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- Make NAME mask checker more readable
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- Rename to mask checker functions to more descriptive alternative
- Add getter function for value of NAME obj by NameField enum
- Added test for checking single name field filters
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@GwnDaan
GwnDaan committed Aug 8, 2023
1 parent ae212f8 commit 09c1f40
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Showing 2 changed files with 63 additions and 168 deletions.
2 changes: 0 additions & 2 deletions src/lib.rs
View file
Original file line number Diff line number Diff line change
@@ -1,4 +1,2 @@
// Copyright 2023 Raven Industries inc.
#![allow(clippy::module_inception)]

pub mod network_management;
229 changes: 63 additions & 166 deletions src/network_management/name.rs
View file
Original file line number Diff line number Diff line change
@@ -1,5 +1,4 @@
// Copyright 2023 Raven Industries inc.
#![allow(dead_code)]
const DEFAULT_NAME: u64 = 0xFFFFFFFFFFFFFFFF;

#[derive(PartialEq, Eq, Clone, Copy)]
Expand Down Expand Up @@ -33,6 +32,7 @@ impl NAME {
Self { raw_name }
}

#[allow(clippy::too_many_arguments)]
pub fn build(
short_identity_number: u16,
extended_identity_number: u8,
Expand All @@ -59,153 +59,31 @@ impl NAME {
new_name
}

pub fn check_mask(name_to_check: &NAME, name_fields: &Vec<NameFieldValue>) -> bool {
let mut matched = false;
if (0 != name_fields.len()) && (DEFAULT_NAME != name_to_check.raw_name) {
matched = true;

for field in name_fields {
if NameField::IdentityNumber == field.field {
if field.value == name_to_check.get_identity_number() {
matched = true;
break;
} else {
matched = false;
}
}
}

if matched {
for field in name_fields {
if NameField::ShortIdentityNumber == field.field {
if field.value == name_to_check.get_short_identity_number() as u32 {
matched = true;
break;
} else {
matched = false;
}
}
}
}

if matched {
for field in name_fields {
if NameField::ExtendedIdentityNumber == field.field {
if field.value == name_to_check.get_extended_identity_number() as u32 {
matched = true;
break;
} else {
matched = false;
}
}
}
}

if matched {
for field in name_fields {
if NameField::ManufacturerCode == field.field {
if field.value == name_to_check.get_manufacturer_code() as u32 {
matched = true;
break;
} else {
matched = false;
}
}
}
}

if matched {
for field in name_fields {
if NameField::EcuInstance == field.field {
if field.value == name_to_check.get_ecu_instance() as u32 {
matched = true;
break;
} else {
matched = false;
}
}
}
}

if matched {
for field in name_fields {
if NameField::FunctionInstance == field.field {
if field.value == name_to_check.get_function_instance() as u32 {
matched = true;
break;
} else {
matched = false;
}
}
}
}

if matched {
for field in name_fields {
if NameField::Function == field.field {
if field.value == name_to_check.get_function() as u32 {
matched = true;
break;
} else {
matched = false;
}
}
}
}

if matched {
for field in name_fields {
if NameField::DeviceClass == field.field {
if field.value == name_to_check.get_device_class() as u32 {
matched = true;
break;
} else {
matched = false;
}
}
}
}

if matched {
for field in name_fields {
if NameField::DeviceClassInstance == field.field {
if field.value == name_to_check.get_device_class_instance() as u32 {
matched = true;
break;
} else {
matched = false;
}
}
}
}

if matched {
for field in name_fields {
if NameField::IndustryGroup == field.field {
if field.value == name_to_check.get_industry_group() as u32 {
matched = true;
break;
} else {
matched = false;
}
}
}
}

if matched {
for field in name_fields {
if NameField::SelfConfigurableAddress == field.field {
if field.value == name_to_check.get_self_configurable_address() as u32 {
matched = true;
break;
} else {
matched = false;
}
}
}
}
pub fn get_value_by_field(&self, field: NameField) -> u32 {
match field {
NameField::IdentityNumber => self.get_identity_number(),
NameField::ShortIdentityNumber => self.get_short_identity_number() as u32,
NameField::ExtendedIdentityNumber => self.get_extended_identity_number() as u32,
NameField::ManufacturerCode => self.get_manufacturer_code() as u32,
NameField::EcuInstance => self.get_ecu_instance() as u32,
NameField::FunctionInstance => self.get_function_instance() as u32,
NameField::Function => self.get_function() as u32,
NameField::DeviceClass => self.get_device_class() as u32,
NameField::DeviceClassInstance => self.get_device_class_instance() as u32,
NameField::IndustryGroup => self.get_industry_group() as u32,
NameField::SelfConfigurableAddress => self.get_self_configurable_address() as u32,
}
return matched;
}

pub fn has_field_values(&self, name_fields: &Vec<NameFieldValue>) -> bool {
name_fields
.iter()
.all(|field_value| self.has_field_value(*field_value))
}

pub fn has_field_value(&self, field_value: NameFieldValue) -> bool {
self.raw_name != DEFAULT_NAME
&& self.get_value_by_field(field_value.field) == field_value.value
}

pub fn get_device_class(&self) -> u8 {
Expand Down Expand Up @@ -362,7 +240,7 @@ mod tests {
assert_ne!(name_under_test.get_industry_group(), 8);
assert_ne!(name_under_test.get_device_class_instance(), 16);
assert_ne!(name_under_test.get_device_class(), 128);
assert_ne!(name_under_test.get_identity_number(), 2097151);
assert_ne!(name_under_test.get_identity_number(), 2097152);
assert_ne!(name_under_test.get_ecu_instance(), 8);
assert_ne!(name_under_test.get_function_instance(), 32);
assert_ne!(name_under_test.get_manufacturer_code(), 2048);
Expand All @@ -387,89 +265,108 @@ mod tests {
field: NameField::IdentityNumber,
};
filters_to_test.push(identity_number_filter);
assert!(!test_name.has_field_values(&filters_to_test));
assert!(!test_name.has_field_value(identity_number_filter));

assert_eq!(false, NAME::check_mask(&test_name, &filters_to_test));
test_name.set_identity_number(1);
assert_eq!(true, NAME::check_mask(&test_name, &filters_to_test));
assert!(test_name.has_field_values(&filters_to_test));
assert!(test_name.has_field_value(identity_number_filter));

let manufacturer_number_filter = NameFieldValue {
value: 2,
field: NameField::ManufacturerCode,
};
filters_to_test.push(manufacturer_number_filter);
assert!(!test_name.has_field_values(&filters_to_test));
assert!(!test_name.has_field_value(manufacturer_number_filter));

assert_eq!(false, NAME::check_mask(&test_name, &filters_to_test));
test_name.set_manufacturer_code(2);
assert_eq!(true, NAME::check_mask(&test_name, &filters_to_test));
assert!(test_name.has_field_values(&filters_to_test));
assert!(test_name.has_field_value(manufacturer_number_filter));

let ecu_instance_filter = NameFieldValue {
value: 3,
field: NameField::EcuInstance,
};
filters_to_test.push(ecu_instance_filter);
assert!(!test_name.has_field_values(&filters_to_test));
assert!(!test_name.has_field_value(ecu_instance_filter));

assert_eq!(false, NAME::check_mask(&test_name, &filters_to_test));
test_name.set_ecu_instance(3);
assert_eq!(true, NAME::check_mask(&test_name, &filters_to_test));
assert!(test_name.has_field_values(&filters_to_test));
assert!(test_name.has_field_value(ecu_instance_filter));

let function_instance_filter = NameFieldValue {
value: 4,
field: NameField::FunctionInstance,
};
filters_to_test.push(function_instance_filter);
assert!(!test_name.has_field_values(&filters_to_test));
assert!(!test_name.has_field_value(function_instance_filter));

assert_eq!(false, NAME::check_mask(&test_name, &filters_to_test));
test_name.set_function_instance(4);
assert_eq!(true, NAME::check_mask(&test_name, &filters_to_test));
assert!(test_name.has_field_values(&filters_to_test));
assert!(test_name.has_field_value(function_instance_filter));

let function_filter = NameFieldValue {
value: 5,
field: NameField::Function,
};
filters_to_test.push(function_filter);
assert!(!test_name.has_field_values(&filters_to_test));
assert!(!test_name.has_field_value(function_filter));

assert_eq!(false, NAME::check_mask(&test_name, &filters_to_test));
test_name.set_function(5);
assert_eq!(true, NAME::check_mask(&test_name, &filters_to_test));
assert!(test_name.has_field_values(&filters_to_test));
assert!(test_name.has_field_value(function_filter));

let device_class_filter = NameFieldValue {
value: 6,
field: NameField::DeviceClass,
};
filters_to_test.push(device_class_filter);
assert!(!test_name.has_field_values(&filters_to_test));
assert!(!test_name.has_field_value(device_class_filter));

assert_eq!(false, NAME::check_mask(&test_name, &filters_to_test));
test_name.set_device_class(6);
assert_eq!(true, NAME::check_mask(&test_name, &filters_to_test));
assert!(test_name.has_field_values(&filters_to_test));
assert!(test_name.has_field_value(device_class_filter));

let industry_group_filter = NameFieldValue {
value: 7,
field: NameField::IndustryGroup,
};
filters_to_test.push(industry_group_filter);
assert!(!test_name.has_field_values(&filters_to_test));
assert!(!test_name.has_field_value(industry_group_filter));

assert_eq!(false, NAME::check_mask(&test_name, &filters_to_test));
test_name.set_industry_group(7);
assert_eq!(true, NAME::check_mask(&test_name, &filters_to_test));
assert!(test_name.has_field_values(&filters_to_test));
assert!(test_name.has_field_value(industry_group_filter));

let device_class_instance_filter = NameFieldValue {
value: 8,
field: NameField::DeviceClassInstance,
};
filters_to_test.push(device_class_instance_filter);
assert!(!test_name.has_field_values(&filters_to_test));
assert!(!test_name.has_field_value(device_class_instance_filter));

assert_eq!(false, NAME::check_mask(&test_name, &filters_to_test));
test_name.set_device_class_instance(8);
assert_eq!(true, NAME::check_mask(&test_name, &filters_to_test));
assert!(test_name.has_field_values(&filters_to_test));
assert!(test_name.has_field_value(device_class_instance_filter));

let self_configurable_address_filter = NameFieldValue {
value: true as u32,
field: NameField::SelfConfigurableAddress,
};
filters_to_test.push(self_configurable_address_filter);

assert_eq!(false, NAME::check_mask(&test_name, &filters_to_test));
assert!(!test_name.has_field_values(&filters_to_test));
assert!(!test_name.has_field_value(self_configurable_address_filter));

test_name.set_self_configurable_address(true);
assert_eq!(true, NAME::check_mask(&test_name, &filters_to_test));
assert!(test_name.has_field_values(&filters_to_test));
assert!(test_name.has_field_value(self_configurable_address_filter));
}
}

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