def _get_public_ips(self, resource_group=None):
result = azurerm.list_public_ips(self.access_token,
self.subscription_id,
resource_group=resource_group)
if 'error' not in result and 'value' in result:
return [str(i['properties']['ipAddress']) for i in result['value']]
def main():
global clickLoopCount
global showScaleIn, showScaleOut
global ipaddr, dns
# get an access token for Azure authentication
access_token = azurerm.get_access_token(tenant_id, app_id, app_secret)
# get public ip address for resource group (don't need to query this in a loop)
# this gets the first ip address - modify this if your RG has multiple ips
ips = azurerm.list_public_ips(access_token, subscription_id, rgname)
dns = ips['value'][0]['properties']['dnsSettings']['fqdn']
ipaddr = ips['value'][0]['properties']['ipAddress']
# start a timer in order to refresh the access token in 10 minutes
start_time = time.time()
# start a VMSS monitoring thread
vmss_thread = threading.Thread(target=get_vmss_properties, args=(access_token, subscription_id))
vmss_thread.start()
# Loop until the user clicks the close button.
done = False
clock = pygame.time.Clock()
pygame.key.set_repeat(1,2) # keyboard monitoring [pause before repeat, repeats/sec]
while not done:
screen.blit(background, [0, 0])
# set how many times per second to run the loop - if you reduce this value, then reduce clickLoopCount
# reduce it too low and clicking on things becomes less responsive
clock.tick(20)
mousepos = pygame.mouse.get_pos()
for event in pygame.event.get():
if event.type == pygame.QUIT:
done = True
elif event.type == pygame.MOUSEBUTTONDOWN and pygame.mouse.get_pressed()[0]:
process_click(event.pos, access_token)
# refresh screen if VMSS and VM details are available
if len(vmssProperties) > 0:
draw_vmss()
if len(vmssVmProperties) > 0:
draw_vmssvms()
# loop counters to show transient messages for a few moments
if showScaleIn == True:
clickLoopCount -= 1
if clickLoopCount < 1:
showScaleIn = False
if showScaleOut == True:
clickLoopCount -= 1
if clickLoopCount < 1:
showScaleOut = False
# update display
pygame.display.flip()
# renew Azure access token before timeout (600 secs), then reset timer
if int(start_time - time.time()) > 600:
access_token = azurerm.get_access_token(tenant_id, app_id, app_secret)
start_time = time.time()
pygame.quit()
# list load balancers in resource group
print('\nLoad Balancers in resource group: ' + resource_group)
lbs = azurerm.list_load_balancers_rg(access_token, subscription_id, resource_group)
for lb in lbs['value']:
print(lb['name'] + ', ' + lb['location'])
# get details for a load balancer
lb_name = resource_group + 'lb'
print('\nLoad balancer ' + lb_name + ' details: ')
lb = azurerm.get_load_balancer(access_token, subscription_id, resource_group, lb_name)
#print(json.dumps(lb, sort_keys=False, indent=2, separators=(',', ': ')))
# list the public ip addresses in a resource group
print('\nPublic IPs in Resource Group ' + resource_group + ': ')
ips = azurerm.list_public_ips(access_token, subscription_id, resource_group)
#print(json.dumps(ips, sort_keys=False, indent=2, separators=(',', ': ')))
for ip in ips['value']:
dns = ip['properties']['dnsSettings']['fqdn']
if 'ipAddress' in ip['properties']:
ipaddr = ip['properties']['ipAddress']
else:
ipaddr = 'no ip address'
print(dns + ' (' + ipaddr + ')\n')
# get a public ip
ip = azurerm.get_public_ip(access_token, subscription_id, resource_group, resource_group + 'pip')
print(json.dumps(ip, sort_keys=False, indent=2, separators=(',', ': ')))
dns = ip['properties']['dnsSettings']['fqdn']
if 'ipAddress' in ip['properties']:
def main():
global clickLoopCount
global showScaleIn, showScaleOut
global ipaddr, dns
# get an access token for Azure authentication
access_token = azurerm.get_access_token(tenant_id, app_id, app_secret)
# get public ip address for resource group (don't need to query this in a loop)
# this gets the first ip address - modify this if your RG has multiple ips
ips = azurerm.list_public_ips(access_token, subscription_id, rgname)
# print(ips)
if len(ips['value']) > 0:
dns = ips['value'][0]['properties']['dnsSettings']['fqdn']
ipaddr = ips['value'][0]['properties']['ipAddress']
# start a timer in order to refresh the access token in 10 minutes
start_time = time.time()
# start a VMSS monitoring thread
vmss_thread = threading.Thread(target=get_vmss_properties,
args=(access_token, subscription_id))
vmss_thread.start()
# Loop until the user clicks the close button.
done = False
clock = pygame.time.Clock()
pygame.key.set_repeat(
1, 2) # keyboard monitoring [pause before repeat, repeats/sec]
while not done:
screen.blit(background, [0, 0])
# set how many times per second to run the loop - if you reduce this value, then reduce clickLoopCount
# reduce it too low and clicking on things becomes less responsive
clock.tick(20)
mousepos = pygame.mouse.get_pos()
for event in pygame.event.get():
if event.type == pygame.QUIT:
done = True
elif event.type == pygame.MOUSEBUTTONDOWN and pygame.mouse.get_pressed(
)[0]:
process_click(event.pos, access_token)
# refresh screen if VMSS and VM details are available
if len(vmssProperties) > 0:
draw_vmss()
if len(vmssVmProperties) > 0:
draw_vmssvms()
# loop counters to show transient messages for a few moments
if showScaleIn == True:
clickLoopCount -= 1
if clickLoopCount < 1:
showScaleIn = False
if showScaleOut == True:
clickLoopCount -= 1
if clickLoopCount < 1:
showScaleOut = False
# update display
pygame.display.flip()
# renew Azure access token before timeout (600 secs), then reset timer
if int(start_time - time.time()) > 600:
access_token = azurerm.get_access_token(tenant_id, app_id,
app_secret)
start_time = time.time()
pygame.quit()
def get_vmss_properties(access_token, run_event, window_information, panel_information, window_continents, panel_continents):
global vmssProperties, vmssVmProperties, countery, capacity, region, tier, vmsku, vm_selected, window_vm, panel_vm, instances_deployed, vm_details, vm_nic, page;
ROOM = 5; DEPLOYED = 0;
#VM's destination...
destx = 22; desty = 4; XS =50; YS = 4; init_coords = (XS, YS);
window_dc = 0;
#Our window_information arrays...
panel_vm = []; window_vm = [];
#Our thread loop...
while run_event.is_set():
try:
#Timestamp...
ourtime = time.strftime("%H:%M:%S");
write_str(window_information['status'], 1, 13, ourtime);
#Clean Forms...
clean_forms(window_information);
#Get VMSS details
vmssget = azurerm.get_vmss(access_token, subscription_id, rgname, vmssname);
# Get public ip address for RG (First IP) - modify this if your RG has multiple ips
net = azurerm.list_public_ips(access_token, subscription_id, rgname);
#Clean Info and Sys Windows...
clean_infoandsys(window_information);
#Fill the information...
fill_vmss_info(window_information, vmssget, net);
#Set VMSS variables...
(name, capacity, location, offer, sku, provisioningState, dns, ipaddr) = set_vmss_variables(vmssget, net);
#Set the current and old location...
old_location = region;
if (old_location != ""):
continent_old_location = get_continent_dc(old_location);
#New
region = location;
continent_location = get_continent_dc(location);
#Quota...
quota = azurerm.get_compute_usage(access_token, subscription_id, location);
fill_quota_info(window_information, quota);
#Mark Datacenter where VMSS is deployed...
if (old_location != ""):
if (old_location != location):
#Now switch the datacenter mark on map...
new_window_dc = mark_vmss_dc(continent_old_location, window_continents[continent_old_location], old_location, window_continents[continent_location], location, window_dc);
window_dc = new_window_dc;
else:
new_window_dc = mark_vmss_dc(continent_location, window_continents[continent_location], location, window_continents[continent_location], location, window_dc);
window_dc = new_window_dc;
#Our arrays...
vmssProperties = [name, capacity, location, rgname, offer, sku, provisioningState, dns, ipaddr];
vmssvms = azurerm.list_vmss_vms(access_token, subscription_id, rgname, vmssname);
vmssVmProperties = [];
#All VMs are created in the following coordinates...
qtd = vmssvms['value'].__len__();
factor = (vmssvms['value'].__len__() / 100);
write_str(window_information['system'], 3, 22, qtd);
step = qtd / 10;
if (step < 1): step = 1;
#We take more time on our VM effect depending on how many VMs we are talking about...
if (qtd < 10): ts = 0.01;
elif (qtd < 25): ts = 0.005;
elif (qtd < 50): ts = 0.002;
elif (qtd < 100): ts = 0.0005;
else: ts = 0;
counter = 1; counter_page = 0; nr_pages = 1;
snap_page = page;
page_top = (snap_page * 100);
page_base = ((snap_page - 1) * 100);
if (vm_selected[1] == 999998):
#Clean VM Info...
clean_vm(window_information);
#Loop each VM...
for vm in vmssvms['value']:
instanceId = vm['instanceId'];
write_str(window_information['monitor'], 1, 30, instanceId);
wrefresh(window_information['monitor']);
vmsel = 0;
vmName = vm['name'];
provisioningState = vm['properties']['provisioningState'];
vmssVmProperties.append([instanceId, vmName, provisioningState]);
if (counter > DEPLOYED):
window_vm.append(DEPLOYED); panel_vm.append(DEPLOYED); instances_deployed.append(DEPLOYED);
instances_deployed[DEPLOYED] = int(instanceId);
#Prepare the place for the VM icon...
if countery < 10:
countery += 1;
else:
destx += 3; desty = 4; countery = 1;
if (counter_page > 99):
destx = 22; counter_page = 0; nr_pages += 1;
cur_page = "%02d" % snap_page;
tot_pages = "%02d" % nr_pages;
update_vm_footer(window_information, cur_page, tot_pages);
else:
counter_page += 1;
window_vm[DEPLOYED] = create_window(3, 5, init_coords[0], init_coords[1]);
panel_vm[DEPLOYED] = new_panel(window_vm[DEPLOYED]);
#Show only VM's that are on the visible window...
if (page_top > DEPLOYED and DEPLOYED >= page_base):
show_panel(panel_vm[DEPLOYED]);
else:
hide_panel(panel_vm[DEPLOYED]);
box(window_vm[DEPLOYED]);
#Creation of the VM icon, in this flow we never have a VM selected...
draw_vm(int(instanceId), window_vm[DEPLOYED], provisioningState, vmsel);
vm_animation(panel_vm[DEPLOYED], init_coords, destx, desty, 1, ts);
desty += ROOM;
DEPLOYED += 1;
else:
instances_deployed[counter - 1] = int(instanceId);
#Remove the old mark...
vmsel = deselect_vm(window_vm, panel_information, instanceId, counter);
#Show only VM's that are on the visible window...
if (page_top > (counter - 1) and (counter - 1) >= page_base):
show_panel(panel_vm[counter -1]);
else:
hide_panel(panel_vm[counter -1]);
#Creation of the VM icon...
draw_vm(int(instanceId), window_vm[counter - 1], provisioningState, vmsel);
#If a VM is selected, fill the details...
if (vm_selected[0] == int(instanceId) and vm_selected[1] != 999998):
vm_details = azurerm.get_vmss_vm_instance_view(access_token, subscription_id, rgname, vmssname, vm_selected[0]);
vm_nic = azurerm.get_vmss_vm_nics(access_token, subscription_id, rgname, vmssname, vm_selected[0]);
clean_vm(window_information);
if (vm_details != "" and vm_nic != ""):
fill_vm_details(window_information, instanceId, vmName, provisioningState);
update_panels();
doupdate();
counter += 1;
do_update_bar(window_information['status'], step, 0);
step += step;
#Last mile...
write_str(window_information['monitor'], 1, 30, "Done.");
do_update_bar(window_information['status'], step, 1);
#Remove destroyed VMs...
counter_page = 0;
if (DEPLOYED >= counter):
time.sleep(0.5);
write_str_color(window_information['monitor'], 1, 30, "Removing VM's...", 7, 0);
wrefresh(window_information['monitor']);
time.sleep(1);
clean_monitor_form(window_information);
while (DEPLOYED >= counter):
write_str(window_information['monitor'], 1, 30, DEPLOYED);
lastvm = window_vm.__len__() - 1;
vm_coords = getbegyx(window_vm[lastvm]);
vm_animation(panel_vm[lastvm], vm_coords, init_coords[0], init_coords[1], 0, ts);
if (countery > 0):
desty -= ROOM; countery -= 1;
elif (destx > 22):
destx -= 3; desty = 49; countery = 9;
if (counter_page > 99):
destx = 52;
counter_page = 0;
nr_pages -= 1;
tot_pages = "%02d" % nr_pages;
cur_page = "%02d" % page;
update_vm_footer(window_information, cur_page, tot_pages);
else:
counter_page += 1;
#Clean VM Info...
if (vm_selected[0] == instances_deployed[lastvm]):
clean_vm(window_information);
#Free up some memory...
del_panel(panel_vm[lastvm]); delwin(window_vm[lastvm]);
wobj = panel_vm[lastvm]; panel_vm.remove(wobj);
wobj = window_vm[lastvm]; window_vm.remove(wobj);
wobj = instances_deployed[lastvm]; instances_deployed.remove(wobj);
DEPLOYED -= 1;
update_panels();
doupdate();
write_str(window_information['monitor'], 1, 30, "Done.");
ourtime = time.strftime("%H:%M:%S");
do_update_bar(window_information['status'], step, 1);
write_str(window_information['status'], 1, 13, ourtime);
write_str_color(window_information['status'], 1, 22, " OK ", 6, 0);
update_panels();
doupdate();
# sleep before each loop to avoid throttling...
time.sleep(interval);
except:
logging.exception("Getting VMSS Information...")
write_str(window_information['error'], 1, 24, "Let's sleep for 30 seconds and try to refresh the dashboard again...");
show_panel(panel_information['error']);
update_panels();
doupdate();
## break out of loop when an error is encountered
#break
time.sleep(30);
hide_panel(panel_information['error']);
def get_vmss_properties(access_token, run_event, window_information, panel_information, window_continents, panel_continents):
global vmssProperties, vmssVmProperties, countery, capacity, region, tier, vmsku, vm_selected, window_vm, panel_vm, instances_deployed, vm_details, vm_nic, page;
ROOM = 5; DEPLOYED = 0;
#VM's destination...
destx = 22; desty = 4; XS =50; YS = 4; init_coords = (XS, YS);
window_dc = 0;
#Our window_information arrays...
panel_vm = []; window_vm = [];
#Our thread loop...
while run_event.is_set():
try:
#Timestamp...
ourtime = time.strftime("%H:%M:%S");
write_str(window_information['status'], 1, 13, ourtime);
#Clean Forms...
clean_forms(window_information);
#Get VMSS details
vmssget = azurerm.get_vmss(access_token, subscription_id, rgname, vmssname);
# Get public ip address for RG (First IP) - modify this if your RG has multiple ips
net = azurerm.list_public_ips(access_token, subscription_id, rgname);
#Clean Info and Sys Windows...
clean_infoandsys(window_information);
#Fill the information...
fill_vmss_info(window_information, vmssget, net);
#Set VMSS variables...
(name, capacity, location, offer, sku, provisioningState, dns, ipaddr) = set_vmss_variables(vmssget, net);
#Set the current and old location...
old_location = region;
if (old_location != ""):
continent_old_location = get_continent_dc(old_location);
#New
region = location;
continent_location = get_continent_dc(location);
#Quota...
quota = azurerm.get_compute_usage(access_token, subscription_id, location);
fill_quota_info(window_information, quota);
#Mark Datacenter where VMSS is deployed...
if (old_location != ""):
if (old_location != location):
#Now switch the datacenter mark on map...
new_window_dc = mark_vmss_dc(continent_old_location, window_continents[continent_old_location], old_location, window_continents[continent_location], location, window_dc);
window_dc = new_window_dc;
else:
new_window_dc = mark_vmss_dc(continent_location, window_continents[continent_location], location, window_continents[continent_location], location, window_dc);
window_dc = new_window_dc;
#Our arrays...
vmssProperties = [name, capacity, location, rgname, offer, sku, provisioningState, dns, ipaddr];
vmssvms = azurerm.list_vmss_vms(access_token, subscription_id, rgname, vmssname);
vmssVmProperties = [];
#All VMs are created in the following coordinates...
qtd = vmssvms['value'].__len__();
factor = (vmssvms['value'].__len__() / 100);
write_str(window_information['system'], 3, 22, qtd);
step = qtd / 10;
if (step < 1): step = 1;
#We take more time on our VM effects depending on how many VMs we are talking about...
if (qtd < 10): ts = 0.01;
elif (qtd < 25): ts = 0.004;
elif (qtd < 50): ts = 0.0008;
elif (qtd < 100): ts = 0.0004;
else: ts = 0;
counter = 1; counter_page = 0; nr_pages = 1;
snap_page = page;
page_top = (snap_page * 100);
page_base = ((snap_page - 1) * 100);
if (vm_selected[1] == 999998):
#Clean VM Info...
clean_vm(window_information);
#Loop each VM...
for vm in vmssvms['value']:
instanceId = vm['instanceId'];
write_str(window_information['monitor'], 1, 30, instanceId);
wrefresh(window_information['monitor']);
vmsel = 0;
vmName = vm['name'];
provisioningState = vm['properties']['provisioningState'];
vmssVmProperties.append([instanceId, vmName, provisioningState]);
if (counter > DEPLOYED):
window_vm.append(DEPLOYED); panel_vm.append(DEPLOYED); instances_deployed.append(DEPLOYED);
instances_deployed[DEPLOYED] = int(instanceId);
#Prepare the place for the VM icon...
if countery < 10:
countery += 1;
else:
destx += 3; desty = 4; countery = 1;
if (counter_page > 99):
destx = 22; counter_page = 0; nr_pages += 1;
cur_page = "%02d" % snap_page;
tot_pages = "%02d" % nr_pages;
update_vm_footer(window_information, cur_page, tot_pages);
else:
counter_page += 1;
window_vm[DEPLOYED] = create_window(3, 5, init_coords[0], init_coords[1]);
panel_vm[DEPLOYED] = new_panel(window_vm[DEPLOYED]);
#Show only VM's that are on the visible window...
if (page_top > DEPLOYED and DEPLOYED >= page_base):
show_panel(panel_vm[DEPLOYED]);
else:
hide_panel(panel_vm[DEPLOYED]);
box(window_vm[DEPLOYED]);
#Creation of the VM icon, in this flow we never have a VM selected...
draw_vm(int(instanceId), window_vm[DEPLOYED], provisioningState, vmsel);
vm_animation(panel_vm[DEPLOYED], init_coords, destx, desty, 1, ts);
desty += ROOM;
DEPLOYED += 1;
else:
instances_deployed[counter - 1] = int(instanceId);
#Remove the old mark...
vmsel = deselect_vm(window_vm, panel_information, instanceId, counter);
#Show only VM's that are on the visible window...
if (page_top > (counter - 1) and (counter - 1) >= page_base):
show_panel(panel_vm[counter -1]);
else:
hide_panel(panel_vm[counter -1]);
#Creation of the VM icon...
draw_vm(int(instanceId), window_vm[counter - 1], provisioningState, vmsel);
#If a VM is selected, fill the details...
if (vm_selected[0] == int(instanceId) and vm_selected[1] != 999998):
vm_details = azurerm.get_vmss_vm_instance_view(access_token, subscription_id, rgname, vmssname, vm_selected[0]);
vm_nic = azurerm.get_vmss_vm_nics(access_token, subscription_id, rgname, vmssname, vm_selected[0]);
clean_vm(window_information);
if (vm_details != "" and vm_nic != ""):
fill_vm_details(window_information, instanceId, vmName, provisioningState);
update_panels();
doupdate();
counter += 1;
do_update_bar(window_information['status'], step, 0);
step += step;
#Last mile...
write_str(window_information['monitor'], 1, 30, "Done.");
do_update_bar(window_information['status'], step, 1);
#Remove destroyed VMs...
counter_page = 0;
if (DEPLOYED >= counter):
time.sleep(0.5);
write_str_color(window_information['monitor'], 1, 30, "Removing VM's...", 7, 0);
wrefresh(window_information['monitor']);
time.sleep(1);
clean_monitor_form(window_information);
while (DEPLOYED >= counter):
write_str(window_information['monitor'], 1, 30, DEPLOYED);
lastvm = window_vm.__len__() - 1;
vm_coords = getbegyx(window_vm[lastvm]);
vm_animation(panel_vm[lastvm], vm_coords, init_coords[0], init_coords[1], 0, ts);
if (countery > 0):
desty -= ROOM; countery -= 1;
elif (destx > 22):
destx -= 3; desty = 49; countery = 9;
if (counter_page > 99):
destx = 52;
counter_page = 0;
nr_pages -= 1;
tot_pages = "%02d" % nr_pages;
cur_page = "%02d" % page;
update_vm_footer(window_information, cur_page, tot_pages);
else:
counter_page += 1;
#Clean VM Info...
if (vm_selected[0] == instances_deployed[lastvm]):
clean_vm(window_information);
#Free up some memory...
del_panel(panel_vm[lastvm]); delwin(window_vm[lastvm]);
wobj = panel_vm[lastvm]; panel_vm.remove(wobj);
wobj = window_vm[lastvm]; window_vm.remove(wobj);
wobj = instances_deployed[lastvm]; instances_deployed.remove(wobj);
DEPLOYED -= 1;
update_panels();
doupdate();
write_str(window_information['monitor'], 1, 30, "Done.");
ourtime = time.strftime("%H:%M:%S");
do_update_bar(window_information['status'], step, 1);
write_str(window_information['status'], 1, 13, ourtime);
write_str_color(window_information['status'], 1, 22, " OK ", 6, 0);
update_panels();
doupdate();
# sleep before each loop to avoid throttling...
time.sleep(interval);
except:
logging.exception("Getting VMSS Information...")
write_str(window_information['error'], 1, 24, "Let's sleep for 30 seconds and try to refresh the dashboard again...");
show_panel(panel_information['error']);
update_panels();
doupdate();
## break out of loop when an error is encountered
#break
time.sleep(30);
hide_panel(panel_information['error']);
