tab.cxx

一个TAB页

//assemble each group have widgest
#include "tab.h"

#define Tab_N 3
#define Widget_N 100
#define OVER_COLOR FL_GREEN
#define UNOVER_COLOR FL_BLACK
#define Round 1
#define Check 2
#define Input 3
#define Button 4
#define Value 5
#define Int_Input 6
#define Group 7
#define SelectBrowser 8
#define Re_Group 2//sum of Relation-Group
#define Max_Re_G 4//Max numbers in all Relation-Groups
//#define charmax 100
#define Input_num 6
int relation_widgest[Re_Group+1][Max_Re_G+1];
int Group_seq[Tab_N+1];
int widget_fact;
int Input_Group[Input_num+1]={Input_num,8,11,12,17,30,32};
char* Input_Save[Input_num+1];

Fl_Window* mainw;
image_window* welcome;
Fl_Window* help;
	
class Widget_Input{
	int i;
	int type;
	//char oldstring[charmax];
	int oldvalue;
	Fl_Widget* widget;
public:
	int geti(){return i;}
	int gettype(){return type;}
	void setoldvalue(int v){oldvalue=v;}
	int getoldvalue(){return oldvalue;}
	//void setoldstring(char *st){
		//oldstring=(char *)malloc(sizeof(char)*(strlen(st)+1));
		//strcpy(oldstring,st);
	//	oldstring=st;
	//}
	//char *getoldstring(){return oldstring;}
	Fl_Widget* getwidget(){return widget;}
	Widget_Input* input_key(Widget_Input *,Fl_Round_Button*,char);
	Widget_Input* input_key(Widget_Input *,Fl_Check_Button*,char);
	Widget_Input* input_key(Widget_Input *,Fl_Input*,char);
	Widget_Input* input_key(Widget_Input *,Fl_Button*,char);
	Widget_Input* input_key(Widget_Input *,Fl_Select_Browser*,char);
	Widget_Input(Fl_Widget* o,int i1,int type1){
		widget=o;
		i=i1;
		type=type1;
		
	}
};
Widget_Input *wi[Widget_N+1];
//Fl_Round_Button
Widget_Input* input_key(Widget_Input *ppw,Fl_Round_Button* wwid,char c)
{
Widget_Input *old=ppw;
//wwid->labelcolor(OVER_COLOR);
printf("==Fl_Round_Button==\n");
  switch(c){
	case 'P':
		for(int i=2;i<Tab_N+1;i++){
			if(ppw->geti()<Group_seq[i]){
				(wi[Group_seq[i]]->getwidget())->show();
				(wi[Group_seq[i-1]]->getwidget())->hide();
				(wi[Group_seq[i]+1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[i]+1]->getwidget())->redraw();
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				ppw=wi[Group_seq[i]+1];
				break;
			}
			else if(ppw->geti()>Group_seq[Tab_N]){
				(wi[Group_seq[1]]->getwidget())->show();
				(wi[Group_seq[Tab_N]]->getwidget())->hide();
				(wi[Group_seq[1]+1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[1]+1]->getwidget())->redraw();
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				ppw=wi[Group_seq[1]+1];
				break;
				
			}
		}
		break;
	case 'U':{
		if(int i=search_pos(Group_seq,ppw->geti()-1,Tab_N+1)){
			if(i==Tab_N){
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				(wi[widget_fact]->getwidget())->labelcolor(OVER_COLOR);
				(wi[widget_fact]->getwidget())->redraw();
				ppw=wi[widget_fact];
			}
			else{
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				(wi[Group_seq[i+1]-1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[i+1]-1]->getwidget())->redraw();
				ppw=wi[Group_seq[i+1]-1];		
			}
				
		}
		else{
			wwid->labelcolor(UNOVER_COLOR);
			wwid->redraw();
			(wi[ppw->geti()-1]->getwidget())->labelcolor(OVER_COLOR);
			(wi[ppw->geti()-1]->getwidget())->redraw();
			ppw=wi[ppw->geti()-1];
		}
		
	

		break;}
	case 'D':{
		if(int i=search_pos(Group_seq,ppw->geti()+1,Tab_N+1)){
			
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				(wi[Group_seq[i-1]+1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[i-1]+1]->getwidget())->redraw();
				ppw=wi[Group_seq[i-1]+1];		
			
				
		}
		else if(ppw->geti()==widget_fact){
			wwid->labelcolor(UNOVER_COLOR);	
			wwid->redraw();
			(wi[Group_seq[Tab_N]+1]->getwidget())->labelcolor(OVER_COLOR);
			(wi[Group_seq[Tab_N]+1]->getwidget())->redraw();
			ppw=wi[Group_seq[Tab_N]+1];
		}
		else{
			wwid->labelcolor(UNOVER_COLOR);
			wwid->redraw();
			(wi[ppw->geti()+1]->getwidget())->labelcolor(OVER_COLOR);
			(wi[ppw->geti()+1]->getwidget())->redraw();
			ppw=wi[ppw->geti()+1];
		}
			
		break;}
	case ' ':{
		if((wwid->value())==0){
			wwid->value(1);
			int gr=0;
		  	//other radios related with it should be value(0) 
		  	for(int i=1;i<Re_Group+1;i++)
		  		for(int j=1;j<=relation_widgest[i][0];j++)
		  			if((ppw->geti())==relation_widgest[i][j])gr=i;
		  	if(gr!=0){
		  		for(int j=1;j<=relation_widgest[gr][0];j++)
		  			if((ppw->geti())!=relation_widgest[gr][j])
		  				((Fl_Round_Button *)(wi[relation_widgest[gr][j]]->getwidget()))->value(0);
			}
		}
			
			
		break;}
	default:
		break;
  }
if((ppw->gettype())==Input||(ppw->gettype())==SelectBrowser){
	for(int i=2;i<Tab_N+1;i++){
	if(old->geti()<Group_seq[i]){
		(wi[Group_seq[i-1]]->getwidget())->redraw();
				break;
	}
	else if(old->geti()>Group_seq[Tab_N])
		(wi[Group_seq[Tab_N]]->getwidget())->redraw();
}	
}
return ppw;
}
//Fl_Check_Button
Widget_Input* input_key(Widget_Input *ppw,Fl_Check_Button* wwid,char c)
{
Widget_Input *old=ppw;
//wwid->labelcolor(OVER_COLOR);
printf("==Fl_Check_Button==\n");
  switch(c){
	case 'P':
		for(int i=2;i<Tab_N+1;i++){
			if(ppw->geti()<Group_seq[i]){
				(wi[Group_seq[i]]->getwidget())->show();
				(wi[Group_seq[i-1]]->getwidget())->hide();
				(wi[Group_seq[i]+1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[i]+1]->getwidget())->redraw();
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				ppw=wi[Group_seq[i]+1];
				break;
			}
			else if(ppw->geti()>Group_seq[Tab_N]){
				(wi[Group_seq[1]]->getwidget())->show();
				(wi[Group_seq[Tab_N]]->getwidget())->hide();
				(wi[Group_seq[1]+1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[1]+1]->getwidget())->redraw();
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				ppw=wi[Group_seq[1]+1];
				break;
				
			}
		}
		break;
	case 'U':{
		if(int i=search_pos(Group_seq,ppw->geti()-1,Tab_N+1)){
			if(i==Tab_N){
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				(wi[widget_fact]->getwidget())->labelcolor(OVER_COLOR);
				(wi[widget_fact]->getwidget())->redraw();
				ppw=wi[widget_fact];
			}
			else{
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				(wi[Group_seq[i+1]-1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[i+1]-1]->getwidget())->redraw();
				ppw=wi[Group_seq[i+1]-1];		
			}
				
		}
		else{
			wwid->labelcolor(UNOVER_COLOR);
			wwid->redraw();
			(wi[ppw->geti()-1]->getwidget())->labelcolor(OVER_COLOR);
			(wi[ppw->geti()-1]->getwidget())->redraw();
			ppw=wi[ppw->geti()-1];
		}
			
	

		break;}
	case 'D':{
		if(int i=search_pos(Group_seq,ppw->geti()+1,Tab_N+1)){
			
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				(wi[Group_seq[i-1]+1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[i-1]+1]->getwidget())->redraw();
				ppw=wi[Group_seq[i-1]+1];		
			
				
		}
		else if(ppw->geti()==widget_fact){
			wwid->labelcolor(UNOVER_COLOR);	
			wwid->redraw();
			(wi[Group_seq[Tab_N]+1]->getwidget())->labelcolor(OVER_COLOR);
			(wi[Group_seq[Tab_N]+1]->getwidget())->redraw();
			ppw=wi[Group_seq[Tab_N]+1];
		}
		else{
			wwid->labelcolor(UNOVER_COLOR);
			wwid->redraw();
			(wi[ppw->geti()+1]->getwidget())->labelcolor(OVER_COLOR);
			(wi[ppw->geti()+1]->getwidget())->redraw();
			ppw=wi[ppw->geti()+1];
		}
			
		break;}
	case ' ':{
		  wwid->value((wwid->value())^1);			
		break;}
	default:
		break;
  }
if((ppw->gettype())==Input||(ppw->gettype())==SelectBrowser){
	for(int i=2;i<Tab_N+1;i++){
	if(old->geti()<Group_seq[i]){
		(wi[Group_seq[i-1]]->getwidget())->redraw();
				break;
	}
	else if(old->geti()>Group_seq[Tab_N])
		(wi[Group_seq[Tab_N]]->getwidget())->redraw();
}	
}
return ppw;	
}
//Fl_Input
Widget_Input* input_key(Widget_Input *ppw,Fl_Input* wwid,char c)
{
Widget_Input *old=ppw;
//wwid->labelcolor(OVER_COLOR);
printf("==Fl_Input==\n");

  switch(c){
	case 'P':
		for(int i=2;i<Tab_N+1;i++){
			if(ppw->geti()<Group_seq[i]){
				(wi[Group_seq[i]]->getwidget())->show();
				(wi[Group_seq[i-1]]->getwidget())->hide();
				(wi[Group_seq[i]+1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[i]+1]->getwidget())->redraw();
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				ppw=wi[Group_seq[i]+1];
				break;
			}
			else if(ppw->geti()>Group_seq[Tab_N]){
				(wi[Group_seq[1]]->getwidget())->show();
				(wi[Group_seq[Tab_N]]->getwidget())->hide();
				(wi[Group_seq[1]+1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[1]+1]->getwidget())->redraw();
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				ppw=wi[Group_seq[1]+1];
				break;
				
			}
		}
		break;
	case 'U':{
		if(int i=search_pos(Group_seq,ppw->geti()-1,Tab_N+1)){
			if(i==Tab_N){
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				(wi[widget_fact]->getwidget())->labelcolor(OVER_COLOR);
				(wi[widget_fact]->getwidget())->redraw();
				ppw=wi[widget_fact];
			}
			else{
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				(wi[Group_seq[i+1]-1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[i+1]-1]->getwidget())->redraw();
				ppw=wi[Group_seq[i+1]-1];		
			}
				
		}
		else{
			wwid->labelcolor(UNOVER_COLOR);
			wwid->redraw();
			(wi[ppw->geti()-1]->getwidget())->labelcolor(OVER_COLOR);
			(wi[ppw->geti()-1]->getwidget())->redraw();
			ppw=wi[ppw->geti()-1];
		}
			
	

		break;}
	case 'D':{
		if(int i=search_pos(Group_seq,ppw->geti()+1,Tab_N+1)){
			
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				(wi[Group_seq[i-1]+1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[i-1]+1]->getwidget())->redraw();
				ppw=wi[Group_seq[i-1]+1];		
			
				
		}
		else if(ppw->geti()==widget_fact){
			wwid->labelcolor(UNOVER_COLOR);	
			wwid->redraw();
			(wi[Group_seq[Tab_N]+1]->getwidget())->labelcolor(OVER_COLOR);
			(wi[Group_seq[Tab_N]+1]->getwidget())->redraw();
			ppw=wi[Group_seq[Tab_N]+1];
		}
		else{
			wwid->labelcolor(UNOVER_COLOR);
			wwid->redraw();
			(wi[ppw->geti()+1]->getwidget())->labelcolor(OVER_COLOR);
			(wi[ppw->geti()+1]->getwidget())->redraw();
			ppw=wi[ppw->geti()+1];
		}
			
		break;}
	
	default:
		if((c>='0'&&c<='9')||(c>='a'&&c<='z'))
			{
			//if(c>='A'&&c<='Z')c=c+32;
			char *input_string=(char *)(wwid->value());
			input_string=str_cat(input_string,c);/////
			wwid->value(input_string);
			}
		
		break;
  }
  

for(int i=2;i<Tab_N+1;i++){
	if(old->geti()<Group_seq[i]){
		(wi[Group_seq[i-1]]->getwidget())->redraw();
				break;
	}
	else if(old->geti()>Group_seq[Tab_N])
		(wi[Group_seq[Tab_N]]->getwidget())->redraw();
}

return ppw;
}
//Fl_Button()
Widget_Input* input_key(Widget_Input *ppw,Fl_Button* wwid,char c)
{Widget_Input *old=ppw;
//wwid->labelcolor(OVER_COLOR);
printf("==Fl_Button==\n");
  switch(c){
	case 'P':
		for(int i=2;i<Tab_N+1;i++){
			if(ppw->geti()<Group_seq[i]){
				(wi[Group_seq[i]]->getwidget())->show();
				(wi[Group_seq[i-1]]->getwidget())->hide();
				(wi[Group_seq[i]+1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[i]+1]->getwidget())->redraw();
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				ppw=wi[Group_seq[i]+1];
				break;
			}
			else if(ppw->geti()>Group_seq[Tab_N]){
				(wi[Group_seq[1]]->getwidget())->show();
				(wi[Group_seq[Tab_N]]->getwidget())->hide();
				(wi[Group_seq[1]+1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[1]+1]->getwidget())->redraw();
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				ppw=wi[Group_seq[1]+1];
				break;
				
			}
		}
		break;
	case 'U':{
		if(int i=search_pos(Group_seq,ppw->geti()-1,Tab_N+1)){
			if(i==Tab_N){
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				(wi[widget_fact]->getwidget())->labelcolor(OVER_COLOR);
				(wi[widget_fact]->getwidget())->redraw();
				ppw=wi[widget_fact];
			}
			else{
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				(wi[Group_seq[i+1]-1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[i+1]-1]->getwidget())->redraw();
				ppw=wi[Group_seq[i+1]-1];		
			}
				
		}
		else{
			wwid->labelcolor(UNOVER_COLOR);
			wwid->redraw();
			(wi[ppw->geti()-1]->getwidget())->labelcolor(OVER_COLOR);
			(wi[ppw->geti()-1]->getwidget())->redraw();
			ppw=wi[ppw->geti()-1];
		}
			
	

		break;}
	case 'D':{
		if(int i=search_pos(Group_seq,ppw->geti()+1,Tab_N+1)){
			
				wwid->labelcolor(UNOVER_COLOR);
				wwid->redraw();
				(wi[Group_seq[i-1]+1]->getwidget())->labelcolor(OVER_COLOR);
				(wi[Group_seq[i-1]+1]->getwidget())->redraw();
				ppw=wi[Group_seq[i-1]+1];		
			
				
		}
		else if(ppw->geti()==widget_fact){
			wwid->labelcolor(UNOVER_COLOR);	
			wwid->redraw();
			(wi[Group_seq[Tab_N]+1]->getwidget())->labelcolor(OVER_COLOR);
			(wi[Group_seq[Tab_N]+1]->getwidget())->redraw();
			ppw=wi[Group_seq[Tab_N]+1];
		}
		else{
			wwid->labelcolor(UNOVER_COLOR);
			wwid->redraw();
			(wi[ppw->geti()+1]->getwidget())->labelcolor(OVER_COLOR);
			(wi[ppw->geti()+1]->getwidget())->redraw();
			ppw=wi[ppw->geti()+1];
		}
			
		break;}
	case ' ':
		printf("do file_chooser\n");
		break;
	default:
		break;
  }