Merge continue 2
Fake commit to restart the build servers
Fake commit to hopefully fix the PPA issue.
update versionOracle address for expanse
Merge continue 3
Merge continue 4
cleaned up a few Eth stragglers
Merge continue 5
Not sure why the merge tool changed this file and removed that but it
did.
merge continue 6
fixing expanse.js
Again not sure why this one got edited from the last one but -shrug-
fixing rpc calls for eth_ for compatibility
rpc calls still acting crazy
more rpc fixes
make jsre console accept both exp and eth cmds
rpc fixes continued
adding eth api calls
rpc and js-console both have eth calls on by default now
This fixes an issue where it's theoretical possible to cause a consensus
failure when hitting the lower end of the difficulty, though pratically
impossible it's worth a fix.
Added chain configuration options and write out during genesis database
insertion. If no "config" was found, nothing is written to the database.
Configurations are written on a per genesis base. This means
that any chain (which is identified by it's genesis hash) can have their
own chain settings.
* Removed some strange code that didn't apply state reverting properly
* Refactored code setting from vm & state transition to the executioner
* Updated tests
Conflicts:
common/registrar/ethreg/api.go
core/tx_pool.go
core/vm/jit_test.go
* change gas cost for contract creating txs
* invalidate signature with s value greater than secp256k1 N / 2
* OOG contract creation if not enough gas to store code
* new difficulty adjustment algorithm
* new DELEGATECALL op code
Conflicts:
core/vm/environment.go
crypto/crypto.go
crypto/secp256k1/secp256.go
eth/api.go
* Removed some strange code that didn't apply state reverting properly
* Refactored code setting from vm & state transition to the executioner
* Updated tests
* change gas cost for contract creating txs
* invalidate signature with s value greater than secp256k1 N / 2
* OOG contract creation if not enough gas to store code
* new difficulty adjustment algorithm
* new DELEGATECALL op code
This removes the burden on a single object to take care of all
validation and state processing. Now instead the validation is done by
the `core.BlockValidator` (`types.Validator`) that takes care of both
header and uncle validation through the `ValidateBlock` method and state
validation through the `ValidateState` method. The state processing is
done by a new object `core.StateProcessor` (`types.Processor`) and
accepts a new state as input and uses that to process the given block's
transactions (and uncles for rewords) to calculate the state root for
the next block (P_n + 1).
