move cucumber things under cucumber/

1 files changed, 0 insertions, 86 deletions

diff --git a/features/step_definitions/time_syncing.rb b/features/step_definitions/time_syncing.rb
deleted file mode 100644
index 319fb521..00000000
--- a/features/step_definitions/time_syncing.rb
+++ /dev/null
@@ -1,86 +0,0 @@
-# In some steps below we allow some slack when verifying that the date
-# was set appropriately because it may take time to send the `date`
-# command over the remote shell and get the answer back, parsing and
-# post-processing of the result, etc.
-def max_time_drift
-  10
-end
-
-When /^I set the system time to "([^"]+)"$/ do |time|
-  $vm.execute_successfully("date -s '#{time}'")
-  new_time = DateTime.parse($vm.execute_successfully("date").stdout).to_time
-  expected_time_lower_bound = DateTime.parse(time).to_time
-  expected_time_upper_bound = expected_time_lower_bound + max_time_drift
-  assert(expected_time_lower_bound <= new_time &&
-         new_time <= expected_time_upper_bound,
-         "The guest's time was supposed to be set to " \
-         "'#{expected_time_lower_bound}' but is '#{new_time}'")
-end
-
-When /^I bump the (hardware clock's|system) time with "([^"]+)"$/ do |clock_type, timediff|
-  case clock_type
-  when "hardware clock's"
-    old_time = DateTime.parse($vm.execute_successfully("hwclock -r").stdout).to_time
-    $vm.execute_successfully("hwclock --set --date 'now #{timediff}'")
-    new_time = DateTime.parse($vm.execute_successfully("hwclock -r").stdout).to_time
-  when 'system'
-    old_time = DateTime.parse($vm.execute_successfully("date").stdout).to_time
-    $vm.execute_successfully("date -s 'now #{timediff}'")
-    new_time = DateTime.parse($vm.execute_successfully("date").stdout).to_time
-  end
-  expected_time_lower_bound = DateTime.parse(
-      cmd_helper(["date", "-d", "#{old_time} #{timediff}"])).to_time
-  expected_time_upper_bound = expected_time_lower_bound + max_time_drift
-  assert(expected_time_lower_bound <= new_time &&
-         new_time <= expected_time_upper_bound,
-         "The #{clock_type} time was supposed to be bumped to " \
-         "'#{expected_time_lower_bound}' but is '#{new_time}'")
-end
-
-Then /^Tails clock is less than (\d+) minutes incorrect$/ do |max_diff_mins|
-  guest_time_str = $vm.execute("date --rfc-2822").stdout.chomp
-  guest_time = Time.rfc2822(guest_time_str)
-  host_time = Time.now
-  diff = (host_time - guest_time).abs
-  assert(diff < max_diff_mins.to_i*60,
-         "The guest's clock is off by #{diff} seconds (#{guest_time})")
-  puts "Time was #{diff} seconds off"
-end
-
-Then /^the system clock is just past Tails' build date$/ do
-  system_time_str = $vm.execute_successfully('date').to_s
-  system_time = DateTime.parse(system_time_str).to_time
-  build_time_cmd = 'sed -n -e "1s/^.* - \([0-9]\+\)$/\1/p;q" ' +
-                   '/etc/amnesia/version'
-  build_time_str = $vm.execute_successfully(build_time_cmd).to_s
-  build_time = DateTime.parse(build_time_str).to_time
-  diff = system_time - build_time  # => in seconds
-  # Half an hour should be enough to boot Tails on any reasonable
-  # hardware and VM setup.
-  max_diff = 30*60
-  assert(diff > 0,
-         "The system time (#{system_time}) is before the Tails " +
-         "build date (#{build_time})")
-  assert(diff <= max_diff,
-         "The system time (#{system_time}) is more than #{max_diff} seconds " +
-         "past the build date (#{build_time})")
-end
-
-Then /^Tails' hardware clock is close to the host system's time$/ do
-  host_time = Time.now
-  hwclock_time_str = $vm.execute('hwclock -r').stdout.chomp
-  hwclock_time = DateTime.parse(hwclock_time_str).to_time
-  diff = (hwclock_time - host_time).abs
-  assert(diff <= max_time_drift)
-end
-
-Then /^the hardware clock is still off by "([^"]+)"$/ do |timediff|
-  hwclock = DateTime.parse($vm.execute_successfully("hwclock -r").stdout.chomp).to_time
-  expected_time_lower_bound = DateTime.parse(
-      cmd_helper(["date", "-d", "now #{timediff}"])).to_time - max_time_drift
-  expected_time_upper_bound = expected_time_lower_bound + max_time_drift
-  assert(expected_time_lower_bound <= hwclock &&
-         hwclock <= expected_time_upper_bound,
-         "The host's hwclock should be approximately " \
-         "'#{expected_time_lower_bound}' but is actually '#{hwclock}'")
-end