DIALOG_COMPONENT_CHOOSE displays footprint preview when pcbnew kiface
is available, but it crashed when it was not in the same directory
as the executable. Now it displays an error message that allows the
user to quickly identify the problem.
Fixes: lp:1695005
* https://bugs.launchpad.net/kicad/+bug/1695005
Allow partial library reads in libraries that support footprint per file.
This includes the KiCad and GEDA footprint libraries.
Allow for partially cached libraries rather than ignoring all valid files
when an error occurs.
The is a bug in the wxMimeTypeManager object that sets the wrong default
PDF viewer on Linux. Using wxLaunchDefaultApplication resolves the issue.
Remove angle brackets <> from error message as this causes issues with
controls that interpret HTML text.
Remove GetChars() from string formatting functions since it is not
required with wxWidgets 3 or greater.
Before the refactor library browser display Bezier curves correctly only
once, at other times they were just straight lines or crashed the
application.
All E'STRUCTS' are moved to common except for ERULES (which is
specific to pcbnew and needs its internal units), still in
pcbnew/eagle_plugin.{h,cpp}
In order to get rid of another boost dependency, this also changes
the parsing of the XML from Boost.PropertyTree to wxXml.
To replace boost::optional, an OPTIONAL_XML_ATTRIBUTE class has
been implemented. This could be replaced with std::optional when
C++17 is ready.
The footprint library cache handler would throw an exception on the
first error it encountered preventing all subsequent footprint files
from being parsed even if there was nothing wrong with them. This
commit queues errors until all of the footprint files in the folder
have been parsed.
Fixes lp:1416736
https://bugs.launchpad.net/kicad/+bug/1416736
- Allows grouping of matched components
- Bulk edit of components in a spreadsheet window
- User can choose to save / undo changes
- All changes are pushed to the undo stack in a single operation
- Export table to HTML / CSV output
The recent refactoring work to move zones from CPolyLine to
SHAPE_POLY_SET resulted in a reduction in pcbnew's python
capabilities. This change exposed SHAPE_POLY_SET to restore
that functionality (albeit with slightly different method names)
Fix incorrect frame deletion, only noticeable when eeschema is run in stand alone mode.
After selecting a footprint using the footprint viewer, the application cannot be closed.
Reason:
the footprint viewer ctor creates an instance (not shown) of a FRAME_PCB.
Unfortunately, this pcb frame was not deleted by Eeschema, in stand alone mode,
preventing the application to be closed because a frame was still active after closing the schematic editor frame.
Now the footprint viewer ctor delete this instance after use, if it was not previously existing.
After selecting a footprint using the footprint viewer, the application cannot be closed.
Reason:
the footprint viewer ctor creates an instance (not shown) of a FRAME_PCB.
Unfortunately, this pcb frame was not deleted by Eeschema, in stand alone mode,
preventing the application to be closed because a frame was still active after closing the schematic editor frame.
Add loading symbol library table code to schematic PROJECT object.
Fix minor issues with loading global symbol library table.
Add default symbol library path environment variable to the environment
variable list and change the variable name to KICAD_SYMBOL_DIR.
Add code to SCH_SCREENS to test if all library nicknames of the symbol
library IDs are empty.
Remove unnecessary KICAD_USE_SCH_IO_MANAGER build option.
Independent drawing functions (that don't expect any particular state to
be set up fo them) on the GAL need to reset the GAL properties they
use. This adds GAL::ResetTextAttributes() to make this easier.
This is important, as failing to reset mirroring can cause asserts in
OpenGL.
This is used in the Ruler tool (which previously did it one attribute at
a time) and also the Arc layout assistant, which previously failed to
reset mirroring.
Also reset on GAL construction, as these members appear to be
uninitialised.
Factor out the FP_LIB_TABLE specific content from FP_TBL_MODEL into a new
LIB_TABLE_GRID class that can be used for any library table grid mix in.
Create new FP_LIB_TABLE_GRID object for the footprint library edit dialog.
Add method GetEnvVariables() to return any environment variables found in
a LIB_TABLE object.
This is required as the OpenGL GAL doesn't support mirrored
text, and if the state is not cleared after painting other mirrored
text, this is what is attempted.
Fixes: lp:1677210
* https://bugs.launchpad.net/kicad/+bug/1677210
- DIALOG_CHOOSE_COMPONENT has footprint select widget
- FOOTPRINT_SELECT_WIDGET
- FOOTPRINT_CHOICE widget (customized wxComboCtrl)
- FOOTPRINT_FILTER class
- FOOTPRINT_INFO rework:
- FOOTPRINT_ASYNC_LOADER to load without freezing UI
- Rewrite loader threads as queue-driven thread pool
- Make FOOTPRINT_INFO available via kiway
- FP_LIB_TABLE::PrefetchLib
- Access to global fp-lib-table via kiway
- SYNC_QUEUE threadsafe queue template
- Remove KICAD_FOOTPRINT_SELECTOR build option
Removes the need of using the legacy code in polygon/PolyLine.{h,cpp},
refactoring all CPolyLine instances with SHAPE_POLY_SET instances.
The remaining legacy methods have been ported to SHAPE_POLY_SET;
mainly: Chamfer, Fillet, {,Un}Hatch.
The iteration over the polygon vertices have been simplified using the
family of ITERATOR classes.
The executable name constants are only used by two files, they do not
have to be in common.h.
Also converted to const wxString for better type-safety and removed
old-style wxT macros.
This function is called only from three sites, it doesn't need to be in
common.h.
The implementation was already in systemdirsappend.cpp, so a matching
header was created for it.
This reduces the visibility of the function to only the files that need
it and slightly shrinks common.h.
The global ::LockFile() function is used in a single place, but it's in
common.h, so visible to all files.
The GetKicadLockFilePath function is used in only two places, and one of
them is LockFile.
This commit puts them both in a separate header, so they're only visible
to code using them.
The implementation of GetKicadLockFilePath is moved to lockfile.cpp,
where LockFile already was.
Also removed a (large) handful of wxT macros, which aren't needed any
more and make code less readable.
The currentTarget member of OPENGL_GAL is not initialised, but the
currentManager member is.
This commit uses SetTarget to initialise both target and manager to a
consistent state at construction.
The zone creation in DRAWING_TOOL was a complex event loop whici
simultaneously managed the event handling, construction of the preview
polygon and the creation and commiting of the zone, all in the same
scope. This has been broken into several pieces:
* POLYGON_ITEM preview item, used to preview the polygon in progress
* POLYGON_GEOM_MANAGER is a class that collects points from user input
and used them to describe a polygon's geometry, including calculation
of 45-degree constrained leader lines
* ZONE_CREATE_HELPER is a class which deals with creating zones based on
geometry from a geometry manager and parameters from the DRAWING_TOOL
* The (much simpler) event loop in DRAWING_TOOL drives the
POLYGON_GEOM_MANAGER. With a minor refactor, this loop can be reused
in future for other polygonal tools if wanted.
The polygon preview now has a translucent fill which makes it easier to
visualise the zone.
This also adds the Close Zone Outline and Delete Last Corner actions as
part of the new event loop.
Fixes: lp:1663885
* https://bugs.launchpad.net/kicad/+bug/1663885
Fixes: lp:1667885
* https://bugs.launchpad.net/kicad/+bug/1667885
This uses the two-point geometry manager to split the logic of the ruler
geometry and the preview item display. This allows the ruler to use that
manager's angle snap feature.
The motivation here is to concentrate display options in the GAL display
settings, ready for removal of legacy canvases. Instead of having the
property as a member of the DRAW_FRAME, with the GAL canvas retreiving
it from there, it is now in the GAL_DISPLAY_OPTIONS struct, and both GAL
and legacy get it from there.
The options for setting cursor shape are then moved out of the general
options dialog, and into the GAL display options widget, where they can
be used in all GAL-aware programs.
GAL cursor shape works on GAL, but not legacy, so the option is now
available on OSX (but only affects GAL, and is labelled as such).
This gives a bit more space to the GAL options in the left panel
Also tidy up some code style and unnecessary default arguments in the
GAL display planel widget.
This makes it clearer when a tool is active, otherwise interactive tool
effects like auto-pan can come as a surprise when the cursor is forced
to display all the time.
A new items is added to the GAL display options (and the dialog), and a
hotkey (Ctrl+Shift+x) is added to toggle it.
Fixes: lp:1673633
* https://bugs.launchpad.net/kicad/+bug/1673633
This adds the microwave tools to GAL in Pcbnew as a new tool:
MICROWAVE_TOOL.
Some new preview items are introduced to support this:
* TWO_POINT_GEOM_MANAGER for managing construction of two-point
geometries, such as that used to construct the inductor.
* CENTRELINE_RECT_ITEM a preview item to draw ractangle with a given
aspect ratio along a line (specified using a TWO_POINT_GEOM_MANAGER)
PCB_TOOL gets a generic event loops which should be useful for more
than just microwave tools:
* doInteractiveItemPlacement() - handles event loops that wait for a
click, create an item on click and then allow moving it
around/flipping, etc.
Fixes: lp:1531323
* https://bugs.launchpad.net/kicad/+bug/1531323
This adds a richer overlay to the arc-by-three-points tool in Pcbnew,
including more guide-lines and a live display of radius and angle.
Also included is ability to go back to the previous step (if setting end
angle, you can go back to setting start point, etc) using Backspace, and
Ctrl snaps the start/end angles to 45 degree multiples.
This adds new classes
* MULTISTEP_GEOM_MANAGER: represents a generic "geometry manager" that
builds up some geometrical construction based on a sequence of points.
Used by:
* ARC_GEOM_MANAGER: handles the logical flow of constructing an
arc by centre-point, set radius, set angle. This moves the logic out
of the Pcbnew DRAWING_TOOL event loop in drawArc().
* ARC_ASSISTANT: graphical overlay to communicate current arc shape to
the user during the drawing process
Add typedef for wxCoord to wx.i to enable usage of methods like
EDA_RECT.Inflate.
Added id.h to pcbnew.i to expose window toolbar identifier names.
Added Refresh() and WindowZoom() to pcbnew_scripting_helper.
The primary motivation here is to allow other GAL canvas users (eg
Modedit, and soon Gerbview) to be able to easily modify GAL canvas
options.
For now, this doesn't change the display properties dialog in
appearance, but if more GAL options are added, it might need a bit of
tweak and maybe tabs or similar, like Eeschema preferences.
- Pull out compound widget bits into FOOTPRINT_PREVIEW_WIDGET
- Move all pcbnew-specific bits *inside* pcbnew; implementation should
be private for users
- Make a few class members and inner types private
This allows to measure between features on a PCB. It uses a preview
EDA_ITEM in common, but due to the use of the IDs, it's currently
Pcbnew/Modedit only.
This also adds several "utils" for graphical functons useful when
drawing preview items on GAL canvases.
Fixes: lp:1467313
* https://bugs.launchpad.net/kicad/+bug/1467313
This simplifies the (already simple) SELECTION_AREA class. It is also
moved into KIGFX::PREVIEW and put in the common library, where it can be
reused by other GAL-aware tools (not just in Pcbnew) in future.
This introduces SIMPLE_OVERLAT_ITEM, which is an abstract EDA_ITEM,
designed for use as an overlay for assisting interactive tools.
The item is drawn only on the GP_OVERLAY layer, and sets the fill,
stroke and line properties before calling a virtual function to draw the
shape, which will depend on the implementaiton of the derived class.
The motivation here is to simplify and unify basic overlays used when
in interactive tools. It is not designed to be the base class of all
possible overlays - more complex ones would be more clearly represented
as their own derivative of EDA_ITEM.
Applications of this class can include: zoom/select rectangles, zone
polygon previews, geometric shape helpers, and so on.
When drawing polylines using SHAPE_LINE_CHAIN, the polyline is always
was drawn closed in GAL and open in Cairo, regardless of the state of
SHAPE_LINE_CHAIN.
This refactors COMPONENT_TREE_SEARCH_CONTAINER into a Model-View-Adapter
architecture comprising:
- eeschema/cmp_tree_model.h
- CMP_TREE_NODE: Base class representing a searchable library
set with scoring and sorting
- CMP_TREE_NODE_UNIT
- CMP_TREE_NODE_ALIAS
- CMP_TREE_NODE_LIB
- CMP_TREE_NODE_ROOT
- eeschema/cmp_tree_model_adapter.h
- CMP_TREE_MODEL_ADAPTER: mediator between wxDataViewCtrl (via
wxDataViewModel) and CMP_TREE_NODE*
+---+ +------------------+
+---+ Generates | A | | VIEW |
| M | from libs | D | wxDataViewModel |------------------|
| O | <---------- | A | <------------------> | wxDataViewCtrl |
| D | | P | |------------------|
| E | <---------> | T | <------------------- | wxTextCtrl |
| L | UpdateScore | E | UpdateSearchString() |------------------|
+---+ | R | | |
+---+ +------------------+
Representing the data with a proper model allows the wxDataViewCtrl to
be updated in bulk, which is significantly faster than the old method of
populating it one item at a time. This also adds flexibility if more
data is to be added in the future (which may come in handy with the
upcoming .sweet format, as that adds more ways components can be related
to each other).
Replacing the wxTreeListCtrl with a wxDataViewCtrl also significantly
reduces the general GUI quirkiness, as wxDataViewCtrl is much more well
behaved.
This is the right implementation of the commit b25ded4d.
Previously if there were tools launched from another tool,
the settings could be stored in a wrong TOOL_STATE object.
BOARD::GetBoundingBox() now directly calls BOARD::ComputeBoundingBox()
and there is a new method BOARD::GetBoardEdgesBoundingBox() used for
call sites that needed to use ComputeBoundingBox( true ) in the past.
This allows COMMON_TOOLS to implement ZoomFitScreen without knowledge
of the BOARD class.
There are times, when TOOL_MANAGER has to force cursor position
to make tools work as expected (e.g. when popping up a menu,
so tools get the right click position instead of current position
pointing to an entry in the menu).
If another tool is invoked, VIEW_CONTROLS settings have to be stored
in the TOOL_STATE object. In such case, it is necessary to revert the
force cursor setting when saving VIEW_CONTROLS settings.
Fixes: lp:1668712
* https://bugs.launchpad.net/kicad/+bug/1668712
Init'ing static wxBitmaps in the global scope happens before the GUI is
ready, which segfaults, at least on GTK+. This can happen in, for
example, the Python module. In normal use, the singletop/kicad
loader has initialised the GUI first, so it doesn't manifest there.
The introduces INDICATOR_ICON, which is a very simple class holding a
bitmap that can toggle on or off.
The ICON_PROVIDER class then provides icons to INDICATOR_ICONS, which
means the class can be used for more than just row indicators.
A default row icon provider is also provided for use in the standard row
selector.
This introduces COLOR_SWATCH, which is a reusable
widget that shows a color swatch and can invoke the colour picker
when duble/middle clicked.
It uses it's own wxCommandEvent to signal the change.
This makes the layer widget simpler internally, and also allows other
code to show identical swatches if needed.
SELECTION now holds EDA_ITEMs not BOARD_ITEMs so various places had to
change to casting the selected items to BOARD_ITEMs.
Fixed compilation warnings on clang (Tom)
Call UseDrawPriority( true ) after creating GAL to enable.
VIEW::Add() gets a new optional argument to specify the draw order
when adding an item. If the new argument is left default, the draw
order will increment with each call of VIEW::Add().
Fix std::bind calls after change to VIEW::Add
get_value_or() is considered deprecated, but still works in the newest
boost (1.63). On the other hand, value_or() is not available in some
versions that are still used by major distros.
dispatchContextMenu() stores the cursor position before displaying a
menu, so the tools use the original cursor position when processing
events (instead of the mouse position pointing to a menu entry). Later,
the previous position has to be restored, but if in the meantime the
tool was cancelled - previous settings were restored to a wrong tool.
This is used to provide menu entries that allows cancellation of
interactive drawing and routing tools without needing the keyboard.
It is provided in the drawing tools and the router tool.
The cancel event doesn't have any new functionality (e.g. track rip-up
for the PNS router - lp:1448460), this just adds it to the menu, where
it behaves the same as an Escape keypress.
Has pointed out by Jon Evans the constructor need the .ToColour() and should be called like:
wxPen pen( GetParent()->GetGridColor().ToColour(), h );
Submitted-by: Diogo Condeco <diogocondeco@gmail.com>
eeschema now supports arbitrary colors for all object types, and
pcbnew does in GAL canvas. When switching from GAL to legacy canvas,
pcbnew will convert colors to the nearest legacy color.
Some grid/zoom tools are left in PCBNEW_CONTROL because they currently
depend on Pcbnew-specific class members. Once refactoring is done to
make it possible to use all zoom and grid controls outside of pcbnew,
these last tools can be moved to common to match their ACTIONs.
New virtual class ACTIONS is added as a member to EDA_DRAW_FRAME so
that the TOOL_DISPATCHER can have access to the appropriate derived
version of TranslateLegacyId()
The apply settings and push settings options now take account of the
validity of the global pad settings when deciding whether to show or
not.
Global pad push now requires a source pad and doesn't push from the
global pad setting when there is no selection.
The whole submenu is hidden when there are no enabled items.
Fixes: lp:1664016
* https://bugs.launchpad.net/kicad/+bug/1664016
When reading config options from files, it's important to make sure the
value makes sense - the incoming data could be anything, and may have
incompatible values or be otherwise unreliable.
This introduces a simple way to define and use "mapping tables" which
can map between a "native" value, probably an enum (but not necessarily)
and some external value, for example the value written to file.
This provides a decoupling between the two values, as well as sanitising
inputs and outputs. This is important, as over time, if there isn't a
decoupled interface, changing options result in corrupt configs, or a
proliferation of obsolete enum values kept for compatibility.
This allows the user to set a thicker grid line without causing the
grid lines to become over dense, or just make the grid denser according
to preference.
The term "density" is modified to "minimum grid spacing", which is
the pixel spacing between adjacent grid lines.
The spacing settings now comes in along, with other GAL display settings,
as part of GAL_DISPLAY_OPTIONS observer functionality. To this end, the
setter in GAL interface is removed, as an external user should be
setting this parameter via the GAL_DISPLAY_OPTIONS interface.
This adds a user-settable control for the grid line thickness on GAL
canvases to the display options dialog.
The thickness settings now comes in, along with other GAL display
settings, as part of GAL_DISPLAY_OPTIONS observer functionality. To this
end, the setter in GAL interface is removed, as an external user should
be setting this parameter via the GAL_DISPLAY_OPTIONS interface.
Fixes: lp:1662482
* https://bugs.launchpad.net/kicad/+bug/1662482
This class, INCREMENTAL_TEXT_CTRL, is used to provide a frameworks for
classes that want to control a text control that can be incremented
according to some scheme.
Also provided is a wxWidgets implementation with spin buttons for
control, as well as mousewheel support.
This puts the graphical/display options with the other similar options
in that dialog, rather than with the dimension options found in the Set
Grid dialog, which is in the Dimensions menu.
Also place the option itself in the GAL Display Options structure, so it
can be updated using the observer mechanism there.
The setter for the style in the GAL interface is removed, as the public
interface for setting this option is now to modify the
GAL_DISPLAY_OPTIONS structure and notify the GAL when done.
The GAL_DISPLAY_OPTIONS member of EDA_DRAW_FRAME is a private member and
is used in only a couple of places in the class. The real use of this
member is by a by-ref interface, GetGalDisplayOptions.
Because te GAL options are used by a very select few users of
EDA_DRAW_FRAME, it makes little sense to force all the (many) files
including draw_frame.h to also include gal_display_options.h, when the
vast majority have no need for it.
This massively speeds up compilation of the project when
gal_display_options.h is changed.
More isolation could be acheived by separating the GAL config types (eg
OpenGL antialias modes and grid style) from the options header, as,
although the GAL class uses them, not many includers of the GAL header
need the options struct as well.
This commit brings several changes:
- Add a footprint preview pane to the eeschema component selector
- Upgrade component list to wxTreeListCtrl
- Factor out wxTreeListCtrl subclass TWO_COLUMN_TREE_LIST which
patches a column size bug
- Linkify datasheet URL in info pane
LIB_ID was changing the symbol name due to the parser dropping everything
past the first '/' character which is interpreted by LIB_ID as the item
version. Add flag to ignore this in LIB_ID::SetLibItemName() and add a
new ctor so the library nickname, item name, and revision can be set as
required to prevent the standard LIB_ID parsing.
Fix a few places where PART_LIBS functions FindLibraryAlias() and
FindLibPar() were translating wxString symbol names to LIB_IDs where the
LIB_ID parser was truncating the symbol name.
Setfocus now works on macos dialogs by setting DLGSHIM_USE_SETFOCUS.
This option is only enabled __WXMAC__ is defined.
FixOSXCancelButtonIssue() is now called inside DIALOG_SHIM::SHOW.
All other calls from within the dialogs were removed.
Make all EDA_TEXT data private and rename accessors to avoid function
name collisions in derived classes.
Overload EDA_TEXT's SetTextAngle() and SetEffects() in TEXTE_PCB.
Add support for preserving Reference text position, size, orientation
during a netlist import into a BOARD, as well as the one off footprint
update dialog.
Message type is a kind of notification, so it should be received by all
interested tools. It used to be like that in the past, but has been
broken recently.
There is nothing PCB-frame-specific about this function,
it is equally applicable to an frame, for example
PCB_EDIT_FRAME and CVPCB_MAINFRAME, which have EDA_BASE_FRAME
as the nearest common ancestor, except KIWAY_PLAYER,
which is not really concerned with this kind of UI event method.
When creating a copy of CONTEXT_MENU, always a CONTEXT_MENU instance was
constructed, whereas an inherited type should be used. Solved with
CONTEXT_MENU::create() that has to be overridden in inheriting classes.
Event & update handlers are now virtual functions, instead of setting
the handlers with Set{Event,Update}Handler().
There used to be a number of TOOL_ACTIONs that had entries both in
SetTransitions() and the event loop, which seemed redundant and
troublesome.
Now it is not necessary anymore, transitions setup is enough to execute
associated actions.
The problem with simple deleting VIEW_ITEM_DATA upon VIEW_ITEM removal was
caused by the default copy constructors that copied pointers.
Once a copy of an item was destroyed, the VIEW_ITEM_DATA has been
destroyed, effectively invalidating m_viewPrivData for the other item.
Some faults could result in a crash, as they were not properly
handled. Now the rendering loop is wrapped with try..catch block
which will revert to Cairo in case of an error and display an
error message.
Fixes: lp:1655766
* https://bugs.launchpad.net/kicad/+bug/1655766
Add a hack so that the pad properties base dialog constructor can pass in the dependency. Since the derived dialog's constructor takes the parent by this exact type, the static cast is safe.
- Finalize transition to BOARD_COMMIT (removed all remaining uses of PICKED_ITEMS_LIST) and implicit view/ratsnest updates
- Simplified SELECTION class, it now can be directly added to a VIEW
- Removed unnecesary casts and templates
- Introduced C++11 features (range based for, lambdas) where they improve code readability
- Added non-undoable COMMITs, which can be used to propagate change notifications to interested listeners (e.g. ratsnest/view)
Define empty string variable KICAD_BRANCH_NAME that can be used as an
optional version string element. When git is used to build the version
string, this variable is set to the git branch name. It can also be
defined at configuration time as an optional string appended to the
$KICAD_VERSION variable.
Define empty string variable KICAD_VERSION_EXTRA that can be set by
the user at configuration.
The variables KICAD_BRANCH_NAME and KICAD_VERSION_EXTRA are only
appended to KICAD_VERSION if they are set. Otherwise, only KICAD_VERSION
is uses as the version string.
Update the developer building from source document to reflect the changes.
Rename FPID to LIB_ID as is now used as a generic library identifier and
is no longer specific to footprints.
Remove all mention of footprint from the new LIB_ID doxygen comments and
code.
Rename files fpid.h and fpid.cpp to lib_id.h and lib_id.cpp.
Rename fp_lib_table.keywords file to lib_table.keywords and adjust CMake
build dependencies accordingly.
Update all source files effected by the code and file name changes.
Update .gitignore for file name changes.
Create SYM_LIB_TABLE and SYMBOL_LIB_TABLE_ROW objects derived from LIB_TABLE
and LIB_TABLE_ROW respectively for supporting symbol library tables.
Add FPID member to LIB_PART for associating a symbol to a specific library
nickname. Please note, this is not used in any way at this time and will be
implemented when the symbol library table is actually implemented.
Add sym_lib_table keyword to keywords file. This is a temporary measure
until a more elegant method for parsing and formatting library tables can
be implemented.
Build FPID support in the common library instead of the pcbcommon library
for use in Eeschema.
Derive LIB_TABLE_ROW from boost::noncopyable for use in boost pointer
containers.
Use std::unique_ptr to manage PROPERTIES pointer.
Add clone support for boost pointer containers.
Split common library table code out from FP_LIB_TABLE into base LIB_TABLE
object. The FP_LIB_TABLE object only contains the code specific to
footprint library tables.
Use boost::vector_ptr for storing library table row objects.
Fix move up and down bugs in footprint library table edit dialog.
Factor out ROW object from FP_LIB_TABLE so it can be reused to create a
symbol library table row object.
Create base LIB_TABLE_ROW object from ROW object common code.
Derived FP_LIB_TABLE_ROW object from LIB_TABLE_ROW to provide support for
footprint library table rows.
Update all instances of FP_LIB_TABLE::ROW with FP_LIB_TABLE_ROW.
Purge wxT() macros from modified files where possible.
Remove the KICAD_REPO_NAME option from the main cmake file and the
generated config.h file since it is no longer used.
Set the default branch name to "undefined" in CreateGitVersionHeader.cmake
instead of the KICAD_REPO_NAME option.
Remove generating KICAD_FULL_VERSION from CreateGitVersionHeader.cmake
and add it to WriteVersionHeader.cmake so that the default settings and
the new KiCadVersion.cmake definitions can be used to generate the full
version string as well.
Check to see if the branch name is set and only use the version to
generate the full version string. This allows the use of the KiCad
version cmake file to create a version only string like "4.0.4" with
no trailing branch name.
Change build_version.cpp to use the full version string rather than
concatenating the version and branch strings.
*) Extend SWIG support deeper into the BOARD class.
*) Move swig *.i files into a directory identified for SWIG, in preparation
for a parallel universe involving Phoenix's SIP.
*) Move swig files which will be common to both eeschema and pcbnew into
common/swig.
*) Sketch out a "common" python module, and plan on dovetailing that into a
libkicad_shared.{dll,so}
*) Add common/swig/ki_exceptions.i and define a macro HANDLE_EXCEPTIONS()
which is to be applied to any function which needs C++ to python
exception translation.
*) Move the test for SWIG tool into top level CMakeLists.txt file for use
in all python modules beyond pcbnew, i.e. eeschema and common.
*) Add SWIG_MODULE_pcbnew_EXTRA_DEPS which generates a better Makefile, one
which rebuilds the swig generated *.cxx file when one of its dependencies
change.
*) Re-architect the board.i file so that it can be split into multiple *.i
files easily.
*) Make some KIWAY from python progress, in preparation for Modular KiCad
phase III.
This option is not yet activated because the net attributes are not yet fully fixed by Ucamco, in Gerber file format specifications.
(To activate it, see dialog_plot.cpp, line 43)
Maciej Suminski
jean-pierre charras
Tomasz Włostowski
Wayne Stambaugh
Kristoffer Ödmark
Fabrizio Tappero
Oliver Walters
Alejandro García Montoro
Eldar Khayrullin
Miles McCoo
Konrad Beckmann
Simon Wells
John Beard
Jon Evans
Chris Pavlina
Simon Richter
Cirilo Bernardo
Diogo Condeco
Dick Hollenbeck
Maciej Suminski
Baranovskiy Konstantin
Robbert Lagerweij
decimad
Jean-Noel Avila