def main(j, args, params, tags, tasklet):
params.result = page = args.page
machineId = int(args.getTag("machineId"))
scl = j.clients.osis.getNamespace("cloudbroker")
vmachine = scl.vmachine.get(machineId)
cloudspace = scl.cloudspace.get(vmachine.cloudspaceId)
accountId = cloudspace.accountId
rescuedisks = scl.disk.search({
"gid": cloudspace.gid,
"type": "C",
"status": "CREATED",
"accountId": {
"$in": [None, accountId]
},
})[1:]
rescuedisks = [(disk["name"], disk["id"]) for disk in rescuedisks]
popup = Popup(
id="startmachine",
header="Start Machine",
submit_url="/restmachine/cloudbroker/machine/start",
reload_on_success=False,
)
if rescuedisks:
rescuedisks.insert(0, ("Normal boot", "null"))
popup.addDropdown("Choose CD-ROM image", "diskId", rescuedisks)
popup.addText("Reason", "reason")
popup.addHiddenField("machineId", machineId)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
cloudspaceId = int(args.getTag('cloudspaceId'))
ccl = j.clients.osis.getNamespace('cloudbroker')
vmachines = ccl.vmachine.search({
'cloudspaceId': cloudspaceId,
'status': {
'$nin': ['ERROR', 'DESTROYED', 'DELETED']
}
})[1:]
dropvmachines = list()
for vmachine in sorted(vmachines, key=lambda vm: vm['name']):
dropvmachines.append((vmachine['name'], vmachine['id']))
popup = Popup(
id='createportforwarding',
header='Create Port Forwarding',
submit_url='/restmachine/cloudbroker/machine/createPortForward')
popup.addDropdown('Choose Machine', 'machineId', dropvmachines)
popup.addNumber('Public Port', 'destPort', required=True)
popup.addNumber('VM Port', 'localPort', required=True)
popup.addDropdown('Protocol', 'proto', [('TCP', 'tcp'), ('UDP', 'udp')])
popup.addHiddenField('reason', '')
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
scl = j.clients.osis.getNamespace('system')
params.result = page = args.page
url = scl.grid.searchOne({
"id": j.application.whoAmI.gid
}).get('settings', {}).get('manifestUrl')
if url:
contents = requests.get(url).json()
else:
contents = requests.get(
'https://api.github.com/repos/0-complexity/home/contents/manifests'
).json()
current_version = scl.version.searchOne({'status': 'CURRENT'})
if not current_version:
current_version = scl.version.searchOne({'status': 'INSTALLING'})
if not current_version:
page.addMessage("Failed to detect current version")
return params
current_version_name = current_version['name']
versions = []
for file in contents:
if re.search("^(\d+\.)?(\d+\.)?(\d+)", file['name']):
version = file['name'].split('.yml')[0]
if parse_version(version) >= parse_version(current_version_name):
versions.append((version, file['download_url']))
popup = Popup(id='updateenv',
header='Update environment',
submit_url='/restmachine/cloudbroker/grid/upgrade')
popup.addDropdown('Choose version to update', 'url', versions)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
machineId = int(args.getTag('machineId'))
scl = j.clients.osis.getNamespace('cloudbroker')
vmachine = scl.vmachine.get(machineId)
cloudspace = scl.cloudspace.get(vmachine.cloudspaceId)
accountId = cloudspace.accountId
rescuedisks = scl.disk.search({
'gid': cloudspace.gid,
'type': 'C',
'status': 'CREATED',
'accountId': {
'$in': [None, accountId]
}
})[1:]
rescuedisks = [(disk['name'], disk['id']) for disk in rescuedisks]
popup = Popup(id='startmachine',
header='Start Machine',
submit_url='/restmachine/cloudbroker/machine/start',
reload_on_success=False)
if rescuedisks:
rescuedisks.insert(0, ('Normal boot', 'null'))
popup.addDropdown('Choose CD-ROM image', 'diskId', rescuedisks)
popup.addText('Reason', 'reason')
popup.addHiddenField('machineId', machineId)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
scl = j.clients.osis.getNamespace("system")
params.result = page = args.page
url = (scl.grid.searchOne({
"id": j.application.whoAmI.gid
}).get("settings", {}).get("manifestUrl"))
if url:
contents = requests.get(url).json()
else:
contents = requests.get(
"https://api.github.com/repos/0-complexity/home/contents/manifests"
).json()
current_version = scl.version.searchOne({"status": "CURRENT"})
if not current_version:
current_version = scl.version.searchOne({"status": "INSTALLING"})
if not current_version:
page.addMessage("Failed to detect current version")
return params
current_version_name = current_version["name"]
versions = []
for file in contents:
if re.search("^(\d+\.)?(\d+\.)?(\d+)", file["name"]):
version = file["name"].split(".yml")[0]
if parse_version(version) >= parse_version(current_version_name):
versions.append((version, file["download_url"]))
popup = Popup(
id="updateenv",
header="Update environment",
submit_url="/restmachine/cloudbroker/grid/upgrade",
)
popup.addDropdown("Choose version to update", "url", versions)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
cbclient = j.clients.osis.getNamespace("cloudbroker")
unused_sizes = list()
for size in cbclient.size.search({})[1:]:
if cbclient.vmachine.count({"sizeId": size["id"]}) == 0:
unused_sizes.append((
" Memory %(memory)s, Vcpus %(vcpus)s, Disks %(disks)s" %
size,
size["id"],
))
if unused_sizes:
popup = Popup(
id="deletesize",
header="Delete Unused VM Size",
submit_url="/restmachine/cloudbroker/iaas/deleteSize",
)
popup.addDropdown("Choose size",
"size_id",
unused_sizes,
required=True)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
ccl = j.clients.osis.getNamespace('cloudbroker')
locations = [(loc['name'], loc['gid'])
for loc in ccl.location.search({})[1:]]
popup = Popup(id='addpublicnetwork',
header='Add Public Network',
submit_url='/restmachine/cloudbroker/iaas/addPublicNetwork')
popup.addDropdown('Choose Location', 'gid', locations)
popup.addText('Network',
'network',
required=True,
placeholder='8.8.8.0/24')
popup.addText('Gateway', 'gateway', required=True, placeholder='8.8.8.1')
popup.addText('First Free Public IP Address',
'startip',
required=True,
placeholder='8.8.8.2')
popup.addText('Last Free Public IP Address',
'endip',
required=True,
placeholder='8.8.8.254')
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
gid = int(args.getTag("gid"))
actors = j.apps.cloudbroker.iaas.cb.actors.cloudapi
images = actors.images.list(accountId=None, cloudspaceId=None)
dropimages = list()
def imageSorter(image):
return image["type"] + image["name"]
for image in sorted(images, key=imageSorter):
dropimages.append(("%(type)s: %(name)s" % image, image["id"]))
popup = Popup(
id="createsystemspace",
header="Create system space on the grid",
submit_url="/restmachine/cloudbroker/grid/createSystemSpace",
)
popup.addText("Resource Name", "name", required=True)
popup.addDropdown("Choose Image", "imageId", dropimages)
popup.addNumber("Boot Disk Size in GiB", "bootsize")
popup.addNumber("Choose data Disk Size in GiB", "dataDiskSize")
popup.addNumber("Number of VCPUS", "vcpus")
popup.addNumber("Amount of memory in MiB", "memory")
popup.addTextArea("User data for cloud-init",
"userdata",
required=False,
rows=5)
popup.addHiddenField("id", gid)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
gid = args.getTag("gid")
options = OrderedDict(
{
"CPU Nodes": "cpunode",
"Storage Nodes": "storagenode",
"CPU and Storage Nodes": "both",
}
)
popup = Popup(
id="execute_script",
header="Execute Script",
submit_url="/restmachine/cloudbroker/grid/executeMaintenanceScript",
)
popup.addDropdown(
"Select which type of nodes you want to execute this one",
"nodestype",
options.iteritems(),
)
popup.addTextArea("Script", "script", placeholder="Enter script here", rows=10)
popup.addHiddenField("gid", gid)
popup.write_html(page)
params.result = page
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
ccl = j.clients.osis.getNamespace("cloudbroker")
locations = [(loc["name"], loc["gid"])
for loc in ccl.location.search({})[1:]]
popup = Popup(
id="addpublicnetwork",
header="Add Public Network",
submit_url="/restmachine/cloudbroker/iaas/addPublicNetwork",
)
popup.addDropdown("Choose Location", "gid", locations)
popup.addText("Network",
"network",
required=True,
placeholder="8.8.8.0/24")
popup.addText("Gateway", "gateway", required=True, placeholder="8.8.8.1")
popup.addText("First Free Public IP Address",
"startip",
required=True,
placeholder="8.8.8.2")
popup.addText("Last Free Public IP Address",
"endip",
required=True,
placeholder="8.8.8.254")
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
cloudspaceId = int(args.getTag("cloudspaceId"))
ccl = j.clients.osis.getNamespace("cloudbroker")
vmachines = ccl.vmachine.search(
{
"cloudspaceId": cloudspaceId,
"status": {"$nin": ["ERROR", "DESTROYED", "DELETED"]},
}
)[1:]
dropvmachines = list()
for vmachine in sorted(vmachines, key=lambda vm: vm["name"]):
dropvmachines.append((vmachine["name"], vmachine["id"]))
popup = Popup(
id="createportforwarding",
header="Create Port Forwarding",
submit_url="/restmachine/cloudbroker/machine/createPortForward",
)
popup.addDropdown("Choose Machine", "machineId", dropvmachines)
popup.addNumber("Public Port", "destPort", required=True)
popup.addNumber("VM Port", "localPort", required=True)
popup.addDropdown("Protocol", "proto", [("TCP", "tcp"), ("UDP", "udp")])
popup.addHiddenField("reason", "")
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
gid = int(args.getTag('gid'))
actors = j.apps.cloudbroker.iaas.cb.actors.cloudapi
images = actors.images.list(accountId=None, cloudspaceId=None)
dropimages = list()
def imageSorter(image):
return image['type'] + image['name']
for image in sorted(images, key=imageSorter):
dropimages.append(("%(type)s: %(name)s" % image, image['id']))
popup = Popup(id='createsystemspace', header='Create system space on the grid',
submit_url='/restmachine/cloudbroker/grid/createSystemSpace')
popup.addText('Resource Name', 'name', required=True)
popup.addDropdown('Choose Image', 'imageId', dropimages)
popup.addNumber('Boot Disk Size in GiB', 'bootsize')
popup.addNumber('Choose data Disk Size in GiB', 'dataDiskSize')
popup.addNumber('Number of VCPUS', 'vcpus')
popup.addNumber('Amount of memory in MiB', 'memory')
popup.addTextArea('User data for cloud-init', 'userdata', required=False, rows=5)
popup.addHiddenField('id', gid)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
ccl = j.clients.osis.getNamespace('cloudbroker')
vcl = j.clients.osis.getNamespace('vfw')
cloudspaceId = args.getTag('cloudspaceId')
cloudspace = ccl.cloudspace.get(int(cloudspaceId))
if cloudspace.status != 'DEPLOYED':
popup = Popup(id='movevfw',
header='CloudSpace is not deployed',
submit_url='#')
popup.write_html(page)
return params
popup = Popup(
id='movevfw',
header='Move Virtual Firewall',
submit_url=
'/restmachine/cloudbroker/cloudspace/moveVirtualFirewallToFirewallNode',
reload_on_success=False)
key = "%(gid)s_%(networkId)s" % cloudspace.dump()
if not vcl.virtualfirewall.exists(key):
popup = Popup(id='movevfw',
header='CloudSpace is not properly deployed',
submit_url='#')
popup.write_html(page)
return params
vfw = vcl.virtualfirewall.get(key)
query = {
'status': 'ENABLED',
'gid': cloudspace.gid,
'referenceId': {
'$ne': str(vfw.nid)
}
}
vfwnodes = ccl.stack.search(query)[1:]
if not vfwnodes:
popup = Popup(id='movevfw',
header='No other Firewall node available',
submit_url='#')
popup.write_html(page)
return params
dropnodes = [('Choose Automaticly', 'null')]
for stack in vfwnodes:
dropnodes.append(("FW Node %(name)s" % stack, stack['referenceId']))
popup.addDropdown("FW Node to move to", 'targetNid', dropnodes)
popup.addHiddenField('cloudspaceId', cloudspaceId)
popup.addHiddenField('async', 'true')
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
ccl = j.clients.osis.getNamespace("cloudbroker")
vcl = j.clients.osis.getNamespace("vfw")
cloudspaceId = args.getTag("cloudspaceId")
cloudspace = ccl.cloudspace.get(int(cloudspaceId))
if cloudspace.status != "DEPLOYED":
popup = Popup(id="movevfw", header="CloudSpace is not deployed", submit_url="#")
popup.write_html(page)
return params
popup = Popup(
id="movevfw",
header="Move Virtual Firewall",
submit_url="/restmachine/cloudbroker/cloudspace/moveVirtualFirewallToFirewallNode",
reload_on_success=False,
)
key = "%(gid)s_%(networkId)s" % cloudspace.dump()
if not vcl.virtualfirewall.exists(key):
popup = Popup(
id="movevfw", header="CloudSpace is not properly deployed", submit_url="#"
)
popup.write_html(page)
return params
vfw = vcl.virtualfirewall.get(key)
query = {
"status": "ENABLED",
"gid": cloudspace.gid,
"referenceId": {"$ne": str(vfw.nid)},
}
vfwnodes = ccl.stack.search(query)[1:]
if not vfwnodes:
popup = Popup(
id="movevfw", header="No other Firewall node available", submit_url="#"
)
popup.write_html(page)
return params
dropnodes = [("Choose Automaticly", "null")]
for stack in vfwnodes:
dropnodes.append(("FW Node %(name)s" % stack, stack["referenceId"]))
popup.addDropdown("FW Node to move to", "targetNid", dropnodes)
popup.addHiddenField("cloudspaceId", cloudspaceId)
popup.addHiddenField("async", "true")
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
ccl = j.clients.osis.getNamespace('cloudbroker')
locations = list()
for location in ccl.location.search({})[1:]:
locations.append((location['name'], location['gid']))
popup = Popup(id='createimage', header='Create Image',
submit_url='/restmachine/cloudbroker/image/createImage',
reload_on_success=False)
popup.addText('Name', 'name', required=True)
popup.addText('URL of image to import', 'url', required=True)
popup.addDropdown('Choose Location', 'gid', locations)
imagetypes = [
('Linux', 'Linux'),
('Windows', 'Windows'),
('Other', 'Other'),
]
boottype = [
('BIOS', 'bios'),
('UEFI', 'uefi'),
]
hotResize = [('Yes', True),
('No', False)
]
popup.addDropdown('Choose Type', 'imagetype', imagetypes)
popup.addDropdown('Boot Type', 'boottype', boottype)
popup.addDropdown('Hot Resize', 'hotresize', hotResize)
popup.addText('Username for the image leave empty when the image is cloud-init enabled', 'username')
popup.addText('Password for the image leave empty when the image is cloud-init enabled', 'password')
popup.addText('AccountId optional if you want to make the image for this account only', 'accountId')
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
pars = args.expandParamsAsDict()
page.addMessage('<a href="#{0}" role="button" class="btn" data-toggle="modal">Launch demo modal {0}</a>'.format(pars['id']))
popup = Popup(id=pars['id'], header='Text popup', submit_url=pars['submit_url'])
popup.addHiddenField('hidden_field', 'hidden_value')
popup.addText('First name', 'firstname', required=True)
popup.addNumber('Age', 'age')
popup.addDropdown('Choose licence', 'license', [('MIT', 'mit'), ('BSD', 'bsd'), ('GPL version 3', 'gpl3')])
popup.addRadio('Choose licence', 'license2', [('MIT', 'mit'), ('BSD', 'bsd'), ('GPL version 3', 'gpl3')])
popup.addCheckboxes('Choose the software', 'software', [('MS Office', 'msoffice'), ('Photoshop', 'photoshop')])
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
cloudspaceId = int(args.getTag("cloudspaceId"))
scl = j.clients.osis.getNamespace("cloudbroker")
actors = j.apps.cloudbroker.iaas.cb.actors.cloudapi
cloudspace = scl.cloudspace.get(cloudspaceId)
stacks = scl.stack.search({"gid": cloudspace.gid, "status": "ENABLED"})[1:]
images = actors.images.list(
accountId=cloudspace.accountId, cloudspaceId=cloudspace.id
)
dropimages = list()
dropstacks = list()
dropstacks.append(("Auto", 0))
def imageSorter(image):
return image["type"] + image["name"]
def sortName(item):
return item["name"]
for image in sorted(images, key=imageSorter):
dropimages.append(("%(type)s: %(name)s" % image, image["id"]))
for stack in sorted(stacks, key=sortName):
dropstacks.append((stack["name"], stack["id"]))
popup = Popup(
id="createmachine",
header="Create Machine On CPU Node",
submit_url="/restmachine/cloudbroker/machine/createOnStack",
)
popup.addText("Machine Name", "name", required=True)
popup.addText("Machine Description", "description", required=True)
popup.addDropdown("Choose CPU Node", "stackid", dropstacks)
popup.addDropdown("Choose Image", "imageId", dropimages)
popup.addNumber("Disk Size in GiB", "disksize")
popup.addNumber("Number of VCPUS", "vcpus")
popup.addNumber("Amount of memory in MiB", "memory")
popup.addTextArea("User data for cloud-init", "userdata", required=False, rows=5)
popup.addHiddenField("cloudspaceId", cloudspaceId)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
# Placeholder that -1 means no limits are set on the cloud unit
culimitplaceholder = 'leave empty if no limits should be set'
options = OrderedDict({'Yes': 1, 'No': 0})
popup = Popup(id='createaccount',
header='Create Account',
submit_url='/restmachine/cloudbroker/account/create')
popup.addText('Name', 'name', required=True, placeholder='Account Name')
popup.addText(
'Username',
'username',
required=True,
placeholder='Owner of account, will be created if does not exist')
popup.addText(
'Email Address',
'emailaddress',
required=False,
placeholder='User email, only required if username does not exist')
popup.addText('Max Memory Capacity (GB)',
'maxMemoryCapacity',
placeholder=culimitplaceholder,
type='float')
popup.addText('Max VDisk Capacity (GB)',
'maxVDiskCapacity',
placeholder=culimitplaceholder,
type='number')
popup.addText('Max Number of CPU Cores',
'maxCPUCapacity',
placeholder=culimitplaceholder,
type='number')
popup.addText('Max External Network Transfer (GB)',
'maxNetworkPeerTransfer',
placeholder=culimitplaceholder,
type='number')
popup.addText('Max Number of Public IP Addresses',
'maxNumPublicIP',
placeholder=culimitplaceholder,
type='number')
popup.addDropdown(
'Email is sent when a user is granted access to a resource',
'sendAccessEmails', options.iteritems())
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
ccl = j.clients.osis.getNamespace('cloudbroker')
locations = list()
for location in ccl.location.search({})[1:]:
locations.append((location['name'], location['gid']))
popup = Popup(id='createcdrom',
header='Create CD-ROM Image',
submit_url='/restmachine/cloudbroker/image/createCDROMImage',
reload_on_success=False)
popup.addText('Name', 'name', required=True)
popup.addText('URL of CD-ROM image to import', 'url', required=True)
popup.addText(
'AccountId optional if you want to make the image for this account only',
'accountId')
popup.addDropdown('Choose Location', 'gid', locations)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
ccl = j.clients.osis.getNamespace('cloudbroker')
locations = ccl.location.search({})[1:]
popup = Popup(id='addexternalnetwork', header='Add External Network',
submit_url='/restmachine/cloudbroker/iaas/addExternalNetwork')
popup.addText('Name', 'name', required=True)
popup.addText('Subnet CIDR', 'subnet', required=True)
popup.addText('Gateway IP Address', 'gateway', required=True)
popup.addText('Start IP Address', 'startip', required=True)
popup.addText('End IP Address', 'endip', required=True)
popup.addNumber('VLAN Tag (leave empty if its the standard public bridge)', 'vlan', required=False)
popup.addNumber('AccountId (make external network exclusive to this accountId otherwise leave empty)', 'accountId', required=False)
popup.addDropdown('Choose Location', 'gid', [(location['name'], location['gid']) for location in locations])
popup.addNumber("DHCP server ID (leave empty if no DHCP server for this network)", "dhcpServerId", required=False)
popup.addText(' Enter list of ips(seperated by commas), eg 8.8.8.8,10.10.10.10. If you want to disable the health check, enter 127.0.0.1', 'pingips', placeholder='If left empty default will be 8.8.8.8')
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
ccl = j.clients.osis.getNamespace("cloudbroker")
locations = list()
for location in ccl.location.search({})[1:]:
locations.append((location["name"], location["gid"]))
popup = Popup(
id="createcdrom",
header="Create CD-ROM Image",
submit_url="/restmachine/cloudbroker/image/createCDROMImage",
reload_on_success=False,
)
popup.addText("Name", "name", required=True)
popup.addText("URL of CD-ROM image to import", "url", required=True)
popup.addText(
"AccountId optional if you want to make the image for this account only",
"accountId",
)
popup.addDropdown("Choose Location", "gid", locations)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
cloudspaceId = int(args.getTag('cloudspaceId'))
scl = j.clients.osis.getNamespace('cloudbroker')
actors = j.apps.cloudbroker.iaas.cb.actors.cloudapi
cloudspace = scl.cloudspace.get(cloudspaceId)
stacks = scl.stack.search({'gid': cloudspace.gid, 'status': 'ENABLED'})[1:]
images = actors.images.list(accountId=cloudspace.accountId, cloudspaceId=cloudspace.id)
dropimages = list()
dropstacks = list()
dropstacks.append(('Auto', 0))
def imageSorter(image):
return image['type'] + image['name']
def sortName(item):
return item['name']
for image in sorted(images, key=imageSorter):
dropimages.append(("%(type)s: %(name)s" % image, image['id']))
for stack in sorted(stacks, key=sortName):
dropstacks.append((stack['name'], stack['id']))
popup = Popup(id='createmachine', header='Create Machine On CPU Node',
submit_url='/restmachine/cloudbroker/machine/createOnStack')
popup.addText('Machine Name', 'name', required=True)
popup.addText('Machine Description', 'description', required=True)
popup.addDropdown('Choose CPU Node', 'stackid', dropstacks)
popup.addDropdown('Choose Image', 'imageId', dropimages)
popup.addNumber('Disk Size in GiB', 'disksize')
popup.addNumber('Number of VCPUS', 'vcpus')
popup.addNumber('Amount of memory in MiB', 'memory')
popup.addTextArea('User data for cloud-init', 'userdata', required=False, rows=5)
popup.addHiddenField('cloudspaceId', cloudspaceId)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
ccl = j.clients.osis.getNamespace("cloudbroker")
locations = ccl.location.search({})[1:]
popup = Popup(
id="addexternalnetwork",
header="Add External Network",
submit_url="/restmachine/cloudbroker/iaas/addExternalNetwork",
)
popup.addText("Name", "name", required=True)
popup.addText("Subnet CIDR", "subnet", required=True)
popup.addText("Gateway IP Address", "gateway", required=True)
popup.addText("Start IP Address", "startip", required=True)
popup.addText("End IP Address", "endip", required=True)
popup.addNumber(
"VLAN Tag (leave empty if its the standard public bridge)",
"vlan",
required=False,
)
popup.addNumber(
"AccountId (make external network exclusive to this accountId otherwise leave empty)",
"accountId",
required=False,
)
popup.addDropdown(
"Choose Location",
"gid",
[(location["name"], location["gid"]) for location in locations],
)
popup.addText(
" Enter list of ips(seperated by commas), eg 8.8.8.8,10.10.10.10. If you want to disable the health check, enter 127.0.0.1",
"pingips",
placeholder="If left empty default will be 8.8.8.8",
)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
machineId = int(args.getTag("machineId"))
scl = j.clients.osis.getNamespace("cloudbroker")
vmachine = scl.vmachine.get(machineId)
cloudspace = scl.cloudspace.get(vmachine.cloudspaceId)
stacks = scl.stack.search({
"status": "ENABLED",
"gid": cloudspace.gid,
"images": vmachine.imageId
})[1:]
cpu_nodes = [(stack["name"], stack["id"]) for stack in stacks
if vmachine.stackId != stack["id"]]
popup = Popup(
id="movemachine",
header="Move machine to another CPU node",
submit_url=
"/restmachine/cloudbroker/machine/moveToDifferentComputeNode",
reload_on_success=False,
)
popup.addDropdown("Target CPU Node",
"targetStackId",
cpu_nodes,
required=True)
popup.addDropdown(
"Force (might require VM to restart)",
"force",
(("No", "false"), ("Yes", "true")),
required=True,
)
popup.addText("Reason", "reason", required=True)
popup.addHiddenField("machineId", machineId)
popup.addHiddenField("async", "true")
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
machineId = int(args.getTag('machineId'))
scl = j.clients.osis.getNamespace('cloudbroker')
vmachine = scl.vmachine.get(machineId)
cloudspace = scl.cloudspace.get(vmachine.cloudspaceId)
stacks = scl.stack.search({
'status': 'ENABLED',
'gid': cloudspace.gid,
'images': vmachine.imageId
})[1:]
cpu_nodes = [(stack['name'], stack['id']) for stack in stacks
if vmachine.stackId != stack['id']]
popup = Popup(
id='movemachine',
header='Move machine to another CPU node',
submit_url=
'/restmachine/cloudbroker/machine/moveToDifferentComputeNode',
reload_on_success=False)
popup.addDropdown('Target CPU Node',
'targetStackId',
cpu_nodes,
required=True)
popup.addDropdown('Force (might require VM to restart)',
'force', (
('No', 'false'),
('Yes', 'true'),
),
required=True)
popup.addText('Reason', 'reason', required=True)
popup.addHiddenField('machineId', machineId)
popup.addHiddenField('async', 'true')
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
gid = args.getTag('gid')
options = OrderedDict({
'CPU Nodes': 'cpunode',
'Storage Nodes': 'storagenode',
'CPU and Storage Nodes': 'both'
})
popup = Popup(
id='execute_script',
header='Execute Script',
submit_url='/restmachine/cloudbroker/grid/executeMaintenanceScript')
popup.addDropdown(
'Select which type of nodes you want to execute this one', 'nodestype',
options.iteritems())
popup.addTextArea('Script',
'script',
placeholder='Enter script here',
rows=10)
popup.addHiddenField('gid', gid)
popup.write_html(page)
params.result = page
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
ccl = j.clients.osis.getNamespace("cloudbroker")
locations = list()
for location in ccl.location.search({})[1:]:
locations.append((location["name"], location["gid"]))
popup = Popup(
id="createimage",
header="Create Image",
submit_url="/restmachine/cloudbroker/image/createImage",
reload_on_success=False,
)
popup.addText("Name", "name", required=True)
popup.addText("URL of image to import", "url", required=True)
popup.addDropdown("Choose Location", "gid", locations)
imagetypes = [("Linux", "Linux"), ("Windows", "Windows"),
("Other", "Other")]
boottype = [("BIOS", "bios"), ("UEFI", "uefi")]
hotResize = [("Yes", True), ("No", False)]
popup.addDropdown("Choose Type", "imagetype", imagetypes)
popup.addDropdown("Boot Type", "boottype", boottype)
popup.addDropdown("Hot Resize", "hotresize", hotResize)
popup.addText(
"Username for the image leave empty when the image is cloud-init enabled",
"username",
)
popup.addText(
"Password for the image leave empty when the image is cloud-init enabled",
"password",
)
popup.addText(
"AccountId optional if you want to make the image for this account only",
"accountId",
)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
params.result = page = args.page
# Placeholder that -1 means no limits are set on the cloud unit
culimitplaceholder = "leave empty if no limits should be set"
options = OrderedDict({"Yes": 1, "No": 0})
popup = Popup(
id="createaccount",
header="Create Account",
submit_url="/restmachine/cloudbroker/account/create",
)
popup.addText("Name", "name", required=True, placeholder="Account Name")
popup.addText(
"Username",
"username",
required=True,
placeholder="Owner of account, will be created if does not exist",
)
popup.addText(
"Email Address",
"emailaddress",
required=False,
placeholder="User email, only required if username does not exist",
)
popup.addText(
"Max Memory Capacity (GB)",
"maxMemoryCapacity",
placeholder=culimitplaceholder,
type="float",
)
popup.addText(
"Max VDisk Capacity (GB)",
"maxVDiskCapacity",
placeholder=culimitplaceholder,
type="number",
)
popup.addText(
"Max Number of CPU Cores",
"maxCPUCapacity",
placeholder=culimitplaceholder,
type="number",
)
popup.addText(
"Max External Network Transfer (GB)",
"maxNetworkPeerTransfer",
placeholder=culimitplaceholder,
type="number",
)
popup.addText(
"Max Number of Public IP Addresses",
"maxNumPublicIP",
placeholder=culimitplaceholder,
type="number",
)
popup.addDropdown(
"Email is sent when a user is granted access to a resource",
"sendAccessEmails",
options.iteritems(),
)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
page = args.page
from JumpScale.portal.docgenerator.popup import Popup
import yaml
def _showexample():
page.addMessage("""Actions must be in yaml form.
eg:
- display: Start
action: /restmachine/cloudbroker/machine/start
input:
- reason
- spacename
- name: accesstype
type: dropdown
label: ACL
values:
- label: Admin
value: ARCXDU
- label: Write
value: RCX
- label: Read
value: R
data:
machineId: $$id
accountName: $$accountname
- display: Stop
action: /restmachine/cloudbroker/machine/stop?machineId=$$id&reason=ops&accountName=$$accountname&spaceName=$$spacename
}}
""")
params.result = page
return params
macrostr = args.macrostr.strip()
content = "\n".join(macrostr.split("\n")[1:-1])
if not content:
return _showexample()
actionoptions = [('Choose Action', '#')]
actions = yaml.load(content)
if actions == content:
return _showexample()
if not isinstance(actions, list):
actions = [actions]
for actiondata in actions:
actionurl = actiondata['action']
display = actiondata['display']
inputs = actiondata.get('input', '')
navigateback = actiondata.get('navigateback', False)
reload = actiondata.get('reload', True)
hide = actiondata.get('hide', False)
data = actiondata.get('data', {})
showresponse = actiondata.get('showresponse', False)
hideon = actiondata.get('hideon', [])
if hideon:
hideon_input = actiondata.get('hideonInput', '')
if hideon_input in hideon:
continue
if actionurl.startswith("#"):
actionoptions.append((display, actionurl[1:]))
continue
else:
actionid = "action-%s" % display.replace(' ', '')
if not hide:
actionoptions.append((display, actionid))
popup = Popup(
id=actionid,
header="Confirm Action %s" %
display,
submit_url=actionurl,
navigateback=navigateback,
reload_on_success=reload,
showresponse=showresponse)
if inputs:
for var in inputs:
if isinstance(var, str):
popup.addText(var, var)
else:
if var['type'] in ('dropdown', 'radio'):
label = var['label']
name = var['name']
options = list()
for value in var['values']:
options.append((value['label'], value['value']))
if var['type'] == 'dropdown':
popup.addDropdown(label, name, options)
elif var['type'] == 'radio':
popup.addRadio(label, name, options)
elif var['type'] in ('text', 'password', 'number'):
label = var['label']
name = var['name']
default = var.get('default', '')
required = var.get('required', False)
popup.addText(label, name, type=var['type'], value=default, required=required)
elif var['type'] == 'hidden':
popup.addHiddenField(var['name'], var['value'])
for name, value in list(data.items()):
popup.addHiddenField(name, value)
popup.write_html(page)
if len(actionoptions) > 1:
id = page.addComboBox(actionoptions)
page.addJS(None, """
$(document).ready(function() {
$("#%(id)s").change(function () {
var actionid = $("#%(id)s").val();
$("#%(id)s").val('#');
if (actionid != '#'){
$('#'+actionid).modal('show');
}
});
});
""" % ({'id': id}))
params.result = page
return params
def main(j, args, params, tags, tasklet):
import netaddr
params.result = page = args.page
accountId = args.getTag("accountId")
ccl = j.clients.osis.getNamespace("cloudbroker")
locations = list()
for location in ccl.location.search({})[1:]:
locations.append((location["name"], location["locationCode"]))
externalnetworks = list()
def network_sort(pool):
return "%04d_%s" % (pool["vlan"], pool["name"])
for pool in sorted(
ccl.externalnetwork.search(
{"accountId": {
"$in": [int(accountId), 0]
}})[1:],
key=network_sort,
):
network = netaddr.IPNetwork("{network}/{subnetmask}".format(**pool))
externalnetworks.append((
"{name} - {network}".format(name=pool["name"], network=network),
pool["id"],
))
# Placeholder that -1 means no limits are set on the cloud unit
culimitplaceholder = "leave empty if no limits should be set"
popup = Popup(
id="create_space",
header="Create Cloud Space",
submit_url="/restmachine/cloudbroker/cloudspace/create",
)
popup.addText("Name", "name", required=True)
popup.addText(
"Username to grant access (if empty will be currently logged in user)",
"access",
required=False,
)
popup.addDropdown("Choose Location", "location", locations)
popup.addDropdown("Choose External Network", "externalnetworkId",
externalnetworks)
popup.addText("Private Network",
"privatenetwork",
value="192.168.103.0/24")
popup.addText(
"Max Memory Capacity (GB)",
"maxMemoryCapacity",
placeholder=culimitplaceholder,
type="float",
)
popup.addText(
"Max VDisk Capacity (GB)",
"maxVDiskCapacity",
placeholder=culimitplaceholder,
type="number",
)
popup.addText(
"Max Number of CPU Cores",
"maxCPUCapacity",
placeholder=culimitplaceholder,
type="number",
)
popup.addText(
"Max External Network Transfer (GB)",
"maxNetworkPeerTransfer",
placeholder=culimitplaceholder,
type="number",
)
popup.addText(
"Max Number of Public IP Addresses",
"maxNumPublicIP",
placeholder=culimitplaceholder,
type="number",
)
popup.addHiddenField("accountId", accountId)
popup.write_html(page)
return params
def main(j, args, params, tags, tasklet):
page = args.page
from JumpScale.portal.docgenerator.popup import Popup
import yaml
def _showexample():
page.addMessage("""Actions must be in yaml form.
eg:
- display: Start
action: /restmachine/cloudbroker/machine/start
input:
- reason
- spacename
- name: accesstype
type: dropdown
label: ACL
values:
- label: Admin
value: ARCXDU
- label: Write
value: RCX
- label: Read
value: R
data:
machineId: $$id
accountName: $$accountname
- display: Stop
action: /restmachine/cloudbroker/machine/stop?machineId=$$id&reason=ops&accountName=$$accountname&spaceName=$$spacename
}}
""")
params.result = page
return params
macrostr = args.macrostr.strip()
title = args.getTag('title', 'Action')
gridbinding = args.getTag('gridbinding', '').split()
content = "\n".join(macrostr.split("\n")[1:-1])
if not content:
return _showexample()
actionoptions = []
actions = yaml.load(content)
if actions == content:
return _showexample()
if not isinstance(actions, list):
actions = [actions]
for actiondata in actions:
actionurl = actiondata['action']
display = actiondata['display']
inputs = actiondata.get('input', '')
navigateback = actiondata.get('navigateback', False)
reload = actiondata.get('reload', True)
clearForm = actiondata.get('clearform', True)
hide = actiondata.get('hide', False)
data = actiondata.get('data', {})
showresponse = actiondata.get('showresponse', False)
hideon = actiondata.get('hideon', [])
if hideon:
hideon_input = actiondata.get('hideonInput', '')
if hideon_input in hideon:
continue
action = "$('%s').modal('show');"
if actionurl.startswith("#"):
actionoptions.append((display, action % actionurl))
continue
else:
actionid = "action-%s" % display.replace(' ', '')
if not hide:
actionoptions.append((display, action % ('#' + actionid)))
popup = Popup(id=actionid,
header="Confirm Action %s" % display,
submit_url=actionurl,
navigateback=navigateback,
reload_on_success=reload,
showresponse=showresponse,
clearForm=clearForm,
gridbinding=gridbinding)
if inputs:
for var in inputs:
if isinstance(var, basestring):
popup.addText(var, var)
else:
if var['type'] in ('dropdown', 'radio'):
label = var['label']
name = var['name']
options = list()
for value in var['values']:
options.append((value['label'], value['value']))
if var['type'] == 'dropdown':
popup.addDropdown(label, name, options)
elif var['type'] == 'checkboxes':
popup.addCheckboxes(label, name, options)
elif var['type'] == 'radio':
popup.addRadio(label, name, options)
elif var['type'] in ('text', 'password', 'number',
'float'):
label = var['label']
name = var['name']
default = var.get('default', '')
placeholder = var.get('placeholder', '')
if var['type'] == 'float':
popup.addText(label,
name,
type='number',
value=default,
placeholder=placeholder,
step="0.1")
else:
popup.addText(label,
name,
type=var['type'],
value=default,
placeholder=placeholder)
elif var['type'] == 'hidden':
popup.addHiddenField(var['name'], var['value'])
elif var['type'] == 'message':
popup.addMessage(var['message'], var['messagetype'])
for name, value in data.items():
popup.addHiddenField(name, value)
popup.write_html(page)
if len(actionoptions) >= 1:
actionsid = None
if gridbinding:
actionsid = "actions_%s" % gridbinding[0]
jscontent = """
$(document).on('init.dt', function(e, settings) {
var actionid = '#actions_' + settings.sTableId;
var action = $(actionid);
if (action) {
action.css('margin', '10px');
var container = '#' + settings.sTableId + '_length';
$(container).append(action);
var tableid = '#' + settings.sTableId;
var table = $(tableid);
if (table.dataTable().fnSettings().oInit.select) {
var link = $('<a href="#">Select All</a>');
var selected = false;
link.click(function (e) {
e.preventDefault();
var rows = table.DataTable().rows();
if (!selected) {
rows.select();
$(this).text('Clear Selection');
} else {
rows.deselect();
$(this).text('Select All');
}
selected = !selected;
});
$(container).append(link);
}
}
});
"""
page.addDocumentReadyJSfunction(jscontent)
page.addBootstrapCombo(title, actionoptions, actionsid)
params.result = page
return params
def main(j, args, params, tags, tasklet):
page = args.page
from JumpScale.portal.docgenerator.popup import Popup
import yaml
def _showexample():
page.addMessage("""Actions must be in yaml form.
eg:
- display: Start
action: /restmachine/cloudbroker/machine/start
input:
- reason
- spacename
- name: accesstype
type: dropdown
label: ACL
values:
- label: Admin
value: ARCXDU
- label: Write
value: RCX
- label: Read
value: R
data:
machineId: $$id
accountName: $$accountname
- display: Stop
action: /restmachine/cloudbroker/machine/stop?machineId=$$id&reason=ops&accountName=$$accountname&spaceName=$$spacename
}}
""")
params.result = page
return params
macrostr = args.macrostr.strip()
title = args.getTag('title', 'Action')
gridbinding = args.getTag('gridbinding', '').split()
content = "\n".join(macrostr.split("\n")[1:-1])
if not content:
return _showexample()
actionoptions = []
actions = yaml.load(content)
if actions == content:
return _showexample()
if not isinstance(actions, list):
actions = [actions]
for actiondata in actions:
actionurl = actiondata['action']
display = actiondata['display']
inputs = actiondata.get('input', '')
navigateback = actiondata.get('navigateback', False)
reload = actiondata.get('reload', True)
clearForm = actiondata.get('clearform', True)
hide = actiondata.get('hide', False)
data = actiondata.get('data', {})
showresponse = actiondata.get('showresponse', False)
hideon = actiondata.get('hideon', [])
if hideon:
hideon_input = actiondata.get('hideonInput', '')
if hideon_input in hideon:
continue
action = "$('%s').modal('show');"
if actionurl.startswith("#"):
actionoptions.append((display, action % actionurl))
continue
else:
actionid = "action-%s" % display.replace(' ', '')
if not hide:
actionoptions.append((display, action % ('#' + actionid)))
popup = Popup(id=actionid, header="Confirm Action %s" % display, submit_url=actionurl,
navigateback=navigateback, reload_on_success=reload,
showresponse=showresponse, clearForm=clearForm, gridbinding=gridbinding)
if inputs:
for var in inputs:
if isinstance(var, basestring):
popup.addText(var, var)
else:
if var['type'] in ('dropdown', 'radio'):
label = var['label']
name = var['name']
options = list()
for value in var['values']:
options.append((value['label'], value['value']))
if var['type'] == 'dropdown':
popup.addDropdown(label, name, options)
elif var['type'] == 'checkboxes':
popup.addCheckboxes(label, name, options)
elif var['type'] == 'radio':
popup.addRadio(label, name, options)
elif var['type'] in ('text', 'password', 'number', 'float'):
label = var['label']
name = var['name']
default = var.get('default', '')
required = var.get('required', False)
placeholder = var.get('placeholder', '')
if var['type'] == 'float':
popup.addText(label, name, required, type='number', value=default, placeholder=placeholder, step="0.1")
else:
popup.addText(label, name, required, type=var['type'], value=default, placeholder=placeholder)
elif var['type'] == 'hidden':
popup.addHiddenField(var['name'], var['value'])
elif var['type'] == 'message':
popup.addMessage(var['message'], var['messagetype'])
for name, value in data.items():
popup.addHiddenField(name, value)
popup.write_html(page)
if len(actionoptions) >= 1:
actionsid = None
if gridbinding:
actionsid = "actions_%s" % gridbinding[0]
jscontent = """
$(document).on('init.dt', function(e, settings) {
var actionid = '#actions_' + settings.sTableId;
var action = $(actionid);
if (action) {
var button = action.find('button');
action.css('margin', '10px');
var container = '#' + settings.sTableId + '_length';
$(container).append(action);
var tableid = '#' + settings.sTableId;
var table = $(tableid);
if (table.dataTable().fnSettings().oInit.select) {
button.prop('disabled', true);
var linka = $('<a href="#">Select All</a>');
var linkn = $('<a href="#">Clear Selection</a>');
linkn.hide();
linka.click(function (e) {
e.preventDefault();
var rows = table.DataTable().rows();
rows.select();
});
linkn.click(function (e) {
e.preventDefault();
var rows = table.DataTable().rows();
rows.deselect();
});
$(container).append(linka);
$(container).append(' ');
$(container).append(linkn);
var onselect = function (e, dt, type, indexes) {
var count = dt.rows({'selected': true}).count()
var totalcount = dt.rows().count()
if (count == 0){
linkn.hide();
button.prop('disabled', true);
} else {
linkn.show();
button.prop('disabled', false);
}
if (totalcount == count) {
linka.hide();
} else {
linka.show();
}
};
table.DataTable().on('select', onselect);
table.DataTable().on('deselect', onselect);
}
}
});
"""
page.addDocumentReadyJSfunction(jscontent)
page.addBootstrapCombo(title, actionoptions, actionsid)
params.result = page
return params
def main(j, args, params, tags, tasklet):
import netaddr
params.result = page = args.page
accountId = args.getTag('accountId')
ccl = j.clients.osis.getNamespace('cloudbroker')
locations = list()
for location in ccl.location.search({})[1:]:
locations.append((location['name'], location['locationCode']))
externalnetworks = list()
def network_sort(pool):
return '%04d_%s' % (pool['vlan'], pool['name'])
for pool in sorted(ccl.externalnetwork.search(
{'accountId': {
'$in': [int(accountId), 0]
}})[1:],
key=network_sort):
network = netaddr.IPNetwork('{network}/{subnetmask}'.format(**pool))
externalnetworks.append(
('{name} - {network}'.format(name=pool['name'],
network=network), pool['id']))
# Placeholder that -1 means no limits are set on the cloud unit
culimitplaceholder = 'leave empty if no limits should be set'
popup = Popup(id='create_space',
header='Create Cloud Space',
submit_url='/restmachine/cloudbroker/cloudspace/create')
popup.addText('Name', 'name', required=True)
popup.addText(
'Username to grant access (if empty will be currently logged in user)',
'access',
required=False)
popup.addDropdown('Choose Location', 'location', locations)
popup.addDropdown('Choose External Network', 'externalnetworkId',
externalnetworks)
popup.addText('Private Network',
'privatenetwork',
value='192.168.103.0/24')
popup.addText('Max Memory Capacity (GB)',
'maxMemoryCapacity',
placeholder=culimitplaceholder,
type='float')
popup.addText('Max VDisk Capacity (GB)',
'maxVDiskCapacity',
placeholder=culimitplaceholder,
type='number')
popup.addText('Max Number of CPU Cores',
'maxCPUCapacity',
placeholder=culimitplaceholder,
type='number')
popup.addText('Max External Network Transfer (GB)',
'maxNetworkPeerTransfer',
placeholder=culimitplaceholder,
type='number')
popup.addText('Max Number of Public IP Addresses',
'maxNumPublicIP',
placeholder=culimitplaceholder,
type='number')
popup.addHiddenField('accountId', accountId)
popup.write_html(page)
return params