// read text strings from file
//
void CTextList::ReadTexts( CStdioFile * pcb_file )
{
int pos, err, np;
CString in_str, key_str;
CArray<CString> p;
// find beginning of [texts] section
do
{
err = pcb_file->ReadString( in_str );
if( !err )
{
// error reading pcb file
CString mess;
mess.Format( "Unable to find [texts] section in file" );
AfxMessageBox( mess );
return;
}
in_str.Trim();
}
while( in_str != "[texts]" );
// get all text strings
while( 1 )
{
pos = pcb_file->GetPosition();
err = pcb_file->ReadString( in_str );
if( !err )
{
CString * err_str = new CString( "unexpected EOF in project file" );
throw err_str;
}
in_str.Trim();
if( in_str == "[end]" )
break; // start of [texts] section, exit
else if( in_str.Left(5) == "text:" )
{
np = ParseKeyString( &in_str, &key_str, &p );
CString str = p[0];
int x = my_atoi( &p[1] );
int y = my_atoi( &p[2] );
int file_layer = my_atoi( &p[3] );
int layer = m_layer_by_file_layer[file_layer];
int angle = my_atoi( &p[4] );
int mirror = my_atoi( &p[5] );
int font_size = my_atoi( &p[6] );
int stroke_width = my_atoi( &p[7] );
BOOL m_bNegative = 0;
if( np > 9)
m_bNegative = my_atoi( &p[8] );
AddText( x, y, angle, mirror, m_bNegative, layer, font_size, stroke_width, &str );
}
}
}
/** Insert a key binding. */
void InsertBinding(KeyType key, const char *modifiers,
const char *stroke, const char *code,
const char *command)
{
KeyNode *np;
unsigned int mask;
char *temp;
KeySym sym;
mask = ParseModifierString(modifiers);
if(stroke && strlen(stroke) > 0) {
int offset;
for(offset = 0; stroke[offset]; offset++) {
if(stroke[offset] == '#') {
temp = CopyString(stroke);
for(temp[offset] = '1'; temp[offset] <= '9'; temp[offset]++) {
sym = ParseKeyString(temp);
if(sym == NoSymbol) {
Release(temp);
return;
}
np = Allocate(sizeof(KeyNode));
np->next = bindings;
bindings = np;
np->key = key | ((temp[offset] - '1' + 1) << 8);
np->state = mask;
np->symbol = sym;
np->command = NULL;
np->code = 0;
}
Release(temp);
return;
}
}
sym = ParseKeyString(stroke);
if(sym == NoSymbol) {
return;
}
np = Allocate(sizeof(KeyNode));
np->next = bindings;
bindings = np;
np->key = key;
np->state = mask;
np->symbol = sym;
np->command = CopyString(command);
np->code = 0;
} else if(code && strlen(code) > 0) {
np = Allocate(sizeof(KeyNode));
np->next = bindings;
bindings = np;
np->key = key;
np->state = mask;
np->symbol = NoSymbol;
np->command = CopyString(command);
np->code = atoi(code);
} else {
Warning(_("neither key nor keycode specified for Key"));
np = NULL;
}
}
