In this first chapter, you will learn about the differences between batch and stream processing, create your first stream, manage its permissions, write to it and read from it.

What is streaming and why does it matter?

Batch vs stream

Producers and destinations

Managing Firehose delivery streams

Getting ready for the first stream

Creating roles

IAM users vs. roles

Permissions practice

S3 bucket creation

Working with the Firehose delivery stream

Create your first Firehose stream

Writing to a Firehose stream

Reading Firehose data

Streaming in the cloud

The next step in your streaming data journey is learning how to use transformational lambda functions to go serverless. Through hands-on exercises, you will add lambda layers and trigger lambda functions on specific conditions.

Tornando-se sem servidor

Criar e executar funções Lambda

Opções

Ótimo para um servidor

Excelente para Serverless

Sem servidor vs. servidores

Gatilho

Manipulador

Camada

Componentes da função lambda

# EDIT ME!
# recordReaderS3/lambda_function.py
# This is lambda handler code that will execute each time an object is added to S3.
import json

def record_created_handler(____, ____):
    # Create a list to store new object keys
    written_objects = []

    # Iterate over each S3 event record
    for record in event['Records']:
       
        # Get the variables to check for
        event_name = record['eventName']
        bucket_name = record['s3']['bucket']['name']
        obj_key = record['s3']['object']['key']

        # Verify that the object was written to S3
        if event_name == 'ObjectCreated:____' and bucket_name == 'sd-vehicle-data':
           
            # If so, then add it to the written_objects list
            written_objects.append(obj_key)
    
    # Return the collected written objects
    return {
        "bucket": 'sd-vehicle-data',
        "new_objects": written_objects
    }

# PLEASE DO NOT EDIT
# run_lambda.py
# This executes a lambda function with a sample event.
from dcs.util.aws_lambda import * 
import json


# Clean up any old lambda functions
clean_lambdas()

# Create a new lambda 
create_lambda("recordReaderS3", "record_created_handler")

# Read the test event JSON file as dictionary
with open("./dcs/sample_events/s3_event_c2l1.json") as json_file:
    payload = json.load(json_file)

# Invoke lambda with test event, print result
result = invoke_function_and_get_message("recordReaderS3", payload)
print(json.dumps(json.loads(result), indent=4))

# EDIT ME!
# recordReaderS3/lambda_function.py
# This is lambda handler code that will execute each time an object is added to S3
import json

def record_created_handler(event, context):
    # Create a list to store new object keys
    written_objects = []

    # Iterate over each S3 event record
    for record in event['Records']:
       
        # Get the variables to check for
        event_name = record['eventName']
        bucket_name = record['s3']['bucket']['name']
        obj_key = record['s3']['object']['key']

        # Verify that the object was written to S3
        if event_name == 'ObjectCreated:Put' and bucket_name == 'sd-vehicle-data':
           
            # If so, then add it to the written_objects list
            written_objects.append(obj_key)
    
    # Return the collected written objects
    return {
        "bucket": 'sd-vehicle-data',
        "new_objects": written_objects
    }                 

# PLEASE DO NOT EDIT
# run_lambda.py
# This executes a lambda function with a sample event
from dcs.util.aws_lambda import * 
import json


# Clean up any old lambda functions
clean_lambdas()

# Create a new lambda 
create_lambda("recordReaderS3", "record_created_handler")

# Read the test event JSON file as dictionary
with open("./dcs/sample_events/s3_event_c2l1.json") as json_file:
    payload = json.load(json_file)

# Invoke lambda with test event, print result
result = invoke_function_and_get_message("recordReaderS3", payload)
print(json.dumps(json.loads(result), indent=4))

Leitura de dados do S3 com base em um evento

Seu primeiro lambda ao vivo!

Adição de uma camada lambda

Fluxo Lambda

Fluxo lambda

Uso de variáveis de ambiente

Fluxo de trabalho de dados sem servidor

Lambdas de execução rápida

Lambdas que demoram mais para serem executados

Lambdas rápidos versus lambdas lentos

Criando Lambda acionado por tempo

Um lambda acionado por tempo

Código lambda acionado por tempo

Sem servidor APIs

Criar API-Triggered Lambda

Criar um lambda API

import boto3

lambda_client = boto3.client('lambda', aws_access_key_id="12345",
    aws_secret_access_key="12345",
    region_name='us-east-1',
    endpoint_url="http://localhost:4574")

def trigger_full_report_builder(event, context):
    async = event['____']['async']
    if async == 'true':
        exec_type = '____'
    else:
        exec_type = 'RequestResponse'
        
    result = lambda_client.____(
      FunctionName='fullReportBuilder',
      InvocationType=exec_type)
    
    return {
        'statusCode': 200,
        'headers': {
            "content-type" : "application/json"
        },
        'body': "Successfully Invoked"
    }

import awswrangler_c as wr
import boto3
# Initialize boto3 session
session = boto3.Session(aws_access_key_id = "12345", 
  aws_secret_access_key = "12345", 
  region_name="us-east-1")

def full_report_builder(event, context):
  # Read all records in the speeders folder
  speeders_total = wr.s3.read_csv('s3://sd-vehicle-data/speeders', 
                                  boto3_session = session, 
                                  delimiter=" ")

  # Write aggregated speeders file
  return wr.s3.to_csv(df = speeders_total, 
               boto3_session=session, 
               path="s3://sd-vehicle-data/speeders-full/full.csv")
               

# PLEASE DO NOT EDIT
# aws_wrangler_c.py
def read_csv(path, boto3_session, delimiter):
  bucket = path.split("//")[1].split("/")[0]
  prefix = path.split("//")[1].replace(f"{bucket}/", "")
  objects = s3.list_objects_v2(Bucket=bucket, Prefix=prefix)['Contents']
  dfs = []
  for o in objects:
      key = o['Key']
      data = s3.get_object(Bucket='sd-vehicle-data', Key=key)
      dfs.append(pd.read_csv(data['Body'], delimiter=delimiter))
  return pd.concat(dfs)
  
def to_csv(df, path, boto3_session, separator=","):
  bucket = path.split("//")[1].split("/")[0]
  key = path.split("//")[1].replace(f"{bucket}/", "")
  s3.put_object(Bucket=bucket, Key=key, Body=df.to_csv(sep=separator, index=False))
  return True

s3 = {
    "to_csv": to_csv,
    "read_csv": read_csv
}
                                                  

# PLEASE DO NOT EDIT
# run_lambda.py
# This executes a lambda function with a sample event.
from dcs.util.aws_lambda import * 
import json

# Clean up any old lambda functions
clean_lambdas()

# Create a new lambda 
create_lambda("fullReportBuilder", "full_report_builder")
create_lambda("triggerFullReportBuilder", "trigger_full_report_builder")


# Invoke lambda with test event, print result.
result = invoke_function_and_get_message("triggerFullReportBuilder", {
  "queryStringParameters": {
    "async": "true"
  },
  "isBase64Encoded": "false"
})
print(result)

import boto3

lambda_client = boto3.client('lambda', aws_access_key_id="12345",
    aws_secret_access_key="12345",
    region_name='us-east-1',
    endpoint_url="http://localhost:4574")

def trigger_full_report_builder(event, context):
    async = event['queryStringParameters']['async']
    if async == 'true':
        exec_type = 'Event'
    else:
        exec_type = 'RequestResponse'
        
    result = lambda_client.invoke(
      FunctionName='fullReportBuilder',
      InvocationType=exec_type)
    
    return {
        'statusCode': 200,
        'headers': {
            "content-type" : "application/json"
        },
        'body': "Successfully Invoked"
    }

    

import awswrangler_c as wr
import boto3
# Initialize boto3 session
session = boto3.Session(aws_access_key_id = "12345", 
  aws_secret_access_key = "12345", 
  region_name="us-east-1")

def full_report_builder(event, context):
  # Read all records in the speeders folder
  speeders_total = wr.s3.read_csv('s3://sd-vehicle-data/speeders', 
                                  boto3_session = session, 
                                  delimiter=" ")

  # Write aggregated speeders file
  return wr.s3.to_csv(df = speeders_total, 
               boto3_session=session, 
               path="s3://sd-vehicle-data/speeders-full/full.csv")
               
  

# PLEASE DO NOT EDIT
# run_lambda.py
# This executes a lambda function with a sample event.
from dcs.util.aws_lambda import * 
import json

# Clean up any old lambda functions
clean_lambdas()

# Create a new lambda 
create_lambda("fullReportBuilder", "full_report_builder")
create_lambda("triggerFullReportBuilder", "trigger_full_report_builder")

# Invoke lambda with test event, print result.
result = invoke_function_and_get_message("triggerFullReportBuilder", {
  "queryStringParameters": {
    "async": "true"
  },
  "isBase64Encoded": "false"
})
print(result)

Um servidor sem servidor API

Going serverless

You're now ready to encode and decode streaming data and analyze data directly in the stream. You will even use multiple streams to get daily vehicle top speeds.

A transformational Lambda

Transforming data inside a stream

Encoding and decoding base64

Create a transformational lambda

A barebones transformational lambda

Analyzing data in the stream

Creating a Kinesis data analytics application

Kinesis data analytics vs transformational Lambda

Building a Kinesis data analytics application

Kinesis data analytics SQL components

Using multiple streams

Delivering data from Kinesis Analytics

Get the daily top speed

Using Kinesis data analytics for alerts

Analyzing streaming data

In this final chapter, you will discover how to monitor your stream's performance using logs, metrics, alarms and dashboards. You will use Elasticsearch and build your own Kibana dashboard.

Streaming data case study

Creating an Elasticsearch cluster

RedShift vs Elasticsearch

Monitoring performance

Cloudwatch dasbhoards and alarms

Cloudwatch components

Cloudwatch monitoring flow

Visualizing streaming data

Working with ElasticSearch using Kibana

Cloudwatch vs Elasticsearch

Elasticsearch visualization flow

An alternative approach

Another alternative approach

Monitoring and visualizing streaming data

O que alimenta os sistemas que usamos todos os dias sem perceber, como a detecção de fraudes para manter nossas transações seguras ou os sinais de trânsito que mantêm o tráfego fluindo sem problemas? A resposta são os dados de streaming (dados gerados continuamente por diferentes fontes) e as tecnologias sem servidor, como o Amazon Kinesis e o AWS Lambda.
<br /> <br />
Neste curso, você aprenderá a aproveitar essas tecnologias poderosas ajudando um engenheiro de dados fictício chamado Cody. Seu objetivo é ajudá-la a coletar dados de streaming em tempo real de veículos de propriedade da cidade, analisar os dados e enviar alertas relevantes, como avisos de velocidade aos motoristas. Usando o Amazon Kinesis e o Firehose, você aprenderá a ingerir dados de milhões de fontes antes de usar o Kinesis Analytics para analisar os dados à medida que eles passam pelo fluxo. Você também criará funções sem servidor no AWS Lambda que acionarão condicionalmente ações com base nos dados recebidos. Ao final deste treinamento, você saberá como criar dashboards do ElasticSearch ao vivo com o AWS QuickSight e o CloudWatch e, com sorte, ajudará Cody a concluir seu ambicioso projeto.


Introduction to AWS Boto in Python

Introduction to Shell

Streaming Concepts

Aprenda a trabalhar com dados em streaming usando tecnologias serverless na AWS.

Streaming de dados com AWS Kinesis e Lambda

Saiba como trabalhar com dados em tempo real usando tecnologias sem servidor na AWS.

Treinamento de um grande modelo de aprendizado de máquina

Executar uma ação rápida e direcionada acionada por um evento

Processamento de dados em pequenos pedaços, com frequência

Envio de uma notificação com base em um evento S3

Sem servidor vs. servidores

Streaming de dados com AWS Kinesis e Lambda

exercicio interativo prático