// input & expected output
using unsafe NvapiQueryInterface = delegate* unmanaged[Cdecl]<uint, nint>;

// 0.30.3
using NvapiQueryInterface = delegate* unmanaged[Cdecl]<uint, nint>;

// input & expected outpet
using System;

namespace MyCompany.MyNamespace;

// Comment block

// 0.30.3
using System;

namespace MyCompany.MyNamespace;

// Comment block

// input & expected output
Dictionary<string, string[]> dictionary = new()
{
    {
        "Key",
        [
            "SomeValue__________________________________________",
            "SomeValue__________________________________________",
        ]
    },
};

// 0.30.1
Dictionary<string, string[]> dictionary = new()
{
    {
        "Key",

        [
            "SomeValue__________________________________________",
            "SomeValue__________________________________________",
        ]
    },
};

// input
var someObject = new SomeObject()
{
    Property1 = 1,
    Property2 = 2 // Trailing Comment
};

// output
var someObject = new SomeObject()
{
    Property1 = 1,
    Property2 = 2, // Trailing Comment
};

// input & expected output
SomeObject someObject = new(
    someLongParameter___________________,
    someLongParameter___________________
)
{
    Property = longValue_______________________________________________________________________,
};

SomeObject someObject = new SomeObject(
    someLongParameter___________________,
    someLongParameter___________________
)
{
    Property = longValue_______________________________________________________________________,
};

// 0.29.2
SomeObject someObject =
    new(someLongParameter___________________, someLongParameter___________________)
    {
        Property = longValue_______________________________________________________________________,
    };

SomeObject someObject = new SomeObject(
    someLongParameter___________________,
    someLongParameter___________________
)
{
    Property = longValue_______________________________________________________________________,
};

// input & expected output
var someStringWithLineBreakAndLongValue =
    $@​"
{someValue.GetValue().Name} someLongText________________________________________________________________";

// 0.29.2
var someStringWithLineBreakAndLongValue =
    $@​"
        {someValue .GetValue() .Name} someLongText________________________________________________________________";

// input
var someObject = new SomeObject()
{
    Property1 = 1,
    Property2 = 2 // Trailing Comment
};

// 0.29.2
var someObject = new SomeObject()
{
    Property1 = 1,
    Property2 =
        2 // Trailing Comment
    ,
};

// 0.30.0
var someObject = new SomeObject()
{
    Property1 = 1,
    Property2 = 2, // Trailing Comment
};

// input & expected output
class ClassName
{
    public SomeType[] LongName____________________________________________________________________________ =
    [
        someLongValue___________________________________________________,
        someLongValue___________________________________________________,
    ];
}

// 0.29.2
class ClassName
{
    public SomeType[] LongName____________________________________________________________________________ =

        [
            someLongValue___________________________________________________,
            someLongValue___________________________________________________,
        ];
}

public void SomeFunction()
{
	/*
	The following line is an example with an indent:
		This line is indented by one tab. (prior to 0.29.2 this would end up as a tab followed by 4 spaces)
	*/
	/*
	The following line is an example with an indent:
		This line is indented by 4 spaces but will be converted to 1 tab (prior to 0.29.2 this would end up as a tab followed by 4 spaces)
	*/
	/*
	The following line is an example with an indent:
	   This line is indented by 3 spaces but will be left as 3 spaces
	*/
}

// input & expected output
return new SomeClass
{
    // csharpier-ignore-start
    SomeProperty =     someValue,
    SomeProperty2 =     someValue
    // csharpier-ignore-end
};

// 0.29.1
return new SomeClass
{
    // csharpier-ignore-start
    SomeProperty = someValue,
    SomeProperty2 = someValue
    // csharpier-ignore-end
};

// input & expected output
CallMethod(
    (string[])
        [
            longerValue_____________________________________________,
            longerValue_____________________________________________,
        ]
);

// 0.29.1
CallMethod(
    (string[])

        [
            longerValue_____________________________________________,
            longerValue_____________________________________________,
        ]
);

using SomeCompany.MWord;
using SomeCompany.ZWord;
using SomeCompany._Word;

// input
public enum SomeEnum
{
    Value1,
    Value2
}

string[] someArray = new string[]
{
    someLongValue_____________________________________________,
    someLongValue_____________________________________________
};

string[] someArray = new string[]
{
    someValue,
    someValue,
};

// 0.29.0
public enum SomeEnum
{
    Value1,
    Value2,
}

string[] someArray = new string[]
{
    someLongValue_____________________________________________,
    someLongValue_____________________________________________,
}

string[] someArray = new string[] { someValue, someValue };

// input & expected output
CallMethod(_ =>
    [
        LongValue________________________________________________,
        LongValue________________________________________________,
    ]
);

// 0.28.2
CallMethod(_ =>

    [
        LongValue________________________________________________,
        LongValue________________________________________________,
    ]
);

// 0.28.2
return someEnum switch
{
    Value1 => someOtherValue,
    Value2
    or Value3
        => someValue________________________________________________________________________,
    Value4
        => someValue_____________________________________________________________________________,
};

// 0.29.0
return someEnum switch
{
    Value1 => someOtherValue,
    Value2 or Value3 =>
        someValue________________________________________________________________________,
    Value4 =>
        someValue_____________________________________________________________________________,
};

// 0.28.2
var someObject = new List<(
    int Field1__________________________________,
    int Field2__________________________________
)>
{
    };

// 0.29.0
var someObject = new List<(
    int Field1__________________________________,
    int Field2__________________________________
)>
{ };

// 0.28.2
return someValue switch
{
    // comment
    Some.One
        => 1,
    Some.Two => 2,
};

return someValue switch
{
    Some.One => 1,
    // comment
    Some.Two
        => 2,
};

// 0.29.0
return someValue switch
{
    // comment
    Some.One => 1,
    Some.Two => 2,
};

return someValue switch
{
    Some.One => 1,
    // comment
    Some.Two => 2,
};

// input & expected output
public string TrailingComment = someCondition
    ? $"empty" // trailing comment
    : someString;

// 0.28.2
public string TrailingComment = someCondition ? $"empty" // trailing comment : someString;

// input & expected output
public class ClassName
{
    public string this[
        [SomeAttribute] int a________________________________,
        [SomeAttribute] int b________________________________
    ] => someValue;
}

// 0.28.2
public class ClassName
{
    public string this[[SomeAttribute] int a________________________________, [SomeAttribute]
        int b________________________________] => someValue;
}

// 0.27.3
o.Property.CallMethod(
    someParameter_____________________________,
    someParameter_____________________________
)
    .CallMethod()
    .CallMethod();

// 0.28.0
o.Property.CallMethod(
        someParameter_____________________________,
        someParameter_____________________________
    )
    .CallMethod()
    .CallMethod();

// 0.27.3
switch (someValue)
{
    case 0:
    {
        // dedented because the only statement is a block
        break;
    }

    case 1:

        {
            // indented because there are two statements, a block then a break
        }
        break;
}

// 0.28.0
// 0.27.3
switch (someValue)
{
    case 0:
    {
        // dedented because the only statement is a block
        break;
    }

    case 1:
        {
            // indented because there are two statements, a block then a break
        }
        break;
}

// 0.27.1
o
    .Property.CallMethod(
        someParameter_____________________________,
        someParameter_____________________________
    )
    .CallMethod()
    .CallMethod();

// 0.27.2
o.Property.CallMethod(
    someParameter_____________________________,
    someParameter_____________________________
)
    .CallMethod()
    .CallMethod();

// 0.27.0
var something________________________________________ = x.SomeProperty.CallMethod(
    longParameter_____________,
    longParameter_____________
)
    .CallMethod();

// 0.27.1
var something________________________________________ = x
    .SomeProperty.CallMethod(longParameter_____________, longParameter_____________)
    .CallMethod();

// 0.27.0
var someLongValue_________________ = memberAccessExpression[
    elementAccessExpression
].theMember______________________________();

// 0.27.1
var someLongValue_________________ = memberAccessExpression[elementAccessExpression]
    .theMember______________________________();

// 0.27.0
someThing_______________________
    ?.Property
    .CallMethod__________________()
    .CallMethod__________________();

// 0.27.1
someThing_______________________
    ?.Property.CallMethod__________________()
    .CallMethod__________________();

// input
CallMethod(CallMethod(
   $$"""
   SomeString
   """, someValue));

// output
CallMethod(
    CallMethod(
        $$"""
        SomeString
        """,
        someValue
    )
);

// input
var affectedRows = await _dbContext.SomeEntities
    .ExecuteUpdateAsync(
        x => 
            x.SetProperty(x => x.Name, x => command.NewName)
                .SetProperty(x => x.Title, x => command.NewTItle)
                .SetProperty(x => x.Count, x => x.Command.NewCount)
    );

// 0.27.0
var affectedRows = await _dbContext.SomeEntities
    .ExecuteUpdateAsync(x =>
        x.SetProperty(x => x.Name, x => command.NewName)
            .SetProperty(x => x.Title, x => command.NewTItle)
            .SetProperty(x => x.Count, x => x.Command.NewCount)
    );

// input
builder.Entity<IdentityUserToken<string>>(b =>
{
    b.HasKey(
        l =>
            new
            {
                l.UserId,
                l.LoginProvider,
                l.Name
            }
    );
    b.ToTable("AspNetUserTokens");
});

// 0.27.0
builder.Entity<IdentityUserToken<string>>(b =>
{
    b.HasKey(l => new
    {
        l.UserId,
        l.LoginProvider,
        l.Name
    });
    b.ToTable("AspNetUserTokens");
});

// input
table.PrimaryKey(
    "PK_AspNetUserTokens",
    x =>
        new
        {
            x.UserId,
            x.LoginProvider,
            x.Name
        }
);

// 0.27.0
table.PrimaryKey(
    "PK_AspNetUserTokens",
    x => new
    {
        x.UserId,
        x.LoginProvider,
        x.Name
    }
);

// input
void Method(ref readonly int someParameter) { }

// 0.26.7
void Method(readonly ref int someParameter) { }

// 0.27.0
void Method(ref readonly int someParameter) { }

// input
int[] someArray =
[
    1

#if DEBUG
    ,
    2

#endif
];

// 0.26.7
int[] someArray = [1];

// 0.27.0
int[] someArray =
[
    1

#if DEBUG
    ,
    2

#endif
];

vvar someObject = new SomeObject
{
    NoLineAllowedAboveHere = 1,

    ThisLineIsOkay = 2,

    // comment
    AndThisLine = 3,
    DontAddLines = 4,
};

// input
var someString = """
            Indent based on previous line
            """;

var doNotIndentIfEndDelimiterIsAtZero = """
Keep This
    Where It
Is
""";

// 0.26.7
var someString = """
            Indent based on previous line
            """;

var doNotIndentIfEndDelimiterIsAtZero = """
Keep This
    Where It
Is
""";

// 0.27.0
var someString = """
    Indent based on previous line
    """;

var doNotIndentIfEndDelimiterIsAtZero = """
Keep This
    Where It
Is
""";

// input
var someValue =
    // Some Comment
    CallSomeMethod()
        // Another Comment
        .CallSomeMethod();

// 0.26.7
var someValue =
// Some Comment
CallSomeMethod()
    // Another Comment
    .CallSomeMethod();

// 0.27.0
var someValue =
    // Some Comment
    CallSomeMethod()
        // Another Comment
        .CallSomeMethod();

// 0.26.0
var loggerConfiguration = new LoggerConfiguration()
    .Enrich
    .FromLogContext()
    .Enrich
    .WithProperty("key", "value")
    .Enrich
    .WithProperty("key", "value")
    .Enrich
    .WithProperty("key", "value")
    .Enrich
    .WithProperty("key", "value")
    .WriteTo
    .Console(outputTemplate: "template");

// 0.26.7
var loggerConfiguration = new LoggerConfiguration()
    .Enrich.FromLogContext()
    .Enrich.WithProperty("key", "value")
    .Enrich.WithProperty("key", "value")
    .Enrich.WithProperty("key", "value")
    .Enrich.WithProperty("key", "value")
    .WriteTo.Console(outputTemplate: "template");

// 0.26.4
using System;
using NSubstitute;
using Newtonsoft.Json;

// 0.26.5
using System;
using Newtonsoft.Json;
using NSubstitute;

// 0.26.4
public class ClassName
{
    public List<DayOfWeek> DaysOfWeek { get; } =

        [
            DayOfWeek.Sunday,
            // snip
            DayOfWeek.Saturday
        ];    
}

// 0.26.5
public class ClassName
{
    public List<DayOfWeek> DaysOfWeek { get; } =
        [
            DayOfWeek.Sunday,
            // snip
            DayOfWeek.Saturday
        ];    
}

// 0.26.4
host.AddSection(
    name: "Kontakt Libraries (Third Party)",
    tags: Tags.SamplesUsed,
    tasks:
    [
    // TODO: Add any used third party instruments below as you discover them.
    ]
);

// 0.26.5
host.AddSection(
    name: "Kontakt Libraries (Third Party)",
    tags: Tags.SamplesUsed,
    tasks:
    [
        // TODO: Add any used third party instruments below as you discover them.
    ]
);

// 0.26.3
var a = new A { B =  [1, 2, 3] };

List<string> items = [// My item
    "Hello",];

items.AddRange(

    [
        LongValue________________________________________________,
        LongValue________________________________________________
    ]
);

items =  [];
items ??=  [];

class SomeClass
{
    public SomeValue SomeProperty =>

        [
            LongValue________________________________________________,
            LongValue________________________________________________
        ];

    public SomeValue Method() =>

        [
            LongValue________________________________________________,
            LongValue________________________________________________
        ];
}

// 0.26.4
var a = new A { B = [1, 2, 3] };

List<string> items =
[
    // My item
    "Hello",
];

items.AddRange(
    [
        LongValue________________________________________________,
        LongValue________________________________________________
    ]
);

items = [];
items ??= [];

class SomeClass
{
    public SomeValue SomeProperty =>
        [
            LongValue________________________________________________,
            LongValue________________________________________________
        ];

    public SomeValue Method() =>
        [
            LongValue________________________________________________,
            LongValue________________________________________________
        ];
}

// 0.26.3
using Microsoft.ApplicationInsights.DataContracts;
using Microsoft.ApplicationInsights.Extensibility;
using Microsoft.ApplicationInsights.Channel;

// 0.26.4
using Microsoft.ApplicationInsights.Channel;
using Microsoft.ApplicationInsights.DataContracts;
using Microsoft.ApplicationInsights.Extensibility;

// 0.26.0
List<int> ids =  [];

// 0.26.3
List<int> ids = [];

// 0.26.0
List<int> ids = [ ];
List<int> ids = [ 1, 2, 3 ];

// 0.26.3
List<int> ids = [];
List<int> ids = [1, 2, 3];

// 0.26.1
global using ZWord;
global using AWord;
global using System.Web;
global using System;

// 0.26.2
global using System;
global using System.Web;
global using AWord;
global using ZWord;

global using System.Linq; // sort global first
using System; // sort anything in System
using NonSystem; // sort anything non-system
using static Static; // sort static
using Alias = Z; // sort alias
using SomeAlias = A;

#if DEBUG // finally any usings in #if's
using Z; // contents are not sorted as of now
using A;

#endif

// input
if (true)

    CallMethod();
else if (false)

    CallMethod();
else

    CallMethod();

for (; ; )

    CallMethod();

while (true)

    CallMethod();

// 0.26.0
if (true)
    CallMethod();
else if (false)
    CallMethod();
else
    CallMethod();

for (; ; )
    CallMethod();

while (true)
    CallMethod();

public struct NamedItem2(
    string name1,
    string name2
)
{
    public string Name1 => name1;
    public string Name2 => name1;
}

int[] a =  [ 1, 2, 3, 4, 5, 6, 7, 8 ];

Span<int> b =  [ 'a', 'b', 'c', 'd', 'e', 'f', 'h', 'i' ];

string[] c =
[
    "________________________",
    "________________________",
    "________________________",
    "________________________"
];

int[][] d =
[
    [1, 2, 3],
    [4, 5, 6],
    [7, 8, 9]
];

// 0.25.0
var x = someLongNameField.CallMethod____________________________________().AccessArray[
    1
].Property_______________;

// 0.26.0
var x = someLongNameField
    .CallMethod____________________________________()
    .AccessArray[1]
    .Property_______________;

// input
var rawLiteralWithExpressionThatWeDontFormat = new StringContent(
    // this comment shouldn't go away
    $$"""
      {
          "params": "{{searchFilter switch
{
    SearchFilter.Video => "EgIQAQ%3D%3D",
    _ => null
}}}"
      }
      """
);

// 0.25.0
var rawLiteralWithExpressionThatWeDontFormat = new StringContent(
    $$"""
      {
          "params": "{{searchFilter switch
{
    SearchFilter.Video => "EgIQAQ%3D%3D",
    _ => null
}}}"
      }
      """
);

// 0.25.0
if (
    someLongStatement == true || someOtherStatement________________________________ == false
)

// 0.26.0
if (someLongStatement == true || someOtherStatement________________________________ == false)

// 0.25.0
foreach (var subsequence in sequence)
    foreach (var item in subsequence)
        item.DoSomething();

// 0.26.0
foreach (var subsequence in sequence)
foreach (var item in subsequence)
    item.DoSomething();

// input
public override async Task Method1() { } 
async public override Task Method2() { }

// output
public override async Task Method1() { } 
public override async Task Method2() { }

// input
var x = 1;

unsafe
{
    // should retain empty line
}

// 0.24.2
var x = 1;
unsafe
{
    // should retain empty line
}

// 0.25.0
var x = 1;

unsafe
{
    // should retain empty line
}

// input
public class Foo
{
	/**
	 * comment
	 */
	public class Bar { }
}

// 0.24.1
public class Foo
{
 /**
  * comment
  */
	public class Bar { }
}

// 0.25.0
public class Foo
{
	/**
	 * comment
	 */
	public class Bar { }
}

// input
namespace Namespace;
using System;

// 0.25.0
namespace Namespace;

using System;