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credo
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A static code analysis tool with a focus on code consistency and teaching.
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Files
lib/credo/cli/options.ex
defmodule Credo.CLI.Options do
@moduledoc """
The `Options` struct represents the options given on the command line.
The `Options` struct is stored as part of the `Execution` struct.
"""
alias Credo.Priority
defstruct command: nil,
path: nil,
args: [],
switches: nil,
unknown_switches: [],
unknown_args: []
@deprecated "Options.parse/7 is deprecated, use Options.parse/8 instead"
def parse(
argv,
current_dir,
command_names,
given_command_name,
ignored_args,
switches_definition,
aliases
) do
parse(
true,
argv,
current_dir,
command_names,
given_command_name,
ignored_args,
switches_definition,
aliases
)
end
@doc """
Returns a `Options` struct for the given parameters.
"""
def parse(
use_strict_parser?,
argv,
current_dir,
command_names,
given_command_name,
ignored_args,
switches_definition,
aliases,
treat_unknown_args_as_files? \\ false
)
def parse(
true = _use_strict_parser?,
argv,
current_dir,
command_names,
given_command_name,
ignored_args,
switches_definition,
aliases,
treat_unknown_args_as_files?
) do
argv
|> OptionParser.parse(strict: switches_definition, aliases: aliases)
|> parse_result(
current_dir,
command_names,
given_command_name,
ignored_args,
switches_definition,
treat_unknown_args_as_files?
)
end
def parse(
false = _use_strict_parser?,
argv,
current_dir,
command_names,
given_command_name,
ignored_args,
switches_definition,
aliases,
treat_unknown_args_as_files?
) do
argv
|> OptionParser.parse(switches: switches_definition, aliases: aliases)
|> parse_result(
current_dir,
command_names,
given_command_name,
ignored_args,
[],
treat_unknown_args_as_files?
)
end
defp parse_result(
{switches_keywords, args, unknown_switches_keywords},
current_dir,
command_names,
given_command_name,
ignored_args,
switches_definition,
treat_unknown_args_as_files?
) do
args = Enum.reject(args, &Enum.member?(ignored_args, &1))
{command, path, unknown_args} =
split_args(args, current_dir, command_names, switches_keywords[:working_dir])
{switches_keywords, extra_unknown_switches} = patch_switches(switches_keywords)
switch_definitions_for_lists =
Enum.filter(switches_definition, fn
{_name, :keep} -> true
{_name, [_, :keep]} -> true
{_name, _value} -> false
end)
switches_with_lists_as_map =
switch_definitions_for_lists
|> Enum.map(fn {name, _value} ->
{name, Keyword.get_values(switches_keywords, name)}
end)
|> Enum.into(%{})
switches =
switches_keywords
|> Enum.into(%{})
|> Map.merge(switches_with_lists_as_map)
{path, switches} =
if File.dir?(path) do
switches =
if treat_unknown_args_as_files? do
Map.put(switches, :files_included, unknown_args)
else
switches
end
{path, switches}
else
files_included =
if treat_unknown_args_as_files? do
[path] ++ unknown_args
else
[path]
end
{current_dir, Map.put(switches, :files_included, files_included)}
end
args =
if treat_unknown_args_as_files? do
[]
else
unknown_args
end
%__MODULE__{
command: command || given_command_name,
path: path,
args: args,
switches: switches,
unknown_switches: unknown_switches_keywords ++ extra_unknown_switches
}
end
defp patch_switches(switches_keywords) do
{switches, unknowns} = Enum.map_reduce(switches_keywords, [], &patch_switch/2)
switches = Enum.reject(switches, &(&1 == nil))
{switches, unknowns}
end
defp patch_switch({:min_priority, str}, unknowns) do
priority = priority_as_name(str) || priority_as_number(str)
case priority do
nil -> {nil, [{"--min-priority", str} | unknowns]}
int -> {{:min_priority, int}, unknowns}
end
end
defp patch_switch(switch, unknowns), do: {switch, unknowns}
defp priority_as_name(str), do: Priority.to_integer(str)
defp priority_as_number(str) do
case Integer.parse(str) do
{int, ""} -> int
_ -> nil
end
end
defp split_args([], current_dir, _, nil) do
{path, unknown_args} = extract_path([], current_dir)
{nil, path, unknown_args}
end
defp split_args([], _current_dir, _, given_working_dir) do
{nil, given_working_dir, []}
end
defp split_args([head | tail] = args, current_dir, command_names, nil) do
if Enum.member?(command_names, head) do
{path, unknown_args} = extract_path(tail, current_dir)
{head, path, unknown_args}
else
{path, unknown_args} = extract_path(args, current_dir)
{nil, path, unknown_args}
end
end
defp split_args([head | tail] = args, _current_dir, command_names, given_working_dir) do
if Enum.member?(command_names, head) do
{head, given_working_dir, tail}
else
{nil, given_working_dir, args}
end
end
defp extract_path([], base_dir) do
{base_dir, []}
end
defp extract_path([path | tail] = args, base_dir) do
if File.exists?(path) or path =~ ~r/[\?\*]/ do
{path, tail}
else
path_with_base = Path.join(base_dir, path)
if File.exists?(path_with_base) do
{path_with_base, tail}
else
{base_dir, args}
end
end
end
end