Sometimes you just want to clone your own repo, e.g. deploy to a server. In this case you actually only need READ-ONLY access. But since that's your own repo, GitHub may display SSH URL if that's your preference. In this situation, if your remote host's public key is not in your GitHub SSH Keys, your access will be denied, which is expected to happen.
Bloomberg Access Key Keygen
DOWNLOAD: https://urlcod.com/2vzUFj
Look at the keys listed in your authentication agent (ssh-add -l) (if you don't see any, add one of your existing keys with ssh-add /path/to/your/key (eg: ssh-add /.ssh/id_rsa)) (if you don't have any keys, first create one. See: -gsir.imsb-dsgi.nrc-cnrc.gc.ca/documents/internet/node31.html or just google ssh-keygen)
Rant: I too was bashing my head when git clone suddenly decided not to work anymore and I don't have the patience or brainpower to relearn ssh/public keys/cryptography from scratch just to clone a freaking repo I already have access to. Also surprised no one mentioned gh in the answers yet
1. After 3 days, the new public key will be used to encrypt the data on the Bloomberg side 2. Download the latest version of WinSCP 3. Install and open WinSCP 4. Use the following settings: - File Protocol: SFTP - Host Name: ftpcom.bloomberg.com - Port Number: 30206 - User Name: - Password: 5. Click Login 6. Right click on a file and click Download (Filename example: f123456.msg.171231.xml.gpg) 7. Once the file is downloaded, navigate to it in Windows Explorer 8. Right click on the file and go to More GpgEX options > Decrypt NOTE: This step needs to be done on the same workstation/server where the keypair is installed in Kleopatra 9. Click Decrypt/Verify 10. If the decryption was successful, then the encryption and decryption keys are correct
You must have an application on the RapidAPI Developer Dashboard to access an API key. By default, an application will be created when you sign up. If you delete the application you must re-create at least one application.
Some APIs may require an API key or access token directly from their website to authenticate an account with the provider when making a request. Below is an example of Slack's createChannel endpoint, which requires an authentication token that is related to your Slack workspace.
The software technology company Code Rebel was founded by software engineer Arben Kane in 2006, with headquarters in Kahului, Hawaii, United States. Alex Kukhar and Volodymyr Bykov, who became part of the core engineering team, also co-founded the company.[7] Kane became CEO and chairman.[8] The initial idea behind Code Rebel was to create a new object oriented remote access protocol that would allow the user to access a specific application and its active state.[7] The company went on to develop, manufacture, license, support and sell computer software typically related to terminal services and virtualization software for Apple Inc. products.[9] In particular, the company is known for its remote access software application called iRAPP, and a Mac terminal services application called iRAPP Terminal Server (iRAPP TS).[10]
On January 14, 2016, Code Rebel announced that it would likely merge with Aegis Identity Software, Inc.,[3] which is a private software company in Colorado[4] that provides "on-premise [sic] and cloud-based identity and access management products and services for the K-12 and higher education markets."[3] After the announcement, Code Rebel's shares doubled in market value.[4][14] A definitive merger agreement between the two companies was signed on March 11, 2016.[5][15] Aegis Identity's CEO stated that Aegis would continue to maintain its branding, with the two companies working as a joint operation.[16][17]
The company developed a remote access software application called iRAPP and a Mac terminal services application called iRAPP Terminal Server (iRAPP TS). iRAPP allows users to remotely access their Mac desktop through the iRAPP protocol, which allows the user to work simultaneously on both PC and Mac or they can use any RDP (Microsoft's Remote Desktop Protocol) compliant application for the remote access. iRAPP TS allows the user to access multiple virtual desktops on one or multiple Mac machines concurrently, comparable to the Citrix solution for Mac.[10] This focus on Apple solutions contrasts with most terminal services and virtualization providers such as VMware, Red Hat, Microsoft, and Citrix Systems, which have historically offered Microsoft Windows-based solutions.[10]
Experiment based graphical user interface (GUI) interaction on CloudLab often require X windows, so you might find it useful to have an X-server running on the laptop/desktop you use to access resources on CloudLab.
CloudLab gives exclusive access to compute resources to one experiment ata time. (That experiment may involve re-exporting those resources toother users, for example, by running cloud services.) Storage resourcesattached to them (eg. local disk) are also used by a single experimentat a time, and it is possible to run experiments that haveexclusive access to switches.
If you copy a profile, you are creating a new profile that is identical in every way to an existing profile. You may or may not have a running experiment using the source profile. And if you do have a running experiment, it does not impact the copy. After copying a profile, you can then modify it for your own use. And if you instantiate the copy, you can then take snapshots of disk images and use them in future version of your copy. Any profile that you have access to may be copied.
As with creating a new profile, we recommend testing the profile before lettingyour experiment expire. If something goes wrong, we do keep one previous imagefile for each profile; currently, the only way to get access to this backupis to contact us.
An experiment is an instantiation of a profile.An experiment uses resources, virtual orphysical, on one or more of theclusters that CloudLab has access to. In most cases, theresources used by an experiment are devoted to the individual use of the userwho instantiates the experiment. This means that no one else has an account,access to the filesystems, etc. In the case of experiments using solelyphysical machines, this also means strongperformance isolation from all other CloudLab users. (Theexceptions to this rule are persistentprofiles, which may offer resources to many users.)
Users of CloudLab may get exclusive, root-level control over physicalmachines. When allocated this way, no layers of virtualization or indirectionget in the way of the way of performance, and users can be sure that no otherusers have access to the machines at the same time. This is an ideal situationfor repeatable research.
"""An example of constructing a profile with a single Xen VM.Instructions:Wait for the profile instance to start, and then log in to the VM via thessh port specified below. (Note that in this case, you will need to accessthe VM through a high port on the physical host, since we have not requesteda public IP address for the VM itself.)"""# Import the Portal object.import geni.portal as portalimport geni.rspec.pg as rspec# Create a Request object to start building the RSpec.request = portal.context.makeRequestRSpec() # Add a XenVM (named "node") to the requestnode = request.XenVM("node")# Write the request in RSpec formatportal.context.printRequestRSpec()Open this profile on CloudLab"""An example of constructing a profile with a single Xen VM.Instructions:Wait for the profile instance to start, and then log in to the VM via thessh port specified below. (Note that in this case, you will need to accessthe VM through a high port on the physical host, since we have not requesteda public IP address for the VM itself.)"""# Import the Portal object.import geni.portal as portalimport geni.rspec.pg as rspec# Create a Request object to start building the RSpec.request = portal.context.makeRequestRSpec() # Add a XenVM (named "node") to the requestnode = request.XenVM("node")# Write the request in RSpec formatportal.context.printRequestRSpec()
This example demonstrates the two most important objects: the portalcontext (accessed through the portal.context object in thegeni.portal module), and the request RSpec created by callingmakeRequestRSpec() on it.These fundamental objectsare central to essentially all CloudLab geni-lib profiles.
"""An example of constructing a profile with a single Xen VM.Instructions:Wait for the profile instance to start, and then log in to the VM via thessh port specified below. (Note that in this case, you will need to accessthe VM through a high port on the physical host, since we have not requesteda public IP address for the VM itself.)"""import geni.portal as portalimport geni.rspec.pg as rspec# Create a Request object to start building the RSpec.request = portal.context.makeRequestRSpec() # Create a XenVMnode = request.XenVM("node")# Ask for two coresnode.cores = 2# Ask for 2GB of ramnode.ram = 2048# Add an extra 8GB of space on the primary disk.# NOTE: Use fdisk, the extra space is in the 4th DOS partition,# you will need to create a filesystem and mount it. node.disk = 8# Alternate method; request an ephemeral blockstore mounted at /mydata. # NOTE: Comment out the above line (node.disk) if you do it this way. #bs = node.Blockstore("bs", "/mydata")#bs.size = "8GB"#bs.placement = "nonsysvol"# Print the RSpec to the enclosing page.portal.context.printRequestRSpec()Open this profile on CloudLab"""An example of constructing a profile with a single Xen VM.Instructions:Wait for the profile instance to start, and then log in to the VM via thessh port specified below. (Note that in this case, you will need to accessthe VM through a high port on the physical host, since we have not requesteda public IP address for the VM itself.)"""import geni.portal as portalimport geni.rspec.pg as rspec# Create a Request object to start building the RSpec.request = portal.context.makeRequestRSpec() # Create a XenVMnode = request.XenVM("node")# Ask for two coresnode.cores = 2# Ask for 2GB of ramnode.ram = 2048# Add an extra 8GB of space on the primary disk.# NOTE: Use fdisk, the extra space is in the 4th DOS partition,# you will need to create a filesystem and mount it. node.disk = 8# Alternate method; request an ephemeral blockstore mounted at /mydata. # NOTE: Comment out the above line (node.disk) if you do it this way. #bs = node.Blockstore("bs", "/mydata")#bs.size = "8GB"#bs.placement = "nonsysvol"# Print the RSpec to the enclosing page.portal.context.printRequestRSpec() 2ff7e9595c
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