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# frozen_string_literal: true
require "test/unit"
require "etc"
class TestEtc < Test::Unit::TestCase
def test_getlogin
s = Etc.getlogin
return if s == nil
assert(s.is_a?(String), "getlogin must return a String or nil")
assert_predicate(s, :valid_encoding?, "login name should be a valid string")
end
def test_passwd
Etc.passwd do |s|
assert_instance_of(String, s.name)
assert_instance_of(String, s.passwd) if s.respond_to?(:passwd)
assert_kind_of(Integer, s.uid)
assert_kind_of(Integer, s.gid)
assert_instance_of(String, s.gecos) if s.respond_to?(:gecos)
assert_instance_of(String, s.dir)
assert_instance_of(String, s.shell)
assert_kind_of(Integer, s.change) if s.respond_to?(:change)
assert_kind_of(Integer, s.quota) if s.respond_to?(:quota)
assert(s.age.is_a?(Integer) || s.age.is_a?(String)) if s.respond_to?(:age)
assert_instance_of(String, s.uclass) if s.respond_to?(:uclass)
assert_instance_of(String, s.comment) if s.respond_to?(:comment)
assert_kind_of(Integer, s.expire) if s.respond_to?(:expire)
end
Etc.passwd { assert_raise(RuntimeError) { Etc.passwd { } }; break }
end
def test_getpwuid
# password database is not unique on UID, and which entry will be
# returned by getpwuid() is not specified.
passwd = Hash.new {[]}
# on MacOSX, same entries are returned from /etc/passwd and Open
# Directory.
Etc.passwd {|s| passwd[s.uid] |= [s]}
passwd.each_pair do |uid, s|
assert_include(s, Etc.getpwuid(uid))
end
s = passwd[Process.euid]
unless s.empty?
assert_include(s, Etc.getpwuid)
end
end
def test_getpwnam
passwd = {}
Etc.passwd do |s|
passwd[s.name] ||= s unless /\A\+/ =~ s.name
end
passwd.each_value do |s|
assert_equal(s, Etc.getpwnam(s.name))
end
end
def test_passwd_with_low_level_api
a = []
Etc.passwd {|s| a << s }
b = []
Etc.setpwent
while s = Etc.getpwent
b << s
end
Etc.endpwent
assert_equal(a, b)
end
def test_group
Etc.group do |s|
assert_instance_of(String, s.name)
assert_instance_of(String, s.passwd) if s.respond_to?(:passwd)
assert_kind_of(Integer, s.gid)
end
Etc.group { assert_raise(RuntimeError) { Etc.group { } }; break }
end
def test_getgrgid
# group database is not unique on GID, and which entry will be
# returned by getgrgid() is not specified.
groups = Hash.new {[]}
# on MacOSX, same entries are returned from /etc/group and Open
# Directory.
Etc.group {|s| groups[s.gid] |= [[s.name, s.gid]]}
groups.each_pair do |gid, s|
g = Etc.getgrgid(gid)
assert_include(s, [g.name, g.gid])
end
s = groups[Process.egid]
unless s.empty?
g = Etc.getgrgid
assert_include(s, [g.name, g.gid])
end
end
def test_getgrnam
groups = Hash.new {[]}
Etc.group do |s|
groups[s.name] |= [s.gid] unless /\A\+/ =~ s.name
end
groups.each_pair do |n, s|
assert_include(s, Etc.getgrnam(n).gid)
end
end
def test_group_with_low_level_api
a = []
Etc.group {|s| a << s }
b = []
Etc.setgrent
while s = Etc.getgrent
b << s
end
Etc.endgrent
assert_equal(a, b)
end
def test_uname
begin
uname = Etc.uname
rescue NotImplementedError
return
end
assert_kind_of(Hash, uname)
[:sysname, :nodename, :release, :version, :machine].each {|sym|
assert_operator(uname, :has_key?, sym)
assert_kind_of(String, uname[sym])
}
end
def test_sysconf
begin
Etc.sysconf
rescue NotImplementedError
return
rescue ArgumentError
end
assert_kind_of(Integer, Etc.sysconf(Etc::SC_CLK_TCK))
end if defined?(Etc::SC_CLK_TCK)
def test_confstr
begin
Etc.confstr
rescue NotImplementedError
return
rescue ArgumentError
end
assert_kind_of(String, Etc.confstr(Etc::CS_PATH))
end if defined?(Etc::CS_PATH)
def test_pathconf
begin
Etc.confstr
rescue NotImplementedError
return
rescue ArgumentError
end
IO.pipe {|r, w|
val = w.pathconf(Etc::PC_PIPE_BUF)
assert(val.nil? || val.kind_of?(Integer))
}
end if defined?(Etc::PC_PIPE_BUF)
def test_nprocessors
n = Etc.nprocessors
assert_operator(1, :<=, n)
end
end
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