mod support; use csml_interpreter::data::context::Context; use csml_interpreter::data::event::Event; use std::collections::HashMap; use crate::support::tools::format_message; use crate::support::tools::message_to_json_value; use serde_json::Value; #[test] fn ok_type_of_array() { let data = r#"{"memories":[{"key":"var", "value":[]}], "messages":[{"content":{"text":"array"}, "content_type":"text"}]}"#; let msg = format_message( Event::new("payload", "", serde_json::json!({})), Context::new( HashMap::new(), HashMap::new(), None, None, "array", "flow", None, ), "CSML/basic_test/stdlib/type_of.csml", ); let v1: Value = message_to_json_value(msg); let v2: Value = serde_json::from_str(data).unwrap(); assert_eq!(v1, v2) } #[test] fn ok_type_of_boolean() { let data = r#"{"memories":[{"key":"var", "value":true}], "messages":[{"content":{"text":"boolean"}, "content_type":"text"}]}"#; let msg = format_message( Event::new("payload", "", serde_json::json!({})), Context::new( HashMap::new(), HashMap::new(), None, None, "boolean", "flow", None, ), "CSML/basic_test/stdlib/type_of.csml", ); let v1: Value = message_to_json_value(msg); let v2: Value = serde_json::from_str(data).unwrap(); assert_eq!(v1, v2) } #[test] fn ok_type_of_float() { let data = r#"{"memories":[{"key":"var", "value":0.42}], "messages":[{"content":{"text":"float"}, "content_type":"text"}]}"#; let msg = format_message( Event::new("payload", "", serde_json::json!({})), Context::new( HashMap::new(), HashMap::new(), None, None, "float", "flow", None, ), "CSML/basic_test/stdlib/type_of.csml", ); let v1: Value = message_to_json_value(msg); let v2: Value = serde_json::from_str(data).unwrap(); assert_eq!(v1, v2) } #[test] fn ok_type_of_int() { let data = r#"{"memories":[{"key":"var", "value":0}], "messages":[{"content":{"text":"int"}, "content_type":"text"}]}"#; let msg = format_message( Event::new("payload", "", serde_json::json!({})), Context::new( HashMap::new(), HashMap::new(), None, None, "int", "flow", None, ), "CSML/basic_test/stdlib/type_of.csml", ); let v1: Value = message_to_json_value(msg); let v2: Value = serde_json::from_str(data).unwrap(); assert_eq!(v1, v2) } #[test] fn ok_type_of_null() { let data = r#"{"memories":[{"key":"var", "value":null}], "messages":[{"content":{"text":"Null"}, "content_type":"text"}]}"#; let msg = format_message( Event::new("payload", "", serde_json::json!({})), Context::new( HashMap::new(), HashMap::new(), None, None, "_null", "flow", None, ), "CSML/basic_test/stdlib/type_of.csml", ); let v1: Value = message_to_json_value(msg); let v2: Value = serde_json::from_str(data).unwrap(); assert_eq!(v1, v2) } #[test] fn ok_type_of_object() { let data = r#"{"memories":[{"key":"var", "value":{"_content":{}, "_content_type": "object"} }], "messages":[{"content":{"text":"object"}, "content_type":"text"}]}"#; let msg = format_message( Event::new("payload", "", serde_json::json!({})), Context::new( HashMap::new(), HashMap::new(), None, None, "object", "flow", None, ), "CSML/basic_test/stdlib/type_of.csml", ); let v1: Value = message_to_json_value(msg); let v2: Value = serde_json::from_str(data).unwrap(); assert_eq!(v1, v2) } #[test] fn ok_type_of_string() { let data = r#"{"memories":[{"key":"var", "value":""}], "messages":[{"content":{"text":"string"}, "content_type":"text"}]}"#; let msg = format_message( Event::new("payload", "", serde_json::json!({})), Context::new( HashMap::new(), HashMap::new(), None, None, "string", "flow", None, ), "CSML/basic_test/stdlib/type_of.csml", ); let v1: Value = message_to_json_value(msg); let v2: Value = serde_json::from_str(data).unwrap(); assert_eq!(v1, v2) }