionRuleSet` defines a single regex that defines which ResourceTypes this rule set should be applied too. You
can then apply any number of rules, based upon an explicit property name, or a regex. Please see the definitions, and an
example below.
### `RedactionRuleSet`
The `RedactionRuleSet` object allows you to define a series of properties or regexes which to allowlist or blocklist for
a given resource type regex. It is initialised with the following:
- `resourceRegex` (String) : The regex used to work out what resources to apply this too.
#### `add_property_regex(propertiesRegex)`
- `propertiesRegex` (String) : The regex used to work out what properties to allowlist/blocklist
#### `add_property(propertyName)`
- `propertyName` (String) : The name of the property to allowlist/blocklist
### `RedactionConfig`
The `RedactionConfig` object allows you to create a collection of `RedactionRuleSet` objects as well as define what mode
(allowlist/blocklist) to use, and if the presigned URL provided by CloudFormation should be redacted from the logs.
- `redactMode` (accustom.RedactMode) : What redaction mode should be used, if it should be a blocklist or allowlist
- `redactResponseURL` (Boolean) : If the response URL should be not be logged.
#### `add_rule_set(ruleSet)`
- `ruleSet` (accustom.RedactionRuleSet) : The rule set to be added to the RedactionConfig
### `StandaloneRedactionConfig`
The `StandaloneRedactionConfig` object allows you to apply a single `RedactionRuleSet` object as well as define what
mode (allowlist/blocklist) to use, and if the presigned URL provided by CloudFormation should be redacted from the logs.
- `redactMode` (accustom.RedactMode) : What redaction mode should be used, if it should be a blocklist or allowlist
- `redactResponseURL` (Boolean) : If the response URL should be not be logged.
- `ruleSet` (accustom.RedactionRuleSet) : The rule set to be added to the RedactionConfig
### Example of Redaction
The below example takes in two rule sets. The first ruleset applies to all resources types, and the second ruleset
applies only to the `Custom::Test` resource type.
All resources will have properties called `Test` and `Example` redacted and replaced with `[REDATED]`. The
`Custom::Test` resource will also additionally redact properties called `Custom` and those that *start with* `DeleteMe`.
Finally, as `redactResponseURL` is set to `True`, the response URL will not be printed in the debug logs.
```python3
from accustom import RedactionRuleSet, RedactionConfig, decorator
ruleSetDefault = RedactionRuleSet()
ruleSetDefault.add_property_regex('^Test$')
ruleSetDefault.add_property('Example')
ruleSetCustom = RedactionRuleSet('^Custom::Test$')
ruleSetCustom.add_property('Custom')
ruleSetCustom.add_property_regex('^DeleteMe.*$')
rc = RedactionConfig(redactResponseURL=True)
rc.add_rule_set(ruleSetDefault)
rc.add_rule_set(ruleSetCustom)
@decorator(redactConfig=rc)
def resource_handler(event, context):
result = (float(event['ResourceProperties']['Test']) +
float(event['ResourceProperties']['Example']))
return { 'sum' : result }
```
## Note on Timeouts and Permissions
The timeout is implemented using a *synchronous chained invocation* of your Lambda function. For this reason, please be
aware of the following limitations:
- The function must have access to the Lambda API Endpoints in order to self invoke.
- The function must have permission to self invoke (i.e. lambda:InvokeFunction permission).
If your requirements violate any of these conditions, set the `timeoutFunction` option to `False`. Please also note that
this will *double* the invocations per request, so if you're not in the free tier for Lambda make sure you are aware of
this as it may increase costs.
## Constants
We provide three constants for ease of use:
- Static value : how to access
### `Status`
- `SUCCESS` : `accustom.Status.SUCCESS`
- `FAILED` : `accustom.Status.FAILED`
### `RequestType`
- `Create` : `accustom.RequestType.CREATE`
- `Update` : `accustom.RequestType.UPDATE`
- `Delete` : `accustom.RequestType.DELETE`
### `RedactMode`
- Blocklisting : `accustom.RedactMode.BLOCKLIST`
- Allowlisting : `accustom.RedactMode.ALLOWLIST`
## How to Contribute
Feel free to open issues, fork, or submit a pull request:
- Issue Tracker: [https://github.com/awslabs/cloudformation-accustom/issues](https://github.com/awslabs/cloudformation-accustom/issues)
- Source Code: [https://github.com/awslabs/cloudformation-accustom](https://github.com/awslabs/cloudformation-accustom)
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"description": "# CloudFormation Accustom\nCloudFormation Accustom is a library for responding to Custom Resources in AWS CloudFormation using the decorator\npattern.\n\nThis library provides a cfnresponse method, some helper static classes, and some decorator methods to help with the\nfunction.\n\n## Installation\n\nCloudFormation Accustom can be found under PyPI at\n[https://pypi.python.org/pypi/accustom](https://pypi.python.org/pypi/accustom).\n\nTo install:\n\n```bash\npython3 -m pip install accustom\n```\n\nTo create a Lambda Code Bundle in Zip Format with CloudFormation Accustom and dependencies (including `requests`),\ncreate a directory with only your code in it and run the following. Alternatively you can create a Lambda Layer with\nCloudFormation Accustom and dependencies installed and use that as your base layer for custom resources. \n\n```bash\npython3 -m pip install accustom -t .\nzip code.zip * -r\n```\n\n## Quickstart\n\nThe quickest way to use this library is to use the standalone decorator `@accustom.sdecorator`, in a Lambda function.\n\n```python\nimport accustom\n@accustom.sdecorator(expectedProperties=['key1','key2'])\ndef resource_handler(event, context):\n result = (float(event['ResourceProperties']['key1']) +\n float(event['ResourceProperties']['key2']))\n return { 'sum' : result }\n```\n\nIn this configuration, the decorator will check to make sure the properties `key1` and `key2` have been passed by the\nuser, and automatically send a response back to CloudFormation based upon the `event` object.\n\nAs you can see, this greatly simplifies the developer effort required to get a working custom resource that will\ncorrectly respond to CloudFormation Custom Resource Requests.\n\n## The Decorator Patterns\n\nThe most important part of this library are the Decorator patterns. These provide Python decorators that can be put\naround handler functions, or resource specific functions, that prepare the data for ease of usage. These decorators will\nalso handle exceptions for you.\n\n### `@accustom.decorator()`\n\nThis is the primary decorator in the library. The purpose of this decorator is to take the return value of the handler\nfunction, and respond back to CloudFormation based upon the input `event` automatically.\n\nIt takes the following options:\n\n- `enforceUseOfClass` (Boolean) : When this is set to `True`, you must use a `ResponseObject`. This is implicitly set\n to true if no Lambda Context is provided.\n- `hideResourceDeleteFailure` (Boolean) : When this is set to `True` the function will return `SUCCESS` even on getting\n an Exception for `Delete` requests.\n- `redactConfig` (accustom.RedactionConfig) : For more details on how this works please see \"Redacting Confidential\n Information From Logs\"\n- `timeoutFunction` (Boolean): Will automatically send a failure signal to CloudFormation before Lambda timeout\n provided that this function is executed in Lambda.\n\nWithout a `ResponseObject` the decorator will make the following assumptions:\n- if a Lambda Context is not passed, the function will return `FAILED`\n- if a dictionary is passed back, this will be used for the Data to be returned to CloudFormation and the function will\n return `SUCCESS`.\n- if a string is passed back, this will be put in the return attribute `Return` and the function will return `SUCCESS`.\n- if `None` or `True` is passed back, the function will return `SUCCESS`\n- if `False` is passed back, the function will return `FAILED`\n\n### `@accustom.rdecorator()`\n\nThis decorator, known as the \"Resource Decorator\" is used when you break the function into different resources, e.g.\nby making a decision based upon which `ResourceType` was passed to the handler and calling a function related to that\nresource.\n\nIt takes the following option:\n- `decoratorHandleDelete` (Boolean) : When set to `True`, if a `Delete` request is made in `event` the decorator will\n return a `ResponseObject` with a with `SUCCESS` without actually executing the decorated function.\n- `genUUID` (Boolean) : When set to `True`, if the `PhysicalResourceId` in the `event` is not set, automatically\n generate a UUID4 and put it in the `PhysicalResoruceId` field.\n- `expectedProperties` (Array or Tuple) : Pass in a list or tuple of properties that you want to check for before\n running the decorated function. If any are missing, return `FAILED`.\n\nThe most useful of these options is `expectedProperties`. With it is possible to quickly define mandatory properties\nfor your resource and fail if they are not included.\n\n### `@accustom.sdecorator()`\nThis decorator is just a combination of `@accustom.decorator()` and `@accustom.rdecorator()`. This allows you to have a\nsingle, stand-alone resource handler that has some defined properties and can automatically handle delete. The options\navailable to it is the combination of both of the options available to the other two Decorators, except for\n`redactProperties` which takes an accustom.StandaloneRedactionConfig object instead of an accustom.RedactionConfig\nobject. For more information on `redactProperties` see \"Redacting Confidential Information From Logs\".\n\nThe other important note about combining these two decorators is that `hideResourceDeleteFailure` becomes redundant if\n`decoratorHandleDelete` is set to `True`.\n\n## Response Function and Object\nThe `cfnresponse()` function and the `ResponseObject` are convenience function for interacting with CloudFormation.\n\n### `cfnresponse()`\n`cfnresponse()` is a traditional function. At the very minimum it needs to take in the `event` and a status, `SUCCESS`\nor `FAILED`. In practice this function will likely not be used very often outside the library, but it is included for\ncompleteness. For more details look directly at the source code for this function.\n\n### `ResponseObject`\nThe `ResponseObject` allows you to define a message to be sent to CloudFormation. It only has one method, `send()`,\nwhich uses the `cfnresponse()` function under the hood to fire the event. A response object can be initialised and\nfired with:\n\n```python\nimport accustom\n\ndef handler(event, context):\n r = accustom.ResponseObject()\n r.send(event)\n```\n\nIf you are using the decorator pattern it is strongly recommended that you do not invoke the `send()` method, and\ninstead allow the decorator to process the sending of the events for you by returning from your function.\n\nTo construct a response object you can provide the following optional parameters:\n\n- `data` (Dictionary) : data to be passed in the response. Must be a dict if used\n- `physicalResourceId` (String) : Physical resource ID to be used in the response\n- `reason` (String) : Reason to pass back to CloudFormation in the response Object\n- `responseStatus` (accustom.Status): response Status to use in the response Object, defaults to `SUCCESS`\n- `squashPrintResponse` (Boolean) : In `DEBUG` logging the function will often print out the `Data` section of the\n response. If the `Data` contains confidential information you'll want to squash this output. This option, when set to\n `True`, will squash the output.\n\n## Logging Recommendations\nThe decorators utilise the [logging](https://docs.python.org/3/library/logging.html) library for logging. It is strongly\nrecommended that your function does the same, and sets the logging level to at least `INFO`. Ensure the log level is set\n_before_ importing Accustom.\n\n```python\nimport logging\nlogger = logging.getLogger(__name__)\nlogging.getLogger().setLevel(logging.INFO)\nimport accustom\n```\n\n## Redacting Confidential Information From `DEBUG` Logs\nIf you often pass confidential information like passwords and secrets in properties to Custom Resources, you may want to\nprevent certain properties from being printed to debug logs. To help with this we provide a functionality to either\nblocklist or allowlist Resource Properties based upon provided regular expressions.\n\nTo utilise this functionality you must initialise and include a `RedactionConfig`. A `RedactionConfig` consists of some\nflags to define the redaction mode and if the response URL should be redacted, as well as a series of `RedactionRuleSet`\nobjects that define what to redact based upon regular expressions. There is a special case of `RedactionConfig` called a\n`StandaloneRedactionConfig` that has one, and only one, `RedactionRuleSet` that is provided at initialisation.\n\nEach `RedactionRuleSet` defines a single regex that defines which ResourceTypes this rule set should be applied too. You\ncan then apply any number of rules, based upon an explicit property name, or a regex. Please see the definitions, and an\nexample below.\n\n### `RedactionRuleSet`\nThe `RedactionRuleSet` object allows you to define a series of properties or regexes which to allowlist or blocklist for\na given resource type regex. It is initialised with the following:\n\n- `resourceRegex` (String) : The regex used to work out what resources to apply this too.\n\n#### `add_property_regex(propertiesRegex)`\n\n- `propertiesRegex` (String) : The regex used to work out what properties to allowlist/blocklist\n\n#### `add_property(propertyName)`\n\n- `propertyName` (String) : The name of the property to allowlist/blocklist\n\n\n### `RedactionConfig`\nThe `RedactionConfig` object allows you to create a collection of `RedactionRuleSet` objects as well as define what mode\n(allowlist/blocklist) to use, and if the presigned URL provided by CloudFormation should be redacted from the logs.\n\n- `redactMode` (accustom.RedactMode) : What redaction mode should be used, if it should be a blocklist or allowlist\n- `redactResponseURL` (Boolean) : If the response URL should be not be logged.\n\n#### `add_rule_set(ruleSet)`\n\n- `ruleSet` (accustom.RedactionRuleSet) : The rule set to be added to the RedactionConfig\n\n### `StandaloneRedactionConfig`\nThe `StandaloneRedactionConfig` object allows you to apply a single `RedactionRuleSet` object as well as define what\nmode (allowlist/blocklist) to use, and if the presigned URL provided by CloudFormation should be redacted from the logs.\n\n- `redactMode` (accustom.RedactMode) : What redaction mode should be used, if it should be a blocklist or allowlist\n- `redactResponseURL` (Boolean) : If the response URL should be not be logged.\n- `ruleSet` (accustom.RedactionRuleSet) : The rule set to be added to the RedactionConfig\n\n### Example of Redaction\n\nThe below example takes in two rule sets. The first ruleset applies to all resources types, and the second ruleset\napplies only to the `Custom::Test` resource type.\n\nAll resources will have properties called `Test` and `Example` redacted and replaced with `[REDATED]`. The\n`Custom::Test` resource will also additionally redact properties called `Custom` and those that *start with* `DeleteMe`.\n\nFinally, as `redactResponseURL` is set to `True`, the response URL will not be printed in the debug logs.\n\n```python3\nfrom accustom import RedactionRuleSet, RedactionConfig, decorator\n\nruleSetDefault = RedactionRuleSet()\nruleSetDefault.add_property_regex('^Test$')\nruleSetDefault.add_property('Example')\n\nruleSetCustom = RedactionRuleSet('^Custom::Test$')\nruleSetCustom.add_property('Custom')\nruleSetCustom.add_property_regex('^DeleteMe.*$')\n\nrc = RedactionConfig(redactResponseURL=True)\nrc.add_rule_set(ruleSetDefault)\nrc.add_rule_set(ruleSetCustom)\n\n@decorator(redactConfig=rc)\ndef resource_handler(event, context):\n result = (float(event['ResourceProperties']['Test']) +\n float(event['ResourceProperties']['Example']))\n return { 'sum' : result }\n```\n\n## Note on Timeouts and Permissions\nThe timeout is implemented using a *synchronous chained invocation* of your Lambda function. For this reason, please be\naware of the following limitations:\n\n- The function must have access to the Lambda API Endpoints in order to self invoke.\n- The function must have permission to self invoke (i.e. lambda:InvokeFunction permission).\n\nIf your requirements violate any of these conditions, set the `timeoutFunction` option to `False`. Please also note that\nthis will *double* the invocations per request, so if you're not in the free tier for Lambda make sure you are aware of\nthis as it may increase costs.\n\n## Constants\nWe provide three constants for ease of use:\n\n- Static value : how to access\n\n### `Status`\n- `SUCCESS` : `accustom.Status.SUCCESS`\n- `FAILED` : `accustom.Status.FAILED`\n\n### `RequestType`\n- `Create` : `accustom.RequestType.CREATE`\n- `Update` : `accustom.RequestType.UPDATE`\n- `Delete` : `accustom.RequestType.DELETE`\n\n### `RedactMode`\n\n- Blocklisting : `accustom.RedactMode.BLOCKLIST`\n- Allowlisting : `accustom.RedactMode.ALLOWLIST`\n\n## How to Contribute\nFeel free to open issues, fork, or submit a pull request:\n\n- Issue Tracker: [https://github.com/awslabs/cloudformation-accustom/issues](https://github.com/awslabs/cloudformation-accustom/issues)\n- Source Code: [https://github.com/awslabs/cloudformation-accustom](https://github.com/awslabs/cloudformation-accustom)\n",
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