def pick_install_location_error_test(self):
"""No suitable location is found."""
df_map = {
os.path.join(conf.target.system_root, "not_used"): Size("20 G"),
os.path.join(conf.target.system_root, "home"): Size("1 G"),
os.path.join(conf.target.system_root): Size("4 G")
}
download_size = Size("1.5 G")
install_size = Size("3.0 G")
mpoint = utils.pick_mount_point(df_map, download_size, install_size,
False)
self.assertEqual(mpoint, None)
def pick_install_location_test(self):
"""Take the root for download and install."""
df_map = {
os.path.join(conf.target.system_root, "not_used"): Size("20 G"),
os.path.join(conf.target.system_root, "home"): Size("2 G"),
os.path.join(conf.target.system_root): Size("6 G")
}
download_size = Size("1.5 G")
install_size = Size("3.0 G")
mpoint = utils.pick_mount_point(df_map, download_size, install_size,
False)
self.assertEqual(mpoint, conf.target.system_root)
def pick_download_location_test(self):
"""Take the biggest mountpoint which can be used for download"""
df_map = {
os.path.join(conf.target.system_root, "not_used"): Size("20 G"),
os.path.join(conf.target.system_root, "home"): Size("2 G"),
os.path.join(conf.target.system_root): Size("5 G")
}
download_size = Size("1.5 G")
install_size = Size("1.8 G")
mpoint = utils.pick_mount_point(df_map, download_size, install_size,
True)
self.assertEqual(mpoint, os.path.join(conf.target.system_root, "home"))
def pick_download_root_test(self):
"""Take the root for download because there are no other available mountpoints
even when the root isn't big enough.
This is required when user skipped the space check.
"""
df_map = {
os.path.join(conf.target.system_root, "not_used"): Size("20 G"),
os.path.join(conf.target.system_root, "home"): Size("2 G"),
os.path.join(conf.target.system_root): Size("5 G")
}
download_size = Size("2.5 G")
install_size = Size("3.0 G")
mpoint = utils.pick_mount_point(df_map, download_size, install_size,
True)
self.assertEqual(mpoint, os.path.join(conf.target.system_root))