def test_parse_lsblk_output_4(self):
"""Test #4: Test that this returns nothing when lsblk returns invalid JSON"""
linux.LSBLKOUTPUT = data.return_fake_lsblk_output_bad_3()
linux.LSUUIDOUTPUT = b""
linux.LSIDOUTPUT = b""
diskinfo = {}
linux.parse_lsblk_output()
self.assertEqual(linux.DISKINFO, diskinfo)
def test_parse_lsblk_output_3(self):
"""Test #3: Test that this returns expected results with missing uuid, fstype, and size elements for children"""
linux.LSBLKOUTPUT = data.return_fake_lsblk_output_bad_2()
linux.LSUUIDOUTPUT = b""
linux.LSIDOUTPUT = b""
diskinfo = data.return_fake_lsblk_output_bad_2_diskinfo()
linux.parse_lsblk_output()
self.assertEqual(linux.DISKINFO, diskinfo)
def test_parse_lsblk_output_2(self):
"""Test #2: Test that this returns expected results with missing vendor, model and size elements for devices"""
linux.LSBLKOUTPUT = data.return_fake_lsblk_output_bad_1()
linux.LSUUIDOUTPUT = b""
linux.LSIDOUTPUT = b""
diskinfo = data.return_fake_lsblk_output_bad_1_diskinfo()
linux.parse_lsblk_output()
self.assertEqual(linux.DISKINFO, diskinfo)
def test_parse_lsblk_output_1(self):
"""Test #1: Test that this returns expected results with good data in normal circumstances"""
linux.LSBLKOUTPUT = data.return_fake_lsblk_output_good_1()
linux.LSUUIDOUTPUT = b""
linux.LSIDOUTPUT = b""
diskinfo = data.return_fake_lsblk_output_good_1_diskinfo()
linux.parse_lsblk_output()
self.assertEqual(linux.DISKINFO, diskinfo)
def test_parse_lsblk_output_1(self):
"""Test #1: Test that this returns expected results with good data in normal circumstances"""
linux.LSBLKOUTPUT = data.return_fake_lsblk_output_good_1()
linux.LSUUIDOUTPUT = b""
linux.LSIDOUTPUT = b""
diskinfo = data.return_fake_lsblk_output_good_1_diskinfo()
linux.parse_lsblk_output()
#Remove any extra CD devices detected.
linux.DISKINFO.pop("/dev/sr0", None)
self.assertEqual(linux.DISKINFO, diskinfo)
