mypy-boto3-kinesisanalytics 1.17.64.1

Type annotations for boto3.KinesisAnalytics 1.17.64 service, generated by mypy-boto3-buider 4.8.0

mypy-boto3-kinesisanalytics

Type annotations for boto3.KinesisAnalytics 1.17.64 service compatible with VSCode, PyCharm, Emacs, Sublime Text, mypy, pyright and other tools.

Generated by mypy-boto3-buider 4.8.0.

More information can be found on boto3-stubs page and in auto-generated docs

See how it helps to find and fix potential bugs:

• mypy-boto3-kinesisanalytics
  • How to install
  • Usage
    • VSCode
    • PyCharm
    • Other IDEs
    • mypy
    • pyright
  • Explicit type annotations
    • Client annotations
    • Literals
    • Typed dictionaries

How to install

Install boto3-stubs for KinesisAnalytics service.

python -m pip install boto3-stubs[kinesisanalytics]

Usage

VSCode

• Install Python extension
• Install Pylance extension
• Set Pylance as your Python Language Server
• Install boto-stubs[kinesisanalytics] in your environment: python -m pip install 'boto3-stubs[kinesisanalytics]'

Both type checking and auto-complete should work for KinesisAnalytics service. No explicit type annotations required, write your boto3 code as usual.

PyCharm

• Install boto-stubs[kinesisanalytics] in your environment: python -m pip install 'boto3-stubs[kinesisanalytics]'

Both type checking and auto-complete should work for KinesisAnalytics service. No explicit type annotations required, write your boto3 code as usual. Auto-complete can be slow on big projects or if you have a lot of installed boto3-stubs submodules.

Other IDEs

Not tested, but as long as your IDE support mypy or pyright, everything should work.

mypy

• Install mypy: python -m pip install mypy
• Install boto-stubs[kinesisanalytics] in your environment: python -m pip install 'boto3-stubs[kinesisanalytics]'
• Run mypy as usual

Type checking should work for KinesisAnalytics service. No explicit type annotations required, write your boto3 code as usual.

pyright

• Install pyright: yarn global add pyright
• Install boto-stubs[kinesisanalytics] in your environment: python -m pip install 'boto3-stubs[kinesisanalytics]'
• Optionally, you can install boto3-stubs to typings folder.

Type checking should work for KinesisAnalytics service. No explicit type annotations required, write your boto3 code as usual.

Explicit type annotations

Client annotations

KinesisAnalyticsClient provides annotations for boto3.client("kinesisanalytics").

import boto3

from mypy_boto3_kinesisanalytics import KinesisAnalyticsClient

client: KinesisAnalyticsClient = boto3.client("kinesisanalytics")

# now client usage is checked by mypy and IDE should provide code auto-complete

# works for session as well
session = boto3.session.Session(region="us-west-1")
session_client: KinesisAnalyticsClient = session.client("kinesisanalytics")

Literals

mypy_boto3_kinesisanalytics.literals module contains literals extracted from shapes that can be used in user code for type checking.

from mypy_boto3_kinesisanalytics.literals import (
    ApplicationStatus,
    InputStartingPosition,
    RecordFormatType,
)

def check_value(value: ApplicationStatus) -> bool:
    ...

Typed dictionaries

mypy_boto3_kinesisanalytics.type_defs module contains structures and shapes assembled to typed dictionaries for additional type checking.

from mypy_boto3_kinesisanalytics.type_defs import (
    ApplicationDetailTypeDef,
    ApplicationSummaryTypeDef,
    ApplicationUpdateTypeDef,
    CSVMappingParametersTypeDef,
    CloudWatchLoggingOptionDescriptionTypeDef,
    CloudWatchLoggingOptionTypeDef,
    CloudWatchLoggingOptionUpdateTypeDef,
    CreateApplicationResponseTypeDef,
    DescribeApplicationResponseTypeDef,
    DestinationSchemaTypeDef,
    DiscoverInputSchemaResponseTypeDef,
    InputConfigurationTypeDef,
    InputDescriptionTypeDef,
    InputLambdaProcessorDescriptionTypeDef,
    InputLambdaProcessorTypeDef,
    InputLambdaProcessorUpdateTypeDef,
    InputParallelismTypeDef,
    InputParallelismUpdateTypeDef,
    InputProcessingConfigurationDescriptionTypeDef,
    InputProcessingConfigurationTypeDef,
    InputProcessingConfigurationUpdateTypeDef,
    InputSchemaUpdateTypeDef,
    InputStartingPositionConfigurationTypeDef,
    InputTypeDef,
    InputUpdateTypeDef,
    JSONMappingParametersTypeDef,
    KinesisFirehoseInputDescriptionTypeDef,
    KinesisFirehoseInputTypeDef,
    KinesisFirehoseInputUpdateTypeDef,
    KinesisFirehoseOutputDescriptionTypeDef,
    KinesisFirehoseOutputTypeDef,
    KinesisFirehoseOutputUpdateTypeDef,
    KinesisStreamsInputDescriptionTypeDef,
    KinesisStreamsInputTypeDef,
    KinesisStreamsInputUpdateTypeDef,
    KinesisStreamsOutputDescriptionTypeDef,
    KinesisStreamsOutputTypeDef,
    KinesisStreamsOutputUpdateTypeDef,
    LambdaOutputDescriptionTypeDef,
    LambdaOutputTypeDef,
    LambdaOutputUpdateTypeDef,
    ListApplicationsResponseTypeDef,
    ListTagsForResourceResponseTypeDef,
    MappingParametersTypeDef,
    OutputDescriptionTypeDef,
    OutputTypeDef,
    OutputUpdateTypeDef,
    RecordColumnTypeDef,
    RecordFormatTypeDef,
    ReferenceDataSourceDescriptionTypeDef,
    ReferenceDataSourceTypeDef,
    ReferenceDataSourceUpdateTypeDef,
    ResponseMetadata,
    S3ConfigurationTypeDef,
    S3ReferenceDataSourceDescriptionTypeDef,
    S3ReferenceDataSourceTypeDef,
    S3ReferenceDataSourceUpdateTypeDef,
    SourceSchemaTypeDef,
    TagTypeDef,
)

def get_structure() -> ApplicationDetailTypeDef:
    return {
      ...
    }