public void Should_Initialize_Code_Analysis_Provider()
{
// Given
var fixture = new PrcaFixture();
// When
fixture.ReadIssues(PrcaCommentFormat.Undefined);
// Then
fixture.CodeAnalysisProviders.ShouldAllBe(x => x.PrcaSettings == fixture.Settings);
}
public void Should_Initialize_All_Code_Analysis_Provider()
{
// Given
var fixture = new PrcaFixture();
fixture.CodeAnalysisProviders.Clear();
fixture.CodeAnalysisProviders.Add(
new FakeCodeAnalysisProvider(
fixture.Log,
new List <ICodeAnalysisIssue>
{
new CodeAnalysisIssue(
@"src\Cake.Prca.Tests\FakeCodeAnalysisProvider.cs",
10,
"Foo",
0,
"Foo",
"Foo"),
new CodeAnalysisIssue(
@"src\Cake.Prca.Tests\FakeCodeAnalysisProvider.cs",
12,
"Bar",
0,
"Bar",
"Bar")
}));
fixture.CodeAnalysisProviders.Add(
new FakeCodeAnalysisProvider(
fixture.Log,
new List <ICodeAnalysisIssue>
{
new CodeAnalysisIssue(
@"src\Cake.Prca.Tests\Foo.cs",
5,
"Foo",
0,
"Foo",
"Foo"),
new CodeAnalysisIssue(
@"src\Cake.Prca.Tests\Bar.cs",
7,
"Bar",
0,
"Bar",
"Bar")
}));
// When
fixture.ReadIssues(PrcaCommentFormat.Undefined);
// Then
fixture.CodeAnalysisProviders.ShouldAllBe(x => x.PrcaSettings == fixture.Settings);
}
public void Should_Throw_If_Code_Analysis_Provider_List_Is_Empty()
{
// Given
var fixture = new PrcaFixture();
fixture.CodeAnalysisProviders.Clear();
// When
var result = Record.Exception(() => fixture.ReadIssues(PrcaCommentFormat.Undefined));
// Then
result.IsArgumentException("issueProviders");
}
public void Should_Throw_If_Settings_Are_Null()
{
// Given
var fixture = new PrcaFixture
{
Settings = null
};
// When
var result = Record.Exception(() => fixture.ReadIssues(PrcaCommentFormat.Undefined));
// Then
result.IsArgumentNullException("settings");
}
public void Should_Read_Correct_Number_Of_Code_Analysis_Issues_Not_Related_To_A_File()
{
// Given
var issue1 =
new CodeAnalysisIssue(
null,
null,
"Foo",
0,
"Foo",
"Foo");
var issue2 =
new CodeAnalysisIssue(
null,
null,
"Bar",
0,
"Bar",
"Bar");
var fixture = new PrcaFixture();
fixture.CodeAnalysisProviders.Clear();
fixture.CodeAnalysisProviders.Add(
new FakeCodeAnalysisProvider(
fixture.Log,
new List <ICodeAnalysisIssue>
{
issue1,
issue2
}));
// When
var issues = fixture.ReadIssues(PrcaCommentFormat.Undefined).ToList();
// Then
issues.Count.ShouldBe(2);
issues.ShouldContain(issue1);
issues.ShouldContain(issue2);
}
public void Should_Read_Correct_Number_Of_Code_Analysis_Issues_From_Multiple_Providers()
{
// Given
var issue1 =
new CodeAnalysisIssue(
@"src\Cake.Prca.Tests\FakeCodeAnalysisProvider.cs",
10,
"Foo",
0,
"Foo",
"Foo");
var issue2 =
new CodeAnalysisIssue(
@"src\Cake.Prca.Tests\FakeCodeAnalysisProvider.cs",
12,
"Bar",
0,
"Bar",
"Bar");
var issue3 =
new CodeAnalysisIssue(
@"src\Cake.Prca.Tests\Foo.cs",
5,
"Foo",
0,
"Foo",
"Foo");
var issue4 =
new CodeAnalysisIssue(
@"src\Cake.Prca.Tests\Bar.cs",
7,
"Bar",
0,
"Bar",
"Bar");
var fixture = new PrcaFixture();
fixture.CodeAnalysisProviders.Clear();
fixture.CodeAnalysisProviders.Add(
new FakeCodeAnalysisProvider(
fixture.Log,
new List <ICodeAnalysisIssue>
{
issue1,
issue2
}));
fixture.CodeAnalysisProviders.Add(
new FakeCodeAnalysisProvider(
fixture.Log,
new List <ICodeAnalysisIssue>
{
issue3,
issue4
}));
// When
var issues = fixture.ReadIssues(PrcaCommentFormat.Undefined).ToList();
// Then
issues.Count.ShouldBe(4);
issues.ShouldContain(issue1);
issues.ShouldContain(issue2);
issues.ShouldContain(issue3);
issues.ShouldContain(issue4);
}
