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IDProjectCategoryTask TypeSeveritySummaryStatusOpened by  asc
948QCAD BugtrackerQCAD (main)Bug ReportLowmainwindow example segfaultsAssignedTamas TEVESZ Task Description

As far as I can tell, it never worked.

#0  0x0000000000490527 in QFormInternal::domPropertyToVariant ()
No symbol table info available.
#1  0x000000000042aea9 in QFormInternal::QAbstractFormBuilder::toVariant ()
No symbol table info available.
#2  0x00000000004498a6 in QFormInternal::QFormBuilder::applyProperties ()
No symbol table info available.
#3  0x000000000042475f in QFormInternal::FormBuilderPrivate::applyProperties ()
No symbol table info available.
#4  0x000000000042e83b in QFormInternal::QAbstractFormBuilder::create ()
No symbol table info available.
#5  0x00000000004493c0 in QFormInternal::QFormBuilder::create ()
No symbol table info available.
#6  0x000000000042182e in QFormInternal::FormBuilderPrivate::create ()
No symbol table info available.
#7  0x000000000042fa37 in QFormInternal::QAbstractFormBuilder::create ()
No symbol table info available.
#8  0x00000000004225a2 in QFormInternal::FormBuilderPrivate::create ()
No symbol table info available.
#9  0x0000000815eed3d7 in QFormInternal::QAbstractFormBuilder::load ()
   from /usr/home/ice/w/qcad/qcad/plugins/script/libqtscript_uitools.so.1.0.0
No symbol table info available.
#10 0x0000000815ededad in QUiLoader::load () from /usr/home/ice/w/qcad/qcad/plugins/script/libqtscript_uitools.so.1.0.0
No symbol table info available.
#11 0x0000000815eda326 in qtscript_QUiLoader_prototype_call (context=0x813262240)
    at ../../generated_cpp/com_trolltech_qt_uitools/qtscript_QUiLoader.cpp:282
        _q_arg0 = (QIODevice *) 0x813fe5610
        _q_arg1 = (QWidget *) 0x813ffdcd0
        _q_result = (QWidget *) 0x8006e2c00
        _id = <value optimized out>
        _q_self = (QUiLoader *) 0x813f08d40
#12 0x0000000805fc9f78 in QScript::FunctionWrapper::proxyCall () from /usr/local/lib/qt4/libQtScript.so.4
No symbol table info available.
#13 0x0000000805ee418f in QTJSC::NativeFuncWrapper::operator() () from /usr/local/lib/qt4/libQtScript.so.4
No symbol table info available.
#14 0x0000000805eb93ee in QTJSC::Interpreter::privateExecute () from /usr/local/lib/qt4/libQtScript.so.4
No symbol table info available.
#15 0x0000000805ec1ccd in QTJSC::Interpreter::execute () from /usr/local/lib/qt4/libQtScript.so.4
No symbol table info available.
#16 0x0000000805ec1ff9 in QTJSC::Interpreter::execute () from /usr/local/lib/qt4/libQtScript.so.4
No symbol table info available.
#17 0x0000000805fa9743 in QScriptEnginePrivate::evaluateHelper () from /usr/local/lib/qt4/libQtScript.so.4
No symbol table info available.
#18 0x0000000805faabc6 in QScriptEngine::evaluate () from /usr/local/lib/qt4/libQtScript.so.4
No symbol table info available.
#19 0x0000000800ac5aae in RScriptHandlerEcma::eval (this=0x811f435e0, script=<value optimized out>, 
    fileName=<value optimized out>) at RScriptHandlerEcma.cpp:855
        err = {d_ptr = {d = 0x7fffffffcf50}}
#20 0x0000000800ac65c5 in RScriptHandlerEcma::doScript (this=0x811f435e0, scriptFile=@0x7fffffffd2f0, 
    arguments=<value optimized out>) at RScriptHandlerEcma.cpp:851
        fi = {d_ptr = {d = 0x813f94700}}
        globalObject = {d_ptr = {d = 0x813ff1240}}
        contents = {static null = {<No data fields>}, static shared_null = {ref = {_q_value = 3936}, alloc = 0, size = 0, 
    data = 0x809bb387a, clean = 0, simpletext = 0, righttoleft = 0, asciiCache = 0, capacity = 0, reserved = 0, array = {0}}, 
  static shared_empty = {ref = {_q_value = 19}, alloc = 0, size = 0, data = 0x809bb389a, clean = 0, simpletext = 0, 
    righttoleft = 0, asciiCache = 0, capacity = 0, reserved = 0, array = {0}}, d = 0x811c11800, static codecForCStrings = 0x0}
#21 0x0000000000417d13 in MainWindow (this=0x7fffffffd4b0, parent=<value optimized out>) at MainWindow.cpp:99
No locals.
#22 0x0000000000416ad9 in main (argc=1, argv=<value optimized out>) at main.cpp:35
        app = <value optimized out>
        window = {<QMainWindow> = {<QWidget> = {<QObject> = {_vptr$QObject = 0x4992b0, static staticMetaObject = {d = {
            superdata = 0x0, stringdata = 0x809933ae0 "QObject", data = 0x809933b80, extradata = 0x809ba94c0}}, 
        static staticMetaObjectExtraData = {objects = 0x0, 
          static_metacall = 0x80985cd80 <QObject::qt_static_metacall(QObject*, QMetaObject::Call, int, void**)>}, d_ptr = {
          d = 0x811d28600}, static staticQtMetaObject = {d = {superdata = 0x0, stringdata = 0x80993cc40 "Qt", 
            data = 0x809940560, extradata = 0x0}}}, <QPaintDevice> = {_vptr$QPaintDevice = 0x499478, painters = 0}, 
      static staticMetaObject = {d = {superdata = 0x809ba94e0, stringdata = 0x808e66be0 "QWidget", data = 0x808e670c0, 
          extradata = 0x809282360}}, static staticMetaObjectExtraData = {objects = 0x0, 
        static_metacall = 0x8087899a0 <QWidget::qt_static_metacall(QObject*, QMetaObject::Call, int, void**)>}, 
      data = 0x811d28748}, static staticMetaObject = {d = {superdata = 0x809282380, stringdata = 0x808ec04c0 "QMainWindow", 
        data = 0x808ec0660, extradata = 0x8092abc60}}, static staticMetaObjectExtraData = {objects = 0x8092d1880, 
      static_metacall = 0x808e5aaf0 <QMainWindow::qt_static_metacall(QObject*, QMetaObject::Call, int, void**)>}}, 
  documentInterface = 0x811d31600}
        ret = <value optimized out>
952QCAD BugtrackerQCAD (main)Feature RequestLowDimensions: manually control arrow positionAssigned3Tamas TEVESZ Task Description

See drawing: I can’t seem to be able to manually change to the “To” variants – that is, override the decision of the label/arrow placement engine.

The circle in the attachment is a borderline example of when even just in this form I would more like it on the outside. If the drawing is crowded in that area, it would be even more useful to have it the other way around.

1008QCAD BugtrackerQCAD (main)Bug ReportLowDXF (dxflib) compat issuesAssignedTamas TEVESZ Task Description

Git head as well as 3.4.5 (trial), both with dxflib 3.3.4.0.

Start up QCAD, (with existing or new configuration, doesn’t seem to matter), “Save as” the completely empty drawing, choose “R15 (dxflib)” on Pro (only this one is available on community), save drawing.

Fire up AutoCAD 2000, try to load the empty drawing just saved.

Result:

DXF read error
Error in APPID Table
DXF read error on line 941.
Invalid or incomplete DXF input -- drawing discarded.

Problem not present when a completely empty drawing saved using Teigha in R15 format is opened (ie. it just results in an empty drawing in AutoCAD 2000). Problem is also not present when saving an existing drawing with Pro (trial) with Teigha and opening it in AutoCAD 2000. Problem does present when trying to open a dxflib-saved drawing in AutoCAD 2000.

Empty drawings created with both dxflib 3.3.4.0 in QCAD Pro 3.4.5 trial and Teigha whatever in QCAD Pro trial 3.4.5 are attached. (Community Git 135fd0 is identical to Pro - same dxflib version.)

1046QCAD BugtrackerQCAD (main)Feature RequestLowPlease add script bindings for Qt 4.8.6 and 5.2.1AssignedTamas TEVESZ Task Description

These are the versions Ubuntu 14.04 comes with, and since it’s an LTS version, it will linger around a while.

(Despite the fact that the Qt4 packages are versioned 4.8.5, qmake –version says 4.8.6, so it doesn’t find the 4.8.5 bindings.)

Thanks,

1473QCAD BugtrackerQCAD (main)Feature RequestLow"Partial" circular/radial dimensionsAssigned2Tamas TEVESZ Task Description

This is kind of related to FS#952, or rather a superset of it.

Consider the situation in the attached image. There is a perfectly good, albeit really shallow arc, making the radius somewhere in the vicinity of 600 millimeters, and the radial dimension being drawn accordingly.

Considering the other dimensions of the part, this is completely unusable, even to work with, really, but definitely so when it needs to be put on paper.

It would be nice to have some sort of “partial” (for my lack of a better word) radial/diametric dimensions where the dimension length can be adjusted.

Considering that this can be done with Leader, maybe a better (more generic) solution would be for Leader type dimensions to have options so they could automatically generate labels for various dimensions of a selected entity – sort of like having the Prefix/Tolerance/Scale options the other dimensions have, and have some additional fields there for selected entity and maybe dimension type (for example, radial or diametric for an arc-type entity).

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