void zCmdParseCommandLine( int argc, char **argv, ZHashTable &hash ) {
int nonOptionArgCount=0;
for( int i=0; i<argc; i++ ) {
if( argv[i][0] == '-' ) {
// Does the option have a value assignment?
char *valPtr = 0;
for( int j=0; argv[i][j]; j++ ) {
if( argv[i][j] == '=' ) {
valPtr = &argv[i][j+1];
argv[i][j] = 0;
break;
}
}
hash.putS( argv[i], valPtr ? valPtr : (char *)"*novalue*" );
int len = strlen( argv[i] );
char *indexKey = new char[len + 16];
strcpy( indexKey, argv[i] );
strcat( indexKey, "-index" );
hash.putI( indexKey, i );
}
else {
char key[32];
sprintf( key, "nonOptionArg%d", nonOptionArgCount++ );
hash.putS( key, argv[i] );
}
}
}
void startup() {
// get the compartments definition from the .cfg file,
// we expect it to be a series of halftime:maxLoad pairs
// separated by commas (e.g. 120:90,60:80,45:50 etc)
char *compartDef = options.getS( "compartments" );
if( !compartDef ) {
compartDef = "120:90,60:80,45:50,30:30,20:20,15:15,10:10";
trace( "no comparments defined; using builtin values.\n" );
}
trace( "compartments set to: %s\n", compartDef );
char *tok = strtok( compartDef, "," );
while( tok ) {
int htime;
double maxload;
sscanf( tok, "%d:%lf", &htime, &maxload );
//maxload *= 3.2808399;
// convert meters to feet
//maxload /= 10.0;
// convert meters of seawater to bars
Compartment *c = new Compartment( htime, maxload );
compartments.add( c );
trace( "New compartment added: time %d minutes, maxload %g fsw\n", htime, maxload );
tok = strtok( NULL, "," );
}
zglFontLoad( "verdana60", zlabCorePath( "verdana.ttf" ), 60 );
/*
ZUI *zui = ZUI::factory( 0, "ZUIVar" );
zui->putS( "text", "Depth" );
zui->putS( "val", "1.0" );
ZUI *plug = ZUI::zuiFindByName( "pluginPanel" );
if( plug ) {
zui->attachTo( plug );
}
*/
}
int main() {
char *test1[] = {
"A bunch of,stuff,divided by,commas",
"A line with no commas",
"A line with one field and an empty trailing field,",
",A line with trailing field",
",,A,B",
",,,",
",",
"",
NULL
};
int test1Lens[] = { 4, 1, 2, 2, 4, 4, 2, 1, 1 };
char *test2[] = {
"This is a test",
"This is a test",
"This is a test ",
" ",
"",
NULL,
};
for( int i=0; i<sizeof(test1)/sizeof(test1[0]); i++ ) {
ZStr *z = zStrSplit( ",", test1[i] );
assert( zStrCount( z ) == test1Lens[i] );
char *join = zStrJoin(",",z);
assert( !test1[i] || !strcmp( join, test1[i] ) );
}
for( i=0; i<sizeof(test2)/sizeof(test2[0]); i++ ) {
ZStr *z = zStrSplit( " +", test2[i] );
switch( i ) {
case 0:
case 1:
assert( z && !strcmp( *z, "This" ) ); z=z->next;
assert( z && !strcmp( *z, "is" ) ); z=z->next;
assert( z && !strcmp( *z, "a" ) ); z=z->next;
assert( z && !strcmp( *z, "test" ) ); z=z->next;
assert( !z );
break;
case 2:
assert( z && !strcmp( *z, "This" ) ); z=z->next;
assert( z && !strcmp( *z, "is" ) ); z=z->next;
assert( z && !strcmp( *z, "a" ) ); z=z->next;
assert( z && !strcmp( *z, "test" ) ); z=z->next;
assert( z && !strcmp( *z, "" ) ); z=z->next;
assert( !z );
break;
case 3:
assert( z && !strcmp( *z, "" ) ); z=z->next;
assert( z && !strcmp( *z, "" ) ); z=z->next;
assert( !z );
break;
case 4:
case 5:
assert( z && !strcmp( *z, "" ) ); z=z->next;
assert( !z );
break;
}
}
char *test3[] = {
"key1=val1 key2=val2",
"key1=val1",
"",
"=",
"key1",
"key1='val1'",
"key1='val1' key2='val2' key3 = 'val3'",
"key1='val1' key2=\"val2\" key3 = \"val3\"",
"'key1'=val1 \"key2\"=\"val2\" key3 = \"val3\"",
};
for( i=0; i<sizeof(test3)/sizeof(test3[0]); i++ ) {
ZHashTable hash;
zStrHashSplit( test3[i], &hash );
char *v1 = hash.get( "key1" );
char *v2 = hash.get( "key2" );
char *v3 = hash.get( "key3" );
char *_v1, *_v2, *_v3;
switch( i ) {
case 0: _v1="val1"; _v2="val2"; _v3=""; break;
case 1: _v1="val1"; _v2=""; _v3=""; break;
case 2: _v1=""; _v2=""; _v3=""; break;
case 3: _v1=""; _v2=""; _v3=""; break;
case 4: _v1=""; _v2=""; _v3=""; break;
case 5: _v1="val1"; _v2=""; _v3=""; break;
case 6: _v1="val1"; _v2="val2"; _v3="val3"; break;
case 7: _v1="val1"; _v2="val2"; _v3="val3"; break;
case 8: _v1="val1"; _v2="val2"; _v3="val3"; break;
}
assert( (!v1 || !strcmp(v1,_v1)) && (!v2 || !strcmp(v2,_v2)) && (!v3 || !strcmp(v3,_v3)) );
}
return 0;
}
int main( int argc, char **argv ) {
ZHashTable options;
//ZHashTable test;
//test.putS( "type", "Login" );
//zHashTablePack( test );
// LOAD options
zConfigLoadFile( "diwos.cfg", options );
zCmdParseCommandLine( argc, argv, options );
// cmdline may override .cfg files
loadAll();
int listenPort = options.getI("--port",59997);
if( listenPort ) {
trace( "Server listening on port: %d\n", listenPort );
ZMsgZocket test;
// OPEN the listening zocket
ZMsgZocket *server = new ZMsgZocket( ZTmpStr("tcp://*:%d", listenPort), ZO_LISTENING );
assert( server && server->isOpen() );
}
zMsgSetHandler( "default", ZMsgZocket::dispatch );
int cmdLen = 0;
char cmd[1024] = {0,};
zconsoleCharMode();
while( 1 ) {
zMsgDispatch();
ZMsgZocket::wait( 1000, 1 );
ZMsgZocket::readList();
update();
if( zconsoleKbhit() ) {
char c = zconsoleGetch();
if( cmdLen < sizeof(cmd)-1 ) {
if( c == '\r' || c == '\n' ) {
cmdLen = 0;
ZMsg *z = new ZMsg;
z->putS( "type", "Command" );
z->putS( "cmd", cmd );
zMsgQueue( z );
printf( "\n" );
}
else {
cmd[cmdLen++] = c;
cmd[cmdLen] = 0;
}
}
}
}
return 0;
}
void GUIAttrEdit::render() {
GUIPanel::render();
float lineH = getLineH();
int scroll = getAttrI( "scroll" );
glDisable( GL_BLEND );
float y = myH - lineH;
for( int extra=scroll; extra<0; extra++ ) {
y -= lineH;
if( y < 0 ) break;
}
int textColor = getAttrI( "textColor" );
int selectedTextColor = getAttrI( "selectedTextColor" );
int highlightedTextColor = getAttrI( "highlightedTextColor" );
ZHashTable *hash = (ZHashTable *)attributeTable->getp( "hashPtr" );
if( !hash ) return;
for( int i=0; i<view.count; i++ ) {
int highlighted = (i == mouseOver && mouseWasInside);
if( i == selected ) {
setColorI( selectedTextColor );
}
else if( highlighted ) {
setColorI( highlightedTextColor );
}
else {
setColorI( textColor );
}
if( i >= scroll ) {
char buf[1024];
char *val = hash->getS( view[i] );
sprintf( buf, "%s = %s", view[i], val );
print( buf, 12, y );
y -= lineH;
}
if( y <= 0 ) {
break;
}
}
if( !optMenuUp && selected != -1 ) {
glDisable( GL_LINE_SMOOTH );
glLineWidth( 1.f );
glColor3ub( 0xff, 0, 0 );
glBegin( GL_LINES );
glVertex2f( selectX, selectY );
glVertex2f( selectX, mouseY );
float sign = mouseY > selectY ? -1.f : 1.f;
glVertex2f( selectX, mouseY );
glVertex2f( selectX-5, mouseY + sign*5 );
glVertex2f( selectX, mouseY );
glVertex2f( selectX+5, mouseY + sign*5 );
glEnd();
}
}
void GUIAttrEdit::handleMsg( ZMsg *msg ) {
float lineH = getLineH();
int scroll = getAttrI( "scroll" );
float x = zmsgF(localX);
float y = zmsgF(localY);
if( zmsgIs(type,Key) && zmsgIs(which,wheelforward) ) {
if( contains(x,y) ) {
scroll-=2;
scroll = max( -10, scroll );
scroll = min( view.count-5, scroll );
setAttrI( "scroll", scroll );
mouseOver = (int)( (myH-y) / lineH );
mouseOver += scroll;
mouseOver = selected > view.count-1 ? view.count-1 : mouseOver;
zMsgUsed();
}
}
else if( zmsgIs(type,Key) && zmsgIs(which,wheelbackward) ) {
if( contains(x,y) ) {
scroll+=2;
scroll = max( -10, scroll );
scroll = min( view.count-5, scroll );
setAttrI( "scroll", scroll );
mouseOver = (int)( (myH-y) / lineH );
mouseOver += scroll;
mouseOver = selected > view.count-1 ? view.count-1 : mouseOver;
zMsgUsed();
}
}
else if( zmsgIs(type,MouseMove) ) {
mouseOver = (int)( (myH-y) / lineH );
mouseOver += scroll;
mouseOver = selected > view.count-1 ? view.count-1 : mouseOver;
}
else if( zmsgIs(type,MouseClickOn) && zmsgIs(dir,D) && zmsgI(ctrl) && zmsgI(shift) ) {
//ADJUST the linIncrement
if( zmsgIs(which,L) ) {
linIncrement *= 2.f;
}
else if( zmsgIs(which,R) ) {
linIncrement /= 2.f;
}
}
else if( zmsgIs(type,MouseClickOn) && zmsgIs(dir,D) && zmsgIs(which,L) ) {
selected = (int)( (myH-y) / lineH );
selected += scroll;
selected = selected > view.count-1 ? view.count-1 : selected;
ZHashTable *hash = (ZHashTable *)getAttrp( "hashPtr" );
if( !hash ) return;
char *val = hash->getS( view[selected] );
char *end;
double valD = strtod( val, &end );
if( end != val ) {
// This is a number that can be manipulated
// if( zmsgI(shift) && !zmsgI(ctrl) ) {
// linMode = 0;
// zMsgQueue( "type=GUIAttrEdit_CreateOptionMenu key=%s val=%lf toGUI=%s", selectVarPtr->name, selectVarPtr->getDouble(), getAttrS("name") );
// }
// else {
if( zmsgI(ctrl) && !zmsgI(shift) ) {
linMode = 1;
}
else {
linMode = 0;
}
selectX = x;
selectY = y;
mouseX = x;
mouseY = y;
startVal = valD;
requestExclusiveMouse( 1, 1 );
// }
}
else {
selected = -1;
}
/*
ZVarPtr *selectVarPtr = getSelectedVar( selected );
if( selectVarPtr ) {
if( zmsgI(shift) && !zmsgI(ctrl) ) {
linMode = 0;
zMsgQueue( "type=GUIAttrEdit_CreateOptionMenu key=%s val=%lf toGUI=%s", selectVarPtr->name, selectVarPtr->getDouble(), getAttrS("name") );
}
else {
if( zmsgI(ctrl) && !zmsgI(shift) ) {
linMode = 1;
}
else {
linMode = 0;
}
selectX = x;
selectY = y;
mouseX = x;
mouseY = y;
switch( selectVarPtr->type ) {
case zVarTypeINT: startVal = (double)*(int *)selectVarPtr->ptr + 0.4; break;
case zVarTypeSHORT: startVal = (double)*(short *)selectVarPtr->ptr + 0.4; break;
case zVarTypeFLOAT: startVal = (double)*(float *)selectVarPtr->ptr; break;
case zVarTypeDOUBLE: startVal = (double)*(double *)selectVarPtr->ptr; break;
}
requestExclusiveMouse( 1, 1 );
}
}
*/
zMsgUsed();
return;
}
else if( zmsgIs(type,MouseReleaseDrag) ) {
if( selected >= 0 ) {
// ZVarPtr *selectVarPtr = getSelectedVar( selected );
// if( selectVarPtr ) {
// zMsgQueue( "type=GUIAttrEdit_VarDoneChange key=%s val=%lf", selectVarPtr->name, selectVarPtr->getDouble() );
// }
}
requestExclusiveMouse( 1, 0 );
selected = -1;
zMsgUsed();
return;
}
else if( zmsgIs(type,MouseDrag) && zmsgI(l) ) {
int last = -1;
int count = 0;
//while( count++ != selected+1 && zVarsEnum( last, selectVarPtr, regExp ) );
ZHashTable *hash = (ZHashTable *)getAttrp( "hashPtr" );
double val = hash->getD( view[selected] );
mouseX = x;
mouseY = y;
if( linMode ) {
val = startVal + (mouseY-selectY) * linIncrement;
}
else{
val = startVal * exp( (mouseY-selectY) / 50.0 );
}
hash->putS( view[selected], ZTmpStr("%4.3le",val) );
}
else if( zmsgIs(type,MouseClickOn) && zmsgIs(dir,D) && zmsgIs(which,R) ) {
selectX = x;
selectY = y;
startScroll = scroll;
requestExclusiveMouse( 1, 1 );
zMsgUsed();
return;
}
else if( zmsgIs(type,MouseDrag) && zmsgI(r) ) {
scroll = (int)( startScroll + ( y - selectY ) / lineH );
scroll = max( -10, scroll );
scroll = min( view.count-5, scroll );
setAttrI( "scroll", scroll );
}
else if( zmsgIs(type,GUIAttrEdit_Clear) ) {
clearView();
}
// else if( zmsgIs(type,GUIAttrEdit_Add) ) {
// if( zmsgHas(regexp) ) {
// addVarsByRegExp( zmsgS(regexp) );
// }
// else if( zmsgHas(name) ) {
// addVar( zmsgS(name) );
// }
// }
else if( zmsgIs(type,GUIAttrEdit_Sort) ) {
if( zmsgIs(which,name) ) {
sortViewByName();
}
// else if( zmsgIs(which,order) ) {
// sortViewByDeclOrder();
// }
}
else if( zmsgIs(type,GUIAttrEdit_CreateOptionMenu) ) {
ZHashTable hash;
hash.putS( "who", getAttrS("name") );
hash.putS( "key", zmsgS(key) );
hash.putS( "val", ZTmpStr("%1.2e", zmsgF(val)) );
createOptionMenu( &hash );
optMenuUp = 1;
zMsgQueue( "type=GUILayout toGUI=varEditOptMenu" );
zMsgQueue( "type=GUIMoveNear who=%s where=T x=4 y=%f toGUI=varEditOptMenu", getAttrS("name"), -(mouseOver-scroll)*lineH );
zMsgQueue( "type=GUISetModal val=1 toGUI=varEditOptMenu" );
}
else if( zmsgIs(type,GUIAttrEdit_CreateOptionMenuDone) ) {
optMenuUp = 0;
selected = -1;
}
else if( zmsgIs(type,GUIAttrEdit_CreateOptionMenuDirectEntry) ) {
GUIObject *obj = guiFind( zmsgS(fromGUI) );
if( obj ) {
zMsgQueue( "type=SetVar key=%s val=%f", zmsgS(key), atof(obj->getAttrS("text")) );
}
}
// else if( zmsgIs(type,GUIAttrEdit_ResetAll) ) {
// for( int i=0; i<view.count; i++ ) {
// ZVarPtr *v = zVarsLookup( varsView.vec[i] );
// v->resetDefault();
// }
// }
else if( zmsgIs(type,GUIAttrEdit_Clear) ) {
clearView();
}
else if( zmsgIs(type,GUIAttrEdit_Add) ) {
addVar( zmsgS(key) );
}
else if( zmsgIs(type,GUIAttrEdit_ViewAll) ) {
if( zmsgI(clear) ) {
clearView();
}
addAllVars();
}
GUIPanel::handleMsg( msg );
}
