#![warn(non_snake_case)] #[allow(non_snake_case)] #[cfg(test)] pub mod condition_tests { use serde::*; use serde_json::json; use ddd_dapr::condition::{ConditionTree, obj_test}; #[derive(Debug, Serialize, Deserialize, Clone, Default, PartialEq)] struct DrugDoctorAdviceEntity{ // @ApiModelProperty(value = "主键") // @Id // @Column // private String id; id:Option, // @ApiModelProperty(value = "his主键") // @Column(length = 64) // private String hisId; hisId:Option, // @ApiModelProperty(value = "医嘱类型") // private Integer doctorAdviceType; doctorAdviceType:Option, // @ApiModelProperty(value = "是否长期医嘱(1:是,0:否)") // private Integer isLongTerm; isLongTerm:Option, // @ApiModelProperty(value = "执行频次(DoctorAdviceCycleEntity)") // private Integer adviceCycle; adviceCycle:Option, // @ApiModelProperty(value = "执行频次名称(DoctorAdviceCycleEntity)") // @Column(length = 63) // private String adviceCycleName; adviceCycleName:Option, // @ApiModelProperty(value = "是否有效(1:是,0:否)") // private Integer valide; valide:Option, // @ApiModelProperty(value = "用法名称") // @Column(length = 63) // private String methodName; methodName:Option, drugItems:Option>, } #[derive(Debug, Serialize, Deserialize, Clone, Default, PartialEq)] struct DrugItemEntity{ // @ApiModelProperty(value = "医嘱id") // @Column(length = 36) // private String drugDoctorAdviceId; drugDoctorAdviceId:Option, // // @ManyToOne(cascade= CascadeType.ALL) // // @JoinColumn(name="drugDoctorAdviceId") // // private DrugDoctorAdviceModel drugDoctorAdviceModel; // // @ApiModelProperty(value = "药品id") // @Column(length = 128) // private String drugHisId; drugHisId:Option, // @ApiModelProperty(value = "药品名称") // @Column(length = 128) // private String drugName; drugName:Option, // @ApiModelProperty(value = "药品商品名称") // @Column(length = 128) // private String tradeName; tradeName:Option, // @ApiModelProperty(value = "(废弃,用drugAmount)药品数量") // private Integer drugNumber; drugNumber:Option, // @ApiModelProperty(value = "剂量") // private Float dosage; dosage:Option, // @ApiModelProperty(value = "剂量比例倍数") // @Column(length = 15) // private String dosageTimes; dosageTimes:Option, // @ApiModelProperty(value = "his剂量 数量单位") // @Column(length = 64) // private String hisDosage; hisDosage:Option, // @ApiModelProperty(value = "剂量单位") // private Integer dosageUnit; dosageUnit:Option, // @ApiModelProperty(value = "单位name") // @Column(length = 64) // private String unitName; unitName:Option, // @ApiModelProperty(value = "滴速") // private Integer speed; speed:Option, // @ApiModelProperty(value = "用法描述") // private String methodDescribe; methodDescribe:Option, // @ApiModelProperty(value = "备注") // private String remark; remark:Option, // @ApiModelProperty(value = "是否需要皮试(1:是)") // private Integer isNeedSkinTest; isNeedSkinTest:Option, // @ApiModelProperty(value = "是否成品药(1:是)") // private Integer isFinishedMedicines; isFinishedMedicines:Option, // @ApiModelProperty(value = "费用类别(A西药,B中药") // @Column(length = 15) // private String billType; billType:Option, // @ApiModelProperty(value = "药品规格") // @Column(length = 63) // private String drugSpec; drugSpec:Option, // @ApiModelProperty(value = "药品数量") // private Float drugAmount; drugAmount:Option, // @ApiModelProperty(value = "医生描述") // private String doctorDescription; doctorDescription:Option, // @ApiModelProperty(value = "是否为过敏药物0,非过敏药，1过敏药，2疑似过敏药") // @Column(length = 2) // private Integer allergyDrug; allergyDrug:Option, // @ApiModelProperty(value = "过敏时效") // @Column(length = 36) // private String allergyPrescription; allergyPrescription:Option, // @ApiModelProperty(value = "过敏药类型") // private String allergType; allergType:Option, // @ApiModelProperty(value = "高危药物类型") // private String highRiskType; highRiskType:Option, // @ApiModelProperty(value = "是否是高危药物") // @Column(length = 2) // private Integer isHighRisk; isHighRisk:Option, // @ApiModelProperty(value = "皮试结果。-1 弱阴性，0 阴性，1 阳性，2 强阳性") // private Integer skinTestResult; skinTestResult:Option, // @ApiModelProperty(value = "简称别名") // private String abstractName; abstractName:Option, } #[test] fn test(){ let json1=r#" {"o":"or","c":[{"o":"contain","p":"methodName","v":"静脉滴注"},{"o":"contain","p":"methodName","value":"静脉输液"},{"o":"contain","p":"methodName","value":"续静滴"},{"operator":"contain","propertyName":"methodName","value":"泵入"}]} "#; let tree:ConditionTree=serde_json::from_str(json1).unwrap(); println!("{:?}",tree); let obj=DrugDoctorAdviceEntity{ id: None, hisId: None, doctorAdviceType: Some(1), isLongTerm: Some(2), adviceCycle: None, adviceCycleName: None, valide: None, methodName: Some("静脉滴注".to_string()), drugItems: None }; let obj_value=serde_json::to_value(&obj).unwrap(); println!("给药方法:{}",obj_value["methodName"]); println!("doctorAdviceType:{}",obj_value["doctorAdviceType"]); let is_pass=obj_test(&obj_value,&tree); println!("{:?}",is_pass); } #[test] fn test_obj_vec(){ let json=r#"{"operator": "and","conditionTrees": [{"operator": "or","conditionTrees": [{"operator": "contain","propertyName": "methodName","value": "穴位注射"},{"operator": "contain","propertyName": "methodName","value": "动脉灌注"},{"operator": "contain","propertyName": "methodName","value": "宫颈注射"},{"operator": "contain","propertyName": "methodName","value": "肌肉注射"},{"operator": "contain","propertyName": "methodName","value": "静脉推注"},{"operator": "contain","propertyName": "methodName","value": "皮下注射"},{"operator": "contain","propertyName": "methodName","value": "局部注射"}]},{"operator": "arr_each_contain","propertyName": "drugItems.drugName","value": "复方双氯芬酸钠"}]}"#; let _json1=r#"{"operator": "and","conditionTrees": [{"operator": "or","conditionTrees": [{"operator": "contain","propertyName": "methodName","value": "穴位注射"},{"operator": "contain","propertyName": "methodName","value": "动脉灌注"},{"operator": "contain","propertyName": "methodName","value": "宫颈注射"},{"operator": "contain","propertyName": "methodName","value": "肌肉注射"},{"operator": "contain","propertyName": "methodName","value": "静脉推注"},{"operator": "contain","propertyName": "methodName","value": "皮下注射"},{"operator": "contain","propertyName": "methodName","value": "局部注射"}]},{"operator": "arr_size_=","propertyName": "drugItems","value": "1"}]}"#; let tree:ConditionTree=serde_json::from_str(json).unwrap(); let drug_item1=DrugItemEntity{ drugDoctorAdviceId: Some("1".to_string()), drugHisId: None, drugName: Some("复方双氯芬酸钠".to_string()), tradeName: None, drugNumber: None, dosage: None, dosageTimes: None, hisDosage: None, dosageUnit: None, unitName: None, speed: None, methodDescribe: None, remark: None, isNeedSkinTest: None, isFinishedMedicines: None, billType: None, drugSpec: None, drugAmount: None, doctorDescription: None, allergyDrug: None, allergyPrescription: None, allergType: None, highRiskType: None, isHighRisk: None, skinTestResult: None, abstractName: None }; let drg_item2=DrugItemEntity{ drugDoctorAdviceId: Some("2".to_string()), drugHisId: None, drugName: Some("复方双氯芬酸钠".to_string()), tradeName: None, drugNumber: None, dosage: None, dosageTimes: None, hisDosage: None, dosageUnit: None, unitName: None, speed: None, methodDescribe: None, remark: None, isNeedSkinTest: None, isFinishedMedicines: None, billType: None, drugSpec: None, drugAmount: None, doctorDescription: None, allergyDrug: None, allergyPrescription: None, allergType: None, highRiskType: None, isHighRisk: None, skinTestResult: None, abstractName: None }; let obj=DrugDoctorAdviceEntity{ id: None, hisId: None, doctorAdviceType: None, isLongTerm: None, adviceCycle: None, adviceCycleName: None, valide: None, methodName: Some("静脉推注".to_string()), drugItems: Some(vec![drug_item1,drg_item2]) }; let obj_value=serde_json::to_value(&obj).unwrap(); let is_pass1=obj_test(&obj_value,&tree); println!("is_pass1:{}",is_pass1); assert_eq!(is_pass1,true); } #[test] fn test_vec_len(){ let v_json=json!({ "s":["s1","s2"] }); let v=v_json["s"].clone(); let v_arr=v.as_array().unwrap().clone(); let json_value=json!(v_arr.len()); println!("{:?}",json_value); println!("{}",json_value.is_number()); println!("{}",json_value.is_u64()); println!("{}",json_value.is_i64()); println!("{}",json_value.as_i64().unwrap()); assert_eq!(json_value.as_i64().unwrap(),2,"{}",json_value.as_i64().unwrap()); } #[test] fn test_string(){ let op_json="arr_exist_!contain"; let op:&str=&op_json[10..op_json.len()]; println!("操作符为：{}",op); assert_eq!(op,"!contain"); let op_json="drugItems.drugName"; let op_arrs:Vec<&str> =op_json.split(".").collect(); println!("{:?}",op_arrs); assert_eq!(op_arrs.len(),2); let pointer_string=format!("/{}/{}/{}",op_arrs[0],0,op_arrs[1]); println!("json pointer={}",pointer_string); assert_eq!(&pointer_string,"/drugItems/0/drugName"); let property_name="drugItems.drugName"; let pointer_string=format!("/{}",property_name).replace(".","/"); println!("json pointer={}",pointer_string); assert_eq!(&pointer_string,"/drugItems/drugName"); } }