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#define MAINDEBUG 0
#include <FL/Fl.H>
#include <FL/Fl_Window.H>
#include <FL/Fl_Box.H>
#include "ui_hd24connect.h"
#include <hd24fs.h>
#include <hd24utils.h>
#include <FL/x.H> //dave
#ifdef LINUX
#include <X11/xpm.h> //dave
#endif
#include "images/hd24connect_64x64.xpm" //dave
#include <iostream>
#include <string>
#include <stdlib.h>
#include <hd24utils.h>
#ifndef MAX_PATH
#define MAX_PATH 127
#endif
#ifdef WINDOWS
#include <windows.h>
#define IDI_ICON1 101
#endif
string device;
string headerfilename;
int force;
int maintmode;
int wavefixmode;
int testmode;
#ifdef LINUX
#define TIMEOUT 0.03
#endif
#define ARGDEV "--dev="
#define ARGHEADER "--header="
#define ARGFORCE "--force"
#define ARGMAINT "--maint"
#define ARGWAVEFIX "--wavefix"
#define ARGTEST "--test"
#include "selftest.cpp"
int parsecommandline(int argc, char ** argv)
{
int invalid=0;
force=0;
maintmode=0;
wavefixmode=0;
testmode=0;
device="";
for (int c=1;c<argc;c++) {
string arg=argv[c];
if (arg.substr(0,1)=="-") {
if (arg.substr(1,1)!="-") {
continue; // skip single-dash arguments
// for instance to skip -display
// and to skip macOS process number
}
}
if (arg.substr(0,strlen(ARGTEST))==ARGTEST) {
testmode=1;
continue;
}
if (arg.substr(0,strlen(ARGDEV))==ARGDEV) {
device=arg.substr(strlen(ARGDEV));
continue;
}
if (arg.substr(0,strlen(ARGMAINT))==ARGMAINT) {
maintmode=1;
#if (MAINDEBUG==1)
cout << "Running in maintenance mode." << endl;
#endif
continue;
}
if (arg.substr(0,strlen(ARGWAVEFIX))==ARGWAVEFIX) {
wavefixmode=1;
#if (MAINDEBUG==1)
cout << "Running in wavefix mode." << endl;
#endif
continue;
}
if (arg.substr(0,strlen(ARGHEADER))==ARGHEADER) {
headerfilename=arg.substr(strlen(ARGHEADER));
continue;
}
if (arg.substr(0,strlen(ARGFORCE))==(ARGFORCE)) {
force=1;
continue;
}
#ifdef DARWIN
// on MacOS ignore all crap on the command line
// (system adds process ID info etc)
continue;
#endif
#if (MAINDEBUG==1)
cout << "Invalid argument: " << arg << endl;
#endif
invalid=1;
}
return invalid;
}
int isabsolutepath(const char* pathname) {
if (pathname[0]=='/') return (1==1);
if (pathname[0]=='\\') return (1==1);
if (pathname[1]==':') return (1==1);
return (1==0);
}
void getprogdir(const char* currpath,const char* callpath,char* result) {
if (isabsolutepath(callpath)) {
strncpy(result,callpath,strlen(callpath)+1);
return;
}
strcat(result,currpath);
#ifdef WINDOWS
strcat(result,"\\\0");
#else
strcat(result,"/\0");
#endif
if (strcmp(callpath,"./")!=0) {
strcat(result,callpath);
}
return;
}
int main(int argc, char **argv) {
int result=0;
/* First, the program will figure out its own
absolute program path. This will be used
for loading libraries after program startup,
rather than having hard dependencies *during*. */
char* currentworkingdir=(char*)malloc(2048);
#if (MAINDEBUG==1)
cout << "Welcome to HD24connect" << endl;
#endif
string currname=argv[0];
string rawname="";
#if (MAINDEBUG==1)
cout << "Currname=" << currname << endl;
#endif
do {
string lastchar="";
lastchar+=currname.substr(currname.length()-1,1);
if ((lastchar=="/") || (lastchar=="\\")) {
break;
}
rawname=currname.substr(currname.length()-1,1)+rawname;
currname=currname.substr(0,currname.length()-1);
if (currname=="") break;
} while (1==1);
// currname=path given on commandline
char cwd[2048];
char* mycwd=getcwd(&cwd[0],2048);
mycwd=&cwd[0];
#if (MAINDEBUG==1)
cout << "cwd=" << cwd << endl;
#endif
char absprogpath[2048];
char fullname[2048];
absprogpath[0]='\0';
getprogdir(&cwd[0],currname.c_str(),&absprogpath[0]);
#if (MAINDEBUG==1)
cout << "absprogpath=" << absprogpath << endl;
#endif
free(currentworkingdir);
/*
* Either absprogpath now contains absolute program path
* (if called from current path or by specifying path)
* or we need to traverse the OS PATH.
*/
strncpy(fullname,absprogpath,2048);
strcat(fullname,rawname.c_str());
#if (MAINDEBUG==1)
cout << "fullname=" << fullname << endl;
#endif
if (!(hd24utils::fileExists(fullname))) {
/* File according to full name does not exist. */
#if (MAINDEBUG==1)
cout << "rawname=" << rawname << ", path=" << getenv("PATH") << endl;
#endif
hd24utils::findfile(&rawname[0],getenv("PATH"),&absprogpath[0]);
if (strlen(absprogpath)==0) {
cout << "Cannot find executable. "<< endl;
return 0;
}
}
// The final word on which path contains the exe is absprogpath.
#if (MAINDEBUG==1)
cout << "The final word on where the exe is, is: " << absprogpath << endl;
cout << "main debugmode enabled." << endl;
cout << " Sizeof float=" << sizeof(float) << endl;
#endif
char initial_path[MAX_PATH];
mycwd=getcwd(initial_path,MAX_PATH);
// This prints the path+filename to ourselves:
// If we run from current dir, argv is just filename;
// otherwise missing part of path+filename.
// So initial path+filename always renders the complete path.
int invalid=parsecommandline(argc,argv);
if (invalid!=0) {
return invalid;
}
//force=0;
hd24fs* sysob=NULL;
if (testmode==1)
{
#ifdef LINUX
fl_open_display();
#endif
HD24UserInterface ui(argc,argv,absprogpath);
// testmode active- run self test.
result=runselftest(&ui);
cout << "Selftest run complete - Thank you for using HD24connect." << endl;
ui.finish();
return result;
}
string* imagedir=hd24utils::getlastdir("driveimagedir");
#if (MAINDEBUG==1)
cout << "imagedir="<<*imagedir<< endl;
#endif
if (device=="") {
sysob=new hd24fs(imagedir->c_str(),hd24fs::MODE_RDWR);
} else {
cout << "Trying to use " << device << " as hd24 device." << endl;
sysob=new hd24fs(imagedir->c_str(),hd24fs::MODE_RDWR,&device,(force==1));
if (!(sysob->isOpen()))
{
if (!force) {
cout << "Cannot open hd24 device" << endl;
delete sysob;
return 1;
}
}
}
delete imagedir;
if (headerfilename!="")
{
if (!(sysob->useheaderfile(headerfilename)))
{
cout << "Couldn't load header file "<<headerfilename << endl;
};
}
#if (MAINDEBUG==1)
cout << "mdb(2)" << endl;
#endif
// Fl::scheme("gtk+");
#ifdef LINUX
fl_open_display();
#endif
HD24UserInterface ui(argc,argv,absprogpath);
#if (MAINDEBUG==1)
cout << "mdb(3b)" << endl;
#endif
sysob->setmaintenancemode(maintmode);
sysob->setwavefixmode(wavefixmode);
#if (MAINDEBUG==1)
cout << "mdb(3c)" << endl;
#endif
Fl_Window *window = ui.make_window(sysob);
#if (MAINDEBUG==1)
cout << "mdb(3d)" << endl;
#endif
#ifdef WINDOWS
window->icon((char *)LoadIcon(fl_display,MAKEINTRESOURCE(IDI_ICON1)));
#endif
window->end();
window->show(); //argc, argv);
#ifdef LINUX //dave
Pixmap p, mask;
XpmCreatePixmapFromData(fl_display,DefaultRootWindow(fl_display),(char **)hd24connect_xpm, &p, &mask, NULL);
/*
FLTK support for transparent background is broken. So instead of this:
window->icon((char *)p);
We will write the following: */
XWMHints *hints=NULL;
hints = XGetWMHints(fl_display, fl_xid(window));
hints->icon_pixmap = p;
hints->icon_mask = mask;
hints->flags = IconPixmapHint | IconMaskHint;
XSetWMHints(fl_display, fl_xid(window), hints);
/* -- end of transparency fix */
#endif
#if (MAINDEBUG==1)
cout << "mdb(3)" << endl;
#endif
#if (MAINDEBUG==1)
cout << "mdb(4)" << endl;
#endif
if (!(sysob->isOpen()))
{
window->deactivate();
fl_message("No valid HD24 drive is connected to the system.\nUse the File menu to resolve this problem.");
window->activate();
}
// run normally.
result= Fl::run();
ui.control->ready(0);
#ifndef WINDOWS
cout << "Thank you for using HD24connect." << endl;
#endif
// ui.finish();
#ifdef hints
if (hints!=NULL)
{
delete hints;
}
#endif
return result;
}
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