void encode(Encoder app, Object object, Type type, Map<Object, Type> visited) throws Exception { // Get the null out of the way if (object == null) { app.append("null"); return; } // If we have no type or the type is Object.class // we take the type of the object itself. Normally types // come from declaration sites (returns, fields, methods, etc) // and contain generic info. if (type == null || type == Object.class) type = object.getClass(); // Dispatch to the handler who knows how to handle the given type. Handler h = getHandler(type, object.getClass()); h.encode(app, object, visited); }
void encode(Encoder app, Object object, Type type, Map<Object,Type> visited) throws Exception { // Get the null out of the way if (object == null) { app.append("null"); return; } // If we have no type or the type is Object.class // we take the type of the object itself. Normally types // come from declaration sites (returns, fields, methods, etc) // and contain generic info. if (type == null || type == Object.class) type = object.getClass(); // Dispatch to the handler who knows how to handle the given type. Handler h = getHandler(type, object.getClass()); h.encode(app, object, visited); }
void encode(Encoder app, Object object, Type type, Map<Object,Type> visited) throws Exception { // Get the null out of the way if (object == null) { app.append("null"); return; } // If we have no type or the type is Object.class // we take the type of the object itself. Normally types // come from declaration sites (returns, fields, methods, etc) // and contain generic info. if (type == null || type == Object.class) type = object.getClass(); // Dispatch to the handler who knows how to handle the given type. Handler h = getHandler(type, object.getClass()); h.encode(app, object, visited); }
void encode(Encoder app, Object object, Type type, Map<Object,Type> visited) throws Exception { // Get the null out of the way if (object == null) { app.append("null"); return; } // If we have no type or the type is Object.class // we take the type of the object itself. Normally types // come from declaration sites (returns, fields, methods, etc) // and contain generic info. if (type == null || type == Object.class) type = object.getClass(); // Dispatch to the handler who knows how to handle the given type. Handler h = getHandler(type, object.getClass()); h.encode(app, object, visited); }
void encode(Encoder app, Object object, Type type, Map<Object, Type> visited) throws Exception { // Get the null out of the way if (object == null) { app.append("null"); return; } // If we have no type or the type is Object.class // we take the type of the object itself. Normally types // come from declaration sites (returns, fields, methods, etc) // and contain generic info. if (type == null || type == Object.class) type = object.getClass(); // Dispatch to the handler who knows how to handle the given type. Handler h = getHandler(type, object.getClass()); h.encode(app, object, visited); }
void encode(Encoder app, Object object, Type type, Map<Object,Type> visited) throws Exception { // Get the null out of the way if (object == null) { app.append("null"); return; } // If we have no type or the type is Object.class // we take the type of the object itself. Normally types // come from declaration sites (returns, fields, methods, etc) // and contain generic info. if (type == null || type == Object.class) type = object.getClass(); // Dispatch to the handler who knows how to handle the given type. Handler h = getHandler(type, object.getClass()); h.encode(app, object, visited); }
void encode(Encoder app, Object object, Type type, Map<Object,Type> visited) throws Exception { // Get the null out of the way if (object == null) { app.append("null"); return; } // If we have no type or the type is Object.class // we take the type of the object itself. Normally types // come from declaration sites (returns, fields, methods, etc) // and contain generic info. if (type == null || type == Object.class) type = object.getClass(); // Dispatch to the handler who knows how to handle the given type. Handler h = getHandler(type, object.getClass()); h.encode(app, object, visited); }
void encode(Encoder app, Object object, Type type, Map<Object, Type> visited) throws Exception { // Get the null out of the way if (object == null) { app.append("null"); return; } // If we have no type or the type is Object.class // we take the type of the object itself. Normally types // come from declaration sites (returns, fields, methods, etc) // and contain generic info. if (type == null || type == Object.class) type = object.getClass(); // Dispatch to the handler who knows how to handle the given type. Handler h = getHandler(type, object.getClass()); h.encode(app, object, visited); }
void encode(Encoder app, Object object, Type type, Map<Object,Type> visited) throws Exception { // Get the null out of the way if (object == null) { app.append("null"); return; } // If we have no type or the type is Object.class // we take the type of the object itself. Normally types // come from declaration sites (returns, fields, methods, etc) // and contain generic info. if (type == null || type == Object.class) type = object.getClass(); // Dispatch to the handler who knows how to handle the given type. Handler h = getHandler(type); h.encode(app, object, visited); }
void encode(Encoder app, Object object, Type type, Map<Object,Type> visited) throws Exception { // Get the null out of the way if (object == null) { app.append("null"); return; } // If we have no type or the type is Object.class // we take the type of the object itself. Normally types // come from declaration sites (returns, fields, methods, etc) // and contain generic info. if (type == null || type == Object.class) type = object.getClass(); // Dispatch to the handler who knows how to handle the given type. Handler h = getHandler(type, object.getClass()); h.encode(app, object, visited); }
void encode(Encoder app, Object object, Type type, Map<Object,Type> visited) throws Exception { // Get the null out of the way if (object == null) { app.append("null"); return; } // If we have no type or the type is Object.class // we take the type of the object itself. Normally types // come from declaration sites (returns, fields, methods, etc) // and contain generic info. if (type == null || type == Object.class) type = object.getClass(); // Dispatch to the handler who knows how to handle the given type. Handler h = getHandler(type, object.getClass()); h.encode(app, object, visited); }
Object key = r.codec.parseString(r); if (!(keyType == null || keyType == Object.class)) { Handler h = r.codec.getHandler(keyType, null); key = h.decode(r, (String) key);
Object key = r.codec.parseString(r); if (!(keyType == null || keyType == Object.class)) { Handler h = r.codec.getHandler(keyType, null); key = h.decode(r, (String) key);
Object key = r.codec.parseString(r); if (!(keyType == null || keyType == Object.class)) { Handler h = r.codec.getHandler(keyType, null); key = h.decode(r, (String) key);
Object key = r.codec.parseString(r); if (!(keyType == null || keyType == Object.class)) { Handler h = r.codec.getHandler(keyType, null); key = h.decode(r,(String) key);
Object key = r.codec.parseString(r); if (!(keyType == null || keyType == Object.class)) { Handler h = r.codec.getHandler(keyType); key = h.decode(r,(String) key);
Object key = r.codec.parseString(r); if (!(keyType == null || keyType == Object.class)) { Handler h = r.codec.getHandler(keyType, null); key = h.decode(r,(String) key);
Object key = r.codec.parseString(r); if (!(keyType == null || keyType == Object.class)) { Handler h = r.codec.getHandler(keyType, null); key = h.decode(r,(String) key);
Object key = r.codec.parseString(r); if (!(keyType == null || keyType == Object.class)) { Handler h = r.codec.getHandler(keyType, null); key = h.decode(r,(String) key);
Object key = r.codec.parseString(r); if (!(keyType == null || keyType == Object.class)) { Handler h = r.codec.getHandler(keyType, null); key = h.decode(r,(String) key);