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leocad/common/lc_blenderpreferences.cpp
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Leonardo Zide 1182f883e7 Unify library cache compression with Qt 
Use shared cache readers and writers for archive and directory sources, replacing raw zlib loops with Qt compression and payload checksum validation. Preserve source freshness and decoded-size checks, and bump the cache version so existing entries rebuild in the new format.

Remove unused texture lookup APIs and the Blender zlib include, consolidate library helper access, and alphabetize the project source and header lists without changing their membership.
2026-10-21 22:41:16 -07:00

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#include "lc_global.h"
#include "lc_blenderpreferences.h"
#include "lc_application.h"
#include "lc_mainwindow.h"
#include "lc_model.h"
#include "lc_colors.h"
#include "lc_colorpicker.h"
#include "lc_profile.h"
#include "lc_http.h"
#include "lc_zipfile.h"
#include "lc_file.h"
#include "lc_qutils.h"
#include "project.h"
#ifndef LC_DISABLE_BLENDER
#if QT_VERSION >= QT_VERSION_CHECK(5, 15, 0)
using Qt::SkipEmptyParts;
#else
const auto SkipEmptyParts = QString::SplitBehavior::SkipEmptyParts;
#endif
const QLatin1String LineEnding("\r\n");
#define LC_PRODUCTNAME_STR "LeoCAD"
#define LC_BLENDER_ADDON "ImportLDraw"
#define LC_BLENDER_ADDON_MM "ImportLDrawMM"
#define LC_BLENDER_ADDON_FILE "LDrawBlenderRenderAddons.zip"
#define LC_BLENDER_ADDON_INSTALL_FILE "install_blender_ldraw_addons.py"
#define LC_BLENDER_ADDON_CONFIG_FILE "LDrawRendererPreferences.ini"
#define LC_BLENDER_ADDON_PARAMS_FILE "LDrawParameters.lst"
#define LC_BLENDER_ADDON_REPO_STR "https://github.com/trevorsandy"
#define LC_BLENDER_ADDON_REPO_API_STR "https://api.github.com/repos/trevorsandy"
#define LC_BLENDER_ADDON_STR LC_BLENDER_ADDON_REPO_STR "/blenderldrawrender/"
#define LC_BLENDER_ADDON_API_STR LC_BLENDER_ADDON_REPO_API_STR "/blenderldrawrender/"
#define LC_BLENDER_ADDON_LATEST_URL LC_BLENDER_ADDON_API_STR "releases/latest"
#define LC_BLENDER_ADDON_URL LC_BLENDER_ADDON_STR "releases/latest/download/" LC_BLENDER_ADDON_FILE
#define LC_BLENDER_ADDON_SHA_HASH_URL LC_BLENDER_ADDON_URL ".sha256"
#define LC_THEME_DARK_PALETTE_MIDLIGHT QColor( 62, 62, 62, 255)
#define LC_THEME_DEFAULT_PALETTE_LIGHT QColor(174, 173, 172, 255)
#define LC_THEME_DARK_DECORATE_QUOTED_TEXT "#81D4FA" // 129, 212, 250, 255
#define LC_DISABLED_TEXT QColor(128, 128, 128, 255)
#define LC_RENDER_IMAGE_MAX_SIZE 32768 // pixels
static QString WhatsThisDescription = QObject::tr(
" Blender LDraw Addon Settings\n\n"
" You can configure the Blender LDraw addon settings.\n"
" - Blender Executable: set Blender path. On entry,\n"
" %1 will automatically apply the setting and\n"
" attempt the configure the LDraw addon.\n"
" - %1 Blender LDraw Addon: you can update the LDraw\n"
" addon which will download the latest addon or apply\n"
" the current addon if the version is the same or newer\n"
" than the online version.\n"
" You can view the standard output log for the update.\n\n"
" - Enabled Addon Modules: check the desired import module.\n"
" The LDraw Import TN import module is the long-standing\n"
" Blender LDraw import addon, while the LDraw Import MM\n"
" addon was recently introduced. The latter addon also\n"
" offer LDraw export functionality.\n"
" The %1 3D Image Render addon is mandatory but if\n"
" no import module is enabled, none of the modules\n"
" will be enabled in Blender so it will not be possible\n"
" to perform an LDraw model import or render.\n\n"
" - LDraw Import Addon Paths: addon paths are specific\n"
" to the enabled addon import module.\n"
" - LDraw Import Addon Settings: addon settings are\n"
" specific to the enabled addon import module.\n"
" - Apply: apply the addon path and setting preferences.\n"
" - Show/Hide Paths: show or hide the addon paths\n"
" display box.\n"
" - Reset: reset the addon path and setting preferences.\n"
" You can select how to reset addon settings.\n"
" The choice is since last apply or system default.\n\n"
" You can see the specific description of each setting\n"
" if you hover over the setting to display its tooltip.\n\n"
" Image Width, Image Height and Render Percentage are\n"
" always updated from the current step model when the\n"
" this dialog is opened. These settngs can be manually\n"
" overridden, Also, when Crop Image is checked the\n"
" current step cropped image width and height is\n"
" calculated and and used\n\n"
" Use the dialogue window scroll bar to access the\n"
" complete selection of addon settings.\n")
.arg(QLatin1String(LC_PRODUCTNAME_STR));
lcBlenderPreferences::BlenderPaths lcBlenderPreferences::mBlenderPaths [NUM_PATHS];
lcBlenderPreferences::BlenderPaths lcBlenderPreferences::mDefaultPaths [NUM_PATHS] =
{
/* Key: MM Key: Value: Label: Tooltip (Description):*/
/* 0 PATH_BLENDER */ {"blenderpath", "blenderpath", "", QObject::tr("Blender Path"), QObject::tr("Full file path to Blender application executable")},
/* 1 PATH_BLENDFILE */ {"blendfile", "blendfile", "", QObject::tr("Blendfile Path"), QObject::tr("Full file path to a supplement .blend file - specify to append additional settings")},
/* 2 PATH_ENVIRONMENT */ {"environmentfile", "environmentfile", "", QObject::tr("Environment Texture Path"), QObject::tr("Full file path to .exr environment texture file - specify if not using default bundled in addon")},
/* 3 PATH_LDCONFIG */ {"customldconfigfile", "customldconfigfile", "", QObject::tr("Custom LDConfig Path"), QObject::tr("Full file path to custom LDConfig file - specify if not %1 alternate LDConfig file").arg(LC_PRODUCTNAME_STR)},
/* 4 PATH_LDRAW */ {"ldrawdirectory", "ldrawpath", "", QObject::tr("LDraw Directory"), QObject::tr("Full directory path to the LDraw parts library (download from https://library.ldraw.org)")},
/* 5 PATH_LSYNTH */ {"lsynthdirectory", "", "", QObject::tr("LSynth Directory"), QObject::tr("Full directory path to LSynth primitives - specify if not using default bundled in addon")},
/* 6 PATH_STUD_LOGO */ {"studlogodirectory", "", "", QObject::tr("Stud Logo Directory"), QObject::tr("Full directory path to stud logo primitives - if stud logo enabled, specify if unofficial parts not used or not using default bundled in addon")},
/* 7 PATH_STUDIO_LDRAW */ {"", "studioldrawpath", "", QObject::tr("Stud.io LDraw Path"), QObject::tr("Full filepath to the Stud.io LDraw Parts Library (download from https://www.bricklink.com/v3/studio/download.page)")},
/* 8 PATH_STUDIO_CUSTOM_PARTS */ {"", "studiocustompartspath", "", QObject::tr("Stud.io Custom Parts Path"),QObject::tr("Full filepath to the Stud.io LDraw Custom Parts")}
};
lcBlenderPreferences::BlenderSettings lcBlenderPreferences::mBlenderSettings [NUM_SETTINGS];
lcBlenderPreferences::BlenderSettings lcBlenderPreferences::mDefaultSettings [NUM_SETTINGS] =
{
/* Key: Value: Label Tooltip (Description)*/
/* 0 LBL_ADD_ENVIRONMENT */ {"addenvironment", "1", QObject::tr("Add Environment"), QObject::tr("Adds a ground plane and environment texture (affects 'Photo-realistic' look only)")},
/* 1 LBL_ADD_GAPS */ {"gaps", "0", QObject::tr("Add Part Gap"), QObject::tr("Add a small space between each part")},
/* 2 LBL_BEVEL_EDGES */ {"beveledges", "1", QObject::tr("Bevel Edges"), QObject::tr("Adds a Bevel modifier for rounding off sharp edges")},
/* 3 LBL_BLENDFILE_TRUSTED */ {"blendfiletrusted", "0", QObject::tr("Trusted Blend File"), QObject::tr("Specify whether to treat the .blend file as being loaded from a trusted source")},
/* 4 LBL_CROP_IMAGE */ {"cropimage", "0", QObject::tr("Crop Image"), QObject::tr("Crop the image border at opaque content. Requires transparent background set to True")},
/* 5 LBL_CURVED_WALLS */ {"curvedwalls", "1", QObject::tr("Curved Walls"), QObject::tr("Makes surfaces look slightly concave, for interesting reflections")},
/* 6 LBL_FLATTEN_HIERARCHY */ {"flattenhierarchy", "0", QObject::tr("Flatten Hierarchy"), QObject::tr("In Scene Outline, all parts are placed directly below the root - there's no tree of submodels")},
/* 7 LBL_IMPORT_CAMERAS */ {"importcameras", "1", QObject::tr("Import Cameras"), QObject::tr("%1 can specify camera definitions within the ldraw data. Choose to load them or ignore them.").arg(LC_PRODUCTNAME_STR)},
/* 8 LBL_IMPORT_LIGHTS */ {"importlights", "1", QObject::tr("Import Lights"), QObject::tr("%1 can specify point and sunlight definitions within the ldraw data. Choose to load them or ignore them.").arg(LC_PRODUCTNAME_STR)},
/* 9 LBL_INSTANCE_STUDS */ {"instancestuds", "0", QObject::tr("Instance Studs"), QObject::tr("Creates a Blender Object for each and every stud (WARNING: can be slow to import and edit in Blender if there are lots of studs)")},
/*10 LBL_KEEP_ASPECT_RATIO */ {"keepaspectratio", "1", QObject::tr("Keep Aspect Ratio"), QObject::tr("Maintain the aspect ratio when resizing the output image - this attribute is not passed to Blender")},
/*11 LBL_LINK_PARTS */ {"linkparts", "1", QObject::tr("Link Like Parts"), QObject::tr("Identical parts (of the same type and colour) share the same mesh")},
/*12 LBL_MINIFIG_HIERARCHY */ {"minifighierarchy", "1", QObject::tr("Parent Minifigs"), QObject::tr("Parts of minifigs are automatically parented to each other in a hierarchy")},
/*13 LBL_NUMBER_NODES */ {"numbernodes", "1", QObject::tr("Number Objects"), QObject::tr("Each object has a five digit prefix eg. 00001_car. This keeps the list in it's proper order")},
/*14 LBL_OVERWRITE_IMAGE */ {"overwriteimage", "1", QObject::tr("Overwrite Image"), QObject::tr("Specify whether to overwrite an existing rendered image file")},
/*15 LBL_OVERWRITE_MATERIALS */ {"overwriteexistingmaterials", "0", QObject::tr("Use Existing Material"), QObject::tr("Overwrite existing material with the same name")},
/*16 LBL_OVERWRITE_MESHES */ {"overwriteexistingmeshes", "0", QObject::tr("Use Existing Mesh"), QObject::tr("Overwrite existing mesh with the same name")},
/*17 LBL_POSITION_CAMERA */ {"positioncamera", "1", QObject::tr("Position Camera"), QObject::tr("Position the camera to show the whole model")},
/*18 LBL_REMOVE_DOUBLES */ {"removedoubles", "1", QObject::tr("No Duplicate Vertices"), QObject::tr("Remove duplicate vertices (recommended)")},
/*19 LBL_RENDER_WINDOW */ {"renderwindow", "1", QObject::tr("Display Render Window"), QObject::tr("Specify whether to display the render window during Blender user interface image file render")},
/*10 LBL_USE_ARCHIVE_LIBRARY */ {"usearchivelibrary", "0", QObject::tr("Use Archive Libraries"), QObject::tr("Add any archive (zip) libraries in the LDraw file path to the library search list - impacts performance")},
/*21 LBL_SEARCH_ADDL_PATHS */ {"searchadditionalpaths", "0", QObject::tr("Search Additional Paths"),QObject::tr("Specify whether to search additional LDraw paths")},
/*22 LBL_SMOOTH_SHADING */ {"smoothshading", "1", QObject::tr("Smooth Shading"), QObject::tr("Smooth faces and add an edge-split modifier (recommended)")},
/*23 LBL_TRANSPARENT_BACKGROUND*/ {"transparentbackground", "0", QObject::tr("Transparent Background"), QObject::tr("Specify whether to render a background (affects 'Photo-realistic look only)")},
/*24 LBL_UNOFFICIAL_PARTS */ {"useunofficialparts", "1", QObject::tr("Use Unofficial Parts"), QObject::tr("Specify whether to use parts from the LDraw unofficial parts library path")},
/*25 LBL_USE_LOGO_STUDS */ {"uselogostuds", "1", QObject::tr("Use Logo Studs"), QObject::tr("Shows the LEGO logo on each stud (at the expense of some extra geometry and import time)")},
/*26 LBL_VERBOSE */ {"verbose", "1", QObject::tr("Verbose output"), QObject::tr("Output all messages while working, else only show warnings and errors")},
/*27/0 LBL_BEVEL_WIDTH */ {"bevelwidth", "0.5", QObject::tr("Bevel Width"), QObject::tr("Width of the bevelled edges")},
/*28/1 LBL_CAMERA_BORDER_PERCENT */ {"cameraborderpercentage", "5.0", QObject::tr("Camera Border Percent"), QObject::tr("When positioning the camera, include a (percentage) border leeway around the model in the rendered image")},
/*29/2 LBL_DEFAULT_COLOUR */ {"defaultcolour", "16", QObject::tr("Default Colour"), QObject::tr("Sets the default part colour using LDraw colour code")},
/*20/3 LBL_GAPS_SIZE */ {"realgapwidth", "0.0002", QObject::tr("Gap Width"), QObject::tr("Amount of space between each part (default 0.2mm)")},
/*31/4 LBL_IMAGE_WIDTH */ {"resolutionwidth", "800", QObject::tr("Image Width"), QObject::tr("Sets the rendered image width in pixels - from current step image, label shows config setting.")},
/*32/5 LBL_IMAGE_HEIGHT */ {"resolutionheight", "600", QObject::tr("Image Height"), QObject::tr("Sets the rendered image height in pixels - from current step image, label shows config setting.")},
/*33/6 LBL_IMAGE_SCALE */ {"realscale", "1.0", QObject::tr("Image Scale"), QObject::tr("Sets a scale for the model (1.0 = real life scale)")},
/*34/6 LBL_RENDER_PERCENTAGE */ {"renderpercentage", "100", QObject::tr("Render Percentage"), QObject::tr("Sets the rendered image percentage scale for its pixel resolution - updated from current step, label shows config setting.")},
/*35/0 LBL_COLOUR_SCHEME */ {"usecolourscheme", "lgeo", QObject::tr("Colour Scheme"), QObject::tr("Colour scheme options - Realistic (lgeo), Original (LDConfig), Alternate (LDCfgalt), Custom (User Defined)")},
/*36/1 LBL_FLEX_PARTS_SOURCE */ {"uselsynthparts", "1", QObject::tr("Flex Parts Source"), QObject::tr("Source used to create flexible parts - string, hoses etc. (LDCad, LSynth or both")},
/*27/2 LBL_LOGO_STUD_VERSION */ {"logostudversion", "4", QObject::tr("Logo Version"), QObject::tr("Which version of the logo to use ('3' (flat), '4' (rounded) or '5' (subtle rounded))")},
/*38/3 LBL_LOOK */ {"uselook", "normal", QObject::tr("Look"), QObject::tr("Photo-realistic or Schematic 'Instruction' look")},
/*39/4 LBL_POSITION_OBJECT */ {"positionobjectongroundatorigin", "1", QObject::tr("Position Object"), QObject::tr("The object is centred at the origin, and on the ground plane")},
/*40/5 LBL_RESOLUTION */ {"resolution", "Standard", QObject::tr("Resolution"), QObject::tr("Resolution of part primitives, ie. how much geometry they have")},
/*41/6 LBL_RESOLVE_NORMALS */ {"resolvenormals", "guess", QObject::tr("Resolve Normals"), QObject::tr("Some older LDraw parts have faces with ambiguous normals, this specifies what do do with them")}
};
lcBlenderPreferences::ComboItems lcBlenderPreferences::mComboItems [NUM_COMBO_ITEMS] =
{
/* FIRST item set as default Data Item: */
/* 00 LBL_COLOUR_SCHEME */ {"lgeo|ldraw|alt|custom", QObject::tr("Realistic Colours|Original LDraw Colours|Alternate LDraw Colours|Custom Colours")},
/* 01 LBL_FLEX_PARTS_SOURCE (t/f) */ {"1|0|1", QObject::tr("LSynth|LDCad|LDCad and LSynth")},
/* 02 LBL_LOGO_STUD_VERSION */ {"4|3|5", QObject::tr("Rounded(4)|Flattened(3)|Subtle Rounded(5)")},
/* 03 LBL_LOOK */ {"normal|instructions", QObject::tr("Photo Realistic|Lego Instructions")},
/* 04 LBL_POSITION_OBJECT (t/f) */ {"1|0", QObject::tr("Centered At Origin On Ground|Centered At Origin")},
/* 05 LBL_RESOLUTION */ {"Standard|High|Low", QObject::tr("Standard Primitives|High Resolution Primitives|Low Resolution Primitives")},
/* 06 LBL_RESOLVE_NORMALS */ {"guess|double", QObject::tr("Recalculate Normals|Two Faces Back To Back")}
};
lcBlenderPreferences::BlenderSettings lcBlenderPreferences::mBlenderSettingsMM [NUM_SETTINGS_MM];
lcBlenderPreferences::BlenderSettings lcBlenderPreferences::mDefaultSettingsMM [NUM_SETTINGS_MM] =
{
/* Key: Value: Label Tooltip (Description)*/
/* 00 LBL_ADD_ENVIRONMENT_MM */ {"addenvironment", "1", QObject::tr("Add Environment"), QObject::tr("Adds a ground plane and environment texture")},
/* 01 LBL_BEVEL_EDGES_MM */ {"beveledges", "0", QObject::tr("Bevel Edgest"), QObject::tr("Bevel edges. Can cause some parts to render incorrectly")},
/* 02 LBL_BLEND_FILE_TRUSTED_MM */ {"blendfiletrusted", "0", QObject::tr("Trusted Blend File"), QObject::tr("Specify whether to treat the .blend file as being loaded from a trusted source")},
#ifdef Q_OS_LINUX
/* 03 LBL_CASE_SENSITIVE_FILESYSTEM */ {"casesensitivefilesystem", "1", QObject::tr("Case-sensitive Filesystem"),QObject::tr("Filesystem is case sensitive. Defaults to true on Linux.")},
#else
/* 03 LBL_CASE_SENSITIVE_FILESYSTEM */ {"casesensitivefilesystem", "0", QObject::tr("Case-sensitive Filesystem"),QObject::tr("Filesystem case sensitive defaults to false Windows and MacOS. Set true if LDraw path set to case-sensitive on case-insensitive filesystem.")},
#endif
/* 04 LBL_CROP_IMAGE_MM */ {"cropimage", "0", QObject::tr("Crop Image"), QObject::tr("Crop the image border at opaque content. Requires transparent background set to True")},
/* 05 LBL_DISPLAY_LOGO */ {"displaylogo", "1", QObject::tr("Display Logo"), QObject::tr("Display the logo on the stud")},
/* 06 LBL_IMPORT_CAMERAS_MM */ {"importcameras", "1", QObject::tr("Import Cameras"), QObject::tr("%1 can specify camera definitions within the ldraw data. Choose to load them or ignore them.").arg(LC_PRODUCTNAME_STR)},
/* 07 LBL_IMPORT_EDGES */ {"importedges", "0", QObject::tr("Import Edges"), QObject::tr("Import LDraw edges as edges")},
/* 08 LBL_IMPORT_LIGHTS_MM */ {"importlights", "1", QObject::tr("Import Lights"), QObject::tr("%1 can specify point and sunlight definitions within the ldraw data. Choose to load them or ignore them.").arg(LC_PRODUCTNAME_STR)},
/* 09 LBL_KEEP_ASPECT_RATIO_MM */ {"keepaspectratio", "1", QObject::tr("Keep Aspect Ratio"), QObject::tr("Maintain the aspect ratio when resizing the output image - this attribute is not passed to Blender")},
/* 10 LBL_MAKE_GAPS */ {"makegaps", "1", QObject::tr("Make Gaps"), QObject::tr("Make small gaps between bricks. A small gap is more realistic")},
/* 11 LBL_META_BFC */ {"metabfc", "1", QObject::tr("BFC"), QObject::tr("Process LDraw Back Face Culling meta commands")},
/* 12 LBL_META_CLEAR */ {"metaclear", "0", QObject::tr("CLEAR Command"), QObject::tr("Hides all parts in the timeline up to where this command is encountered")},
/* 13 LBL_META_GROUP */ {"metagroup", "1", QObject::tr("GROUP Command"), QObject::tr("Process GROUP meta commands")},
/* 14 LBL_META_PAUSE */ {"metapause", "0", QObject::tr("PAUSE Command"), QObject::tr("Not implemented")},
/* 15 LBL_META_PRINT_WRITE */ {"metaprintwrite", "0", QObject::tr("PRINT/WRITE Command"), QObject::tr("Prints PRINT/WRITE META commands to the system console.")},
/* 16 LBL_META_SAVE */ {"metasave", "0", QObject::tr("SAVE Command"), QObject::tr("Not implemented")},
/* 17 LBL_META_STEP */ {"metastep", "0", QObject::tr("STEP Command"), QObject::tr("Adds a keyframe that shows the part at the moment in the timeline")},
/* 18 LBL_META_STEP_GROUPS */ {"metastepgroups", "0", QObject::tr("STEP Groups"), QObject::tr("Create collection for individual steps")},
/* 19 LBL_META_TEXMAP */ {"metatexmap", "1", QObject::tr("TEXMAP and DATA Command"), QObject::tr("Process TEXMAP and DATA meta commands")},
/* 20 LBL_NO_STUDS */ {"nostuds", "0", QObject::tr("No Studs"), QObject::tr("Don't import studs")},
/* 21 LBL_OVERWRITE_IMAGE_MM */ {"overwriteimage", "1", QObject::tr("Overwrite Image"), QObject::tr("Specify whether to overwrite an existing rendered image file")},
/* 22 LBL_POSITION_CAMERA_MM */ {"positioncamera", "1", QObject::tr("Position Camera"), QObject::tr("Position the camera to show the whole model")},
/* 23 LBL_PARENT_TO_EMPTY */ {"parenttoempty", "1", QObject::tr("Parent To Empty"), QObject::tr("Parent the model to an empty")},
/* 24 LBL_PREFER_STUDIO */ {"preferstudio", "0", QObject::tr("Prefer Stud.io Library"), QObject::tr("Search for parts in Stud.io library first")},
/* 25 LBL_PREFER_UNOFFICIAL */ {"preferunofficial", "0", QObject::tr("Prefer Unofficial Parts"), QObject::tr("Search for unofficial parts first")},
/* 26 LBL_PROFILE */ {"profile", "0", QObject::tr("Profile"), QObject::tr("Profile import performance")},
/* 27 LBL_RECALCULATE_NORMALS */ {"recalculatenormals", "0", QObject::tr("Recalculate Normals"), QObject::tr("Recalculate normals. Not recommended if BFC processing is active")},
/* 28 LBL_REMOVE_DOUBLES_MM */ {"removedoubles", "1", QObject::tr("No Duplicate Vertices"), QObject::tr("Merge vertices that are within a certain distance.")},
/* 29 LBL_RENDER_WINDOW_MM */ {"renderwindow", "1", QObject::tr("Display Render Window"), QObject::tr("Specify whether to display the render window during Blender user interface image file render")},
/* 30 LBL_SEARCH_ADDL_PATHS_MM */ {"searchadditionalpaths", "0", QObject::tr("Search Additional Paths"), QObject::tr("Specify whether to search additional LDraw paths")},
/* 31 LBL_SETEND_FRAME */ {"setendframe", "1", QObject::tr("Set Step End Frame"), QObject::tr("Set the end frame to the last step")},
/* 32 LBL_SET_TIMELINE_MARKERS */ {"settimelinemarkers", "0", QObject::tr("Set Timeline Markers"), QObject::tr("Set timeline markers for meta commands")},
/* 33 LBL_SHADE_SMOOTH */ {"shadesmooth", "1", QObject::tr("Shade Smooth"), QObject::tr("Use flat or smooth shading for part faces")},
/* 34 LBL_TRANSPARENT_BACKGROUND_MM */ {"transparentbackground", "0", QObject::tr("Transparent Background"), QObject::tr("Specify whether to render a background")},
/* 35 LBL_TREAT_SHORTCUT_AS_MODEL */ {"treatshortcutasmodel", "0", QObject::tr("Treat Shortcuts As Models"),QObject::tr("Split shortcut parts into their constituent pieces as if they were models")},
/* 36 LBL_TRIANGULATE */ {"triangulate", "0", QObject::tr("Triangulate Faces"), QObject::tr("Triangulate all faces")},
/* 37 LBL_USE_ARCHIVE_LIBRARY_MM */ {"usearchivelibrary", "0", QObject::tr("Use Archive Libraries"), QObject::tr("Add any archive (zip) libraries in the LDraw file path to the library search list - impacts performance")},
/* 38 LBL_USE_FREESTYLE_EDGES */ {"usefreestyleedges", "0", QObject::tr("Use Freestyle Edges"), QObject::tr("Render LDraw edges using freestyle")},
/* 39 LBL_VERBOSE_MM */ {"verbose", "1", QObject::tr("Verbose output"), QObject::tr("Output all messages while working, else only show warnings and errors")},
/* 40/00 LBL_BEVEL_SEGMENTS */ {"bevelsegments", "4", QObject::tr("Bevel Segments"), QObject::tr("Bevel segments")},
/* 41/01 LBL_BEVEL_WEIGHT */ {"bevelweight", "0.03", QObject::tr("Bevel Weight"), QObject::tr("Bevel weight")},
/* 42/02 LBL_BEVEL_WIDTH_MM */ {"bevelwidth", "0.3", QObject::tr("Bevel Width"), QObject::tr("Width of the bevelled edges")},
/* 43/03 LBL_CAMERA_BORDER_PERCENT_MM */ {"cameraborderpercent", "5", QObject::tr("Camera Border Percent"), QObject::tr("When positioning the camera, include a (percentage) border around the model in the render")},
/* 44/04 LBL_FRAMES_PER_STEP */ {"framesperstep", "3", QObject::tr("Frames Per Step"), QObject::tr("Frames per step")},
/* 45/05 LBL_GAP_SCALE */ {"gapscale", "0.997", QObject::tr("Gap Scale"), QObject::tr("Scale individual parts by this much to create the gap")},
/* 46/06 LBL_IMPORT_SCALE */ {"importscale", "0.02", QObject::tr("Import Scale"), QObject::tr("What scale to import at. Full scale is 1.0 and is so huge that it is unwieldy in the viewport")},
/* 47/07 LBL_MERGE_DISTANCE */ {"mergedistance", "0.05", QObject::tr("Merge Distance"), QObject::tr("Maximum distance between elements to merge")},
/* 48/08 LBL_RENDER_PERCENTAGE_MM */ {"renderpercentage", "100", QObject::tr("Render Percentage"), QObject::tr("Sets the rendered image percentage scale for its pixel resolution - updated from current step, label shows config setting.")},
/* 49/09 LBL_RESOLUTION_WIDTH */ {"resolutionwidth", "800", QObject::tr("Image Width"), QObject::tr("Sets the rendered image width in pixels - from current step image, label shows config setting.")},
/* 50/10 LBL_RESOLUTION_HEIGHT */ {"resolutionheight", "600", QObject::tr("Image Height"), QObject::tr("Sets the rendered image height in pixels - from current step image, label shows config setting.")},
/* 51/11 LBL_STARTING_STEP_FRAME */ {"startingstepframe", "1", QObject::tr("Starting Step Frame"), QObject::tr("Frame to add the first STEP meta command")},
/* 52/00 LBL_CHOSEN_LOGO */ {"chosenlogo", "logo3", QObject::tr("Chosen Logo"), QObject::tr("Which logo to display. logo and logo2 aren't used and are only included for completeness")},
/* 53/01 LBL_COLOUR_SCHEME_MM */ {"usecolourscheme", "alt", QObject::tr("Colour Scheme"), QObject::tr("Colour scheme options - Realistic (lgeo), Original (LDConfig), Alternate (LDCfgalt), Custom (User Defined)")},
/* 54/02 LBL_RESOLUTION_MM */ {"resolution", "Standard", QObject::tr("Resolution"), QObject::tr("Resolution of part primitives, ie. how much geometry they have")},
/* 55/03 LBL_SCALE_STRATEGY */ {"scalestrategy", "mesh", QObject::tr("How To Scale Parts"), QObject::tr("Apply import scaling to mesh - Recommended for rendering, Apply import scaling to object - Recommended for part editing")},
/* 56/04 LBL_SMOOTH_TYPE */ {"smoothtype", "edge_split", QObject::tr("Smooth Type"), QObject::tr("Use either autosmooth or an edge split modifier to smooth part faces")}
};
lcBlenderPreferences::ComboItems lcBlenderPreferences::mComboItemsMM [NUM_COMBO_ITEMS_MM] =
{
/* FIRST item set as default Data Item: */
/* 00 LBL_CHOSEN_LOGO */ {"logo3|logo4|logo5", QObject::tr("Raised flattened logo geometry(3)|Raised rounded logo geometry(4)|Subtle rounded logo geometry(5)")},
/* 01 LBL_COLOUR_SCHEME_MM */ {"lgeo|ldraw|alt|custom", QObject::tr("Realistic Colours|Original LDraw Colours|Alternate LDraw Colours|Custom Colours")},
/* 02 LBL_RESOLUTION_MM */ {"Low|Standard|High", QObject::tr("Low Resolution Primitives|Standard Primitives|High Resolution Primitives")},
/* 03 LBL_SCALE_STRATEGY */ {"mesh|object", QObject::tr("Scale Mesh|Scale Object")},
/* 04 LBL_SMOOTH_TYPE */ {"edge_split|auto_smooth|bmesh_split", QObject::tr("Smooth part faces with edge split modifier|Auto-smooth part faces|Split during initial mesh processing")}
};
lcBlenderPreferences* gAddonPreferences;
enum AddonEnc
{
ADDON_EXTRACT,
ADDON_DOWNLOAD,
ADDON_NO_ACTION,
ADDON_CANCELED,
ADDON_FAIL
};
lcBlenderPreferencesDialog::lcBlenderPreferencesDialog(int Width, int Height, double Scale, QWidget* Parent)
: QDialog(Parent)
{
setWindowTitle(tr("Blender LDraw Addon Settings"));
QVBoxLayout* Layout = new QVBoxLayout(this);
setLayout(Layout);
QGroupBox* Box = new QGroupBox(this);
Layout->addWidget(Box);
mPreferences = new lcBlenderPreferences(Width,Height,Scale,Box);
QDialogButtonBox* ButtonBox;
ButtonBox = new QDialogButtonBox(this);
mApplyButton = new QPushButton(tr("Apply"), ButtonBox);
mApplyButton->setToolTip(tr("Apply addon paths and settings preferences"));
mApplyButton->setEnabled(false);
ButtonBox->addButton(mApplyButton, QDialogButtonBox::ActionRole);
connect(mApplyButton, &QPushButton::clicked, this, &lcBlenderPreferencesDialog::accept);
mPathsButton = new QPushButton(tr("Hide Paths"), ButtonBox);
mPathsButton->setToolTip(tr("Hide addon path preferences dialog"));
ButtonBox->addButton(mPathsButton,QDialogButtonBox::ActionRole);
connect(mPathsButton, &QPushButton::clicked, this, &lcBlenderPreferencesDialog::ShowPathsGroup);
mResetButton = new QPushButton(tr("Reset"), ButtonBox);
mResetButton->setEnabled(false);
mResetButton->setToolTip(tr("Reset addon paths and settings preferences"));
ButtonBox->addButton(mResetButton,QDialogButtonBox::ActionRole);
connect(mResetButton, &QPushButton::clicked, this, &lcBlenderPreferencesDialog::ResetSettings);
ButtonBox->addButton(QDialogButtonBox::Cancel);
connect(ButtonBox, &QDialogButtonBox::rejected, this, &lcBlenderPreferencesDialog::reject);
if (!QFileInfo(lcGetProfileString(LC_PROFILE_BLENDER_LDRAW_CONFIG_PATH)).isReadable() && !lcGetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE).isEmpty())
mApplyButton->setEnabled(true);
connect(mPreferences, &lcBlenderPreferences::SettingChangedSig, this, &lcBlenderPreferencesDialog::EnableButton);
Layout->addWidget(ButtonBox);
setMinimumSize(Box->sizeHint().width() + 50, 500);
setSizeGripEnabled(true);
setModal(true);
}
lcBlenderPreferencesDialog::~lcBlenderPreferencesDialog()
{
}
bool lcBlenderPreferencesDialog::GetBlenderPreferences(int& Width, int& Height, double & Scale, QWidget* Parent)
{
lcBlenderPreferencesDialog* Dialog = new lcBlenderPreferencesDialog(Width,Height,Scale,Parent);
bool Ok = Dialog->exec() == QDialog::Accepted;
if (Ok)
{
Dialog->mPreferences->Apply(Ok);
Width = Dialog->mPreferences->mImageWidth;
Height = Dialog->mPreferences->mImageHeight;
Scale = Dialog->mPreferences->mScale;
}
return Ok;
}
void lcBlenderPreferencesDialog::ShowPathsGroup()
{
const QString Display = mPathsButton->text().startsWith("Hide") ? tr("Show") : tr("Hide");
mPathsButton->setText(tr("%1 Paths").arg(Display));
mPathsButton->setToolTip(tr("%1 addon path preferences dialog").arg(Display));
mPreferences->ShowPathsGroup();
}
void lcBlenderPreferencesDialog::EnableButton(bool Change)
{
if (Change)
{
mApplyButton->setEnabled(true);
mResetButton->setEnabled(true);
}
mPathsButton->setText(tr("Hide Paths"));
mPathsButton->setToolTip(tr("Hide addon path preferences dialog"));
}
void lcBlenderPreferencesDialog::ResetSettings()
{
mPreferences->ResetSettings();
mApplyButton->setEnabled(false);
}
void lcBlenderPreferencesDialog::accept()
{
mApplyButton->setEnabled(false);
mPreferences->Apply(QDialog::Accepted);
QDialog::accept();
}
void lcBlenderPreferencesDialog::reject()
{
if (mPreferences->PromptCancel())
QDialog::reject();
}
lcBlenderPreferences::lcBlenderPreferences(int Width, int Height, double Scale, QWidget* Parent)
: QWidget(Parent)
{
gAddonPreferences = this;
#ifndef QT_NO_PROCESS
mProcess = nullptr;
#endif
mImageWidth = Width;
mImageHeight = Height;
mScale = Scale;
mDialogCancelled = false;
QVBoxLayout* Layout = new QVBoxLayout(Parent);
if (Parent)
{
Parent->setLayout(Layout);
Parent->setWhatsThis(WhatsThisDescription);
}
else
{
setWindowTitle(tr("Blender LDraw Addon Settings"));
setLayout(Layout);
setWhatsThis(WhatsThisDescription);
}
mContent = new QWidget();
mForm = new QFormLayout(mContent);
mContent->setLayout(mForm);
QPalette ReadOnlyPalette = QApplication::palette();
const lcPreferences& Preferences = lcGetPreferences();
if (Preferences.mColorTheme == lcColorTheme::Dark)
ReadOnlyPalette.setColor(QPalette::Base, LC_THEME_DARK_PALETTE_MIDLIGHT);
else
ReadOnlyPalette.setColor(QPalette::Base, LC_THEME_DEFAULT_PALETTE_LIGHT);
ReadOnlyPalette.setColor(QPalette::Text, LC_DISABLED_TEXT);
QGroupBox* BlenderExeBox = new QGroupBox(tr("Blender Executable"),mContent);
mForm->addRow(BlenderExeBox);
mExeGridLayout = new QGridLayout(BlenderExeBox);
BlenderExeBox->setLayout(mExeGridLayout);
mBlenderVersionLabel = new QLabel(BlenderExeBox);
mExeGridLayout->addWidget(mBlenderVersionLabel,0,0);
mBlenderVersionEdit = new QLineEdit(BlenderExeBox);
mBlenderVersionEdit->setPalette(ReadOnlyPalette);
mBlenderVersionEdit->setReadOnly(true);
mExeGridLayout->addWidget(mBlenderVersionEdit,0,1,1,2);
QLabel* PathLabel = new QLabel(BlenderExeBox);
mExeGridLayout->addWidget(PathLabel,1,0);
QLineEdit* PathLineEdit = new QLineEdit(BlenderExeBox);
mExeGridLayout->addWidget(PathLineEdit,1,1);
mPathLineEditList << PathLineEdit;
connect(PathLineEdit, &QLineEdit::editingFinished, this, [this]() { ConfigureBlenderAddon(); });
QPushButton* PathBrowseButton = new QPushButton(tr("Browse..."), BlenderExeBox);
mExeGridLayout->addWidget(PathBrowseButton,1,2);
mPathBrowseButtonList << PathBrowseButton;
connect(PathBrowseButton, &QPushButton::clicked, this, &lcBlenderPreferences::BrowseBlender);
QGroupBox* BlenderAddonVersionBox = new QGroupBox(tr("%1 Blender LDraw Addon").arg(LC_PRODUCTNAME_STR),mContent);
mForm->addRow(BlenderAddonVersionBox);
mAddonGridLayout = new QGridLayout(BlenderAddonVersionBox);
BlenderAddonVersionBox->setLayout(mAddonGridLayout);
QCheckBox* AddonVersionCheck = new QCheckBox(tr("Prompt to download new addon version when available"), BlenderAddonVersionBox);
AddonVersionCheck->setChecked(lcGetProfileInt(LC_PROFILE_BLENDER_ADDON_VERSION_CHECK));
QObject::connect(AddonVersionCheck, &QCheckBox::stateChanged, [](int State)
{
const bool VersionCheck = static_cast<Qt::CheckState>(State) == Qt::CheckState::Checked;
lcSetProfileInt(LC_PROFILE_BLENDER_ADDON_VERSION_CHECK, (int)VersionCheck);
});
mAddonGridLayout->addWidget(AddonVersionCheck,0,0,1,4);
mAddonVersionLabel = new QLabel(BlenderAddonVersionBox);
mAddonGridLayout->addWidget(mAddonVersionLabel,1,0);
mAddonVersionEdit = new QLineEdit(BlenderAddonVersionBox);
mAddonVersionEdit->setToolTip(tr("%1 Blender LDraw import and image renderer addon").arg(LC_PRODUCTNAME_STR));
mAddonVersionEdit->setPalette(ReadOnlyPalette);
mAddonVersionEdit->setReadOnly(true);
mAddonGridLayout->addWidget(mAddonVersionEdit,1,1);
mAddonGridLayout->setColumnStretch(1,1/*1 is greater than 0 (default)*/);
mAddonUpdateButton = new QPushButton(tr("Update"), BlenderAddonVersionBox);
mAddonUpdateButton->setToolTip(tr("Update %1 Blender LDraw addon").arg(LC_PRODUCTNAME_STR));
mAddonGridLayout->addWidget(mAddonUpdateButton,1,2);
connect(mAddonUpdateButton, &QPushButton::clicked, this, &lcBlenderPreferences::UpdateBlenderAddon);
mAddonStdOutButton = new QPushButton(tr("Output..."), BlenderAddonVersionBox);
mAddonStdOutButton->setToolTip(tr("Open the standrd output log"));
mAddonStdOutButton->setEnabled(false);
mAddonGridLayout->addWidget(mAddonStdOutButton,1,3);
connect(mAddonStdOutButton, &QPushButton::clicked, this, &lcBlenderPreferences::GetStandardOutput);
mModulesBox = new QGroupBox(tr("Enabled Addon Modules"),mContent);
QHBoxLayout* ModulesLayout = new QHBoxLayout(mModulesBox);
mModulesBox->setLayout(ModulesLayout);
mAddonGridLayout->addWidget(mModulesBox,2,0,1,4);
mImportActBox = new QCheckBox(tr("LDraw Import TN"),mModulesBox);
mImportActBox->setToolTip(tr("Enable addon import module (adapted from LDraw Import by Toby Nelson) in Blender"));
ModulesLayout->addWidget(mImportActBox);
connect(mImportActBox, &QCheckBox::clicked, this, &lcBlenderPreferences::EnableImportModule);
mImportMMActBox = new QCheckBox(tr("LDraw Import MM"),mModulesBox);
mImportMMActBox->setToolTip(tr("Enable addon import module (adapted from LDraw Import by Matthew Morrison) in Blender"));
ModulesLayout->addWidget(mImportMMActBox);
connect(mImportMMActBox, &QCheckBox::clicked, this, &lcBlenderPreferences::EnableImportModule);
mRenderActBox = new QCheckBox(tr("%1 Image Render").arg(LC_PRODUCTNAME_STR), mModulesBox);
mRenderActBox->setToolTip(tr("Addon image render module in Blender"));
mRenderActBox->setEnabled(false);
ModulesLayout->addWidget(mRenderActBox);
LoadSettings();
mConfigured = !lcGetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE).isEmpty();
const int CtlIdx = PATH_BLENDER;
PathLabel->setText(mBlenderPaths[CtlIdx].label);
PathLabel->setToolTip(mBlenderPaths[CtlIdx].tooltip);
PathLineEdit->setText(mBlenderPaths[CtlIdx].value);
PathLineEdit->setToolTip(mBlenderPaths[CtlIdx].tooltip);
if (mAddonVersion.isEmpty())
{
mModulesBox->setEnabled(false);
mAddonUpdateButton->setEnabled(true);
mImportActBox->setChecked(true); // default addon module
}
else
{
mAddonVersionEdit->setText(mAddonVersion);
mRenderActBox->setChecked(true);
mImportActBox->setChecked(lcGetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE) == QLatin1String("TN"));
mImportMMActBox->setChecked(lcGetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE) == QLatin1String("MM"));
}
QString VersionTextColour = QApplication::palette().text().color().name(),AddonTextColour;
QString VersionText = tr("Blender"), AddonText = tr("Blender Addon");
if (mConfigured)
{
AddonTextColour = VersionTextColour;
mBlenderVersionEdit->setText(mBlenderVersion);
mBlenderVersionEdit->setVisible(true);
}
else
{
const QString TextColour = Preferences.mColorTheme == lcColorTheme::Dark ? QLatin1String(LC_THEME_DARK_DECORATE_QUOTED_TEXT) : QLatin1String("blue");
bool BlenderConfigured = !lcGetProfileString(LC_PROFILE_BLENDER_PATH).isEmpty();
if (!BlenderConfigured)
{
VersionText = tr("Blender not configured.");
VersionTextColour = TextColour;
}
else
mBlenderVersionEdit->setText(mBlenderVersion);
if (QFileInfo(QString("%1/Blender/%2").arg(mDataDir, LC_BLENDER_ADDON_FILE)).isReadable())
{
mModulesBox->setEnabled(false);
mImportActBox->setChecked(true);
mAddonUpdateButton->setEnabled(true);
if (BlenderConfigured)
AddonText = tr("Addon not configured - Update.");
else
AddonText = tr("Addon not configured.");
AddonTextColour = TextColour;
}
}
mAddonVersionEdit->setVisible(!mAddonVersion.isEmpty());
mBlenderVersionLabel->setStyleSheet(QString("QLabel { color : %1; }").arg(VersionTextColour));
mAddonVersionLabel->setStyleSheet(QString("QLabel { color : %1; }").arg(AddonTextColour));
mBlenderVersionLabel->setText(VersionText);
mAddonVersionLabel->setText(AddonText);
if (mImportMMActBox->isChecked())
InitPathsAndSettingsMM();
else
InitPathsAndSettings();
QScrollArea* ScrollArea = new QScrollArea(this);
ScrollArea->setWidgetResizable(true);
ScrollArea->setWidget(mContent);
Layout->addWidget(ScrollArea);
}
lcBlenderPreferences::~lcBlenderPreferences()
{
gAddonPreferences = nullptr;
}
void lcBlenderPreferences::ClearGroupBox(QGroupBox* GroupBox)
{
int Row = -1;
QFormLayout::ItemRole ItemRole = QFormLayout::SpanningRole;
mForm->getWidgetPosition(GroupBox,& Row,& ItemRole);
if(Row == -1 || ItemRole != QFormLayout::SpanningRole) return;
QLayoutItem* GroupBoxIitem = mForm->itemAt(Row, ItemRole);
mForm->removeItem(GroupBoxIitem);
QWidget* WidgetItem = GroupBoxIitem->widget();
if(WidgetItem)
{
if (GroupBox == mPathsBox)
{
delete mPathsBox;
mPathsBox = nullptr;
}
else if (GroupBox == mSettingsBox)
{
delete mSettingsBox;
mSettingsBox = nullptr;
}
}
delete GroupBoxIitem;
}
void lcBlenderPreferences::InitPathsAndSettings()
{
if (!NumSettings())
LoadSettings();
// Paths
ClearGroupBox(mPathsBox);
mPathsBox = new QGroupBox(mContent);
mPathsBox->setTitle(tr("LDraw Import TN Addon Paths"));
mPathsGridLayout = new QGridLayout(mPathsBox);
mPathsBox->setLayout(mPathsGridLayout);
mForm->addRow(mPathsBox);
for (int CtlIdx = 1/*skip blender executable*/; CtlIdx < NumPaths(); ++CtlIdx)
{
int ColumnIdx = CtlIdx - 1; // adjust for skipping first item - blender executable
bool IsVisible = CtlIdx != PATH_STUDIO_LDRAW;
QLabel* PathLabel = new QLabel(mBlenderPaths[CtlIdx].label, mPathsBox);
PathLabel->setToolTip(mBlenderPaths[CtlIdx].tooltip);
mPathsGridLayout->addWidget(PathLabel,ColumnIdx,0);
PathLabel->setVisible(IsVisible);
QLineEdit* PathLineEdit = new QLineEdit(mPathsBox);
PathLineEdit->setProperty("ControlID",QVariant(CtlIdx));
PathLineEdit->setText(mBlenderPaths[CtlIdx].value);
PathLineEdit->setToolTip(mBlenderPaths[CtlIdx].tooltip);
if (mPathLineEditList.size() > CtlIdx)
mPathLineEditList.replace(CtlIdx, PathLineEdit);
else
mPathLineEditList << PathLineEdit;
mPathsGridLayout->addWidget(PathLineEdit,ColumnIdx,1);
PathLineEdit->setVisible(IsVisible);
QPushButton* PathBrowseButton = new QPushButton(tr("Browse..."), mPathsBox);
if (mPathBrowseButtonList.size() > CtlIdx)
mPathBrowseButtonList.replace(CtlIdx, PathBrowseButton);
else
mPathBrowseButtonList << PathBrowseButton;
mPathsGridLayout->addWidget(PathBrowseButton,ColumnIdx,2);
PathBrowseButton->setVisible(IsVisible);
if (IsVisible)
{
connect(PathBrowseButton, &QPushButton::clicked, this, &lcBlenderPreferences::BrowseBlender);
connect(PathLineEdit, &QLineEdit::editingFinished, this, &lcBlenderPreferences::PathChanged);
}
}
mPathsBox->setEnabled(mConfigured);
// Settings
ClearGroupBox(mSettingsBox);
mSettingsBox = new QGroupBox(mContent);
mSettingsSubform = new QFormLayout(mSettingsBox);
mSettingsBox->setLayout(mSettingsSubform);
mForm->addRow(mSettingsBox);
mSettingsBox->setTitle(tr("LDraw Import TN Addon Settings"));
mSettingLabelList.clear();
mCheckBoxList.clear();
mLineEditList.clear();
mComboBoxList.clear();
int ComboBoxItemsIndex = 0;
for (int LblIdx = 0; LblIdx < NumSettings(); LblIdx++)
{
QLabel* Label = new QLabel(mSettingsBox);
Label->setText(mBlenderSettings[LblIdx].label);
Label->setToolTip(mBlenderSettings[LblIdx].tooltip);
mSettingLabelList << Label;
if (LblIdx < LBL_BEVEL_WIDTH)
{ // QCheckBoxes
QCheckBox* CheckBox = new QCheckBox(mSettingsBox);
CheckBox->setProperty("ControlID",QVariant(LblIdx));
CheckBox->setChecked(mBlenderSettings[LblIdx].value.toInt());
CheckBox->setToolTip(mBlenderSettings[LblIdx].tooltip);
if (LblIdx == LBL_CROP_IMAGE)
connect(CheckBox, &QCheckBox::toggled, this, &lcBlenderPreferences::SetModelSize);
else
connect(CheckBox, &QCheckBox::clicked, this, [this]() { SettingIndexChanged(); });
mCheckBoxList << CheckBox;
mSettingsSubform->addRow(Label,CheckBox);
}
else if (LblIdx < LBL_COLOUR_SCHEME)
{ // QLineEdits
QLineEdit* LineEdit = new QLineEdit(mSettingsBox);
LineEdit->setProperty("ControlID",QVariant(LblIdx));
if (LblIdx == LBL_IMAGE_WIDTH || LblIdx == LBL_IMAGE_HEIGHT)
{
connect(LineEdit, &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
LineEdit->setValidator(new QIntValidator(16, LC_RENDER_IMAGE_MAX_SIZE));
}
else if(LblIdx == LBL_DEFAULT_COLOUR)
{
LineEdit->setReadOnly(true);
LineEdit->setStyleSheet("Text-align:left");
mDefaultColourEditAction = LineEdit->addAction(QIcon(), QLineEdit::TrailingPosition);
connect(mDefaultColourEditAction, &QAction::triggered, this, &lcBlenderPreferences::ColorButtonClicked);
}
else
{
LineEdit->setText(mBlenderSettings[LblIdx].value);
if (LblIdx == LBL_IMAGE_SCALE)
LineEdit->setValidator(new QDoubleValidator(0.01,10.0,2));
else if (LblIdx == LBL_RENDER_PERCENTAGE || LblIdx == LBL_CAMERA_BORDER_PERCENT)
LineEdit->setValidator(new QIntValidator(1,1000));
else
LineEdit->setValidator(new QDoubleValidator(0.01,100.0,2));
connect(LineEdit, &QLineEdit::textEdited, this, &lcBlenderPreferences::SettingTextChanged);
}
LineEdit->setToolTip(mBlenderSettings[LblIdx].tooltip);
mLineEditList << LineEdit;
if (LblIdx == LBL_DEFAULT_COLOUR)
SetDefaultColor(lcGetColorIndex(mBlenderSettings[LBL_DEFAULT_COLOUR].value.toInt()));
mSettingsSubform->addRow(Label,LineEdit);
}
else
{ // QComboBoxes
QComboBox* ComboBox = new QComboBox(mSettingsBox);
ComboBox->setProperty("ControlID",QVariant(LblIdx));
const QString Value = mBlenderSettings[LblIdx].value;
QStringList const DataList = mComboItems[ComboBoxItemsIndex].dataList.split("|");
QStringList const ItemList = mComboItems[ComboBoxItemsIndex].itemList.split("|");
ComboBox->addItems(ItemList);
for (int CtlIdx = 0; CtlIdx < ComboBox->count(); CtlIdx++)
ComboBox->setItemData(CtlIdx, DataList.at(CtlIdx));
ComboBox->setToolTip(mBlenderSettings[LblIdx].tooltip);
int CurrentIndex = int(ComboBox->findData(QVariant::fromValue(Value)));
ComboBox->setCurrentIndex(CurrentIndex);
if (LblIdx == LBL_COLOUR_SCHEME)
connect(ComboBox, qOverload<int>(&QComboBox::currentIndexChanged), this, &lcBlenderPreferences::ValidateColourScheme);
else
connect(ComboBox, qOverload<int>(&QComboBox::currentIndexChanged), this, &lcBlenderPreferences::SettingIndexChanged);
mComboBoxList << ComboBox;
ComboBoxItemsIndex++;
mSettingsSubform->addRow(Label,ComboBox);
}
}
SetModelSize();
if (!mSettingsSubform->rowCount())
mSettingsSubform = nullptr;
mSettingsBox->setEnabled(mConfigured);
}
void lcBlenderPreferences::InitPathsAndSettingsMM()
{
if (!NumSettingsMM())
LoadSettings();
// Paths
ClearGroupBox(mPathsBox);
mPathsBox = new QGroupBox(mContent);
mPathsBox->setTitle(tr("LDraw Import MM Addon Paths"));
mPathsGridLayout = new QGridLayout(mPathsBox);
mPathsBox->setLayout(mPathsGridLayout);
mForm->addRow(mPathsBox);
for (int CtlIdx = 1/*skip blender executable*/; CtlIdx < NumPaths(); ++CtlIdx)
{
int ColumnIdx = CtlIdx - 1; // adjust for skipping first item - blender executable
bool IsVisible = CtlIdx != PATH_LSYNTH && CtlIdx != PATH_STUD_LOGO;
QLabel* PathLabel = new QLabel(mBlenderPaths[CtlIdx].label, mPathsBox);
PathLabel->setToolTip(mBlenderPaths[CtlIdx].tooltip);
mPathsGridLayout->addWidget(PathLabel,ColumnIdx,0);
PathLabel->setVisible(IsVisible);
QLineEdit* PathLineEdit = new QLineEdit(mPathsBox);
PathLineEdit->setProperty("ControlID",QVariant(CtlIdx));
PathLineEdit->setText(mBlenderPaths[CtlIdx].value);
PathLineEdit->setToolTip(mBlenderPaths[CtlIdx].tooltip);
if (mPathLineEditList.size() > CtlIdx)
mPathLineEditList.replace(CtlIdx, PathLineEdit);
else
mPathLineEditList << PathLineEdit;
mPathsGridLayout->addWidget(PathLineEdit,ColumnIdx,1);
PathLineEdit->setVisible(IsVisible);
QPushButton* PathBrowseButton = new QPushButton(tr("Browse..."), mPathsBox);
if (mPathBrowseButtonList.size() > CtlIdx)
mPathBrowseButtonList.replace(CtlIdx, PathBrowseButton);
else
mPathBrowseButtonList << PathBrowseButton;
mPathsGridLayout->addWidget(PathBrowseButton,ColumnIdx,2);
PathBrowseButton->setVisible(IsVisible);
if (IsVisible)
{
connect(PathBrowseButton, &QPushButton::clicked, this, &lcBlenderPreferences::BrowseBlender);
connect(PathLineEdit, &QLineEdit::editingFinished, this, &lcBlenderPreferences::PathChanged);
}
}
mPathsBox->setEnabled(mConfigured);
// Settings
ClearGroupBox(mSettingsBox);
mSettingsBox = new QGroupBox(mContent);
mSettingsSubform = new QFormLayout(mSettingsBox);
mSettingsBox->setLayout(mSettingsSubform);
mForm->addRow(mSettingsBox);
mSettingsBox->setTitle(tr("LDraw Import MM Addon Settings"));
mSettingLabelList.clear();
mCheckBoxList.clear();
mLineEditList.clear();
mComboBoxList.clear();
int ComboBoxItemsIndex = 0;
for (int LblIdx = 0; LblIdx < NumSettingsMM(); LblIdx++)
{
QLabel* Label = new QLabel(mSettingsBox);
Label->setText(mBlenderSettingsMM[LblIdx].label);
Label->setToolTip(mBlenderSettingsMM[LblIdx].tooltip);
mSettingLabelList << Label;
if (LblIdx < LBL_BEVEL_SEGMENTS)
{ // QCheckBoxes
QCheckBox* CheckBox = new QCheckBox(mSettingsBox);
CheckBox->setProperty("ControlID",QVariant(LblIdx));
CheckBox->setChecked(mBlenderSettingsMM[LblIdx].value.toInt());
CheckBox->setToolTip(mBlenderSettingsMM[LblIdx].tooltip);
if (LblIdx == LBL_CROP_IMAGE_MM)
connect(CheckBox, &QCheckBox::toggled, this, &lcBlenderPreferences::SetModelSize);
else
connect(CheckBox, &QCheckBox::clicked, this, [this]() { SettingIndexChanged(); });
mCheckBoxList << CheckBox;
mSettingsSubform->addRow(Label,CheckBox);
}
else if (LblIdx < LBL_CHOSEN_LOGO)
{ // QLineEdits
QLineEdit* LineEdit = new QLineEdit(mSettingsBox);
LineEdit->setProperty("ControlID",QVariant(LblIdx));
if (LblIdx == LBL_RESOLUTION_WIDTH || LblIdx == LBL_RESOLUTION_HEIGHT)
{
connect(LineEdit, &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
LineEdit->setValidator(new QIntValidator(16, LC_RENDER_IMAGE_MAX_SIZE));
}
else
{
LineEdit->setText(mBlenderSettingsMM[LblIdx].value);
if (LblIdx == LBL_IMPORT_SCALE)
LineEdit->setValidator(new QDoubleValidator(0.01,10.0,2));
else if (LblIdx == LBL_RENDER_PERCENTAGE_MM || LblIdx == LBL_CAMERA_BORDER_PERCENT_MM)
LineEdit->setValidator(new QIntValidator(1,1000));
else if (LblIdx == LBL_GAP_SCALE || LblIdx == LBL_MERGE_DISTANCE)
LineEdit->setValidator(new QDoubleValidator(0.001,100.0,3));
else if (LblIdx == LBL_BEVEL_WEIGHT || LblIdx == LBL_BEVEL_WIDTH_MM)
LineEdit->setValidator(new QDoubleValidator(0.0,10.0,1));
else
LineEdit->setValidator(new QIntValidator(1, LC_RENDER_IMAGE_MAX_SIZE));
connect(LineEdit, &QLineEdit::textEdited, this, &lcBlenderPreferences::SettingTextChanged);
}
LineEdit->setToolTip(mBlenderSettingsMM[LblIdx].tooltip);
mLineEditList << LineEdit;
mSettingsSubform->addRow(Label,LineEdit);
}
else
{ // QComboBoxes
QComboBox* ComboBox = new QComboBox(mSettingsBox);
ComboBox->setProperty("ControlID",QVariant(LblIdx));
const QString Value = mBlenderSettingsMM[LblIdx].value;
QStringList const DataList = mComboItemsMM[ComboBoxItemsIndex].dataList.split("|");
QStringList const ItemList = mComboItemsMM[ComboBoxItemsIndex].itemList.split("|");
ComboBox->addItems(ItemList);
for (int CtlIdx = 0; CtlIdx < ComboBox->count(); CtlIdx++)
ComboBox->setItemData(CtlIdx, DataList.at(CtlIdx));
ComboBox->setToolTip(mBlenderSettingsMM[LblIdx].tooltip);
int CurrentIndex = int(ComboBox->findData(QVariant::fromValue(Value)));
ComboBox->setCurrentIndex(CurrentIndex);
if (LblIdx == LBL_COLOUR_SCHEME_MM)
connect(ComboBox, qOverload<int>(&QComboBox::currentIndexChanged), this, &lcBlenderPreferences::ValidateColourScheme);
else
connect(ComboBox, qOverload<int>(&QComboBox::currentIndexChanged), this, &lcBlenderPreferences::SettingIndexChanged);
mComboBoxList << ComboBox;
ComboBoxItemsIndex++;
mSettingsSubform->addRow(Label,ComboBox);
}
}
SetModelSize();
if (!mSettingsSubform->rowCount())
mSettingsSubform = nullptr;
mSettingsBox->setEnabled(mConfigured);
}
void lcBlenderPreferences::UpdateBlenderAddon()
{
mAddonUpdateButton->setEnabled(false);
disconnect(mPathLineEditList[PATH_BLENDER], &QLineEdit::editingFinished, this, nullptr);
ConfigureBlenderAddon(sender() == mPathBrowseButtonList[PATH_BLENDER], sender() == mAddonUpdateButton);
connect(mPathLineEditList[PATH_BLENDER], &QLineEdit::editingFinished, this, [this]() { ConfigureBlenderAddon(); });
}
void lcBlenderPreferences::ConfigureBlenderAddon(bool TestBlender, bool AddonUpdate, bool ModuleChange)
{
mProgressBar = nullptr;
const QString BlenderExe = QDir::toNativeSeparators(mPathLineEditList[PATH_BLENDER]->text());
if (BlenderExe.isEmpty())
{
mBlenderVersion.clear();
mConfigured = false;
StatusUpdate(false, true);
mAddonUpdateButton->setEnabled(mConfigured);
mPathsBox->setEnabled(mConfigured);
mSettingsBox->setEnabled(mConfigured);
return;
}
if (QFileInfo(BlenderExe).isReadable())
{
enum ProcEnc
{
PR_OK, PR_FAIL, PR_WAIT, PR_INSTALL, PR_TEST
};
const QString BlenderDir = QDir::toNativeSeparators(QString("%1/Blender").arg(mDataDir));
const QString BlenderConfigDir = QString("%1/setup/addon_setup/config").arg(BlenderDir);
const QString BlenderAddonDir = QDir::toNativeSeparators(QString("%1/addons").arg(BlenderDir));
const QString BlenderExeCompare = QDir::toNativeSeparators(lcGetProfileString(LC_PROFILE_BLENDER_PATH)).toLower();
const QString BlenderInstallFile = QDir::toNativeSeparators(QString("%1/%2").arg(BlenderDir, LC_BLENDER_ADDON_INSTALL_FILE));
const QString BlenderTestString = QLatin1String("###TEST_BLENDER###");
QByteArray AddonPathsAndModuleNames;
QString Message, ShellProgram;
QStringList Arguments;
ProcEnc Result = PR_OK;
QFile ScriptFile;
bool NewBlenderExe = BlenderExeCompare != BlenderExe.toLower();
if (mConfigured && !AddonUpdate && !ModuleChange && !NewBlenderExe)
return;
#ifdef Q_OS_WIN
ShellProgram = QLatin1String(LC_WINDOWS_SHELL);
#else
ShellProgram = QLatin1String(LC_UNIX_SHELL);
#endif
auto ProcessCommand = [&](ProcEnc Action)
{
#ifdef Q_OS_WIN
if (Action == PR_INSTALL)
{
lcRunElevatedProcess(ShellProgram.toStdWString().c_str(), QString("/C %1").arg(ScriptFile.fileName()).toStdWString().c_str(), BlenderDir.toStdWString().c_str());
mAddonVersionLabel->clear();
if (mProgressBar)
mProgressBar->close();
return PR_OK;
}
#endif
mProcess = new QProcess();
QString ProcessAction = tr("addon install");
if (Action == PR_INSTALL)
{
connect(mProcess, &QProcess::readyReadStandardOutput, this, [this]() { ReadStdOut(); });
const QString& LdrawLibPath = QFileInfo(lcGetProfileString(LC_PROFILE_PARTS_LIBRARY)).absolutePath();
QStringList SystemEnvironment = QProcess::systemEnvironment();
SystemEnvironment.prepend("LDRAW_DIRECTORY=" + LdrawLibPath);
SystemEnvironment.prepend("ADDONS_TO_LOAD=" + AddonPathsAndModuleNames);
mProcess->setEnvironment(SystemEnvironment);
}
else
{
ProcessAction = tr("test");
disconnect(&mUpdateTimer, &QTimer::timeout, this, &lcBlenderPreferences::Update);
}
mProcess->setWorkingDirectory(BlenderDir);
mProcess->setStandardErrorFile(QString("%1/stderr-blender-addon-install").arg(BlenderDir));
if (Action == PR_INSTALL)
{
mProcess->start(BlenderExe, Arguments);
}
else
{
#ifdef Q_OS_WIN
mProcess->start(ShellProgram, QStringList() << "/C" << ScriptFile.fileName());
#else
mProcess->start(ShellProgram, QStringList() << ScriptFile.fileName());
#endif
}
if (!mProcess->waitForStarted())
{
Message = tr("Cannot start Blender %1 mProcess.\n%2").arg(ProcessAction, QString(mProcess->readAllStandardError()));
delete mProcess;
mProcess = nullptr;
return PR_WAIT;
}
else
{
if (mProcess->exitStatus() != QProcess::NormalExit || mProcess->exitCode() != 0)
{
Message = tr("Failed to execute Blender %1.\n%2").arg(ProcessAction, QString(mProcess->readAllStandardError()));
return PR_FAIL;
}
}
if (Action == PR_TEST)
{
while (mProcess && mProcess->state() != QProcess::NotRunning)
{
QTime Waiting = QTime::currentTime().addMSecs(500);
while (QTime::currentTime() < Waiting)
QCoreApplication::processEvents(QEventLoop::AllEvents, 100);
}
connect(&mUpdateTimer, &QTimer::timeout, this, &lcBlenderPreferences::Update);
const QString StdOut = QString(mProcess->readAllStandardOutput());
if (!StdOut.contains(BlenderTestString))
{
Message = tr("A simple check to test if the selected file is Blender failed."
"Please create an %1 GitHub ticket if you are sure the file is Blender 2.8 or newer."
"The ticket should contain the full path to the Blender executable.").arg(LC_PRODUCTNAME_STR);
return PR_FAIL;
}
else
{
QStringList Items = StdOut.split('\n',SkipEmptyParts).last().split(" ");
if (Items.count() > 6 && Items.at(0) == QLatin1String("Blender"))
{
Items.takeLast();
mBlenderVersion.clear();
for (int LblIdx = 1; LblIdx < Items.size(); LblIdx++)
mBlenderVersion.append(Items.at(LblIdx)+" ");
mBlenderVersionFound = !mBlenderVersion.isEmpty();
if (mBlenderVersionFound)
{
mBlenderVersion = mBlenderVersion.trimmed().prepend("v").append(")");
mBlenderVersionEdit->setText(mBlenderVersion);
// set default LDraw import module if not configured
if (!mImportActBox->isChecked() && !mImportMMActBox->isChecked())
mImportActBox->setChecked(true);
Message = tr("Blender %1 mProcess completed. Version: %2 validated.").arg(ProcessAction, mBlenderVersion);
}
}
}
}
return PR_OK;
};
connect(&mUpdateTimer, &QTimer::timeout, this, &lcBlenderPreferences::Update);
mUpdateTimer.start(500);
QDir ConfigDir(BlenderConfigDir);
if (!ModuleChange || !ConfigDir.exists())
{
mProgressBar = new QProgressBar(mContent);
mProgressBar->setMaximum(0);
mProgressBar->setMinimum(0);
mProgressBar->setValue(1);
TestBlender |= sender() == mPathLineEditList[PATH_BLENDER];
mAddonVersionLabel->setText(tr("Installing..."));
if (TestBlender)
{
mExeGridLayout->replaceWidget(mBlenderVersionEdit, mProgressBar);
mProgressBar->show();
Arguments << QString("--factory-startup");
Arguments << QString("-b");
Arguments << QString("--python-expr");
Arguments << QString("\"import sys;print('%1');sys.stdout.flush();sys.exit()\"").arg(BlenderTestString);
bool Error = false;
QString ScriptName, ScriptCommand;
#ifdef Q_OS_WIN
ScriptName = QLatin1String("blender_test.bat");
#else
ScriptName = QLatin1String("blender_test.sh");
#endif
ScriptCommand = QString("\"%1\" %2").arg(BlenderExe, Arguments.join(" "));
ScriptFile.setFileName(QString("%1/%2").arg(QDir::tempPath(), ScriptName));
if (ScriptFile.open(QIODevice::WriteOnly | QIODevice::Text))
{
QTextStream Stream(&ScriptFile);
#ifdef Q_OS_WIN
Stream << QLatin1String("@ECHO OFF& SETLOCAL") << LineEnding;
#else
Stream << QLatin1String("#!/bin/bash") << LineEnding;
#endif
Stream << ScriptCommand << LineEnding;
ScriptFile.close();
}
else
{
Message = tr("Error writing to file '%1':\n%2.").arg(ScriptFile.fileName(), ScriptFile.errorString());
Error = true;
}
if (Error)
{
StatusUpdate(false);
return;
}
QThread::sleep(1);
Result = ProcessCommand(PR_TEST);
bool TestOk = Result != PR_FAIL;
const QString statusLabel = TestOk ? "" : tr("Blender test failed.");
StatusUpdate(false, TestOk, statusLabel);
if (TestOk)
{
lcSetProfileString(LC_PROFILE_BLENDER_VERSION, mBlenderVersion);
lcSetProfileString(LC_PROFILE_BLENDER_PATH, BlenderExe);
}
else
{
const QString& Title = tr ("%1 Blender LDraw Addon").arg(LC_PRODUCTNAME_STR);
const QString& Header = tr ("Blender test failed.");
ShowMessage(this, Header, Title, Message);
return;
}
} // Test Blender
if (!mBlenderVersion.isEmpty() && !mImportMMActBox->isChecked() && !mImportActBox->isChecked())
{
const QString& Title = tr ("%1 Blender LDraw Addon Modules").arg(LC_PRODUCTNAME_STR);
const QString& Header = tr ("No import module enabled. If you continue, the default import module (Import TN) will be used.<br>If you select No, all addon modules will be disabled.");
const QString& Body = tr ("Continue with the default import module ?");
int Exec = ShowMessage(this, Header, Title, Body, QString(), MBB_YES_NO, QMessageBox::NoIcon);
if (Exec != QMessageBox::Yes)
{
mRenderActBox->setChecked(false);
if (Exec == QMessageBox::Cancel)
return;
}
mImportActBox->setChecked(true);
}
if (TestBlender)
{
const QString preferredImportModule = mImportActBox->isChecked() ? QString("TN") : mImportMMActBox->isChecked() ? QString("MM") : QString(); // disable all import modules
lcSetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE, preferredImportModule);
}
else
mBlenderVersionEdit->setVisible(AddonUpdate);
if (mProgressBar)
{
mProgressBar->setMaximum(0);
mProgressBar->setMinimum(0);
mProgressBar->setValue(1);
mAddonGridLayout->replaceWidget(mAddonVersionEdit, mProgressBar);
mAddonVersionLabel->setText(tr("Downloading..."));
mProgressBar->show();
}
if (!ExtractBlenderAddon(BlenderDir))
{
if (AddonUpdate)
{
mConfigured = true;
mBlenderVersionLabel->setText(tr("Blender"));
mBlenderVersionLabel->setStyleSheet(QString("QLabel { color : %1; }").arg(QApplication::palette().text().color().name()));
mBlenderVersionEdit->setText(mBlenderVersion);
mBlenderVersionEdit->setToolTip(tr("Display the Blender and %1 Render addon version").arg(LC_PRODUCTNAME_STR));
mBlenderVersionEdit->setVisible(mConfigured);
if (!mAddonVersion.isEmpty())
{
mModulesBox->setEnabled(true);
mAddonVersionEdit->setText(mAddonVersion);
}
mAddonUpdateButton->setEnabled(mConfigured);
if (mProgressBar)
{
mAddonGridLayout->replaceWidget(mProgressBar, mAddonVersionEdit);
mAddonVersionLabel->setText(tr("Blender Addon"));
mProgressBar->close();
}
}
return;
}
if (!QFileInfo::exists(BlenderInstallFile))
{
ShowMessage(this, tr("Could not find addon install file: %1").arg(BlenderInstallFile));
StatusUpdate(true, true, tr("Not found."));
return;
}
StatusUpdate(true, false, tr("Installing..."));
emit SettingChangedSig(true);
}
SaveSettings();
Arguments.clear();
Arguments << QString("--background");
Arguments << QString("--python");
Arguments << BlenderInstallFile;
Arguments << "--";
if (!mRenderActBox->isChecked() && !mImportActBox->isChecked() && !mImportMMActBox->isChecked())
Arguments << QString("--disable_ldraw_addons");
else if (!mImportActBox->isChecked())
Arguments << QString("--disable_ldraw_import");
else if (!mImportMMActBox->isChecked())
Arguments << QString("--disable_ldraw_import_mm");
else if (!mRenderActBox->isChecked())
Arguments << QString("--disable_ldraw_render");
Arguments << QString("--leocad");
Message = tr("Blender Addon Install Arguments: %1 %2").arg(BlenderExe, Arguments.join(" "));
if (!TestBlender)
mBlenderVersionFound = false;
if (QDir(BlenderAddonDir).entryInfoList(QDir::Dirs|QDir::NoSymLinks).count() > 0)
{
QJsonArray JsonArray;
const QStringList AddonDirs = QDir(BlenderAddonDir).entryList(QDir::NoDotAndDotDot | QDir::Dirs, QDir::SortByMask);
for (const QString& Addon : AddonDirs)
{
QDir Dir(QString("%1/%2").arg(BlenderAddonDir, Addon));
Dir.setFilter(QDir::Files | QDir::NoDotAndDotDot | QDir::NoSymLinks);
QFileInfoList List = Dir.entryInfoList();
for (int LblIdx = 0; LblIdx < List.size(); LblIdx++)
{
if (List.at(LblIdx).fileName() == QLatin1String("__init__.py"))
{
QFile File(QFileInfo(List.at(LblIdx)).absoluteFilePath());
if (!File.open(QFile::ReadOnly | QFile::Text))
{
ShowMessage(this, tr("Cannot read addon file %1<br>%2").arg(List.at(LblIdx).fileName(), File.errorString()));
break;
}
else
{
bool FoundModule = false;
QTextStream In(&File);
while (!In.atEnd())
{
if (QString(In.readLine(0)).startsWith("bl_info"))
{
FoundModule = true;
break;
}
}
File.close();
if (FoundModule)
{
QJsonObject JsonItemObj;
JsonItemObj["load_dir"] = QDir::toNativeSeparators(Dir.absolutePath());
JsonItemObj["module_name"] = Dir.dirName();
JsonArray.append(JsonItemObj);
}
}
}
}
}
QJsonDocument JsonDoc;
JsonDoc.setArray(JsonArray);
AddonPathsAndModuleNames = JsonDoc.toJson(QJsonDocument::Compact);
}
#ifdef Q_OS_WIN
bool Error = false;
QString ScriptName = QLatin1String("blender_install.bat");
ScriptFile.setFileName(QString("%1/%2").arg(QDir::tempPath()).arg(ScriptName));
if (ScriptFile.open(QIODevice::WriteOnly | QIODevice::Text))
{
const QString& LdrawLibPath = QFileInfo(lcGetProfileString(LC_PROFILE_PARTS_LIBRARY)).absolutePath();
QTextStream Stream(&ScriptFile);
Stream << QLatin1String("@ECHO OFF& SETLOCAL") << Qt::endl;
Stream << QLatin1String("SET LDRAW_DIRECTORY=") << LdrawLibPath << Qt::endl;
Stream << QLatin1String("SET ADDONS_TO_LOAD=") << AddonPathsAndModuleNames << Qt::endl;
Stream << QString("\"%1\"").arg(BlenderExe);
for (const QString& Argument : Arguments)
Stream << " " << QString("\"%1\"").arg(Argument);
Stream << Qt::endl;
ScriptFile.close();
}
else
{
Message = tr("Error writing to file '%1':\n%2.").arg(ScriptFile.fileName(), ScriptFile.errorString());
Error = true;
}
if (Error)
{
StatusUpdate(false);
return;
}
#endif
Result = ProcessCommand(PR_INSTALL);
if (Result != PR_OK)
StatusUpdate(true, true, tr("Install failed."));
}
else
ShowMessage(this, tr("Blender executable not found at [%1]").arg(BlenderExe), tr("Addon install failed."));
}
bool lcBlenderPreferences::ExtractBlenderAddon(const QString& BlenderDir)
{
bool Extracted = false;
QDir Dir(BlenderDir);
if (!Dir.exists())
Dir.mkdir(BlenderDir);
AddonEnc AddonAction = AddonEnc(GetBlenderAddon(BlenderDir));
if (AddonAction == ADDON_EXTRACT)
{
gAddonPreferences->StatusUpdate(true, false, tr("Extracting..."));
const QString BlenderAddonFile = QDir::toNativeSeparators(QString("%1/%2").arg(BlenderDir, LC_BLENDER_ADDON_FILE));
QString Result;
Extracted = gAddonPreferences->ExtractAddon(BlenderAddonFile, Result);
if (!Extracted)
{
QString Message = tr("Failed to extract %1 to %2").arg(LC_BLENDER_ADDON_FILE, BlenderDir);
if (Result.size())
Message.append(" "+Result);
ShowMessage(this, Message, tr("Extract addon"));
}
}
else if (AddonAction == ADDON_NO_ACTION)
return true;
return Extracted;
}
int lcBlenderPreferences::GetBlenderAddon(const QString& BlenderDir)
{
const QString BlenderAddonDir = QDir::toNativeSeparators(QString("%1/addons").arg(BlenderDir));
const QString BlenderAddonFile = QDir::toNativeSeparators(QString("%1/%2").arg(BlenderDir, LC_BLENDER_ADDON_FILE));
const QString AddonVersionFile = QDir::toNativeSeparators(QString("%1/%2/__version__.py").arg(BlenderAddonDir, LC_BLENDER_ADDON_RENDER_FOLDER));
bool ExtractedAddon = QFileInfo(AddonVersionFile).isReadable();
bool BlenderAddonValidated = ExtractedAddon || QFileInfo(BlenderAddonFile).isReadable();
AddonEnc AddonAction = ADDON_DOWNLOAD;
QString LocalVersion, OnlineVersion;
using namespace std;
auto VersionStringCompare = [](string V1, string V2)
{ // Returns 1 if V2 is smaller, -1 if V1 is smaller, 0 if equal
int Vnum1 = 0, Vnum2 = 0;
for (quint32 i = 0, j = 0; (i < V1.length() || j < V2.length());)
{
while (i < V1.length() && V1[i] != '.')
{
Vnum1 = Vnum1 * 10 + (V1[i] - '0');
i++;
}
while (j < V2.length() && V2[j] != '.')
{
Vnum2 = Vnum2 * 10 + (V2[j] - '0');
j++;
}
if (Vnum1 > Vnum2)
return 1;
if (Vnum2 > Vnum1)
return -1;
Vnum1 = Vnum2 = 0;
i++;
j++;
}
return 0;
};
auto GetBlenderAddonVersionMatch = [&]()
{
lcHttpManager* HttpManager = new lcHttpManager(gAddonPreferences);
connect(HttpManager, &lcHttpManager::DownloadFinished, gAddonPreferences, &lcBlenderPreferences::DownloadFinished);
gAddonPreferences->mHttpReply = HttpManager->DownloadFile(QLatin1String(LC_BLENDER_ADDON_LATEST_URL));
while (gAddonPreferences->mHttpReply)
QApplication::processEvents();
if (!gAddonPreferences->mData.isEmpty())
{
QJsonDocument Json = QJsonDocument::fromJson(gAddonPreferences->mData);
OnlineVersion = Json.object().value("tag_name").toString();
gAddonPreferences->mData.clear();
}
else
{
ShowMessage(this, tr("Check latest addon version failed."), tr("Latest Addon"), QString(), QString(), MBB_OK, QMessageBox::Warning);
return true; // Reload existing archive
}
QByteArray Ba;
if (!ExtractedAddon)
{
const char* VersionFile = "addons/" LC_BLENDER_ADDON_RENDER_FOLDER "/__version__.py";
lcZipFile ZipFile;
if (!ZipFile.OpenRead(BlenderAddonFile))
{
ShowMessage(this, tr("Cannot open addon archive file: %1.").arg(BlenderAddonFile));
return false;
}
lcMemFile File;
if (!ZipFile.ExtractFile(VersionFile, File))
{
ShowMessage(this, tr("Cannot extract addon archive version file: %1.").arg(VersionFile));
return false;
}
Ba = QByteArray::fromRawData((const char*)File.mBuffer, (int)File.GetLength());
if (Ba.isEmpty())
{
ShowMessage(this, tr("Cannot read addon archive version file: %1.").arg(VersionFile));
return false; // Download new archive
}
}
else
{
QFile File(AddonVersionFile);
if (!File.open(QIODevice::ReadOnly))
{
ShowMessage(this, tr("Cannot read addon version file: [%1]<br>%2.").arg(AddonVersionFile, File.errorString()));
return false; // Download new archive
}
Ba = File.readAll();
File.close();
}
QTextStream Content(Ba.data());
while (!Content.atEnd())
{
QString Token;
Content >> Token;
if (Token == QLatin1String("version"))
{
Content >> Token;
LocalVersion = Content.readAll().trimmed().replace("(","v").replace(",",".").replace(" ","").replace(")","");
}
}
if (!LocalVersion.isEmpty() && !OnlineVersion.isEmpty())
{
// localVersion is smaller than onlineVersion so prompt to download new archive
if (VersionStringCompare(LocalVersion.toStdString(), OnlineVersion.toStdString()) < 0)
return false; // Download new archive
}
return true; // Reload existing archive
};
if (BlenderAddonValidated)
{
if (GetBlenderAddonVersionMatch())
{
if (ExtractedAddon)
AddonAction = ADDON_NO_ACTION;
else
AddonAction = ADDON_EXTRACT;
}
else if (gMainWindow)
{
if (lcGetProfileInt(LC_PROFILE_BLENDER_ADDON_VERSION_CHECK))
{
if (LocalVersion.isEmpty())
LocalVersion = gAddonPreferences->mAddonVersion;
const QString& Title = tr ("%1 Blender LDraw Addon").arg(LC_PRODUCTNAME_STR);
const QString& Header = tr ("Detected %1 Blender LDraw addon %2. A newer version %3 exists.").arg(LC_PRODUCTNAME_STR, LocalVersion, OnlineVersion);
const QString& Body = tr ("Do you want to download version %1 ?").arg(OnlineVersion);
int Exec = ShowMessage(this, Header, Title, Body, QString(), MBB_YES, QMessageBox::NoIcon);
if (Exec == QMessageBox::Cancel)
{
AddonAction = ADDON_CANCELED;
gAddonPreferences->mDialogCancelled = true;
}
else if (Exec == QMessageBox::No)
AddonAction = ADDON_NO_ACTION;
}
else
AddonAction = ADDON_NO_ACTION;
}
if (AddonAction != ADDON_DOWNLOAD)
return AddonAction;
}
auto RemoveOldBlenderAddon = [&] (const QString& OldBlenderAddonFile)
{
if (QFileInfo::exists(BlenderAddonDir))
{
bool Result = true;
QDir Dir(BlenderAddonDir);
for (QFileInfo const& FileInfo : Dir.entryInfoList(QDir::Dirs | QDir::NoDotAndDotDot | QDir::NoSymLinks, QDir::DirsFirst))
{
if (FileInfo.isDir())
Result &= QDir(FileInfo.absoluteFilePath()).removeRecursively();
else
Result &= QFile::remove(FileInfo.absoluteFilePath());
}
if (QFileInfo::exists(OldBlenderAddonFile))
Result &= QFile::remove(OldBlenderAddonFile);
Result &= Dir.rmdir(BlenderAddonDir);
if (!Result)
ShowMessage(this, tr("Failed to properly remove Blender addon: %1").arg(BlenderAddonDir), tr("Remove Existing Addon"), QString(), QString(), MBB_OK, QMessageBox::Warning);
}
};
BlenderAddonValidated = false;
lcHttpManager* HttpManager = new lcHttpManager(gAddonPreferences);
connect(HttpManager, &lcHttpManager::DownloadFinished, gAddonPreferences, &lcBlenderPreferences::DownloadFinished);
gAddonPreferences->mHttpReply = HttpManager->DownloadFile(QLatin1String(LC_BLENDER_ADDON_URL));
while (gAddonPreferences->mHttpReply)
QApplication::processEvents();
if (!gAddonPreferences->mData.isEmpty())
{
const QString OldBlenderAddonFile = QString("%1.hold").arg(BlenderAddonFile);
if (QFileInfo::exists(BlenderAddonFile))
{
if (!QFile::rename(BlenderAddonFile, OldBlenderAddonFile))
ShowMessage(this, tr("Failed to rename existing Blender addon archive %1.").arg(BlenderAddonFile));
}
QDir Dir(BlenderDir);
if(!Dir.exists())
Dir.mkpath(".");
QString ArchiveFileName, OldArchiveFileName = QFileInfo(OldBlenderAddonFile).fileName();
QFile File(BlenderAddonFile);
if (File.open(QIODevice::WriteOnly))
{
File.write(gAddonPreferences->mData);
File.close();
if (File.open(QIODevice::ReadOnly))
{
QCryptographicHash Sha256Hash(QCryptographicHash::Sha256);
qint64 DataSize = File.size();
const qint64 BufferSize = Q_INT64_C(1000);
char Buf[BufferSize];
qint64 BytesRead;
qint64 ReadSize = qMin(DataSize, BufferSize);
while (ReadSize > 0 && (BytesRead = File.read(Buf, ReadSize)) > 0)
{
DataSize -= BytesRead;
Sha256Hash.addData(Buf, BytesRead);
ReadSize = qMin(DataSize, BufferSize);
}
File.close();
const QString ShaCalculated = Sha256Hash.result().toHex();
gAddonPreferences->mData.clear();
gAddonPreferences->mHttpReply = HttpManager->DownloadFile(QLatin1String(LC_BLENDER_ADDON_SHA_HASH_URL));
while (gAddonPreferences->mHttpReply)
QApplication::processEvents();
if (!gAddonPreferences->mData.isEmpty())
{
const QStringList ShaReceived = QString(gAddonPreferences->mData).trimmed().split(" ", SkipEmptyParts);
if (ShaReceived.first() == ShaCalculated)
{
ArchiveFileName = QFileInfo(BlenderAddonFile).fileName();
if (ArchiveFileName == ShaReceived.last())
{
RemoveOldBlenderAddon(OldBlenderAddonFile);
BlenderAddonValidated = true;
}
else
ShowMessage(this, tr("Failed to validate Blender addon file name<br>Downloaded:%1<br>Received:%2").arg(ArchiveFileName, ShaReceived.last()));
}
else
ShowMessage(this, tr("Failed to validate Blender addon SHA hash <br>Calculated:%1<br>Received:%2").arg(ShaCalculated, ShaReceived.first()));
gAddonPreferences->mData.clear();
}
else
ShowMessage(this, tr("Failed to receive SHA hash for Blender addon %1.sha256").arg(LC_BLENDER_ADDON_FILE));
}
else
ShowMessage(this, tr("Failed to read Blender addon archive:<br>%1:<br>%2").arg(BlenderAddonFile, File.errorString()));
}
else
ShowMessage(this, tr("Failed to write Blender addon archive:<br>%1:<br>%2").arg(BlenderAddonFile, File.errorString()));
if (!BlenderAddonValidated)
{
if (QFileInfo::exists(BlenderAddonFile))
if (!QFile::remove(BlenderAddonFile))
ShowMessage(this, tr("Failed to remove invalid Blender addon archive:<br>%1").arg(BlenderAddonFile));
if (QFileInfo::exists(OldBlenderAddonFile))
if (!QFile::rename(OldBlenderAddonFile, BlenderAddonFile))
ShowMessage(this, tr("Failed to restore Blender addon archive:<br>%1 from %2").arg(ArchiveFileName, OldArchiveFileName));
AddonAction = ADDON_FAIL;
}
}
else
{
ShowMessage(this, tr("Failed to download Blender addon archive:<br>%1").arg(BlenderAddonFile));
AddonAction = ADDON_FAIL;
}
if (!BlenderAddonValidated)
gAddonPreferences->StatusUpdate(true, true, tr("Download failed."));
if (!QDir(BlenderAddonDir).exists() && QFileInfo::exists(BlenderAddonFile))
AddonAction = ADDON_EXTRACT;
return AddonAction;
}
void lcBlenderPreferences::StatusUpdate(bool Addon, bool Error, const QString& Message)
{
QString Label, Colour;
const QString Which = Addon ? tr("Blender addon") : tr("Blender");
if (mProgressBar)
{
if (Addon)
{
mAddonGridLayout->replaceWidget(mProgressBar, mAddonVersionEdit);
}
else
{
mExeGridLayout->replaceWidget(mProgressBar, mBlenderVersionEdit);
mProgressBar->hide();
}
mAddonVersionLabel->setText(Which);
}
if (Error)
{
if (!Addon)
mPathLineEditList[PATH_BLENDER]->text() = QString();
lcSetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE, QString());
const lcPreferences& Preferences = lcGetPreferences();
Label = ! Message.isEmpty() ? Message : tr("%1 not configured").arg(Which);
Colour = Message.startsWith("Error:", Qt::CaseInsensitive)
? QLatin1String("red")
: Preferences.mColorTheme == lcColorTheme::Dark
? QLatin1String(LC_THEME_DARK_DECORATE_QUOTED_TEXT)
: QLatin1String("blue");
mDialogCancelled = true;
}
else
{
Label = !Message.isEmpty() ? Message : tr("%1 setup...").arg(Which);
Colour = QApplication::palette().text().color().name();
}
if (Addon)
{
mAddonVersionLabel->setStyleSheet(QString("QLabel { color : %1; }").arg(Colour));
mAddonVersionLabel->setText(Label);
mAddonVersionEdit->setVisible(!mAddonVersion.isEmpty());
}
else
{
mBlenderVersionLabel->setStyleSheet(QString("QLabel { color : %1; }").arg(Colour));
mBlenderVersionLabel->setText(Label);
mBlenderVersionEdit->setVisible(!mBlenderVersion.isEmpty());
}
}
void lcBlenderPreferences::ShowResult()
{
QString Message;
bool Error;
const QString StdErrLog = ReadStdErr(Error);
if (mProgressBar)
mProgressBar->close();
WriteStdOut();
if (mProcess->exitStatus() != QProcess::NormalExit || mProcess->exitCode() != 0 || Error)
{
const QString BlenderDir = QString("%1/Blender").arg(mDataDir);
Message = tr("Addon install failed. See %1/stderr-blender-addon-install for details.").arg(BlenderDir);
StatusUpdate(true, true,tr("Error: Install failed."));
mConfigured = false;
const QString& Title = tr ("%1 Blender Addon Install").arg(LC_PRODUCTNAME_STR);
const QString& Header = "<b>" + tr ("Addon install failed.") + "</b>";
const QString& Body = tr ("LDraw addon install encountered one or more errors. See Show Details...");
ShowMessage(this, Header, Title, Body, StdErrLog, MBB_OK, QMessageBox::Warning);
}
else
{
const QString TextColour = QString("QLabel { color : %1; }").arg(QApplication::palette().text().color().name());
mAddonGridLayout->replaceWidget(mProgressBar, mAddonVersionEdit);
mConfigured = true;
mBlenderVersionLabel->setText(tr("Blender"));
mBlenderVersionLabel->setStyleSheet(TextColour);
mBlenderVersionEdit->setText(mBlenderVersion);
mBlenderVersionEdit->setToolTip(tr("Display the Blender and %1 Render addon version").arg(LC_PRODUCTNAME_STR));
mBlenderVersionEdit->setVisible(mConfigured);
mPathsBox->setEnabled(mConfigured);
mSettingsBox->setEnabled(mConfigured);
if (!mAddonVersion.isEmpty())
{
mAddonVersionLabel->setText(tr("Blender Addon"));
mAddonVersionLabel->setStyleSheet(TextColour);
mAddonVersionEdit->setText(mAddonVersion);
mAddonVersionEdit->setVisible(true);
mModulesBox->setEnabled(true);
mAddonUpdateButton->setEnabled(true);
lcSetProfileString(LC_PROFILE_BLENDER_VERSION, mBlenderVersion);
lcSetProfileString(LC_PROFILE_BLENDER_ADDON_VERSION, mAddonVersion);
SetModelSize(true);
SaveSettings();
mDialogCancelled = false;
}
Message = tr("Blender version %1").arg(mBlenderVersion);
}
delete mProcess;
mProcess = nullptr;
if (Error)
ShowMessage(this, Message);
}
void lcBlenderPreferences::SettingTextChanged(const QString& Value)
{
bool Change = false;
QLineEdit* LineEdit = qobject_cast<QLineEdit*>(sender());
if (LineEdit)
{
int LblIdx = LineEdit->property("ControlID").toInt();
if (mImportMMActBox->isChecked())
{
Change = mBlenderSettingsMM[LblIdx].value != Value;
}
else
{
Change = mBlenderSettings[LblIdx].value != Value;
}
Change |= SettingsModified(false);
emit SettingChangedSig(Change);
}
}
void lcBlenderPreferences::SettingIndexChanged(int Index)
{
int LblIdx = -1;
bool Change = false;
QString Item;
if (Index > -1)
{
QComboBox* ComboBox = qobject_cast<QComboBox*>(sender());
if (ComboBox)
{
LblIdx = ComboBox->property("ControlID").toInt();
Item = ComboBox->itemData(Index).toString();
}
}
else
{
QCheckBox* CheckBox = qobject_cast<QCheckBox*>(sender());
if (CheckBox)
{
LblIdx = CheckBox->property("ControlID").toInt();
Item = QString::number(CheckBox->isChecked());
}
}
if (LblIdx > -1)
{
if (mImportMMActBox->isChecked())
{
Change = mBlenderSettingsMM[LblIdx].value != Item;
}
else
{
Change = mBlenderSettings[LblIdx].value != Item;
}
}
Change |= SettingsModified(false);
emit SettingChangedSig(Change);
}
void lcBlenderPreferences::PathChanged()
{
QLineEdit* LineEdit = qobject_cast<QLineEdit*>(sender());
if (LineEdit)
{
bool Change = false;
const int LblIdx = LineEdit->property("ControlID").toInt();
const QString& Path = QDir::toNativeSeparators(LineEdit->text()).toLower();
if (LblIdx != PATH_BLENDER)
{
Change = QDir::toNativeSeparators(mBlenderPaths[LblIdx].value).toLower() != Path;
}
Change |= SettingsModified(false);
emit SettingChangedSig(Change);
}
}
void lcBlenderPreferences::GetStandardOutput()
{
const QString LogFile = QString("%1/Blender/stdout-blender-addon-install").arg(mDataDir);
QFileInfo FileInfo(LogFile);
if (!FileInfo.exists())
{
ShowMessage(this, tr("Blender addon standard output file not found: %1.").arg(FileInfo.absoluteFilePath()));
return;
}
if (LogFile.isEmpty())
return;
QDesktopServices::openUrl(QUrl("file:///"+LogFile, QUrl::TolerantMode));
}
void lcBlenderPreferences::ReadStdOut(const QString& StdOutput, QString& Errors)
{
#if (QT_VERSION >= QT_VERSION_CHECK(6, 0, 0))
QRegularExpression RxInfo("^INFO: ");
QRegularExpression RxData("^DATA: ");
QRegularExpression RxError("^(?:\\w)*ERROR: ", QRegularExpression::CaseInsensitiveOption);
QRegularExpression RxWarning("^(?:\\w)*WARNING: ", QRegularExpression::CaseInsensitiveOption);
QRegularExpression RxAddonVersion("^ADDON VERSION: ", QRegularExpression::CaseInsensitiveOption);
const QStringList StdOutLines = StdOutput.split(QRegularExpression("\n|\r\n|\r"));
#else
QRegExp RxInfo("^INFO: ");
QRegExp RxData("^DATA: ");
QRegExp RxError("^(?:\\w)*ERROR: ", Qt::CaseInsensitive);
QRegExp RxWarning("^(?:\\w)*WARNING: ", Qt::CaseInsensitive);
QRegExp RxAddonVersion("^ADDON VERSION: ", Qt::CaseInsensitive);
QStringList StdOutLines = StdOutput.split(QRegExp("\n|\r\n|\r"));
#endif
bool ErrorEncountered = false;
QStringList Items, ErrorList;
const QString SaveAddonVersion = mAddonVersion;
const QString SaveVersion = mBlenderVersion;
qsizetype EditListItems = mPathLineEditList.size();
for (const QString& StdOutLine : StdOutLines)
{
if (StdOutLine.isEmpty())
continue;
if (!mBlenderVersionFound)
{
Items = StdOutLine.split(" ");
if (Items.count() > 6 && Items.at(0) == QLatin1String("Blender"))
{
Items.takeLast();
mBlenderVersion.clear();
for (int LblIdx = 1; LblIdx < Items.size(); LblIdx++)
mBlenderVersion.append(Items.at(LblIdx)+" ");
mBlenderVersionFound = !mBlenderVersion.isEmpty();
if (mBlenderVersionFound)
{
mBlenderVersion = mBlenderVersion.trimmed().prepend("v").append(")");
mBlenderVersionEdit->setText(mBlenderVersion);
if (!mImportActBox->isChecked() && !mImportMMActBox->isChecked())
mImportActBox->setChecked(true);
}
}
}
if (StdOutLine.contains(RxInfo))
{
Items = StdOutLine.split(": ");
}
else if (StdOutLine.contains(RxData))
{
Items = StdOutLine.split(": ");
if (Items.at(1) == "ENVIRONMENT_FILE")
{
mBlenderPaths[PATH_ENVIRONMENT].value = Items.at(2);
if (EditListItems > PATH_ENVIRONMENT)
mPathLineEditList[PATH_ENVIRONMENT]->setText(Items.at(2));
}
else if (Items.at(1) == "LSYNTH_DIRECTORY")
{
mBlenderPaths[PATH_LSYNTH].value = Items.at(2);
if (EditListItems > PATH_LSYNTH)
mPathLineEditList[PATH_LSYNTH]->setText(Items.at(2));
}
else if (Items.at(1) == "STUDLOGO_DIRECTORY")
{
mBlenderPaths[PATH_STUD_LOGO].value = Items.at(2);
if (EditListItems > PATH_STUD_LOGO)
mPathLineEditList[PATH_STUD_LOGO]->setText(Items.at(2));
}
}
else if (StdOutLine.contains(RxError) || StdOutLine.contains(RxWarning))
{
ErrorList << StdOutLine.trimmed() + "<br>";
if (!ErrorEncountered)
ErrorEncountered = StdOutLine.contains(RxError);
}
else if (StdOutLine.contains(RxAddonVersion))
{
Items = StdOutLine.split(":");
mAddonVersion = tr("v%1").arg(Items.at(1).trimmed());
mAddonVersionEdit->setText(mAddonVersion);
}
}
if (ErrorList.size())
{
if (!mBlenderVersionFound)
{
if (mBlenderVersion != SaveVersion)
{
mConfigured = false;
mBlenderVersion = SaveVersion;
mBlenderVersionEdit->setText(mBlenderVersion);
}
}
if (mAddonVersion != SaveAddonVersion)
{
mConfigured = false;
mAddonVersion = SaveAddonVersion;
mAddonVersionEdit->setText(mAddonVersion);
}
Errors = ErrorList.join(" ");
}
}
void lcBlenderPreferences::ReadStdOut()
{
const QString& StdOut = QString(mProcess->readAllStandardOutput());
mStdOutList.append(StdOut);
#if (QT_VERSION >= QT_VERSION_CHECK(6, 0, 0))
QRegularExpression RxInfo("^INFO: ");
QRegularExpression RxError("(?:\\w)*ERROR: ", QRegularExpression::CaseInsensitiveOption);
QRegularExpression RxWarning("(?:\\w)*WARNING: ", QRegularExpression::CaseInsensitiveOption);
#else
QRegExp RxInfo("^INFO: ");
QRegExp RxError("(?:\\w)*ERROR: ", Qt::CaseInsensitive);
QRegExp RxWarning("(?:\\w)*WARNING: ", Qt::CaseInsensitive);
#endif
bool const Error = StdOut.contains(RxError);
bool const Warning = StdOut.contains(RxWarning);
if (StdOut.contains(RxInfo) && !Error)
StatusUpdate(true, false);
QString ErrorsAndWarnings;
ReadStdOut(StdOut, ErrorsAndWarnings);
if (!ErrorsAndWarnings.isEmpty())
{
const QString StdOutLog = QDir::toNativeSeparators(QString("<br>- See %1/Blender/stdout-blender-addon-install")
.arg(mDataDir));
QMessageBox::Icon Icon = QMessageBox::Warning;
const QString& Items = Error ? tr("errors%1").arg(Warning ? tr(" and warnings") : "") : Warning ? tr("warnings") : "";
const QString& Title = tr ("%1 Blender Addon Install").arg(LC_PRODUCTNAME_STR);
const QString& Header = "<b>" + tr ("Addon install standard output.") + "</b>";
const QString& Body = tr ("LDraw addon install encountered %1. See Show Details...").arg(Items);
ShowMessage(this, Header, Title, Body, ErrorsAndWarnings.append(StdOutLog), MBB_OK, Icon);
}
}
QString lcBlenderPreferences::ReadStdErr(bool& Error) const
{
auto CleanLine = [](const QString& Line)
{
return Line.trimmed() + "<br>";
};
Error = false;
QStringList ReturnLines;
const QString BlenderDir = QString("%1/Blender").arg(mDataDir);
QFile File(QString("%1/stderr-blender-addon-install").arg(BlenderDir));
if (!File.open(QFile::ReadOnly | QFile::Text))
{
const QString Message = tr("Failed to open log file: %1:\n%2").arg(File.fileName(), File.errorString());
return Message;
}
QTextStream In(&File);
while (!In.atEnd())
{
const QString& Line = In.readLine(0);
ReturnLines << CleanLine(Line);
if (!Error)
Error = !Line.isEmpty();
}
return ReturnLines.join(" ");
}
void lcBlenderPreferences::WriteStdOut()
{
const QString BlenderDir = QString("%1/Blender").arg(mDataDir);
QFile File(QString("%1/stdout-blender-addon-install").arg(BlenderDir));
if (File.open(QFile::WriteOnly | QIODevice::Truncate | QFile::Text))
{
QTextStream Out(&File);
for (const QString& Line : std::as_const(mStdOutList))
Out << Line << LineEnding;
File.close();
mAddonStdOutButton->setEnabled(true);
}
else
ShowMessage(this, tr("Error writing to %1 file '%2':\n%3").arg("stdout", File.fileName(), File.errorString()));
}
bool lcBlenderPreferences::PromptCancel()
{
#ifndef QT_NO_PROCESS
if (mProcess)
{
const QString& Title = tr ("Cancel %1 Addon Install").arg(LC_PRODUCTNAME_STR);
const QString& Header = "<b>" + tr("Are you sure you want to cancel the add on install ?") + "</b>";
int Exec = ShowMessage(this, Header, Title, QString(), QString(), MBB_YES_NO, QMessageBox::Question);
if (Exec == QMessageBox::Yes)
{
mProcess->kill();
delete mProcess;
mProcess = nullptr;
}
else
return false;
}
#endif
mDialogCancelled = true;
return true;
}
void lcBlenderPreferences::Update()
{
#ifndef QT_NO_PROCESS
if (!mProcess)
return;
if (mProcess->state() == QProcess::NotRunning)
ShowResult();
#endif
QApplication::processEvents();
}
void lcBlenderPreferences::Apply(const int Response)
{
if (Response == QDialog::Accepted)
{
if (SettingsModified())
SaveSettings();
}
else if (mDialogCancelled)
{
if (SettingsModified())
if (PromptAccept())
SaveSettings();
}
}
bool lcBlenderPreferences::SettingsModified(bool Update, const QString& Module)
{
if (gAddonPreferences->mDialogCancelled)
return false;
int& Width = gAddonPreferences->mImageWidth;
int& Height = gAddonPreferences->mImageHeight;
double& Scale = gAddonPreferences->mScale;
bool ModuleMM = !Module.isEmpty()
? Module == QLatin1String("MM")
: gAddonPreferences->mImportMMActBox->isChecked();
bool Ok, Modified = !QFileInfo(lcGetProfileString(LC_PROFILE_BLENDER_LDRAW_CONFIG_PATH)).isReadable();
qreal _Width = 0.0, _Height = 0.0, _Scale = 0.0, _Value = 0.0, _OldValue = 0.0;
QString OldValue;
auto ItemChanged = [](qreal OldValue, qreal NewValue)
{
return NewValue > OldValue || NewValue < OldValue;
};
if (ModuleMM)
{
for (int LblIdx = 0; LblIdx < NumSettingsMM(); LblIdx++)
{
// checkboxes
if (LblIdx < LBL_BEVEL_SEGMENTS)
{
for (int CtlIdx = 0; CtlIdx < gAddonPreferences->mCheckBoxList.size(); CtlIdx++)
{
OldValue = mBlenderSettingsMM[LblIdx].value;
if (Update)
mBlenderSettingsMM[LblIdx].value = QString::number(gAddonPreferences->mCheckBoxList[CtlIdx]->isChecked());
Modified |= mBlenderSettingsMM[LblIdx].value != OldValue;
if (LblIdx < LBL_VERBOSE_MM)
LblIdx++;
}
}
// lineedits
else if (LblIdx < LBL_CHOSEN_LOGO)
{
for (int CtlIdx = 0; CtlIdx < gAddonPreferences->mLineEditList.size(); CtlIdx++)
{
if (CtlIdx == CTL_RESOLUTION_WIDTH_EDIT)
{
_OldValue = Width;
_Width = gAddonPreferences->mLineEditList[CtlIdx]->text().toDouble(&Ok);
if (Ok)
{
if (Update)
{
Width = int(_Width);
mBlenderSettingsMM[LblIdx].value = QString::number(Width);
}
Modified |= ItemChanged(_OldValue, _Width);
}
}
else if (CtlIdx == CTL_RESOLUTION_HEIGHT_EDIT)
{
_OldValue = Height;
_Height = gAddonPreferences->mLineEditList[CtlIdx]->text().toDouble(&Ok);
if (Ok)
{
if (Update)
{
Height = int(_Height);
mBlenderSettingsMM[LblIdx].value = QString::number(Height);
}
Modified |= ItemChanged(_OldValue, _Height);
}
}
else if (CtlIdx == CTL_RENDER_PERCENTAGE_EDIT_MM)
{
_OldValue = Scale;
_Scale = gAddonPreferences->mLineEditList[CtlIdx]->text().toInt(&Ok);
if (Ok)
{
if (Update)
{
Scale = double(_Scale / 100);
mBlenderSettingsMM[LblIdx].value = QString::number(_Scale);
}
Modified |= ItemChanged(_OldValue, Scale);
}
}
else
{
_OldValue = mBlenderSettingsMM[LblIdx].value.toDouble();
_Value = gAddonPreferences->mLineEditList[CtlIdx]->text().toDouble(&Ok);
if (Ok)
{
if (Update)
mBlenderSettingsMM[LblIdx].value = QString::number(_Value);
Modified |= ItemChanged(_OldValue, _Value);
}
}
if (LblIdx < LBL_STARTING_STEP_FRAME)
LblIdx++;
}
}
// comboboxes
else
{
for (int CtlIdx = 0; CtlIdx < gAddonPreferences->mComboBoxList.size(); CtlIdx++)
{
OldValue = mBlenderSettingsMM[LblIdx].value;
const QString Value = gAddonPreferences->mComboBoxList[CtlIdx]->itemData(gAddonPreferences->mComboBoxList[CtlIdx]->currentIndex()).toString();
if (Update)
mBlenderSettingsMM[LblIdx].value = Value;
Modified |= Value != OldValue;
LblIdx++;
}
}
}
}
else
{
// settings
for (int LblIdx = 0; LblIdx < NumSettings(); LblIdx++)
{
// checkboxes
if (LblIdx < LBL_BEVEL_WIDTH)
{
for (int CtlIdx = 0; CtlIdx < gAddonPreferences->mCheckBoxList.size(); CtlIdx++)
{
OldValue = mBlenderSettings[LblIdx].value;
if (Update)
mBlenderSettings[LblIdx].value = QString::number(gAddonPreferences->mCheckBoxList[CtlIdx]->isChecked());
Modified |= mBlenderSettings[LblIdx].value != OldValue;
if (LblIdx < LBL_VERBOSE)
LblIdx++;
}
}
// lineedits
else if (LblIdx < LBL_COLOUR_SCHEME)
{
for (int CtlIdx = 0; CtlIdx < gAddonPreferences->mLineEditList.size(); CtlIdx++)
{
if (CtlIdx == CTL_IMAGE_WIDTH_EDIT)
{
_OldValue = Width;
_Width = gAddonPreferences->mLineEditList[CtlIdx]->text().toDouble(&Ok);
if (Ok)
{
if (Update)
{
Width = int(_Width);
mBlenderSettings[LblIdx].value = QString::number(Width);
}
Modified |= ItemChanged(_OldValue, _Width);
}
}
else if (CtlIdx == CTL_IMAGE_HEIGHT_EDIT)
{
_OldValue = Height;
_Height = gAddonPreferences->mLineEditList[CtlIdx]->text().toDouble(&Ok);
if (Ok)
{
if (Update)
{
Height = int(_Height);
mBlenderSettings[LblIdx].value = QString::number(Height);
}
Modified |= ItemChanged(_OldValue, _Height);
}
}
else if (CtlIdx == CTL_RENDER_PERCENTAGE_EDIT)
{
_OldValue = Scale;
_Scale = gAddonPreferences->mLineEditList[CtlIdx]->text().toInt(&Ok);
if (Ok)
{
if (Update)
{
Scale = double(_Scale / 100);
mBlenderSettings[LblIdx].value = QString::number(_Scale);
}
Modified |= ItemChanged(_OldValue, Scale);
}
}
else
{
if (CtlIdx == CTL_DEFAULT_COLOUR_EDIT)
{
_OldValue = lcGetColorIndex(mBlenderSettings[LblIdx].value.toInt()); // colour code
_Value = gAddonPreferences->mLineEditList[CtlIdx]->property("ColorIndex").toInt(&Ok);
}
else
{
_OldValue = mBlenderSettings[LblIdx].value.toDouble();
_Value = gAddonPreferences->mLineEditList[CtlIdx]->text().toDouble(&Ok);
}
if (Ok)
{
if (Update)
{
if (CtlIdx == CTL_DEFAULT_COLOUR_EDIT)
{
mBlenderSettings[LblIdx].value = QString::number(lcGetColorCode(qint32(_Value)));
}
else
{
mBlenderSettings[LblIdx].value = QString::number(_Value);
}
}
Modified |= ItemChanged(_OldValue, _Value);
}
}
if (LblIdx < LBL_RENDER_PERCENTAGE)
LblIdx++;
}
}
// comboboxes
else
{
for (int CtlIdx = 0; CtlIdx < gAddonPreferences->mComboBoxList.size(); CtlIdx++)
{
OldValue = mBlenderSettings[LblIdx].value;
const QString Value = gAddonPreferences->mComboBoxList[CtlIdx]->itemData(gAddonPreferences->mComboBoxList[CtlIdx]->currentIndex()).toString();
if (Update)
mBlenderSettings[LblIdx].value = Value;
Modified |= Value != OldValue;
LblIdx++;
}
}
}
}
// paths
for (int LblIdx = 0; LblIdx < NumPaths(); LblIdx++)
{
OldValue = mBlenderPaths[LblIdx].value;
const QString Value = gAddonPreferences->mPathLineEditList[LblIdx]->text();
if (Update)
mBlenderPaths[LblIdx].value = Value;
Modified |= Value != OldValue;
}
return Modified;
}
void lcBlenderPreferences::ResetSettings()
{
BlenderPaths const* Paths = mBlenderPaths;
BlenderSettings const* Settings = mBlenderSettings;
BlenderSettings const* SettingsMM = mBlenderSettingsMM;
QDialog* Dialog = new QDialog(this);
Dialog->setWindowTitle(tr("Addon Reset"));
Dialog->setWhatsThis(tr("Select how to reset settings. Choice is since last apply or system default."));
QVBoxLayout* Layout = new QVBoxLayout(Dialog);
QGroupBox* DlgGroup = new QGroupBox(Dialog);
QHBoxLayout* DlgLayout = new QHBoxLayout(DlgGroup);
QRadioButton* LastButton = new QRadioButton(tr("Last Apply"));
DlgLayout->addWidget(LastButton);
QRadioButton* DefaultButton = new QRadioButton(tr("System Default"));
DlgLayout->addWidget(DefaultButton);
DlgGroup->setLayout(DlgLayout);
Layout->addWidget(DlgGroup);
Dialog->setLayout(Layout);
LastButton->setChecked(true);
QDialogButtonBox ButtonBox(QDialogButtonBox::Ok | QDialogButtonBox::Cancel,
Qt::Horizontal, Dialog);
Layout->addWidget(&ButtonBox);
connect(&ButtonBox, &QDialogButtonBox::accepted, Dialog, &QDialog::accept);
connect(&ButtonBox, &QDialogButtonBox::rejected, Dialog, &QDialog::reject);
if (Dialog->exec() == QDialog::Accepted)
{
if (DefaultButton->isChecked())
{
Paths = mDefaultPaths;
Settings = mDefaultSettings;
SettingsMM = mDefaultSettingsMM;
}
}
mConfigured = !lcGetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE).isEmpty();
mBlenderPaths[PATH_BLENDER].value = lcGetProfileString(LC_PROFILE_BLENDER_PATH);
mBlenderVersion = lcGetProfileString(LC_PROFILE_BLENDER_VERSION);
mAddonVersion = lcGetProfileString(LC_PROFILE_BLENDER_ADDON_VERSION);
mBlenderVersionEdit->setText(mBlenderVersion);
mAddonVersionEdit->setText(mAddonVersion);
if (mImportActBox->isChecked())
{
disconnect(mLineEditList[CTL_IMAGE_HEIGHT_EDIT], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
disconnect(mLineEditList[CTL_IMAGE_WIDTH_EDIT], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
for (int LblIdx = 0; LblIdx < NumSettings(); LblIdx++)
{
if (LblIdx < LBL_BEVEL_WIDTH)
{
for (int CtlIdx = 0; CtlIdx < mCheckBoxList.size(); CtlIdx++)
{
mCheckBoxList[CtlIdx]->setChecked(Settings[LblIdx].value.toInt());
if (LblIdx < LBL_VERBOSE)
LblIdx++;
}
}
else if (LblIdx < LBL_COLOUR_SCHEME)
{
for (int CtlIdx = 0; CtlIdx < mLineEditList.size(); CtlIdx++)
{
if (CtlIdx == CTL_IMAGE_WIDTH_EDIT)
mLineEditList[CtlIdx]->setText(QString::number(mImageWidth));
else if (CtlIdx == CTL_IMAGE_HEIGHT_EDIT)
mLineEditList[CtlIdx]->setText(QString::number(mImageHeight));
else if (CtlIdx == CTL_RENDER_PERCENTAGE_EDIT)
mLineEditList[CtlIdx]->setText(QString::number(mScale * 100));
else if (CtlIdx == CTL_DEFAULT_COLOUR_EDIT)
SetDefaultColor(lcGetColorIndex(Settings[LBL_DEFAULT_COLOUR].value.toInt()));
else
mLineEditList[CtlIdx]->setText(Settings[LblIdx].value);
if (LblIdx < LBL_RENDER_PERCENTAGE)
LblIdx++;
}
}
else
{
for (int CtlIdx = 0; CtlIdx < mComboBoxList.size(); CtlIdx++)
{
mComboBoxList[CtlIdx]->setCurrentIndex(int(mComboBoxList[CtlIdx]->findData(QVariant::fromValue(Settings[LblIdx].value))));
LblIdx++;
}
}
}
for (int LblIdx = 0; LblIdx < NumPaths(); LblIdx++)
{
mPathLineEditList[LblIdx]->setText(Paths[LblIdx].value);
}
connect(mLineEditList[CTL_IMAGE_HEIGHT_EDIT], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
connect(mLineEditList[CTL_IMAGE_WIDTH_EDIT], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
}
else if (mImportMMActBox->isChecked())
{
disconnect(mLineEditList[CTL_RESOLUTION_HEIGHT_EDIT], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
disconnect(mLineEditList[CTL_RESOLUTION_WIDTH_EDIT], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
for (int LblIdx = 0; LblIdx < NumSettingsMM(); LblIdx++)
{
if (LblIdx < LBL_BEVEL_SEGMENTS)
{
for (int CtlIdx = 0; CtlIdx < mCheckBoxList.size(); CtlIdx++)
{
mCheckBoxList[CtlIdx]->setChecked(SettingsMM[LblIdx].value.toInt());
if (LblIdx < LBL_VERBOSE_MM)
LblIdx++;
}
}
else if (LblIdx < LBL_CHOSEN_LOGO)
{
for (int CtlIdx = 0; CtlIdx < mLineEditList.size(); CtlIdx++)
{
if (CtlIdx == CTL_RESOLUTION_WIDTH_EDIT)
mLineEditList[CtlIdx]->setText(QString::number(mImageWidth));
else if (CtlIdx == CTL_RESOLUTION_HEIGHT_EDIT)
mLineEditList[CtlIdx]->setText(QString::number(mImageHeight));
else if (CtlIdx == CTL_RENDER_PERCENTAGE_EDIT_MM)
mLineEditList[CtlIdx]->setText(QString::number(mScale * 100));
else
mLineEditList[CtlIdx]->setText(SettingsMM[LblIdx].value);
if (LblIdx < LBL_STARTING_STEP_FRAME)
LblIdx++;
}
}
else
{
for (int CtlIdx = 0; CtlIdx < mComboBoxList.size(); CtlIdx++)
{
mComboBoxList[CtlIdx]->setCurrentIndex(int(mComboBoxList[CtlIdx]->findData(QVariant::fromValue(SettingsMM[LblIdx].value))));
LblIdx++;
}
}
}
for (int LblIdx = 0; LblIdx < NumPaths(); LblIdx++)
{
mPathLineEditList[LblIdx]->setText(Paths[LblIdx].value);
}
connect(mLineEditList[CTL_RESOLUTION_HEIGHT_EDIT], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
connect(mLineEditList[CTL_RESOLUTION_WIDTH_EDIT], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
}
emit SettingChangedSig(true);
}
void lcBlenderPreferences::LoadSettings()
{
QStringList const& DataPathList = QStandardPaths::standardLocations(QStandardPaths::AppLocalDataLocation);
gAddonPreferences->mDataDir = DataPathList.first();
if (QFileInfo(lcGetProfileString(LC_PROFILE_BLENDER_PATH)).isReadable())
{
if (lcGetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE).isEmpty())
lcSetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE, QLatin1String(LC_BLENDER_ADDON_IMPORT_MODULE));
}
else
{
lcSetProfileString(LC_PROFILE_BLENDER_PATH, QString());
lcSetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE, QString());
}
if (!QDir(QString("%1/Blender/addons/%2").arg(gAddonPreferences->mDataDir, LC_BLENDER_ADDON_RENDER_FOLDER)).isReadable())
lcSetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE, QString());
bool UseArchiveLibrary = false;
auto LDrawPartsLibrary = [&] (QString const& LDrawPath)
{
QString LDrawDir = LDrawPath;
const QFileInfo FileInfo(LDrawDir);
if (FileInfo.isFile())
LDrawDir = FileInfo.absolutePath();
const QString Suffix = FileInfo.suffix().toLower();
const QFileInfo PartInfo(QString("%1/p/1-4cyli.dat").arg(LDrawDir));
const QFileInfo LDConfigInfo(QString("%1/LDConfig.ldr").arg(LDrawDir));
UseArchiveLibrary = (Suffix == "zip" || Suffix == "bin") && !(PartInfo.exists() && LDConfigInfo.exists());
return QDir::toNativeSeparators(LDrawDir);
};
if (!NumPaths())
{
const QString DefaultBlendFile = QString("%1/Blender/config/%2").arg(gAddonPreferences->mDataDir, LC_BLENDER_ADDON_BLEND_FILE);
QStringList const AddonPaths = QStringList()
/* 0 PATH_BLENDER */ << lcGetProfileString(LC_PROFILE_BLENDER_PATH)
/* 1 PATH_BLENDFILE */ << (QFileInfo::exists(DefaultBlendFile) ? DefaultBlendFile : QString())
/* 2 PATH_ENVIRONMENT */ << QString()
/* 3 PATH_LDCONFIG */ << lcGetProfileString(LC_PROFILE_COLOR_CONFIG)
/* 4 PATH_LDRAW */ << LDrawPartsLibrary(lcGetProfileString(LC_PROFILE_PARTS_LIBRARY))
/* 5 PATH_LSYNTH */ << QString()
/* 6 PATH_STUD_LOGO */ << QString()
/* 7 PATH_STUDIO_LDRAW */ << QString()
/* 8 PATH_STUDIO_CUSTOM_PARTS */ << QString();
for (int LblIdx = 0; LblIdx < NumPaths(DEFAULT_SETTINGS); LblIdx++)
{
mBlenderPaths[LblIdx] =
{
mDefaultPaths[LblIdx].key,
mDefaultPaths[LblIdx].key_mm,
QDir::toNativeSeparators(AddonPaths.at(LblIdx)),
mDefaultPaths[LblIdx].label,
mDefaultPaths[LblIdx].tooltip
};
}
}
if (!NumSettings())
{
for (int LblIdx = 0; LblIdx < NumSettings(DEFAULT_SETTINGS); LblIdx++)
{
mBlenderSettings[LblIdx] =
{
mDefaultSettings[LblIdx].key,
mDefaultSettings[LblIdx].value,
mDefaultSettings[LblIdx].label,
mDefaultSettings[LblIdx].tooltip
};
if (LblIdx == LBL_USE_ARCHIVE_LIBRARY)
mBlenderSettings[LblIdx].value = QString::number(UseArchiveLibrary);
}
}
if (!NumSettingsMM())
{
for (int LblIdx = 0; LblIdx < NumSettingsMM(DEFAULT_SETTINGS); LblIdx++)
{
mBlenderSettingsMM[LblIdx] =
{
mDefaultSettingsMM[LblIdx].key,
mDefaultSettingsMM[LblIdx].value,
mDefaultSettingsMM[LblIdx].label,
mDefaultSettingsMM[LblIdx].tooltip
};
if (LblIdx == LBL_USE_ARCHIVE_LIBRARY_MM)
mBlenderSettingsMM[LblIdx].value = QString::number(UseArchiveLibrary);
}
}
QFileInfo BlenderConfigFileInfo(lcGetProfileString(LC_PROFILE_BLENDER_LDRAW_CONFIG_PATH));
if (BlenderConfigFileInfo.exists())
{
QSettings Settings(BlenderConfigFileInfo.absoluteFilePath(), QSettings::IniFormat);
for (int LblIdx = 1/*skip blender executable*/; LblIdx < NumPaths(); LblIdx++)
{
if (LblIdx >= PATH_STUDIO_LDRAW)
continue;
const QString& Key = QString("%1/%2").arg(LC_BLENDER_ADDON, mBlenderPaths[LblIdx].key);
const QString& Value = Settings.value(Key, QString()).toString();
if (QFileInfo::exists(Value))
mBlenderPaths[LblIdx].value = QDir::toNativeSeparators(Value);
}
for (int LblIdx = 1/*skip blender executable*/; LblIdx < NumPaths(); LblIdx++)
{
if (LblIdx == PATH_LSYNTH || LblIdx == PATH_STUD_LOGO)
continue;
const QString& Key = QString("%1/%2").arg(LC_BLENDER_ADDON_MM, mBlenderPaths[LblIdx].key_mm);
const QString& Value = Settings.value(Key, QString()).toString();
if (QFileInfo::exists(Value))
mBlenderPaths[LblIdx].value = QDir::toNativeSeparators(Value);
}
for (int LblIdx = 0; LblIdx < NumSettings(); LblIdx++)
{
const QString& Key = QString("%1/%2").arg(LC_BLENDER_ADDON, mBlenderSettings[LblIdx].key);
const QString& Value = Settings.value(Key, QString()).toString();
if (!Value.isEmpty())
{
if (LblIdx == LBL_USE_ARCHIVE_LIBRARY && Value == "False")
mBlenderSettings[LblIdx].value = QString::number(UseArchiveLibrary);
else
mBlenderSettings[LblIdx].value = Value == "True" ? "1" : Value == "False" ? "0" : Value;
}
if (LblIdx == LBL_IMAGE_WIDTH || LblIdx == LBL_IMAGE_HEIGHT || LblIdx == LBL_RENDER_PERCENTAGE)
{
const QString& Label = mDefaultSettings[LblIdx].label;
mBlenderSettings[LblIdx].label = QString("%1 - Setting (%2)").arg(Label, Value);
}
}
for (int LblIdx = 0; LblIdx < NumSettingsMM(); LblIdx++)
{
const QString& Key = QString("%1/%2").arg(LC_BLENDER_ADDON_MM, mBlenderSettingsMM[LblIdx].key);
const QString& Value = Settings.value(Key, QString()).toString();
if (!Value.isEmpty())
{
if (LblIdx == LBL_USE_ARCHIVE_LIBRARY_MM && Value == "False")
mDefaultSettingsMM[LblIdx].value = QString::number(UseArchiveLibrary);
else
mDefaultSettingsMM[LblIdx].value = Value == "True" ? "1" : Value == "False" ? "0" : Value;
}
if (LblIdx == LBL_RENDER_PERCENTAGE_MM || LblIdx == LBL_RESOLUTION_WIDTH || LblIdx == LBL_RESOLUTION_HEIGHT)
{
const QString& Label = mDefaultSettingsMM[LblIdx].label;
mBlenderSettingsMM[LblIdx].label = QString("%1 - Setting (%2)").arg(Label, Value);
}
}
}
else
{
const QString LogFile = QString("%1/Blender/stdout-blender-addon-install").arg(gAddonPreferences->mDataDir);
if (QFileInfo(LogFile).isReadable())
{
QFile File(LogFile);
if (File.open(QFile::ReadOnly | QFile::Text))
{
QByteArray Ba = File.readAll();
File.close();
QString Errors;
gAddonPreferences->mProgressBar = nullptr;
gAddonPreferences->ReadStdOut(QString(Ba), Errors);
if (!Errors.isEmpty())
ShowMessage(nullptr, Errors);
}
else
{
ShowMessage(nullptr, tr("Blender config file was not found. "
"Install log check failed:<br>%1:<br>%2")
.arg(File.fileName(), File.errorString()));
}
}
}
mBlenderSettings[LBL_IMAGE_WIDTH].value = QString::number(gAddonPreferences->mImageWidth);
mBlenderSettings[LBL_IMAGE_HEIGHT].value = QString::number(gAddonPreferences->mImageHeight);
mBlenderSettings[LBL_RENDER_PERCENTAGE].value = QString::number(gAddonPreferences->mScale * 100);
mBlenderSettingsMM[LBL_RESOLUTION_WIDTH].value = QString::number(gAddonPreferences->mImageWidth);
mBlenderSettingsMM[LBL_RESOLUTION_HEIGHT].value = QString::number(gAddonPreferences->mImageHeight);
mBlenderSettingsMM[LBL_RENDER_PERCENTAGE_MM].value = QString::number(gAddonPreferences->mScale * 100);
mBlenderPaths[PATH_BLENDER].value = lcGetProfileString(LC_PROFILE_BLENDER_PATH);
gAddonPreferences->mBlenderVersion = lcGetProfileString(LC_PROFILE_BLENDER_VERSION);
gAddonPreferences->mAddonVersion = lcGetProfileString(LC_PROFILE_BLENDER_ADDON_VERSION);
}
void lcBlenderPreferences::SaveSettings()
{
if (!NumSettings() || !NumSettingsMM())
LoadSettings();
QString Key, Value = mBlenderPaths[PATH_BLENDER].value;
if (Value.isEmpty())
Value = gAddonPreferences->mPathLineEditList[PATH_BLENDER]->text();
lcSetProfileString(LC_PROFILE_BLENDER_PATH, QDir::toNativeSeparators(Value));
Value.clear();
if (!gAddonPreferences->mBlenderVersion.isEmpty())
Value = gAddonPreferences->mBlenderVersion;
if (!gAddonPreferences->mAddonVersion.isEmpty())
{
gAddonPreferences->mModulesBox->setEnabled(true);
gAddonPreferences->mAddonVersionEdit->setText(gAddonPreferences->mAddonVersion);
}
lcSetProfileString(LC_PROFILE_BLENDER_VERSION, Value);
const QString BlenderConfigDir = QString("%1/Blender/addons/%2/config").arg(gAddonPreferences->mDataDir, LC_BLENDER_ADDON_RENDER_FOLDER);
Value = lcGetProfileString(LC_PROFILE_BLENDER_LDRAW_CONFIG_PATH);
if (!Value.contains(LC_BLENDER_ADDON_RENDER_FOLDER))
{
Value = QString("%1/%2").arg(BlenderConfigDir, LC_BLENDER_ADDON_CONFIG_FILE);
lcSetProfileString(LC_PROFILE_BLENDER_LDRAW_CONFIG_PATH, QDir::toNativeSeparators(Value));
}
QString searchDirectoriesKey = QLatin1String("additionalSearchPaths");
QString parameterFileKey = QLatin1String("ParameterFile");
QString ParameterFile = QString("%1/%2").arg(BlenderConfigDir, LC_BLENDER_ADDON_PARAMS_FILE);
QSettings Settings(Value, QSettings::IniFormat);
auto concludeSettingsGroup = [&]()
{
if (!QFileInfo::exists(ParameterFile))
ExportParameterFile();
Value = QDir::toNativeSeparators(QFileInfo(lcGetProfileString(LC_PROFILE_PROJECTS_PATH)).absolutePath());
Settings.setValue(searchDirectoriesKey, QVariant(Value));
Settings.endGroup();
};
Settings.beginGroup(LC_BLENDER_ADDON);
for (int LblIdx = 1/*skip blender executable*/; LblIdx < NumPaths(); LblIdx++)
{
if (LblIdx >= PATH_STUDIO_LDRAW)
continue;
Key = mBlenderPaths[LblIdx].key;
Value = QDir::toNativeSeparators(mBlenderPaths[LblIdx].value);
if (!Key.isEmpty())
Settings.setValue(Key, QVariant(Value));
}
for (int LblIdx = 0; LblIdx < NumSettings(); LblIdx++)
{
if (LblIdx == LBL_KEEP_ASPECT_RATIO)
{
continue;
}
else if (LblIdx < LBL_BEVEL_WIDTH)
{
Value = mBlenderSettings[LblIdx].value == "1" ? "True" : "False";
}
else if (LblIdx > LBL_VERBOSE)
{
if (LblIdx == LBL_FLEX_PARTS_SOURCE || LblIdx == LBL_POSITION_OBJECT)
Value = mBlenderSettings[LblIdx].value == "1" ? "True" : "False";
else
Value = mBlenderSettings[LblIdx].value;
}
Key = mBlenderSettings[LblIdx].key;
if (!Key.isEmpty())
Settings.setValue(Key, QVariant(Value));
}
Settings.setValue(parameterFileKey, QVariant(QDir::toNativeSeparators(ParameterFile)));
concludeSettingsGroup();
Settings.beginGroup(LC_BLENDER_ADDON_MM);
for (int LblIdx = 1/*skip blender executable*/; LblIdx < NumPaths(); LblIdx++)
{
if (LblIdx == PATH_LSYNTH || LblIdx == PATH_STUD_LOGO)
continue;
Key = mBlenderPaths[LblIdx].key_mm;
Value = QDir::toNativeSeparators(mBlenderPaths[LblIdx].value);
if (!Key.isEmpty())
Settings.setValue(Key, QVariant(Value));
}
for (int LblIdx = 0; LblIdx < NumSettingsMM(); LblIdx++)
{
if (LblIdx == LBL_KEEP_ASPECT_RATIO_MM)
{
continue;
}
else if (LblIdx < LBL_BEVEL_SEGMENTS)
{
Value = mBlenderSettingsMM[LblIdx].value == "1" ? "True" : "False";
}
else if (LblIdx > LBL_VERBOSE_MM)
{
Value = mBlenderSettingsMM[LblIdx].value;
}
Key = mBlenderSettingsMM[LblIdx].key;
if (!Key.isEmpty())
Settings.setValue(Key, QVariant(Value));
}
concludeSettingsGroup();
const QString preferredImportModule = gAddonPreferences->mImportActBox->isChecked() ? QString("TN") : gAddonPreferences->mImportMMActBox->isChecked() ? QString("MM") : QString();
if (preferredImportModule != lcGetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE))
lcSetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE, preferredImportModule);
}
void lcBlenderPreferences::EnableImportModule()
{
QString saveImportModule, preferredImportModule;
if (sender() == mImportActBox && mImportActBox->isChecked())
{
preferredImportModule = QLatin1String("TN");
if (mImportMMActBox->isChecked())
saveImportModule = QLatin1String("MM");
mImportMMActBox->setChecked(false);
}
else if (sender() == mImportMMActBox && mImportMMActBox->isChecked())
{
preferredImportModule = QLatin1String("MM");
if (mImportActBox->isChecked())
saveImportModule = QLatin1String("TN");
mImportActBox->setChecked(false);
}
if (preferredImportModule.isEmpty())
return;
if (SettingsModified(true, saveImportModule))
SaveSettings();
lcSetProfileString(LC_PROFILE_BLENDER_IMPORT_MODULE, preferredImportModule);
if (mImportMMActBox->isChecked())
InitPathsAndSettingsMM();
else
InitPathsAndSettings();
ConfigureBlenderAddon(false, false, true);
}
int lcBlenderPreferences::NumSettings(bool DefaultSettings)
{
int Size = 0;
if (!mBlenderSettings[0].key.isEmpty() || DefaultSettings)
Size = sizeof(mBlenderSettings)/sizeof(mBlenderSettings[0]);
return Size;
}
int lcBlenderPreferences::NumSettingsMM(bool DefaultSettings)
{
int Size = 0;
if (!mBlenderSettingsMM[0].key.isEmpty() || DefaultSettings)
Size = sizeof(mBlenderSettingsMM)/sizeof(mBlenderSettingsMM[0]);
return Size;
}
int lcBlenderPreferences::NumPaths(bool DefaultSettings)
{
int Size = 0;
if (!mBlenderPaths[0].key.isEmpty() || DefaultSettings)
Size = sizeof(mBlenderPaths)/sizeof(mBlenderPaths[0]);
return Size;
}
void lcBlenderPreferences::ShowPathsGroup()
{
if (mPathsBox->isHidden())
mPathsBox->show();
else
mPathsBox->hide();
mContent->adjustSize();
}
void lcBlenderPreferences::ColorButtonClicked(bool)
{
int ColorIndex = mLineEditList[CTL_DEFAULT_COLOUR_EDIT]->property("ColorIndex").toInt();
QWidget* Parent = mLineEditList[CTL_DEFAULT_COLOUR_EDIT];
lcColorPickerPopup* Popup = new lcColorPickerPopup(Parent, ColorIndex);
connect(Popup, &lcColorPickerPopup::Selected, this, &lcBlenderPreferences::SetDefaultColor);
Popup->setMinimumSize(300, 200);
#if (QT_VERSION >= QT_VERSION_CHECK(6, 0, 0))
QScreen* Screen = screen();
const QRect DesktopGeom = Screen ? Screen->geometry() : QRect();
#else
const QRect DesktopGeom = QApplication::desktop()->geometry();
#endif
QPoint Pos = Parent->mapToGlobal(Parent->rect().bottomLeft());
if (Pos.x() < DesktopGeom.left())
Pos.setX(DesktopGeom.left());
if (Pos.y() < DesktopGeom.top())
Pos.setY(DesktopGeom.top());
if ((Pos.x() + Popup->width()) > DesktopGeom.width())
Pos.setX(DesktopGeom.width() - Popup->width());
if ((Pos.y() + Popup->height()) > DesktopGeom.bottom())
Pos.setY(DesktopGeom.bottom() - Popup->height());
Popup->move(Pos);
Popup->setFocus();
Popup->show();
}
void lcBlenderPreferences::SetDefaultColor(int ColorIndex)
{
QImage Image(12, 12, QImage::Format_ARGB32);
Image.fill(0);
lcColor* Colour =& gColorList[ColorIndex];
QPainter Painter(&Image);
Painter.setCompositionMode(QPainter::CompositionMode_Source);
Painter.setPen(Qt::darkGray);
Painter.setBrush(QColor::fromRgbF(qreal(Colour->Value[0]), qreal(Colour->Value[1]), qreal(Colour->Value[2])));
Painter.drawRect(0, 0, Image.width() - 1, Image.height() - 1);
Painter.end();
int const ColourCode = lcGetColorCode(ColorIndex);
mLineEditList[CTL_DEFAULT_COLOUR_EDIT]->setText(QString("%1 (%2)").arg(Colour->Name).arg(ColourCode));
mLineEditList[CTL_DEFAULT_COLOUR_EDIT]->setProperty("ColorIndex", QVariant::fromValue(ColorIndex));
mDefaultColourEditAction->setIcon(QPixmap::fromImage(Image));
mDefaultColourEditAction->setToolTip(tr("Select Colour"));
bool Change = mBlenderSettings[LBL_DEFAULT_COLOUR].value != QString::number(ColourCode);
Change |= SettingsModified(false);
emit SettingChangedSig(Change);
}
void lcBlenderPreferences::BrowseBlender(bool)
{
for (int LblIdx = 0; LblIdx < NumPaths(); ++LblIdx)
{
if (sender() == mPathBrowseButtonList.at(LblIdx))
{
const QString BlenderPath = QDir::toNativeSeparators(mBlenderPaths[LblIdx].value).toLower();
QFileDialog FileDialog(nullptr);
FileDialog.setWindowTitle(tr("Locate %1").arg(mBlenderPaths[LblIdx].label));
if (LblIdx < PATH_LDRAW)
FileDialog.setFileMode(QFileDialog::ExistingFile);
else
FileDialog.setFileMode(QFileDialog::Directory);
if (!BlenderPath.isEmpty())
FileDialog.setDirectory(QFileInfo(BlenderPath).absolutePath());
if (FileDialog.exec())
{
QStringList SelectedPathList = FileDialog.selectedFiles();
if (SelectedPathList.size() == 1)
{
QFileInfo PathInfo(SelectedPathList.at(0));
if (PathInfo.exists())
{
const QString SelectedPath = QDir::toNativeSeparators(PathInfo.absoluteFilePath()).toLower();
mPathLineEditList[LblIdx]->setText(SelectedPathList.at(0));
if (LblIdx != PATH_BLENDER)
{
bool Change = false;
if (mImportMMActBox->isChecked())
Change = QDir::toNativeSeparators(mBlenderSettingsMM[LblIdx].value).toLower() != SelectedPath;
else
Change = QDir::toNativeSeparators(mBlenderSettings[LblIdx].value).toLower() != SelectedPath;
Change |= SettingsModified(false);
emit SettingChangedSig(Change);
}
if (LblIdx == PATH_BLENDER && BlenderPath != SelectedPath)
{
mBlenderPaths[LblIdx].value = SelectedPath;
UpdateBlenderAddon();
}
}
}
}
}
}
}
void lcBlenderPreferences::SizeChanged(const QString& Value)
{
const bool ImportMM = mImportMMActBox->isChecked();
const int Keep_Aspect_Ratio = ImportMM ? int(CTL_KEEP_ASPECT_RATIO_BOX_MM) : int(CTL_KEEP_ASPECT_RATIO_BOX);
const int Width_Edit = ImportMM ? int(CTL_RESOLUTION_WIDTH_EDIT) : int(CTL_IMAGE_WIDTH_EDIT);
const int Height_Edit = ImportMM ? int(CTL_RESOLUTION_HEIGHT_EDIT) : int(CTL_IMAGE_HEIGHT_EDIT);
BlenderSettings const* Settings = ImportMM ? mBlenderSettingsMM : mBlenderSettings;
bool Change = false;
int NewValue = Value.toInt();
if (mCheckBoxList[Keep_Aspect_Ratio]->isChecked())
{
if (sender() == mLineEditList[Width_Edit])
{
disconnect(mLineEditList[Height_Edit], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
const QString Height = QString::number(qRound(double(mImageHeight * NewValue / mImageWidth)));
mLineEditList[Height_Edit]->setText(Height);
Change = Settings[Height_Edit].value != Height;
connect(mLineEditList[Height_Edit], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
}
else if (sender() == mLineEditList[Height_Edit])
{
disconnect(mLineEditList[Width_Edit], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
const QString Width = QString::number(qRound(double(NewValue * mImageWidth / mImageHeight)));
mLineEditList[Width_Edit]->setText(Width);
Change = Settings[Height_Edit].value != Width;
connect(mLineEditList[Width_Edit], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
}
// Change is provided here for consistency only as ImageWidth,
// ImageHeight, and RenderPercentage are passed at the render command
Change |= SettingsModified(false);
emit SettingChangedSig(Change);
}
}
void lcBlenderPreferences::SetModelSize(bool Update)
{
const bool ImportMM = mImportMMActBox->isChecked();
const int Crop_Image = ImportMM ? int(CTL_CROP_IMAGE_BOX_MM) : int(CTL_CROP_IMAGE_BOX);
const int Add_Environment = ImportMM ? int(CTL_ADD_ENVIRONMENT_BOX_MM) : int(CTL_ADD_ENVIRONMENT_BOX);
const int Trans_Background = ImportMM ? int(CTL_TRANSPARENT_BACKGROUND_BOX_MM) : int(CTL_TRANSPARENT_BACKGROUND_BOX);
const int Keep_Aspect_Ratio = ImportMM ? int(CTL_KEEP_ASPECT_RATIO_BOX_MM) : int(CTL_KEEP_ASPECT_RATIO_BOX);
const int Width_Edit = ImportMM ? int(CTL_RESOLUTION_WIDTH_EDIT) : int(CTL_IMAGE_WIDTH_EDIT);
const int Height_Edit = ImportMM ? int(CTL_RESOLUTION_HEIGHT_EDIT) : int(CTL_IMAGE_HEIGHT_EDIT);
const int Crop_Image_Label = ImportMM ? int(LBL_CROP_IMAGE_MM) : int(LBL_CROP_IMAGE);
const QString CropImageLabel = mSettingLabelList[Crop_Image_Label]->text();
int ImageWidth = mImageWidth;
int ImageHeight = mImageHeight;
const bool CropImage = mCheckBoxList[Crop_Image]->isChecked();
lcModel* Model = lcGetActiveProject()->GetActiveModel();
if (Model)
{
struct NativeImage
{
QImage RenderedImage;
QRect Bounds;
};
std::vector<NativeImage> Images;
Images.push_back(NativeImage());
NativeImage& Image = Images.back();
Image.RenderedImage = Model->GetStepImage(false, ImageWidth, ImageHeight, Model->GetCurrentStep());
if (Image.RenderedImage.isNull())
return;
auto CalculateImageBounds = [](NativeImage& Image)
{
QImage& RenderedImage = Image.RenderedImage;
int Width = RenderedImage.width();
int Height = RenderedImage.height();
int MinX = Width;
int MinY = Height;
int MaxX = 0;
int MaxY = 0;
for (int x = 0; x < Width; x++)
{
for (int y = 0; y < Height; y++)
{
if (qAlpha(RenderedImage.pixel(x, y)))
{
MinX = qMin(x, MinX);
MinY = qMin(y, MinY);
MaxX = qMax(x, MaxX);
MaxY = qMax(y, MaxY);
}
}
}
Image.Bounds = QRect(QPoint(MinX, MinY), QPoint(MaxX, MaxY));
};
QtConcurrent::blockingMap(Images, CalculateImageBounds);
ImageWidth = Image.Bounds.width();
ImageHeight = Image.Bounds.height();
}
mSettingLabelList[Crop_Image_Label]->setText(QString("%1 (%2 x %3)").arg(CropImageLabel).arg(ImageWidth).arg(ImageHeight));
if (CropImage)
{
bool Conflict[3];
if ((Conflict[1] = mCheckBoxList[Add_Environment]->isChecked()))
mCheckBoxList[Add_Environment]->setChecked(!CropImage);
if ((Conflict[2] = !mCheckBoxList[Trans_Background]->isChecked()))
mCheckBoxList[Trans_Background]->setChecked(CropImage);
if ((Conflict[0] = mCheckBoxList[Keep_Aspect_Ratio]->isChecked()))
mCheckBoxList[Keep_Aspect_Ratio]->setChecked(!CropImage);
if (Conflict[0] || Conflict[1] || Conflict[2])
{
const QString& Title = tr ("LDraw Render Settings Conflict");
const QString& Header = "<b>" + tr ("Crop image configuration settings conflict were resolved.") + "</b>";
const QString& Body = QString("%1%2%3").arg(Conflict[0] ? tr("Keep aspect ratio set to false.<br>") : "", Conflict[1] ? tr("Add environment (backdrop and base plane) set to false.<br>") : "", Conflict[2] ? tr("Transparent background set to true.<br>") : "");
ShowMessage(this, Header, Title, Body, QString(), MBB_OK, QMessageBox::Information);
}
}
disconnect(mLineEditList[Width_Edit], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
disconnect(mLineEditList[Height_Edit], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
const QString Width = QString::number(CropImage ? ImageWidth : mImageWidth);
const QString Height = QString::number(CropImage ? ImageHeight : mImageHeight);
mLineEditList[Width_Edit]->setText(Width);
mLineEditList[Height_Edit]->setText(Height);
if (Update)
SettingsModified(true);
connect(mLineEditList[Height_Edit], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
connect(mLineEditList[Width_Edit], &QLineEdit::textChanged, this, &lcBlenderPreferences::SizeChanged);
}
void lcBlenderPreferences::ValidateColourScheme(int Index)
{
QComboBox* ComboBox = qobject_cast<QComboBox*>(sender());
if (!ComboBox)
return;
const bool ImportMM = mImportMMActBox->isChecked();
const int Color_Scheme = ImportMM ? int(LBL_COLOUR_SCHEME_MM) : int(LBL_COLOUR_SCHEME);
BlenderSettings* Settings = ImportMM ? mBlenderSettingsMM : mBlenderSettings;
if (ComboBox->itemText(Index) == "custom" && mBlenderPaths[PATH_LDCONFIG].value.isEmpty() && lcGetProfileString(LC_PROFILE_COLOR_CONFIG).isEmpty())
{
BlenderSettings const* defaultSettings = ImportMM ? mDefaultSettingsMM : mDefaultSettings;
Settings[Color_Scheme].value = defaultSettings[Color_Scheme].value;
const QString& Title = tr ("Custom LDraw Colours");
const QString& Header = "<b>" + tr ("Colour scheme 'custom' cannot be enabled. Custom LDConfig file not found.") + "</b>";
const QString& Body = tr ("Colour scheme 'custom' selected but no LDConfig file was specified.<br>The default colour scheme '%1' will be used.<br>").arg(Settings[Color_Scheme].value);
ShowMessage(this, Header, Title, Body, QString(), MBB_OK, QMessageBox::Warning);
}
else
{
bool Change = Settings[Color_Scheme].value != ComboBox->itemText(Index);
Change |= SettingsModified(false);
emit SettingChangedSig(Change);
}
}
bool lcBlenderPreferences::PromptAccept()
{
const QString& Title = tr ("Render Settings Modified");
const QString& Header = "<b>" + tr("Do you want to accept the modified settings before quitting ?") + "</b>";
int Exec = ShowMessage(this, Header, Title, QString(), QString(), MBB_YES_NO, QMessageBox::Question);
if (Exec == QMessageBox::Yes)
return true;
return false;
}
void lcBlenderPreferences::LoadDefaultParameters(QByteArray& Buffer, int Which)
{
/*
# File: BlenderLDrawParameters.lst
#
# This config file captures parameters for the Blender LDraw Render addon
# Parameters must be prefixed using one of the following predefined
# 'Item' labels:
# - lgeo_colour
# - sloped_brick
# - light_brick
# LGEO CUSTOM COLOURS
# LGEO is a parts library for rendering LEGO using the POV-Ray
# rendering software. This is the list of LEGO colours suitable
# for realistic rendering extracted from the LGEO file 'lg_color.inc'.
# When the 'Colour Scheme' option is set to 'Realistic', the standard
# LDraw colours RGB value is overwritten with the values defined here.
# Note: You can customize these RGB values as you want.
# Item------- ID-- R-- G-- B--
*/
const char DefaultCustomColours[] =
{
"lgeo_colour, 0, 33, 33, 33\n"
"lgeo_colour, 1, 13, 105, 171\n"
"lgeo_colour, 2, 40, 127, 70\n"
"lgeo_colour, 3, 0, 143, 155\n"
"lgeo_colour, 4, 196, 40, 27\n"
"lgeo_colour, 5, 205, 98, 152\n"
"lgeo_colour, 6, 98, 71, 50\n"
"lgeo_colour, 7, 161, 165, 162\n"
"lgeo_colour, 8, 109, 110, 108\n"
"lgeo_colour, 9, 180, 210, 227\n"
"lgeo_colour, 10, 75, 151, 74\n"
"lgeo_colour, 11, 85, 165, 175\n"
"lgeo_colour, 12, 242, 112, 94\n"
"lgeo_colour, 13, 252, 151, 172\n"
"lgeo_colour, 14, 245, 205, 47\n"
"lgeo_colour, 15, 242, 243, 242\n"
"lgeo_colour, 17, 194, 218, 184\n"
"lgeo_colour, 18, 249, 233, 153\n"
"lgeo_colour, 19, 215, 197, 153\n"
"lgeo_colour, 20, 193, 202, 222\n"
"lgeo_colour, 21, 224, 255, 176\n"
"lgeo_colour, 22, 107, 50, 123\n"
"lgeo_colour, 23, 35, 71, 139\n"
"lgeo_colour, 25, 218, 133, 64\n"
"lgeo_colour, 26, 146, 57, 120\n"
"lgeo_colour, 27, 164, 189, 70\n"
"lgeo_colour, 28, 149, 138, 115\n"
"lgeo_colour, 29, 228, 173, 200\n"
"lgeo_colour, 30, 172, 120, 186\n"
"lgeo_colour, 31, 225, 213, 237\n"
"lgeo_colour, 32, 0, 20, 20\n"
"lgeo_colour, 33, 123, 182, 232\n"
"lgeo_colour, 34, 132, 182, 141\n"
"lgeo_colour, 35, 217, 228, 167\n"
"lgeo_colour, 36, 205, 84, 75\n"
"lgeo_colour, 37, 228, 173, 200\n"
"lgeo_colour, 38, 255, 43, 0\n"
"lgeo_colour, 40, 166, 145, 130\n"
"lgeo_colour, 41, 170, 229, 255\n"
"lgeo_colour, 42, 198, 255, 0\n"
"lgeo_colour, 43, 193, 223, 240\n"
"lgeo_colour, 44, 150, 112, 159\n"
"lgeo_colour, 46, 247, 241, 141\n"
"lgeo_colour, 47, 252, 252, 252\n"
"lgeo_colour, 52, 156, 149, 199\n"
"lgeo_colour, 54, 255, 246, 123\n"
"lgeo_colour, 57, 226, 176, 96\n"
"lgeo_colour, 65, 236, 201, 53\n"
"lgeo_colour, 66, 202, 176, 0\n"
"lgeo_colour, 67, 255, 255, 255\n"
"lgeo_colour, 68, 243, 207, 155\n"
"lgeo_colour, 69, 142, 66, 133\n"
"lgeo_colour, 70, 105, 64, 39\n"
"lgeo_colour, 71, 163, 162, 164\n"
"lgeo_colour, 72, 99, 95, 97\n"
"lgeo_colour, 73, 110, 153, 201\n"
"lgeo_colour, 74, 161, 196, 139\n"
"lgeo_colour, 77, 220, 144, 149\n"
"lgeo_colour, 78, 246, 215, 179\n"
"lgeo_colour, 79, 255, 255, 255\n"
"lgeo_colour, 80, 140, 140, 140\n"
"lgeo_colour, 82, 219, 172, 52\n"
"lgeo_colour, 84, 170, 125, 85\n"
"lgeo_colour, 85, 52, 43, 117\n"
"lgeo_colour, 86, 124, 92, 69\n"
"lgeo_colour, 89, 155, 178, 239\n"
"lgeo_colour, 92, 204, 142, 104\n"
"lgeo_colour, 100, 238, 196, 182\n"
"lgeo_colour, 115, 199, 210, 60\n"
"lgeo_colour, 134, 174, 122, 89\n"
"lgeo_colour, 135, 171, 173, 172\n"
"lgeo_colour, 137, 106, 122, 150\n"
"lgeo_colour, 142, 220, 188, 129\n"
"lgeo_colour, 148, 62, 60, 57\n"
"lgeo_colour, 151, 14, 94, 77\n"
"lgeo_colour, 179, 160, 160, 160\n"
"lgeo_colour, 183, 242, 243, 242\n"
"lgeo_colour, 191, 248, 187, 61\n"
"lgeo_colour, 212, 159, 195, 233\n"
"lgeo_colour, 216, 143, 76, 42\n"
"lgeo_colour, 226, 253, 234, 140\n"
"lgeo_colour, 232, 125, 187, 221\n"
"lgeo_colour, 256, 33, 33, 33\n"
"lgeo_colour, 272, 32, 58, 86\n"
"lgeo_colour, 273, 13, 105, 171\n"
"lgeo_colour, 288, 39, 70, 44\n"
"lgeo_colour, 294, 189, 198, 173\n"
"lgeo_colour, 297, 170, 127, 46\n"
"lgeo_colour, 308, 53, 33, 0\n"
"lgeo_colour, 313, 171, 217, 255\n"
"lgeo_colour, 320, 123, 46, 47\n"
"lgeo_colour, 321, 70, 155, 195\n"
"lgeo_colour, 322, 104, 195, 226\n"
"lgeo_colour, 323, 211, 242, 234\n"
"lgeo_colour, 324, 196, 0, 38\n"
"lgeo_colour, 326, 226, 249, 154\n"
"lgeo_colour, 330, 119, 119, 78\n"
"lgeo_colour, 334, 187, 165, 61\n"
"lgeo_colour, 335, 149, 121, 118\n"
"lgeo_colour, 366, 209, 131, 4\n"
"lgeo_colour, 373, 135, 124, 144\n"
"lgeo_colour, 375, 193, 194, 193\n"
"lgeo_colour, 378, 120, 144, 129\n"
"lgeo_colour, 379, 94, 116, 140\n"
"lgeo_colour, 383, 224, 224, 224\n"
"lgeo_colour, 406, 0, 29, 104\n"
"lgeo_colour, 449, 129, 0, 123\n"
"lgeo_colour, 450, 203, 132, 66\n"
"lgeo_colour, 462, 226, 155, 63\n"
"lgeo_colour, 484, 160, 95, 52\n"
"lgeo_colour, 490, 215, 240, 0\n"
"lgeo_colour, 493, 101, 103, 97\n"
"lgeo_colour, 494, 208, 208, 208\n"
"lgeo_colour, 496, 163, 162, 164\n"
"lgeo_colour, 503, 199, 193, 183\n"
"lgeo_colour, 504, 137, 135, 136\n"
"lgeo_colour, 511, 250, 250, 250\n"
};
/*
# SLOPED BRICKS
# Dictionary with part number (without any extension for decorations), as key,
# of pieces that have grainy slopes, and, as values, a set containing the angles (in
# degrees) of the face's normal to the horizontal plane. Use a | delimited tuple to
# represent a range within which the angle must lie.
# Item-------- PartID- Angle/Angle Range (in degrees)
*/
const char DefaultSlopedBricks[] =
{
"sloped_brick, 962, 45\n"
"sloped_brick, 2341, -45\n"
"sloped_brick, 2449, -16\n"
"sloped_brick, 2875, 45\n"
"sloped_brick, 2876, 40|63\n"
"sloped_brick, 3037, 45\n"
"sloped_brick, 3038, 45\n"
"sloped_brick, 3039, 45\n"
"sloped_brick, 3040, 45\n"
"sloped_brick, 3041, 45\n"
"sloped_brick, 3042, 45\n"
"sloped_brick, 3043, 45\n"
"sloped_brick, 3044, 45\n"
"sloped_brick, 3045, 45\n"
"sloped_brick, 3046, 45\n"
"sloped_brick, 3048, 45\n"
"sloped_brick, 3049, 45\n"
"sloped_brick, 3135, 45\n"
"sloped_brick, 3297, 63\n"
"sloped_brick, 3298, 63\n"
"sloped_brick, 3299, 63\n"
"sloped_brick, 3300, 63\n"
"sloped_brick, 3660, -45\n"
"sloped_brick, 3665, -45\n"
"sloped_brick, 3675, 63\n"
"sloped_brick, 3676, -45\n"
"sloped_brick, 3678b, 24\n"
"sloped_brick, 3684, 15\n"
"sloped_brick, 3685, 16\n"
"sloped_brick, 3688, 15\n"
"sloped_brick, 3747, -63\n"
"sloped_brick, 4089, -63\n"
"sloped_brick, 4161, 63\n"
"sloped_brick, 4286, 63\n"
"sloped_brick, 4287, -63\n"
"sloped_brick, 4445, 45\n"
"sloped_brick, 4460, 16\n"
"sloped_brick, 4509, 63\n"
"sloped_brick, 4854, -45\n"
"sloped_brick, 4856, -60|-70, -45\n"
"sloped_brick, 4857, 45\n"
"sloped_brick, 4858, 72\n"
"sloped_brick, 4861, 45, 63\n"
"sloped_brick, 4871, -45\n"
"sloped_brick, 4885, 72\n"
"sloped_brick, 6069, 72, 45\n"
"sloped_brick, 6153, 60|70, 26|4\n"
"sloped_brick, 6227, 45\n"
"sloped_brick, 6270, 45\n"
"sloped_brick, 13269, 40|63\n"
"sloped_brick, 13548, 45\n"
"sloped_brick, 15571, 45\n"
"sloped_brick, 18759, -45\n"
"sloped_brick, 22390, 40|55\n"
"sloped_brick, 22391, 40|55\n"
"sloped_brick, 22889, -45\n"
"sloped_brick, 28192, 45\n"
"sloped_brick, 30180, 47\n"
"sloped_brick, 30182, 45\n"
"sloped_brick, 30183, -45\n"
"sloped_brick, 30249, 35\n"
"sloped_brick, 30283, -45\n"
"sloped_brick, 30363, 72\n"
"sloped_brick, 30373, -24\n"
"sloped_brick, 30382, 11, 45\n"
"sloped_brick, 30390, -45\n"
"sloped_brick, 30499, 16\n"
"sloped_brick, 32083, 45\n"
"sloped_brick, 43708, 72\n"
"sloped_brick, 43710, 72, 45\n"
"sloped_brick, 43711, 72, 45\n"
"sloped_brick, 47759, 40|63\n"
"sloped_brick, 52501, -45\n"
"sloped_brick, 60219, -45\n"
"sloped_brick, 60477, 72\n"
"sloped_brick, 60481, 24\n"
"sloped_brick, 63341, 45\n"
"sloped_brick, 72454, -45\n"
"sloped_brick, 92946, 45\n"
"sloped_brick, 93348, 72\n"
"sloped_brick, 95188, 65\n"
"sloped_brick, 99301, 63\n"
"sloped_brick, 303923, 45\n"
"sloped_brick, 303926, 45\n"
"sloped_brick, 304826, 45\n"
"sloped_brick, 329826, 64\n"
"sloped_brick, 374726, -64\n"
"sloped_brick, 428621, 64\n"
"sloped_brick, 4162628, 17\n"
"sloped_brick, 4195004, 45\n"
};
/*
# LIGHTED BRICKS
# Dictionary with part number (with extension), as key,
# of lighted bricks, light emission colour and intensity, as values.
# Item--------- PartID--- Light-------------- Intensity
*/
const char DefaultLightedBricks[] =
{
"lighted_brick, 62930.dat, 1.000, 0.373, 0.059, 1.0\n"
"lighted_brick, 54869.dat, 1.000, 0.052, 0.017, 1.0\n"
};
Buffer.clear();
if (Which == PARAMS_CUSTOM_COLOURS)
Buffer.append(DefaultCustomColours, sizeof(DefaultCustomColours));
else if (Which == PARAMS_SLOPED_BRICKS)
Buffer.append(DefaultSlopedBricks, sizeof(DefaultSlopedBricks));
else if (Which == PARAMS_LIGHTED_BRICKS)
Buffer.append(DefaultLightedBricks, sizeof(DefaultLightedBricks));
}
bool lcBlenderPreferences::ExportParameterFile()
{
const QString BlenderConfigDir = QString("%1/Blender/addons/%2/config").arg(gAddonPreferences->mDataDir, LC_BLENDER_ADDON_RENDER_FOLDER);
const QString ParameterFile = QString("%1/%2").arg(BlenderConfigDir, LC_BLENDER_ADDON_PARAMS_FILE);
QDir ConfigDir(BlenderConfigDir);
if(!ConfigDir.exists())
ConfigDir.mkpath(".");
QFile File(ParameterFile);
if (!OverwriteFile(File.fileName()))
return true;
QString Message;
if(File.open(QIODevice::WriteOnly | QIODevice::Text))
{
int Counter = 1;
QByteArray Buffer;
QTextStream Stream(&File);
Stream << "# File: " << QFileInfo(ParameterFile).fileName() << LineEnding;
Stream << "" << LineEnding;
Stream << "# This config file captures parameters for the Blender LDraw Render addon" << LineEnding;
Stream << "# Parameters must be prefixed using one of the following predefined" << LineEnding;
Stream << "# 'Item' labels:" << LineEnding;
Stream << "# - lgeo_colour" << LineEnding;
Stream << "# - sloped_brick" << LineEnding;
Stream << "# - light_brick" << LineEnding;
Stream << "" << LineEnding;
Stream << "# All items must use a comma',' delimiter as the primary delimiter." << LineEnding;
Stream << "# For sloped_brick items, a pipe'|' delimiter must be used to specify" << LineEnding;
Stream << "# a range (min|max) within which the angle must lie when appropriate." << LineEnding;
Stream << "# Spaces between item attributes are not required and are used to" << LineEnding;
Stream << "# facilitate human readability." << LineEnding;
Stream << "" << LineEnding;
Stream << "" << LineEnding;
Stream << "# LGEO CUSTOM COLOURS" << LineEnding;
Stream << "# LGEO is a parts library for rendering LEGO using the POV-Ray" << LineEnding;
Stream << "# rendering software. This is the list of LEGO colours suitable" << LineEnding;
Stream << "# for realistic rendering extracted from the LGEO file 'lg_color.inc'." << LineEnding;
Stream << "# When the 'Colour Scheme' option is set to 'Realistic', the standard" << LineEnding;
Stream << "# LDraw colours RGB value is overwritten with the values defined here." << LineEnding;
Stream << "# Note: You can customize these RGB values as you want." << LineEnding;
Stream << "" << LineEnding;
Stream << "# Item----- ID- R-- G-- B--" << LineEnding;
LoadDefaultParameters(Buffer, PARAMS_CUSTOM_COLOURS);
QTextStream colourstream(Buffer);
for (QString Line = colourstream.readLine(); !Line.isNull(); Line = colourstream.readLine())
{
Stream << Line << LineEnding;
Counter++;
}
Stream << "" << LineEnding;
Stream << "# SLOPED BRICKS" << LineEnding;
Stream << "# Dictionary with part number (without any extension for decorations), as key," << LineEnding;
Stream << "# of pieces that have grainy slopes, and, as values, a set containing the angles (in" << LineEnding;
Stream << "# degrees) of the face's normal to the horizontal plane. Use a | delimited tuple to" << LineEnding;
Stream << "# represent a range within which the angle must lie." << LineEnding;
Stream << "" << LineEnding;
Stream << "# Item------ PartID- Angle/Angle Range (in degrees)" << LineEnding;
LoadDefaultParameters(Buffer, PARAMS_SLOPED_BRICKS);
QTextStream SlopedStream(Buffer);
for (QString Line = SlopedStream.readLine(); !Line.isNull(); Line = SlopedStream.readLine())
{
Stream << Line << LineEnding;
Counter++;
}
Stream << "" << LineEnding;
Stream << "# LIGHTED BRICKS" << LineEnding;
Stream << "# Dictionary with part number (with extension), as key," << LineEnding;
Stream << "# of lighted bricks, light emission colour and intensity, as values." << LineEnding;
Stream << "" << LineEnding;
Stream << "# Item------- PartID--- Light-------------- Intensity" << LineEnding;
LoadDefaultParameters(Buffer, PARAMS_LIGHTED_BRICKS);
QTextStream lightedstream(Buffer);
for (QString Line = lightedstream.readLine(); !Line.isNull(); Line = lightedstream.readLine())
{
Stream << Line << LineEnding;
Counter++;
}
Stream << "" << LineEnding;
Stream << "# end of parameters" << LineEnding;
File.close();
Message = tr("Finished writing Blender parameter entries. Processed %1 lines in file [%2].")
.arg(Counter)
.arg(File.fileName());
}
else
{
Message = tr("Failed to open Blender parameter file: %1:<br>%2")
.arg(File.fileName(), File.errorString());
ShowMessage(nullptr, Message);
return false;
}
return true;
}
bool lcBlenderPreferences::OverwriteFile(const QString& File)
{
QFileInfo fileInfo(File);
if (!fileInfo.exists())
return true;
const QString& Title = tr ("Replace Existing File");
const QString Header = "<b>" + QMessageBox::tr ("Existing file %1 detected.").arg(fileInfo.fileName()) + "</b>";
const QString Body = QMessageBox::tr ("\"%1\"<br>This file already exists.<br>Replace existing file?").arg(fileInfo.fileName());
int Exec = ShowMessage(nullptr, Header, Title, Body, QString(), MBB_YES, QMessageBox::NoIcon);
return (Exec == QMessageBox::Yes);
}
int lcBlenderPreferences::ShowMessage(QWidget* Parent, const QString& Header, const QString& Title, const QString& Body, const QString& Detail, int const Buttons, int const Icon)
{
if (!gMainWindow)
return QMessageBox::Ok;
QMessageBox Box(Parent);
Box.setWindowIcon(QIcon());
if (!Icon)
{
QPixmap Pixmap = QPixmap(":/resources/leocad.png");
Box.setIconPixmap (Pixmap);
}
else
Box.setIcon (static_cast<QMessageBox::Icon>(Icon));
Box.setTextFormat (Qt::RichText);
Box.setWindowFlags (Qt::Dialog | Qt::CustomizeWindowHint | Qt::WindowTitleHint);
if (!Title.isEmpty())
Box.setWindowTitle(Title);
else
Box.setWindowTitle(tr("%1 Blender LDraw Addon").arg(LC_PRODUCTNAME_STR));
Box.setText (Header);
if (!Body.isEmpty())
Box.setInformativeText (Body);
if (!Detail.isEmpty())
Box.setDetailedText(QString(Detail).replace("<br>", "\n"));
switch (Buttons)
{
case MBB_YES:
Box.setStandardButtons (QMessageBox::Yes | QMessageBox::Cancel);
Box.setDefaultButton (QMessageBox::Yes);
break;
case MBB_YES_NO:
Box.setStandardButtons (QMessageBox::Yes | QMessageBox::No | QMessageBox::Cancel);
Box.setDefaultButton (QMessageBox::Yes);
break;
default:
Box.setStandardButtons (QMessageBox::Ok);
break;
}
int MinimumWidth = 400;
int FontWidth = QFontMetrics(Box.font()).averageCharWidth();
int FixedTextLength = (MinimumWidth / FontWidth);
if (Header.length() < Body.length() && Header.length() < FixedTextLength)
{
QGridLayout* BoxLayout = (QGridLayout*)Box.layout();
QLayoutItem* BoxLayoutItem = BoxLayout->itemAtPosition(0, 2);
QWidget* TextWidget = BoxLayoutItem->widget();
if (TextWidget)
{
qsizetype FixedWidth = Body.length() * FontWidth;
if (FixedWidth == MinimumWidth)
{
int Index = (MinimumWidth / FontWidth) - 1;
if (!Body.mid(Index, 1).isEmpty())
FixedWidth = Body.indexOf(" ", Index);
}
else if (FixedWidth < MinimumWidth)
FixedWidth = MinimumWidth;
TextWidget->setFixedWidth(static_cast<int>(FixedWidth));
}
}
const bool DownloadRequest = Body.startsWith(tr("Do you want to download version "));
if (DownloadRequest)
{
QCheckBox* AddonVersionCheck = new QCheckBox(tr("Do not show download new addon version message again."));
Box.setCheckBox(AddonVersionCheck);
QObject::connect(AddonVersionCheck, &QCheckBox::stateChanged, [](int State)
{
bool VersionCheck = true;
if (static_cast<Qt::CheckState>(State) == Qt::CheckState::Checked)
VersionCheck = false;
lcSetProfileInt(LC_PROFILE_BLENDER_ADDON_VERSION_CHECK, (int)VersionCheck);
});
}
return Box.exec();
}
void lcBlenderPreferences::DownloadFinished(lcHttpReply* Reply)
{
if (!Reply->error())
mData = Reply->readAll();
else
ShowMessage(this, tr("Addon download failed."));
mHttpReply = nullptr;
Reply->deleteLater();
}
namespace WindowsFileAttributes
{
enum
{
Dir = 0x10, // FILE_ATTRIBUTE_DIRECTORY
File = 0x80, // FILE_ATTRIBUTE_NORMAL
TypeMask = 0x90,
ReadOnly = 0x01, // FILE_ATTRIBUTE_READONLY
PermMask = 0x01
};
}
namespace UnixFileAttributes
{
enum
{
Dir = 0040000, // __S_IFDIR
File = 0100000, // __S_IFREG
SymLink = 0120000, // __S_IFLNK
TypeMask = 0170000, // __S_IFMT
ReadUser = 0400, // __S_IRUSR
WriteUser = 0200, // __S_IWUSR
ExeUser = 0100, // __S_IXUSR
ReadGroup = 0040, // __S_IRGRP
WriteGroup = 0020, // __S_IWGRP
ExeGroup = 0010, // __S_IXGRP
ReadOther = 0004, // __S_IROTH
WriteOther = 0002, // __S_IWOTH
ExeOther = 0001, // __S_IXOTH
PermMask = 0777
};
}
bool lcBlenderPreferences::ExtractAddon(const QString FileName, QString& Result)
{
enum ZipHostOS
{
HostFAT = 0,
HostUnix = 3,
HostHPFS = 6, // filesystem used by OS/2 (and NT 3.x)
HostNTFS = 11, // filesystem used by Windows NT
HostVFAT = 14, // filesystem used by Windows 95, NT
HostOSX = 19
};
struct ZipFileInfo
{
ZipFileInfo(lcZipFileInfo& FileInfo) noexcept
: ZipInfo(FileInfo), isDir(false), isFile(false), isSymLink(false)
{
}
bool IsValid() const noexcept { return isDir || isFile || isSymLink; }
lcZipFileInfo& ZipInfo;
QString filePath;
uint isDir : 1;
uint isFile : 1;
uint isSymLink : 1;
QFile::Permissions permissions;
};
auto ModeToPermissions = [](quint32 Mode)
{
QFile::Permissions Permissions;
if (Mode& UnixFileAttributes::ReadUser)
Permissions |= QFile::ReadOwner | QFile::ReadUser;
if (Mode& UnixFileAttributes::WriteUser)
Permissions |= QFile::WriteOwner | QFile::WriteUser;
if (Mode& UnixFileAttributes::ExeUser)
Permissions |= QFile::ExeOwner | QFile::ExeUser;
if (Mode& UnixFileAttributes::ReadGroup)
Permissions |= QFile::ReadGroup;
if (Mode& UnixFileAttributes::WriteGroup)
Permissions |= QFile::WriteGroup;
if (Mode& UnixFileAttributes::ExeGroup)
Permissions |= QFile::ExeGroup;
if (Mode& UnixFileAttributes::ReadOther)
Permissions |= QFile::ReadOther;
if (Mode& UnixFileAttributes::WriteOther)
Permissions |= QFile::WriteOther;
if (Mode& UnixFileAttributes::ExeOther)
Permissions |= QFile::ExeOther;
return Permissions;
};
lcZipFile ZipFile;
if (!ZipFile.OpenRead(FileName))
return false;
const QString DestinationDir = QFileInfo(FileName).absolutePath();
bool Ok = true;
int Extracted = 0;
for (quint32 FileIdx = 0; FileIdx < ZipFile.mFiles.size(); FileIdx++)
{
ZipFileInfo FileInfo(ZipFile.mFiles[FileIdx]);
quint32 Mode = FileInfo.ZipInfo.external_fa;
const ZipHostOS HostOS = ZipHostOS(FileInfo.ZipInfo.version >> 8);
switch (HostOS)
{
case HostOSX:
case HostUnix:
Mode = (Mode >> 16)& 0xffff;
switch (Mode& UnixFileAttributes::TypeMask)
{
case UnixFileAttributes::SymLink:
FileInfo.isSymLink = true;
break;
case UnixFileAttributes::Dir:
FileInfo.isDir = true;
break;
case UnixFileAttributes::File:
default:
FileInfo.isFile = true;
break;
}
FileInfo.permissions = ModeToPermissions(Mode);
break;
case HostFAT:
case HostNTFS:
case HostHPFS:
case HostVFAT:
switch (Mode& WindowsFileAttributes::TypeMask)
{
case WindowsFileAttributes::Dir:
FileInfo.isDir = true;
break;
case WindowsFileAttributes::File:
default:
FileInfo.isFile = true;
break;
}
FileInfo.permissions |= QFile::ReadOwner | QFile::ReadUser | QFile::ReadGroup | QFile::ReadOther;
if ((Mode& WindowsFileAttributes::ReadOnly) == 0)
FileInfo.permissions |= QFile::WriteOwner | QFile::WriteUser | QFile::WriteGroup | QFile::WriteOther;
if (FileInfo.isDir)
FileInfo.permissions |= QFile::ExeOwner | QFile::ExeUser | QFile::ExeGroup | QFile::ExeOther;
break;
default:
ShowMessage(this, tr("ZipFile entry format (HostOS %1) at index %2 is not supported. Extract terminated.").arg(HostOS).arg(FileIdx), tr("Extract Addon"), QString(), QString(), MBB_OK, QMessageBox::Warning);
Ok = false;
}
if (!Ok || !(Ok = FileInfo.IsValid()))
break;
// Check the file path - if broken, convert separators, eat leading and trailing ones
FileInfo.filePath = QDir::fromNativeSeparators(FileInfo.ZipInfo.file_name);
QString FilePathRef(FileInfo.filePath);
while (FilePathRef.startsWith(QLatin1Char('.')) || FilePathRef.startsWith(QLatin1Char('/')))
FilePathRef = FilePathRef.mid(1);
while (FilePathRef.endsWith(QLatin1Char('/')))
FilePathRef.chop(1);
FileInfo.filePath = FilePathRef;
const QString AbsPath = QDir::fromNativeSeparators(DestinationDir + QDir::separator() + FileInfo.filePath);
// directories
if (FileInfo.isDir)
{
QDir BaseDir(DestinationDir);
if (!(Ok = BaseDir.mkpath(FileInfo.filePath)))
break;
if (!(Ok = QFile::setPermissions(AbsPath, FileInfo.permissions)))
break;
Extracted++;
continue;
}
lcMemFile MemFile;
ZipFile.ExtractFile(FileIdx, MemFile);
QByteArray const& ByteArray = QByteArray::fromRawData((const char*)MemFile.mBuffer, (int)MemFile.GetLength());
// symlinks
if (FileInfo.isSymLink)
{
QString Destination = QFile::decodeName(ByteArray);
if (!(Ok = !Destination.isEmpty()))
break;
QFileInfo LinkFileInfo(AbsPath);
if (!QFile::exists(LinkFileInfo.absolutePath()))
QDir::root().mkpath(LinkFileInfo.absolutePath());
if (!(Ok = QFile::link(Destination, AbsPath)))
break;
Extracted++;
continue;
}
// files
if (FileInfo.isFile)
{
QFile File(AbsPath);
if(!(Ok = File.open(QIODevice::WriteOnly)))
break;
File.write(ByteArray);
File.setPermissions(FileInfo.permissions);
File.close();
Extracted++;
}
}
if (!Ok)
Result = tr("%1 of %2 files extracted.").arg(Extracted).arg(ZipFile.mFiles.size());
return Ok;
}
#endif // !LC_DISABLE_BLENDER
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