Yes, it is there, and clint will be fetched, but for developers, we will most probably cd tools/cli/cloudmonkey and do python cloudmonkey.py (which will fail if we won't have clint).
If you don't like colors, we can do: set color false ________________________________________ From: Frank Zhang [frank.zh...@citrix.com] Sent: Thursday, November 01, 2012 1:32 AM To: cloudstack-dev@incubator.apache.org Subject: RE: CLI for CloudStack: cloudmonkey Cool! I like it. It's better to add 'clint' to install_requires field of setup.py, then I don't need manually install it myself > -----Original Message----- > From: Rohit Yadav [mailto:rohit.ya...@citrix.com] > Sent: Wednesday, October 31, 2012 11:10 AM > To: cloudstack-dev@incubator.apache.org > Subject: CLI for CloudStack: cloudmonkey > > Hi, > > I was working on a CLI for cloudstack, it's based on Marvin (the neglected > robot) and called cloudmonkey after our beloved mascot :D > > I've committed that on master, please review: > https://git-wip-us.apache.org/repos/asf?p=incubator- > cloudstack.git;a=commit;h=2ceaa3911e792dbeb6c40dfb70961008a01f7e3c > > Features: > - it's a shell and also a terminal tool, accepts file redirection and pipes > - scalable to find and run old and new APIs > - intuitive grammar and verbs > - autocompletion (functional hack) > - shell execution using ! or shell > - cfg support: user defined variables, like prompt, ruler, host, port etc. > - history > - colors (disable using set color false) > - dynamic API loading and rule generation > - leverages Marvin to get latest autogenerated APIs > - emacs like shortcuts on prompt > - uses apiKey and secretKey to interact with mgmt server > - logs all client commands > - PEP-8 compliant code > > FIXMEs: > - Reverse search over history > - Fix input and output processing > > It requires python and clint; > pip install clint (or if you have to easy_install clint) mvn clean install -P > developer cd tools/cli/cloudmonkey python cloudmonkey.py > > If you want to have the terminal tool installed; cd tools/cli python setup.py > sdist cd dist pip install cloudmonkey-0.0.4.tar.gz (or easy_install etc.) > > You can do stuff like; > cloudmonkey < file-with-commands, or > cloudmonkey list Users, or as shell; > > (If you see unicode chars cloud and monkey below, yes they were put > intentionally :) > > $ cloudmonkey > ☁ Apache CloudStack CLI. Type help or ? to list commands. > 🙉 cloudmonkey> set apiKey <your key here> > 🙉 cloudmonkey> set secretKey <your key here> > 🙉 cloudmonkey> <tab><tab> > add api create delete disable enable help list quit > remove set > shell update > 🙉 cloudmonkey> list <tab><tab> > Accounts Alerts AsyncJobs > Capabilities > Capacity Clusters Configurations > DiskOfferings DomainChildren Domains > Events > EventTypes FirewallRules Hosts > HypervisorCapabilities Hypervisors InstanceGroups > IpForwardingRules IsoPermissions Isos > LBStickinessPolicies > LoadBalancerRuleInstances LoadBalancerRules NetworkACLs > NetworkDevice NetworkOfferings Networks > NetworkServiceProviders > OsCategories OsTypes PhysicalNetworks > Pods > PortForwardingRules PrivateGateways ProjectAccounts > ProjectInvitations Projects PublicIpAddresses > RemoteAccessVpns ResourceLimits Routers > SecurityGroups > ServiceOfferings SnapshotPolicies Snapshots > SSHKeyPairs > StaticRoutes StorageNetworkIpRange StoragePools > SupportedNetworkServices Swifts SystemVms > Tags > TemplatePermissions Templates TrafficTypeImplementors > TrafficTypes Users VirtualMachines > VirtualRouterElements VlanIpRanges Volumes > VPCOfferings > VPCs VpnConnections VpnCustomerGateways > VpnGateways VpnUsers Zones > 🙉 cloudmonkey> list Users > … > 🙉 cloudmonkey> !ls > # this give you a shell too and one can do things like > 🙉 cloudmonkey> !for i in Users Account; do echo `cloudmonkey list $i | grep > id`; done; > > Example commands to deploy a datacenter; (fill in dynamic ids etc.) > create Zone dns1=8.8.8.8 internaldns1=10.147.28.6 name=Zone1 > networktype=Basic > create PhysicalNetwork name=test-network zoneid= > add TrafficType traffictype=Guest physicalnetworkid= > add TrafficType traffictype=Management physicalnetworkid= > update PhysicalNetwork state=Enabled id= > list NetworkServiceProviders name=VirtualRouter physicalNetworkId= > list VirtualRouterElements nspid= > api configureVirtualRouterElement enabled=true id= > update NetworkServiceProvider state=Enabled id= > list NetworkServiceProviders name=SecurityGroupProvider > physicalNetworkId= > update NetworkServiceProvider state=Enabled id= > create Network zoneid= name=guestNetworkForBasicZone > displaytext=guestNetworkForBasicZone networkofferingid= create Pod > zoneid= name=Pod1 gateway=10.147.28.1 netmask=255.255.255.0 > startip=10.147.28.220 endip=10.147.28.235 create VlanIpRange podid= > networkid= gateway=10.147.28.1 netmask=255.255.255.0 > startip=10.147.28.236 endip=10.147.28.250 forVirtualNetwork=false add > Cluster zoneid= hypervisor=XenServer clustertype=CloudManaged podid= > clustername=Cluster1 add Host zoneid= podid= clusterid= > hypervisor=XenServer clustertype=CloudManaged username=root > password=password url=http://10.147.28.60 create StoragePool zoneid= > clusterid= name=NFS1 url=nfs://10.147.28.7/export/home/rohit/primary > add SecondaryStorage zoneId= > url=nfs://10.147.28.7/export/home/rohit/secondary > update Zone allocationstate=Enabled id= > > After some stabilisation, I can put it on pypi so any user can just do pip > install > cloudmonkey to get the CLI. > > Regards. > PS. Marvin the neglected robot and hipster cloudmonkey should rule the > world :D
