Method InsertAtCurrentSelection

pcsx2-qt/Debugger/Memory/MemoryView.cpp:340–401

}

void MemoryViewTable::InsertAtCurrentSelection(const QString& text, DebugInterface& cpu)
{
	if (!cpu.isValidAddress(selectedAddress))
		return;

	if (displayType == MemoryViewType::FLOAT)
	{
		// Convert string into float value
		bool isValidFloat = false;
		const float newFloatVal = text.toFloat(&isValidFloat);
		if (!isValidFloat)
		{
			AsyncDialogs::warning(parent, tr("Input Error"), tr("Invalid float value"));
			return;
		}

		// Write new float value back to memory
		u32 newIntVal = 0;
		std::memcpy(&newIntVal, &newFloatVal, sizeof(newIntVal));
		newIntVal = convertEndian(newIntVal);

		const QPointer<MemoryViewTable> table(this);
		Host::RunOnCPUThread([table, address = selectedAddress, &cpu, val = newIntVal] {
			cpu.Write32(address, val);

			QtHost::RunOnUIThread([table] {
				if (!table)
					return;

				table->parent->update();
			});
		});
	}
	else
	{
		// If pasting into the hex view, also decode the input as hex bytes.
		// This approach prevents one from pasting on a nibble boundary, but that is almost always
		// user error, and we don't have an undo function in this view, so best to stay conservative.
		QByteArray input = selectedText ? text.toUtf8() : QByteArray::fromHex(text.toUtf8());

		const QPointer<MemoryViewTable> table(this);
		const MemoryViewType display_type = displayType;
		const bool little_endian = littleEndian;
		Host::RunOnCPUThread([table, address = selectedAddress, &cpu, input, display_type, little_endian] {
			u32 currAddr = address;
			for (int i = 0; i < input.size(); i++)
			{
				cpu.Write8(currAddr, input[i]);
				currAddr = nextAddress(currAddr, address, display_type, little_endian);
			}

			u32 end_address = address + input.size();
			QtHost::RunOnUIThread([table, end_address] {
				if (!table)
					return;

				table->UpdateSelectedAddress(end_address);
				table->parent->update();