app/controllers/setup/formula_mappings_controller.rb

Summary

Maintainability
C
7 hrs
Test Coverage
A
94%

Method has too many lines. [48/10]
Open

  def build_formula_mappings(options = {})
    default_options = { activity: true, package: true, payment: true, zone: true, missing_only: false }
    options = default_options.merge(options)
    mappings = []
    project = current_project(project_scope: :fully_loaded)

This cop checks if the length of a method exceeds some maximum value. Comment lines can optionally be ignored. The maximum allowed length is configurable.

Method build_formula_mappings has a Cognitive Complexity of 38 (exceeds 5 allowed). Consider refactoring.
Open

  def build_formula_mappings(options = {})
    default_options = { activity: true, package: true, payment: true, zone: true, missing_only: false }
    options = default_options.merge(options)
    mappings = []
    project = current_project(project_scope: :fully_loaded)
Severity: Minor
Found in app/controllers/setup/formula_mappings_controller.rb - About 5 hrs to fix

Cognitive Complexity

Cognitive Complexity is a measure of how difficult a unit of code is to intuitively understand. Unlike Cyclomatic Complexity, which determines how difficult your code will be to test, Cognitive Complexity tells you how difficult your code will be to read and comprehend.

A method's cognitive complexity is based on a few simple rules:

  • Code is not considered more complex when it uses shorthand that the language provides for collapsing multiple statements into one
  • Code is considered more complex for each "break in the linear flow of the code"
  • Code is considered more complex when "flow breaking structures are nested"

Further reading

Cyclomatic complexity for build_formula_mappings is too high. [13/6]
Open

  def build_formula_mappings(options = {})
    default_options = { activity: true, package: true, payment: true, zone: true, missing_only: false }
    options = default_options.merge(options)
    mappings = []
    project = current_project(project_scope: :fully_loaded)

This cop checks that the cyclomatic complexity of methods is not higher than the configured maximum. The cyclomatic complexity is the number of linearly independent paths through a method. The algorithm counts decision points and adds one.

An if statement (or unless or ?:) increases the complexity by one. An else branch does not, since it doesn't add a decision point. The && operator (or keyword and) can be converted to a nested if statement, and ||/or is shorthand for a sequence of ifs, so they also add one. Loops can be said to have an exit condition, so they add one.

Perceived complexity for build_formula_mappings is too high. [13/7]
Open

  def build_formula_mappings(options = {})
    default_options = { activity: true, package: true, payment: true, zone: true, missing_only: false }
    options = default_options.merge(options)
    mappings = []
    project = current_project(project_scope: :fully_loaded)

This cop tries to produce a complexity score that's a measure of the complexity the reader experiences when looking at a method. For that reason it considers when nodes as something that doesn't add as much complexity as an if or a &&. Except if it's one of those special case/when constructs where there's no expression after case. Then the cop treats it as an if/elsif/elsif... and lets all the when nodes count. In contrast to the CyclomaticComplexity cop, this cop considers else nodes as adding complexity.

Example:

def my_method                   # 1
  if cond                       # 1
    case var                    # 2 (0.8 + 4 * 0.2, rounded)
    when 1 then func_one
    when 2 then func_two
    when 3 then func_three
    when 4..10 then func_other
    end
  else                          # 1
    do_something until a && b   # 2
  end                           # ===
end                             # 7 complexity points

Method has too many lines. [15/10]
Open

  def create_data_element
    activity = current_project.activities.find(params[:activity_id]) if params[:activity_id]
    formula = Formula.find(params[:formula_id])
    raise "invalid formula id" if formula.project_id != current_project.id

This cop checks if the length of a method exceeds some maximum value. Comment lines can optionally be ignored. The maximum allowed length is configurable.

Method has too many lines. [13/10]
Open

  def check_problems
    project = current_project(project_scope: :fully_loaded)
    in_references = project.activities.flat_map(&:activity_states).map(&:external_reference)
    out_references = project.formula_mappings.map(&:external_reference)

This cop checks if the length of a method exceeds some maximum value. Comment lines can optionally be ignored. The maximum allowed length is configurable.

Method build_formula_mappings has 48 lines of code (exceeds 25 allowed). Consider refactoring.
Open

  def build_formula_mappings(options = {})
    default_options = { activity: true, package: true, payment: true, zone: true, missing_only: false }
    options = default_options.merge(options)
    mappings = []
    project = current_project(project_scope: :fully_loaded)
Severity: Minor
Found in app/controllers/setup/formula_mappings_controller.rb - About 1 hr to fix

    Line is too long. [116/100]
    Open

        @problems += project.formula_mappings.group_by(&:external_reference).select { |_k, v| v.size > 1 }.map do |k, v|

    Align the elements of a hash literal if they span more than one line.
    Open

          "kind"         => params[:kind],

    Check that the keys, separators, and values of a multi-line hash literal are aligned according to configuration. The configuration options are:

    - key (left align keys, one space before hash rockets and values)
    - separator (align hash rockets and colons, right align keys)
    - table (left align keys, hash rockets, and values)

    The treatment of hashes passed as the last argument to a method call can also be configured. The options are:

    - always_inspect
    - always_ignore
    - ignore_implicit (without curly braces)

    Alternatively you can specify multiple allowed styles. That's done by passing a list of styles to EnforcedStyles.

    Example: EnforcedHashRocketStyle: key (default)

    # bad
    {
      :foo => bar,
       :ba => baz
    }
    {
      :foo => bar,
      :ba  => baz
    }
    
    # good
    {
      :foo => bar,
      :ba => baz
    }

    Example: EnforcedHashRocketStyle: separator

    # bad
    {
      :foo => bar,
      :ba => baz
    }
    {
      :foo => bar,
      :ba  => baz
    }
    
    # good
    {
      :foo => bar,
       :ba => baz
    }

    Example: EnforcedHashRocketStyle: table

    # bad
    {
      :foo => bar,
       :ba => baz
    }
    
    # good
    {
      :foo => bar,
      :ba  => baz
    }

    Example: EnforcedColonStyle: key (default)

    # bad
    {
      foo: bar,
       ba: baz
    }
    {
      foo: bar,
      ba:  baz
    }
    
    # good
    {
      foo: bar,
      ba: baz
    }

    Example: EnforcedColonStyle: separator

    # bad
    {
      foo: bar,
      ba: baz
    }
    
    # good
    {
      foo: bar,
       ba: baz
    }

    Example: EnforcedColonStyle: table

    # bad
    {
      foo: bar,
      ba: baz
    }
    
    # good
    {
      foo: bar,
      ba:  baz
    }

    Example: EnforcedLastArgumentHashStyle: always_inspect (default)

    # Inspect both implicit and explicit hashes.
    
    # bad
    do_something(foo: 1,
      bar: 2)
    
    # bad
    do_something({foo: 1,
      bar: 2})
    
    # good
    do_something(foo: 1,
                 bar: 2)
    
    # good
    do_something(
      foo: 1,
      bar: 2
    )
    
    # good
    do_something({foo: 1,
                  bar: 2})
    
    # good
    do_something({
      foo: 1,
      bar: 2
    })

    Example: EnforcedLastArgumentHashStyle: always_ignore

    # Ignore both implicit and explicit hashes.
    
    # good
    do_something(foo: 1,
      bar: 2)
    
    # good
    do_something({foo: 1,
      bar: 2})

    Example: EnforcedLastArgumentHashStyle: ignore_implicit

    # Ignore only implicit hashes.
    
    # bad
    do_something({foo: 1,
      bar: 2})
    
    # good
    do_something(foo: 1,
      bar: 2)

    Example: EnforcedLastArgumentHashStyle: ignore_explicit

    # Ignore only explicit hashes.
    
    # bad
    do_something(foo: 1,
      bar: 2)
    
    # good
    do_something({foo: 1,
      bar: 2})

    Line is too long. [133/100]
    Open

                  mapping.external_reference = external_reference(mapping_by_key[[formula.id, activity.id]]) unless mapping_by_key.empty?

    Line is too long. [108/100]
    Open

          mappings = mappings.flatten.compact.select { |mapping| mapping.formula.code == params[:formula_code] }

    Shadowing outer local variable - as.
    Open

          as = project.activities.flat_map(&:activity_states).select { |as| as.external_reference == bad_reference }.first

    This cop looks for use of the same name as outer local variables for block arguments or block local variables. This is a mimic of the warning "shadowing outer local variable - foo" from ruby -cw.

    Example:

    # bad
    
    def some_method
      foo = 1
    
      2.times do |foo| # shadowing outer `foo`
        do_something(foo)
      end
    end

    Example:

    # good
    
    def some_method
      foo = 1
    
      2.times do |bar|
        do_something(bar)
      end
    end

    Align the elements of a hash literal if they span more than one line.
    Open

            "name"       => params[:name],

    Check that the keys, separators, and values of a multi-line hash literal are aligned according to configuration. The configuration options are:

    - key (left align keys, one space before hash rockets and values)
    - separator (align hash rockets and colons, right align keys)
    - table (left align keys, hash rockets, and values)

    The treatment of hashes passed as the last argument to a method call can also be configured. The options are:

    - always_inspect
    - always_ignore
    - ignore_implicit (without curly braces)

    Alternatively you can specify multiple allowed styles. That's done by passing a list of styles to EnforcedStyles.

    Example: EnforcedHashRocketStyle: key (default)

    # bad
    {
      :foo => bar,
       :ba => baz
    }
    {
      :foo => bar,
      :ba  => baz
    }
    
    # good
    {
      :foo => bar,
      :ba => baz
    }

    Example: EnforcedHashRocketStyle: separator

    # bad
    {
      :foo => bar,
      :ba => baz
    }
    {
      :foo => bar,
      :ba  => baz
    }
    
    # good
    {
      :foo => bar,
       :ba => baz
    }

    Example: EnforcedHashRocketStyle: table

    # bad
    {
      :foo => bar,
       :ba => baz
    }
    
    # good
    {
      :foo => bar,
      :ba  => baz
    }

    Example: EnforcedColonStyle: key (default)

    # bad
    {
      foo: bar,
       ba: baz
    }
    {
      foo: bar,
      ba:  baz
    }
    
    # good
    {
      foo: bar,
      ba: baz
    }

    Example: EnforcedColonStyle: separator

    # bad
    {
      foo: bar,
      ba: baz
    }
    
    # good
    {
      foo: bar,
       ba: baz
    }

    Example: EnforcedColonStyle: table

    # bad
    {
      foo: bar,
      ba: baz
    }
    
    # good
    {
      foo: bar,
      ba:  baz
    }

    Example: EnforcedLastArgumentHashStyle: always_inspect (default)

    # Inspect both implicit and explicit hashes.
    
    # bad
    do_something(foo: 1,
      bar: 2)
    
    # bad
    do_something({foo: 1,
      bar: 2})
    
    # good
    do_something(foo: 1,
                 bar: 2)
    
    # good
    do_something(
      foo: 1,
      bar: 2
    )
    
    # good
    do_something({foo: 1,
                  bar: 2})
    
    # good
    do_something({
      foo: 1,
      bar: 2
    })

    Example: EnforcedLastArgumentHashStyle: always_ignore

    # Ignore both implicit and explicit hashes.
    
    # good
    do_something(foo: 1,
      bar: 2)
    
    # good
    do_something({foo: 1,
      bar: 2})

    Example: EnforcedLastArgumentHashStyle: ignore_implicit

    # Ignore only implicit hashes.
    
    # bad
    do_something({foo: 1,
      bar: 2})
    
    # good
    do_something(foo: 1,
      bar: 2)

    Example: EnforcedLastArgumentHashStyle: ignore_explicit

    # Ignore only explicit hashes.
    
    # bad
    do_something(foo: 1,
      bar: 2)
    
    # good
    do_something({foo: 1,
      bar: 2})

    Align the elements of a hash literal if they span more than one line.
    Open

            "code"       => params[:code]

    Check that the keys, separators, and values of a multi-line hash literal are aligned according to configuration. The configuration options are:

    - key (left align keys, one space before hash rockets and values)
    - separator (align hash rockets and colons, right align keys)
    - table (left align keys, hash rockets, and values)

    The treatment of hashes passed as the last argument to a method call can also be configured. The options are:

    - always_inspect
    - always_ignore
    - ignore_implicit (without curly braces)

    Alternatively you can specify multiple allowed styles. That's done by passing a list of styles to EnforcedStyles.

    Example: EnforcedHashRocketStyle: key (default)

    # bad
    {
      :foo => bar,
       :ba => baz
    }
    {
      :foo => bar,
      :ba  => baz
    }
    
    # good
    {
      :foo => bar,
      :ba => baz
    }

    Example: EnforcedHashRocketStyle: separator

    # bad
    {
      :foo => bar,
      :ba => baz
    }
    {
      :foo => bar,
      :ba  => baz
    }
    
    # good
    {
      :foo => bar,
       :ba => baz
    }

    Example: EnforcedHashRocketStyle: table

    # bad
    {
      :foo => bar,
       :ba => baz
    }
    
    # good
    {
      :foo => bar,
      :ba  => baz
    }

    Example: EnforcedColonStyle: key (default)

    # bad
    {
      foo: bar,
       ba: baz
    }
    {
      foo: bar,
      ba:  baz
    }
    
    # good
    {
      foo: bar,
      ba: baz
    }

    Example: EnforcedColonStyle: separator

    # bad
    {
      foo: bar,
      ba: baz
    }
    
    # good
    {
      foo: bar,
       ba: baz
    }

    Example: EnforcedColonStyle: table

    # bad
    {
      foo: bar,
      ba: baz
    }
    
    # good
    {
      foo: bar,
      ba:  baz
    }

    Example: EnforcedLastArgumentHashStyle: always_inspect (default)

    # Inspect both implicit and explicit hashes.
    
    # bad
    do_something(foo: 1,
      bar: 2)
    
    # bad
    do_something({foo: 1,
      bar: 2})
    
    # good
    do_something(foo: 1,
                 bar: 2)
    
    # good
    do_something(
      foo: 1,
      bar: 2
    )
    
    # good
    do_something({foo: 1,
                  bar: 2})
    
    # good
    do_something({
      foo: 1,
      bar: 2
    })

    Example: EnforcedLastArgumentHashStyle: always_ignore

    # Ignore both implicit and explicit hashes.
    
    # good
    do_something(foo: 1,
      bar: 2)
    
    # good
    do_something({foo: 1,
      bar: 2})

    Example: EnforcedLastArgumentHashStyle: ignore_implicit

    # Ignore only implicit hashes.
    
    # bad
    do_something({foo: 1,
      bar: 2})
    
    # good
    do_something(foo: 1,
      bar: 2)

    Example: EnforcedLastArgumentHashStyle: ignore_explicit

    # Ignore only explicit hashes.
    
    # bad
    do_something(foo: 1,
      bar: 2)
    
    # good
    do_something({foo: 1,
      bar: 2})

    Line is too long. [118/100]
    Open

          as = project.activities.flat_map(&:activity_states).select { |as| as.external_reference == bad_reference }.first

    Line is too long. [158/100]
    Open

        mapping_by_key = params[:formula_mappings] ? params[:formula_mappings].index_by { |mapping| [mapping[:formula_id].to_i, mapping[:activity_id].to_i] } : {}

    Use nested module/class definitions instead of compact style.
    Open

    class Setup::FormulaMappingsController < PrivateController

    This cop checks the style of children definitions at classes and modules. Basically there are two different styles:

    Example: EnforcedStyle: nested (default)

    # good
    # have each child on its own line
    class Foo
      class Bar
      end
    end

    Example: EnforcedStyle: compact

    # good
    # combine definitions as much as possible
    class Foo::Bar
    end

    The compact style is only forced for classes/modules with one child.

    Shadowing outer local variable - fm.
    Open

          fm = project.formula_mappings.select { |fm| fm.external_reference == bad_reference }.first

    This cop looks for use of the same name as outer local variables for block arguments or block local variables. This is a mimic of the warning "shadowing outer local variable - foo" from ruby -cw.

    Example:

    # bad
    
    def some_method
      foo = 1
    
      2.times do |foo| # shadowing outer `foo`
        do_something(foo)
      end
    end

    Example:

    # good
    
    def some_method
      foo = 1
    
      2.times do |bar|
        do_something(bar)
      end
    end

    Line is too long. [111/100]
    Open

          [bad_reference, "MAPPED IN AND OUT", as.activity.name, as.state.name, fm.formula.code, fm.activity&.name]

    Line is too long. [108/100]
    Open

          [k, "MAPPED OUT MULTIPLE TIMES", v.map { |fm| [fm.kind, fm.activity&.name, fm.formula.code] }].flatten

    Line is too long. [103/100]
    Open

        default_options = { activity: true, package: true, payment: true, zone: true, missing_only: false }

    Line is too long. [101/100]
    Open

                .select { |a| params[:activity_code].presence ? a.code == params[:activity_code] : true }

    Align the elements of a hash literal if they span more than one line.
    Open

          "activity_id"  => activity&.id,

    Check that the keys, separators, and values of a multi-line hash literal are aligned according to configuration. The configuration options are:

    - key (left align keys, one space before hash rockets and values)
    - separator (align hash rockets and colons, right align keys)
    - table (left align keys, hash rockets, and values)

    The treatment of hashes passed as the last argument to a method call can also be configured. The options are:

    - always_inspect
    - always_ignore
    - ignore_implicit (without curly braces)

    Alternatively you can specify multiple allowed styles. That's done by passing a list of styles to EnforcedStyles.

    Example: EnforcedHashRocketStyle: key (default)

    # bad
    {
      :foo => bar,
       :ba => baz
    }
    {
      :foo => bar,
      :ba  => baz
    }
    
    # good
    {
      :foo => bar,
      :ba => baz
    }

    Example: EnforcedHashRocketStyle: separator

    # bad
    {
      :foo => bar,
      :ba => baz
    }
    {
      :foo => bar,
      :ba  => baz
    }
    
    # good
    {
      :foo => bar,
       :ba => baz
    }

    Example: EnforcedHashRocketStyle: table

    # bad
    {
      :foo => bar,
       :ba => baz
    }
    
    # good
    {
      :foo => bar,
      :ba  => baz
    }

    Example: EnforcedColonStyle: key (default)

    # bad
    {
      foo: bar,
       ba: baz
    }
    {
      foo: bar,
      ba:  baz
    }
    
    # good
    {
      foo: bar,
      ba: baz
    }

    Example: EnforcedColonStyle: separator

    # bad
    {
      foo: bar,
      ba: baz
    }
    
    # good
    {
      foo: bar,
       ba: baz
    }

    Example: EnforcedColonStyle: table

    # bad
    {
      foo: bar,
      ba: baz
    }
    
    # good
    {
      foo: bar,
      ba:  baz
    }

    Example: EnforcedLastArgumentHashStyle: always_inspect (default)

    # Inspect both implicit and explicit hashes.
    
    # bad
    do_something(foo: 1,
      bar: 2)
    
    # bad
    do_something({foo: 1,
      bar: 2})
    
    # good
    do_something(foo: 1,
                 bar: 2)
    
    # good
    do_something(
      foo: 1,
      bar: 2
    )
    
    # good
    do_something({foo: 1,
                  bar: 2})
    
    # good
    do_something({
      foo: 1,
      bar: 2
    })

    Example: EnforcedLastArgumentHashStyle: always_ignore

    # Ignore both implicit and explicit hashes.
    
    # good
    do_something(foo: 1,
      bar: 2)
    
    # good
    do_something({foo: 1,
      bar: 2})

    Example: EnforcedLastArgumentHashStyle: ignore_implicit

    # Ignore only implicit hashes.
    
    # bad
    do_something({foo: 1,
      bar: 2})
    
    # good
    do_something(foo: 1,
      bar: 2)

    Example: EnforcedLastArgumentHashStyle: ignore_explicit

    # Ignore only explicit hashes.
    
    # bad
    do_something(foo: 1,
      bar: 2)
    
    # good
    do_something({foo: 1,
      bar: 2})

    Align the elements of a hash literal if they span more than one line.
    Open

          "formula_id"   => formula.id,

    Check that the keys, separators, and values of a multi-line hash literal are aligned according to configuration. The configuration options are:

    - key (left align keys, one space before hash rockets and values)
    - separator (align hash rockets and colons, right align keys)
    - table (left align keys, hash rockets, and values)

    The treatment of hashes passed as the last argument to a method call can also be configured. The options are:

    - always_inspect
    - always_ignore
    - ignore_implicit (without curly braces)

    Alternatively you can specify multiple allowed styles. That's done by passing a list of styles to EnforcedStyles.

    Example: EnforcedHashRocketStyle: key (default)

    # bad
    {
      :foo => bar,
       :ba => baz
    }
    {
      :foo => bar,
      :ba  => baz
    }
    
    # good
    {
      :foo => bar,
      :ba => baz
    }

    Example: EnforcedHashRocketStyle: separator

    # bad
    {
      :foo => bar,
      :ba => baz
    }
    {
      :foo => bar,
      :ba  => baz
    }
    
    # good
    {
      :foo => bar,
       :ba => baz
    }

    Example: EnforcedHashRocketStyle: table

    # bad
    {
      :foo => bar,
       :ba => baz
    }
    
    # good
    {
      :foo => bar,
      :ba  => baz
    }

    Example: EnforcedColonStyle: key (default)

    # bad
    {
      foo: bar,
       ba: baz
    }
    {
      foo: bar,
      ba:  baz
    }
    
    # good
    {
      foo: bar,
      ba: baz
    }

    Example: EnforcedColonStyle: separator

    # bad
    {
      foo: bar,
      ba: baz
    }
    
    # good
    {
      foo: bar,
       ba: baz
    }

    Example: EnforcedColonStyle: table

    # bad
    {
      foo: bar,
      ba: baz
    }
    
    # good
    {
      foo: bar,
      ba:  baz
    }

    Example: EnforcedLastArgumentHashStyle: always_inspect (default)

    # Inspect both implicit and explicit hashes.
    
    # bad
    do_something(foo: 1,
      bar: 2)
    
    # bad
    do_something({foo: 1,
      bar: 2})
    
    # good
    do_something(foo: 1,
                 bar: 2)
    
    # good
    do_something(
      foo: 1,
      bar: 2
    )
    
    # good
    do_something({foo: 1,
                  bar: 2})
    
    # good
    do_something({
      foo: 1,
      bar: 2
    })

    Example: EnforcedLastArgumentHashStyle: always_ignore

    # Ignore both implicit and explicit hashes.
    
    # good
    do_something(foo: 1,
      bar: 2)
    
    # good
    do_something({foo: 1,
      bar: 2})

    Example: EnforcedLastArgumentHashStyle: ignore_implicit

    # Ignore only implicit hashes.
    
    # bad
    do_something({foo: 1,
      bar: 2})
    
    # good
    do_something(foo: 1,
      bar: 2)

    Example: EnforcedLastArgumentHashStyle: ignore_explicit

    # Ignore only explicit hashes.
    
    # bad
    do_something(foo: 1,
      bar: 2)
    
    # good
    do_something({foo: 1,
      bar: 2})

    Align the elements of a hash literal if they span more than one line.
    Open

                  kind:     rule.kind

    Check that the keys, separators, and values of a multi-line hash literal are aligned according to configuration. The configuration options are:

    - key (left align keys, one space before hash rockets and values)
    - separator (align hash rockets and colons, right align keys)
    - table (left align keys, hash rockets, and values)

    The treatment of hashes passed as the last argument to a method call can also be configured. The options are:

    - always_inspect
    - always_ignore
    - ignore_implicit (without curly braces)

    Alternatively you can specify multiple allowed styles. That's done by passing a list of styles to EnforcedStyles.

    Example: EnforcedHashRocketStyle: key (default)

    # bad
    {
      :foo => bar,
       :ba => baz
    }
    {
      :foo => bar,
      :ba  => baz
    }
    
    # good
    {
      :foo => bar,
      :ba => baz
    }

    Example: EnforcedHashRocketStyle: separator

    # bad
    {
      :foo => bar,
      :ba => baz
    }
    {
      :foo => bar,
      :ba  => baz
    }
    
    # good
    {
      :foo => bar,
       :ba => baz
    }

    Example: EnforcedHashRocketStyle: table

    # bad
    {
      :foo => bar,
       :ba => baz
    }
    
    # good
    {
      :foo => bar,
      :ba  => baz
    }

    Example: EnforcedColonStyle: key (default)

    # bad
    {
      foo: bar,
       ba: baz
    }
    {
      foo: bar,
      ba:  baz
    }
    
    # good
    {
      foo: bar,
      ba: baz
    }

    Example: EnforcedColonStyle: separator

    # bad
    {
      foo: bar,
      ba: baz
    }
    
    # good
    {
      foo: bar,
       ba: baz
    }

    Example: EnforcedColonStyle: table

    # bad
    {
      foo: bar,
      ba: baz
    }
    
    # good
    {
      foo: bar,
      ba:  baz
    }

    Example: EnforcedLastArgumentHashStyle: always_inspect (default)

    # Inspect both implicit and explicit hashes.
    
    # bad
    do_something(foo: 1,
      bar: 2)
    
    # bad
    do_something({foo: 1,
      bar: 2})
    
    # good
    do_something(foo: 1,
                 bar: 2)
    
    # good
    do_something(
      foo: 1,
      bar: 2
    )
    
    # good
    do_something({foo: 1,
                  bar: 2})
    
    # good
    do_something({
      foo: 1,
      bar: 2
    })

    Example: EnforcedLastArgumentHashStyle: always_ignore

    # Ignore both implicit and explicit hashes.
    
    # good
    do_something(foo: 1,
      bar: 2)
    
    # good
    do_something({foo: 1,
      bar: 2})

    Example: EnforcedLastArgumentHashStyle: ignore_implicit

    # Ignore only implicit hashes.
    
    # bad
    do_something({foo: 1,
      bar: 2})
    
    # good
    do_something(foo: 1,
      bar: 2)

    Example: EnforcedLastArgumentHashStyle: ignore_explicit

    # Ignore only explicit hashes.
    
    # bad
    do_something(foo: 1,
      bar: 2)
    
    # good
    do_something({foo: 1,
      bar: 2})

    Line is too long. [119/100]
    Open

              mapping.external_reference = external_reference(mapping_by_key[[formula.id, 0]]) unless mapping_by_key.empty?

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