/*
Copyright (C) 2014 sapier
Copyright (C) 2018 srifqi, Muhammad Rifqi Priyo Susanto
		<muhammadrifqipriyosusanto@gmail.com>

This program is free software; you can redistribute it and/or modify
it under the terms of the GNU Lesser General Public License as published by
the Free Software Foundation; either version 2.1 of the License, or
(at your option) any later version.

This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
GNU Lesser General Public License for more details.

You should have received a copy of the GNU Lesser General Public License along
with this program; if not, write to the Free Software Foundation, Inc.,
51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
*/

#include "touchscreengui.h"
#include "irrlichttypes.h"
#include "irr_v2d.h"
#include "log.h"
#include "client/keycode.h"
#include "settings.h"
#include "gettime.h"
#include "util/numeric.h"
#include "porting.h"
#include "client/guiscalingfilter.h"
#include "client/renderingengine.h"

#include <iostream>
#include <algorithm>

using namespace irr::core;

const char **button_imagenames = (const char *[]) {
	"jump_btn.png",
	"down.png",
	"zoom.png",
	"aux1_btn.png"
};

const char **joystick_imagenames = (const char *[]) {
	"joystick_off.png",
	"joystick_bg.png",
	"joystick_center.png"
};

static irr::EKEY_CODE id2keycode(touch_gui_button_id id)
{
	std::string key = "";
	switch (id) {
		case forward_id:
			key = "forward";
			break;
		case left_id:
			key = "left";
			break;
		case right_id:
			key = "right";
			break;
		case backward_id:
			key = "backward";
			break;
		case inventory_id:
			key = "inventory";
			break;
		case drop_id:
			key = "drop";
			break;
		case jump_id:
			key = "jump";
			break;
		case crunch_id:
			key = "sneak";
			break;
		case zoom_id:
			key = "zoom";
			break;
		case aux1_id:
			key = "aux1";
			break;
		case fly_id:
			key = "freemove";
			break;
		case noclip_id:
			key = "noclip";
			break;
		case fast_id:
			key = "fastmove";
			break;
		case debug_id:
			key = "toggle_debug";
			break;
		case toggle_chat_id:
			key = "toggle_chat";
			break;
		case minimap_id:
			key = "minimap";
			break;
		case chat_id:
			key = "chat";
			break;
		case camera_id:
			key = "camera_mode";
			break;
		case range_id:
			key = "rangeselect";
			break;
		default:
			break;
	}
	assert(!key.empty());
	return keyname_to_keycode(g_settings->get("keymap_" + key).c_str());
}

TouchScreenGUI *g_touchscreengui;

static void load_button_texture(button_info *btn, const char *path,
		const rect<s32> &button_rect, ISimpleTextureSource *tsrc, video::IVideoDriver *driver)
{
	unsigned int tid;
	video::ITexture *texture = guiScalingImageButton(driver,
			tsrc->getTexture(path, &tid), button_rect.getWidth(),
			button_rect.getHeight());
	if (texture) {
		btn->guibutton->setUseAlphaChannel(true);
		if (g_settings->getBool("gui_scaling_filter")) {
			rect<s32> txr_rect = rect<s32>(0, 0, button_rect.getWidth(), button_rect.getHeight());
			btn->guibutton->setImage(texture, txr_rect);
			btn->guibutton->setPressedImage(texture, txr_rect);
			btn->guibutton->setScaleImage(false);
		} else {
			btn->guibutton->setImage(texture);
			btn->guibutton->setPressedImage(texture);
			btn->guibutton->setScaleImage(true);
		}
		btn->guibutton->setDrawBorder(false);
		btn->guibutton->setText(L"");
	}
}

AutoHideButtonBar::AutoHideButtonBar(IrrlichtDevice *device,
		IEventReceiver *receiver) :
			m_driver(device->getVideoDriver()),
			m_guienv(device->getGUIEnvironment()),
			m_receiver(receiver)
{
}

void AutoHideButtonBar::init(ISimpleTextureSource *tsrc,
		const char *starter_img, int button_id, const v2s32 &UpperLeft,
		const v2s32 &LowerRight, autohide_button_bar_dir dir, float timeout)
{
	m_texturesource = tsrc;

	m_upper_left = UpperLeft;
	m_lower_right = LowerRight;

	// init settings bar

	irr::core::rect<int> current_button = rect<s32>(UpperLeft.X, UpperLeft.Y,
			LowerRight.X, LowerRight.Y);

	m_starter.guibutton         = m_guienv->addButton(current_button, nullptr, button_id, L"", nullptr);
	m_starter.guibutton->grab();
	m_starter.repeatcounter     = -1;
	m_starter.keycode           = KEY_OEM_8; // use invalid keycode as it's not relevant
	m_starter.immediate_release = true;
	m_starter.ids.clear();

	load_button_texture(&m_starter, starter_img, current_button,
			m_texturesource, m_driver);

	m_dir = dir;
	m_timeout_value = timeout;

	m_initialized = true;
}

AutoHideButtonBar::~AutoHideButtonBar()
{
	if (m_starter.guibutton) {
		m_starter.guibutton->setVisible(false);
		m_starter.guibutton->drop();
	}
}

void AutoHideButtonBar::addButton(touch_gui_button_id button_id,
		const wchar_t *caption, const char *btn_image)
{

	if (!m_initialized) {
		errorstream << "AutoHideButtonBar::addButton not yet initialized!"
				<< std::endl;
		return;
	}
	int button_size = 0;

	if ((m_dir == AHBB_Dir_Top_Bottom) || (m_dir == AHBB_Dir_Bottom_Top))
		button_size = m_lower_right.X - m_upper_left.X;
	else
		button_size = m_lower_right.Y - m_upper_left.Y;

	irr::core::rect<int> current_button;

	if ((m_dir == AHBB_Dir_Right_Left) || (m_dir == AHBB_Dir_Left_Right)) {
		int x_start = 0;
		int x_end = 0;

		if (m_dir == AHBB_Dir_Left_Right) {
			x_start = m_lower_right.X + (button_size * 1.25 * m_buttons.size())
					+ (button_size * 0.25);
			x_end = x_start + button_size;
		} else {
			x_end = m_upper_left.X - (button_size * 1.25 * m_buttons.size())
					- (button_size * 0.25);
			x_start = x_end - button_size;
		}

		current_button = rect<s32>(x_start, m_upper_left.Y, x_end,
				m_lower_right.Y);
	} else {
		double y_start = 0;
		double y_end = 0;

		if (m_dir == AHBB_Dir_Top_Bottom) {
			y_start = m_lower_right.X + (button_size * 1.25 * m_buttons.size())
					+ (button_size * 0.25);
			y_end = y_start + button_size;
		} else {
			y_end = m_upper_left.X - (button_size * 1.25 * m_buttons.size())
					- (button_size * 0.25);
			y_start = y_end - button_size;
		}

		current_button = rect<s32>(m_upper_left.X, y_start,
				m_lower_right.Y, y_end);
	}

	auto *btn              = new button_info();
	btn->guibutton         = m_guienv->addButton(current_button,
					nullptr, button_id, caption, nullptr);
	btn->guibutton->grab();
	btn->guibutton->setVisible(false);
	btn->guibutton->setEnabled(false);
	btn->repeatcounter     = -1;
	btn->keycode           = id2keycode(button_id);
	btn->immediate_release = true;
	btn->ids.clear();

	load_button_texture(btn, btn_image, current_button, m_texturesource,
			m_driver);

	m_buttons.push_back(btn);
}

void AutoHideButtonBar::addToggleButton(touch_gui_button_id button_id,
		const wchar_t *caption, const char *btn_image_1,
		const char *btn_image_2)
{
	addButton(button_id, caption, btn_image_1);
	button_info *btn = m_buttons.back();
	btn->togglable = 1;
	btn->textures.push_back(btn_image_1);
	btn->textures.push_back(btn_image_2);
}

bool AutoHideButtonBar::isButton(const SEvent &event)
{
	IGUIElement *rootguielement = m_guienv->getRootGUIElement();

	if (rootguielement == nullptr)
		return false;

	gui::IGUIElement *element = rootguielement->getElementFromPoint(
			core::position2d<s32>(event.TouchInput.X, event.TouchInput.Y));

	if (element == nullptr)
		return false;

	if (m_active) {
		// check for all buttons in vector
		auto iter = m_buttons.begin();

		while (iter != m_buttons.end()) {
			if ((*iter)->guibutton == element) {

				auto *translated = new SEvent();
				memset(translated, 0, sizeof(SEvent));
				translated->EventType            = irr::EET_KEY_INPUT_EVENT;
				translated->KeyInput.Key         = (*iter)->keycode;
				translated->KeyInput.Control     = false;
				translated->KeyInput.Shift       = false;
				translated->KeyInput.Char        = 0;

				// add this event
				translated->KeyInput.PressedDown = true;
				m_receiver->OnEvent(*translated);

				// remove this event
				translated->KeyInput.PressedDown = false;
				m_receiver->OnEvent(*translated);

				delete translated;

				(*iter)->ids.push_back(event.TouchInput.ID);

				m_timeout = 0;

				if ((*iter)->togglable == 1) {
					(*iter)->togglable = 2;
					load_button_texture(*iter, (*iter)->textures[1],
							(*iter)->guibutton->getRelativePosition(),
							m_texturesource, m_driver);
				} else if ((*iter)->togglable == 2) {
					(*iter)->togglable = 1;
					load_button_texture(*iter, (*iter)->textures[0],
							(*iter)->guibutton->getRelativePosition(),
							m_texturesource, m_driver);
				}

				return true;
			}
			++iter;
		}
	} else {
		// check for starter button only
		if (element == m_starter.guibutton) {
			m_starter.ids.push_back(event.TouchInput.ID);
			m_starter.guibutton->setVisible(false);
			m_starter.guibutton->setEnabled(false);
			m_active = true;
			m_timeout = 0;

			auto iter = m_buttons.begin();

			while (iter != m_buttons.end()) {
				(*iter)->guibutton->setVisible(true);
				(*iter)->guibutton->setEnabled(true);
				++iter;
			}

			return true;
		}
	}
	return false;
}

void AutoHideButtonBar::step(float dtime)
{
	if (m_active) {
		m_timeout += dtime;

		if (m_timeout > m_timeout_value)
			deactivate();
	}
}

void AutoHideButtonBar::deactivate()
{
	if (m_visible) {
		m_starter.guibutton->setVisible(true);
		m_starter.guibutton->setEnabled(true);
	}
	m_active = false;

	auto iter = m_buttons.begin();

	while (iter != m_buttons.end()) {
		(*iter)->guibutton->setVisible(false);
		(*iter)->guibutton->setEnabled(false);
		++iter;
	}
}

void AutoHideButtonBar::hide()
{
	m_visible = false;
	m_starter.guibutton->setVisible(false);
	m_starter.guibutton->setEnabled(false);

	auto iter = m_buttons.begin();

	while (iter != m_buttons.end()) {
		(*iter)->guibutton->setVisible(false);
		(*iter)->guibutton->setEnabled(false);
		++iter;
	}
}

void AutoHideButtonBar::show()
{
	m_visible = true;

	if (m_active) {
		auto iter = m_buttons.begin();

		while (iter != m_buttons.end()) {
			(*iter)->guibutton->setVisible(true);
			(*iter)->guibutton->setEnabled(true);
			++iter;
		}
	} else {
		m_starter.guibutton->setVisible(true);
		m_starter.guibutton->setEnabled(true);
	}
}

TouchScreenGUI::TouchScreenGUI(IrrlichtDevice *device, IEventReceiver *receiver):
	m_device(device),
	m_guienv(device->getGUIEnvironment()),
	m_receiver(receiver),
	m_settingsbar(device, receiver),
	m_rarecontrolsbar(device, receiver)
{
	for (auto &button : m_buttons) {
		button.guibutton     = nullptr;
		button.repeatcounter = -1;
		button.repeatdelay   = BUTTON_REPEAT_DELAY;
	}

	m_touchscreen_threshold = g_settings->getU16("touchscreen_threshold");
	m_fixed_joystick = g_settings->getBool("fixed_virtual_joystick");
	m_joystick_triggers_aux1 = g_settings->getBool("virtual_joystick_triggers_aux1");
	m_screensize = m_device->getVideoDriver()->getScreenSize();
	button_size = MYMIN(m_screensize.Y / 4.5f,
			RenderingEngine::getDisplayDensity() *
			g_settings->getFloat("hud_scaling") * 65.0f);
}

void TouchScreenGUI::initButton(touch_gui_button_id id, const rect<s32> &button_rect,
		const std::wstring &caption, bool immediate_release, float repeat_delay)
{
	button_info *btn       = &m_buttons[id];
	btn->guibutton         = m_guienv->addButton(button_rect, nullptr, id, caption.c_str());
	btn->guibutton->grab();
	btn->repeatcounter     = -1;
	btn->repeatdelay       = repeat_delay;
	btn->keycode           = id2keycode(id);
	btn->immediate_release = immediate_release;
	btn->ids.clear();

	load_button_texture(btn, button_imagenames[id], button_rect,
			m_texturesource, m_device->getVideoDriver());
}

button_info *TouchScreenGUI::initJoystickButton(touch_gui_button_id id,
		const rect<s32> &button_rect, int texture_id, bool visible)
{
	auto *btn = new button_info();
	btn->guibutton = m_guienv->addButton(button_rect, nullptr, id, L"O");
	btn->guibutton->setVisible(visible);
	btn->guibutton->grab();
	btn->ids.clear();

	load_button_texture(btn, joystick_imagenames[texture_id],
			button_rect, m_texturesource, m_device->getVideoDriver());

	return btn;
}

void TouchScreenGUI::init(ISimpleTextureSource *tsrc)
{
	assert(tsrc);

	m_visible       = true;
	m_texturesource = tsrc;

	/* Init joystick display "button"
	 * Joystick is placed on bottom left of screen.
	 */
	if (m_fixed_joystick) {
		m_joystick_btn_off = initJoystickButton(joystick_off_id,
				rect<s32>(button_size,
						m_screensize.Y - button_size * 4,
						button_size * 4,
						m_screensize.Y - button_size), 0);
	} else {
		m_joystick_btn_off</span>
	<span class="hl kwd">TEST</span><span class="hl opt">(</span>testZlibCompression<span class="hl opt">);</span>
	<span class="hl kwd">TEST</span><span class="hl opt">(</span>testZlibLargeData<span class="hl opt">);</span>
<span class="hl opt">}</span>

<span class="hl slc">////////////////////////////////////////////////////////////////////////////////</span>

<span class="hl kwb">void</span> <span class="hl kwc">TestCompression</span><span class="hl opt">::</span><span class="hl kwd">testRLECompression</span><span class="hl opt">()</span>
<span class="hl opt">{</span>
	SharedBuffer<span class="hl opt">&lt;</span>u8<span class="hl opt">&gt;</span> <span class="hl kwd">fromdata</span><span class="hl opt">(</span><span class="hl num">4</span><span class="hl opt">);</span>
	fromdata<span class="hl opt">[</span><span class="hl num">0</span><span class="hl opt">]=</span><span class="hl num">1</span><span class="hl opt">;</span>
	fromdata<span class="hl opt">[</span><span class="hl num">1</span><span class="hl opt">]=</span><span class="hl num">5</span><span class="hl opt">;</span>
	fromdata<span class="hl opt">[</span><span class="hl num">2</span><span class="hl opt">]=</span><span class="hl num">5</span><span class="hl opt">;</span>
	fromdata<span class="hl opt">[</span><span class="hl num">3</span><span class="hl opt">]=</span><span class="hl num">1</span><span class="hl opt">;</span>

	<span class="hl kwc">std</span><span class="hl opt">::</span>ostringstream <span class="hl kwd">os</span><span class="hl opt">(</span><span class="hl kwc">std</span><span class="hl opt">::</span><span class="hl kwc">ios_base</span><span class="hl opt">::</span>binary<span class="hl opt">);</span>
	<span class="hl kwd">compress</span><span class="hl opt">(</span>fromdata<span class="hl opt">,</span> os<span class="hl opt">,</span> <span class="hl num">0</span><span class="hl opt">);</span>

	<span class="hl kwc">std</span><span class="hl opt">::</span>string str_out <span class="hl opt">=</span> os<span class="hl opt">.</span><span class="hl kwd">str</span><span class="hl opt">();</span>

	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;str_out.size()=&quot;</span><span class="hl opt">&lt;&lt;</span>str_out<span class="hl opt">.</span><span class="hl kwd">size</span><span class="hl opt">()&lt;&lt;</span><span class="hl kwc">std</span><span class="hl opt">::</span>endl<span class="hl opt">;</span>
	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;TestCompress: 1,5,5,1 -&gt; &quot;</span><span class="hl opt">;</span>
	<span class="hl kwa">for</span> <span class="hl opt">(</span><span class="hl kwb">char</span> i <span class="hl opt">:</span> str_out<span class="hl opt">)</span>
		infostream <span class="hl opt">&lt;&lt; (</span>u32<span class="hl opt">)</span> i <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;,&quot;</span><span class="hl opt">;</span>
	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl kwc">std</span><span class="hl opt">::</span>endl<span class="hl opt">;</span>

	<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out<span class="hl opt">.</span><span class="hl kwd">size</span><span class="hl opt">() ==</span> <span class="hl num">10</span><span class="hl opt">);</span>

	<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out<span class="hl opt">[</span><span class="hl num">0</span><span class="hl opt">] ==</span> <span class="hl num">0</span><span class="hl opt">);</span>
	<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out<span class="hl opt">[</span><span class="hl num">1</span><span class="hl opt">] ==</span> <span class="hl num">0</span><span class="hl opt">);</span>
	<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out<span class="hl opt">[</span><span class="hl num">2</span><span class="hl opt">] ==</span> <span class="hl num">0</span><span class="hl opt">);</span>
	<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out<span class="hl opt">[</span><span class="hl num">3</span><span class="hl opt">] ==</span> <span class="hl num">4</span><span class="hl opt">);</span>
	<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out<span class="hl opt">[</span><span class="hl num">4</span><span class="hl opt">] ==</span> <span class="hl num">0</span><span class="hl opt">);</span>
	<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out<span class="hl opt">[</span><span class="hl num">5</span><span class="hl opt">] ==</span> <span class="hl num">1</span><span class="hl opt">);</span>
	<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out<span class="hl opt">[</span><span class="hl num">6</span><span class="hl opt">] ==</span> <span class="hl num">1</span><span class="hl opt">);</span>
	<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out<span class="hl opt">[</span><span class="hl num">7</span><span class="hl opt">] ==</span> <span class="hl num">5</span><span class="hl opt">);</span>
	<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out<span class="hl opt">[</span><span class="hl num">8</span><span class="hl opt">] ==</span> <span class="hl num">0</span><span class="hl opt">);</span>
	<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out<span class="hl opt">[</span><span class="hl num">9</span><span class="hl opt">] ==</span> <span class="hl num">1</span><span class="hl opt">);</span>

	<span class="hl kwc">std</span><span class="hl opt">::</span>istringstream <span class="hl kwd">is</span><span class="hl opt">(</span>str_out<span class="hl opt">,</span> <span class="hl kwc">std</span><span class="hl opt">::</span><span class="hl kwc">ios_base</span><span class="hl opt">::</span>binary<span class="hl opt">);</span>
	<span class="hl kwc">std</span><span class="hl opt">::</span>ostringstream <span class="hl kwd">os2</span><span class="hl opt">(</span><span class="hl kwc">std</span><span class="hl opt">::</span><span class="hl kwc">ios_base</span><span class="hl opt">::</span>binary<span class="hl opt">);</span>

	<span class="hl kwd">decompress</span><span class="hl opt">(</span>is<span class="hl opt">,</span> os2<span class="hl opt">,</span> <span class="hl num">0</span><span class="hl opt">);</span>
	<span class="hl kwc">std</span><span class="hl opt">::</span>string str_out2 <span class="hl opt">=</span> os2<span class="hl opt">.</span><span class="hl kwd">str</span><span class="hl opt">();</span>

	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;decompress: &quot;</span><span class="hl opt">;</span>
	<span class="hl kwa">for</span> <span class="hl opt">(</span><span class="hl kwb">char</span> i <span class="hl opt">:</span> str_out2<span class="hl opt">)</span>
		infostream <span class="hl opt">&lt;&lt; (</span>u32<span class="hl opt">)</span> i <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;,&quot;</span><span class="hl opt">;</span>
	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl kwc">std</span><span class="hl opt">::</span>endl<span class="hl opt">;</span>

	<span class="hl kwd">UASSERTEQ</span><span class="hl opt">(</span><span class="hl kwb">size_t</span><span class="hl opt">,</span> str_out2<span class="hl opt">.</span><span class="hl kwd">size</span><span class="hl opt">(),</span> fromdata<span class="hl opt">.</span><span class="hl kwd">getSize</span><span class="hl opt">());</span>

	<span class="hl kwa">for</span> <span class="hl opt">(</span>u32 i <span class="hl opt">=</span> <span class="hl num">0</span><span class="hl opt">;</span> i <span class="hl opt">&lt;</span> str_out2<span class="hl opt">.</span><span class="hl kwd">size</span><span class="hl opt">();</span> i<span class="hl opt">++)</span>
		<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out2<span class="hl opt">[</span>i<span class="hl opt">] ==</span> fromdata<span class="hl opt">[</span>i<span class="hl opt">]);</span>
<span class="hl opt">}</span>

<span class="hl kwb">void</span> <span class="hl kwc">TestCompression</span><span class="hl opt">::</span><span class="hl kwd">testZlibCompression</span><span class="hl opt">()</span>
<span class="hl opt">{</span>
	SharedBuffer<span class="hl opt">&lt;</span>u8<span class="hl opt">&gt;</span> <span class="hl kwd">fromdata</span><span class="hl opt">(</span><span class="hl num">4</span><span class="hl opt">);</span>
	fromdata<span class="hl opt">[</span><span class="hl num">0</span><span class="hl opt">]=</span><span class="hl num">1</span><span class="hl opt">;</span>
	fromdata<span class="hl opt">[</span><span class="hl num">1</span><span class="hl opt">]=</span><span class="hl num">5</span><span class="hl opt">;</span>
	fromdata<span class="hl opt">[</span><span class="hl num">2</span><span class="hl opt">]=</span><span class="hl num">5</span><span class="hl opt">;</span>
	fromdata<span class="hl opt">[</span><span class="hl num">3</span><span class="hl opt">]=</span><span class="hl num">1</span><span class="hl opt">;</span>

	<span class="hl kwc">std</span><span class="hl opt">::</span>ostringstream <span class="hl kwd">os</span><span class="hl opt">(</span><span class="hl kwc">std</span><span class="hl opt">::</span><span class="hl kwc">ios_base</span><span class="hl opt">::</span>binary<span class="hl opt">);</span>
	<span class="hl kwd">compress</span><span class="hl opt">(</span>fromdata<span class="hl opt">,</span> os<span class="hl opt">,</span> SER_FMT_VER_HIGHEST_READ<span class="hl opt">);</span>

	<span class="hl kwc">std</span><span class="hl opt">::</span>string str_out <span class="hl opt">=</span> os<span class="hl opt">.</span><span class="hl kwd">str</span><span class="hl opt">();</span>

	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;str_out.size()=&quot;</span> <span class="hl opt">&lt;&lt;</span> str_out<span class="hl opt">.</span><span class="hl kwd">size</span><span class="hl opt">() &lt;&lt;</span><span class="hl kwc">std</span><span class="hl opt">::</span>endl<span class="hl opt">;</span>
	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;TestCompress: 1,5,5,1 -&gt; &quot;</span><span class="hl opt">;</span>
	<span class="hl kwa">for</span> <span class="hl opt">(</span><span class="hl kwb">char</span> i <span class="hl opt">:</span> str_out<span class="hl opt">)</span>
		infostream <span class="hl opt">&lt;&lt; (</span>u32<span class="hl opt">)</span> i <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;,&quot;</span><span class="hl opt">;</span>
	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl kwc">std</span><span class="hl opt">::</span>endl<span class="hl opt">;</span>

	<span class="hl kwc">std</span><span class="hl opt">::</span>istringstream <span class="hl kwd">is</span><span class="hl opt">(</span>str_out<span class="hl opt">,</span> <span class="hl kwc">std</span><span class="hl opt">::</span><span class="hl kwc">ios_base</span><span class="hl opt">::</span>binary<span class="hl opt">);</span>
	<span class="hl kwc">std</span><span class="hl opt">::</span>ostringstream <span class="hl kwd">os2</span><span class="hl opt">(</span><span class="hl kwc">std</span><span class="hl opt">::</span><span class="hl kwc">ios_base</span><span class="hl opt">::</span>binary<span class="hl opt">);</span>

	<span class="hl kwd">decompress</span><span class="hl opt">(</span>is<span class="hl opt">,</span> os2<span class="hl opt">,</span> SER_FMT_VER_HIGHEST_READ<span class="hl opt">);</span>
	<span class="hl kwc">std</span><span class="hl opt">::</span>string str_out2 <span class="hl opt">=</span> os2<span class="hl opt">.</span><span class="hl kwd">str</span><span class="hl opt">();</span>

	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;decompress: &quot;</span><span class="hl opt">;</span>
	<span class="hl kwa">for</span> <span class="hl opt">(</span><span class="hl kwb">char</span> i <span class="hl opt">:</span> str_out2<span class="hl opt">)</span>
		infostream <span class="hl opt">&lt;&lt; (</span>u32<span class="hl opt">)</span> i <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;,&quot;</span><span class="hl opt">;</span>
	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl kwc">std</span><span class="hl opt">::</span>endl<span class="hl opt">;</span>

	<span class="hl kwd">UASSERTEQ</span><span class="hl opt">(</span><span class="hl kwb">size_t</span><span class="hl opt">,</span> str_out2<span class="hl opt">.</span><span class="hl kwd">size</span><span class="hl opt">(),</span> fromdata<span class="hl opt">.</span><span class="hl kwd">getSize</span><span class="hl opt">());</span>

	<span class="hl kwa">for</span> <span class="hl opt">(</span>u32 i <span class="hl opt">=</span> <span class="hl num">0</span><span class="hl opt">;</span> i <span class="hl opt">&lt;</span> str_out2<span class="hl opt">.</span><span class="hl kwd">size</span><span class="hl opt">();</span> i<span class="hl opt">++)</span>
		<span class="hl kwd">UASSERT</span><span class="hl opt">(</span>str_out2<span class="hl opt">[</span>i<span class="hl opt">] ==</span> fromdata<span class="hl opt">[</span>i<span class="hl opt">]);</span>
<span class="hl opt">}</span>

<span class="hl kwb">void</span> <span class="hl kwc">TestCompression</span><span class="hl opt">::</span><span class="hl kwd">testZlibLargeData</span><span class="hl opt">()</span>
<span class="hl opt">{</span>
	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;Test: Testing zlib wrappers with a large amount &quot;</span>
		<span class="hl str">&quot;of pseudorandom data&quot;</span> <span class="hl opt">&lt;&lt;</span> <span class="hl kwc">std</span><span class="hl opt">::</span>endl<span class="hl opt">;</span>

	u32 size <span class="hl opt">=</span> <span class="hl num">50000</span><span class="hl opt">;</span>
	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;Test: Input size of large compressZlib is &quot;</span>
		<span class="hl opt">&lt;&lt;</span> size <span class="hl opt">&lt;&lt;</span> <span class="hl kwc">std</span><span class="hl opt">::</span>endl<span class="hl opt">;</span>

	<span class="hl kwc">std</span><span class="hl opt">::</span>string data_in<span class="hl opt">;</span>
	data_in<span class="hl opt">.</span><span class="hl kwd">resize</span><span class="hl opt">(</span>size<span class="hl opt">);</span>
	PseudoRandom <span class="hl kwd">pseudorandom</span><span class="hl opt">(</span><span class="hl num">9420</span><span class="hl opt">);</span>
	<span class="hl kwa">for</span> <span class="hl opt">(</span>u32 i <span class="hl opt">=</span> <span class="hl num">0</span><span class="hl opt">;</span> i <span class="hl opt">&lt;</span> size<span class="hl opt">;</span> i<span class="hl opt">++)</span>
		data_in<span class="hl opt">[</span>i<span class="hl opt">] =</span> pseudorandom<span class="hl opt">.</span><span class="hl kwd">range</span><span class="hl opt">(</span><span class="hl num">0</span><span class="hl opt">,</span> <span class="hl num">255</span><span class="hl opt">);</span>

	<span class="hl kwc">std</span><span class="hl opt">::</span>ostringstream <span class="hl kwd">os_compressed</span><span class="hl opt">(</span><span class="hl kwc">std</span><span class="hl opt">::</span><span class="hl kwc">ios</span><span class="hl opt">::</span>binary<span class="hl opt">);</span>
	<span class="hl kwd">compressZlib</span><span class="hl opt">(</span>data_in<span class="hl opt">,</span> os_compressed<span class="hl opt">);</span>
	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;Test: Output size of large compressZlib is &quot;</span>
		<span class="hl opt">&lt;&lt;</span> os_compressed<span class="hl opt">.</span><span class="hl kwd">str</span><span class="hl opt">().</span><span class="hl kwd">size</span><span class="hl opt">()&lt;&lt;</span><span class="hl kwc">std</span><span class="hl opt">::</span>endl<span class="hl opt">;</span>

	<span class="hl kwc">std</span><span class="hl opt">::</span>istringstream <span class="hl kwd">is_compressed</span><span class="hl opt">(</span>os_compressed<span class="hl opt">.</span><span class="hl kwd">str</span><span class="hl opt">(),</span> <span class="hl kwc">std</span><span class="hl opt">::</span><span class="hl kwc">ios</span><span class="hl opt">::</span>binary<span class="hl opt">);</span>
	<span class="hl kwc">std</span><span class="hl opt">::</span>ostringstream <span class="hl kwd">os_decompressed</span><span class="hl opt">(</span><span class="hl kwc">std</span><span class="hl opt">::</span><span class="hl kwc">ios</span><span class="hl opt">::</span>binary<span class="hl opt">);</span>
	<span class="hl kwd">decompressZlib</span><span class="hl opt">(</span>is_compressed<span class="hl opt">,</span> os_decompressed<span class="hl opt">);</span>
	infostream <span class="hl opt">&lt;&lt;</span> <span class="hl str">&quot;Test: Output size of large decompressZlib is &quot;</span>
		<span class="hl opt">&lt;&lt;</span> os_decompressed<span class="hl opt">.</span><span class="hl kwd">str</span><span class="hl opt">().</span><span class="hl kwd">size</span><span class="hl opt">() &lt;&lt;</span> <span class="hl kwc">std</span><span class="hl opt">::</span>endl<span class="hl opt">;</span>

	<span class="hl kwc">std</span><span class="hl opt">::</span>string str_decompressed <span class="hl opt">=</span> os_decompressed<span class="hl opt">.</span><span class="hl kwd">str</span><span class="hl opt">();</span>
	<span class="hl kwd">UASSERTEQ</span><span class="hl opt">(</span><span class="hl kwb">size_t</span><span class="hl opt">,</span> str_decompressed<span class="hl opt">.</span><span class="hl kwd">size</span><span class="hl opt">(),</span> data_in<span class="hl opt">.</span><span class="hl kwd">size</span><span class="hl opt">());</span>

	<span class="hl kwa">for</span> <span class="hl opt">(</span>u32 i <span class="hl opt">=</span> <span class="hl num">0</span><span class="hl opt">;</span> i <span class="hl opt">&lt;</span> size <span class="hl opt">&amp;&amp;</span> i <span class="hl opt">&lt;</span> str_decompressed<span class="hl opt">.</span><span class="hl kwd">size</span><span class="hl opt">();</span> i<span class="hl opt">++) {</span>
		<span class="hl kwd">UTEST</span><span class="hl opt">(</span>str_decompressed<span class="hl opt">[</span>i<span class="hl opt">] ==</span> data_in<span class="hl opt">[</span>i<span class="hl opt">],</span>
				<span class="hl str">&quot;index out[%i]=%i differs from in[%i]=%i&quot;</span><span class="hl opt">,</span>
				i<span class="hl opt">,</span> str_decompressed<span class="hl opt">[</span>i<span class="hl opt">],</span> i<span class="hl opt">,</span> data_in<span class="hl opt">[</span>i<span class="hl opt">]);</span>
	<span class="hl opt">}</span>
<span class="hl opt">}</span>
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ing does not happen
			if (m_has_move_id)
				m_move_has_really_moved = true;

			if (button.repeatcounter < button.repeatdelay)
				continue;

			button.repeatcounter            = 0;
			SEvent translated;
			memset(&translated, 0, sizeof(SEvent));
			translated.EventType            = irr::EET_KEY_INPUT_EVENT;
			translated.KeyInput.Key         = button.keycode;
			translated.KeyInput.PressedDown = false;
			m_receiver->OnEvent(translated);

			translated.KeyInput.PressedDown = true;
			m_receiver->OnEvent(translated);
		}
	}

	// joystick
	for (unsigned int i = 0; i < 4; i++) {
		if (m_joystick_status[i]) {
			applyJoystickStatus();
			break;
		}
	}

	// if a new placed pointer isn't moved for some time start digging
	if (m_has_move_id &&
			(!m_move_has_really_moved) &&
			(!m_move_sent_as_mouse_event)) {

		u64 delta = porting::getDeltaMs(m_move_downtime, porting::getTimeMs());

		if (delta > MIN_DIG_TIME_MS) {
			m_shootline = m_device
					->getSceneManager()
					->getSceneCollisionManager()
					->getRayFromScreenCoordinates(
							v2s32(m_move_downlocation.X,m_move_downlocation.Y));

			SEvent translated;
			memset(&translated, 0, sizeof(SEvent));
			translated.EventType               = EET_MOUSE_INPUT_EVENT;
			translated.MouseInput.X            = m_move_downlocation.X;
			translated.MouseInput.Y            = m_move_downlocation.Y;
			translated.MouseInput.Shift        = false;
			translated.MouseInput.Control      = false;
			translated.MouseInput.ButtonStates = EMBSM_LEFT;
			translated.MouseInput.Event        = EMIE_LMOUSE_PRESSED_DOWN;
			verbosestream << "TouchScreenGUI::step left click press" << std::endl;
			m_receiver->OnEvent(translated);
			m_move_sent_as_mouse_event         = true;
		}
	}

	m_settingsbar.step(dtime);
	m_rarecontrolsbar.step(dtime);
}

void TouchScreenGUI::resetHud()
{
	m_hud_rects.clear();
}

void TouchScreenGUI::registerHudItem(int index, const rect<s32> &rect)
{
	m_hud_rects[index] = rect;
}

void TouchScreenGUI::Toggle(bool visible)
{
	m_visible = visible;
	for (auto &button : m_buttons) {
		if (button.guibutton)
			button.guibutton->setVisible(visible);
	}

	if (m_joystick_btn_off->guibutton)
		m_joystick_btn_off->guibutton->setVisible(visible);

	// clear all active buttons
	if (!visible) {
		while (!m_known_ids.empty())
			handleReleaseEvent(m_known_ids.begin()->id);

		m_settingsbar.hide();
		m_rarecontrolsbar.hide();
	} else {
		m_settingsbar.show();
		m_rarecontrolsbar.show();
	}
}

void TouchScreenGUI::hide()
{
	if (!m_visible)
		return;

	Toggle(false);
}

void TouchScreenGUI::show()
{
	if (m_visible)
		return;

	Toggle(true);
}