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241 lines
11 KiB
241 lines
11 KiB
#pragma once
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#include <QtCore/QObject>
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#include <QtCore/QStringList>
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#include <QtCore/QList>
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#include <libethential/CommonIO.h>
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#include <libethcore/CommonEth.h>
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namespace eth {
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class Client;
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class State;
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}
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class QJSEngine;
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class QWebFrame;
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class QEthereum;
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inline eth::bytes asBytes(QString const& _s)
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{
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eth::bytes ret;
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ret.reserve(_s.size());
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for (QChar c: _s)
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ret.push_back(c.cell());
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return ret;
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}
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inline QString asQString(eth::bytes const& _s)
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{
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QString ret;
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ret.reserve(_s.size());
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for (auto c: _s)
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ret.push_back(QChar(c, 0));
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return ret;
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}
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eth::bytes toBytes(QString const& _s);
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QString padded(QString const& _s, unsigned _l, unsigned _r);
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QString padded(QString const& _s, unsigned _l);
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QString unpadded(QString _s);
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template <unsigned N> eth::FixedHash<N> toFixed(QString const& _s)
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{
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if (_s.startsWith("0x"))
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// Hex
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return eth::FixedHash<N>(_s.mid(2).toStdString());
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else if (!_s.contains(QRegExp("[^0-9]")))
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// Decimal
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return (typename eth::FixedHash<N>::Arith)(_s.toStdString());
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else
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// Binary
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return eth::FixedHash<N>(asBytes(padded(_s, N)));
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}
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template <unsigned N> inline boost::multiprecision::number<boost::multiprecision::cpp_int_backend<N * 8, N * 8, boost::multiprecision::unsigned_magnitude, boost::multiprecision::unchecked, void>> toInt(QString const& _s);
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inline eth::Address toAddress(QString const& _s) { return toFixed<20>(_s); }
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inline eth::Secret toSecret(QString const& _s) { return toFixed<32>(_s); }
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inline eth::u256 toU256(QString const& _s) { return toInt<32>(_s); }
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template <unsigned S> QString toQJS(eth::FixedHash<S> const& _h) { return QString::fromStdString("0x" + toHex(_h.ref())); }
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template <unsigned N> QString toQJS(boost::multiprecision::number<boost::multiprecision::cpp_int_backend<N, N, boost::multiprecision::unsigned_magnitude, boost::multiprecision::unchecked, void>> const& _n) { return QString::fromStdString("0x" + eth::toHex(eth::toCompactBigEndian(_n))); }
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inline QString toQJS(eth::bytes const& _n) { return "0x" + QString::fromStdString(eth::toHex(_n)); }
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inline QString toBinary(QString const& _s)
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{
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return unpadded(asQString(toBytes(_s)));
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}
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inline QString toDecimal(QString const& _s)
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{
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return QString::fromStdString(eth::toString(toU256(_s)));
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}
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inline double fromFixed(QString const& _s)
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{
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return (double)toU256(_s) / (double)(eth::u256(1) << 128);
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}
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inline QString toFixed(double _s)
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{
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return toQJS(eth::u256(_s * (double)(eth::u256(1) << 128)));
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}
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inline QString fromBinary(eth::bytes _s, unsigned _padding = 32)
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{
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_s.resize(std::max<unsigned>(_s.size(), _padding));
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return QString::fromStdString("0x" + eth::toHex(_s));
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}
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inline QString fromBinary(QString const& _s, unsigned _padding = 32)
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{
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return fromBinary(asBytes(_s), _padding);
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}
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class QEthereum: public QObject
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{
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Q_OBJECT
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public:
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QEthereum(QObject* _p, eth::Client* _c, QList<eth::KeyPair> _accounts);
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virtual ~QEthereum();
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eth::Client* client() const;
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void setClient(eth::Client* _c) { m_client = _c; }
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/// Call when the client() is going to be deleted to make this object useless but safe.
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void clientDieing();
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void setAccounts(QList<eth::KeyPair> _l) { m_accounts = _l; keysChanged(); }
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Q_INVOKABLE QString ethTest() const { return "Hello world!"; }
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Q_INVOKABLE QEthereum* self() { return this; }
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Q_INVOKABLE QString secretToAddress(QString _s) const;
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Q_INVOKABLE QString lll(QString _s) const;
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Q_INVOKABLE QString sha3(QString _s) const;
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Q_INVOKABLE QString sha3(QString _s1, QString _s2) const;
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Q_INVOKABLE QString sha3(QString _s1, QString _s2, QString _s3) const;
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Q_INVOKABLE QString sha3old(QString _s) const;
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Q_INVOKABLE QString offset(QString _s, int _offset) const;
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Q_INVOKABLE QString pad(QString _s, unsigned _l) const { return padded(_s, _l); }
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Q_INVOKABLE QString pad(QString _s, unsigned _l, unsigned _r) const { return padded(_s, _l, _r); }
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Q_INVOKABLE QString unpad(QString _s) const { return unpadded(_s); }
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Q_INVOKABLE QString toAscii(QString _s) const { return ::toBinary(_s); }
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Q_INVOKABLE QString fromAscii(QString _s) const { return ::fromBinary(_s, 32); }
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Q_INVOKABLE QString fromAscii(QString _s, unsigned _padding) const { return ::fromBinary(_s, _padding); }
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Q_INVOKABLE QString toDecimal(QString _s) const { return ::toDecimal(_s); }
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Q_INVOKABLE double fromFixed(QString _s) const { return ::fromFixed(_s); }
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Q_INVOKABLE QString toFixed(double _d) const { return ::toFixed(_d); }
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// [NEW API] - Use this instead.
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Q_INVOKABLE QString/*eth::u256*/ balanceAt(QString/*eth::Address*/ _a, int _block) const;
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Q_INVOKABLE double countAt(QString/*eth::Address*/ _a, int _block) const;
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Q_INVOKABLE QString/*eth::u256*/ stateAt(QString/*eth::Address*/ _a, QString/*eth::u256*/ _p, int _block) const;
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Q_INVOKABLE QString/*eth::u256*/ codeAt(QString/*eth::Address*/ _a, int _block) const;
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Q_INVOKABLE QString/*eth::u256*/ balanceAt(QString/*eth::Address*/ _a) const;
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Q_INVOKABLE double countAt(QString/*eth::Address*/ _a) const;
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Q_INVOKABLE QString/*eth::u256*/ stateAt(QString/*eth::Address*/ _a, QString/*eth::u256*/ _p) const;
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Q_INVOKABLE QString/*eth::u256*/ codeAt(QString/*eth::Address*/ _a) const;
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Q_INVOKABLE QString/*json*/ getMessages(QString _attribs/*json*/) const;
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Q_INVOKABLE QString doCreate(QString _secret, QString _amount, QString _init, QString _gas, QString _gasPrice);
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Q_INVOKABLE void doTransact(QString _secret, QString _amount, QString _dest, QString _data, QString _gas, QString _gasPrice);
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Q_INVOKABLE QString doTransact(QString _json);
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Q_INVOKABLE QString doCall(QString _json);
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Q_INVOKABLE unsigned newWatch(QString _json);
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Q_INVOKABLE QString watchMessages(unsigned _w);
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Q_INVOKABLE void killWatch(unsigned _w);
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void clearWatches();
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bool isListening() const;
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bool isMining() const;
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QString/*eth::Address*/ coinbase() const;
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QString/*eth::u256*/ gasPrice() const { return toQJS(10 * eth::szabo); }
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QString/*eth::u256*/ number() const;
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int getDefault() const;
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QString/*eth::KeyPair*/ key() const;
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QStringList/*list of eth::KeyPair*/ keys() const;
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QString/*eth::Address*/ account() const;
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QStringList/*list of eth::Address*/ accounts() const;
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unsigned peerCount() const;
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public slots:
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void setCoinbase(QString/*eth::Address*/);
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void setMining(bool _l);
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void setListening(bool _l);
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void setDefault(int _block);
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/// Check to see if anything has changed, fire off signals if so.
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/// @note Must be called in the QObject's thread.
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void poll();
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signals:
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void watchChanged(unsigned _w);
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void coinbaseChanged();
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void keysChanged();
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void netChanged();
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void miningChanged();
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private:
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Q_PROPERTY(QString number READ number NOTIFY watchChanged)
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Q_PROPERTY(QString coinbase READ coinbase WRITE setCoinbase NOTIFY coinbaseChanged)
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Q_PROPERTY(QString gasPrice READ gasPrice)
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Q_PROPERTY(QString key READ key NOTIFY keysChanged)
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Q_PROPERTY(QStringList keys READ keys NOTIFY keysChanged)
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Q_PROPERTY(bool mining READ isMining WRITE setMining NOTIFY netChanged)
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Q_PROPERTY(bool listening READ isListening WRITE setListening NOTIFY netChanged)
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Q_PROPERTY(unsigned peerCount READ peerCount NOTIFY miningChanged)
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Q_PROPERTY(int defaultBlock READ getDefault WRITE setDefault)
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eth::Client* m_client;
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std::vector<unsigned> m_watches;
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QList<eth::KeyPair> m_accounts;
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};
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#define QETH_INSTALL_JS_NAMESPACE(frame, eth, env) [frame, eth, env]() \
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{ \
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frame->disconnect(); \
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frame->addToJavaScriptWindowObject("env", env, QWebFrame::QtOwnership); \
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frame->addToJavaScriptWindowObject("eth", eth, QWebFrame::ScriptOwnership); \
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frame->evaluateJavaScript("eth.makeWatch = function(a) { var ww = eth.newWatch(a); var ret = { w: ww }; ret.uninstall = function() { eth.killWatch(w); }; ret.changed = function(f) { eth.watchChanged.connect(function(nw) { if (nw == ww) f() }); }; ret.messages = function() { return JSON.parse(eth.watchMessages(this.w)) }; return ret; }"); \
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frame->evaluateJavaScript("eth.watch = function(a) { return eth.makeWatch(JSON.stringify(a)) }"); \
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frame->evaluateJavaScript("eth.watchChain = function() { env.warn('THIS CALL IS DEPRECATED. USE eth.watch('chain') INSTEAD.'); return eth.makeWatch('chain') }"); \
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frame->evaluateJavaScript("eth.watchPending = function() { env.warn('THIS CALL IS DEPRECATED. USE eth.watch('pending') INSTEAD.'); return eth.makeWatch('pending') }"); \
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frame->evaluateJavaScript("eth.create = function(s, v, c, g, p, f) { env.warn('THIS CALL IS DEPRECATED. USE eth.transact INSTEAD.'); var v = eth.doCreate(s, v, c, g, p); if (f) f(v) }"); \
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frame->evaluateJavaScript("eth.transact = function(a_s, f_v, t, d, g, p, f) { if (t == null) { var r = eth.doTransact(JSON.stringify(a_s)); if (f_v) f_v(r); } else { env.warn('THIS FORM OF THIS CALL IS DEPRECATED.'); eth.doTransact(a_s, f_v, t, d, g, p); if (f) f() } }"); \
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frame->evaluateJavaScript("eth.call = function(a, f) { var ret = eth.doCallJson(JSON.stringify(a)); if (f) f(ret); return ret; }"); \
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frame->evaluateJavaScript("eth.messages = function(a) { return JSON.parse(eth.getMessages(JSON.stringify(a))); }"); \
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frame->evaluateJavaScript("eth.transactions = function(a) { env.warn('THIS CALL IS DEPRECATED. USE eth.messages INSTEAD.'); return JSON.parse(eth.getMessages(JSON.stringify(a))); }"); \
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frame->evaluateJavaScript("String.prototype.pad = function(l, r) { env.warn('THIS CALL IS DEPRECATED. USE eth.* INSTEAD.'); return eth.pad(this, l, r) }"); \
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frame->evaluateJavaScript("String.prototype.bin = function() { env.warn('THIS CALL IS DEPRECATED. USE eth.* INSTEAD.'); return eth.toAscii(this) }"); \
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frame->evaluateJavaScript("String.prototype.unbin = function(l) { env.warn('THIS CALL IS DEPRECATED. USE eth.* INSTEAD.'); return eth.fromAscii(this) }"); \
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frame->evaluateJavaScript("String.prototype.unpad = function(l) { env.warn('THIS CALL IS DEPRECATED. USE eth.* INSTEAD.'); return eth.unpad(this) }"); \
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frame->evaluateJavaScript("String.prototype.dec = function() { env.warn('THIS CALL IS DEPRECATED. USE eth.* INSTEAD.'); return eth.toDecimal(this) }"); \
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frame->evaluateJavaScript("String.prototype.fix = function() { env.warn('THIS CALL IS DEPRECATED. USE eth.* INSTEAD.'); return eth.toFixed(this) }"); \
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frame->evaluateJavaScript("String.prototype.sha3 = function() { env.warn('THIS CALL IS DEPRECATED. USE eth.* INSTEAD.'); return eth.sha3old(this) }"); \
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}
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template <unsigned N> inline boost::multiprecision::number<boost::multiprecision::cpp_int_backend<N * 8, N * 8, boost::multiprecision::unsigned_magnitude, boost::multiprecision::unchecked, void>> toInt(QString const& _s)
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{
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if (_s.startsWith("0x"))
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return eth::fromBigEndian<boost::multiprecision::number<boost::multiprecision::cpp_int_backend<N * 8, N * 8, boost::multiprecision::unsigned_magnitude, boost::multiprecision::unchecked, void>>>(eth::fromHex(_s.toStdString().substr(2)));
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else if (!_s.contains(QRegExp("[^0-9]")))
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// Hex or Decimal
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return boost::multiprecision::number<boost::multiprecision::cpp_int_backend<N * 8, N * 8, boost::multiprecision::unsigned_magnitude, boost::multiprecision::unchecked, void>>(_s.toStdString());
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else
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// Binary
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return eth::fromBigEndian<boost::multiprecision::number<boost::multiprecision::cpp_int_backend<N * 8, N * 8, boost::multiprecision::unsigned_magnitude, boost::multiprecision::unchecked, void>>>(asBytes(padded(_s, N)));
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}
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