Crates.io | spring-sea-orm |
lib.rs | spring-sea-orm |
version | 0.3.0 |
source | src |
created_at | 2024-08-07 04:50:36.796105 |
updated_at | 2024-12-01 03:19:05.089248 |
description | Integration of spring-rs framework and sea-orm |
homepage | |
repository | https://github.com/spring-rs/spring-rs |
max_upload_size | |
id | 1328075 |
size | 21,279 |
spring-sea-orm = { version = "<version>", features = ["postgres"] }
sea-orm = { version = "1.0" } # Mainly to adapt to the entity code generated by sea-orm-cli
You can replace postgres
, mysql
, sqlite
feature to select the appropriate database driver.
optional features: with-web
.
[sea-orm]
uri = "postgres://root:123456@localhost:5432/pg_db" # Database address
min_connections = 1 # Minimum number of connections in the connection pool, the default value is 1
max_connections = 10 # Maximum number of connections in the connection pool, the default value is 10
acquire_timeout = 30000 # Connection timeout, in milliseconds, default 30s
idle_timeout = 600000 # Connection idle time, in milliseconds, default 10min
connect_timeout = 1800000 # Maximum connection survival time, in milliseconds, default 30min
enable_logging = true # Print sql log
After configuring the above configuration items, the plugin will automatically register a DbConn
connection pool object. This object is an alias of sea_orm::DbConn
.
pub type DbConn = sea_orm::DbConn;
sea-orm-cli provides a great model code generation function. You only need to define the table structure in the database, and after a simple configuration, the model code corresponding to the database structure can be generated, which can save a lot of code writing work.
The SeaOrmPlugin
plugin automatically registers a connection pool component for us. We can use Component
to extract this connection pool from AppState. Component
is an axum extractor.
use spring_sqlx::{sqlx::{self, Row}, ConnectPool};
use spring_web::get;
use spring_web::extractor::Component;
use spring_web::error::Result;
use anyhow::Context;
#[get("/:id")]
async fn get_todo_list(
Component(db): Component<DbConn>,
Path(id): Path<i32>
) -> Result<String> {
let rows = TodoItem::find()
.filter(todo_item::Column::ListId.eq(id))
.all(&db)
.await
.context("query todo list failed")?;
Ok(Json(rows))
}
spring-sea-orm
extends SeaOrm's Select with the PaginationExt feature.
In addition, web pagination parameter parsing is also provided. Just add the with-web
function to the dependency.
spring-sea-orm = { version = "<version>", features = ["postgres", "with-web"] }
The configuration is as follows:
# sea-orm-web configuration
[sea-orm-web]
one_indexed = false # 1-based index, closed by default
max_page_size = 2000 # Maximum supported page size, to avoid OOM caused by server attacks, default value 2000
default_page_size = 20 # Default page size, 20
Use as follows:
#[get("/")]
async fn get_todo_list(
Component(db): Component<DbConn>,
Query(query): Query<TodoListQuery>,
pagination: Pagination,
) -> Result<impl IntoResponse> {
let rows = TodoList::find()
.filter(query)
.page(&db, pagination)
.await
.context("query todo list failed")?;
Ok(Json(rows))
}
For the complete code, please refer to sea-orm-example