C# - Syntax Style

This page lists custom ReSharper EditorConfig properties that you can use for configuring code syntax style rules. Note that some properties apply to one language while others apply to several languages at once. However, for each multi-language property there is a property that can override it for a specific language, for example, default_private_modifier and . csharp_default_private_modifier.

'var' usage in declarations

For built-in types

Property names:

[resharper_]csharp_for_built_in_types, [resharper_]for_built_in_types

Possible values:

use_var: Use 'var'
use_var_when_evident: Use 'var' when evident
use_explicit_type: Use explicit type

For simple types

Property names:

[resharper_]csharp_for_simple_types, [resharper_]for_simple_types

Possible values:

use_var: Use 'var'
use_var_when_evident: Use 'var' when evident
use_explicit_type: Use explicit type

Elsewhere

Property names:

[resharper_]csharp_for_other_types, [resharper_]for_other_types

Possible values:

use_var: Use 'var'
use_var_when_evident: Use 'var' when evident
use_explicit_type: Use explicit type

Prefer Roslyn (Visual Studio) logic for type evidence

Property names:

[resharper_]csharp_use_roslyn_logic_for_evident_types, [resharper_]use_roslyn_logic_for_evident_types

Possible values:

true | false

Prefer separate declarations for deconstructed variables

Property names:

[resharper_]csharp_prefer_separate_deconstructed_variables_declaration, [resharper_]prefer_separate_deconstructed_variables_declaration

Possible values:

true | false

Use 'var' keyword for discards

Property names:

[resharper_]csharp_prefer_explicit_discard_declaration, [resharper_]prefer_explicit_discard_declaration

Possible values:

true | false

Instance members qualification

Use "this." qualifier for

Property names:

[resharper_]csharp_instance_members_qualify_members, [resharper_]instance_members_qualify_members

Possible values:

none
field
property
event
method
all

Qualify members declared in

Property names:

[resharper_]csharp_instance_members_qualify_declared_in, [resharper_]instance_members_qualify_declared_in

Possible values:

this_class: same class
base_class: base class

Static members qualification

Qualify with the name of

Property names:

[resharper_]csharp_static_members_qualify_with, [resharper_]static_members_qualify_with

Possible values:

current_type: Current type
declared_type: Declared-in type

Members to qualify

Property names:

[resharper_]csharp_static_members_qualify_members, [resharper_]static_members_qualify_members

Possible values:

none
field
property
event
method
all

Built-in types

In locals, members and parameters, prefer

Property names:

[resharper_]csharp_builtin_type_reference_style, [resharper_]builtin_type_reference_style

Possible values:

use_keyword: Keyword
use_clr_name: CLR type name

In member access expressions, prefer

Property names:

[resharper_]csharp_builtin_type_reference_for_member_access_style, [resharper_]builtin_type_reference_for_member_access_style

Possible values:

use_keyword: Keyword
use_clr_name: CLR type name

Reference qualification and 'using' directives

Prefer fully qualified references

Property names:

[resharper_]csharp_prefer_qualified_reference, [resharper_]prefer_qualified_reference

Possible values:

true | false

Add 'using' directive to deepest scope

Property names:

[resharper_]csharp_add_imports_to_deepest_scope, [resharper_]add_imports_to_deepest_scope

Possible values:

true | false

Place 'System.' and 'Windows.' namespaces first when sorting 'using' directives

Property names:

dotnet_sort_system_directives_first, [resharper_]csharp_sort_usings_with_system_first, [resharper_]sort_usings_with_system_first

Possible values:

true | false

Prefer fully qualified using name at nested scope

Property names:

[resharper_]csharp_qualified_using_at_nested_scope, [resharper_]qualified_using_at_nested_scope

Possible values:

true | false

Use using alias directive to resolve conflicts

Property names:

[resharper_]csharp_allow_alias, [resharper_]allow_alias

Possible values:

true | false

Allow 'global::' prefix use

Property names:

[resharper_]csharp_can_use_global_alias, [resharper_]can_use_global_alias

Possible values:

true | false

Modifiers

Prefer explicit/implicit private modifier for type members

Property names:

[resharper_]csharp_default_private_modifier, [resharper_]default_private_modifier

Possible values:

explicit: Explicit
implicit: Implicit

Examples:

Before formatting	After formatting, explicit
class C { int a; private int b; }	internal class C { private int a; private int b; }

Before formatting	After formatting, implicit
class C { int a; private int b; }	internal class C { int a; int b; }

Prefer explicit/implicit internal modifier for types

Property names:

[resharper_]csharp_default_internal_modifier, [resharper_]default_internal_modifier

Possible values:

explicit: Explicit
implicit: Implicit

Examples:

Before formatting	After formatting, explicit
namespace N { class C { } internal class D { } }	namespace N; internal class C { } internal class D { }

Before formatting	After formatting, implicit
namespace N { class C { } internal class D { } }	namespace N; class C { } class D { }

Modifiers order

Property names:

[resharper_]csharp_modifiers_order, [resharper_]modifiers_order

Arguments

Skip single arguments

Property names:

[resharper_]csharp_arguments_skip_single, [resharper_]arguments_skip_single

Possible values:

true | false

Literal values

Property names:

[resharper_]csharp_arguments_literal, [resharper_]arguments_literal

Possible values:

positional: Positional argument
named: Named argument

Examples:

Before formatting	After formatting, positional
public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }	public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }

Before formatting

After formatting, positional

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

Before formatting	After formatting, named
public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }	public class Arguments { public void Style() { Bar(x: 1, d, b: true, "abc", Fx.F1, () => Bar(x: 1)); Bar(x: 1, d, b: true, "abc", Fx.F1, action: () => Bar(x: 1)); Bar(x: 1, d, b: true, "abc", e: Fx.F1, action: () => Bar(x: 1)); Bar(x: 1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(x: 1)); Bar(x: 1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(x: 1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(x: 1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(x: 1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }

Before formatting

After formatting, named

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

public class Arguments
{
    public void Style()
    {
        Bar(x: 1, d, b: true, "abc", Fx.F1, () => Bar(x: 1));
        Bar(x: 1, d, b: true, "abc", Fx.F1, action: () => Bar(x: 1));
        Bar(x: 1, d, b: true, "abc", e: Fx.F1, action: () => Bar(x: 1));
        Bar(x: 1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(x: 1));
        Bar(x: 1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(x: 1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(x: 1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(x: 1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

String literal values

Property names:

[resharper_]csharp_arguments_string_literal, [resharper_]arguments_string_literal

Possible values:

positional: Positional argument
named: Named argument

Examples:

Before formatting	After formatting, positional
public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }	public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }

Before formatting

After formatting, positional

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

Before formatting	After formatting, named
public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }	public class Arguments { public void Style() { Bar(1, d, true, s: "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, s: "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }

Before formatting

After formatting, named

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, s: "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, s: "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

Named expressions (variables, properties, methods, etc.)

Property names:

[resharper_]csharp_arguments_named, [resharper_]arguments_named

Possible values:

positional: Positional argument
named: Named argument

Examples:

Before formatting	After formatting, positional
public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }	public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }

Before formatting

After formatting, positional

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

Before formatting	After formatting, named
public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }	public class Arguments { public void Style() { Bar(1, y: d, true, "abc", e: Fx.F1, () => Bar(1)); Bar(1, y: d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }

Before formatting

After formatting, named

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

public class Arguments
{
    public void Style()
    {
        Bar(1, y: d, true, "abc", e: Fx.F1, () => Bar(1));
        Bar(1, y: d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

Anonymous methods (delegates and lambdas)

Property names:

[resharper_]csharp_arguments_anonymous_function, [resharper_]arguments_anonymous_function

Possible values:

positional: Positional argument
named: Named argument

Examples:

Before formatting	After formatting, positional
public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }	public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }

Before formatting

After formatting, positional

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

Before formatting	After formatting, named
public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }	public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }

Before formatting

After formatting, named

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

Other

Property names:

[resharper_]csharp_arguments_other, [resharper_]arguments_other

Possible values:

positional: Positional argument
named: Named argument

Examples:

Before formatting	After formatting, positional
public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }	public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }

Before formatting

After formatting, positional

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

Before formatting	After formatting, named
public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }	public class Arguments { public void Style() { Bar(1, d, true, "abc", Fx.F1, () => Bar(1)); Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1)); Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1)); } public void Bar(int x, int y, bool b, string s, Fx e, Action action = null) { } private enum Fx { F1, F2, F3 } }

Before formatting

After formatting, named

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

public class Arguments
{
    public void Style()
    {
        Bar(1, d, true, "abc", Fx.F1, () => Bar(1));
        Bar(1, d, true, "abc", Fx.F1, action: () => Bar(1));
        Bar(1, d, true, "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
        Bar(x: 1, y: d, b: true, s: "abc", e: Fx.F1, action: () => Bar(1));
    }

    public void Bar(int x, int y, bool b, string s, Fx e, Action action = null)
    {
    }

    private enum Fx
    {
        F1,
        F2,
        F3
    }
}

Parentheses

Remove redundant parentheses

Property names:

[resharper_]csharp_parentheses_redundancy_style, [resharper_]parentheses_redundancy_style

Possible values:

remove: Always
remove_if_not_clarifies_precedence: If not clarifies precedence

Examples:

Before formatting	After formatting, remove
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = 9 >> 12 + x - 1 << 2 + 1 & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; }

Before formatting	After formatting, remove_if_not_clarifies_precedence
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = ((9 >> (12 + x - 1)) << (2 + 1)) & (6 + 4 * 12 - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = ((9 >> (12 + a - 1)) << (2 + 1)) & (6 + 4 * 12 - 1); var c = ((2 \| 7) + 1) & b; }

Add parenthesis to avoid non-obvious precedence

Around operands of the following operations

Property names:

[resharper_]csharp_parentheses_non_obvious_operations, [resharper_]parentheses_non_obvious_operations

Possible values:

none
null_coalescing: ??
conditional: && ||
conditional_or: ||
conditional_and: &&
bitwise: & ^ |
bitwise_inclusive_or: |
range: ..
bitwise_exclusive_or: ^
equality: == !=
relational: < > <= >=
shift: << >>
arithmetic: * / % + -
additive: + -
multiplicative: * / %
bitwise_and: &

Examples:

Before formatting	After formatting, none
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = 9 >> 12 + x - 1 << 2 + 1 & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = (x > 5 && y < 6) \|\| z == 7; }

Before formatting	After formatting, null_coalescing
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = 9 >> 12 + x - 1 << 2 + 1 & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = (x > 5 && y < 6) \|\| z == 7; }

Before formatting	After formatting, conditional
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = 9 >> 12 + x - 1 << 2 + 1 & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = ((x > 5) && (y < 6)) \|\| (z == 7); }

Before formatting	After formatting, conditional_or
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = 9 >> 12 + x - 1 << 2 + 1 & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = (x > 5 && y < 6) \|\| (z == 7); }

Before formatting	After formatting, conditional_and
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = 9 >> 12 + x - 1 << 2 + 1 & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = ((x > 5) && (y < 6)) \|\| z == 7; }

Before formatting	After formatting, bitwise
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = (9 >> 12 + x - 1 << 2 + 1) & (6 + 4 * 12 - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = (9 >> 12 + a - 1 << 2 + 1) & (6 + 4 * 12 - 1); var c = ((2 \| 7) + 1) & b; var d = (x > 5 && y < 6) \|\| z == 7; }

Before formatting	After formatting, bitwise_inclusive_or
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = 9 >> 12 + x - 1 << 2 + 1 & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = (x > 5 && y < 6) \|\| z == 7; }

Before formatting	After formatting, range
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = 9 >> 12 + x - 1 << 2 + 1 & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = (x > 5 && y < 6) \|\| z == 7; }

Before formatting	After formatting, bitwise_exclusive_or
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = 9 >> 12 + x - 1 << 2 + 1 & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = (x > 5 && y < 6) \|\| z == 7; }

Before formatting	After formatting, equality
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = 9 >> 12 + x - 1 << 2 + 1 & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = (x > 5 && y < 6) \|\| z == 7; }

Before formatting	After formatting, relational
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = 9 >> 12 + x - 1 << 2 + 1 & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = (x > 5 && y < 6) \|\| z == 7; }

Before formatting	After formatting, shift
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = (9 >> (12 + x - 1)) << (2 + 1) & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - 3 % 4 * 12; var b = (9 >> (12 + a - 1)) << (2 + 1) & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = (x > 5 && y < 6) \|\| z == 7; }

Before formatting	After formatting, arithmetic
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - ((3 % 4) * 12); var y = 9 >> (12 + x) - 1 << 2 + 1 & (6 + (4 * 12)) - 1; var z = (2 \| 7) + 1 & y; var a = 12 - ((3 % 4) * 12); var b = 9 >> (12 + a) - 1 << 2 + 1 & (6 + (4 * 12)) - 1; var c = (2 \| 7) + 1 & b; var d = (x > 5 && y < 6) \|\| z == 7; }

Before formatting	After formatting, additive
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - (3 % 4 * 12); var y = 9 >> (12 + x) - 1 << 2 + 1 & (6 + (4 * 12)) - 1; var z = (2 \| 7) + 1 & y; var a = 12 - (3 % 4 * 12); var b = 9 >> (12 + a) - 1 << 2 + 1 & (6 + (4 * 12)) - 1; var c = (2 \| 7) + 1 & b; var d = (x > 5 && y < 6) \|\| z == 7; }

Before formatting	After formatting, multiplicative
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - (3 % 4) * 12; var y = 9 >> 12 + x - 1 << 2 + 1 & 6 + 4 * 12 - 1; var z = (2 \| 7) + 1 & y; var a = 12 - (3 % 4) * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = (x > 5 && y < 6) \|\| z == 7; }

Before formatting	After formatting, bitwise_and
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = (9 >> 12 + x - 1 << 2 + 1) & (6 + 4 * 12 - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = (9 >> 12 + a - 1 << 2 + 1) & (6 + 4 * 12 - 1); var c = ((2 \| 7) + 1) & b; var d = (x > 5 && y < 6) \|\| z == 7; }

When the operations from the following groups are nested

Property names:

[resharper_]csharp_parentheses_group_non_obvious_operations, [resharper_]parentheses_group_non_obvious_operations

Possible values:

none
arithmetic: * / % + - << >> & ^ |
relational: < > <= >= == !=
conditional: && || ??

Examples:

Before formatting	After formatting, none
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; var e = x > 6 != y > 6 && x != null == (y != null); }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = ((9 >> (12 + x - 1)) << (2 + 1)) & (6 + 4 * 12 - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = ((9 >> (12 + a - 1)) << (2 + 1)) & (6 + 4 * 12 - 1); var c = ((2 \| 7) + 1) & b; var d = x > 5 && y < 6 \|\| z == 7; var e = x > 6 != y > 6 && x != null == (y != null); }

Before formatting	After formatting, arithmetic
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; var e = x > 6 != y > 6 && x != null == (y != null); }	internal void Calculate() { var x = 12 - (3 % 4 * 12); var y = ((9 >> (12 + x - 1)) << (2 + 1)) & (6 + (4 * 12) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - (3 % 4 * 12); var b = ((9 >> (12 + a - 1)) << (2 + 1)) & (6 + (4 * 12) - 1); var c = ((2 \| 7) + 1) & b; var d = x > 5 && y < 6 \|\| z == 7; var e = x > 6 != y > 6 && x != null == (y != null); }

Before formatting	After formatting, relational
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; var e = x > 6 != y > 6 && x != null == (y != null); }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = ((9 >> (12 + x - 1)) << (2 + 1)) & (6 + 4 * 12 - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = ((9 >> (12 + a - 1)) << (2 + 1)) & (6 + 4 * 12 - 1); var c = ((2 \| 7) + 1) & b; var d = x > 5 && y < 6 \|\| z == 7; var e = (x > 6) != (y > 6) && x != null == (y != null); }

Before formatting	After formatting, conditional
void Calculate() { var x = 12 - ((3 % 4) * 12); var y = ((9 >> ((12 + x) - 1)) << (2 + 1)) & ((6 + (4 * 12)) - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = 9 >> 12 + a - 1 << 2 + 1 & 6 + 4 * 12 - 1; var c = (2 \| 7) + 1 & b; var d = x > 5 && y < 6 \|\| z == 7; var e = x > 6 != y > 6 && x != null == (y != null); }	internal void Calculate() { var x = 12 - 3 % 4 * 12; var y = ((9 >> (12 + x - 1)) << (2 + 1)) & (6 + 4 * 12 - 1); var z = ((2 \| 7) + 1) & y; var a = 12 - 3 % 4 * 12; var b = ((9 >> (12 + a - 1)) << (2 + 1)) & (6 + 4 * 12 - 1); var c = ((2 \| 7) + 1) & b; var d = (x > 5 && y < 6) \|\| z == 7; var e = x > 6 != y > 6 && x != null == (y != null); }

Even when operations of the same type are nested

Property names:

[resharper_]csharp_parentheses_same_type_operations, [resharper_]parentheses_same_type_operations

Possible values:

true | false

Examples:

true
internal void Calculate() { var x = 5 + 3 - 2 * 3 / 4; var e = x != null == (y != null); }

false
internal void Calculate() { var x = 5 + 3 - 2 * 3 / 4; var e = x != null == (y != null); }

Braces

In "if" statement

Property names:

[resharper_]csharp_braces_for_ifelse, [resharper_]braces_for_ifelse

Possible values:

not_required: Do not enforce
not_required_for_both: Enforce if any part requires braces
required: Enforce always
required_for_multiline: Enforce if body is multi-line
required_for_multiline_statement: Enforce if statement is multi-line

Examples:

Before formatting	After formatting, not_required
public void Preview(int a, int b) { int c; if (a > b) { c = a * b; } else if (a == b) c = a + b; else { c = a / b; } }	public void Preview(int a, int b) { int c; if (a > b) c = a * b; else if (a == b) c = a + b; else c = a / b; }

Before formatting	After formatting, not_required_for_both
public void Preview(int a, int b) { int c; if (a > b) { c = a * b; } else if (a == b) c = a + b; else { c = a / b; } }	public void Preview(int a, int b) { int c; if (a > b) c = a * b; else if (a == b) c = a + b; else c = a / b; }

Before formatting	After formatting, required
public void Preview(int a, int b) { int c; if (a > b) { c = a * b; } else if (a == b) c = a + b; else { c = a / b; } }	public void Preview(int a, int b) { int c; if (a > b) { c = a * b; } else if (a == b) { c = a + b; } else { c = a / b; } }

Before formatting	After formatting, required_for_multiline
public void Preview(int a, int b) { int c; if (a > b) { c = a * b; } else if (a == b) c = a + b; else { c = a / b; } }	public void Preview(int a, int b) { int c; if (a > b) c = a * b; else if (a == b) c = a + b; else c = a / b; }

Before formatting	After formatting, required_for_multiline_statement
public void Preview(int a, int b) { int c; if (a > b) { c = a * b; } else if (a == b) c = a + b; else { c = a / b; } }	public void Preview(int a, int b) { int c; if (a > b) { c = a * b; } else if (a == b) { c = a + b; } else { c = a / b; } }

In "for" statement

Property names:

[resharper_]csharp_braces_for_for, [resharper_]braces_for_for

Possible values:

not_required: Do not enforce
required: Enforce always
required_for_multiline: Enforce if body is multi-line
required_for_multiline_statement: Enforce if statement is multi-line

Examples:

Before formatting	After formatting, not_required
public void Preview(int a, int b) { var c = 0; for (var i = a; i < b; i++) c += System.Linq.Enumerable.Range(i, a + b).Sum(); for (var i = a; i < b; i++) { c += System.Linq.Enumerable .Range(i, a + b) .Sum(); } }	public void Preview(int a, int b) { var c = 0; for (var i = a; i < b; i++) c += System.Linq.Enumerable.Range(i, a + b).Sum(); for (var i = a; i < b; i++) c += System.Linq.Enumerable .Range(i, a + b) .Sum(); }

Before formatting	After formatting, required
public void Preview(int a, int b) { var c = 0; for (var i = a; i < b; i++) c += System.Linq.Enumerable.Range(i, a + b).Sum(); for (var i = a; i < b; i++) { c += System.Linq.Enumerable .Range(i, a + b) .Sum(); } }	public void Preview(int a, int b) { var c = 0; for (var i = a; i < b; i++) { c += System.Linq.Enumerable.Range(i, a + b).Sum(); } for (var i = a; i < b; i++) { c += System.Linq.Enumerable .Range(i, a + b) .Sum(); } }

Before formatting	After formatting, required_for_multiline
public void Preview(int a, int b) { var c = 0; for (var i = a; i < b; i++) c += System.Linq.Enumerable.Range(i, a + b).Sum(); for (var i = a; i < b; i++) { c += System.Linq.Enumerable .Range(i, a + b) .Sum(); } }	public void Preview(int a, int b) { var c = 0; for (var i = a; i < b; i++) c += System.Linq.Enumerable.Range(i, a + b).Sum(); for (var i = a; i < b; i++) { c += System.Linq.Enumerable .Range(i, a + b) .Sum(); } }

Before formatting	After formatting, required_for_multiline_statement
public void Preview(int a, int b) { var c = 0; for (var i = a; i < b; i++) c += System.Linq.Enumerable.Range(i, a + b).Sum(); for (var i = a; i < b; i++) { c += System.Linq.Enumerable .Range(i, a + b) .Sum(); } }	public void Preview(int a, int b) { var c = 0; for (var i = a; i < b; i++) { c += System.Linq.Enumerable.Range(i, a + b).Sum(); } for (var i = a; i < b; i++) { c += System.Linq.Enumerable .Range(i, a + b) .Sum(); } }

In "foreach" statement

Property names:

[resharper_]csharp_braces_for_foreach, [resharper_]braces_for_foreach

Possible values:

not_required: Do not enforce
required: Enforce always
required_for_multiline: Enforce if body is multi-line
required_for_multiline_statement: Enforce if statement is multi-line

Examples:

Before formatting	After formatting, not_required
public void Preview(int a, int b) { var c = 0; foreach (var num in System.Linq.Enumerable.Range(a, b)) c += System.Linq.Enumerable.Range(a, b).Sum(); foreach (var num in System.Linq.Enumerable.Range(a, b)) { c += System.Linq.Enumerable .Range(a, b) .Sum(); } }	public void Preview(int a, int b) { var c = 0; foreach (var num in System.Linq.Enumerable.Range(a, b)) c += System.Linq.Enumerable.Range(a, b).Sum(); foreach (var num in System.Linq.Enumerable.Range(a, b)) c += System.Linq.Enumerable .Range(a, b) .Sum(); }

Before formatting	After formatting, required
public void Preview(int a, int b) { var c = 0; foreach (var num in System.Linq.Enumerable.Range(a, b)) c += System.Linq.Enumerable.Range(a, b).Sum(); foreach (var num in System.Linq.Enumerable.Range(a, b)) { c += System.Linq.Enumerable .Range(a, b) .Sum(); } }	public void Preview(int a, int b) { var c = 0; foreach (var num in System.Linq.Enumerable.Range(a, b)) { c += System.Linq.Enumerable.Range(a, b).Sum(); } foreach (var num in System.Linq.Enumerable.Range(a, b)) { c += System.Linq.Enumerable .Range(a, b) .Sum(); } }

Before formatting	After formatting, required_for_multiline
public void Preview(int a, int b) { var c = 0; foreach (var num in System.Linq.Enumerable.Range(a, b)) c += System.Linq.Enumerable.Range(a, b).Sum(); foreach (var num in System.Linq.Enumerable.Range(a, b)) { c += System.Linq.Enumerable .Range(a, b) .Sum(); } }	public void Preview(int a, int b) { var c = 0; foreach (var num in System.Linq.Enumerable.Range(a, b)) c += System.Linq.Enumerable.Range(a, b).Sum(); foreach (var num in System.Linq.Enumerable.Range(a, b)) { c += System.Linq.Enumerable .Range(a, b) .Sum(); } }

Before formatting	After formatting, required_for_multiline_statement
public void Preview(int a, int b) { var c = 0; foreach (var num in System.Linq.Enumerable.Range(a, b)) c += System.Linq.Enumerable.Range(a, b).Sum(); foreach (var num in System.Linq.Enumerable.Range(a, b)) { c += System.Linq.Enumerable .Range(a, b) .Sum(); } }	public void Preview(int a, int b) { var c = 0; foreach (var num in System.Linq.Enumerable.Range(a, b)) { c += System.Linq.Enumerable.Range(a, b).Sum(); } foreach (var num in System.Linq.Enumerable.Range(a, b)) { c += System.Linq.Enumerable .Range(a, b) .Sum(); } }

In "while" statement

Property names:

[resharper_]csharp_braces_for_while, [resharper_]braces_for_while

Possible values:

not_required: Do not enforce
required: Enforce always
required_for_multiline: Enforce if body is multi-line
required_for_multiline_statement: Enforce if statement is multi-line

Examples:

Before formatting	After formatting, not_required
public void Preview(int a, int b) { while (a > b) b += System.Linq.Enumerable.Range(a, b).Sum(); while (a > b) { b += System.Linq.Enumerable .Range(a, b) .Sum(); } }	public void Preview(int a, int b) { while (a > b) b += System.Linq.Enumerable.Range(a, b).Sum(); while (a > b) b += System.Linq.Enumerable .Range(a, b) .Sum(); }

Before formatting	After formatting, required
public void Preview(int a, int b) { while (a > b) b += System.Linq.Enumerable.Range(a, b).Sum(); while (a > b) { b += System.Linq.Enumerable .Range(a, b) .Sum(); } }	public void Preview(int a, int b) { while (a > b) { b += System.Linq.Enumerable.Range(a, b).Sum(); } while (a > b) { b += System.Linq.Enumerable .Range(a, b) .Sum(); } }

Before formatting	After formatting, required_for_multiline
public void Preview(int a, int b) { while (a > b) b += System.Linq.Enumerable.Range(a, b).Sum(); while (a > b) { b += System.Linq.Enumerable .Range(a, b) .Sum(); } }	public void Preview(int a, int b) { while (a > b) b += System.Linq.Enumerable.Range(a, b).Sum(); while (a > b) { b += System.Linq.Enumerable .Range(a, b) .Sum(); } }

Before formatting	After formatting, required_for_multiline_statement
public void Preview(int a, int b) { while (a > b) b += System.Linq.Enumerable.Range(a, b).Sum(); while (a > b) { b += System.Linq.Enumerable .Range(a, b) .Sum(); } }	public void Preview(int a, int b) { while (a > b) { b += System.Linq.Enumerable.Range(a, b).Sum(); } while (a > b) { b += System.Linq.Enumerable .Range(a, b) .Sum(); } }

In "do-while" statement

Property names:

[resharper_]csharp_braces_for_dowhile, [resharper_]braces_for_dowhile

Possible values:

not_required: Do not enforce
required: Enforce always
required_for_multiline: Enforce if body is multi-line
required_for_multiline_statement: Enforce if statement is multi-line

Examples:

Before formatting	After formatting, not_required
public void Preview(int a, int b) { do b += System.Linq.Enumerable.Range(a, b).Sum(); while (a > b); do { b += System.Linq.Enumerable .Range(a, b) .Sum(); } while (a > b); }	public void Preview(int a, int b) { do b += System.Linq.Enumerable.Range(a, b).Sum(); while (a > b); do b += System.Linq.Enumerable .Range(a, b) .Sum(); while (a > b); }

Before formatting	After formatting, required
public void Preview(int a, int b) { do b += System.Linq.Enumerable.Range(a, b).Sum(); while (a > b); do { b += System.Linq.Enumerable .Range(a, b) .Sum(); } while (a > b); }	public void Preview(int a, int b) { do { b += System.Linq.Enumerable.Range(a, b).Sum(); } while (a > b); do { b += System.Linq.Enumerable .Range(a, b) .Sum(); } while (a > b); }

Before formatting	After formatting, required_for_multiline
public void Preview(int a, int b) { do b += System.Linq.Enumerable.Range(a, b).Sum(); while (a > b); do { b += System.Linq.Enumerable .Range(a, b) .Sum(); } while (a > b); }	public void Preview(int a, int b) { do b += System.Linq.Enumerable.Range(a, b).Sum(); while (a > b); do { b += System.Linq.Enumerable .Range(a, b) .Sum(); } while (a > b); }

Before formatting	After formatting, required_for_multiline_statement
public void Preview(int a, int b) { do b += System.Linq.Enumerable.Range(a, b).Sum(); while (a > b); do { b += System.Linq.Enumerable .Range(a, b) .Sum(); } while (a > b); }	public void Preview(int a, int b) { do { b += System.Linq.Enumerable.Range(a, b).Sum(); } while (a > b); do { b += System.Linq.Enumerable .Range(a, b) .Sum(); } while (a > b); }

In "using" statement

Property names:

[resharper_]csharp_braces_for_using, [resharper_]braces_for_using

Possible values:

not_required: Do not enforce
required: Enforce always
required_for_multiline: Enforce if body is multi-line
required_for_multiline_statement: Enforce if statement is multi-line

Examples:

Before formatting	After formatting, not_required
public void Preview(System.IDisposable disposable) { var c = 0; using (disposable) c += System.Linq.Enumerable.Range(1, 42).Sum() for (var i = a; i < b; i++) { c += System.Linq.Enumerable .Range(1, 42) .Sum(); } }	public void Preview(System.IDisposable disposable) { var c = 0; using (disposable) c += System.Linq.Enumerable.Range(1, 42).Sum() for (var i = a; i < b; i++) c += System.Linq.Enumerable .Range(1, 42) .Sum(); }

Before formatting	After formatting, required
public void Preview(System.IDisposable disposable) { var c = 0; using (disposable) c += System.Linq.Enumerable.Range(1, 42).Sum() for (var i = a; i < b; i++) { c += System.Linq.Enumerable .Range(1, 42) .Sum(); } }	public void Preview(System.IDisposable disposable) { var c = 0; using (disposable) { c += System.Linq.Enumerable.Range(1, 42).Sum() } for (var i = a; i < b; i++) c += System.Linq.Enumerable .Range(1, 42) .Sum(); }

Before formatting	After formatting, required_for_multiline
public void Preview(System.IDisposable disposable) { var c = 0; using (disposable) c += System.Linq.Enumerable.Range(1, 42).Sum() for (var i = a; i < b; i++) { c += System.Linq.Enumerable .Range(1, 42) .Sum(); } }	public void Preview(System.IDisposable disposable) { var c = 0; using (disposable) c += System.Linq.Enumerable.Range(1, 42).Sum() for (var i = a; i < b; i++) c += System.Linq.Enumerable .Range(1, 42) .Sum(); }

Before formatting	After formatting, required_for_multiline_statement
public void Preview(System.IDisposable disposable) { var c = 0; using (disposable) c += System.Linq.Enumerable.Range(1, 42).Sum() for (var i = a; i < b; i++) { c += System.Linq.Enumerable .Range(1, 42) .Sum(); } }	public void Preview(System.IDisposable disposable) { var c = 0; using (disposable) { c += System.Linq.Enumerable.Range(1, 42).Sum() } for (var i = a; i < b; i++) c += System.Linq.Enumerable .Range(1, 42) .Sum(); }

In "lock" statement

Property names:

[resharper_]csharp_braces_for_lock, [resharper_]braces_for_lock

Possible values:

not_required: Do not enforce
required: Enforce always
required_for_multiline: Enforce if body is multi-line
required_for_multiline_statement: Enforce if statement is multi-line

Examples:

Before formatting	After formatting, not_required
public void Preview(object lockObject) { var c = 0; lock (lockObject) c += System.Linq.Enumerable.Range(1, 42).Sum() lock (lockObject) { c += System.Linq.Enumerable .Range(1, 42) .Sum(); } }	public void Preview(object lockObject) { var c = 0; lock (lockObject) c += System.Linq.Enumerable.Range(1, 42).Sum() lock (lockObject) c += System.Linq.Enumerable .Range(1, 42) .Sum(); }

Before formatting	After formatting, required
public void Preview(object lockObject) { var c = 0; lock (lockObject) c += System.Linq.Enumerable.Range(1, 42).Sum() lock (lockObject) { c += System.Linq.Enumerable .Range(1, 42) .Sum(); } }	public void Preview(object lockObject) { var c = 0; lock (lockObject) { c += System.Linq.Enumerable.Range(1, 42).Sum() } lock (lockObject) { c += System.Linq.Enumerable .Range(1, 42) .Sum(); } }

Before formatting	After formatting, required_for_multiline
public void Preview(object lockObject) { var c = 0; lock (lockObject) c += System.Linq.Enumerable.Range(1, 42).Sum() lock (lockObject) { c += System.Linq.Enumerable .Range(1, 42) .Sum(); } }	public void Preview(object lockObject) { var c = 0; lock (lockObject) c += System.Linq.Enumerable.Range(1, 42).Sum() lock (lockObject) { c += System.Linq.Enumerable .Range(1, 42) .Sum(); } }

Before formatting	After formatting, required_for_multiline_statement
public void Preview(object lockObject) { var c = 0; lock (lockObject) c += System.Linq.Enumerable.Range(1, 42).Sum() lock (lockObject) { c += System.Linq.Enumerable .Range(1, 42) .Sum(); } }	public void Preview(object lockObject) { var c = 0; lock (lockObject) { c += System.Linq.Enumerable.Range(1, 42).Sum() } lock (lockObject) { c += System.Linq.Enumerable .Range(1, 42) .Sum(); } }

In "fixed" statement

Property names:

[resharper_]csharp_braces_for_fixed, [resharper_]braces_for_fixed

Possible values:

not_required: Do not enforce
required: Enforce always
required_for_multiline: Enforce if body is multi-line
required_for_multiline_statement: Enforce if statement is multi-line

Examples:

Before formatting	After formatting, not_required
public unsafe void Preview(string str) { var c = 0; fixed (char* p = str) p[42] = 'c'; fixed (char* p = str) { p[42] = 'c'; } }	public unsafe void Preview(string str) { var c = 0; fixed (char* p = str) p[42] = 'c'; fixed (char* p = str) p[42] = 'c'; }

Before formatting	After formatting, required
public unsafe void Preview(string str) { var c = 0; fixed (char* p = str) p[42] = 'c'; fixed (char* p = str) { p[42] = 'c'; } }	public unsafe void Preview(string str) { var c = 0; fixed (char* p = str) { p[42] = 'c'; } fixed (char* p = str) { p[42] = 'c'; } }

Before formatting	After formatting, required_for_multiline
public unsafe void Preview(string str) { var c = 0; fixed (char* p = str) p[42] = 'c'; fixed (char* p = str) { p[42] = 'c'; } }	public unsafe void Preview(string str) { var c = 0; fixed (char* p = str) p[42] = 'c'; fixed (char* p = str) { p[42] = 'c'; } }

Before formatting	After formatting, required_for_multiline_statement
public unsafe void Preview(string str) { var c = 0; fixed (char* p = str) p[42] = 'c'; fixed (char* p = str) { p[42] = 'c'; } }	public unsafe void Preview(string str) { var c = 0; fixed (char* p = str) { p[42] = 'c'; } fixed (char* p = str) { p[42] = 'c'; } }

Remove redundant

Property names:

[resharper_]csharp_braces_redundant, [resharper_]braces_redundant

Possible values:

true | false

Code body

Methods and operators

Property names:

[resharper_]csharp_method_or_operator_body, [resharper_]method_or_operator_body

Possible values:

expression_body: Expression body
block_body: Block body

Examples:

Before formatting	After formatting, expression_body
class Preview { int Add(int a, int b) { return a + b; } void SideEffect(DB db) { Drop(db); } static bool operator true(Preview p) { return false; } }	internal class Preview { private int Add(int a, int b) => a + b; private void SideEffect(DB db) { Drop(db); } static bool operator true(Preview p) => false; }

Before formatting	After formatting, block_body
class Preview { int Add(int a, int b) { return a + b; } void SideEffect(DB db) { Drop(db); } static bool operator true(Preview p) { return false; } }	internal class Preview { private int Add(int a, int b) { return a + b; } private void SideEffect(DB db) { Drop(db); } static bool operator true(Preview p) { return false; } }

Local functions

Property names:

[resharper_]csharp_local_function_body, [resharper_]local_function_body

Possible values:

expression_body: Expression body
block_body: Block body

Examples:

Before formatting	After formatting, expression_body
class Demo { public void Preview() { int CalculateTheAnswer() { return 42; } int answer = CalculateTheAnswer(); Output(answer); } }	internal class Demo { public void Preview() { int CalculateTheAnswer() => 42; var answer = CalculateTheAnswer(); Output(answer); } }

Before formatting	After formatting, block_body
class Demo { public void Preview() { int CalculateTheAnswer() { return 42; } int answer = CalculateTheAnswer(); Output(answer); } }	internal class Demo { public void Preview() { int CalculateTheAnswer() { return 42; } var answer = CalculateTheAnswer(); Output(answer); } }

Constructors and destructors

Property names:

[resharper_]csharp_constructor_or_destructor_body, [resharper_]constructor_or_destructor_body

Possible values:

expression_body: Expression body
block_body: Block body

Examples:

Before formatting	After formatting, expression_body
class Preview { public Preview(string message) { Message = message; } ~Preview() { throw new Exception(); } }	internal class Preview { public Preview(string message) => Message = message; ~Preview() => throw new Exception(); }

Before formatting	After formatting, block_body
class Preview { public Preview(string message) { Message = message; } ~Preview() { throw new Exception(); } }	internal class Preview { public Preview(string message) { Message = message; } ~Preview() { throw new Exception(); } }

Properties, indexers and events

Property names:

[resharper_]csharp_accessor_owner_body, [resharper_]accessor_owner_body

Possible values:

expression_body: Expression body
accessors_with_expression_body: Accessors with expression body
accessors_with_block_body: Accessors with block body

Examples:

Before formatting	After formatting, expression_body
class Preview { int PropertyA { get { return field; } set { field = value; } } int PropertyB => field; int this[int i] { get { return array[i]; } set { array[i] = value; } } event EventHandler MissionComplete { add { action += value; } remove { action -= value; } } }	internal class Preview { private int PropertyA { get => field; set => field = value; } private int PropertyB => field; private int this[int i] { get => array[i]; set => array[i] = value; } private event EventHandler MissionComplete { add => action += value; remove => action -= value; } }

Before formatting	After formatting, accessors_with_expression_body
class Preview { int PropertyA { get { return field; } set { field = value; } } int PropertyB => field; int this[int i] { get { return array[i]; } set { array[i] = value; } } event EventHandler MissionComplete { add { action += value; } remove { action -= value; } } }	internal class Preview { private int PropertyA { get => field; set => field = value; } private int PropertyB { get => field; } private int this[int i] { get => array[i]; set => array[i] = value; } private event EventHandler MissionComplete { add => action += value; remove => action -= value; } }

Before formatting	After formatting, accessors_with_block_body
class Preview { int PropertyA { get { return field; } set { field = value; } } int PropertyB => field; int this[int i] { get { return array[i]; } set { array[i] = value; } } event EventHandler MissionComplete { add { action += value; } remove { action -= value; } } }	internal class Preview { private int PropertyA { get { return field; } set { field = value; } } private int PropertyB { get { return field; } } private int this[int i] { get { return array[i]; } set { array[i] = value; } } private event EventHandler MissionComplete { add { action += value; } remove { action -= value; } } }

Namespaces

Property names:

[resharper_]csharp_namespace_body, [resharper_]namespace_body

Possible values:

file_scoped: File-scoped
block_scoped: Block-scoped

Examples:

Before formatting	After formatting, file_scoped
namespace PreviewNamespace { public class C { } }	namespace PreviewNamespace; public class C { }

Before formatting	After formatting, block_scoped
namespace PreviewNamespace { public class C { } }	namespace PreviewNamespace { public class C { } }

Apply style heuristics

Property names:

[resharper_]csharp_use_heuristics_for_body_style, [resharper_]use_heuristics_for_body_style

Possible values:

true | false

Examples:

Before formatting	After formatting, true
class Preview { void VoidReturningMethod(DB db) { Drop(db); } int Assignment(int value) { return Property = value; } Action ReturnStatementBodiedLambda() { return () => { Foo(); }; } }	internal class Preview { private void VoidReturningMethod(DB db) { Drop(db); } private int Assignment(int value) { return Property = value; } private Action ReturnStatementBodiedLambda() { return () => { Foo(); }; } }

Before formatting	After formatting, false
class Preview { void VoidReturningMethod(DB db) { Drop(db); } int Assignment(int value) { return Property = value; } Action ReturnStatementBodiedLambda() { return () => { Foo(); }; } }	internal class Preview { private void VoidReturningMethod(DB db) { Drop(db); } private int Assignment(int value) { return Property = value; } private Action ReturnStatementBodiedLambda() { return () => { Foo(); }; } }

Attributes

Join or separate attributes in section

Property names:

[resharper_]csharp_force_attribute_style, [resharper_]force_attribute_style

Possible values:

join: Join
separate: Separate

Examples:

Before formatting	After formatting, join
namespace N { [Attr1, Attr2] [Attr3] class C { } }	namespace N; [Attr1, Attr2, Attr3] internal class C { }

Before formatting	After formatting, separate
namespace N { [Attr1, Attr2] [Attr3] class C { } }	namespace N; [Attr1] [Attr2] [Attr3] internal class C { }

Trailing comma

Before a new line in multiline lists

Property names:

[resharper_]csharp_trailing_comma_in_multiline_lists, [resharper_]trailing_comma_in_multiline_lists

Possible values:

true | false

Examples:

true
var myArray = new[] { item1, item2, }

false
var myArray = new[] { item1, item2 }

When the last element is not followed by a new line

Property names:

[resharper_]csharp_trailing_comma_in_singleline_lists, [resharper_]trailing_comma_in_singleline_lists

Possible values:

true | false

Examples:

true
internal var myArray = new[] { item1, item2, }

false
internal var myArray = new[] { item1, item2 }

Object creation

When created type is evident from usage

Property names:

[resharper_]csharp_object_creation_when_type_evident, [resharper_]object_creation_when_type_evident

Possible values:

target_typed: Omit type: 'new()'
explicitly_typed: Specify type: 'new T()'

When created type is not evident from usage

Property names:

[resharper_]csharp_object_creation_when_type_not_evident, [resharper_]object_creation_when_type_not_evident

Possible values:

target_typed: Omit type: 'new()'
explicitly_typed: Specify type: 'new T()'

Default value

When type is evident from usage

Property names:

[resharper_]csharp_default_value_when_type_evident, [resharper_]default_value_when_type_evident

Possible values:

default_literal: Omit type: 'default'
default_expression: Specify type: 'default(T)'

When type is not evident from usage

Property names:

[resharper_]csharp_default_value_when_type_not_evident, [resharper_]default_value_when_type_not_evident

Possible values:

default_literal: Omit type: 'default'
default_expression: Specify type: 'default(T)'

Last modified: 21 July 2022

C# - Syntax Style

'var' usage in declarations

For built-in types

Property names:

Possible values:

For simple types

Property names:

Possible values:

Elsewhere

Property names:

Possible values:

Prefer Roslyn (Visual Studio) logic for type evidence

Property names:

Possible values:

Prefer separate declarations for deconstructed variables

Property names:

Possible values:

Use 'var' keyword for discards

Property names:

Possible values:

Instance members qualification

Use "this." qualifier for

Property names:

Possible values:

Qualify members declared in

Property names:

Possible values:

Static members qualification

Qualify with the name of

Property names:

Possible values:

Members to qualify

Property names:

Possible values:

Built-in types

In locals, members and parameters, prefer

Property names:

Possible values:

In member access expressions, prefer

Property names:

Possible values:

Reference qualification and 'using' directives

Prefer fully qualified references

Property names:

Possible values:

Add 'using' directive to deepest scope

Property names:

Possible values:

Place 'System.*' and 'Windows.*' namespaces first when sorting 'using' directives

Property names:

Possible values:

Prefer fully qualified using name at nested scope

Property names:

Possible values:

Use using alias directive to resolve conflicts

Property names:

Possible values:

Allow 'global::' prefix use

Property names:

Possible values:

Modifiers

Prefer explicit/implicit private modifier for type members

Property names:

Possible values:

Examples:

Prefer explicit/implicit internal modifier for types

Property names:

Possible values:

Examples:

Modifiers order

Property names:

Arguments

Skip single arguments

Property names:

Possible values:

Literal values

Property names:

Possible values:

Examples:

String literal values

Place 'System.' and 'Windows.' namespaces first when sorting 'using' directives