M A D D O G

I tweet about football, coding and tech

[Ryan, Carrick's MUFC 🇾🇪 @CarrickWay_]

Ralf Rangnick knew the problem years back.

[90s Footballers @90sPlayers]

This Dejan Stanković goal still blows my mind 🤯

[90s Footballers @90sPlayers]

1970s Brazil in 4K 🎥

[Lega Serie A @SerieA_EN]

LAUTARO ⚽

Inter strike first!

#InterComo 1-0

[M A D D O G @nonintanon]

AI อย่างโหด

[Charles Curran @charliebcurran]

If you think AI film can't be art than explain this.

[M A D D O G @nonintanon]

โห.. ยาวเลยแบบนี้

[M A D D O G @nonintanon]

สยองมาก ขอให้หายไว ๆ

[THAI PRESS @ThaiPressCC]

ภาพเอ็กซ์เรย์ ของราฟาเอลสัน หรือ เหงียน ซวน เซิน ของทีมชาติเวียดนาม ต้องพักยาวแน่นอน อาจเป็นปี เนื่องจากหน้าแข้งหักถึง 2 ข้าง จากจังหวะที่ลงกระแทกกับสนาม จังหวะที่ไล่บอลกับ พรรษา เหมวิบูลย์ ในฟุตบอล AFF2024

#Thaipress #บอลไทย #ทีมชาติไทย #ฟุตบอลชิงแชมป์อาเซียน2024 #เชียร์ช้างศึกชิงเจ้าอาเซียน

[M A D D O G @nonintanon]

First time watching live NFL from Thailand! Good job @netflix @NFL

#NFLonNetflix

[Stretford Paddock @StretfordPaddck]

🗣️ "Thursday was a 3-2, but I think we deserved more. Today was a 4-0, I think Everton deserved more..."

Rúben Amorim wants supporters to focus on performances rather than results.

#MUFC

[M A D D O G @nonintanon]

Pray for Bove

#FiorentinaInter

[M A D D O G @nonintanon]

awesome

3D Printed Tabletop Bowling: Pin Escalator https://t.co/FQy0O2dPcH via @YouTube

[M A D D O G @nonintanon]

@JumpIsTweeting ไม่น่าผ่านมาเจอ.. ลำบากอยากกินด้วยเลย

[Nature is Amazing ☘️ @AMAZlNGNATURE]

Here's your daily dose of cuteness

[Crazy Clips @crazyclipsonly]

I could not believe my eyes

[Science girl @sciencegirl]

Elephant pretends to eat her hat but gives it back
https://t.co/GyQTif2rCF

[M A D D O G @nonintanon]

Sweet

[Alex Xu @alexxubyte]

Netflix's Tech Stack.

This post is based on research from many Netflix engineering blogs and open-source projects. If you come across any inaccuracies, please feel free to inform us.

Mobile and web: Netflix has adopted Swift and Kotlin to build native mobile apps. For its web application, it uses React.

Frontend/server communication: GraphQL.

Backend services: Netflix relies on ZUUL, Eureka, the Spring Boot framework, and other technologies.

Databases: Netflix utilizes EV cache, Cassandra, CockroachDB, and other databases.

Messaging/streaming: Netflix employs Apache Kafka and Fink for messaging and streaming purposes.

Video storage: Netflix uses S3 and Open Connect for video storage.

Data processing: Netflix utilizes Flink and Spark for data processing, which is then visualized using Tableau. Redshift is used for processing structured data warehouse information.

CI/CD: Netflix employs various tools such as JIRA, Confluence, PagerDuty, Jenkins, Gradle, Chaos Monkey, Spinnaker, Altas, and more for CI/CD processes.

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Subscribe to our weekly newsletter to get a Free System Design PDF (158 pages): https://t.co/uc5M7CdXXC

[Alex Xu @alexxubyte]

Netflix's Tech Stack.

This post is based on research from many Netflix engineering blogs and open-source projects. If you come across any inaccuracies, please feel free to inform us.

Mobile and web: Netflix has adopted Swift and Kotlin to build native mobile apps. For its web application, it uses React.

Frontend/server communication: GraphQL.

Backend services: Netflix relies on ZUUL, Eureka, the Spring Boot framework, and other technologies.

Databases: Netflix utilizes EV cache, Cassandra, CockroachDB, and other databases.

Messaging/streaming: Netflix employs Apache Kafka and Fink for messaging and streaming purposes.

Video storage: Netflix uses S3 and Open Connect for video storage.

Data processing: Netflix utilizes Flink and Spark for data processing, which is then visualized using Tableau. Redshift is used for processing structured data warehouse information.

CI/CD: Netflix employs various tools such as JIRA, Confluence, PagerDuty, Jenkins, Gradle, Chaos Monkey, Spinnaker, Altas, and more for CI/CD processes.

–-
Subscribe to our weekly newsletter to get a Free System Design PDF (158 pages): https://t.co/uc5M7CdXXC

[M A D D O G @nonintanon]

ครึ่งแรกเกมรุกไม่ไหลลื่นเลย.. #ARSMUN

[Alex Xu @alexxubyte]

OAuth 2.0 Flows

Authorization Code Flow: The most common OAuth flow. After user authentication, the client receives an authorization code and exchanges it for an access token and refresh token.

Client Credentials Flow: Designed for single-page applications. The access token is returned directly to the client without an intermediate authorization code.

Implicit Code Flow: Designed for single-page applications. The access token is returned directly to the client without an intermediate authorization code.

Resource Owner Password Grant Flow: Allows users to provide their username and password directly to the client, which then exchanges them for an access token.

Over to you - So which one do you think is something that you should use next in your application?

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Subscribe to our weekly newsletter to get a Free System Design PDF (158 pages): https://t.co/uc5M7Cdq84