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@ -9,6 +9,7 @@ |
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#include <libethereum/CommonEth.h> |
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#include <libethereum/State.h> |
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#include <libethereum/RLP.h> |
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#include <libqethereum/QEthereum.h> |
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namespace Ui { |
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class Main; |
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@ -20,234 +21,6 @@ class State; |
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} |
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class QQuickView; |
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class QQmlEngine; |
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class QJSEngine; |
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class QEthereum; |
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class QAccount; |
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Q_DECLARE_METATYPE(eth::u256) |
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Q_DECLARE_METATYPE(eth::Address) |
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Q_DECLARE_METATYPE(eth::Secret) |
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Q_DECLARE_METATYPE(eth::KeyPair) |
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Q_DECLARE_METATYPE(QEthereum*) |
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Q_DECLARE_METATYPE(QAccount*) |
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template <class T> T to(QVariant const& _s) { if (_s.type() != QVariant::String) return T(); auto s = _s.toString().toLatin1(); assert(s.size() == sizeof(T)); return *(T*)s.data(); } |
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template <class T> QVariant toQJS(T const& _s) { QLatin1String ret((char*)&_s, sizeof(T)); assert(QVariant(QString(ret)).toString().toLatin1().size() == sizeof(T)); assert(*(T*)(QVariant(QString(ret)).toString().toLatin1().data()) == _s); return QVariant(QString(ret)); } |
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class U256Helper: public QObject |
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{ |
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Q_OBJECT |
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public: |
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U256Helper(QObject* _p = nullptr): QObject(_p) {} |
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static eth::u256 in(QVariant const& _s) { return to<eth::u256>(_s); } |
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static QVariant out(eth::u256 const& _s) { return toQJS(_s); } |
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Q_INVOKABLE QVariant add(QVariant _a, QVariant _b) const { return out(in(_a) + in(_b)); } |
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Q_INVOKABLE QVariant sub(QVariant _a, QVariant _b) const { return out(in(_a) - in(_b)); } |
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Q_INVOKABLE QVariant mul(QVariant _a, int _b) const { return out(in(_a) * in(_b)); } |
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Q_INVOKABLE QVariant mul(int _a, QVariant _b) const { return out(in(_a) * in(_b)); } |
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Q_INVOKABLE QVariant div(QVariant _a, int _b) const { return out(in(_a) / in(_b)); } |
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Q_INVOKABLE QVariant wei(double _s) const { return out(eth::u256(_s)); } |
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Q_INVOKABLE QVariant szabo(double _s) const { return out(eth::u256(_s * (double)eth::szabo)); } |
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Q_INVOKABLE QVariant finney(double _s) const { return out(eth::u256(_s * (double)eth::finney)); } |
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Q_INVOKABLE QVariant ether(double _s) const { return out(eth::u256(_s * (double)eth::ether)); } |
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Q_INVOKABLE QVariant wei(unsigned _s) const { return value(_s); } |
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Q_INVOKABLE QVariant szabo(unsigned _s) const { return out(eth::u256(_s) * eth::szabo); } |
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Q_INVOKABLE QVariant finney(unsigned _s) const { return out(eth::u256(_s) * eth::finney); } |
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Q_INVOKABLE QVariant ether(unsigned _s) const { return out(eth::u256(_s) * eth::ether); } |
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Q_INVOKABLE double toWei(QVariant _t) const { return toValue(_t); } |
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Q_INVOKABLE double toSzabo(QVariant _t) const { return toWei(_t) / (double)eth::szabo; } |
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Q_INVOKABLE double toFinney(QVariant _t) const { return toWei(_t) / (double)eth::finney; } |
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Q_INVOKABLE double toEther(QVariant _t) const { return toWei(_t) / (double)eth::ether; } |
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Q_INVOKABLE QVariant value(unsigned _s) const { return out(eth::u256(_s)); } |
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Q_INVOKABLE double toValue(QVariant _t) const { return (double)in(_t); } |
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Q_INVOKABLE QString ethOf(QVariant _t) const { return QString::fromStdString(eth::formatBalance(in(_t))); } |
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Q_INVOKABLE QString stringOf(QVariant _t) const { return QString::fromStdString(eth::toString(in(_t))); } |
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Q_INVOKABLE QByteArray bytesOf(QVariant _t) const { eth::h256 b = in(_t); return QByteArray((char const*)&b, sizeof(eth::h256)); } |
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Q_INVOKABLE QVariant fromAddress(QVariant/*eth::Address*/ _a) const { return out((eth::u160)to<eth::Address>(_a)); } |
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Q_INVOKABLE QVariant toAddress(QVariant/*eth::Address*/ _a) const { return toQJS<eth::Address>((eth::u160)in(_a)); } |
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Q_INVOKABLE bool isNull(QVariant/*eth::Address*/ _a) const { return !in(_a); } |
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}; |
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class KeyHelper: public QObject |
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{ |
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Q_OBJECT |
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public: |
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KeyHelper(QObject* _p = nullptr): QObject(_p) {} |
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static eth::Address in(QVariant const& _s) { return to<eth::Address>(_s); } |
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static QVariant out(eth::Address const& _s) { return toQJS(_s); } |
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Q_INVOKABLE QVariant/*eth::KeyPair*/ create() const { return toQJS(eth::KeyPair::create()); } |
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Q_INVOKABLE QVariant/*eth::Address*/ address(QVariant/*eth::KeyPair*/ _p) const { return out(to<eth::KeyPair>(_p).address()); } |
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Q_INVOKABLE QVariant/*eth::Secret*/ secret(QVariant/*eth::KeyPair*/ _p) const { return toQJS(to<eth::KeyPair>(_p).secret()); } |
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Q_INVOKABLE QVariant/*eth::KeyPair*/ keypair(QVariant/*eth::Secret*/ _k) const { return toQJS(eth::KeyPair(to<eth::Secret>(_k))); } |
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Q_INVOKABLE bool isNull(QVariant/*eth::Address*/ _a) const { return !in(_a); } |
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Q_INVOKABLE QVariant/*eth::Address*/ addressOf(QString _s) const { return out(eth::Address(_s.toStdString())); } |
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Q_INVOKABLE QString stringOf(QVariant/*eth::Address*/ _a) const { return QString::fromStdString(eth::toHex(in(_a).asArray())); } |
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Q_INVOKABLE QString toAbridged(QVariant/*eth::Address*/ _a) const { return QString::fromStdString(in(_a).abridged()); } |
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}; |
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class BytesHelper: public QObject |
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{ |
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Q_OBJECT |
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public: |
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BytesHelper(QObject* _p = nullptr): QObject(_p) {} |
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Q_INVOKABLE QByteArray concat(QVariant _v, QVariant _w) const |
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{ |
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QByteArray ba; |
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if (_v.type() == QVariant::ByteArray) |
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ba = _v.toByteArray(); |
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else |
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ba = _v.toString().toLatin1(); |
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QByteArray ba2; |
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if (_w.type() == QVariant::ByteArray) |
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ba2 = _w.toByteArray(); |
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else |
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ba2 = _w.toString().toLatin1(); |
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ba.append(ba2); |
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return QByteArray(ba); |
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} |
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Q_INVOKABLE QByteArray concat(QByteArray _v, QByteArray _w) const |
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{ |
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_v.append(_w); |
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return _v; |
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} |
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Q_INVOKABLE QByteArray fromString(QString _s) const |
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{ |
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return _s.toLatin1(); |
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} |
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Q_INVOKABLE QByteArray fromString(QString _s, unsigned _padding) const |
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{ |
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QByteArray b = _s.toLatin1(); |
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for (unsigned i = b.size(); i < _padding; ++i) |
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b.append((char)0); |
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b.resize(_padding); |
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return b; |
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} |
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Q_INVOKABLE QString toString(QByteArray _b) const |
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{ |
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while (_b.size() && !_b[_b.size() - 1]) |
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_b.resize(_b.size() - 1); |
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return QString::fromLatin1(_b); |
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} |
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Q_INVOKABLE QVariant u256of(QByteArray _s) const |
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{ |
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while (_s.size() < 32) |
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_s.append((char)0); |
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eth::h256 ret((uint8_t const*)_s.data(), eth::h256::ConstructFromPointer); |
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return toQJS<eth::u256>(ret); |
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} |
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}; |
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class QAccount: public QObject |
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{ |
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Q_OBJECT |
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public: |
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QAccount(QObject* _p = nullptr); |
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virtual ~QAccount(); |
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Q_INVOKABLE QEthereum* ethereum() const { return m_eth; } |
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Q_INVOKABLE QVariant balance() const; |
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Q_INVOKABLE double txCount() const; |
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Q_INVOKABLE bool isContract() const; |
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Q_INVOKABLE QVariant address() { return toQJS(m_address); } |
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// TODO: past transactions models.
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public slots: |
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void setEthereum(QEthereum* _eth); |
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void setAddress(QVariant _a) { m_address = to<eth::Address>(_a); changed(); } |
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signals: |
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void changed(); |
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void ethChanged(); |
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private: |
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QEthereum* m_eth = nullptr; |
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eth::Address m_address; |
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Q_PROPERTY(QVariant balance READ balance NOTIFY changed STORED false) |
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Q_PROPERTY(double txCount READ txCount NOTIFY changed STORED false) |
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Q_PROPERTY(bool isContract READ isContract NOTIFY changed STORED false) |
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Q_PROPERTY(QVariant address READ address WRITE setAddress NOTIFY changed) |
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Q_PROPERTY(QEthereum* ethereum READ ethereum WRITE setEthereum NOTIFY ethChanged) |
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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 = nullptr); |
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virtual ~QEthereum(); |
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eth::Client* client() const; |
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Q_INVOKABLE QVariant/*eth::Address*/ coinbase() const; |
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Q_INVOKABLE bool isListening() const; |
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Q_INVOKABLE bool isMining() const; |
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Q_INVOKABLE QVariant/*eth::u256*/ balanceAt(QVariant/*eth::Address*/ _a) const; |
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Q_INVOKABLE QVariant/*eth::u256*/ storageAt(QVariant/*eth::Address*/ _a, QVariant/*eth::u256*/ _p) const; |
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Q_INVOKABLE double txCountAt(QVariant/*eth::Address*/ _a) const; |
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Q_INVOKABLE bool isContractAt(QVariant/*eth::Address*/ _a) const; |
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Q_INVOKABLE QVariant gasPrice() const { return toQJS(10 * eth::szabo); } |
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Q_INVOKABLE QString ethTest() const { return "Hello world!"; } |
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Q_INVOKABLE QVariant/*eth::KeyPair*/ key() const; |
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Q_INVOKABLE QList<QVariant/*eth::KeyPair*/> keys() const; |
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Q_INVOKABLE QVariant/*eth::Address*/ account() const; |
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Q_INVOKABLE QList<QVariant/*eth::Address*/> accounts() const; |
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Q_INVOKABLE unsigned peerCount() const; |
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Q_INVOKABLE QEthereum* self() { return this; } |
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Q_INVOKABLE QVariant create(QVariant _secret, QVariant _amount, QByteArray _code, QByteArray _init, QVariant _gas, QVariant _gasPrice); |
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Q_INVOKABLE void transact(QVariant _secret, QVariant _amount, QVariant _dest, QByteArray _data, QVariant _gas, QVariant _gasPrice); |
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eth::u256 balanceAt(eth::Address _a) const; |
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double txCountAt(eth::Address _a) const; |
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bool isContractAt(eth::Address _a) const; |
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public slots: |
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void setCoinbase(QVariant/*eth::Address*/); |
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void setMining(bool _l); |
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void setListening(bool _l); |
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signals: |
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void changed(); |
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// void netChanged();
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// void miningChanged();
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private: |
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// Q_PROPERTY(QVariant coinbase READ coinbase WRITE setCoinbase NOTIFY changed)
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// Q_PROPERTY(bool listening READ isListening WRITE setListening)
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// Q_PROPERTY(bool mining READ isMining WRITE setMining)
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}; |
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struct WorldState |
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{ |
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@ -268,7 +41,7 @@ public: |
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eth::Client* client() { return m_client.get(); } |
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QVector<eth::KeyPair> const& owned() const { return m_myKeys; } |
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QList<eth::KeyPair> const& owned() const { return m_myKeys; } |
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private slots: |
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void on_connect_triggered(); |
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@ -337,7 +110,7 @@ private: |
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QTimer* m_refresh; |
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QTimer* m_refreshNetwork; |
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QStringList m_servers; |
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QVector<eth::KeyPair> m_myKeys; |
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QList<eth::KeyPair> m_myKeys; |
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bool m_keysChanged = false; |
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eth::bytes m_data; |
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eth::bytes m_init; |
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