diff options
Diffstat (limited to 'formula/inc/formula/errorcodes.hxx')
| -rw-r--r-- | formula/inc/formula/errorcodes.hxx | 78 |
1 files changed, 39 insertions, 39 deletions
diff --git a/formula/inc/formula/errorcodes.hxx b/formula/inc/formula/errorcodes.hxx index f08af17e095e..fe8382eced9b 100644 --- a/formula/inc/formula/errorcodes.hxx +++ b/formula/inc/formula/errorcodes.hxx @@ -34,60 +34,60 @@ namespace ScErrorCodes { -const USHORT errIllegalChar = 501; -const USHORT errIllegalArgument = 502; -const USHORT errIllegalFPOperation = 503; // #NUM! -const USHORT errIllegalParameter = 504; -const USHORT errIllegalJump = 505; -const USHORT errSeparator = 506; -const USHORT errPair = 507; -const USHORT errPairExpected = 508; -const USHORT errOperatorExpected = 509; -const USHORT errVariableExpected = 510; -const USHORT errParameterExpected = 511; -const USHORT errCodeOverflow = 512; -const USHORT errStringOverflow = 513; -const USHORT errStackOverflow = 514; -const USHORT errUnknownState = 515; -const USHORT errUnknownVariable = 516; -const USHORT errUnknownOpCode = 517; -const USHORT errUnknownStackVariable = 518; -const USHORT errNoValue = 519; // #VALUE! -const USHORT errUnknownToken = 520; -const USHORT errNoCode = 521; // #NULL! -const USHORT errCircularReference = 522; -const USHORT errNoConvergence = 523; -const USHORT errNoRef = 524; // #REF! -const USHORT errNoName = 525; // #NAME? -const USHORT errDoubleRef = 526; -const USHORT errInterpOverflow = 527; +const sal_uInt16 errIllegalChar = 501; +const sal_uInt16 errIllegalArgument = 502; +const sal_uInt16 errIllegalFPOperation = 503; // #NUM! +const sal_uInt16 errIllegalParameter = 504; +const sal_uInt16 errIllegalJump = 505; +const sal_uInt16 errSeparator = 506; +const sal_uInt16 errPair = 507; +const sal_uInt16 errPairExpected = 508; +const sal_uInt16 errOperatorExpected = 509; +const sal_uInt16 errVariableExpected = 510; +const sal_uInt16 errParameterExpected = 511; +const sal_uInt16 errCodeOverflow = 512; +const sal_uInt16 errStringOverflow = 513; +const sal_uInt16 errStackOverflow = 514; +const sal_uInt16 errUnknownState = 515; +const sal_uInt16 errUnknownVariable = 516; +const sal_uInt16 errUnknownOpCode = 517; +const sal_uInt16 errUnknownStackVariable = 518; +const sal_uInt16 errNoValue = 519; // #VALUE! +const sal_uInt16 errUnknownToken = 520; +const sal_uInt16 errNoCode = 521; // #NULL! +const sal_uInt16 errCircularReference = 522; +const sal_uInt16 errNoConvergence = 523; +const sal_uInt16 errNoRef = 524; // #REF! +const sal_uInt16 errNoName = 525; // #NAME? +const sal_uInt16 errDoubleRef = 526; +const sal_uInt16 errInterpOverflow = 527; // Not displayed, temporary for TrackFormulas, // Cell depends on another cell that has errCircularReference -const USHORT errTrackFromCircRef = 528; +const sal_uInt16 errTrackFromCircRef = 528; // ScInterpreter internal: no numeric value but numeric queried. If this is // set as mnStringNoValueError no error is generated but 0 returned. -const USHORT errCellNoValue = 529; +const sal_uInt16 errCellNoValue = 529; // Interpreter: needed AddIn not found -const USHORT errNoAddin = 530; +const sal_uInt16 errNoAddin = 530; // Interpreter: needed Macro not found -const USHORT errNoMacro = 531; +const sal_uInt16 errNoMacro = 531; // Interpreter: Division by zero -const USHORT errDivisionByZero = 532; // #DIV/0! +const sal_uInt16 errDivisionByZero = 532; // #DIV/0! // Compiler: a non-simple (str,err,val) value was put in an array -const USHORT errNestedArray = 533; +const sal_uInt16 errNestedArray = 533; // ScInterpreter internal: no numeric value but numeric queried. If this is // temporarily (!) set as mnStringNoValueError, the error is generated and can // be used to distinguish that condition from all other (inherited) errors. Do // not use for anything else! Never push or inherit the error otherwise! -const USHORT errNotNumericString = 534; +const sal_uInt16 errNotNumericString = 534; // Interpreter: NA() not available condition, not a real error -const USHORT NOTAVAILABLE = 0x7fff; +const sal_uInt16 NOTAVAILABLE = 0x7fff; /** Unconditionally construct a double value of NAN where the lower bits represent an interpreter error code. */ -inline double CreateDoubleError( USHORT nErr ) +inline double CreateDoubleError( sal_uInt16 nErr ) { union { @@ -101,17 +101,17 @@ inline double CreateDoubleError( USHORT nErr ) /** Recreate the error code of a coded double error, if any. */ -inline USHORT GetDoubleErrorValue( double fVal ) +inline sal_uInt16 GetDoubleErrorValue( double fVal ) { if ( ::rtl::math::isFinite( fVal ) ) return 0; if ( ::rtl::math::isInf( fVal ) ) return errIllegalFPOperation; // normal INF - UINT32 nErr = reinterpret_cast< sal_math_Double * >( + sal_uInt32 nErr = reinterpret_cast< sal_math_Double * >( &fVal)->nan_parts.fraction_lo; if ( nErr & 0xffff0000 ) return errNoValue; // just a normal NAN - return (USHORT)(nErr & 0x0000ffff); // any other error + return (sal_uInt16)(nErr & 0x0000ffff); // any other error } } // namespace ScErrorCodes |