use crate::algo::ProjectionBuilder;
use crate::algo::algorithms::{Algorithm, GraphMetrics, GraphMetricsConfig};
use crate::algo::procedure_template::{GenericAlgoProcedure, GraphAlgoAdapter};
use crate::algo::procedures::{AlgoResultRow, ValueType};
use anyhow::Result;
use serde_json::{Value, json};
pub struct GraphMetricsAdapter;
impl GraphAlgoAdapter for GraphMetricsAdapter {
const NAME: &'static str = "uni.algo.metrics";
type Algo = GraphMetrics;
fn specific_args() -> Vec<(&'static str, ValueType, Option<Value>)> {
vec![("weightProperty", ValueType::String, Some(Value::Null))]
}
fn yields() -> Vec<(&'static str, ValueType)> {
vec![
("diameter", ValueType::Float),
("radius", ValueType::Float),
("center", ValueType::List),
("periphery", ValueType::List),
]
}
fn to_config(_args: Vec<Value>) -> GraphMetricsConfig {
GraphMetricsConfig {}
}
fn map_result(result: <Self::Algo as Algorithm>::Result) -> Result<Vec<AlgoResultRow>> {
let center_json: Vec<Value> = result
.center
.into_iter()
.map(|v| json!(v.as_u64()))
.collect();
let periphery_json: Vec<Value> = result
.periphery
.into_iter()
.map(|v| json!(v.as_u64()))
.collect();
Ok(vec![AlgoResultRow {
values: vec![
json!(result.diameter),
json!(result.radius),
Value::Array(center_json),
Value::Array(periphery_json),
],
}])
}
fn customize_projection(mut builder: ProjectionBuilder, args: &[Value]) -> ProjectionBuilder {
if let Some(prop) = args[0].as_str() {
builder = builder.weight_property(prop);
}
builder
}
}
pub type GraphMetricsProcedure = GenericAlgoProcedure<GraphMetricsAdapter>;