使用 Blox 實現容器任務調度與資源編排

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Blox is a collection of open source projects for container management and orchestration on Amazon ECS. Blox gives you more control over how your containerized applications run on Amazon ECS, and it enables you to build schedulers and integrate third-party schedulers on top of ECS, while leveraging Amazon ECS to fully manage and scale your clusters.

Technologie

© 2016, Amazon Web Services, Inc. or its Affiliates. All rights reserved.
Dickson Yue
Senior Solutions Architect
使用 Blox 實現容器任務調度與
資源編排
January 12, 2017

What is Amazon ECS?
Scalable Container
Management
Flexible Container
Placement
AWS Platform
Integration
Extensible by Design

Amazon ECS: Under the Hood
ALB ALB
AZ 1 AZ 2
user / scheduler
Scheduler
Cluster State Service
Placement Engine
Event Stream

New Placement Constraints & Attributes
Name Example
AMI ID attribute:ecs.ami-id == ami-eca289fb
Availability Zone attribute:ecs.availability-zone == us-east-1a
Instance Type attribute:ecs.instance-type == t2.small
Distinct Instances type=“distinctInstance”
Custom attribute:stack == prod

Anatomy of Task Placement
Cluster Constraints
Custom Constraints
Placement Strategies
Apply Filter
Satisfy CPU, memory, and port requirements
Filter for location, instance-type, AMI, or custom
attribute constraints
Identify instances that meet spread or binpack
placement strategy
Select final container instances for placement

Supported Placement Strategies
Binpacking Spread Affinity Distinct Instance

Placement Strategy Chaining
Spread tasks across Zones
and Binpack within each Zone

Filtering: Match on Instance Family or Type

Filtering: Match on Multiple Expressions

g2.2xlarge t2.small g2.2xlarge g2.2xlarge
Placement: Targeting Instance Type

g2.2xlarge t2.small t2.micro t2.medium
t2.medium t2.small g2.2xlarge
t2.small
t2.small t2.medium
us-east-1aus-east-1d
Placement: Targeting Instance Type & Zone

g2.2xlarge t2.small t2.micro t2.medium
t2.medium t2.small g2.2xlarge t2.small
us-east-1aus-east-1d
g2.2xlarge t2.medium
t2.micro t2.small
us-east-1c
Placement: Availability Zone Spread

t2.medium t2.small t2.small
us-east-1aus-east-1d
t2.medium t2.micro t2.small
us-east-1c
Placement: Multiple Services on a Cluster

t2.medium g2.2xlarge t2.micro t2.small
t2.small t2.small g2.2xlarge t2.small
t2.small t2.small
g2.2xlarge t2.small
Placement: Services – Distinct Instances

Console: Placement Templates to Get Started

Console: Customizing Placement Strategies

Three Steps to Getting Started with Events
Step 1: Create CWE Rule Step 2: Create SNS Topic Step 3: Put Events to SNS

Consuming Events for Service Discovery
app1-tst  10.1.0.11
db1-tst  10.1.0.14
app2  10.1.0.16
db2  10.1.0.18
my-app  10.1.0.20
websrv1 10.1.0.1
websrv2 10.1.0.2
websrv3 10.1.0.4
app-dev1 10.1.0.9
app-dev2 10.1.0.5
app-dev3 10.1.0.8
db-dev 10.1.0.19

What is Blox?
Choice
Control
Developer Experience

Building with Blox
scheduler cluster state service

Set Up Blox Locally
Step 1: git clone https://github.com/blox/blox.git
Step 3: docker-compose up -d
Step 4: start using Blox locally
Step 2: deploy CloudFormation template to configure ECS event stream and SQS queue

t2.small t2.small t2.small
Blox: Daemon Scheduler
t2.small t2.small t2.small
scheduler cluster state service
t2.small t2.small t2.small

Step 4: Monitoring and Scaling a Cluster

Contributing to Blox
• Blox is licensed under Apache 2.0
• Open an issue or pull request
• Watch our roadmap on GitHub
• Check out our Gitter channel

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Ora puoi utilizzare Amazon Elastic Kubernetes Service (EKS) per eseguire pod Kubernetes su AWS Fargate, il motore di elaborazione serverless creato per container su AWS. Questo rende più semplice che mai costruire ed eseguire le tue applicazioni Kubernetes nel cloud AWS.In questa sessione presenteremo le caratteristiche principali del servizio e come distribuire la tua applicazione in pochi passaggi

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Vent'anni fa Amazon ha attraversato una trasformazione radicale con l'obiettivo di aumentare il ritmo dell'innovazione. In questo periodo abbiamo imparato come cambiare il nostro approccio allo sviluppo delle applicazioni ci ha permesso di aumentare notevolmente l'agilità, la velocità di rilascio e, in definitiva, ci ha consentito di creare applicazioni più affidabili e scalabili. In questa sessione illustreremo come definiamo le applicazioni moderne e come la creazione di app moderne influisce non solo sull'architettura dell'applicazione, ma sulla struttura organizzativa, sulle pipeline di rilascio dello sviluppo e persino sul modello operativo. Descriveremo anche approcci comuni alla modernizzazione, compreso l'approccio utilizzato dalla stessa Amazon.com.

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使用 Blox 實現容器任務調度與資源編排

2. What is Amazon ECS? Scalable Container Management Flexible Container Placement AWS Platform Integration Extensible by Design

3. Amazon ECS: Under the Hood ALB ALB AZ 1 AZ 2 user / scheduler Scheduler Cluster State Service Placement Engine Event Stream

4. Task Placement Engine

5. New Placement Constraints & Attributes Name Example AMI ID attribute:ecs.ami-id == ami-eca289fb Availability Zone attribute:ecs.availability-zone == us-east-1a Instance Type attribute:ecs.instance-type == t2.small Distinct Instances type=“distinctInstance” Custom attribute:stack == prod

6. Anatomy of Task Placement Cluster Constraints Custom Constraints Placement Strategies Apply Filter Satisfy CPU, memory, and port requirements Filter for location, instance-type, AMI, or custom attribute constraints Identify instances that meet spread or binpack placement strategy Select final container instances for placement

7. Supported Placement Strategies Binpacking Spread Affinity Distinct Instance

8. Placement Strategy Chaining Spread tasks across Zones and Binpack within each Zone

9. New Cluster Query Language

10. Filtering: Match on Instance Family or Type

11. Filtering: Match on Availability Zone

12. Filtering: Match on Multiple Expressions

13. Filtering: Match on Custom Attributes

14. Task Placement Examples

15. g2.2xlarge t2.small g2.2xlarge g2.2xlarge Placement: Targeting Instance Type

16. g2.2xlarge t2.small t2.micro t2.medium t2.medium t2.small g2.2xlarge t2.small t2.small t2.medium us-east-1aus-east-1d Placement: Targeting Instance Type & Zone

17. g2.2xlarge t2.small t2.micro t2.medium t2.medium t2.small g2.2xlarge t2.small us-east-1aus-east-1d g2.2xlarge t2.medium t2.micro t2.small us-east-1c Placement: Availability Zone Spread

18. g2.2xlarge t2.small t2.micro t2.medium t2.medium t2.small g2.2xlarge t2.small us-east-1aus-east-1d g2.2xlarge t2.medium t2.micro t2.small us-east-1c Placement: Spread across Zone and Binpack

19. g2.2xlarge t2.small t2.micro t2.medium t2.medium t2.small g2.2xlarge t2.small us-east-1aus-east-1d g2.2xlarge t2.medium t2.micro t2.small us-east-1c Placement: Affinity and Anti-Affinity

20. Running a Service

21. t2.medium t2.small t2.small us-east-1aus-east-1d t2.medium t2.micro t2.small us-east-1c Placement: Multiple Services on a Cluster

22. t2.medium g2.2xlarge t2.micro t2.small t2.small t2.small g2.2xlarge t2.small t2.small t2.small g2.2xlarge t2.small Placement: Services – Distinct Instances

23. Console: Getting Started with Placement

24. Console: Placement Templates to Get Started

25. Console: Customizing Placement Strategies

26. Live Demo

27. Event Stream

28. Consuming Real-time Events

29. Three Steps to Getting Started with Events Step 1: Create CWE Rule Step 2: Create SNS Topic Step 3: Put Events to SNS

30. Consuming Events for Service Discovery app1-tst  10.1.0.11 db1-tst  10.1.0.14 app2  10.1.0.16 db2  10.1.0.18 my-app  10.1.0.20 websrv1 10.1.0.1 websrv2 10.1.0.2 websrv3 10.1.0.4 app-dev1 10.1.0.9 app-dev2 10.1.0.5 app-dev3 10.1.0.8 db-dev 10.1.0.19

31. Introducing Blox

32. What is Blox? Choice Control Developer Experience

33. Building with Blox scheduler cluster state service

34. Set Up Blox Locally Step 1: git clone https://github.com/blox/blox.git Step 3: docker-compose up -d Step 4: start using Blox locally Step 2: deploy CloudFormation template to configure ECS event stream and SQS queue

35. Swagger Spec: Cluster State Service

36. Swagger Spec: Daemon Scheduler

37. Daemon Scheduler

38. t2.small t2.small t2.small Blox: Daemon Scheduler t2.small t2.small t2.small scheduler cluster state service t2.small t2.small t2.small

39. Step 1: Create an Environment

40. Step 2: Create a Deployment

41. Step 3: Add Container Instances

42. Step 4: Monitoring and Scaling a Cluster

43. Live Demo

44. The Blox Vision

45. Contributing to Blox • Blox is licensed under Apache 2.0 • Open an issue or pull request • Watch our roadmap on GitHub • Check out our Gitter channel

46. Summary

47. Summary

48. Thank you!

49. Remember to complete your evaluations!