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require File.expand_path('../helper', __FILE__)
class TestRakeFileList < Rake::TestCase
FileList = Rake::FileList
def setup
super
create_test_data
end
def teardown
# FileList.select_default_ignore_patterns
FileUtils.rm_rf("testdata")
super
end
def test_delegating_methods_do_not_include_to_a_or_to_ary
assert ! FileList::DELEGATING_METHODS.include?("to_a"), "should not include to_a"
assert ! FileList::DELEGATING_METHODS.include?(:to_a), "should not include to_a"
assert ! FileList::DELEGATING_METHODS.include?("to_ary"), "should not include to_ary"
assert ! FileList::DELEGATING_METHODS.include?(:to_ary), "should not include to_ary"
end
def test_create
fl = FileList.new
assert_equal 0, fl.size
end
def test_create_with_args
fl = FileList.new("testdata/*.c", "x")
assert_equal ["testdata/abc.c", "testdata/x.c", "testdata/xyz.c", "x"].sort,
fl.sort
end
def test_create_with_block
fl = FileList.new { |f| f.include("x") }
assert_equal ["x"], fl.resolve
end
def test_create_with_brackets
fl = FileList["testdata/*.c", "x"]
assert_equal ["testdata/abc.c", "testdata/x.c", "testdata/xyz.c", "x"].sort,
fl.sort
end
def test_create_with_brackets_and_filelist
fl = FileList[FileList["testdata/*.c", "x"]]
assert_equal ["testdata/abc.c", "testdata/x.c", "testdata/xyz.c", "x"].sort,
fl.sort
end
def test_include_with_another_array
fl = FileList.new.include(["x", "y", "z"])
assert_equal ["x", "y", "z"].sort, fl.sort
end
def test_include_with_another_filelist
fl = FileList.new.include(FileList["testdata/*.c", "x"])
assert_equal ["testdata/abc.c", "testdata/x.c", "testdata/xyz.c", "x"].sort,
fl.sort
end
def test_append
fl = FileList.new
fl << "a.rb" << "b.rb"
assert_equal ['a.rb', 'b.rb'], fl
end
def test_add_many
fl = FileList.new
fl.include %w(a d c)
fl.include('x', 'y')
assert_equal ['a', 'd', 'c', 'x', 'y'], fl
assert_equal ['a', 'd', 'c', 'x', 'y'], fl.resolve
end
def test_add_return
f = FileList.new
g = f << "x"
assert_equal f.object_id, g.object_id
h = f.include("y")
assert_equal f.object_id, h.object_id
end
def test_match
fl = FileList.new
fl.include('test/test_*.rb')
assert fl.include?("test/test_rake_file_list.rb")
assert fl.size > 3
fl.each { |fn| assert_match(/\.rb$/, fn) }
end
def test_add_matching
fl = FileList.new
fl << "a.java"
fl.include("test/*.rb")
assert_equal "a.java", fl[0]
assert fl.size > 2
assert fl.include?("test/test_rake_file_list.rb")
end
def test_multiple_patterns
create_test_data
fl = FileList.new
fl.include('*.c', '*xist*')
assert_equal [], fl
fl.include('testdata/*.c', 'testdata/*xist*')
assert_equal [
'testdata/x.c', 'testdata/xyz.c', 'testdata/abc.c', 'testdata/existing'
].sort, fl.sort
end
def test_square_bracket_pattern
fl = FileList.new
fl.include("testdata/abc.[ch]")
assert fl.size == 2
assert fl.include?("testdata/abc.c")
assert fl.include?("testdata/abc.h")
end
def test_curly_bracket_pattern
fl = FileList.new
fl.include("testdata/abc.{c,h}")
assert fl.size == 2
assert fl.include?("testdata/abc.c")
assert fl.include?("testdata/abc.h")
end
def test_reject
fl = FileList.new
fl.include %w(testdata/x.c testdata/abc.c testdata/xyz.c testdata/existing)
fl.reject! { |fn| fn =~ %r{/x} }
assert_equal [
'testdata/abc.c', 'testdata/existing'
], fl
end
def test_exclude
fl = FileList['testdata/x.c', 'testdata/abc.c', 'testdata/xyz.c', 'testdata/existing']
fl.each { |fn| touch fn, :verbose => false }
x = fl.exclude(%r{/x.+\.})
assert_equal FileList, x.class
assert_equal %w(testdata/x.c testdata/abc.c testdata/existing), fl
assert_equal fl.object_id, x.object_id
fl.exclude('testdata/*.c')
assert_equal ['testdata/existing'], fl
fl.exclude('testdata/existing')
assert_equal [], fl
end
def test_excluding_via_block
fl = FileList['testdata/a.c', 'testdata/b.c', 'testdata/xyz.c']
fl.exclude { |fn| fn.pathmap('%n') == 'xyz' }
assert fl.exclude?("xyz.c"), "Should exclude xyz.c"
assert_equal ['testdata/a.c', 'testdata/b.c'], fl
end
def test_exclude_return_on_create
fl = FileList['testdata/*'].exclude(/.*\.[hcx]$/)
assert_equal ['testdata/existing', 'testdata/cfiles'].sort, fl.sort
assert_equal FileList, fl.class
end
def test_exclude_with_string_return_on_create
fl = FileList['testdata/*'].exclude('testdata/abc.c')
assert_equal %w(testdata/existing testdata/cfiles testdata/x.c testdata/abc.h testdata/abc.x testdata/xyz.c).sort, fl.sort
assert_equal FileList, fl.class
end
def test_default_exclude
fl = FileList.new
fl.clear_exclude
fl.include("**/*~", "**/*.bak", "**/core")
assert fl.member?("testdata/core"), "Should include core"
assert fl.member?("testdata/x.bak"), "Should include .bak files"
end
def test_unique
fl = FileList.new
fl << "x.c" << "a.c" << "b.rb" << "a.c"
assert_equal ['x.c', 'a.c', 'b.rb', 'a.c'], fl
fl.uniq!
assert_equal ['x.c', 'a.c', 'b.rb'], fl
end
def test_to_string
fl = FileList.new
fl << "a.java" << "b.java"
assert_equal "a.java b.java", fl.to_s
assert_equal "a.java b.java", "#{fl}"
end
def test_to_array
fl = FileList['a.java', 'b.java']
assert_equal ['a.java', 'b.java'], fl.to_a
assert_equal Array, fl.to_a.class
assert_equal ['a.java', 'b.java'], fl.to_ary
assert_equal Array, fl.to_ary.class
end
def test_to_s_pending
fl = FileList['testdata/abc.*']
result = fl.to_s
assert_match(%r{testdata/abc\.c}, result)
assert_match(%r{testdata/abc\.h}, result)
assert_match(%r{testdata/abc\.x}, result)
assert_match(%r{(testdata/abc\..\b ?){2}}, result)
end
def test_inspect_pending
fl = FileList['testdata/abc.*']
result = fl.inspect
assert_match(%r{"testdata/abc\.c"}, result)
assert_match(%r{"testdata/abc\.h"}, result)
assert_match(%r{"testdata/abc\.x"}, result)
assert_match(%r|^\[("testdata/abc\..", ){2}"testdata/abc\.."\]$|, result)
end
def test_sub
fl = FileList["testdata/*.c"]
f2 = fl.sub(/\.c$/, ".o")
assert_equal FileList, f2.class
assert_equal ["testdata/abc.o", "testdata/x.o", "testdata/xyz.o"].sort,
f2.sort
f3 = fl.gsub(/\.c$/, ".o")
assert_equal FileList, f3.class
assert_equal ["testdata/abc.o", "testdata/x.o", "testdata/xyz.o"].sort,
f3.sort
end
def test_claim_to_be_a_kind_of_array
fl = FileList['testdata/*.c']
assert fl.is_a?(Array)
assert fl.kind_of?(Array)
end
def test_claim_to_be_a_kind_of_filelist
fl = FileList['testdata/*.c']
assert fl.is_a?(FileList)
assert fl.kind_of?(FileList)
end
def test_claim_to_be_a_filelist_instance
fl = FileList['testdata/*.c']
assert fl.instance_of?(FileList)
end
def test_dont_claim_to_be_an_array_instance
fl = FileList['testdata/*.c']
assert ! fl.instance_of?(Array)
end
def test_sub!
f = "x/a.c"
fl = FileList[f, "x/b.c"]
res = fl.sub!(/\.c$/, ".o")
assert_equal ["x/a.o", "x/b.o"].sort, fl.sort
assert_equal "x/a.c", f
assert_equal fl.object_id, res.object_id
end
def test_sub_with_block
fl = FileList["src/org/onestepback/a.java", "src/org/onestepback/b.java"]
# The block version doesn't work the way I want it to ...
# f2 = fl.sub(%r{^src/(.*)\.java$}) { |x| "classes/" + $1 + ".class" }
f2 = fl.sub(%r{^src/(.*)\.java$}, "classes/\\1.class")
assert_equal [
"classes/org/onestepback/a.class",
"classes/org/onestepback/b.class"
].sort,
f2.sort
end
def test_string_ext
assert_equal "one.net", "one.two".ext("net")
assert_equal "one.net", "one.two".ext(".net")
assert_equal "one.net", "one".ext("net")
assert_equal "one.net", "one".ext(".net")
assert_equal "one.two.net", "one.two.c".ext(".net")
assert_equal "one/two.net", "one/two.c".ext(".net")
assert_equal "one.x/two.net", "one.x/two.c".ext(".net")
assert_equal "one.x/two.net", "one.x/two".ext(".net")
assert_equal ".onerc.net", ".onerc.dot".ext("net")
assert_equal ".onerc.net", ".onerc".ext("net")
assert_equal ".a/.onerc.net", ".a/.onerc".ext("net")
assert_equal "one", "one.two".ext('')
assert_equal "one", "one.two".ext
assert_equal ".one", ".one.two".ext
assert_equal ".one", ".one".ext
assert_equal ".", ".".ext("c")
assert_equal "..", "..".ext("c")
# These only need to work in windows
if Rake::Win32.windows?
assert_equal "one.x\\two.net", "one.x\\two.c".ext(".net")
assert_equal "one.x\\two.net", "one.x\\two".ext(".net")
end
end
def test_filelist_ext
assert_equal FileList['one.c', '.one.c'],
FileList['one.net', '.one'].ext('c')
end
def test_gsub
create_test_data
fl = FileList["testdata/*.c"]
f2 = fl.gsub(/a/, "A")
assert_equal ["testdAtA/Abc.c", "testdAtA/x.c", "testdAtA/xyz.c"].sort,
f2.sort
end
def test_gsub!
create_test_data
f = FileList["testdata/*.c"]
f.gsub!(/a/, "A")
assert_equal ["testdAtA/Abc.c", "testdAtA/x.c", "testdAtA/xyz.c"].sort,
f.sort
end
def test_egrep_returns_0_if_no_matches
files = FileList['test/lib/*_test.rb'].exclude("test/lib/filelist_test.rb")
assert_equal 0, files.egrep(/XYZZY/) { }
end
def test_egrep_with_output
files = FileList['test/test_*.rb']
the_line_number = __LINE__ + 1
out, = capture_io do files.egrep(/PUGH/) end
assert_match(/:#{the_line_number}:/, out)
end
def test_egrep_with_block
files = FileList['test/test_*.rb']
found = nil
the_line_number = __LINE__ + 1
files.egrep(/XYZZY/) do |fn, ln, line |
found = [fn, ln, line]
end
assert_equal 'test/test_rake_file_list.rb', found[0]
assert_equal the_line_number, found[1]
assert_match(/files\.egrep/, found[2])
end
def test_egrep_with_error
files = FileList['test/test_*.rb']
_, err = capture_io do
files.egrep(/ANYTHING/) do |fn, ln, line |
fail "_EGREP_FAILURE_"
end
end
assert_match(/_EGREP_FAILURE_/, err)
end
def test_existing
fl = FileList['testdata/abc.c', 'testdata/notthere.c']
assert_equal ["testdata/abc.c"], fl.existing
assert fl.existing.is_a?(FileList)
end
def test_existing!
fl = FileList['testdata/abc.c', 'testdata/notthere.c']
result = fl.existing!
assert_equal ["testdata/abc.c"], fl
assert_equal fl.object_id, result.object_id
end
def test_ignore_special
f = FileList['testdata/*']
assert ! f.include?("testdata/CVS"), "Should not contain CVS"
assert ! f.include?("testdata/.svn"), "Should not contain .svn"
assert ! f.include?("testdata/.dummy"), "Should not contain dot files"
assert ! f.include?("testdata/x.bak"), "Should not contain .bak files"
assert ! f.include?("testdata/x~"), "Should not contain ~ files"
assert ! f.include?("testdata/core"), "Should not contain core files"
end
def test_clear_ignore_patterns
f = FileList['testdata/*', 'testdata/.svn']
f.clear_exclude
assert f.include?("testdata/abc.c")
assert f.include?("testdata/xyz.c")
assert f.include?("testdata/CVS")
assert f.include?("testdata/.svn")
assert f.include?("testdata/x.bak")
assert f.include?("testdata/x~")
end
def test_exclude_with_alternate_file_seps
fl = FileList.new
assert fl.exclude?("x/CVS/y")
assert fl.exclude?("x\\CVS\\y")
assert fl.exclude?("x/.svn/y")
assert fl.exclude?("x\\.svn\\y")
assert fl.exclude?("x/core")
assert fl.exclude?("x\\core")
end
def test_add_default_exclude_list
fl = FileList.new
fl.exclude(/~\d+$/)
assert fl.exclude?("x/CVS/y")
assert fl.exclude?("x\\CVS\\y")
assert fl.exclude?("x/.svn/y")
assert fl.exclude?("x\\.svn\\y")
assert fl.exclude?("x/core")
assert fl.exclude?("x\\core")
assert fl.exclude?("x/abc~1")
end
def test_basic_array_functions
f = FileList['b', 'c', 'a']
assert_equal 'b', f.first
assert_equal 'b', f[0]
assert_equal 'a', f.last
assert_equal 'a', f[2]
assert_equal 'a', f[-1]
assert_equal ['a', 'b', 'c'], f.sort
f.sort!
assert_equal ['a', 'b', 'c'], f
end
def test_flatten
assert_equal ['a', 'testdata/x.c', 'testdata/xyz.c', 'testdata/abc.c'].sort,
['a', FileList['testdata/*.c']].flatten.sort
end
def test_clone_and_dup
a = FileList['a', 'b', 'c']
c = a.clone
d = a.dup
a << 'd'
assert_equal ['a', 'b', 'c', 'd'], a
assert_equal ['a', 'b', 'c'], c
assert_equal ['a', 'b', 'c'], d
end
def test_dup_and_clone_replicate_taint
a = FileList['a', 'b', 'c']
a.taint
c = a.clone
d = a.dup
assert c.tainted?, "Clone should be tainted"
assert d.tainted?, "Dup should be tainted"
end
def test_duped_items_will_thaw
a = FileList['a', 'b', 'c']
a.freeze
d = a.dup
d << 'more'
assert_equal ['a', 'b', 'c', 'more'], d
end
def test_cloned_items_stay_frozen
a = FileList['a', 'b', 'c']
a.freeze
c = a.clone
assert_raises(TypeError, RuntimeError) do
c << 'more'
end
end
def test_array_comparisons
fl = FileList['b', 'b']
a = ['b', 'a']
b = ['b', 'b']
c = ['b', 'c']
assert_equal( 1, fl <=> a )
assert_equal( 0, fl <=> b )
assert_equal( -1, fl <=> c )
assert_equal( -1, a <=> fl )
assert_equal( 0, b <=> fl )
assert_equal( 1, c <=> fl )
end
def test_array_equality
a = FileList['a', 'b']
b = ['a', 'b']
assert a == b
assert b == a
# assert a.eql?(b)
# assert b.eql?(a)
assert ! a.equal?(b)
assert ! b.equal?(a)
end
def test_enumeration_methods
a = FileList['a', 'b']
b = a.collect { |it| it.upcase }
assert_equal ['A', 'B'], b
assert_equal FileList, b.class
b = a.map { |it| it.upcase }
assert_equal ['A', 'B'], b
assert_equal FileList, b.class
b = a.sort
assert_equal ['a', 'b'], b
assert_equal FileList, b.class
b = a.sort_by { |it| it }
assert_equal ['a', 'b'], b
assert_equal FileList, b.class
b = a.find_all { |it| it == 'b'}
assert_equal ['b'], b
assert_equal FileList, b.class
b = a.select { |it| it.size == 1 }
assert_equal ['a', 'b'], b
assert_equal FileList, b.class
b = a.reject { |it| it == 'b' }
assert_equal ['a'], b
assert_equal FileList, b.class
b = a.grep(/./)
assert_equal ['a', 'b'], b
assert_equal FileList, b.class
b = a.partition { |it| it == 'b' }
assert_equal [['b'], ['a']], b
assert_equal Array, b.class
assert_equal FileList, b[0].class
assert_equal FileList, b[1].class
b = a.zip(['x', 'y']).to_a
assert_equal [['a', 'x'], ['b', 'y']], b
assert_equal Array, b.class
assert_equal Array, b[0].class
assert_equal Array, b[1].class
end
def test_array_operators
a = ['a', 'b']
b = ['c', 'd']
f = FileList['x', 'y']
g = FileList['w', 'z']
r = f + g
assert_equal ['x', 'y', 'w', 'z'], r
assert_equal FileList, r.class
r = a + g
assert_equal ['a', 'b', 'w', 'z'], r
assert_equal Array, r.class
r = f + b
assert_equal ['x', 'y', 'c', 'd'], r
assert_equal FileList, r.class
r = FileList['w', 'x', 'y', 'z'] - f
assert_equal ['w', 'z'], r
assert_equal FileList, r.class
r = FileList['w', 'x', 'y', 'z'] & f
assert_equal ['x', 'y'], r
assert_equal FileList, r.class
r = f * 2
assert_equal ['x', 'y', 'x', 'y'], r
assert_equal FileList, r.class
r = f * ','
assert_equal 'x,y', r
assert_equal String, r.class
r = f | ['a', 'x']
assert_equal ['a', 'x', 'y'].sort, r.sort
assert_equal FileList, r.class
end
def test_other_array_returning_methods
f = FileList['a', nil, 'b']
r = f.compact
assert_equal ['a', 'b'], r
assert_equal FileList, r.class
f = FileList['a', 'b']
r = f.concat(['x', 'y'])
assert_equal ['a', 'b', 'x', 'y'], r
assert_equal FileList, r.class
f = FileList['a', ['b', 'c'], FileList['d', 'e']]
r = f.flatten
assert_equal ['a', 'b', 'c', 'd', 'e'], r
assert_equal FileList, r.class
f = FileList['a', 'b', 'a']
r = f.uniq
assert_equal ['a', 'b'], r
assert_equal FileList, r.class
f = FileList['a', 'b', 'c', 'd']
r = f.values_at(1,3)
assert_equal ['b', 'd'], r
assert_equal FileList, r.class
end
def test_file_utils_can_use_filelists
cfiles = FileList['testdata/*.c']
cp cfiles, @cdir, :verbose => false
assert File.exist?(File.join(@cdir, 'abc.c'))
assert File.exist?(File.join(@cdir, 'xyz.c'))
assert File.exist?(File.join(@cdir, 'x.c'))
end
def create_test_data
verbose(false) do
mkdir "testdata" unless File.exist? "testdata"
mkdir "testdata/CVS" rescue nil
mkdir "testdata/.svn" rescue nil
@cdir = "testdata/cfiles"
mkdir @cdir rescue nil
touch "testdata/.dummy"
touch "testdata/x.bak"
touch "testdata/x~"
touch "testdata/core"
touch "testdata/x.c"
touch "testdata/xyz.c"
touch "testdata/abc.c"
touch "testdata/abc.h"
touch "testdata/abc.x"
touch "testdata/existing"
end
end
end
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