reactive_graph_std_arithmetic/behaviour/entity/gate/
behaviour_f64.rs1use reactive_graph_behaviour_model_api::behaviour_validator;
2use reactive_graph_behaviour_model_api::prelude::*;
3use reactive_graph_behaviour_model_impl::entity_behaviour;
4use reactive_graph_graph::prelude::*;
5use reactive_graph_reactive_model_impl::ReactiveEntity;
6use serde_json::json;
7use uuid::Uuid;
8
9use reactive_graph_std_arithmetic_model::ArithmeticGateProperties::LHS;
10use reactive_graph_std_arithmetic_model::ArithmeticGateProperties::RESULT;
11use reactive_graph_std_arithmetic_model::ArithmeticGateProperties::RHS;
12
13use crate::behaviour::as_f64;
14use crate::behaviour::entity::gate::function::ArithmeticGateF64Function;
15
16entity_behaviour!(
17 ArithmeticGateF64,
18 ArithmeticGateF64Factory,
19 ArithmeticGateF64Fsm,
20 ArithmeticGateF64BehaviourTransitions,
21 ArithmeticGateF64Validator,
22 f,
23 ArithmeticGateF64Function
24);
25
26behaviour_validator!(ArithmeticGateF64Validator, Uuid, ReactiveEntity, LHS.as_ref(), RHS.as_ref(), RESULT.as_ref());
27
28impl BehaviourInit<Uuid, ReactiveEntity> for ArithmeticGateF64BehaviourTransitions {
29 fn init(&self) -> Result<(), BehaviourInitializationFailed> {
30 let lhs = self.reactive_instance.get(LHS).and_then(as_f64).ok_or(BehaviourInitializationFailed {})?;
31 let rhs = self.reactive_instance.get(RHS).and_then(as_f64).ok_or(BehaviourInitializationFailed {})?;
32 let f = self.f;
33 let r = f(lhs, rhs);
34 self.reactive_instance.set(RESULT, json!(r));
35 Ok(())
36 }
37}
38
39impl BehaviourConnect<Uuid, ReactiveEntity> for ArithmeticGateF64BehaviourTransitions {
40 fn connect(&self) -> Result<(), BehaviourConnectFailed> {
41 let reactive_instance = self.reactive_instance.clone();
42 let f = self.f;
43 self.property_observers.observe_with_handle(LHS.as_ref(), move |v| {
44 if let Some(lhs) = v.as_f64() {
45 if let Some(rhs) = reactive_instance.get(RHS).and_then(as_f64) {
46 reactive_instance.set(RESULT, json!(f(lhs, rhs)));
47 }
48 }
49 });
50 let reactive_instance = self.reactive_instance.clone();
51 let f = self.f;
52 self.property_observers.observe_with_handle(RHS.as_ref(), move |v| {
53 if let Some(rhs) = v.as_f64() {
54 if let Some(lhs) = reactive_instance.get(LHS).and_then(as_f64) {
55 reactive_instance.set(RESULT, json!(f(lhs, rhs)));
56 }
57 }
58 });
59
60 Ok(())
61 }
62}
63impl BehaviourShutdown<Uuid, ReactiveEntity> for ArithmeticGateF64BehaviourTransitions {}
64impl BehaviourTransitions<Uuid, ReactiveEntity> for ArithmeticGateF64BehaviourTransitions {}
65
66#[cfg(test)]
67mod tests {
68 use std::sync::Arc;
69
70 use reactive_graph_behaviour_model_api::prelude::*;
71 use reactive_graph_graph::prelude::*;
72 use reactive_graph_reactive_model_api::ReactiveInstanceContainer;
73 use reactive_graph_reactive_model_impl::ReactiveEntity;
74 use reactive_graph_reactive_model_impl::ReactiveProperties;
75 use serde_json::json;
76 use uuid::Uuid;
77
78 use reactive_graph_std_arithmetic_model::ArithmeticGateProperties;
79 use reactive_graph_std_arithmetic_model::NAMESPACE_ARITHMETIC_F64;
80
81 use crate::behaviour::entity::gate::behaviour_f64::ArithmeticGateF64;
82 use crate::behaviour::entity::gate::function::*;
83
84 const LHS: ArithmeticGateProperties = ArithmeticGateProperties::LHS;
85 const RHS: ArithmeticGateProperties = ArithmeticGateProperties::RHS;
86 const RESULT: ArithmeticGateProperties = ArithmeticGateProperties::RESULT;
87
88 #[test]
89 fn arithmetic_gate_f64_behaviour_test() {
90 let lhs: f64 = 0.5;
91 let rhs: f64 = 0.5;
92
93 let v = test_arithmetic_gate_f64_behaviour("add", FN_ADD_F64, lhs, rhs);
94 assert_eq!(lhs + rhs, v);
95 let v = test_arithmetic_gate_f64_behaviour("div", FN_DIV_F64, lhs, rhs);
96 assert_eq!(lhs / rhs, v);
97 let v = test_arithmetic_gate_f64_behaviour("max", FN_MAX_F64, lhs, rhs);
98 assert_eq!(lhs.min(rhs), v);
99 let v = test_arithmetic_gate_f64_behaviour("min", FN_MIN_F64, lhs, rhs);
100 assert_eq!(lhs.max(rhs), v);
101 let v = test_arithmetic_gate_f64_behaviour("mod", FN_MOD_F64, lhs, rhs);
102 assert_eq!(lhs % rhs, v);
103 let v = test_arithmetic_gate_f64_behaviour("mul", FN_MUL_F64, lhs, rhs);
104 assert_eq!(lhs * rhs, v);
105 let v = test_arithmetic_gate_f64_behaviour("sub", FN_SUB_F64, lhs, rhs);
106 assert_eq!(lhs - rhs, v);
107 }
108
109 fn test_arithmetic_gate_f64_behaviour(type_name: &str, f: ArithmeticGateFunction<f64>, lhs: f64, rhs: f64) -> f64 {
110 let ty = EntityTypeId::new_from_type(NAMESPACE_ARITHMETIC_F64, type_name);
111 let behaviour = create_arithmetic_gate_f64_behaviour(ty, f).unwrap();
112 let reactive_instance = behaviour.get_reactive_instance();
113 let arithmetic_gate = reactive_graph_std_arithmetic_model::ArithmeticGateF64::from(reactive_instance.clone());
114 arithmetic_gate.lhs(lhs);
115 arithmetic_gate.rhs(rhs);
116 arithmetic_gate.result().expect("Result is not of type f64")
117 }
118
119 fn create_arithmetic_gate_f64_behaviour(ty: EntityTypeId, f: ArithmeticGateFunction<f64>) -> Result<Arc<ArithmeticGateF64>, BehaviourCreationError> {
120 let behaviour_ty = BehaviourTypeId::from(NamespacedType::from(&ty));
121 ArithmeticGateF64::new(create_arithmetic_gate_f64_entity(ty.clone()), behaviour_ty, f)
122 }
123
124 fn create_arithmetic_gate_f64_entity(ty: EntityTypeId) -> ReactiveEntity {
125 let id = Uuid::new_v4();
126 let properties = PropertyInstances::new()
127 .property(LHS, json!(0.0))
128 .property(RHS.as_ref(), json!(0.0))
129 .property(RESULT, json!(0.0));
130 ReactiveEntity::builder()
131 .ty(ty)
132 .id(id)
133 .properties(ReactiveProperties::new_with_id_from_properties(id, properties))
134 .build()
135 }
136}