private dynamic dispatchEngineMethod(EngineMethod method, dynamic args)
{
switch (method)
{
case EngineMethod.create:
TriggerType trigger = (TriggerType)args.trigger;
long gas = long.Parse((string)args.gas);
bool testMode = (bool)args.testMode;
IVerifiable container = null;
if (args.container != null)
{
container = deserializeContainer(args.container);
}
return(this._create(trigger, container, this.selectSnapshot(args.snapshot, false), gas, testMode));
case EngineMethod.execute:
return(this._execute());
case EngineMethod.loadscript:
Script script = new Script((byte[])args.script);
CallFlags flag = (CallFlags)((byte)args.flag);
return(this._loadScript(script, flag));
case EngineMethod.setinstructionpointer:
int position = (int)args.position;
return(this._setInstructionPointer(position));
case EngineMethod.getvmstate:
return(this._getVMState());
case EngineMethod.getresultstack:
return(this._getResultStack());
case EngineMethod.gettrigger:
return(this._getTrigger());
case EngineMethod.getgasconsumed:
return(this._getGasConsumed());
case EngineMethod.getnotifications:
return(this._getNotifications());
case EngineMethod.dispose_engine:
this.disposeEngine();
return(true);
default:
throw new InvalidOperationException();
}
}
private dynamic dispatchEngineMethod(EngineMethod method, dynamic args)
{
switch (method)
{
case EngineMethod.create:
TriggerType trigger = (TriggerType)args.trigger;
long gas = long.Parse((string)args.gas);
IVerifiable container = null;
if (args.container != null)
{
container = deserializeContainer(args.container);
}
Block persistingBlock = null;
if (args.persistingBlock != null)
{
persistingBlock = new Block();
using (MemoryStream ms = new MemoryStream(args.persistingBlock))
using (BinaryReader reader = new BinaryReader(ms))
{
persistingBlock.Deserialize(reader);
}
}
ProtocolSettings settings = ProtocolSettings.Default;
if (args.settings != null)
{
settings = ProtocolSettings.Load(parseConfig(args.settings));
}
return(this._create(trigger, container, this.selectSnapshot(args.snapshot, false), persistingBlock, settings, gas));
case EngineMethod.execute:
return(this._execute());
case EngineMethod.loadscript:
Script script = new Script((byte[])args.script);
CallFlags flags = (CallFlags)((byte)args.flags);
UInt160 scriptHash = null;
int initialPosition = 0;
int rvcount = -1;
if (args.scriptHash != null)
{
scriptHash = UInt160.Parse((string)args.scriptHash);
}
if (args.initialPosition != null)
{
initialPosition = (int)args.initialPosition;
}
if (args.rvcount != null)
{
rvcount = (int)args.rvcount;
}
return(this._loadScript(script, flags, scriptHash, rvcount, initialPosition));
case EngineMethod.loadcontract:
UInt160 contractHash = new UInt160((byte[])args.hash);
string contractMethod = (string)args.method;
CallFlags contractFlags = (CallFlags)((byte)args.flags);
int pcount = (int)args.pcount;
return(this._loadContract(contractHash, contractMethod, pcount, contractFlags));
case EngineMethod.getvmstate:
return(this._getVMState());
case EngineMethod.getresultstack:
return(this._getResultStack());
case EngineMethod.gettrigger:
return(this._getTrigger());
case EngineMethod.getgasconsumed:
return(this._getGasConsumed());
case EngineMethod.getnotifications:
return(this._getNotifications());
case EngineMethod.getlogs:
return(this._getLogs());
case EngineMethod.getfaultexception:
return(this._getFaultException());
case EngineMethod.dispose_engine:
this.disposeEngine();
return(true);
case EngineMethod.push:
return(this._push((string)args.item));
default:
throw new InvalidOperationException();
}
}
private dynamic dispatchEngineMethod(EngineMethod method, dynamic args)
{
switch (method)
{
case EngineMethod.create:
TriggerType trigger = (TriggerType)args.trigger;
long gas = long.Parse((string)args.gas);
IVerifiable container = null;
if (args.container != null)
{
container = deserializeContainer(args.container);
}
return(this._create(trigger, container, this.selectSnapshot(args.snapshot, false), gas));
case EngineMethod.execute:
return(this._execute());
case EngineMethod.loadscript:
Script script = new Script((byte[])args.script);
CallFlags flags = (CallFlags)((byte)args.flags);
UInt160 scriptHash = null;
int initialPosition = 0;
if (args.scriptHash != null)
{
scriptHash = UInt160.Parse((string)args.scriptHash);
}
if (args.initialPosition != null)
{
initialPosition = (int)args.initialPosition;
}
return(this._loadScript(script, flags, scriptHash, initialPosition));
case EngineMethod.loadcontract:
UInt160 contractHash = new UInt160((byte[])args.hash);
string contractMethod = (string)args.method;
CallFlags contractFlags = (CallFlags)((byte)args.flags);
bool packParameters = (bool)args.packParameters;
return(this._loadContract(contractHash, contractMethod, contractFlags, packParameters));
case EngineMethod.getvmstate:
return(this._getVMState());
case EngineMethod.getresultstack:
return(this._getResultStack());
case EngineMethod.gettrigger:
return(this._getTrigger());
case EngineMethod.getgasconsumed:
return(this._getGasConsumed());
case EngineMethod.getnotifications:
return(this._getNotifications());
case EngineMethod.getlogs:
return(this._getLogs());
case EngineMethod.dispose_engine:
this.disposeEngine();
return(true);
default:
throw new InvalidOperationException();
}
}