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// Copyright 2021 by Accenture ESR
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
#[cfg(test)]
mod tests {
use crate::{
dlt::{StringCoding::*, TypeInfo, TypeInfoKind::*, TypeLength::*},
fibex::*,
};
use std::{collections::HashMap, path::PathBuf};
#[test]
fn test_fibex_parsing() {
let fibex = read_fibexes(vec![
PathBuf::from(env!("CARGO_MANIFEST_DIR")).join("tests/dlt-messages.xml")
])
.expect("can't parse fibex");
assert_eq!(
fibex,
FibexMetadata {
frame_map_with_key: HashMap::from([
(
FrameMetadataIdentification {
context_id: "CTX1".to_string(),
app_id: "DR".to_string(),
frame_id: "ID_65".to_string()
},
FrameMetadata {
short_name: "timeing: ".to_string(),
pdus: [
PduMetadata {
description: Some("timeing: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: Some("type: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Unsigned(BitLength32),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
},
PduMetadata {
description: Some("contextId: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Unsigned(BitLength32),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
},
PduMetadata {
description: Some("eventId: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Unsigned(BitLength32),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
},
PduMetadata {
description: Some("ts: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Unsigned(BitLength64),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
},
PduMetadata {
description: Some("threadId: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Signed(BitLength32),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
}
]
.to_vec(),
application_id: Some("DR".to_string()),
context_id: Some("CTX1".to_string()),
message_type: Some("DLT_TYPE_LOG".to_string()),
message_info: Some("DLT_LOG_WARN".to_string())
}
),
(
FrameMetadataIdentification {
context_id: "CTX1".to_string(),
app_id: "DR".to_string(),
frame_id: "ID_64".to_string()
},
FrameMetadata {
short_name: "direction".to_string(),
pdus: [
PduMetadata {
description: Some("direction".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: Some("speed: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Signed(BitLength64),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
},
PduMetadata {
description: Some("heading: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Signed(BitLength64),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
}
]
.to_vec(),
application_id: Some("DR".to_string()),
context_id: Some("CTX1".to_string()),
message_type: Some("DLT_TYPE_LOG".to_string()),
message_info: Some("DLT_LOG_WARN".to_string())
}
)
]),
frame_map: HashMap::from([
(
"ID_64".to_string(),
FrameMetadata {
short_name: "direction".to_string(),
pdus: [
PduMetadata {
description: Some("direction".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: Some("speed: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Signed(BitLength64),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
},
PduMetadata {
description: Some("heading: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Signed(BitLength64),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
}
]
.to_vec(),
application_id: Some("DR".to_string()),
context_id: Some("CTX1".to_string()),
message_type: Some("DLT_TYPE_LOG".to_string()),
message_info: Some("DLT_LOG_WARN".to_string())
}
),
(
"ID_65".to_string(),
FrameMetadata {
short_name: "timeing: ".to_string(),
pdus: [
PduMetadata {
description: Some("timeing: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: Some("type: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Unsigned(BitLength32),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
},
PduMetadata {
description: Some("contextId: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Unsigned(BitLength32),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
},
PduMetadata {
description: Some("eventId: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Unsigned(BitLength32),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
},
PduMetadata {
description: Some("ts: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Unsigned(BitLength64),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
},
PduMetadata {
description: Some("threadId: ".to_string()),
signal_types: [].to_vec()
},
PduMetadata {
description: None,
signal_types: [TypeInfo {
kind: Signed(BitLength32),
coding: ASCII,
has_variable_info: false,
has_trace_info: false
}]
.to_vec()
}
]
.to_vec(),
application_id: Some("DR".to_string()),
context_id: Some("CTX1".to_string()),
message_type: Some("DLT_TYPE_LOG".to_string()),
message_info: Some("DLT_LOG_WARN".to_string())
}
)
])
}
);
}
#[test]
fn test_fibex_robustness() {
let fibex = read_fibexes(vec![
PathBuf::from(env!("CARGO_MANIFEST_DIR")).join("tests/robustness.xml")
])
.expect("can't parse fibex");
println!("{:?}", fibex);
}
}