[CorgiCash] (abbreviated CORG3),
Scrypt Proof of Stake 3.0 VADE Official Development Repo
[CorgiCoin] (abbreviated CORG2), A cryptocurrency design introducing proof-of-stake consensus as a security model, with a combined proof-of-stake/proof-of-work minting system. Corgicoin is based on Bitcoin, while introducing many important innovations to cryptocurrency field including new security model, energy efficiency, better minting model and more adaptive response to rapid change in network computation power.
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Client and Source:
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Prices:
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Exchanges:
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[Nova] https://novaexchange.com/market/BTC_CORG/ https://novaexchange.com/market/DOGE_VADE/
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Community:
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Resources:
- Bitcointalk
- [Wiki and Installation guides](https://github.com/vashshawn/CorgicoinV2/wiki
The first way to get the wallet is to download binaries from the GitHub releases link:
https://github.com/vashshawn/CorgicoinV2/releases
There are two separate flavors of MintCoin wallet:
- Graphical version (a.k.a.
Corgicoin-Qt) - Daemon version (a.k.a.
corgicoind)
They both share much of the same code and are both in the same repository, but they are built differently.
Directions for the graphical version are found in doc/readme-qt.rst.
Directions for the daemon version are found in doc/build-unix.txt, doc/windows-cross-compile.md, or doc/build-osx.txt, depending on whether you are building for a Unix-like system, Microsoft Windows, or macOS, respectively.
Note that documentation for building Windows or macOS versions is out-of-date and may not work. Please let us know if you get it to work!
By default the wallet has a file called Corgicoin.conf which stores
the configuration. The location of this file depends on whether you
running in Linux, Windows, or macOS:
| OS | Default configuration file |
|---|---|
| Linux | ~/.MintCoin/MintCoin.conf |
| Windows | %USERPROFILE%\AppData\Roaming\Corgicoin\Corgicoin.conf |
| macOS | ~/Library/Application Support/Corgicoin/Corgicoin.conf |
Usually this will mean something like
/home/someuser/.Corgicoin/Corgicoin.conf for Linux,
`C:\Users\SomeUser\AppData\Roaming\Corgicoin# Downloading the Corgicoin Wallet
The first way to get the wallet is to download binaries from the GitHub releases link:
https://github.com/vashshawn/CorgicoinV2/releases
There are two separate flavors of Corgicoin wallet:
- Graphical version (a.k.a.
Corgicoin-Qt) - Daemon version (a.k.a.
corgicoind)
They both share much of the same code and are both in the same repository, but they are built differently.
Directions for the graphical version are found in doc/readme-qt.rst.
Directions for the daemon version are found in doc/build-unix.txt, doc/windows-cross-compile.md, or doc/build-osx.txt, depending on whether you are building for a Unix-like system, Microsoft Windows, or macOS, respectively.
Note that documentation for building Windows or macOS versions is out-of-date and may not work. Please let us know if you get it to work!
By default the wallet has a file called Corgicoin.conf which stores
the configuration. The location of this file depends on whether you
running in Linux, Windows, or macOS:
| OS | Default configuration file |
|---|---|
| Linux | ~/.Corgicoin/Corgicoin.conf |
| Windows | %USERPROFILE%\AppData\Roaming\Corgicoin\Corgicoin.conf |
| macOS | ~/Library/Application Support/Corgicoin/Corgicoin.conf |
Usually this will mean something like
/home/someuser/.Corgicoin/Corgicoin.conf for# Downloading the Corgicoin Wallet
C:\Users\SomeUser\AppData\Roaming\Corgicoin\Corgicoin.conf for Windows,
and
/Users/SomeUser/Library/Application Support/Corgicoin/Corgicoin.conf
for macOS.
(Note that there is a separate configuration file for the GUI
application, in a separate directory and called Corgicoin-Qt.conf.
Generally that should only be updated by the configuration menus in
the GUI wallet itself.)
Each line in the configuration file looks like option=value, sort of
like this:
testnet=0
maxconnections=16
listen=1
You can set any value there that you can set by calling the wallet with options on the command-line. To see a full list of possible values to set, and a brief explaination of what they mean, use:
$ ./Corgicoind -?
Testing and code review is the bottleneck for development; we get more pull requests than we can review and test. Please be patient and help out, and remember this is a security-critical project where any mistake might cost people lots of money.
Developers are strongly encouraged to write unit tests for new code, and to submit new unit tests for old code. Unit tests can be compiled and run (assuming they weren't disabled in configure) with: make check
Large changes should have a test plan, and should be tested by somebody other than the developer who wrote the code.
- Developers work in their own forks, then submit pull requests when they think their feature or bug fix is ready.
- If it is a simple/trivial/non-controversial change, then one of the development team members simply pulls it.
- The patch will be accepted if there is broad consensus that it is a good thing. Developers should expect to rework and resubmit patches if they don't match the project's coding conventions (see coding.txt) or are controversial.
- From time to time a pull request will become outdated. If this occurs, and the pull is no longer automatically mergeable; a comment on the pull will be used to issue a warning of closure. Pull requests closed in this manner will have their corresponding issue labeled 'stagnant'.]
- For development ideas check the discord channel.
The develop branch is used by developers to merge their newly implemented features to. Pull requests should always be made to this branch (except for critical fixes), and could possibly break the code. The develop branch is therefore unstable and not guaranteed to work on any system.
The master branch get's updates from tested states of the develop branch.
Therefore, the master branch should contain functional but experimental code.
Scrypt Proof of Stake 2.0 ### release-* (the official releases)
The release branch is identified by it's major and minor version number e.g. release-3.1.
The official release tags are always made on a release branch.
Release branches will typically branch from or merge tested code from the master branch to freeze the code for release.
Only critical patches can be applied through pull requests directly on this branch, all non critical features should follow the standard path through develop -> master -> release-