![]() ![]() Add a Get Specified Finder Items action.Launch Automator from the Applications folder.We can do all of this with Automator and a couple of shell scripts. Namely it should mount the encrypted disk image, backup any wallet.dat files (we could have Bitcoin, Litecoin, and who knows what other digital wallets – get them all), and then unmount the encrypted image. Now that we have a secure place to store wallet backups, the next step is to create a script that will do the grunt-work. For Encryption, select either 128 or 256 (256 is more secure and should be plenty fast for this).For the name, specify Wallet Backups (so that the below scripts match).Save the image somewhere that is itself backed up (e.g.Launch Disk Utility from the Applications folder.This is what Steve Gibson refers to as “Pre-Internet Encryption” – encrypting important data before backing it up to the Web. Step one will be to create an encrypted disk image used to store the wallet.dat backups. Step One – Create an Encrypted Disk Image Additionally, the Unix foundation of OS X allows us to fall back on some time-tested solutions for this project. So what steps can you take on Mac OS X to keep your wallets backed up? Luckily OS X comes with several tools that help along the way. ![]() See this entry on securing the bitcoind wallet for more details. It is not enough to backup your keys just once. It is also important that you backup your wallets regularly. Otherwise the keys required to claim ownership of your coins will be gone forever. It is very important that you backup the private keys that secure your digital wallet so that you can restore them at a later time. What happens if your OS were to crash? If you were to reinstall? Where would your accumulated cryptocurrency be? If you’ve taken cryptocoin mining beyond the hobby stages, you probably have at least one digital wallet on your system – possibly several. Running bfgminer requires an additional -S argument:īfgminer -S bigpic:all -o hostname -u username -p passwordįeel free to leave any questions below or on this thread on the Bitcoin Talk forums. Once the BF1 Blue Fury or Red Fury is detected you can fire up your chosen miner using the -o, -u and -p arguments to start hashing away:Ĭgminer -o hostname -u username -p password Once you have the proper Bitcoin mining software installed and the kernel extensions loaded (or unloaded), you can use the -d? argument to list available devices with bfgminer: To unload those drivers (if you intend on using cgminer) execute the following: ![]() To load the required Apple drivers (if you intend to use bfgminer) execute the following commands: When using cgminer that driver (kernel extension) must be unloaded. When using bfgminer the Apple Communication Device Class (CDC) driver will be used. Unlike with the Block Erupter there is no driver or software to download. And, as with the Block Erupters, cgminer will fail to detect the BF1 Fury stick unless that same kernel extension is unloaded. If you’d like to install the miner using the latest source from Github rather than the latest official package, use the –HEAD (two dashes prefix) parameter, e.g.:īrew install bfgminer -HEAD Driver InstallationĪs with the ASICMINER Block Erupters, bfgminer requires the correct kernel extension to be loaded in order to detect the BF1 Fury stick.
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