def test_results_max_length(fake_results, capfd):
"""Ensure the vertical alignment with multi line output commands."""
fake_output = ["many", "lines", "of", "output"]
fake_results.insert(
0,
{
"name": "server_d_1",
"results": [("obviously fake", "\n".join(fake_output))],
}
)
results, options = formatting.prepare_results(
fake_results,
{"style": 1},
)
formatting._pretty_result(results[0], options, results)
stdout, _ = capfd.readouterr()
stdout = stdout.splitlines()
# top line should be a space separators
topline = str("{0}".format(options["chars"]["top"][options["style"]] * 10))
assert topline in stdout[0]
# then it should be the server name, separator and first line of cmd
assert str("server_d_1") in stdout[1]
assert options["chars"]["side"][options["style"]] in stdout[1]
# then the multi line command should fill down the right column
for line, fake_out in enumerate(fake_output, 1):
assert str(fake_out) in stdout[line]
# finally check total length
assert len(stdout) == 5
def test_results_max_length(fake_results, capfd):
"""Ensure the vertical alignment with multi line output commands."""
fake_output = ["many", "lines", "of", "output"]
fake_results.insert(
0, {
"name": "server_d_1",
"results": [("obviously fake", "\n".join(fake_output))],
})
results, options = formatting.prepare_results(
fake_results,
{"style": 1},
)
formatting._pretty_result(results[0], options, results)
stdout, _ = capfd.readouterr()
stdout = stdout.splitlines()
# top line should be a space separators
topline = str("{0}".format(options["chars"]["top"][options["style"]] * 10))
assert topline in stdout[0]
# then it should be the server name, separator and first line of cmd
assert str("server_d_1") in stdout[1]
assert options["chars"]["side"][options["style"]] in stdout[1]
# then the multi line command should fill down the right column
for line, fake_out in enumerate(fake_output, 1):
assert str(fake_out) in stdout[line]
# finally check total length
assert len(stdout) == 5
def test_pretty_result(fake_results, capfd):
"""Ensure pretty results are correctly printed."""
results, options = formatting.prepare_results(fake_results)
formatting._pretty_result(results[0], options, results)
stdout, _ = capfd.readouterr()
for server in results[0]["names"]:
assert str(server) in stdout
for _, result in results[0]["results"]:
assert str(result) in stdout
def test_pretty_result(fake_results, capfd):
"""Ensure pretty results are correctly printed."""
results, options = formatting.prepare_results(fake_results)
formatting._pretty_result(results[0], options, results)
stdout, _ = capfd.readouterr()
for server in results[0]["names"]:
assert str(server) in stdout
for _, result in results[0]["results"]:
assert str(result) in stdout
def test_bottom_up_in_first_result(fake_results, capfd):
"""The first result when using a jumpbox should have a bot_up char."""
results, options = formatting.prepare_results(
fake_results,
{"jump_host": "some_server", "style": 1},
)
formatting._pretty_result(results[0], options, results)
stdout, _ = capfd.readouterr()
for server in results[0]["names"]:
assert str(server) in stdout
for _, result in results[0]["results"]:
assert str(result) in stdout
assert options["chars"]["bot_up"][options["style"]] in stdout
def test_bottom_up_in_first_result(fake_results, capfd):
"""The first result when using a jumpbox should have a bot_up char."""
results, options = formatting.prepare_results(
fake_results,
{
"jump_host": "some_server",
"style": 1
},
)
formatting._pretty_result(results[0], options, results)
stdout, _ = capfd.readouterr()
for server in results[0]["names"]:
assert str(server) in stdout
for _, result in results[0]["results"]:
assert str(result) in stdout
assert options["chars"]["bot_up"][options["style"]] in stdout
