def test_initial_gw_selection_depends_on_query_param():
"""If gateway param is given, that gateway is selected automatically."""
user = get_e2e_user("e2e_user")
assert user is not None
# Extract the first device's ID
devices = user.devices['items']
devices = sorted(devices, key=lambda d: d['devConnectwareId'])
devid = devices[0]['devConnectwareId']
splinter_tests.visit("/#/xbee_network?gateway=" + devid)
do_sleep()
assert browser.is_text_present("XBee Network View")
gw_select = browser.find_by_css("select#gateway")
assert not gw_select.is_empty()
# Check that the first gateway is selected
assert_that(gw_select.first.value, is_("0"))
# 'Fetch from' select box should be visible now
assert browser.is_text_present("Fetch from:")
# 'Device Cloud' is automatically selected
fetch_from = browser.find_by_css('select#fetch_from')
assert not fetch_from.is_empty()
assert_that(fetch_from.first.value, is_("dc"))
def test_url_changes_with_gw_selection():
"""URL query param should change when gateway selection changes."""
splinter_tests.visit("/#/xbee_network")
assert browser.is_text_present("XBee Network View")
# Since this user has more than one gateway, it shouldn't auto-select one.
gw_select = browser.find_by_css('select#gateway')
assert not gw_select.is_empty() # Check that the select box is present
assert_that(gw_select.first.value, is_("?"))
# Pick the first gateway
browser.select("gateway", "0")
do_sleep()
user = get_e2e_user("e2e_user")
assert user is not None
# Selected gateway should be first in order of devConnectwareId
devices = user.devices['items']
devices = sorted(devices, key=lambda d: d['devConnectwareId'])
devid = devices[0]['devConnectwareId']
assert_that(browser.url, ends_with("/xbee_network?gateway=" + devid))
# Select the second gateway
browser.select("gateway", "1")
devid = devices[1]['devConnectwareId']
assert_that(browser.url, ends_with("/xbee_network?gateway=" + devid))
def test_refresh_xbee_list():
"""Clicking the XBee 'Refresh List' button clears selection, etc."""
# Pick this user's one gateway
browser.select("inputDevice", "0")
# Wait for XBee list to populate
do_sleep()
# Get the test_user's remote XBees, count them
test_xbees = (x for x in get_e2e_user('test_user').xbees['items']
if int(x.get('xpNetAddr', 0)))
num_xbees = len(list(test_xbees))
xbee_count = len(browser.find_by_css('select#inputRadio option'))
assert_that(xbee_count, is_(num_xbees + 1)) # some XBees, one empty option
# The first option in the list is the empty option
first = browser.find_by_css('select#inputRadio option:first-of-type')
assert not first.is_empty()
assert_that(first.value, is_(""))
assert first.selected
cbutton = browser.find_by_name("createDash").first
# No XBees should have been selected yet, so no create dashboard button
assert not cbutton.visible
# Pick the first XBee in the list
browser.select("inputRadio", "0")
# Step 4, configuring the radio should show up.
assert browser.is_text_present(STEP_TITLES[4])
# Wait for configuration check to complete
do_sleep()
# If we click Refresh List, the selection should be cleared out
button = browser.find_by_name("refreshXbees")
assert not button.is_empty()
button.click()
# Step 4 should go away then
assert not browser.is_text_present(STEP_TITLES[4])
do_sleep()
# Check XBee node list again, and the selection
xbee_count = len(browser.find_by_css('select#inputRadio option'))
assert_that(xbee_count, is_(num_xbees + 1)) # some XBees, one empty option
# The first option in the list is the empty option
first = browser.find_by_css('select#inputRadio option:first-of-type')
assert not first.is_empty()
assert_that(str(first.value), is_(""))
assert first.selected
def test_refresh_xbee_list():
"""Clicking the XBee 'Refresh List' button clears selection, etc."""
# Pick this user's one gateway
browser.select("inputDevice", "0")
# Wait for XBee list to populate
do_sleep()
# Get the test_user's remote XBees, count them
test_xbees = (x for x in get_e2e_user('test_user').xbees['items']
if int(x.get('xpNetAddr', 0)))
num_xbees = len(list(test_xbees))
xbee_count = len(browser.find_by_css('select#inputRadio option'))
assert_that(xbee_count, is_(num_xbees + 1)) # some XBees, one empty option
# The first option in the list is the empty option
first = browser.find_by_css('select#inputRadio option:first-of-type')
assert not first.is_empty()
assert_that(first.value, is_(""))
assert first.selected
cbutton = browser.find_by_name("createDash").first
# No XBees should have been selected yet, so no create dashboard button
assert not cbutton.visible
# Pick the first XBee in the list
browser.select("inputRadio", "0");
# Step 4, configuring the radio should show up.
assert browser.is_text_present(STEP_TITLES[4])
# Wait for configuration check to complete
do_sleep()
# If we click Refresh List, the selection should be cleared out
button = browser.find_by_name("refreshXbees")
assert not button.is_empty()
button.click()
# Step 4 should go away then
assert not browser.is_text_present(STEP_TITLES[4])
do_sleep()
# Check XBee node list again, and the selection
xbee_count = len(browser.find_by_css('select#inputRadio option'))
assert_that(xbee_count, is_(num_xbees + 1)) # some XBees, one empty option
# The first option in the list is the empty option
first = browser.find_by_css('select#inputRadio option:first-of-type')
assert not first.is_empty()
assert_that(str(first.value), is_(""))
assert first.selected
def test_select_only_gateway():
"""If account has only one gateway, it is selected automatically."""
splinter_tests.visit("/#/xbee_network")
do_sleep()
user = get_e2e_user("e2e_user_1device")
assert user is not None
# Extract the first device's ID
devices = user.devices['items']
devices = sorted(devices, key=lambda d: d['devConnectwareId'])
devid = devices[0]['devConnectwareId']
gw_select = browser.find_by_css('select#gateway')
assert not gw_select.is_empty()
assert_that(gw_select.first.value, is_("0"))
assert_that(browser.url, ends_with("/xbee_network?gateway=" + devid))
def test_linked_to_from_devices_page():
"""Devices page should deep-link to XBee Network page."""
user = get_e2e_user("test_user")
assert user is not None
# Extract the first device's ID
devices = user.devices['items']
devices = sorted(devices, key=lambda d: d['devConnectwareId'])
devid = devices[0]['devConnectwareId']
splinter_tests.visit("/#/devices")
do_sleep()
xpath = '//td[.="{}"]/..//a[.="View"]'.format(devid)
view_btn = browser.find_by_xpath(xpath)
assert not view_btn.is_empty()
assert_that(view_btn.first['href'],
ends_with("/xbee_network?gateway=" + devid))
def test_xbees_show_up():
"""XBees (but not coordinators) should be listed in the table correctly."""
user = get_e2e_user("test_user")
assert user is not None
# Extract the first device's ID
devices = user.devices['items']
devices = sorted(devices, key=lambda d: d['devConnectwareId'])
devid = devices[0]['devConnectwareId']
splinter_tests.visit("/#/xbee_network?gateway=" + devid)
do_sleep()
xbees = user.xbees['items']
for xbee in xbees:
if str(xbee.get('xpNetAddr')) != "0":
assert browser.is_text_present(xbee['xpExtAddr'])
assert browser.is_text_present(xbee['xpNodeId'])
def get_user_device_option_labels(username='******'):
user = get_e2e_user(username)
if not user:
raise ValueError("Failed to find user")
options = []
for device in user.devices['items']:
template = "{id}"
if device.get('dpDescription'):
template = "{id} ({desc})"
fmt = {
'id': device['devConnectwareId'],
'desc': device.get('dpDescription')
}
options.append(template.format(**fmt))
return options
def get_user_device_option_labels(username='******'):
user = get_e2e_user(username)
if not user:
raise ValueError("Failed to find user")
options = []
for device in user.devices['items']:
template = "{id}"
if device.get('dpDescription'):
template = "{id} ({desc})"
fmt = {
'id': device['devConnectwareId'],
'desc': device.get('dpDescription')
}
options.append(template.format(**fmt))
return options
