void ThrowableTestCase::testDebugString() {\
SourceLine sl = SOURCELINE;
Throwable t1( sl, "Message" );
ASSERT_EQUAL( t1.debugString(), Throwable::DEBUG_MSG.arg( sl.getFileName() ).arg( sl.getLineNumber() ).arg( t1.getMessage() ) );
};
void
TextOutputter::printFailureLocation( SourceLine sourceLine )
{
if ( !sourceLine.isValid() )
return;
m_stream << "line: " << sourceLine.lineNumber()
<< ' ' << sourceLine.fileName();
}
void
XmlOutputter::addFailureLocation( TestFailure *failure,
XmlElement *testElement )
{
XmlElement *locationNode = new XmlElement( "Location" );
testElement->addElement( locationNode );
SourceLine sourceLine = failure->sourceLine();
locationNode->addElement( new XmlElement( "File", sourceLine.fileName() ) );
locationNode->addElement( new XmlElement( "Line", sourceLine.lineNumber() ) );
}
void
StdioOutputter::printFailureLocation( SourceLine sourceLine )
{
if ( !sourceLine.isValid() )
return;
std::printf("line: %d %s",
sourceLine.lineNumber(),
sourceLine.fileName().c_str());
}
void ThrowableTestCase::testConstructors() {
SourceLine sl = SOURCELINE;
Throwable t1( sl, "" );
ASSERT_EQUAL( t1.getSourceLine().getFileName(), sl.getFileName() );
ASSERT_EQUAL( t1.getSourceLine().getLineNumber(), sl.getLineNumber() );
ASSERT_EQUAL( t1.getMessage(), "" );
Throwable t2( sl, "Dette er en test!" );
ASSERT_EQUAL( t2.getMessage(), "Dette er en test!" );
Throwable t3( t2 );
ASSERT_EQUAL( t3.getSourceLine().getFileName(), t2.getSourceLine().getFileName() );
ASSERT_EQUAL( t3.getSourceLine().getLineNumber(), t2.getSourceLine().getLineNumber() );
ASSERT_EQUAL( t3.getMessage(), "Dette er en test!" );
};
void
CompilerOutputter::printFailureLocation( SourceLine sourceLine )
{
if ( !sourceLine.isValid() )
{
m_stream << "##Failure Location unknown## : ";
return;
}
std::string location;
for ( unsigned int index = 0; index < m_locationFormat.length(); ++index )
{
char c = m_locationFormat[ index ];
if ( c == '%' && ( index+1 < m_locationFormat.length() ) )
{
char command = m_locationFormat[index+1];
if ( processLocationFormatCommand( command, sourceLine ) )
{
++index;
continue;
}
}
m_stream << c;
}
}
void FormatExceptionTestCase::testConstructors() {
SourceLine sl = SOURCELINE;
FormatException t1( sl, "" );
ASSERT_EQUAL( t1.getSourceLine().getFileName(), sl.getFileName() );
ASSERT_EQUAL( t1.getSourceLine().getLineNumber(), sl.getLineNumber() );
ASSERT_EQUAL( t1.getMessage(), "" );
FormatException t2( sl, "Dette er en test!" );
ASSERT_EQUAL( t2.getMessage(), "Dette er en test!" );
FormatException t3( t2 );
ASSERT_EQUAL( t3.getSourceLine().getFileName(), t2.getSourceLine().getFileName() );
ASSERT_EQUAL( t3.getSourceLine().getLineNumber(), t2.getSourceLine().getLineNumber() );
ASSERT_EQUAL( t3.getMessage(), "Dette er en test!" );
};
bool
CompilerOutputter::processLocationFormatCommand( char command,
const SourceLine &sourceLine )
{
switch ( command )
{
case 'p':
m_stream << sourceLine.fileName();
return true;
case 'l':
m_stream << sourceLine.lineNumber();
return true;
case 'f':
m_stream << extractBaseName( sourceLine.fileName() );
return true;
}
return false;
}
void GpsimDebugger::initAddressToLineMap()
{
m_addressSize = m_pGpsim->programMemorySize();
delete [] m_addressToLineMap;
m_addressToLineMap = new DebugLine*[m_addressSize];
memset( m_addressToLineMap, 0, m_addressSize * sizeof(DebugLine*) );
if ( m_type == AsmDebugger )
{
for ( unsigned i = 0; i < m_addressSize; ++i )
{
int line = m_pGpsim->picProcessor()->pma->get_src_line(i) - 1;
int fileID = m_pGpsim->picProcessor()->pma->get_file_id(i);
FileContext * fileContext = m_pGpsim->picProcessor()->files[fileID];
if (fileContext)
m_addressToLineMap[i] = new DebugLine( sanitizeGpsimFile( fileContext->name().c_str() ), line );
}
}
else
{
SourceLineMap::const_iterator slmEnd = m_sourceLineMap.end();
for ( SourceLineMap::const_iterator it = m_sourceLineMap.begin(); it != slmEnd; ++it )
{
SourceLineMap::const_iterator next = it;
++next;
int asmToLine = ((next == slmEnd) || (next.key().fileName() != it.key().fileName())) ? -1 : next.key().line() - 1;
QString asmFile = it.key().fileName();
int asmFromLine = it.key().line();
SourceLine sourceLine = it.value();
std::string stdAsmFile( asmFile.toAscii() );
int fileID = m_pGpsim->picProcessor()->files.Find( stdAsmFile );
if ( fileID == -1 )
{
qWarning() << "Could not find FileContext (asmFile=\""<<asmFile<<"\")"<<endl;
continue;
}
if ( asmToLine == -1 )
asmToLine = m_pGpsim->picProcessor()->files[fileID]->max_line() - 2;
if ( (asmFromLine < 0) || (asmToLine < asmFromLine) )
{
qWarning() << "Invalid lines: asmFromLine="<<asmFromLine<<" asmToLine="<<asmToLine<<endl;
continue;
}
DebugLine * debugLine = new DebugLine( sourceLine.fileName(), sourceLine.line() );
bool used = false;
for ( int i = asmFromLine; i <= asmToLine; ++i )
{
#ifdef GPSIM_0_21_4
int address = m_pGpsim->picProcessor()->pma->find_address_from_line( fileID, i+1 );
#else // GPSIM_0_21_11
int address = m_pGpsim->picProcessor()->pma->find_address_from_line( m_pGpsim->picProcessor()->files[fileID], i+1 );
#endif
if ( address != -1 )
{
used = true;
m_addressToLineMap[address] = debugLine;
}
}
if (!used)
delete debugLine;
}
}
}
/* ---- program entry ---------------------------
*/
int main( int argc, cstr argv[] )
{
double start = now();
// options:
uint verbose = 1; // 0=off, 1=default, 2=verbose
uint outputstyle = 'b'; // 0=none, 'b'=binary, 'x'=intel hex, 's'=motorola s-records
uint liststyle = 1; // 0=none, 1=plain, 2=with objcode, 4=with label listing, 6=both, 8=clock cycles
bool clean = no;
bool ixcbr2 = no;
bool ixcbxh = no;
bool targetZ80 = no;
bool target8080 = no;
bool targetZ180 = no;
bool asm8080 = no;
bool dotnames = no;
bool reqcolon = no;
bool casefold = no;
bool flatops = no;
bool compare = no;
bool selftest = no;
bool cgi_mode = no;
uint maxerrors = 30;
// filepaths:
cstr inputfile = NULL;
cstr outputfile = NULL; // or dir
cstr listfile = NULL; // or dir
cstr tempdir = NULL;
cstr c_compiler = NULL;
cstr c_includes = NULL;
cstr libraries = NULL;
// eval arguments:
for(int i=1; i<argc; )
{
cptr s = argv[i++];
if(s[0] != '-')
{
if(!inputfile) { inputfile = s; continue; }
// if outfile is not prefixed with -o then it must be the last argument:
if(!outputfile && i==argc) { outputfile = s; continue; }
if(!listfile) { listfile = s; continue; }
goto h;
}
if(s[1]=='-')
{
if(eq(s,"--clean")) { clean = yes; continue; }
if(eq(s,"--bin")) { outputstyle='b'; continue; }
if(eq(s,"--hex")) { outputstyle='x'; continue; }
if(eq(s,"--s19")) { outputstyle='s'; continue; }
if(eq(s,"--opcodes")) { liststyle |= 2; continue; }
if(eq(s,"--labels")) { liststyle |= 4; continue; }
if(eq(s,"--cycles")) { liststyle |= 8; continue; }
if(eq(s,"--ixcbr2")) { ixcbr2 = 1; continue; }
if(eq(s,"--ixcbxh")) { ixcbxh = 1; continue; }
if(eq(s,"--z80")) { targetZ80 = 1; continue; }
if(eq(s,"--8080")) { target8080 = 1; continue; }
if(eq(s,"--asm8080")) { asm8080 = 1; continue; }
if(eq(s,"--z180")) { targetZ180 = 1; continue; }
if(eq(s,"--dotnames")) { dotnames = 1; continue; }
if(eq(s,"--reqcolon")) { reqcolon = 1; continue; }
if(eq(s,"--casefold")) { casefold = 1; continue; }
if(eq(s,"--flatops")) { flatops = 1; continue; }
if(eq(s,"--compare")) { compare = 1; continue; }
if(eq(s,"--test")) { selftest = 1; continue; }
if(eq(s,"--cgi")) { cgi_mode = 1; continue; }
if(startswith(s,"--maxerrors="))
{
char* ep; ulong n = strtoul(s+12,&ep,10);
if(*ep||n==0||n>999) goto h;
maxerrors = (uint)n; continue;
}
goto h;
}
while(char c = *++s)
{
switch(c)
{
case 'e': compare = 1; continue;
case 'T': selftest = 1; continue;
case 'u': liststyle |= 2; continue;
case 'w': liststyle |= 4; continue;
case 'y': liststyle |= 8; continue;
case 's': outputstyle=c; continue;
case 'x': outputstyle=c; continue;
case 'b': outputstyle=c; continue;
case 'z': clean=yes; continue;
case 'g': cgi_mode=yes; continue;
case 'v': if(*(s+1)>='0' && *(s+1)<='3') verbose = *++s - '0'; else ++verbose; continue;
case 'i': if(inputfile || i==argc) goto h; else inputfile = argv[i++]; continue;
case 'o': if(*(s+1)=='0') { outputstyle = 0; ++s; continue; }
if(outputfile || i==argc) goto h; else outputfile = argv[i++]; continue;
case 'l': if(*(s+1)=='0') { liststyle = 0; ++s; continue; }
if(listfile || i==argc) goto h; else listfile = argv[i++]; continue;
case 'I': if(c_includes || i==argc) goto h; else c_includes = argv[i++]; continue;
case 'L': if(libraries|| i==argc) goto h; else libraries= argv[i++]; continue;
case 'c': if(c_compiler || i==argc) goto h; else c_compiler = argv[i++]; continue;
case 't': if(tempdir || i==argc) goto h; else tempdir = argv[i++]; continue;
default: goto h;
}
}
}
if(selftest)
{
// assemble a bunch of sources from the $PROJECT/Test/ directory
// and compare them to old versions found in the original/ subdirectories.
// if no path to the $PROJECT directory is given, then the current working directory is used.
// all expected sources and original output files must be in place and match.
cstr zasm = argv[0];
cstr testdir = fullpath( inputfile ? inputfile : outputfile ? outputfile : "./" );
if(errno==ok && lastchar(testdir)!='/') errno = ENOTDIR;
if(errno)
{
if(verbose) fprintf(stderr, "--> %s: %s\nzasm: 1 error\n", testdir, strerror(errno));
return 1;
}
// if compiler was given, then it will be checked by the recursively called main()
// else: no c compiler given: try to use scdd from $PROJECT/sdcc/bin/
if(!c_compiler)
{
#ifdef _BSD
c_compiler = catstr(testdir,"sdcc/bin/sdcc");
#endif
#ifdef _LINUX
c_compiler = catstr(testdir,"sdcc/bin-Linux32/sdcc");
#endif
if(!is_file(c_compiler) || !is_executable(c_compiler))
c_compiler = NULL; // passing "-c" + NULL should not crash main()
}
uint errors = 0;
char opt[] = "-v0e"; opt[2] += verbose;
change_working_dir(catstr(testdir,"Test/ZXSP/"));
{
cstr a[] = { zasm, opt, "template_o.asm", "original/" };
errors += main(NELEM(a),a);
a[2] = "template_p.asm";
errors += main(NELEM(a),a);
a[2] = "template_ace.asm";
errors += main(NELEM(a),a);
a[2] = "template_tap.asm";
errors += main(NELEM(a),a);
a[2] = "template_z80.asm";
errors += main(NELEM(a),a);
a[2] = "template_sna.asm";
errors += main(NELEM(a),a);
a[2] = "mouse.asm";
errors += main(NELEM(a),a);
cstr b[] = { zasm, opt, "-c", c_compiler, "template_rom_with_c_code.asm", "original/" };
errors += main(NELEM(b),b);
}
change_working_dir(catstr(testdir,"Test/Z80/"));
{
cstr a[] = { zasm, opt, "ZX Spectrum Rom/zx82.asm", "original/" };
errors += main(NELEM(a),a);
cstr c[] = { zasm, opt, "--casefold", "CAMEL80-12/camel80.asm", "original/" };
errors += main(NELEM(c),c);
cstr d[] = { zasm, opt, "monitor_32k.asm", "original/" };
errors += main(NELEM(d),d);
cstr e[] = { zasm, opt, "allsrc.asm", "original/" };
errors += main(NELEM(e),e);
cstr f[] = { zasm, opt, "basic.asm", "original/" };
errors += main(NELEM(f),f);
cstr g[] = { zasm, opt, "MS-Basic.asm", "original/" };
errors += main(NELEM(g),g);
cstr h[] = { zasm, opt, "--reqcolon", "5bsort018.asm", "original/" };
errors += main(NELEM(h),h);
cstr i[] = { zasm, opt, "64#4+016.asm", "original/" };
errors += main(NELEM(i),i);
cstr j[] = { zasm, opt, "--8080", "CPM22.asm", "original/" };
errors += main(NELEM(j),j);
cstr k[] = { zasm, opt, "EMUF/EMUF.asm", "original/" };
errors += main(NELEM(k),k);
cstr l[] = { zasm, opt, "G007_MON_source_recreation.asm", "original/" };
errors += main(NELEM(l),l);
cstr n[] = { zasm, opt, "--reqcolon", "Hello World.asm", "original/" };
errors += main(NELEM(n),n);
cstr o[] = { zasm, opt, "--8080", "m80b.asm", "original/" };
errors += main(NELEM(o),o);
cstr p[] = { zasm, opt, "monitor_32k.asm", "original/" };
errors += main(NELEM(p),p);
cstr q[] = { zasm, opt, "MS-Basic.asm", "original/" };
errors += main(NELEM(q),q);
cstr r[] = { zasm, opt, "mybios4_mod.asm", "original/" };
errors += main(NELEM(r),r);
cstr s[] = { zasm, opt, "--dotnames", "--reqcolon", "OpenSE Basic/opense.asm", "original/" };
errors += main(NELEM(s),s);
cstr b[] = { zasm, opt, "ZX Spectrum Rom/sc178.asm", "original/" };
errors += main(NELEM(b),b);
cstr m[] = { zasm, opt, "test z80 cpu - prelim.asm", "original/" };
errors += main(NELEM(m),m);
cstr t[] = { zasm, opt, "--reqcolon", "VZ200 RS232 Terminal/VZ RS232.asm", "original/" };
errors += main(NELEM(t),t);
cstr u[] = { zasm, opt, "wmfw/wmfw2_5_orig.asm", "original/" };
errors += main(NELEM(u),u);
cstr v[] = { zasm, opt, "z80mon.asm", "original/" };
errors += main(NELEM(v),v);
cstr w[] = { zasm, opt, "z80sourc.asm", "original/" };
errors += main(NELEM(w),w);
cstr x[] = { zasm, opt, "--reqcolon", "zx81v2.asm", "original/" };
errors += main(NELEM(x),x);
cstr y[] = { zasm, opt, "--ixcbr2", "zasm-test-opcodes.asm", "original/" };
errors += main(NELEM(y),y);
}
change_working_dir(catstr(testdir,"Test/8080/"));
{
cstr a[] = { zasm, opt, "--asm8080", "--reqcolon", "Altair8800_Monitor.asm", "original/" };
errors += main(NELEM(a),a);
cstr b[] = { zasm, opt, "8080PRE.asm", "original/" };
errors += main(NELEM(b),b);
cstr y[] = { zasm, opt, "zasm-test-opcodes.asm", "original/" };
errors += main(NELEM(y),y);
}
change_working_dir(catstr(testdir,"Test/Z180/"));
{
cstr a[] = { zasm, opt, "--z180", "first.asm", "original/" };
errors += main(NELEM(a),a);
cstr b[] = { zasm, opt, "--z180", "counter master.asm", "original/" };
errors += main(NELEM(b),b);
cstr y[] = { zasm, opt, "zasm-test-opcodes.asm", "original/" };
errors += main(NELEM(y),y);
}
if(verbose)
{
fprintf(stderr, "\ntotal time: %3.4f sec.\n", now()-start);
if(errors>1) fprintf(stderr, "\nzasm: %u errors\n\n", errors);
else fprintf(stderr, errors ? "\nzasm: 1 error\n\n" : "zasm: no errors\n");
}
return errors>0;
}
// check options:
if(targetZ180) targetZ80 = yes; // implied
if(asm8080 && !targetZ80) target8080 = yes; // only implied if not --Z80 set
if(!target8080) targetZ80 = yes; // default to Z80 if not --8080 or --asm8080 set
if(asm8080 && targetZ180)
{
fprintf(stderr,"--> %s\nzasm: 1 error\n", "the 8080 assembler does not support Z180 opcodes.");
return 1;
}
if(target8080 && targetZ80)
{
fprintf(stderr,"--> %s\nzasm: 1 error\n", "--8080 and --z80|--z180 are mutually exclusive.");
return 1;
}
if(ixcbr2 || ixcbxh)
{
if(target8080)
{
fprintf(stderr,"--> %s\nzasm: 1 error\n", "i8080 has no index registers and no prefix 0xCB instructions.");
return 1;
}
if(targetZ180)
{
fprintf(stderr,"--> %s\nzasm: 1 error\n", "no --ixcb… allowed: the Z180 traps illegal instructions");
return 1;
}
if(asm8080)
{
fprintf(stderr,"--> %s\nzasm: 1 error\n", "the 8080 assembler does not support illegal opcodes.");
return 1;
}
if(ixcbr2 && ixcbxh)
{
fprintf(stderr,"--> %s\nzasm: 1 error\n", "--ixcbr2 and --ixcbxh are mutually exclusive.");
return 1;
}
}
// check source file:
if(!inputfile)
{
h: fprintf(stderr, help, version, compiledatestr(), _PLATFORM);
return 1;
}
inputfile = fullpath(inputfile,no);
if(errno)
{
if(verbose) fprintf(stderr, "--> %s: %s\nzasm: 1 error\n", inputfile, strerror(errno));
return 1;
}
if(!is_file(inputfile))
{
if(verbose) fprintf(stderr, "--> %s: not a regular file\nzasm: 1 error\n", inputfile);
return 1;
}
// check output file or dir:
if(!outputfile) outputfile = directory_from_path(inputfile);
outputfile = fullpath(outputfile);
if(errno && errno!=ENOENT)
{
if(verbose) fprintf(stderr, "--> %s: %s\nzasm: 1 error\n", outputfile, strerror(errno));
return 1;
}
// check list file or dir:
if(!listfile) listfile = directory_from_path(outputfile);
listfile = fullpath(listfile);
if(errno && errno!=ENOENT)
{
if(verbose) fprintf(stderr, "--> %s: %s\nzasm: 1 error\n", listfile, strerror(errno));
return 1;
}
// check temp dir:
if(!tempdir) tempdir = directory_from_path(outputfile);
tempdir = fullpath(tempdir);
if(errno && errno!=ENOENT)
{
if(verbose) fprintf(stderr, "--> %s: %s\nzasm: 1 error\n", tempdir, strerror(errno));
return 1;
}
if(lastchar(tempdir)!='/')
{
if(verbose) fprintf(stderr, "--> %s: %s\nzasm: 1 error\n", tempdir, strerror(ENOTDIR));
return 1;
}
// check c_includes path:
if(c_includes)
{
c_includes = fullpath(c_includes);
if(errno==ok && lastchar(c_includes)!='/') errno = ENOTDIR;
if(errno)
{
if(verbose) fprintf(stderr, "--> %s: %s\nzasm: 1 error\n", c_includes, strerror(errno));
return 1;
}
}
// check c_libraries path:
if(libraries)
{
libraries = fullpath(libraries);
if(errno==ok && lastchar(libraries)!='/') errno = ENOTDIR;
if(errno)
{
if(verbose) fprintf(stderr, "--> %s: %s\nzasm: 1 error\n", libraries, strerror(errno));
return 1;
}
}
// check cc_path:
if(c_compiler)
{
if(c_compiler[0]!='/')
{
cstr s = quick_fullpath(c_compiler);
if(is_file(s))
c_compiler = s;
else
{
Array<str> ss;
split(ss, getenv("PATH"), ':');
for(uint i=0; i<ss.count(); i++)
{
s = catstr(ss[i],"/",c_compiler);
if(is_file(s)) { c_compiler = s; break; }
}
}
}
c_compiler = fullpath(c_compiler);
if(errno)
{
if(verbose) fprintf(stderr, "--> %s: %s\nzasm: 1 error\n", c_compiler, strerror(errno));
return 1;
}
if(!is_file(c_compiler))
{
if(verbose) fprintf(stderr, "--> %s: not a regular file\nzasm: 1 error\n", c_compiler);
return 1;
}
if(!is_executable(c_compiler))
{
if(verbose) fprintf(stderr, "--> %s: not executable\nzasm: 1 error\n", c_compiler);
return 1;
}
}
// DO IT!
Z80Assembler ass;
ass.verbose = verbose;
ass.ixcbr2_enabled = ixcbr2;
ass.ixcbxh_enabled = ixcbxh;
ass.target_8080 = target8080;
ass.target_z80 = targetZ80;
ass.target_z180 = targetZ180;
ass.asm8080 = asm8080;
ass.require_colon = reqcolon;
ass.allow_dotnames = dotnames;
ass.casefold= casefold;
ass.flat_operators = flatops;
ass.max_errors = maxerrors;
ass.compare_to_old = compare;
ass.cgi_mode = cgi_mode;
if(c_includes) ass.c_includes = c_includes;
if(libraries) ass.stdlib_dir = libraries;
if(c_compiler) ass.c_compiler = c_compiler;
ass.assembleFile( inputfile, outputfile, listfile, tempdir, liststyle, outputstyle, clean );
uint errors = ass.errors.count();
if(verbose) // show errors on stderr:
{
cstr current_file = NULL;
for(uint i=0; i<errors; i++)
{
Error const& e = ass.errors[i];
SourceLine* sourceline = e.sourceline;
if(!sourceline)
{
if(current_file) fprintf(stderr,"\n"); current_file=NULL; fprintf(stderr,"--> %s\n",e.text);
continue;
}
cstr filename = sourceline->sourcefile;
if(filename!=current_file) // note: compare pointers!
{
current_file = filename;
fprintf(stderr, "\nin file %s:\n", filename_from_path(filename));
}
cstr linenumber = numstr(sourceline->sourcelinenumber+1);
fprintf(stderr, "%s: %s\n", linenumber, sourceline->text);
fprintf(stderr, "%s%s^ %s\n", spacestr(strlen(linenumber)+2), sourceline->whitestr(), e.text);
}
fprintf(stderr, "assemble: %u lines\n", ass.source.count());
fprintf(stderr, "time: %3.4f sec.\n", now()-start);
if(errors>1) fprintf(stderr, "\nzasm: %u errors\n\n", errors);
else fprintf(stderr, errors ? "\nzasm: 1 error\n\n" : "zasm: no errors\n");
}
return errors>0; // 0=ok, 1=errors
}
void Microbe::compileError( MistakeType type, const QString & context, const SourceLine & sourceLine )
{
QString message;
switch (type)
{
case UnknownStatement:
message = i18n("Unknown statement");
break;
case InvalidPort:
message = i18n("Port '%1' is not supported by target PIC").arg(context);
break;
case UnassignedPin:
message = i18n("Pin identifier was not followed by '='");
break;
case NonHighLowPinState:
message = i18n("Pin state can only be 'high' or 'low'");
break;
case UnassignedPort:
message = i18n("Invalid token '%1'. Port identifier should be followed by '='").arg(context);
break;
case UnexpectedStatementBeforeBracket:
message = i18n("Unexpected statement before '{'");
break;
case MismatchedBrackets:
message = i18n("Mismatched brackets in expression '%1'").arg(context);
break;
case InvalidEquals:
message = i18n("Invalid '=' found in expression");
break;
case ReservedKeyword:
message = i18n("Reserved keyword '%1' cannot be a variable name.").arg(context);
break;
case ConsecutiveOperators:
message = i18n("Nothing between operators");
break;
case MissingOperator:
message = i18n("Missing operator or space in operand");
break;
case UnknownVariable:
if ( context.isEmpty() )
message = i18n("Unknown variable");
else
message = i18n("Unknown variable '%1'").arg(context);
break;
case UnopenableInclude:
message = i18n("Could not open include file '%1'").arg(context);
break;
case DivisionByZero:
message = i18n("Division by zero");
break;
case NumberTooBig:
message = i18n("Number too big");
break;
case NonConstantStep:
message = i18n("Step can only be a constant expression");
break;
case NonConstantDelay:
message = i18n("Delay must be a positive constant value");
break;
case HighLowExpected:
message = i18n("'high' or 'low' expected after pin expression '%1'").arg(context);
break;
case InvalidComparison:
message = i18n("Comparison operator in '%1' is not recognized");
break;
case SubBeforeEnd:
message = i18n("Subroutine definition before end of program");
break;
case InterruptBeforeEnd:
message = i18n("Interrupt routine definition before end of program");
break;
case LabelExpected:
message = i18n("Label expected");
break;
case TooManyTokens:
message = i18n("Extra tokens at end of line");
break;
case FixedStringExpected:
message = i18n("Expected '%1'").arg(context);
break;
case PinListExpected:
message = i18n("Pin list expected");
break;
case AliasRedefined:
message = i18n("Alias already definied");
break;
case InvalidInterrupt:
message = i18n("Interrupt type not supported by target PIC");
break;
case InterruptRedefined:
message = i18n("Interrupt already definied");
break;
case ReadOnlyVariable:
message = i18n("Variable '%1' is read only").arg(context);
break;
case WriteOnlyVariable:
message = i18n("Variable '%1' is write only").arg(context);
break;
case InvalidPinMapSize:
message = i18n("Invalid pin list size");
break;
case VariableRedefined:
message = i18n("Variable '%1' is already defined").arg(context);
break;
case InvalidVariableName:
message = i18n("'%1' is not a valid variable name").arg(context);
break;
case VariableExpected:
message = i18n("Variable expected");
break;
case NameExpected:
message = i18n("Name expected");
break;
}
m_errorReport += QString("%1:%2:Error [%3] %4\n")
.arg( sourceLine.url() )
.arg( sourceLine.line()+1 )
.arg( type )
.arg( message );
}
