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newrpl/mainwindow.cpp
claudiol de6a5b29a6 Added Prime-like version for newrpl Desktop
2020-12-09 10:15:00 -05:00

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/*
* Copyright (c) 2014-2015, Claudio Lapilli and the newRPL Team
* All rights reserved.
* This file is released under the 3-clause BSD license.
* See the file LICENSE.txt that shipped with this distribution.
*/
#include <QtGui>
#include <QtCore>
#include <QFileDialog>
#include <QFile>
#include <QFileInfo>
#include <QMessageBox>
#include <QKeyEvent>
#include <QStandardPaths>
#include "hidapi.h"
#include "usbselector.h"
#include "mainwindow.h"
#include "ui_mainwindow.h"
// ONLY REQUIRED UNDER MINGW
#ifdef DrawText
#undef DrawText
#endif
#define WORD _WORD
extern "C"
{
#include "ui.h"
#include "firmware.h"
}
#define takemax(a,b) (((a)>(b))? (a):(b))
MainWindow *myMainWindow;
// CAN'T INCLUDE THE HEADERS DIRECTLY DUE TO CONFLICTING TYPES ON WINDOWS ONLY...
extern unsigned long long __pckeymatrix;
extern int __pc_terminate;
extern int __memmap_intact;
extern volatile int __cpu_idle;
extern hid_device *__usb_curdevice;
extern char __usb_devicepath[8192];
extern volatile int __usb_paused;
extern "C" void usb_irqservice();
extern "C" void usb_irqdisconnect();
extern "C" void usb_irqconnect();
extern "C" int usb_isconnected();
extern "C" void __keyb_update();
// BACKUP/RESTORE
extern "C" int rplBackup(int (*writefunc)(unsigned int, void *), void *);
extern "C" int rplRestoreBackup(int, unsigned int (*readfunc)(void *), void *);
extern "C" int rplRestoreBackupMessedup(unsigned int (*readfunc)(void *), void *); // DEBUG ONLY
extern "C" void __SD_irqeventinsert();
extern int __sd_inserted;
extern int __sd_nsectors; // TOTAL SIZE OF SD CARD IN 512-BYTE SECTORS
extern int __sd_RCA;
extern unsigned char *__sd_buffer; // BUFFER WITH THE ENTIRE CONTENTS OF THE SD CARD
extern "C" int usbremotearchivestart();
extern "C" int usbreceivearchive(uint32_t * buffer, int bufsize);
extern "C" int usbremoterestorestart();
extern "C" int usbsendarchive(uint32_t * buffer, int bufsize);
extern "C" int change_autorcv(int newfl);
extern "C" void setExceptionPoweroff();
MainWindow::MainWindow(QWidget * parent):
QMainWindow(parent), rpl(this), usbdriver(this), ui(new Ui::MainWindow)
{
QCoreApplication::setOrganizationName("newRPL");
QCoreApplication::setApplicationName("newRPL Desktop");
myMainWindow = this;
ui->setupUi(this);
ui->KeybImage->setAttribute(Qt::WA_AcceptTouchEvents);
ui->KeybImage->installEventFilter(this);
ui->EmuScreen->setAttribute(Qt::WA_AcceptTouchEvents);
ui->EmuScreen->installEventFilter(this);
nousbupdate = true; // DON'T UPDATE THE ON-SCREEN USB CONNECTION STATUS
__usb_devicepath[0] = 0; // NULL PATH
__usb_curdevice = 0; // USB IS INITIALLY DISCONNECTED
__usb_paused = 1; // PAUSE THE USB THREAD
currentusb.clear();
currentusbpath.clear();
usbdriver.start(); // LAUNCH THE USB DRIVER THREAD
ui->USBDockSelect->setVisible(false);
screentmr = new QTimer(this);
ui->EmuScreen->setTimer(screentmr);
ui->EmuScreen->connect(screentmr, SIGNAL(timeout()), ui->EmuScreen,
SLOT(update()));
connect(screentmr, SIGNAL(timeout()), this, SLOT(usbupdate()));
__memmap_intact = 0;
__sd_inserted = 0;
__sd_RCA = 0;
__sd_nsectors = 0;
__sd_buffer = NULL;
ui->actionEject_SD_Card_Image->setEnabled(false);
ui->actionInsert_SD_Card_Image->setEnabled(true);
//rpl.start();
//maintmr->start(1);
//screentmr->start(20);
setWindowTitle("newRPL - [Unnamed]");
QSettings settings;
QString startfile = settings.value("CurrentFile", QString("")).toString();
if(!OpenFile(startfile)) {
rpl.start();
screentmr->setSingleShot(true);
screentmr->start(20);
}
}
MainWindow::~MainWindow()
{
delete screentmr;
delete ui;
}
void MainWindow::closeEvent(QCloseEvent * event)
{
on_actionExit_triggered();
event->accept();
}
void MainWindow::resizeEvent(QResizeEvent * event)
{
int w, h;
qreal scale;
//qreal realdpi=qApp->primaryScreen()->logicalDotsPerInch();
qreal dpratio = qApp->primaryScreen()->devicePixelRatio();
w = ui->EmuScreen->screen_width;
h = ui->EmuScreen->screen_height + 5;
if(!h)
h = SCREEN_HEIGHT+5;
if(!w)
w = SCREEN_WIDTH;
qreal dpwidth = event->size().width();
qreal realwidth = dpwidth * dpratio;
scale = realwidth / w;
if((int)scale < 1)
scale = 1.0;
else
scale = (int)scale;
if(event->size().height() * 0.38 * dpratio < scale * h) {
scale = event->size().height() * 0.38 * dpratio / h;
if((int)scale < 1)
scale = 1.0;
else
scale = (int)scale;
}
// NOW CONVERT BACK TO dp SCALE
ui->EmuScreen->setScale(scale / dpratio);
}
void MainWindow::on_EmuScreen_destroyed()
{
if(rpl.isRunning())
rpl.terminate();
QMainWindow::close();
}
extern volatile long long __pcsystmr;
int __tmr_singleshot_running = 0;
volatile unsigned long long __tmr1_msec;
extern "C" void __tmr_newirqeventsvc();
extern "C" void stop_singleshot()
{
__tmr_singleshot_running = 0;
}
extern "C" void timer_singleshot(int msec)
{
__tmr1_msec = msec;
__tmr_singleshot_running = 1;
}
#ifndef TARGET_PC_PRIMEG1
const int keyMap[] = {
/*
KEYBOARD BIT MAP
----------------
This is the bit number in the 64-bit keymatrix.
Bit set means key is pressed.
A]-+ B]-+ C]-+ D]-+ E]-+ F]-+
|41| |42| |43| |44| |45| |46|
+--+ +--+ +--+ +--+ +--+ +--+
G]-+ H]-+ I]-+ UP]+
|47| |53| |54| |49|
+--+ +--+ +--+ LF]+ +--+ RT]+
|50| DN]+ |52|
J]-+ K]-+ L]-+ +--+ |51| +--+
|55| |57| |58| +--+
+--+ +--+ +--+
M]--+ N]--+ O]--+ P]--+ BKS]+
| 33| | 25| | 17| | 09| | 01|
+---+ +---+ +---+ +---+ +---+
Q]--+ R]--+ S]--+ T]--+ U]--+
| 34| | 26| | 18| | 10| | 02|
+---+ +---+ +---+ +---+ +---+
V]--+ W]--+ X]--+ Y]--+ /]--+
| 35| | 27| | 19| | 11| | 03|
+---+ +---+ +---+ +---+ +---+
AL]-+ 7]--+ 8]--+ 9]--+ *]--+
| 60| | 28| | 20| | 12| | 04|
+---+ +---+ +---+ +---+ +---+
LS]-+ 4]--+ 5]--+ 6]--+ -]--+
| 61| | 29| | 21| | 13| | 05|
+---+ +---+ +---+ +---+ +---+
RS]-+ 1]--+ 2]--+ 3]--+ +]--+
| 62| | 30| | 22| | 14| | 06|
+---+ +---+ +---+ +---+ +---+
ON]-+ 0]--+ .]--+ SP]-+ EN]-+
| 63| | 31| | 23| | 15| | 07|
+---+ +---+ +---+ +---+ +---+
*/
Qt::Key_Backspace, 1,
Qt::Key_U, 2,
Qt::Key_Slash, 3,
Qt::Key_Z, 3,
Qt::Key_Asterisk, 4,
Qt::Key_Minus, 5,
Qt::Key_Plus, 6,
Qt::Key_Return, 7,
Qt::Key_Enter, 7,
Qt::Key_P, 9,
Qt::Key_T, 10,
Qt::Key_Y, 11,
Qt::Key_9, 12,
Qt::Key_6, 13,
Qt::Key_3, 14,
Qt::Key_Space, 15,
Qt::Key_O, 17,
Qt::Key_S, 18,
Qt::Key_X, 19,
Qt::Key_8, 20,
Qt::Key_5, 21,
Qt::Key_2, 22,
Qt::Key_Period, 23,
Qt::Key_N, 25,
Qt::Key_R, 26,
Qt::Key_W, 27,
Qt::Key_7, 28,
Qt::Key_4, 29,
Qt::Key_1, 30,
Qt::Key_0, 31,
Qt::Key_M, 33,
Qt::Key_Q, 34,
Qt::Key_V, 35,
Qt::Key_A, 41,
Qt::Key_F1, 41,
Qt::Key_B, 42,
Qt::Key_F2, 42,
Qt::Key_C, 43,
Qt::Key_F3, 43,
Qt::Key_D, 44,
Qt::Key_F4, 44,
Qt::Key_E, 45,
Qt::Key_F5, 45,
Qt::Key_F, 46,
Qt::Key_F6, 46,
Qt::Key_G, 47,
Qt::Key_Up, 49,
Qt::Key_Left, 50,
Qt::Key_Down, 51,
Qt::Key_Right, 52,
Qt::Key_H, 53,
Qt::Key_I, 54,
Qt::Key_J, 55,
Qt::Key_K, 57,
Qt::Key_L, 58,
Qt::Key_Tab, 60,
Qt::Key_CapsLock, 61,
Qt::Key_Control, 62,
Qt::Key_Escape, 63,
Qt::Key_Home, 63
// ADD MORE KEYS HERE
, 0, 0
};
struct mousemap
{
int key, keynum;
qreal left, right, top, bot;
} mouseMap[] = {
{Qt::Key_Backspace, 1, 0.842672, 0.982759, 0.335196, 0.383613},
{Qt::Key_U, 2, 0.842672, 0.982759, 0.428305, 0.482309},
{Qt::Key_Z, 3, 0.842672, 0.982759, 0.527002, 0.575419},
{Qt::Key_Asterisk, 4, 0.842672, 0.982759, 0.616387, 0.683426},
{Qt::Key_Minus, 5, 0.842672, 0.982759, 0.716946, 0.783985},
{Qt::Key_Plus, 6, 0.842672, 0.982759, 0.817505, 0.886406},
{Qt::Key_Enter, 7, 0.842672, 0.982759, 0.918063, 0.979516},
{Qt::Key_P, 9, 0.637931, 0.778017, 0.335196, 0.383613},
{Qt::Key_T, 10, 0.637931, 0.778017, 0.428305, 0.482309},
{Qt::Key_Y, 11, 0.637931, 0.778017, 0.527002, 0.575419},
{Qt::Key_9, 12, 0.637931, 0.778017, 0.616387, 0.683426},
{Qt::Key_6, 13, 0.637931, 0.778017, 0.716946, 0.783985},
{Qt::Key_3, 14, 0.637931, 0.778017, 0.817505, 0.886406},
{Qt::Key_Space, 15, 0.637931, 0.778017, 0.918063, 0.979516},
{Qt::Key_O, 17, 0.428879, 0.573276, 0.335196, 0.383613},
{Qt::Key_S, 18, 0.428879, 0.573276, 0.428305, 0.482309},
{Qt::Key_X, 19, 0.428879, 0.573276, 0.527002, 0.575419},
{Qt::Key_8, 20, 0.428879, 0.573276, 0.616387, 0.683426},
{Qt::Key_5, 21, 0.428879, 0.573276, 0.716946, 0.783985},
{Qt::Key_2, 22, 0.428879, 0.573276, 0.817505, 0.886406},
{Qt::Key_Period, 23, 0.428879, 0.573276, 0.918063, 0.979516},
{Qt::Key_N, 25, 0.217672, 0.364224, 0.335196, 0.383613},
{Qt::Key_R, 26, 0.217672, 0.364224, 0.428305, 0.482309},
{Qt::Key_W, 27, 0.217672, 0.364224, 0.527002, 0.575419},
{Qt::Key_7, 28, 0.217672, 0.364224, 0.616387, 0.683426},
{Qt::Key_4, 29, 0.217672, 0.364224, 0.716946, 0.783985},
{Qt::Key_1, 30, 0.217672, 0.364224, 0.817505, 0.886406},
{Qt::Key_0, 31, 0.217672, 0.364224, 0.918063, 0.979516},
{Qt::Key_M, 33, 0.00862069, 0.153017, 0.335196, 0.383613},
{Qt::Key_Q, 34, 0.00862069, 0.153017, 0.428305, 0.482309},
{Qt::Key_V, 35, 0.00862069, 0.153017, 0.527002, 0.575419},
{Qt::Key_F1, 41, 0.00862069, 0.118534, 0.00931099, 0.0521415},
{Qt::Key_F2, 42, 0.181034, 0.295259, 0.00931099, 0.0521415},
{Qt::Key_F3, 43, 0.357759, 0.467672, 0.00931099, 0.0521415},
{Qt::Key_F4, 44, 0.530172, 0.642241, 0.00931099, 0.0521415},
{Qt::Key_F5, 45, 0.706897, 0.814655, 0.00931099, 0.0521415},
{Qt::Key_F6, 46, 0.872845, 0.987069, 0.00931099, 0.0521415},
{Qt::Key_G, 47, 0.00862069, 0.118534, 0.108007, 0.163873},
{Qt::Key_Up, 49, 0.706897, 0.803879, 0.0893855, 0.156425},
{Qt::Key_Left, 50, 0.581897, 0.678879, 0.150838, 0.230912},
{Qt::Key_Down, 51, 0.706897, 0.803879, 0.219739, 0.292365},
{Qt::Key_Right, 52, 0.838362, 0.937500, 0.150838, 0.230912},
{Qt::Key_H, 53, 0.181034, 0.295259, 0.108007, 0.163873},
{Qt::Key_I, 54, 0.357759, 0.467672, 0.108007, 0.163873},
{Qt::Key_J, 55, 0.00862069, 0.118534, 0.221601, 0.271881},
{Qt::Key_K, 57, 0.181034, 0.295259, 0.221601, 0.271881},
{Qt::Key_L, 58, 0.357759, 0.467672, 0.221601, 0.271881},
{Qt::Key_Tab, 60, 0.00862069, 0.161638, 0.616387, 0.683426},
{Qt::Key_CapsLock, 61, 0.00862069, 0.161638, 0.716946, 0.783985},
{Qt::Key_Control, 62, 0.00862069, 0.161638, 0.817505, 0.886406},
{Qt::Key_Home, 63, 0.00862069, 0.118534, 0.918063, 0.979516},
{Qt::Key_F10, 64, 0.872845, 0.987069, 0.108007, 0.163873},
// ADD MORE KEYS HERE
{0, 0, 0.0, 0.0, 0.0, 0.0}
};
#else
const int keyMap[] = {
/*
KEYBOARD BIT MAP
----------------
This is the bit number in the 64-bit keymatrix.
Bit set means key is pressed.
AP]+ SY]+ HL]+ ES]+
|36| |20| |61| |52|
+--+ +--+ +--+ +--+
HM]+ PL]+ UP]+ VW]+ CA]+
|28| |12| |37| |29| |13|
+--+ +--+ LF]+ +--+ RT]+ +--+ +--+
|57| DN]+ |15|
NM]+ +--+ |44| +--+ ME]+
|04| +--+ |21|
+--+ +--+
A]--+ B]--+ C]--+ D]--+ E]--+ BKS]+
| 42| | 58| | 18| | 10| | 34| | 02|
+---+ +---+ +---+ +---+ +---+ +---+
F]--+ G]--+ H]--+ I]--+ J]--+ K]--+
| 59| | 50| | 43| | 35| | 27| | 19|
+---+ +---+ +---+ +---+ +---+ +---+
L]--+ M]--+ N]--+ O]--+ ENTER]-----+
| 11| | 03| | 60| | 06| | 07 |
+---+ +---+ +---+ +---+ +----------+
P]--+ 7]---+ 8]---+ 9]---+ /]--+
| 01| | 22 | | 14 | | 05 | | 17|
+---+ +----+ +----+ +----+ +---+
AL]-+ 4]---+ 5]---+ 6]---+ *]--+
| 26| | 46 | | 38 | | 30 | | 25|
+---+ +----+ +----+ +----+ +---+
RS]-+ 1]---+ 2]---+ 3]---+ -]--+
| 51| | 45 | | 62 | | 54 | | 33|
+---+ +----+ +----+ +----+ +---+
ON]-+ 0]---+ .]---+ SP]--+ +]--+
| 63| | 09 | | 53 | | 49 | | 41|
+---+ +----+ +----+ +----+ +---+
*/
Qt::Key_Backspace, 2,
Qt::Key_U, 21,
Qt::Key_Slash, 17,
Qt::Key_Z, 4,
Qt::Key_Asterisk, 25,
Qt::Key_Minus, 33,
Qt::Key_Plus, 41,
Qt::Key_Return, 7,
Qt::Key_Enter, 7,
Qt::Key_P, 1,
Qt::Key_T, 21,
Qt::Key_Y, 12,
Qt::Key_9, 5,
Qt::Key_6, 30,
Qt::Key_3, 54,
Qt::Key_Space, 49,
Qt::Key_O, 6,
Qt::Key_S, 29,
Qt::Key_X, 20,
Qt::Key_8, 14,
Qt::Key_5, 38,
Qt::Key_2, 62,
Qt::Key_Period, 53,
Qt::Key_N, 60,
Qt::Key_R, 61,
Qt::Key_W, 28,
Qt::Key_7, 22,
Qt::Key_4, 46,
Qt::Key_1, 45,
Qt::Key_0, 9,
Qt::Key_M, 3,
Qt::Key_Q, 61,
Qt::Key_V, 36,
Qt::Key_A, 42,
Qt::Key_F1, 20,
Qt::Key_B, 58,
Qt::Key_F2, 12,
Qt::Key_C, 18,
Qt::Key_F3, 4,
Qt::Key_D, 10,
Qt::Key_F4, 61,
Qt::Key_E, 34,
Qt::Key_F5, 29,
Qt::Key_F, 59,
Qt::Key_F6, 21,
Qt::Key_G, 50,
Qt::Key_Up, 37,
Qt::Key_Left, 57,
Qt::Key_Down, 44,
Qt::Key_Right, 15,
Qt::Key_H, 43,
Qt::Key_I, 35,
Qt::Key_J, 27,
Qt::Key_K, 19,
Qt::Key_L, 11,
Qt::Key_Tab, 26,
Qt::Key_CapsLock, 51,
Qt::Key_Control, 63,
Qt::Key_Escape, 52,
Qt::Key_Home, 28
// ADD MORE KEYS HERE
, 0, 0
};
struct mousemap
{
int key, keynum;
qreal left, right, top, bot;
} mouseMap[] = {
{Qt::Key_Backspace, 1, 0.842672, 0.982759, 0.335196, 0.383613},
{Qt::Key_U, 2, 0.842672, 0.982759, 0.428305, 0.482309},
{Qt::Key_Z, 3, 0.842672, 0.982759, 0.527002, 0.575419},
{Qt::Key_Asterisk, 4, 0.842672, 0.982759, 0.616387, 0.683426},
{Qt::Key_Minus, 5, 0.842672, 0.982759, 0.716946, 0.783985},
{Qt::Key_Plus, 6, 0.842672, 0.982759, 0.817505, 0.886406},
{Qt::Key_Enter, 7, 0.842672, 0.982759, 0.918063, 0.979516},
{Qt::Key_P, 9, 0.637931, 0.778017, 0.335196, 0.383613},
{Qt::Key_T, 10, 0.637931, 0.778017, 0.428305, 0.482309},
{Qt::Key_Y, 11, 0.637931, 0.778017, 0.527002, 0.575419},
{Qt::Key_9, 12, 0.637931, 0.778017, 0.616387, 0.683426},
{Qt::Key_6, 13, 0.637931, 0.778017, 0.716946, 0.783985},
{Qt::Key_3, 14, 0.637931, 0.778017, 0.817505, 0.886406},
{Qt::Key_Space, 15, 0.637931, 0.778017, 0.918063, 0.979516},
{Qt::Key_O, 17, 0.428879, 0.573276, 0.335196, 0.383613},
{Qt::Key_S, 18, 0.428879, 0.573276, 0.428305, 0.482309},
{Qt::Key_X, 19, 0.428879, 0.573276, 0.527002, 0.575419},
{Qt::Key_8, 20, 0.428879, 0.573276, 0.616387, 0.683426},
{Qt::Key_5, 21, 0.428879, 0.573276, 0.716946, 0.783985},
{Qt::Key_2, 22, 0.428879, 0.573276, 0.817505, 0.886406},
{Qt::Key_Period, 23, 0.428879, 0.573276, 0.918063, 0.979516},
{Qt::Key_N, 25, 0.217672, 0.364224, 0.335196, 0.383613},
{Qt::Key_R, 26, 0.217672, 0.364224, 0.428305, 0.482309},
{Qt::Key_W, 27, 0.217672, 0.364224, 0.527002, 0.575419},
{Qt::Key_7, 28, 0.217672, 0.364224, 0.616387, 0.683426},
{Qt::Key_4, 29, 0.217672, 0.364224, 0.716946, 0.783985},
{Qt::Key_1, 30, 0.217672, 0.364224, 0.817505, 0.886406},
{Qt::Key_0, 31, 0.217672, 0.364224, 0.918063, 0.979516},
{Qt::Key_M, 33, 0.00862069, 0.153017, 0.335196, 0.383613},
{Qt::Key_Q, 34, 0.00862069, 0.153017, 0.428305, 0.482309},
{Qt::Key_V, 35, 0.00862069, 0.153017, 0.527002, 0.575419},
{Qt::Key_F1, 41, 0.00862069, 0.118534, 0.00931099, 0.0521415},
{Qt::Key_F2, 42, 0.181034, 0.295259, 0.00931099, 0.0521415},
{Qt::Key_F3, 43, 0.357759, 0.467672, 0.00931099, 0.0521415},
{Qt::Key_F4, 44, 0.530172, 0.642241, 0.00931099, 0.0521415},
{Qt::Key_F5, 45, 0.706897, 0.814655, 0.00931099, 0.0521415},
{Qt::Key_F6, 46, 0.872845, 0.987069, 0.00931099, 0.0521415},
{Qt::Key_G, 47, 0.00862069, 0.118534, 0.108007, 0.163873},
{Qt::Key_Up, 49, 0.706897, 0.803879, 0.0893855, 0.156425},
{Qt::Key_Left, 50, 0.581897, 0.678879, 0.150838, 0.230912},
{Qt::Key_Down, 51, 0.706897, 0.803879, 0.219739, 0.292365},
{Qt::Key_Right, 52, 0.838362, 0.937500, 0.150838, 0.230912},
{Qt::Key_H, 53, 0.181034, 0.295259, 0.108007, 0.163873},
{Qt::Key_I, 54, 0.357759, 0.467672, 0.108007, 0.163873},
{Qt::Key_J, 55, 0.00862069, 0.118534, 0.221601, 0.271881},
{Qt::Key_K, 57, 0.181034, 0.295259, 0.221601, 0.271881},
{Qt::Key_L, 58, 0.357759, 0.467672, 0.221601, 0.271881},
{Qt::Key_Tab, 60, 0.00862069, 0.161638, 0.616387, 0.683426},
{Qt::Key_CapsLock, 61, 0.00862069, 0.161638, 0.716946, 0.783985},
{Qt::Key_Control, 62, 0.00862069, 0.161638, 0.817505, 0.886406},
{Qt::Key_Home, 63, 0.00862069, 0.118534, 0.918063, 0.979516},
{Qt::Key_F10, 64, 0.872845, 0.987069, 0.108007, 0.163873},
// ADD MORE KEYS HERE
{0, 0, 0.0, 0.0, 0.0, 0.0}
};
#endif
void MainWindow::keyPressEvent(QKeyEvent * ev)
{
int i;
if(ev->isAutoRepeat()) {
ev->accept();
return;
}
if(ev->key() == Qt::Key_F12) {
__pckeymatrix = (1ULL << 63) | (1ULL << 41) | (1ULL << 43);
__keyb_update();
ev->accept();
return;
}
for(i = 0; keyMap[i] != 0; i += 2) {
if(ev->key() == keyMap[i]) {
__pckeymatrix |= 1ULL << (keyMap[i + 1]);
__keyb_update();
ev->accept();
return;
}
}
QMainWindow::keyPressEvent(ev);
}
void MainWindow::keyReleaseEvent(QKeyEvent * ev)
{
int i;
if(ev->isAutoRepeat()) {
ev->accept();
return;
}
if(ev->key() == Qt::Key_F12) {
__pckeymatrix &= ~((1ULL << 63) | (1ULL << 41) | (1ULL << 43));
__keyb_update();
ev->accept();
return;
}
int mykey = ev->key();
for(i = 0; keyMap[i] != 0; i += 2) {
if(mykey == keyMap[i]) {
__pckeymatrix &= ~(1ULL << (keyMap[i + 1]));
__keyb_update();
ev->accept();
return;
}
}
QMainWindow::keyReleaseEvent(ev);
}
extern "C" void thread_processevents()
{
QCoreApplication::processEvents();
QThread::yieldCurrentThread();
}
void MainWindow::on_actionExit_triggered()
{
// CLEANUP SD CARD EMULATION
if(__sd_inserted) {
// STOP RPL ENGINE
screentmr->stop();
if(rpl.isRunning()) {
__cpu_idle = 0;
__pc_terminate = 1;
__pckeymatrix ^= (1ULL << 63);
__keyb_update();
while(rpl.isRunning()) {
__pc_terminate = 1;
}
}
on_actionEject_SD_Card_Image_triggered();
}
// SAVE CURRENT FILE
if(currentfile.isEmpty()) {
QMessageBox a(QMessageBox::Warning, "Work not saved",
"Do you want to save before exit?",
QMessageBox::Yes | QMessageBox::No, this);
if(a.exec() == QMessageBox::Yes)
on_actionSave_triggered();
}
else
on_actionSave_triggered();
// STOP RPL ENGINE
screentmr->stop();
if(rpl.isRunning()) {
__cpu_idle = 0;
__pc_terminate = 1;
__pckeymatrix ^= (1ULL << 63);
__keyb_update();
while(rpl.isRunning()) {
__pc_terminate = 1;
}
}
// STOP THE USB DRIVER THREAD
__usb_paused = 2;
while(usbdriver.isRunning() && (__usb_paused >= 0));
QSettings settings;
settings.setValue(QString("CurrentFile"), QVariant(currentfile));
}
int MainWindow::WriteWord(unsigned int word)
{
if(myMainWindow->fileptr->write((const char *)&word, 4) != 4)
return 0;
return 1;
}
unsigned int MainWindow::ReadWord()
{
unsigned int w;
myMainWindow->fileptr->read((char *)&w, 4);
return w;
}
extern "C" int write_data(unsigned int word, void *opaque)
{
(void)opaque;
return MainWindow::WriteWord(word);
}
extern "C" unsigned int read_data(void *opaque)
{
(void)opaque;
return MainWindow::ReadWord();
}
void MainWindow::on_actionSave_triggered()
{
QString fname;
QString path = getDocumentsLocation();
if(currentfile.isEmpty()) {
fname = QFileDialog::getSaveFileName(this,
"Select file name to Save as", path,
"newRPL Backups (*.nrpb *.* *)");
if(!fname.isEmpty()) {
currentfile = fname;
setWindowTitle(QString("newRPL - [") + fname + QString("]"));
}
else
return;
}
else
fname = currentfile;
SaveFile(fname);
}
void MainWindow::on_actionOpen_triggered()
{
QString path = getDocumentsLocation();
QString fname = QFileDialog::getOpenFileName(this, "Open File Name", path,
"newRPL Backups (*.nrpb *.* *)",nullptr,QFileDialog::DontUseNativeDialog);
if(!OpenFile(fname)) {
if(!rpl.isRunning()) {
// RESTART RPL ENGINE
__pc_terminate = 0;
__pckeymatrix = 0;
rpl.start();
screentmr->setSingleShot(true);
screentmr->start(20);
}
}
}
void MainWindow::on_actionSaveAs_triggered()
{
QString path = getDocumentsLocation();
QString fname =
QFileDialog::getSaveFileName(this, "Select file name to Save as",
path, "newRPL Backups (*.nrpb *.* *)");
if(!fname.isEmpty()) {
currentfile = fname;
setWindowTitle(QString("newRPL - [") + fname + QString("]"));
}
else
return;
SaveFile(fname);
}
void MainWindow::on_actionNew_triggered()
{
// STOP RPL ENGINE
screentmr->stop();
if(rpl.isRunning()) {
__cpu_idle = 0;
__pc_terminate = 1;
__pckeymatrix ^= (1ULL << 63);
__keyb_update();
while(rpl.isRunning()) {
usbupdate();
__pc_terminate = 1;
}
}
currentfile.clear();
setWindowTitle("newRPL - [Unnamed]");
__memmap_intact = 0;
// RESTART RPL ENGINE
__pc_terminate = 0;
__pckeymatrix = 0;
rpl.start();
screentmr->setSingleShot(true);
screentmr->start(20);
}
void MainWindow::on_actionInsert_SD_Card_Image_triggered()
{
QString path = getDocumentsLocation();
QString fname =
QFileDialog::getOpenFileName(this, "Open SD Card Image", path,
"*.img");
if(!fname.isEmpty()) {
sdcard.setFileName(fname);
if(!sdcard.open(QIODevice::ReadOnly)) {
QMessageBox a(QMessageBox::Warning, "Error while opening",
"Cannot open file " + fname, QMessageBox::Ok, this);
a.exec();
return;
}
__sd_inserted = 0;
__sd_RCA = 0;
__sd_nsectors = 0;
if(__sd_buffer != NULL)
free(__sd_buffer);
// FILE IS OPEN AND READY FOR READING
__sd_buffer = (unsigned char *)malloc(sdcard.size());
if(__sd_buffer == NULL) {
QMessageBox a(QMessageBox::Warning, "Error while opening",
"Not enough memory to read SD Image", QMessageBox::Ok,
this);
a.exec();
return;
}
if(sdcard.read((char *)__sd_buffer, sdcard.size()) != sdcard.size()) {
QMessageBox a(QMessageBox::Warning, "Error while opening",
"Can't read SD Image", QMessageBox::Ok, this);
a.exec();
return;
}
__sd_nsectors = sdcard.size() / 512;
__sd_inserted = 1;
sdcard.close();
// SIMULATE AN IRQ
__SD_irqeventinsert();
ui->actionEject_SD_Card_Image->setEnabled(true);
ui->actionInsert_SD_Card_Image->setEnabled(false);
return;
}
// NOTHING TO MOUNT, KEEP THE PREVIOUS STATUS
}
void MainWindow::on_actionEject_SD_Card_Image_triggered()
{
if(__sd_inserted) {
// SAVE THE CONTENTS BACK BEFORE EJECTING
if(!sdcard.open(QIODevice::WriteOnly)) {
QMessageBox a(QMessageBox::Warning,
"Error while saving SD Card contents",
"Cannot open file " + sdcard.fileName(), QMessageBox::Ok,
this);
a.exec();
}
else {
sdcard.write((char *)__sd_buffer, (qint64) __sd_nsectors * 512LL);
sdcard.close();
}
}
__sd_inserted = 0;
__sd_RCA = 0;
__sd_nsectors = 0;
if(__sd_buffer != NULL) {
free(__sd_buffer);
__sd_buffer = NULL;
}
// SIMULATE AN IRQ
__SD_irqeventinsert();
ui->actionEject_SD_Card_Image->setEnabled(false);
ui->actionInsert_SD_Card_Image->setEnabled(true);
}
void MainWindow::on_actionPower_ON_triggered()
{
// STOP RPL ENGINE
screentmr->stop();
if(rpl.isRunning()) {
__cpu_idle = 0;
__pc_terminate = 1;
__pckeymatrix ^= (1ULL << 63);
__keyb_update();
while(rpl.isRunning()) {
__pc_terminate = 1;
}
}
if(__pc_terminate == 2) {
// IT WAS POWERED OFF
__memmap_intact = 2;
}
else
__memmap_intact = 1;
// RESTART RPL ENGINE
__pc_terminate = 0;
__pckeymatrix = 0;
rpl.start();
screentmr->setSingleShot(true);
screentmr->start(20);
}
void MainWindow::on_actionSimulate_Alarm_triggered()
{
}
void MainWindow::on_actionTake_Screenshot_triggered()
{
QString path = getDocumentsLocation();
QString fname =
QFileDialog::getSaveFileName(this, "Save screenshot as...", path,
"*.png");
if(!fname.isEmpty()) {
QRectF r = ui->EmuScreen->sceneRect();
QImage image(r.width() * 4, r.height() * 4, QImage::Format_ARGB32);
QPainter painter(&image);
painter.setRenderHint(QPainter::Antialiasing);
ui->EmuScreen->scene()->render(&painter);
image.save(fname);
}
}
extern void Stack2Clipboard(int level, int dropit);
extern void Clipboard2Stack();
extern void Clipboard2StackCompile();
extern int SaveRPLObject(QString & filename, int level);
int LoadRPLObject(QString & filename);
void MainWindow::on_actionCopy_Level_1_triggered()
{
if(!rpl.isRunning())
return; // DO NOTHING
while(!__cpu_idle)
QThread::msleep(1); // BLOCK UNTIL RPL IS IDLE
__cpu_idle = 2; // BLOCK REQUEST
// NOW WORK ON THE RPL ENGINE WHILE THE THREAD IS BLOCKED
Stack2Clipboard(1, 0);
__cpu_idle = 0; // LET GO THE SIMULATOR
}
void MainWindow::on_actionPaste_to_Level_1_triggered()
{
if(!rpl.isRunning())
return; // DO NOTHING
while(!__cpu_idle)
QThread::msleep(1); // BLOCK UNTIL RPL IS IDLE
__cpu_idle = 2; // BLOCK REQUEST
// NOW WORK ON THE RPL ENGINE WHILE THE THREAD IS BLOCKED
Clipboard2Stack();
__cpu_idle = 0; // LET GO THE SIMULATOR
}
void MainWindow::on_actionCut_Level_1_triggered()
{
if(!rpl.isRunning())
return; // DO NOTHING
while(!__cpu_idle)
QThread::msleep(1); // BLOCK UNTIL RPL IS IDLE
__cpu_idle = 2; // BLOCK REQUEST
// NOW WORK ON THE RPL ENGINE WHILE THE THREAD IS BLOCKED
Stack2Clipboard(1, 1);
__cpu_idle = 0; // LET GO THE SIMULATOR
halScreenUpdated();
}
void MainWindow::on_actionSave_Level_1_As_triggered()
{
QString path = getDocumentsLocation();
QString fname = QFileDialog::getSaveFileName(this,
"Select file name to store object", path,
"newRPL objects (*.nrpl *.* *)");
if(!fname.isEmpty()) {
// GOT A NAME, APPEND EXTENSION IF NOT GIVEN
//if(!fname.endsWith(".nrpl")) fname+=".nrpl";
if(!SaveRPLObject(fname, 1)) {
QMessageBox a(QMessageBox::Warning, "Error while saving",
"Cannot write to file " + fname, QMessageBox::Ok, this);
a.exec();
return;
}
}
}
void MainWindow::on_actionOpen_file_to_Level_1_triggered()
{
QString path = getDocumentsLocation();
QString fname = QFileDialog::getOpenFileName(this, "Select File Name", path,
"newRPL objects (*.nrpl *.* *)",nullptr,QFileDialog::DontUseNativeDialog);
if(!fname.isEmpty()) {
if(!rpl.isRunning())
return; // DO NOTHING
while(!__cpu_idle)
QThread::msleep(1); // BLOCK UNTIL RPL IS IDLE
__cpu_idle = 2; // BLOCK REQUEST
// NOW WORK ON THE RPL ENGINE WHILE THE THREAD IS BLOCKED
if(!LoadRPLObject(fname)) {
QMessageBox a(QMessageBox::Warning, "Error while opening",
"Cannot read file. Corrupted data?\n" + fname,
QMessageBox::Ok, this);
a.exec();
return;
}
}
__cpu_idle = 0; // LET GO THE SIMULATOR
halScreenUpdated();
}
void MainWindow::on_actionConnect_to_calc_triggered()
{
ui->USBDockSelect->setVisible(true);
halScreenUpdated();
}
void MainWindow::usbupdate()
{
if(nousbupdate)
return;
if(!usb_isconnected()) {
if(!currentusb.isEmpty()) {
// ATTEMPT TO RECONNECT WITH THE DEVICE
if(ui->usbconnectButton->text().endsWith("[ Click to reconnect ]")) {
halScreenUpdated();
// ATTEMPT TO RECONNECT
__usb_paused = 1;
while(__usb_paused >= 0);
usb_shutdown();
if(safe_stringcpy(__usb_devicepath, 8192,
currentusbpath.toUtf8().constData()))
__usb_devicepath[0] = 0;
usb_init(0);
if(!usb_isconnected()) {
return;
}
else {
ui->usbconnectButton->setText(currentusb);
__usb_paused = 0; // AND RESUME THE DRIVER
return;
}
}
else
ui->usbconnectButton->setText(currentusb +
QString(" [ Click to reconnect ]"));
}
}
}
void MainWindow::on_usbconnectButton_clicked()
{
nousbupdate = true;
// PAUSE THE USB DRIVER
__usb_paused = 1;
while(__usb_paused >= 0);
if(ui->usbconnectButton->text().endsWith("[ Click to reconnect ]")) {
// ATTEMPT TO RECONNECT
usb_shutdown();
if(safe_stringcpy(__usb_devicepath, 8192,
currentusbpath.toUtf8().constData()))
__usb_devicepath[0] = 0;
usb_init(0);
if(!usb_isconnected()) {
currentusb.clear();
currentusbpath.clear();
}
else {
ui->usbconnectButton->setText(currentusb);
__usb_paused = 0; // AND RESUME THE DRIVER
halScreenUpdated();
nousbupdate = false;
return;
}
}
if(!usb_isconnected()) {
currentusb.clear();
currentusbpath.clear();
}
else {
// DISCONNECT
ui->usbconnectButton->setText(" [ Select a USB Device ] ");
usb_shutdown();
currentusb.clear();
currentusbpath.clear();
return;
}
int oldflag;
if(rpl.isRunning())
while(!__cpu_idle)
QThread::msleep(1); // BLOCK UNTIL RPL IS IDLE
__cpu_idle = 2; // PAUSE RPL ENGINE UNTIL WE ARE DONE CONNECTING
oldflag = change_autorcv(1);
__cpu_idle = 0;
if(rpl.isRunning())
while(!__cpu_idle)
QThread::msleep(1); // BLOCK UNTIL RPL IS IDLE
USBSelector seldlg;
if(seldlg.exec() == QDialog::Accepted) {
if(!seldlg.getSelectedDevicePath().isEmpty()) {
usb_shutdown();
if(safe_stringcpy(__usb_devicepath, 8192,
seldlg.getSelectedDevicePath().toUtf8().constData()))
__usb_devicepath[0] = 0;
usb_init(0);
if(usb_isconnected()) {
currentusbpath = seldlg.getSelectedDevicePath();
currentusbpath.detach();
currentusb = seldlg.getSelectedDeviceName();
currentusb.detach();
}
}
}
if(currentusb.isEmpty())
ui->usbconnectButton->setText(" [ Select a USB Device ] ");
else {
ui->usbconnectButton->setText(currentusb);
nousbupdate = false;
__usb_paused = 0;
}
if(rpl.isRunning()) {
while(!__cpu_idle)
QThread::msleep(1); // BLOCK UNTIL RPL IS IDLE
__cpu_idle = 2; // PAUSE RPL ENGINE UNTIL WE ARE DONE CONNECTING
}
change_autorcv(oldflag);
__cpu_idle = 0;
halScreenUpdated();
}
void MainWindow::on_actionUSB_Remote_ARCHIVE_to_file_triggered()
{
if(!usb_isconnected()) {
QMessageBox a(QMessageBox::Warning, "USB not connected",
"Need to establish a connection to a device first.",
QMessageBox::Ok, this);
a.exec();
return;
}
QString path = getDocumentsLocation();
QString fname =
QFileDialog::getSaveFileName(this, "Select file name to Save as",
path, "newRPL Backups (*.nrpb *.* *)");
if(!fname.isEmpty()) {
// GOT A NAME, APPEND EXTENSION IF NOT GIVEN
//if(!fname.endsWith(".nrpb")) fname+=".nrpb";
QFile file(fname);
if(!file.open(QIODevice::WriteOnly)) {
QMessageBox a(QMessageBox::Warning, "Error while saving",
"Cannot write to file " + fname, QMessageBox::Ok, this);
a.exec();
return;
}
// FILE IS OPEN AND READY FOR WRITING
if(!usbremotearchivestart()) {
QMessageBox a(QMessageBox::Warning, "Error while saving",
"Failed to send remote commands to " + currentusb,
QMessageBox::Ok, this);
a.exec();
file.close();
return;
}
#define USBARCHIVE_MAX_SIZE_WORDS 1024*1024
uint32_t *buffer = new uint32_t[USBARCHIVE_MAX_SIZE_WORDS]; // 4 MB EXPECTED MAXIMUM SIZE OF AN ARCHIVE
if(!buffer) {
file.close(); // RETURN - THIS WILL NEVER HAPPEN FOR JUST 4 MB
return;
}
int oldflag;
if(rpl.isRunning())
while(!__cpu_idle)
QThread::msleep(1); // BLOCK UNTIL RPL IS IDLE
__cpu_idle = 2; // PAUSE RPL ENGINE UNTIL WE ARE DONE CONNECTING
oldflag = change_autorcv(1); // STOP THE SIMULATOR FROM RECEIVING THR TRANSMISSION
__cpu_idle = 0;
int nwords = usbreceivearchive(buffer, USBARCHIVE_MAX_SIZE_WORDS);
if(rpl.isRunning())
while(!__cpu_idle)
QThread::msleep(1); // BLOCK UNTIL RPL IS IDLE
__cpu_idle = 2; // PAUSE RPL ENGINE UNTIL WE ARE DONE CONNECTING
change_autorcv(oldflag); // RESTORE THE SIMULATOR FLAG
__cpu_idle = 0;
if(nwords == -1) {
file.close();
QMessageBox a(QMessageBox::Warning, "Error while saving",
"USB communication error", QMessageBox::Ok, this);
a.exec();
delete[]buffer;
return;
}
file.write((const char *)buffer, nwords * sizeof(uint32_t));
file.close();
delete[]buffer;
}
}
void MainWindow::on_actionRemote_USBRESTORE_from_file_triggered()
{
if(!usb_isconnected()) {
QMessageBox a(QMessageBox::Warning, "USB not connected",
"Need to establish a connection to a device first.",
QMessageBox::Ok, this);
a.exec();
return;
}
QString path = getDocumentsLocation();
QString fname = QFileDialog::getOpenFileName(this, "Open File Name", path,
"newRPL Backups (*.nrpb *.* *)",nullptr,QFileDialog::DontUseNativeDialog);
if(!fname.isEmpty()) {
QFile file(fname);
if(!file.open(QIODevice::ReadOnly)) {
QMessageBox a(QMessageBox::Warning, "Error while opening",
"Cannot open file " + fname, QMessageBox::Ok, this);
a.exec();
return;
}
// FILE IS OPEN AND READY FOR READING
QByteArray filedata;
filedata = file.readAll();
file.close();
QMessageBox warn(QMessageBox::Warning, "Remote USBRESTORE",
"USBRESTORE will completely replace *ALL DATA* on the connected device with no way to undo the operation. OK to proceed?",
QMessageBox::Yes | QMessageBox::No, this);
if(warn.exec() == QMessageBox::Yes) {
if(!usbremoterestorestart()) {
QMessageBox a(QMessageBox::Warning, "Error while restoring",
"Failed to send remote commands to " + currentusb,
QMessageBox::Ok, this);
a.exec();
return;
}
int oldflag;
if(rpl.isRunning())
while(!__cpu_idle)
QThread::msleep(1); // BLOCK UNTIL RPL IS IDLE
__cpu_idle = 2; // PAUSE RPL ENGINE UNTIL WE ARE DONE CONNECTING
oldflag = change_autorcv(1); // STOP THE SIMULATOR FROM RECEIVING THR TRANSMISSION
__cpu_idle = 0;
int nwords =
usbsendarchive((uint32_t *) filedata.constData(),
(filedata.size() + 3) >> 2);
if(rpl.isRunning())
while(!__cpu_idle)
QThread::msleep(1); // BLOCK UNTIL RPL IS IDLE
__cpu_idle = 2; // PAUSE RPL ENGINE UNTIL WE ARE DONE CONNECTING
change_autorcv(oldflag); // RESTORE THE SIMULATOR FLAG
__cpu_idle = 0;
halScreenUpdated();
if(nwords == -1) {
file.close();
QMessageBox a(QMessageBox::Warning, "Error while restoring",
"USB communication error", QMessageBox::Ok, this);
a.exec();
return;
}
}
}
}
int MainWindow::OpenFile(QString fname)
{
if(!fname.isEmpty()) {
QFile file(fname);
if(!file.open(QIODevice::ReadOnly)) {
QMessageBox a(QMessageBox::Warning, "Error while opening",
"Cannot open file " + fname, QMessageBox::Ok, this);
a.exec();
return 0;
}
// FILE IS OPEN AND READY FOR READING
// STOP RPL ENGINE
screentmr->stop();
if(rpl.isRunning()) {
__cpu_idle = 0;
__pc_terminate = 1;
__pckeymatrix ^= (1ULL << 63);
__keyb_update();
while(rpl.isRunning()) {
usbupdate();
__pc_terminate = 1;
}
}
// PERFORM RESTORE PROCEDURE
myMainWindow = this;
fileptr = &file;
int result = rplRestoreBackup(1, &read_data, (void *)fileptr);
file.close();
switch (result) {
case -1:
{
QMessageBox a(QMessageBox::Warning, "Error while opening",
"File " + fname +
" is corrupt or incompatible.\nCan't recover and memory was destroyed.",
QMessageBox::Ok, this);
a.exec();
currentfile.clear();
setWindowTitle("newRPL - [Unnamed]");
__memmap_intact = 0;
return 0;
}
case 0:
{
QMessageBox a(QMessageBox::Warning, "Error while opening",
"File " + fname +
" is corrupt or incompatible.\nCan't recover but memory was left intact.",
QMessageBox::Ok, this);
a.exec();
__memmap_intact = 1;
break;
}
case 1:
{
currentfile = fname;
QString nameonly =
currentfile.right(currentfile.length() - 1 -
takemax(currentfile.lastIndexOf("/"),
currentfile.lastIndexOf("\\")));
setWindowTitle("newRPL - [" + nameonly + "]");
__memmap_intact = 2;
break;
}
case 2:
{
QMessageBox a(QMessageBox::Warning, "Recovery success",
"File " + fname +
" was recovered with minor errors.\nRun MEMFIX to correct them.",
QMessageBox::Ok, this);
a.exec();
currentfile = fname;
QString nameonly =
currentfile.right(currentfile.length() - 1 -
takemax(currentfile.lastIndexOf("/"),
currentfile.lastIndexOf("\\")));
setWindowTitle("newRPL - [" + nameonly + "]");
__memmap_intact = 1;
break;
}
}
// RESTART RPL ENGINE
__pc_terminate = 0;
__pckeymatrix = 0;
rpl.start();
screentmr->setSingleShot(true);
screentmr->start(20);
return 1;
}
return 0;
}
void MainWindow::SaveFile(QString fname)
{
if(!fname.isEmpty()) {
// GOT A NAME, APPEND EXTENSION IF NOT GIVEN
//if(!fname.endsWith(".nrpb")) fname+=".nrpb";
QFile file(fname);
if(!file.open(QIODevice::WriteOnly)) {
QMessageBox a(QMessageBox::Warning, "Error while saving",
"Cannot write to file " + fname, QMessageBox::Ok, this);
a.exec();
return;
}
// FILE IS OPEN AND READY FOR WRITING
// STOP RPL ENGINE
screentmr->stop();
if(rpl.isRunning()) {
setExceptionPoweroff();
__cpu_idle = 0;
__pc_terminate = 1;
__pckeymatrix ^= (1ULL << 63);
__keyb_update();
while(rpl.isRunning()) {
usbupdate();
__pc_terminate = 1;
}
}
// PERFORM BACKUP
myMainWindow = this;
fileptr = &file;
rplBackup(&write_data, (void *)fileptr);
file.close();
__memmap_intact = 2;
// RESTART RPL ENGINE
__pc_terminate = 0;
__pckeymatrix = 0;
rpl.start();
screentmr->setSingleShot(true);
screentmr->start(20);
}
}
void MainWindow::on_actionShow_LCD_grid_toggled(bool arg1)
{
ui->EmuScreen->BkgndPen.setStyle((arg1) ? Qt::SolidLine : Qt::NoPen);
halScreenUpdated();
}
bool MainWindow::eventFilter(QObject * obj, QEvent * ev)
{
if(obj == ui->KeybImage) {
if((ev->type() == QEvent::TouchBegin)
|| (ev->type() == QEvent::TouchUpdate)
|| (ev->type() == QEvent::TouchEnd)
|| (ev->type() == QEvent::TouchCancel)) {
// ACCEPT THE TOUCH
QTouchEvent *me = static_cast < QTouchEvent * >(ev);
int npoints, k, pressed;
npoints = me->touchPoints().count();
for(k = 0; k < npoints; ++k) {
QPointF coordinates = me->touchPoints().at(k).startPos();
qreal relx, rely;
if(me->touchPoints().at(k).state() & Qt::TouchPointPressed)
pressed = 1;
else if(me->touchPoints().at(k).
state() & Qt::TouchPointReleased)
pressed = 0;
else
continue; // NOT INTERESTED IN DRAGGING
relx = coordinates.x() / (qreal) ui->KeybImage->width();
rely = coordinates.y() / (qreal) ui->KeybImage->height();
//qDebug() << "PRESS x=" << relx << ", y=" << rely ;
struct mousemap *ptr = mouseMap;
while(ptr->key != 0) {
if((relx >= ptr->left) && (relx <= ptr->right)
&& (rely >= ptr->top) && (rely <= ptr->bot)) {
// CLICKED INSIDE A KEY
if(ptr->keynum == 64) {
// PRESSED THE SIMULATED MAIN MENU KEY
//menuBar()->activateWindow();
}
else {
//TODO: HIGHLIGHT IT FOR VISUAL EFFECT
if(pressed) {
__pckeymatrix |= 1ULL << (ptr->keynum);
//qDebug() << "PRESS x=" << relx << ", y=" << rely << ", key=" << ptr->keynum;
if(ptr->keynum == 63) {
// CHECK IF ON WAS PRESSED AND THE CALCULATOR WAS OFF
if(!rpl.isRunning())
on_actionPower_ON_triggered();
}
}
else {
__pckeymatrix &= ~(1ULL << (ptr->keynum));
//qDebug() << "RELEA x=" << relx << ", y=" << rely << ", key=" << ptr->keynum;
}
__keyb_update();
}
}
ptr++;
}
}
return true;
}
if(ev->type() == QEvent::MouseButtonPress) {
QMouseEvent *me = static_cast < QMouseEvent * >(ev);
//QPoint coordinates = me->pos();
qreal relx, rely;
/*if(coordinates.y()<30) {
// TOUCHED THE TOP BAR, SHOW THE MENU
contextMenuEvent(NULL);
return true;
} */
relx = (qreal) me->x() / (qreal) ui->KeybImage->width();
rely = (qreal) me->y() / (qreal) ui->KeybImage->height();
//qDebug() << "PRESS x=" << relx << ", y=" << rely ;
struct mousemap *ptr = mouseMap;
while(ptr->key != 0) {
if((relx >= ptr->left) && (relx <= ptr->right)
&& (rely >= ptr->top) && (rely <= ptr->bot)) {
// CLICKED INSIDE A KEY
if(ptr->keynum == 64) {
// PRESSED THE SIMULATED MAIN MENU KEY
//menuBar()->activateWindow();
}
else {
//TODO: HIGHLIGHT IT FOR VISUAL EFFECT
__pckeymatrix |= 1ULL << (ptr->keynum);
__keyb_update();
if(ptr->keynum == 63) {
// CHECK IF ON WAS PRESSED AND THE CALCULATOR WAS OFF
if(!rpl.isRunning())
on_actionPower_ON_triggered();
}
}
}
ptr++;
}
return true;
}
if(ev->type() == QEvent::MouseButtonRelease) {
QMouseEvent *me = static_cast < QMouseEvent * >(ev);
//QPoint coordinates = me->pos();
qreal relx, rely;
relx = (qreal) me->x() / (qreal) ui->KeybImage->width();
rely = (qreal) me->y() / (qreal) ui->KeybImage->height();
//qDebug() << "RELEASE x=" << relx << ", y=" << rely ;
struct mousemap *ptr = mouseMap;
while(ptr->key != 0) {
if((relx >= ptr->left) && (relx <= ptr->right)
&& (rely >= ptr->top) && (rely <= ptr->bot)) {
// CLICKED INSIDE A KEY
//TODO: HIGHLIGHT IT FOR VISUAL EFFECT
__pckeymatrix &= ~(1ULL << (ptr->keynum));
__keyb_update();
}
ptr++;
}
return true;
}
return false;
}
if(obj == ui->EmuScreen) {
if((ev->type() == QEvent::TouchBegin)
|| (ev->type() == QEvent::TouchUpdate)
|| (ev->type() == QEvent::TouchEnd)
|| (ev->type() == QEvent::TouchCancel)) {
// ACCEPT THE TOUCH
QTouchEvent *me = static_cast < QTouchEvent * >(ev);
int npoints, k, pressed;
npoints = me->touchPoints().count();
for(k = 0; k < npoints; ++k) {
QPointF coordinates = me->touchPoints().at(k).startPos();
if(me->touchPoints().at(k).state() & Qt::TouchPointPressed)
pressed = 1;
else if(me->touchPoints().at(k).
state() & Qt::TouchPointReleased)
pressed = 0;
else
continue; // NOT INTERESTED IN DRAGGING
if(pressed && (coordinates.y() < 30)) {
contextMenuEvent(NULL);
return true;
}
}
}
if(ev->type() == QEvent::MouseButtonPress) {
QMouseEvent *me = static_cast < QMouseEvent * >(ev);
QPoint coordinates = me->pos();
//qreal relx,rely;
if(coordinates.y() < 30) {
// TOUCHED THE TOP BAR, SHOW THE MENU
contextMenuEvent(NULL);
return true;
}
}
}
return false;
}
void MainWindow::contextMenuEvent(QContextMenuEvent * event)
{
QMenu popup;
popup.addMenu(ui->menuFile);
popup.addMenu(ui->menuStack);
popup.addMenu(ui->menuHardware);
popup.setStyleSheet("font-size: 16px;");
QString menufilestyle = ui->menuFile->styleSheet();
ui->menuFile->setStyleSheet("font-size: 16px;");
QString menustkstyle = ui->menuStack->styleSheet();
ui->menuStack->setStyleSheet("font-size: 16px;");
QString menuhardstyle = ui->menuHardware->styleSheet();
ui->menuHardware->setStyleSheet("font-size: 16px;");
popup.exec(ui->centralWidget->mapToGlobal(ui->EmuScreen->pos()));
ui->menuFile->setStyleSheet(menufilestyle);
ui->menuStack->setStyleSheet(menustkstyle);
ui->menuHardware->setStyleSheet(menuhardstyle);
if(event)
event->accept();
}
void MainWindow::on_actionPaste_and_compile_triggered()
{
if(!rpl.isRunning())
return; // DO NOTHING
while(!__cpu_idle)
QThread::msleep(1); // BLOCK UNTIL RPL IS IDLE
__cpu_idle = 2; // BLOCK REQUEST
// NOW WORK ON THE RPL ENGINE WHILE THE THREAD IS BLOCKED
Clipboard2StackCompile();
__cpu_idle = 0; // LET GO THE SIMULATOR
halScreenUpdated();
}
// ****************************************** USB DRIVER ON A SEPARATE THREAD
USBThread::USBThread(QObject * parent)
: QThread(parent)
{
}
USBThread::~USBThread()
{
}
// RUNNING THREAD FOR USB COMMS
// __usb_paused=0 MEANS COMMS ARE ACTIVE
// __usb_paused==1 MEANS COMMS ARE TEMPORARILY HALTED
// __usb_paused==2 MEANS EXIT THE THREAD
void USBThread::run()
{
QElapsedTimer timer;
timer.start();
__pcsystmr = timer.elapsed() * 100; // INITIALIZE TICK COUNTER
__usb_timeout = 5000; // DEFAULT
while((__usb_paused != 2) && (__usb_paused != -2)) {
if(__usb_curdevice && !(__usb_drvstatus & USB_STATUS_CONNECTED))
usb_irqdisconnect();
if(__usb_paused == 0)
usb_irqservice();
else if(__usb_paused > 0)
__usb_paused = -__usb_paused; // SIGNAL THAT THE PAUSE WAS ACKNOWLEDGED BY MAKING IT NEGATIVE
__pcsystmr = timer.elapsed() * 100;
if(__tmr_singleshot_running) {
if(__tmr1_msec)
__tmr1_msec--;
if(!__tmr1_msec) {
__tmr_singleshot_running = 0;
__tmr_newirqeventsvc();
}
}
if(!(__usb_drvstatus & USB_STATUS_NOWAIT))
msleep(1);
}
if(__usb_paused == 2) {
// EXIT WAS REQUESTED, RELEASE ALL HANDLES
usb_irqdisconnect();
__usb_paused = -__usb_paused; // MAKE SURE WE END THE THREAD WITH A NEGATIVE NUMBER
}
}
QString MainWindow::getDocumentsLocation()
{
QString path;
if(currentfile.isEmpty()) {
path = QStandardPaths::locate(QStandardPaths::DocumentsLocation,
"newRPL", QStandardPaths::LocateDirectory);
if(path.isEmpty())
path = QStandardPaths::writableLocation(QStandardPaths::
DocumentsLocation);
}
else {
QFileInfo info(currentfile);
path = info.path();
}
return path;
}
extern "C"
{
void usb_mutex_lock_implementation(void);
void usb_mutex_unlock_implementation(void);
}
static QMutex usb_mutex;
void usb_mutex_lock_implementation(void)
{
usb_mutex.lock();
}
void usb_mutex_unlock_implementation(void)
{
usb_mutex.unlock();
}
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