Skip to content
New issue

Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.

Sign up for GitHub

By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.

Already on GitHub? Sign in to your account

Refactor cluster schema: visualize old and new architectures side by side #29

Merged
merged 1 commit into from
Jan 13, 2025
Merged

Refactor cluster schema: visualize old and new architectures side by side #29

Show file tree
Hide file tree
Changes from all commits
Commits
Show all changes
1 commit
Select commit
File filter

Filter by extension

Filter by extension
Conversations
Failed to load comments.
Loading
Jump to
Jump to file
Failed to load files.
Loading
Diff view
Diff view
74 changes: 37 additions & 37 deletions README.md
View file
Open in desktop
Original file line number Diff line number Diff line change
Expand Up @@ -15,53 +15,53 @@ Translations:
go-vshard-router is a library for sending requests to a sharded tarantool cluster directly,
without using tarantool-router. This library based on [tarantool vhsard library router](https://github.com/tarantool/vshard/blob/master/vshard/router/init.lua) and [go-tarantool connector](https://github.com/tarantool/go-tarantool). go-vshard-router takes a new approach to creating your cluster

Old cluster schema
```mermaid
graph TD
subgraph Tarantool Database Cluster
subgraph Replicaset 1
Master_001_1
Replica_001_2
%% Old Cluster Schema
subgraph Old_Cluster_Schema["Old Cluster Schema"]
direction LR
subgraph Tarantool Database Cluster
subgraph Replicaset 1
Master_001_1
Replica_001_2
end
end

ROUTER1["Tarantool vshard-router 1_1"] --> Master_001_1
ROUTER2["Tarantool vshard-router 1_2"] --> Master_001_1
ROUTER3["Tarantool vshard-router 1_3"] --> Master_001_1
ROUTER1["Tarantool vshard-router 1_1"] --> Replica_001_2
ROUTER2["Tarantool vshard-router 1_2"] --> Replica_001_2
ROUTER3["Tarantool vshard-router 1_3"] --> Replica_001_2

GO["Golang service"]
GO --> ROUTER1
GO --> ROUTER2
GO --> ROUTER3
end

ROUTER1["Tarantool vshard-router 1_1"] --> Master_001_1
ROUTER2["Tarantool vshard-router 1_2"] --> Master_001_1
ROUTER3["Tarantool vshard-router 1_3"] --> Master_001_1
ROUTER1["Tarantool vshard-router 1_1"] --> Replica_001_2
ROUTER2["Tarantool vshard-router 1_2"] --> Replica_001_2
ROUTER3["Tarantool vshard-router 1_3"] --> Replica_001_2

GO["Golang service"]
GO --> ROUTER1
GO --> ROUTER2
GO --> ROUTER3
```
New cluster schema
```mermaid
graph TD
subgraph Application Host
Golang-Service
end
%% New Cluster Schema
subgraph New_Cluster_Schema["New Cluster Schema"]
direction LR
subgraph Application Host
Golang_Service
end

Golang-Service --> |iproto| MASTER1
Golang-Service --> |iproto| REPLICA1

MASTER1["Master 001_1"]
REPLICA1["Replica 001_2"]

subgraph Tarantool Database Cluster
subgraph Replicaset 1
MASTER1
REPLICA1
Golang_Service --> |iproto| MASTER1
Golang_Service --> |iproto| REPLICA1

MASTER1["Master 001_1"]
REPLICA1["Replica 001_2"]

subgraph Tarantool Database Cluster
subgraph Replicaset 1
MASTER1
REPLICA1
end
end
end

ROUTER1["Tarantool vshard-router(As contorol plane)"]
ROUTER1 --> MASTER1
ROUTER1 --> REPLICA1
```

## Getting started
### Prerequisites

Expand Down
73 changes: 36 additions & 37 deletions README_ru.md
View file
Open in desktop
Original file line number Diff line number Diff line change
Expand Up @@ -14,54 +14,53 @@ Translations:
go-vshard-router — библиотека для отправки запросов напрямую в стораджа в шардированный кластер tarantool,
без использования tarantool-router. Эта библиотека написана на основе [модуля библиотеки tarantool vhsard router](https://github.com/tarantool/vshard/blob/master/vshard/router/init.lua) и [коннектора go-tarantool](https://github.com/tarantool/go-tarantool). go-vshard-router применяет новый подход к созданию кластера

Схема кластера с tarantool-proxy
```mermaid
graph TD
subgraph Tarantool Database Cluster
subgraph Replicaset 1
Master_001_1
Replica_001_2
%% Старая схема кластера
subgraph Old_Cluster_Schema["Old Cluster Schema"]
direction LR
subgraph Tarantool Database Cluster
subgraph Replicaset 1
Master_001_1
Replica_001_2
end
end

ROUTER1["Tarantool vshard-router 1_1"] --> Master_001_1
ROUTER2["Tarantool vshard-router 1_2"] --> Master_001_1
ROUTER3["Tarantool vshard-router 1_3"] --> Master_001_1
ROUTER1["Tarantool vshard-router 1_1"] --> Replica_001_2
ROUTER2["Tarantool vshard-router 1_2"] --> Replica_001_2
ROUTER3["Tarantool vshard-router 1_3"] --> Replica_001_2

GO["Golang service"]
GO --> ROUTER1
GO --> ROUTER2
GO --> ROUTER3
end

ROUTER1["Tarantool vshard-router 1_1"] --> Master_001_1
ROUTER2["Tarantool vshard-router 1_2"] --> Master_001_1
ROUTER3["Tarantool vshard-router 1_3"] --> Master_001_1
ROUTER1["Tarantool vshard-router 1_1"] --> Replica_001_2
ROUTER2["Tarantool vshard-router 1_2"] --> Replica_001_2
ROUTER3["Tarantool vshard-router 1_3"] --> Replica_001_2

GO["Golang service"]
GO --> ROUTER1
GO --> ROUTER2
GO --> ROUTER3
```
%% Новая схема кластера
subgraph New_Cluster_Schema["New Cluster Schema"]
direction LR
subgraph Application Host
Golang_Service
end

Новая схема использования
```mermaid
graph TD
subgraph Application Host
Golang-Service
end
Golang_Service --> |iproto| MASTER1
Golang_Service --> |iproto| REPLICA1

MASTER1["Master 001_1"]
REPLICA1["Replica 001_2"]

Golang-Service --> |iproto| MASTER1
Golang-Service --> |iproto| REPLICA1

MASTER1["Master 001_1"]
REPLICA1["Replica 001_2"]

subgraph Tarantool Database Cluster
subgraph Replicaset 1
MASTER1
REPLICA1
subgraph Tarantool Database Cluster
subgraph Replicaset 1
MASTER1
REPLICA1
end
end
end

ROUTER1["Tarantool vshard-router(As contorol plane)"]
ROUTER1 --> MASTER1
ROUTER1 --> REPLICA1
```

## Как начать использовать?
### Предварительные условия

Expand Down
Loading