`dappsys`

dappsys is contract system framework. It is a collection of Solidity contracts (classes) to help manage multi-contract dapps on ethereum.

Installation

This will work Soon:

npm install dapple
dapple install dappsys

Modules

v1 modules

`actor`

`actor/base.sol`

`actor/base_actor.sol`

`actor/base_actor_test.sol`

`auth`

Base command-and-control contracts.

tests/docs

auth/auth.sol
auth/authority.sol
auth/basic_authority.sol

design

auth/group_authority.sol

`data`

Database contracts.

tests/docs

data/approval_db.sol
data/balance_db.sol
data/map.sol

design

data/auth_db.sol

`gov`

multisig
stake-vote

`token`

impl:

token/base.sol
token/controller.sol
token/erc20.sol
token/eth_wrapper.sol
token/proxy.sol
token/token.sol

design token/system.sol token/user.sol

v2 plans

`kern`

This contract will be a "fully dynamic object". The creator owns a contract which can be modified arbitraily, including the ability to "solidify" and constrain its ability to change itself. It is the union of several generalizations:

A dynamic ABI (dynin)
Ability to do dynamic calls (dynout)
Ability to do dynamic events (dynlog)
A managed subsystem (auth)

The value of the first 3 components is that together that they let you simulate any compiled contract, modulo gas cost and stack depth. The auth component is a simple set of conventions for contract command-and-control.

[1] certain restrictions in the Solidity language definition prevent us from creating this contract in pure Solidity. For now, the Kernel is split into component contracts, giving you several workaround options. Fortunately these critical features are still on the official solidity roadmap.

`lang`

Tests to explore solidity's corner cases, and some helper mixins.

`util`

misc utilities

IstoraMandiri / dappsys