File: //usr/local/rvm/src/ruby-3.0.2/test/net/ftp/test_ftp.rb
# frozen_string_literal: true
require "net/ftp"
require "test/unit"
require "ostruct"
require "stringio"
require "tempfile"
require "tmpdir"
class FTPTest < Test::Unit::TestCase
SERVER_NAME = "localhost"
SERVER_ADDR =
begin
Addrinfo.getaddrinfo(SERVER_NAME, 0, nil, :STREAM)[0].ip_address
rescue SocketError
"127.0.0.1"
end
CA_FILE = File.expand_path("../fixtures/cacert.pem", __dir__)
SERVER_KEY = File.expand_path("../fixtures/server.key", __dir__)
SERVER_CERT = File.expand_path("../fixtures/server.crt", __dir__)
def setup
@thread = nil
@default_passive = Net::FTP.default_passive
Net::FTP.default_passive = false
end
def teardown
Net::FTP.default_passive = @default_passive
if @thread
@thread.join
end
end
def test_not_connected
ftp = Net::FTP.new
assert_raise(Net::FTPConnectionError) do
ftp.quit
end
end
def test_closed_when_not_connected
ftp = Net::FTP.new
assert_equal(true, ftp.closed?)
assert_nothing_raised(Net::FTPConnectionError) do
ftp.close
end
end
def test_connect_fail
server = create_ftp_server { |sock|
sock.print("421 Service not available, closing control connection.\r\n")
}
begin
ftp = Net::FTP.new
assert_raise(Net::FTPTempError){ ftp.connect(SERVER_ADDR, server.port) }
ensure
ftp.close if ftp
server.close
end
end
def test_parse227
ftp = Net::FTP.new(nil, use_pasv_ip: true)
host, port = ftp.send(:parse227, "227 Entering Passive Mode (192,168,0,1,12,34)")
assert_equal("192.168.0.1", host)
assert_equal(3106, port)
assert_raise(Net::FTPReplyError) do
ftp.send(:parse227, "500 Syntax error")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse227, "227 Entering Passive Mode")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse227, "227 Entering Passive Mode (192,168,0,1,12,34,56)")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse227, "227 Entering Passive Mode (192,168,0,1)")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse227, "227 ) foo bar (")
end
ftp = Net::FTP.new
sock = OpenStruct.new
sock.remote_address = OpenStruct.new
sock.remote_address.ip_address = "10.0.0.1"
ftp.instance_variable_set(:@bare_sock, sock)
host, port = ftp.send(:parse227, "227 Entering Passive Mode (192,168,0,1,12,34)")
assert_equal("10.0.0.1", host)
end
def test_parse228
ftp = Net::FTP.new
host, port = ftp.send(:parse228, "228 Entering Long Passive Mode (4,4,192,168,0,1,2,12,34)")
assert_equal("192.168.0.1", host)
assert_equal(3106, port)
host, port = ftp.send(:parse228, "228 Entering Long Passive Mode (6,16,16,128,0,0,0,0,0,0,0,8,8,0,32,12,65,122,2,12,34)")
assert_equal("1080:0000:0000:0000:0008:0800:200c:417a", host)
assert_equal(3106, port)
assert_raise(Net::FTPReplyError) do
ftp.send(:parse228, "500 Syntax error")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse228, "228 Entering Passive Mode")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse228, "228 Entering Long Passive Mode (6,4,192,168,0,1,2,12,34)")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse228, "228 Entering Long Passive Mode (4,4,192,168,0,1,3,12,34,56)")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse228, "228 Entering Long Passive Mode (4,16,16,128,0,0,0,0,0,0,0,8,8,0,32,12,65,122,2,12,34)")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse228, "228 Entering Long Passive Mode (6,16,16,128,0,0,0,0,0,0,0,8,8,0,32,12,65,122,3,12,34,56)")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse228, "228 Entering Long Passive Mode (6,16,16,128,0,0,0,0,0,0,0,8,8,0,32,12,65,122,2,12,34,56)")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse227, "227 ) foo bar (")
end
end
def test_parse229
ftp = Net::FTP.new
sock = OpenStruct.new
sock.remote_address = OpenStruct.new
sock.remote_address.ip_address = "1080:0000:0000:0000:0008:0800:200c:417a"
ftp.instance_variable_set(:@bare_sock, sock)
host, port = ftp.send(:parse229, "229 Entering Passive Mode (|||3106|)")
assert_equal("1080:0000:0000:0000:0008:0800:200c:417a", host)
assert_equal(3106, port)
host, port = ftp.send(:parse229, "229 Entering Passive Mode (!!!3106!)")
assert_equal("1080:0000:0000:0000:0008:0800:200c:417a", host)
assert_equal(3106, port)
host, port = ftp.send(:parse229, "229 Entering Passive Mode (~~~3106~)")
assert_equal("1080:0000:0000:0000:0008:0800:200c:417a", host)
assert_equal(3106, port)
assert_raise(Net::FTPReplyError) do
ftp.send(:parse229, "500 Syntax error")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse229, "229 Entering Passive Mode")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse229, "229 Entering Passive Mode (|!!3106!)")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse229, "229 Entering Passive Mode ( 3106 )")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse229, "229 Entering Passive Mode (\x7f\x7f\x7f3106\x7f)")
end
assert_raise(Net::FTPProtoError) do
ftp.send(:parse229, "229 ) foo bar (")
end
end
def test_parse_pasv_port
ftp = Net::FTP.new
assert_equal(12, ftp.send(:parse_pasv_port, "12"))
assert_equal(3106, ftp.send(:parse_pasv_port, "12,34"))
assert_equal(795192, ftp.send(:parse_pasv_port, "12,34,56"))
assert_equal(203569230, ftp.send(:parse_pasv_port, "12,34,56,78"))
end
def test_login
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_login_fail1
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("502 Command not implemented.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
assert_raise(Net::FTPPermError){ ftp.login }
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_login_fail2
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("530 Not logged in.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
assert_raise(Net::FTPPermError){ ftp.login }
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_implicit_login
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("332 Need account for login.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
begin
ftp = Net::FTP.new(SERVER_ADDR,
port: server.port,
username: "foo",
password: "bar",
account: "baz")
assert_equal("USER foo\r\n", commands.shift)
assert_equal("PASS bar\r\n", commands.shift)
assert_equal("ACCT baz\r\n", commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_s_open
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
Net::FTP.open(SERVER_ADDR, port: server.port, username: "anonymous") do
end
assert_equal("USER anonymous\r\n", commands.shift)
assert_equal("PASS anonymous@\r\n", commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
server.close
end
end
def test_s_new_timeout_options
ftp = Net::FTP.new
assert_equal(nil, ftp.open_timeout)
assert_equal(60, ftp.read_timeout)
ftp = Net::FTP.new(nil, open_timeout: 123, read_timeout: 234)
assert_equal(123, ftp.open_timeout)
assert_equal(234, ftp.read_timeout)
end
# TODO: How can we test open_timeout? sleep before accept cannot delay
# connections.
def _test_open_timeout_exceeded
commands = []
server = create_ftp_server(0.2) { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.open_timeout = 0.1
ftp.connect(SERVER_ADDR, server.port)
assert_raise(Net::OpenTimeout) do
ftp.login
end
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_read_timeout_exceeded
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sleep(0.1)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sleep(2.0) # Net::ReadTimeout
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sleep(0.1)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout = 0.4
ftp.connect(SERVER_ADDR, server.port)
assert_raise(Net::ReadTimeout) do
ftp.login
end
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_read_timeout_not_exceeded
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sleep(0.1)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sleep(0.1)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sleep(0.1)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout = 1.0
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close
assert_equal(1.0, ftp.read_timeout)
end
ensure
server.close
end
end
def test_list_read_timeout_exceeded
commands = []
list_lines = [
"-rw-r--r-- 1 0 0 0 Mar 30 11:22 foo.txt",
"-rw-r--r-- 1 0 0 0 Mar 30 11:22 bar.txt",
"-rw-r--r-- 1 0 0 0 Mar 30 11:22 baz.txt"
]
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to ASCII mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Here comes the directory listing.\r\n")
begin
conn = TCPSocket.new(host, port)
list_lines.each_with_index do |l, i|
if i == 1
sleep(0.5)
else
sleep(0.1)
end
conn.print(l, "\r\n")
end
rescue Errno::EPIPE, Errno::ECONNRESET
ensure
assert_nil($!)
conn.close
end
sock.print("226 Directory send OK.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout = 0.2
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_raise(Net::ReadTimeout) do
ftp.list
end
assert_equal("TYPE A\r\n", commands.shift)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("LIST\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_list_read_timeout_not_exceeded
commands = []
list_lines = [
"-rw-r--r-- 1 0 0 0 Mar 30 11:22 foo.txt",
"-rw-r--r-- 1 0 0 0 Mar 30 11:22 bar.txt",
"-rw-r--r-- 1 0 0 0 Mar 30 11:22 baz.txt"
]
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to ASCII mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Here comes the directory listing.\r\n")
conn = TCPSocket.new(host, port)
list_lines.each do |l|
sleep(0.1)
conn.print(l, "\r\n")
end
conn.close
sock.print("226 Directory send OK.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout = 1.0
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(list_lines, ftp.list)
assert_equal("TYPE A\r\n", commands.shift)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("LIST\r\n", commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_list_fail
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to ASCII mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("553 Requested action not taken.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
[host, port]
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_raise(Net::FTPPermError){ ftp.list }
assert_equal("TYPE A\r\n", commands.shift)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("LIST\r\n", commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_open_data_port_fail_no_leak
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to ASCII mode.\r\n")
line = sock.gets
commands.push(line)
sock.print("421 Service not available, closing control connection.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_raise(Net::FTPTempError){ ftp.list }
assert_equal("TYPE A\r\n", commands.shift)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_retrbinary_read_timeout_exceeded
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo (#{binary_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
sleep(0.1)
conn.print(binary_data[0,1024])
sleep(1.0)
conn.print(binary_data[1024, 1024]) rescue nil # may raise EPIPE or something
conn.close
sock.print("226 Transfer complete.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout = 0.5
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
buf = String.new
assert_raise(Net::ReadTimeout) do
ftp.retrbinary("RETR foo", 1024) do |s|
buf << s
end
end
assert_equal(1024, buf.bytesize)
assert_equal(binary_data[0, 1024], buf)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close unless ftp.closed?
end
ensure
server.close
end
end
def test_retrbinary_read_timeout_not_exceeded
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo (#{binary_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
binary_data.scan(/.{1,1024}/nm) do |s|
sleep(0.2)
conn.print(s)
end
conn.shutdown(Socket::SHUT_WR)
conn.read
conn.close
sock.print("226 Transfer complete.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout = 1.0
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
buf = String.new
ftp.retrbinary("RETR foo", 1024) do |s|
buf << s
end
assert_equal(binary_data.bytesize, buf.bytesize)
assert_equal(binary_data, buf)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_retrbinary_fail
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("550 Requested action not taken.\r\n")
[host, port]
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_raise(Net::FTPPermError){ ftp.retrbinary("RETR foo", 1024) }
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_getbinaryfile
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo (#{binary_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
binary_data.scan(/.{1,1024}/nm) do |s|
conn.print(s)
end
conn.shutdown(Socket::SHUT_WR)
conn.read
conn.close
sock.print("226 Transfer complete.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
buf = ftp.getbinaryfile("foo", nil)
assert_equal(binary_data, buf)
assert_equal(Encoding::ASCII_8BIT, buf.encoding)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_getbinaryfile_empty
commands = []
binary_data = ""
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo (#{binary_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
conn.shutdown(Socket::SHUT_WR)
conn.read
conn.close
sock.print("226 Transfer complete.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
buf = ftp.getbinaryfile("foo", nil)
assert_equal(binary_data, buf)
assert_equal(Encoding::ASCII_8BIT, buf.encoding)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_getbinaryfile_with_filename_and_block
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo (#{binary_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
binary_data.scan(/.{1,1024}/nm) do |s|
conn.print(s)
end
conn.shutdown(Socket::SHUT_WR)
conn.read
conn.close
sock.print("226 Transfer complete.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
Tempfile.create("foo", external_encoding: "ASCII-8BIT") do |f|
f.binmode
buf = String.new
res = ftp.getbinaryfile("foo", f.path) { |s|
buf << s
}
assert_equal(nil, res)
assert_equal(binary_data, buf)
assert_equal(Encoding::ASCII_8BIT, buf.encoding)
assert_equal(binary_data, f.read)
end
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_getbinaryfile_error
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
sock.print("450 No Dice\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.passive = true
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_raise(Net::FTPTempError) {ftp.getbinaryfile("foo", nil)}
assert_match(/\A(PASV|EPSV)\r\n/, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_storbinary
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
stored_data = nil
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo\r\n")
conn = TCPSocket.new(host, port)
stored_data = conn.read
conn.close
sock.print("226 Transfer complete.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
ftp.storbinary("STOR foo", StringIO.new(binary_data), 1024)
assert_equal(binary_data, stored_data)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("STOR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_storbinary_fail
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("452 Requested file action aborted.\r\n")
[host, port]
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_raise(Net::FTPTempError){ ftp.storbinary("STOR foo", StringIO.new(binary_data), 1024) }
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("STOR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_retrlines
commands = []
text_data = <<EOF.gsub(/\n/, "\r\n")
foo
bar
baz
EOF
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to ASCII mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening TEXT mode data connection for foo (#{text_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
text_data.each_line do |l|
conn.print(l)
end
conn.shutdown(Socket::SHUT_WR)
conn.read
conn.close
sock.print("226 Transfer complete.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
buf = String.new
ftp.retrlines("RETR foo") do |line|
buf << line + "\r\n"
end
assert_equal(text_data.bytesize, buf.bytesize)
assert_equal(text_data, buf)
assert_equal("TYPE A\r\n", commands.shift)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_gettextfile
commands = []
text_data = <<EOF.gsub(/\n/, "\r\n")
foo
bar
baz
EOF
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to ASCII mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening TEXT mode data connection for foo (#{text_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
text_data.each_line do |l|
conn.print(l)
end
conn.shutdown(Socket::SHUT_WR)
conn.read
conn.close
sock.print("226 Transfer complete.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
buf = ftp.gettextfile("foo", nil)
assert_equal(text_data.gsub(/\r\n/, "\n"), buf)
assert_equal(Encoding::ASCII_8BIT, buf.encoding)
assert_equal("TYPE A\r\n", commands.shift)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_gettextfile_with_filename_and_block
commands = []
text_data = <<EOF.gsub(/\n/, "\r\n")
foo
bar
baz
EOF
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to ASCII mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening TEXT mode data connection for foo (#{text_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
text_data.each_line do |l|
conn.print(l)
end
conn.shutdown(Socket::SHUT_WR)
conn.read
conn.close
sock.print("226 Transfer complete.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
Tempfile.create("foo", external_encoding: "ascii-8bit") do |f|
buf = String.new
res = ftp.gettextfile("foo", f.path) { |s|
buf << s << "\n"
}
assert_equal(nil, res)
assert_equal(text_data.gsub(/\r\n/, "\n"), buf)
assert_equal(Encoding::ASCII_8BIT, buf.encoding)
assert_equal(buf, f.read)
end
assert_equal("TYPE A\r\n", commands.shift)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_getbinaryfile_in_list
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join
list_lines = [
"-rw-r--r-- 1 0 0 0 Mar 30 11:22 foo.txt",
"-rw-r--r-- 1 0 0 0 Mar 30 11:22 bar.txt",
"-rw-r--r-- 1 0 0 0 Mar 30 11:22 baz.bin"
]
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to ASCII mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Here comes the directory listing.\r\n")
conn = TCPSocket.new(host, port)
list_lines.each_with_index do |l, i|
conn.print(l, "\r\n")
end
conn.close
sock.print("226 Directory send OK.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo (#{binary_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
conn.print(binary_data)
conn.close
sock.print("226 Transfer complete.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
ftp.list do |line|
file = line.slice(/(\S*\.bin)\z/)
if file
data = ftp.getbinaryfile(file, nil)
assert_equal(binary_data, data)
end
end
assert_equal("TYPE A\r\n", commands.shift)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("LIST\r\n", commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR baz.bin\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_abort
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("225 No transfer to ABOR.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
ftp.abort
assert_equal("ABOR\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_status
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("211 End of status\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
ftp.status
assert_equal("STAT\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_status_path
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("213 End of status\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
ftp.status "/"
assert_equal("STAT /\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_pathnames
require 'pathname'
commands = []
server = create_ftp_server(0.2) { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("257 'foo' directory created.\r\n")
commands.push(sock.gets)
sock.print("250 CWD command successful.\r\n")
commands.push(sock.gets)
sock.print("250 CWD command successful.\r\n")
commands.push(sock.gets)
sock.print("250 RMD command successful.\r\n")
commands.push(sock.gets)
sock.print("213 test.txt Fri, 11 Jan 2013 11:20:41 -0500.\r\n")
commands.push(sock.gets)
sock.print("213 test.txt 16.\r\n")
commands.push(sock.gets)
sock.print("350 File exists, ready for destination name\r\n")
commands.push(sock.gets)
sock.print("250 RNTO command successful.\r\n")
commands.push(sock.gets)
sock.print("250 DELE command successful.\r\n")
}
begin
begin
dir = Pathname.new("foo")
file = Pathname.new("test.txt")
file2 = Pathname.new("test2.txt")
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
ftp.login
ftp.mkdir(dir)
ftp.chdir(dir)
ftp.chdir("..")
ftp.rmdir(dir)
ftp.mdtm(file)
ftp.size(file)
ftp.rename(file, file2)
ftp.delete(file)
# TODO: These commented tests below expose the error but don't test anything:
# TypeError: no implicit conversion of Pathname into String
# ftp.nlst(dir)
# ftp.putbinaryfile(Pathname.new("/etc/hosts"), file2)
# ftp.puttextfile(Pathname.new("/etc/hosts"), file2)
# ftp.gettextfile(Pathname.new("/etc/hosts"), file2)
# ftp.getbinaryfile(Pathname.new("/etc/hosts"), file2)
# ftp.list(dir, dir, dir)
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_match(/\ATYPE /, commands.shift)
assert_match(/\AMKD /, commands.shift)
assert_match(/\ACWD /, commands.shift)
assert_match(/\ACDUP/, commands.shift)
assert_match(/\ARMD /, commands.shift)
assert_match(/\AMDTM /, commands.shift)
assert_match(/\ASIZE /, commands.shift)
assert_match(/\ARNFR /, commands.shift)
assert_match(/\ARNTO /, commands.shift)
assert_match(/\ADELE /, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_getmultiline
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
sock.print("123- foo\r\n")
sock.print("bar\r\n")
sock.print(" 123 baz\r\n")
sock.print("123 quux\r\n")
sock.print("123 foo\r\n")
sock.print("foo\r\n")
sock.print("\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
assert_equal("123- foo\nbar\n 123 baz\n123 quux\n",
ftp.send(:getmultiline))
assert_equal("123 foo\n", ftp.send(:getmultiline))
assert_equal("foo\n", ftp.send(:getmultiline))
assert_equal("\n", ftp.send(:getmultiline))
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_size
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("213 12345\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
assert_equal(12345, ftp.size("foo.txt"))
assert_match("SIZE foo.txt\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_mdtm
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("213 20150910161739\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
assert_equal("20150910161739", ftp.mdtm("foo.txt"))
assert_match("MDTM foo.txt\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_mtime
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("213 20150910161739\r\n")
commands.push(sock.gets)
sock.print("213 20150910161739\r\n")
commands.push(sock.gets)
sock.print("213 20150910161739.123456\r\n")
commands.push(sock.gets)
sock.print("213 20150910161739.123\r\n")
commands.push(sock.gets)
sock.print("213 20150910161739.123456789\r\n")
commands.push(sock.gets)
sock.print("213 2015091016173\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
assert_equal(Time.utc(2015, 9, 10, 16, 17, 39), ftp.mtime("foo.txt"))
assert_equal(Time.local(2015, 9, 10, 16, 17, 39),
ftp.mtime("foo.txt", true))
assert_equal(Time.utc(2015, 9, 10, 16, 17, 39, 123456),
ftp.mtime("bar.txt"))
assert_equal(Time.utc(2015, 9, 10, 16, 17, 39, 123000),
ftp.mtime("bar.txt"))
assert_equal(Time.utc(2015, 9, 10, 16, 17, 39,
Rational(123456789, 1000)),
ftp.mtime("bar.txt"))
assert_raise(Net::FTPProtoError) do
ftp.mtime("quux.txt")
end
assert_match("MDTM foo.txt\r\n", commands.shift)
assert_match("MDTM foo.txt\r\n", commands.shift)
assert_match("MDTM bar.txt\r\n", commands.shift)
assert_match("MDTM bar.txt\r\n", commands.shift)
assert_match("MDTM bar.txt\r\n", commands.shift)
assert_match("MDTM quux.txt\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_system
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("215 UNIX Type: L8\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
assert_equal("UNIX Type: L8", ftp.system)
assert_match("SYST\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_features
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("211-Features\r\n")
sock.print(" LANG EN*\r\n")
sock.print(" UTF8\r\n")
sock.print("211 End\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect(SERVER_ADDR, server.port)
assert_equal(['LANG EN*', 'UTF8'], ftp.features)
assert_equal("FEAT\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_features_not_implemented
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("502 Not Implemented\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect(SERVER_ADDR, server.port)
assert_raise(Net::FTPPermError) do
ftp.features
end
assert_equal("FEAT\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_option
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp)\r\n")
commands.push(sock.gets)
sock.print("200 OPTS UTF8 command successful\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect(SERVER_ADDR, server.port)
ftp.option("UTF8", "ON")
assert_equal("OPTS UTF8 ON\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_option_not_implemented
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp)\r\n")
commands.push(sock.gets)
sock.print("502 Not implemented\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.connect(SERVER_ADDR, server.port)
assert_raise(Net::FTPPermError) do
ftp.option("UTF8", "ON")
end
assert_equal("OPTS UTF8 ON\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_mlst
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("250- Listing foo\r\n")
sock.print(" Type=file;Unique=FC00U1E554A;Size=1234567;Modify=20131220035929;Perm=r;Unix.mode=0644;Unix.owner=122;Unix.group=0;Unix.ctime=20131220120140;Unix.atime=20131220131139; /foo\r\n")
sock.print("250 End\r\n")
commands.push(sock.gets)
sock.print("250 Malformed response\r\n")
commands.push(sock.gets)
sock.print("250- Listing foo\r\n")
sock.print("\r\n")
sock.print("250 End\r\n")
commands.push(sock.gets)
sock.print("250- Listing foo\r\n")
sock.print(" abc /foo\r\n")
sock.print("250 End\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect(SERVER_ADDR, server.port)
entry = ftp.mlst("foo")
assert_equal("/foo", entry.pathname)
assert_equal("file", entry.facts["type"])
assert_equal("FC00U1E554A", entry.facts["unique"])
assert_equal(1234567, entry.facts["size"])
assert_equal("r", entry.facts["perm"])
assert_equal(0644, entry.facts["unix.mode"])
assert_equal(122, entry.facts["unix.owner"])
assert_equal(0, entry.facts["unix.group"])
modify = entry.facts["modify"]
assert_equal(2013, modify.year)
assert_equal(12, modify.month)
assert_equal(20, modify.day)
assert_equal(3, modify.hour)
assert_equal(59, modify.min)
assert_equal(29, modify.sec)
assert_equal(true, modify.utc?)
ctime = entry.facts["unix.ctime"]
assert_equal(12, ctime.hour)
assert_equal(1, ctime.min)
assert_equal(40, ctime.sec)
atime = entry.facts["unix.atime"]
assert_equal(13, atime.hour)
assert_equal(11, atime.min)
assert_equal(39, atime.sec)
assert_match("MLST foo\r\n", commands.shift)
assert_raise(Net::FTPProtoError) do
ftp.mlst("foo")
end
assert_match("MLST foo\r\n", commands.shift)
assert_raise(Net::FTPProtoError) do
ftp.mlst("foo")
end
assert_match("MLST foo\r\n", commands.shift)
entry = ftp.mlst("foo")
assert_equal("/foo", entry.pathname)
assert_match("MLST foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_mlsd
commands = []
entry_lines = [
"Type=file;Unique=FC00U1E554A;Size=1234567;Modify=20131220035929.123456;Perm=r; foo bar",
"Type=cdir;Unique=FC00U1E554B;Modify=20131220035929;Perm=flcdmpe; .",
"Type=pdir;Unique=FC00U1E554C;Modify=20131220035929;Perm=flcdmpe; ..",
]
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to ASCII mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Here comes the directory listing.\r\n")
begin
conn = TCPSocket.new(host, port)
entry_lines.each do |l|
conn.print(l, "\r\n")
end
rescue Errno::EPIPE
ensure
assert_nil($!)
conn.close
end
sock.print("226 Directory send OK.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
entries = ftp.mlsd("/")
assert_equal(3, entries.size)
assert_equal("foo bar", entries[0].pathname)
assert_equal(".", entries[1].pathname)
assert_equal("..", entries[2].pathname)
assert_equal("file", entries[0].facts["type"])
assert_equal("cdir", entries[1].facts["type"])
assert_equal("pdir", entries[2].facts["type"])
assert_equal("flcdmpe", entries[1].facts["perm"])
modify = entries[0].facts["modify"]
assert_equal(2013, modify.year)
assert_equal(12, modify.month)
assert_equal(20, modify.day)
assert_equal(3, modify.hour)
assert_equal(59, modify.min)
assert_equal(29, modify.sec)
assert_equal(123456, modify.usec)
assert_equal(true, modify.utc?)
assert_equal("TYPE A\r\n", commands.shift)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_match("MLSD /\r\n", commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_parse257
ftp = Net::FTP.new
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
assert_equal('/foo/bar',
ftp.send(:parse257, '257 "/foo/bar" directory created'))
assert_equal('/foo/bar"baz',
ftp.send(:parse257, '257 "/foo/bar""baz" directory created'))
assert_equal('/foo/x"y"z',
ftp.send(:parse257, '257 "/foo/x""y""z" directory created'))
assert_equal('/foo/bar',
ftp.send(:parse257, '257 "/foo/bar" "comment"'))
assert_equal('',
ftp.send(:parse257, '257 "" directory created'))
assert_equal('',
ftp.send(:parse257, '257 directory created'))
assert_raise(Net::FTPReplyError) do
ftp.send(:parse257, "500 Syntax error")
end
end
def test_putline_reject_crlf
ftp = Net::FTP.new
assert_raise(ArgumentError) do
ftp.send(:putline, "\r")
end
assert_raise(ArgumentError) do
ftp.send(:putline, "\n")
end
end
if defined?(OpenSSL::SSL)
def test_tls_unknown_ca
assert_raise(OpenSSL::SSL::SSLError) do
tls_test do |port|
begin
Net::FTP.new(SERVER_NAME,
:port => port,
:ssl => true)
rescue SystemCallError
skip $!
end
end
end
end
def test_tls_with_ca_file
assert_nothing_raised do
tls_test do |port|
begin
Net::FTP.new(SERVER_NAME,
:port => port,
:ssl => { :ca_file => CA_FILE })
rescue SystemCallError
skip $!
end
end
end
end
def test_tls_verify_none
assert_nothing_raised do
tls_test do |port|
Net::FTP.new(SERVER_ADDR,
:port => port,
:ssl => { :verify_mode => OpenSSL::SSL::VERIFY_NONE })
end
end
end
def test_tls_post_connection_check
assert_raise(OpenSSL::SSL::SSLError) do
tls_test do |port|
# SERVER_ADDR is different from the hostname in the certificate,
# so the following code should raise a SSLError.
Net::FTP.new(SERVER_ADDR,
:port => port,
:ssl => { :ca_file => CA_FILE })
end
end
end
def test_active_private_data_connection
server = TCPServer.new(SERVER_ADDR, 0)
port = server.addr[1]
commands = []
session_reused_for_data_connection = nil
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
@thread = Thread.start do
sock = server.accept
begin
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("234 AUTH success.\r\n")
ctx = OpenSSL::SSL::SSLContext.new
ctx.ca_file = CA_FILE
ctx.key = File.open(SERVER_KEY) { |f|
OpenSSL::PKey::RSA.new(f)
}
ctx.cert = File.open(SERVER_CERT) { |f|
OpenSSL::X509::Certificate.new(f)
}
sock = OpenSSL::SSL::SSLSocket.new(sock, ctx)
sock.sync_close = true
begin
sock.accept
commands.push(sock.gets)
sock.print("200 PSBZ success.\r\n")
commands.push(sock.gets)
sock.print("200 PROT success.\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo (#{binary_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
conn = OpenSSL::SSL::SSLSocket.new(conn, ctx)
conn.sync_close = true
conn.accept
session_reused_for_data_connection = conn.session_reused?
binary_data.scan(/.{1,1024}/nm) do |s|
conn.print(s)
end
conn.close
sock.print("226 Transfer complete.\r\n")
rescue OpenSSL::SSL::SSLError
end
ensure
sock.close
server.close
end
end
ftp = Net::FTP.new(SERVER_NAME,
port: port,
ssl: { ca_file: CA_FILE },
passive: false)
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
begin
assert_equal("AUTH TLS\r\n", commands.shift)
assert_equal("PBSZ 0\r\n", commands.shift)
assert_equal("PROT P\r\n", commands.shift)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
buf = ftp.getbinaryfile("foo", nil)
assert_equal(binary_data, buf)
assert_equal(Encoding::ASCII_8BIT, buf.encoding)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
# FIXME: The new_session_cb is known broken for clients in OpenSSL 1.1.0h.
# See https://github.com/openssl/openssl/pull/5967 for details.
if OpenSSL::OPENSSL_LIBRARY_VERSION !~ /OpenSSL 1.1.0h|LibreSSL/
assert_equal(true, session_reused_for_data_connection)
end
ensure
ftp.close
end
end
def test_passive_private_data_connection
server = TCPServer.new(SERVER_ADDR, 0)
port = server.addr[1]
commands = []
session_reused_for_data_connection = nil
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
@thread = Thread.start do
sock = server.accept
begin
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("234 AUTH success.\r\n")
ctx = OpenSSL::SSL::SSLContext.new
ctx.ca_file = CA_FILE
ctx.key = File.open(SERVER_KEY) { |f|
OpenSSL::PKey::RSA.new(f)
}
ctx.cert = File.open(SERVER_CERT) { |f|
OpenSSL::X509::Certificate.new(f)
}
sock = OpenSSL::SSL::SSLSocket.new(sock, ctx)
sock.sync_close = true
begin
sock.accept
commands.push(sock.gets)
sock.print("200 PSBZ success.\r\n")
commands.push(sock.gets)
sock.print("200 PROT success.\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
data_server = create_data_connection_server(sock)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo (#{binary_data.size} bytes)\r\n")
conn = data_server.accept
conn = OpenSSL::SSL::SSLSocket.new(conn, ctx)
conn.sync_close = true
conn.accept
session_reused_for_data_connection = conn.session_reused?
binary_data.scan(/.{1,1024}/nm) do |s|
conn.print(s)
end
conn.close
data_server.close
sock.print("226 Transfer complete.\r\n")
rescue OpenSSL::SSL::SSLError
end
ensure
sock.close
server.close
end
end
ftp = Net::FTP.new(SERVER_NAME,
port: port,
ssl: { ca_file: CA_FILE },
passive: true)
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
begin
assert_equal("AUTH TLS\r\n", commands.shift)
assert_equal("PBSZ 0\r\n", commands.shift)
assert_equal("PROT P\r\n", commands.shift)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
buf = ftp.getbinaryfile("foo", nil)
assert_equal(binary_data, buf)
assert_equal(Encoding::ASCII_8BIT, buf.encoding)
assert_match(/\A(PASV|EPSV)\r\n/, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
# FIXME: The new_session_cb is known broken for clients in OpenSSL 1.1.0h.
if OpenSSL::OPENSSL_LIBRARY_VERSION !~ /OpenSSL 1.1.0h|LibreSSL/
assert_equal(true, session_reused_for_data_connection)
end
ensure
ftp.close
end
end
def test_active_clear_data_connection
server = TCPServer.new(SERVER_ADDR, 0)
port = server.addr[1]
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
@thread = Thread.start do
sock = server.accept
begin
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("234 AUTH success.\r\n")
ctx = OpenSSL::SSL::SSLContext.new
ctx.ca_file = CA_FILE
ctx.key = File.open(SERVER_KEY) { |f|
OpenSSL::PKey::RSA.new(f)
}
ctx.cert = File.open(SERVER_CERT) { |f|
OpenSSL::X509::Certificate.new(f)
}
sock = OpenSSL::SSL::SSLSocket.new(sock, ctx)
sock.sync_close = true
begin
sock.accept
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo (#{binary_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
binary_data.scan(/.{1,1024}/nm) do |s|
conn.print(s)
end
conn.close
sock.print("226 Transfer complete.\r\n")
rescue OpenSSL::SSL::SSLError
end
ensure
sock.close
server.close
end
end
ftp = Net::FTP.new(SERVER_NAME,
port: port,
ssl: { ca_file: CA_FILE },
private_data_connection: false,
passive: false)
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
begin
assert_equal("AUTH TLS\r\n", commands.shift)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
buf = ftp.getbinaryfile("foo", nil)
assert_equal(binary_data, buf)
assert_equal(Encoding::ASCII_8BIT, buf.encoding)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close
end
end
def test_passive_clear_data_connection
server = TCPServer.new(SERVER_ADDR, 0)
port = server.addr[1]
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
@thread = Thread.start do
sock = server.accept
begin
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("234 AUTH success.\r\n")
ctx = OpenSSL::SSL::SSLContext.new
ctx.ca_file = CA_FILE
ctx.key = File.open(SERVER_KEY) { |f|
OpenSSL::PKey::RSA.new(f)
}
ctx.cert = File.open(SERVER_CERT) { |f|
OpenSSL::X509::Certificate.new(f)
}
sock = OpenSSL::SSL::SSLSocket.new(sock, ctx)
sock.sync_close = true
begin
sock.accept
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
data_server = create_data_connection_server(sock)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo (#{binary_data.size} bytes)\r\n")
conn = data_server.accept
binary_data.scan(/.{1,1024}/nm) do |s|
conn.print(s)
end
conn.close
data_server.close
sock.print("226 Transfer complete.\r\n")
rescue OpenSSL::SSL::SSLError
end
ensure
sock.close
server.close
end
end
ftp = Net::FTP.new(SERVER_NAME,
port: port,
ssl: { ca_file: CA_FILE },
private_data_connection: false,
passive: true)
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
begin
assert_equal("AUTH TLS\r\n", commands.shift)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
buf = ftp.getbinaryfile("foo", nil)
assert_equal(binary_data, buf)
assert_equal(Encoding::ASCII_8BIT, buf.encoding)
assert_match(/\A(PASV|EPSV)\r\n/, commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close
end
end
def test_tls_connect_timeout
server = TCPServer.new(SERVER_ADDR, 0)
port = server.addr[1]
commands = []
sock = nil
@thread = Thread.start do
sock = server.accept
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("234 AUTH success.\r\n")
end
begin
assert_raise(Net::OpenTimeout) do
Net::FTP.new(SERVER_NAME,
port: port,
ssl: { ca_file: CA_FILE },
ssl_handshake_timeout: 0.1)
end
@thread.join
ensure
sock.close if sock
server.close
end
end
end
def test_abort_tls
return unless defined?(OpenSSL)
commands = []
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("234 AUTH success.\r\n")
ctx = OpenSSL::SSL::SSLContext.new
ctx.ca_file = CA_FILE
ctx.key = File.open(SERVER_KEY) { |f|
OpenSSL::PKey::RSA.new(f)
}
ctx.cert = File.open(SERVER_CERT) { |f|
OpenSSL::X509::Certificate.new(f)
}
sock = OpenSSL::SSL::SSLSocket.new(sock, ctx)
sock.sync_close = true
sock.accept
commands.push(sock.gets)
sock.print("200 PSBZ success.\r\n")
commands.push(sock.gets)
sock.print("200 PROT success.\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("225 No transfer to ABOR.\r\n")
}
begin
begin
ftp = Net::FTP.new(SERVER_NAME,
port: server.port,
ssl: { ca_file: CA_FILE })
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
assert_equal("AUTH TLS\r\n", commands.shift)
assert_equal("PBSZ 0\r\n", commands.shift)
assert_equal("PROT P\r\n", commands.shift)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
ftp.abort
assert_equal("ABOR\r\n", commands.shift)
assert_equal(nil, commands.shift)
rescue RuntimeError, LoadError
# skip (require openssl)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_getbinaryfile_command_injection
skip "| is not allowed in filename on Windows" if windows?
[false, true].each do |resume|
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for |echo hello (#{binary_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
binary_data.scan(/.{1,1024}/nm) do |s|
conn.print(s)
end
conn.shutdown(Socket::SHUT_WR)
conn.read
conn.close
sock.print("226 Transfer complete.\r\n")
}
begin
chdir_to_tmpdir do
begin
ftp = Net::FTP.new
ftp.resume = resume
ftp.read_timeout = (defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled?) ? 300 : 0.2 # use large timeout for --jit-wait
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
ftp.getbinaryfile("|echo hello")
assert_equal(binary_data, File.binread("./|echo hello"))
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR |echo hello\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
end
ensure
server.close
end
end
end
def test_gettextfile_command_injection
skip "| is not allowed in filename on Windows" if windows?
commands = []
text_data = <<EOF.gsub(/\n/, "\r\n")
foo
bar
baz
EOF
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to ASCII mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening TEXT mode data connection for |echo hello (#{text_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
text_data.each_line do |l|
conn.print(l)
end
conn.shutdown(Socket::SHUT_WR)
conn.read
conn.close
sock.print("226 Transfer complete.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
chdir_to_tmpdir do
begin
ftp = Net::FTP.new
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
ftp.gettextfile("|echo hello")
assert_equal(text_data.gsub(/\r\n/, "\n"),
File.binread("./|echo hello"))
assert_equal("TYPE A\r\n", commands.shift)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("RETR |echo hello\r\n", commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
end
ensure
server.close
end
end
def test_putbinaryfile_command_injection
skip "| is not allowed in filename on Windows" if windows?
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
received_data = nil
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for |echo hello (#{binary_data.size} bytes)\r\n")
conn = TCPSocket.new(host, port)
received_data = conn.read
conn.close
sock.print("226 Transfer complete.\r\n")
}
begin
chdir_to_tmpdir do
File.binwrite("./|echo hello", binary_data)
begin
ftp = Net::FTP.new
ftp.read_timeout = RubyVM::MJIT.enabled? ? 300 : 0.2 # use large timeout for --jit-wait
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
ftp.putbinaryfile("|echo hello")
assert_equal(binary_data, received_data)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("STOR |echo hello\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
end
ensure
server.close
end
end
def test_puttextfile_command_injection
skip "| is not allowed in filename on Windows" if windows?
commands = []
received_data = nil
server = create_ftp_server { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to ASCII mode.\r\n")
line = sock.gets
commands.push(line)
host, port = process_port_or_eprt(sock, line)
commands.push(sock.gets)
sock.print("150 Opening TEXT mode data connection for |echo hello\r\n")
conn = TCPSocket.new(host, port)
received_data = conn.read
conn.close
sock.print("226 Transfer complete.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
}
begin
chdir_to_tmpdir do
File.open("|echo hello", "w") do |f|
f.puts("foo")
f.puts("bar")
f.puts("baz")
end
begin
ftp = Net::FTP.new
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect(SERVER_ADDR, server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
ftp.puttextfile("|echo hello")
assert_equal(<<EOF.gsub(/\n/, "\r\n"), received_data)
foo
bar
baz
EOF
assert_equal("TYPE A\r\n", commands.shift)
assert_match(/\A(PORT|EPRT) /, commands.shift)
assert_equal("STOR |echo hello\r\n", commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
end
ensure
server.close
end
end
def test_time_parser
s = "20371231000000"
assert_equal(Time.utc(2037, 12, 31, 0, 0, 0),
Net::FTP::TIME_PARSER[s])
s = "20371231000000.123456"
assert_equal(Time.utc(2037, 12, 31, 0, 0, 0, 123456),
Net::FTP::TIME_PARSER[s])
s = "20371231000000." + "9" * 999999
assert_equal(Time.utc(2037, 12, 31, 0, 0, 0,
99999999999999999r / 100000000000),
Net::FTP::TIME_PARSER[s])
e = assert_raise(Net::FTPProtoError) {
Net::FTP::TIME_PARSER["x" * 999999]
}
assert_equal("invalid time-val: xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx...", e.message)
end
def test_ignore_pasv_ip
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
server = create_ftp_server(nil, "127.0.0.1") { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
data_server = TCPServer.new("127.0.0.1", 0)
port = data_server.local_address.ip_port
sock.printf("227 Entering Passive Mode (999,0,0,1,%s).\r\n",
port.divmod(256).join(","))
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo (#{binary_data.size} bytes)\r\n")
conn = data_server.accept
binary_data.scan(/.{1,1024}/nm) do |s|
conn.print(s)
end
conn.shutdown(Socket::SHUT_WR)
conn.read
conn.close
data_server.close
sock.print("226 Transfer complete.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.passive = true
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect("127.0.0.1", server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
buf = ftp.getbinaryfile("foo", nil)
assert_equal(binary_data, buf)
assert_equal(Encoding::ASCII_8BIT, buf.encoding)
assert_equal("PASV\r\n", commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_use_pasv_ip
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
server = create_ftp_server(nil, "127.0.0.1") { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
data_server = TCPServer.new("127.0.0.1", 0)
port = data_server.local_address.ip_port
sock.printf("227 Entering Passive Mode (127,0,0,1,%s).\r\n",
port.divmod(256).join(","))
commands.push(sock.gets)
sock.print("150 Opening BINARY mode data connection for foo (#{binary_data.size} bytes)\r\n")
conn = data_server.accept
binary_data.scan(/.{1,1024}/nm) do |s|
conn.print(s)
end
conn.shutdown(Socket::SHUT_WR)
conn.read
conn.close
data_server.close
sock.print("226 Transfer complete.\r\n")
}
begin
begin
ftp = Net::FTP.new
ftp.passive = true
ftp.use_pasv_ip = true
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect("127.0.0.1", server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
buf = ftp.getbinaryfile("foo", nil)
assert_equal(binary_data, buf)
assert_equal(Encoding::ASCII_8BIT, buf.encoding)
assert_equal("PASV\r\n", commands.shift)
assert_equal("RETR foo\r\n", commands.shift)
assert_equal(nil, commands.shift)
ensure
ftp.close if ftp
end
ensure
server.close
end
end
def test_use_pasv_invalid_ip
commands = []
binary_data = (0..0xff).map {|i| i.chr}.join * 4 * 3
server = create_ftp_server(nil, "127.0.0.1") { |sock|
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("331 Please specify the password.\r\n")
commands.push(sock.gets)
sock.print("230 Login successful.\r\n")
commands.push(sock.gets)
sock.print("200 Switching to Binary mode.\r\n")
line = sock.gets
commands.push(line)
sock.print("227 Entering Passive Mode (999,0,0,1,48,57).\r\n")
commands.push(sock.gets)
}
begin
begin
ftp = Net::FTP.new
ftp.passive = true
ftp.use_pasv_ip = true
ftp.read_timeout *= 5 if defined?(RubyVM::MJIT) && RubyVM::MJIT.enabled? # for --jit-wait
ftp.connect("127.0.0.1", server.port)
ftp.login
assert_match(/\AUSER /, commands.shift)
assert_match(/\APASS /, commands.shift)
assert_equal("TYPE I\r\n", commands.shift)
assert_raise(SocketError) do
ftp.getbinaryfile("foo", nil)
end
ensure
ftp.close if ftp
end
ensure
server.close
end
end
private
def create_ftp_server(sleep_time = nil, addr = SERVER_ADDR)
server = TCPServer.new(addr, 0)
@thread = Thread.start do
if sleep_time
sleep(sleep_time)
end
sock = server.accept
begin
sock.setsockopt(Socket::SOL_SOCKET, Socket::SO_OOBINLINE, 1)
yield(sock)
sock.shutdown(Socket::SHUT_WR)
sock.read unless sock.eof?
ensure
sock.close
end
end
def server.port
addr[1]
end
return server
end
def tls_test
server = TCPServer.new(SERVER_ADDR, 0)
port = server.addr[1]
commands = []
@thread = Thread.start do
sock = server.accept
begin
sock.print("220 (test_ftp).\r\n")
commands.push(sock.gets)
sock.print("234 AUTH success.\r\n")
ctx = OpenSSL::SSL::SSLContext.new
ctx.ca_file = CA_FILE
ctx.key = File.open(SERVER_KEY) { |f|
OpenSSL::PKey::RSA.new(f)
}
ctx.cert = File.open(SERVER_CERT) { |f|
OpenSSL::X509::Certificate.new(f)
}
sock = OpenSSL::SSL::SSLSocket.new(sock, ctx)
sock.sync_close = true
begin
sock.accept
commands.push(sock.gets)
sock.print("200 PSBZ success.\r\n")
commands.push(sock.gets)
sock.print("200 PROT success.\r\n")
rescue OpenSSL::SSL::SSLError, SystemCallError
end
ensure
sock.close
server.close
end
end
ftp = yield(port)
ftp.close
assert_equal("AUTH TLS\r\n", commands.shift)
assert_equal("PBSZ 0\r\n", commands.shift)
assert_equal("PROT P\r\n", commands.shift)
end
def process_port_or_eprt(sock, line)
case line
when /\APORT (.*)/
port_args = $1.split(/,/)
host = port_args[0, 4].join(".")
port = port_args[4, 2].map(&:to_i).inject {|x, y| (x << 8) + y}
sock.print("200 PORT command successful.\r\n")
return host, port
when /\AEPRT \|2\|(.*?)\|(.*?)\|/
host = $1
port = $2.to_i
sock.print("200 EPRT command successful.\r\n")
return host, port
else
flunk "PORT or EPRT expected"
end
end
def create_data_connection_server(sock)
data_server = TCPServer.new(SERVER_ADDR, 0)
port = data_server.local_address.ip_port
if data_server.local_address.ipv4?
sock.printf("227 Entering Passive Mode (127,0,0,1,%s).\r\n",
port.divmod(256).join(","))
elsif data_server.local_address.ipv6?
sock.printf("229 Entering Extended Passive Mode (|||%d|)\r\n", port)
else
flunk "Invalid local address"
end
return data_server
end
def chdir_to_tmpdir
Dir.mktmpdir do |dir|
pwd = Dir.pwd
Dir.chdir(dir)
begin
yield
ensure
Dir.chdir(pwd)
end
end
end
end