subagent transcript

session 17f09f89 · workflow wf_f28ac27b
← 17f09f89 · archive
delegated task
You are building ONE PySide6 Qt-module binding as a STATIC wasm archive for the FreeCAD WebAssembly build. The full pipeline is ALREADY PROVEN this se
▸ Magik
You are building ONE PySide6 Qt-module binding as a STATIC wasm archive for the FreeCAD WebAssembly build. The full pipeline is ALREADY PROVEN this session (M0 shiboken runtime + M1 QtCore value-types + libpyside all compile/link/run in wasm). Your job is mechanical: generate + cross-compile your module and produce lib<Module>_wasm.a exporting PyInit_<Module>. Iterate on compile errors. PATHS (all real): - Host shiboken generator: /opt/toolchains/pyside-host/bin/shiboken6 (v6.11.0) - PySide source: /tmp/pyside-setup/sources/pyside6 (PySide6/<Module>/ has typesystem_<x>.xml + <Module>_global.h[.in]); shiboken runtime src /tmp/pyside-setup/sources/shiboken6 - shiboken generated headers (already built): /home/magik6k/lcad-wasm/pyside-port/build/shiboken-wasm-inc (has sbkversion.h + embed/signature_*_inc.h) - libpyside src (headers to compile against): /tmp/pyside-setup/sources/pyside6/libpyside - emscripten: source /opt/toolchains/emsdk/emsdk_env.sh ; emcc 4.0.12 - wasm Qt: QT=/opt/toolchains/qt-asyncify/6.11.1/wasm_singlethread ; QTINC=$QT/include ; host moc=/opt/toolchains/qt/6.11.1/gcc_64/libexec/moc - wasm python headers: /opt/toolchains/python-wasm/include/python3.14 THE PROVEN COMPILE INCLUDE SET (use verbatim; add sibling-module private paths as needed): QTFLAGS for QtCore: -I$QTINC -I$QTINC/QtCore -I$QTINC/QtCore/6.11.1 -I$QTINC/QtCore/6.11.1/QtCore -I$QT/mkspecs/wasm-emscripten For QtGui also add: -I$QTINC/QtGui -I$QTINC/QtGui/6.11.1 -I$QTINC/QtGui/6.11.1/QtGui For QtWidgets also add: -I$QTINC/QtWidgets -I$QTINC/QtWidgets/6.11.1 -I$QTINC/QtWidgets/6.11.1/QtWidgets (plus QtGui + QtCore paths) EMFLAGS="-fexceptions -O2 -DNDEBUG -std=c++17 -DSHIBOKEN_NO_EMBEDDING_PYC=1" INCS: -I<gen-out>/PySide6/<Module> -I/home/magik6k/lcad-wasm/pyside-port/build/shiboken-wasm-inc -I<that>/embed -I/opt/toolchains/python-wasm/include/python3.14 -I/tmp/pyside-setup/sources/shiboken6/libshiboken -I/tmp/pyside-setup/sources/pyside6/libpyside $QTFLAGS GENERATION (host libclang parses the WASM Qt headers so the AST matches target; NO --compiler-path, it makes a bad triple): $GEN --generator-set=shiboken --enable-parent-ctor-heuristic --enable-return-value-heuristic --use-isnull-as-nb-bool --avoid-protected-hack --api-version=6.11 --include-paths="$QTINC:$QTINC/QtCore[:$QTINC/QtGui:...]:/tmp/pyside-setup/sources/shiboken6/libshiboken:/tmp/pyside-setup/sources/pyside6/libpyside:<gen-inc>" --typesystem-paths="/tmp/pyside-setup/sources/pyside6/PySide6" --output-directory=<gen-out> <Module>_global.h PySide6/<Module>/typesystem_<x>.xml The module global header may be <Module>_global.h.in needing configure — or just write a minimal <Module>_global.h that #includes the module umbrella header (e.g. #include <QtWidgets/QtWidgets>). typesystem package MUST be "PySide6.<Module>" so PyInit_<Module> + the module-import strings line up. KNOWN FIXES (apply as errors demand): - A generated wrapper's __repr__ uses QBuffer+QDebug -> add per-type <extra-includes><include file-name="QBuffer" location="global"/><include file-name="QDebug" location="global"/></extra-includes> in a LOCAL COPY of the typesystem (copy the module dir, edit, point --typesystem-paths at your copy first). OR add the includes to your module global header. - Files that '#include "X.moc"' need: $MOC $QTFLAGS X.cpp -o <out>/X.moc, then -I<out>. - EXCLUDE numpy-gated files (*numpy*). - -no-feature-thread: QThread/QMutex are absent; the QtCore typesystem is already guarded (only QBasicReadWriteLock/QReadWriteLock warn — harmless). Widgets/Gui don't use threads. - If a specific class/method fails to compile and is niche, drop it: <object-type name="X"> ... <modify-function signature="..." remove="all"/> or omit the type. Prefer generating the FULL real typesystem first (known-good); only trim to fix hard errors. Size is secondary to a working archive. - Compile wrappers in PARALLEL (many independent .cpp): background emcc jobs or xargs -P. SUCCESS = lib<Module>_wasm.a exists and 'emnm' shows 'T PyInit_<Module>'. Write your exact working build script to /home/magik6k/lcad-wasm/pyside-port/m2-<module>/build.sh and the archive to /home/magik6k/lcad-wasm/pyside-port/build/m2-<module>/. Capture the final compile status (how many wrapper .o built, any files you had to drop and why). === YOUR MODULE: QtGui (slug m2-qtgui) === typesystem_gui.xml. Depends on QtCore typesystem (found via --typesystem-paths=PySide6). Needs QtGui private headers + QtCore. Global header PySide6/QtGui/QtGui_global.h. QtGui pulls OpenGL/image types — drop any that need unbuilt deps (e.g. QtOpenGL is separate; keep it out). Gen output dir: /home/magik6k/lcad-wasm/pyside-port/build/m2-qtgui/gen ; archive: /home/magik6k/lcad-wasm/pyside-port/build/m2-qtgui/libQtGui_wasm.a . Return the schema.
Fable
thinking
I'm starting by examining the existing QtCore build setup for m1 to understand how the pipeline works, then checking the QtGui source to see what needs to be built next.
Fable
I'll start by exploring the environment and understanding the proven pipeline from the QtCore build.
Fable
⚙ Bash {"command": "ls /home/magik6k/lcad-wasm/pyside-port/ 2>/dev/null; echo \"---M1---\"; ls /home/magik6k/lcad-wasm/pyside-port/m1-qtcore/ 2>/dev/null; echo \"---build---\"; ls /home/magik6k/lcad-wasm/pyside-port/build/ 2>/dev/null", "descripti…
tool result
BUILD-PLAN.md
build
emscripten-crossbuild
fc-pyside-usage
libpyside-build.sh
m0-build.sh
m1-build.sh
m1lite
m1lite-build.sh
poc-minimal
py314-compat
qt-nothread-typesystem
shiboken-hostgen-build
shiboken-mod-build.sh
static-nodlopen
---M1---
---build---
libpyside
m0-minimal
m1-qtcore
m1lite
shiboken-gen
shiboken-host
shiboken-mod
shiboken-wasm-inc
Fable
⚙ Bash {"command": "ls /tmp/pyside-setup/sources/pyside6/PySide6/QtGui/ 2>/dev/null | head -50; echo \"---global---\"; ls /tmp/pyside-setup/sources/pyside6/PySide6/QtGui/*global* 2>/dev/null", "description": "List QtGui source dir"}
tool result
CMakeLists.txt
QtGui_global.post.h.in
typesystem_gui.xml
typesystem_gui_common.xml
typesystem_gui_mac.xml
typesystem_gui_nativeinterface.xml
typesystem_gui_rhi.xml
typesystem_gui_wayland.xml
typesystem_gui_win.xml
typesystem_gui_x11.xml
---global---
/tmp/pyside-setup/sources/pyside6/PySide6/QtGui/QtGui_global.post.h.in
Fable
thinking
I'm examining the M1 build script to understand how the pipeline works, then checking what the m1-qtcore build produced.
Fable
⚙ Bash {"command": "cat /home/magik6k/lcad-wasm/pyside-port/m1-build.sh", "description": "Read M1 QtCore build script"}
tool result
#!/usr/bin/env bash
# M1: reduced QtCore (QObject) binding for wasm, against the asyncify Qt headers.
set -euo pipefail
source /opt/toolchains/emsdk/emsdk_env.sh 2>/dev/null
SHIB=/tmp/pyside-setup/sources/shiboken6
GEN=/opt/toolchains/pyside-host/bin/shiboken6
FILES=/home/magik6k/lcad-wasm/pyside-port/poc-minimal/files
OUT=/home/magik6k/lcad-wasm/pyside-port/build/m1-qtcore
INC=/home/magik6k/lcad-wasm/pyside-port/build/shiboken-wasm-inc
PYINC=/opt/toolchains/python-wasm/include/python3.14
QT=/op  …[truncated]
Fable
⚙ Bash {"command": "ls -la /home/magik6k/lcad-wasm/pyside-port/build/m1-qtcore/ 2>/dev/null | head; echo \"---has archive?---\"; find /home/magik6k/lcad-wasm/pyside-port/build/m1-qtcore -name \"*.a\" 2>/dev/null", "description": "Check M1 build ou…
tool result
total 8
drwxr-xr-x 1 agent agent   44 Jul  5 14:33 .
drwxr-xr-x 1 agent agent  176 Jul  5 14:44 ..
drwxr-xr-x 1 agent agent  236 Jul  5 14:33 gen
-rw-r--r-- 1 agent agent 5269 Jul  5 14:33 qobject_wrapper.err
---has archive?---
Fable
thinking
The M1 build used a minimal QtCore typesystem, but the full QtGui typesystem depends on QtCore's complete typesystem. I'm realizing there's a dependency issue here—when shiboken generates QtGui, it needs to load the QtCore typesystem, but I'm not sure if that requires the full QtCore module to be generated first.

Looking at the generation command, it uses a typesystem path to find typesystem_core.xml, so it should be able to resolve type references without needing the full module. The M1 build seems to have completed successfully despite using a minimal setup, so I shouldn't worry about that. For QtGui, I need to create a global header file—I'll start with a minimal version that includes th  …
Fable
⚙ Bash {"command": "cat /tmp/pyside-setup/sources/pyside6/PySide6/QtGui/QtGui_global.post.h.in; echo \"===CMAKE head===\"; head -60 /tmp/pyside-setup/sources/pyside6/PySide6/QtGui/CMakeLists.txt", "description": "Read QtGui global header template …
tool result
#include "qpytextobject.h"  // PySide class
#include <rhi/qrhi.h>
#include <rhi/qrhi_platform.h>
#include <rhi/qshader.h>
#include <qtguihelper.h>
void qt_set_sequence_auto_mnemonic(bool b);
===CMAKE head===
# Copyright (C) 2023 The Qt Company Ltd.
# SPDX-License-Identifier: BSD-3-Clause

project(QtGui)

qt_wrap_cpp(QPYTEXTOBJECT_MOC "${pyside6_SOURCE_DIR}/qpytextobject.h")

set(QtGui_DROPPED_ENTRIES)

# Exclude sources that have clashing static helper functions named "iterator_..."
set(QtGui_SR  …[truncated]
Fable
⚙ Bash {"command": "head -40 /tmp/pyside-setup/sources/pyside6/PySide6/QtGui/typesystem_gui.xml; echo \"===tail load-typesystem===\"; grep -n \"load-typesystem\\|package=\" /tmp/pyside-setup/sources/pyside6/PySide6/QtGui/typesystem_gui.xml | head"…
tool result
<?xml version="1.0"?>
<!--
// Copyright (C) 2016 The Qt Company Ltd.
// SPDX-License-Identifier: LicenseRef-Qt-Commercial OR LGPL-3.0-only OR GPL-2.0-only OR GPL-3.0-only
-->
<typesystem package="PySide6.QtGui"
            namespace-begin="QT_BEGIN_NAMESPACE" namespace-end="QT_END_NAMESPACE">
    <load-typesystem name="QtCore/typesystem_core.xml" generate="no"/>
    <?if windows?>
    <load-typesystem name="QtGui/typesystem_gui_win.xml" generate="yes"/>
    <?endif?>
    <?if darwin?>
    <load-  …[truncated]
Fable
thinking
I'm tracing through how QtGui's typesystem loads dependencies and handles platform-specific types. It references QtCore's typesystem with generation disabled, and uses conditional logic to load X11 and Wayland typesystems on Unix platforms (excluding Darwin). Since the host is Linux, the Unix condition evaluates true, which means X11-specific types get pulled in through the preprocessor.

The concern is that a WebAssembly Qt build won't have those X11 native interface headers, which could cause parse errors when shiboken tries to resolve them. I'm thinking through whether these headers are guarded or if they'll cause fatal failures. Rather than overthinking the platform conditionals, I'll tr  …
Fable
⚙ Bash {"command": "QT=/opt/toolchains/qt-asyncify/6.11.1/wasm_singlethread; QTINC=$QT/include\necho \"=== rhi headers ===\"; ls $QTINC/QtGui/6.11.1/QtGui/rhi/ 2>/dev/null | head\necho \"=== qpa/platform native interface ===\"; ls $QTINC/QtGui/6.1…
tool result
=== rhi headers ===
qrhi.h
qrhi_platform.h
qshader.h
qshaderdescription.h
=== qpa/platform native interface ===
qplatformaccessibility.h
qplatformbackingstore.h
qplatformclipboard.h
qplatformcursor.h
qplatformdialoghelper.h
qplatformdrag.h
qplatformfontdatabase.h
qplatformgraphicsbuffer.h
qplatformgraphicsbufferhelper.h
qplatforminputcontext.h
=== qtguihelper / qpytextobject in pyside ===
/tmp/pyside-setup/sources/pyside6/PySide6/qtguihelper.h
/tmp/pyside-setup/sources/pyside6/PySide6/qpytextobj  …[truncated]
Fable
⚙ Bash {"command": "echo \"=== x11 typesystem ===\"; head -30 /tmp/pyside-setup/sources/pyside6/PySide6/QtGui/typesystem_gui_x11.xml\necho \"=== nativeinterface ts ===\"; head -30 /tmp/pyside-setup/sources/pyside6/PySide6/QtGui/typesystem_gui_nati…
tool result
=== x11 typesystem ===
<?xml version="1.0" encoding="UTF-8"?>
<!--
// Copyright (C) 2016 The Qt Company Ltd.
// SPDX-License-Identifier: LicenseRef-Qt-Commercial OR LGPL-3.0-only OR GPL-2.0-only OR GPL-3.0-only
-->
<typesystem package="PySide6.QtGui">
    <custom-type name="_XDisplay"/>
    <custom-type name="xcb_connection_t"/>
</typesystem>
=== nativeinterface ts ===
<?xml version="1.0" encoding="UTF-8"?>
<!--
// Copyright (C) 2025 The Qt Company Ltd.
// SPDX-License-Identifier: LicenseRef-Qt-  …[truncated]
Fable
thinking
The RHI headers and Qt GUI helper are available, and the x11 typesystem just declares custom types without issues. For the nativeinterface, there are configuration conditions for Wayland and XCB that are disabled for WebAssembly, so Shiboken will correctly skip generating those when the conditions evaluate to false. Now I'm checking how Shiboken handles the platform condition in the main typesystem to determine what gets generated.

The glue files referenced in nativeinterface point to snippets in the PySide6/glue directory, and when I set the typesystem paths correctly, those relative paths resolve properly. I'm going to proceed with the real typesystem and create the global header that inc  …
Fable
⚙ Bash {"command": "cat /home/magik6k/lcad-wasm/pyside-port/poc-minimal/files/QtCore_minimal_global.h 2>/dev/null; echo \"=== includes dir for pyside sources ===\"; ls /tmp/pyside-setup/sources/pyside6/PySide6/*.h | head; echo \"=== glue ===\"; ls…
tool result
// Milestone-1 global header fed to shiboken for the reduced QtCore binding.
// shiboken parses this with libclang (host) to build its AST; it must pull in
// exactly the Qt classes named in typesystem_QtCore_minimal.xml.
#ifndef QTCORE_MINIMAL_GLOBAL_H
#define QTCORE_MINIMAL_GLOBAL_H

#include <QtCore/QObject>
#include <QtCore/QString>

#endif
=== includes dir for pyside sources ===
/tmp/pyside-setup/sources/pyside6/PySide6/pyside6_global.h
/tmp/pyside-setup/sources/pyside6/PySide6/pysideqtestt  …[truncated]
Fable
⚙ Bash {"command": "grep -rn \"QT_CONFIG\\|?if\\|condition\" /tmp/pyside-setup/sources/pyside6/PySide6/QtGui/typesystem_gui_wayland.xml | head; echo \"=== how many types in gui_common ===\"; grep -c \"object-type\\|value-type\" /tmp/pyside-setup/s…
tool result
=== how many types in gui_common ===
368
Fable
thinking
I'm looking at the gui_common module which has 368 types, so I need to set up a global header for it. I'm checking the CMake configuration to understand how the real QtGui global header is structured—it's typically generated from a template file by concatenating module-specific global header definitions.

I'll create the global header directly with the necessary includes for QtGui, plus the PySide-specific extras like qpytextobject and qtguihelper, along with the RHI headers from the private QtGui path. I need to add the appropriate include paths to the compiler flags, and since shiboken runs on Linux, it'll load the unix-specific typesystems like x11 and wayland, which should be fine for ge  …
Fable
Now I understand the layout. Let me create the module directory, global header, and build script.
Fable
⚙ Bash {"command": "mkdir -p /home/magik6k/lcad-wasm/pyside-port/m2-qtgui /home/magik6k/lcad-wasm/pyside-port/build/m2-qtgui/gen\necho created", "description": "Create module dirs"}
tool result
created
Fable
⚙ Bash {"command": "ls /home/magik6k/lcad-wasm/pyside-port/build/shiboken-wasm-inc/; echo \"---embed---\"; ls /home/magik6k/lcad-wasm/pyside-port/build/shiboken-wasm-inc/embed/ 2>/dev/null; echo \"---libpyside build headers---\"; ls /home/magik6k/…
tool result
embed
sbkversion.h
---embed---
shibokensupport
signature.zip
signature_bootstrap.py
signature_bootstrap_inc.h
signature_inc.h
---libpyside build headers---
class_property.err
class_property.o
dynamicqmetaobject.err
dynamicqmetaobject.o
dynamicslot.err
dynamicslot.moc
dynamicslot.o
feature_select.err
feature_select.o
libpyside_wasm.a
Fable
Now let me write the global header and build script.
Fable
⚙ Write {"file_path": "/home/magik6k/lcad-wasm/pyside-port/m2-qtgui/QtGui_global.h", "content": "// M2 global header fed to shiboken for the QtGui binding.\n// Mirrors PySide6/QtGui/QtGui_global.post.h.in plus the umbrella header.\n#ifndef QTGUI_GL…
tool result
File created successfully at: /home/magik6k/lcad-wasm/pyside-port/m2-qtgui/QtGui_global.h (file state is current in your context — no need to Read it back)
Fable
⚙ Write {"file_path": "/home/magik6k/lcad-wasm/pyside-port/m2-qtgui/build.sh", "content": "#!/usr/bin/env bash\n# M2: QtGui binding as a static wasm archive (libQtGui_wasm.a exporting PyInit_QtGui).\nset -euo pipefail\nsource /opt/toolchains/emsdk/…
tool result
File created successfully at: /home/magik6k/lcad-wasm/pyside-port/m2-qtgui/build.sh (file state is current in your context — no need to Read it back)
Fable
thinking
I'll test the generation step on its own first to check how it performs before running the full pipeline.
Fable
Let me run generation first to inspect the landscape before compiling.
Fable
⚙ Bash {"command": "cd /home/magik6k/lcad-wasm/pyside-port/m2-qtgui\nsource /opt/toolchains/emsdk/emsdk_env.sh 2>/dev/null\nSHIB=/tmp/pyside-setup/sources/shiboken6\nLIBPYSIDE=/tmp/pyside-setup/sources/pyside6/libpyside\nPYSIDE_SRC=/tmp/pyside-set…
tool result
/opt/toolchains/qt-asyncify/6.11.1/wasm_singlethread/include/QtGui/qopengl.h:83:13: fatal error: 'GLES3/gl3.h' file not found
qt.shiboken: (gui) CLANG v21/0.64 targeting "x86_64-pc-linux-gnu"/gnu, 64bit.
(gui) Errors in /tmp/QtGui_global_DFONTK.hpp:
/opt/toolchains/qt-asyncify/6.11.1/wasm_singlethread/include/QtGui/qopengl.h:83:13: fatal: 'GLES3/gl3.h' file not found
   /tmp/QtGui_global_DFONTK.hpp:1:10: note: in file included from /tmp/QtGui_global_DFONTK.hpp:1:
   /home/magik6k/lcad-wasm/pysid  …[truncated]
Fable
thinking
QtGui is pulling in qopengl.h which requires GLES3/gl3.h, so I need to locate the GLES headers that Emscripten provides in its sysroot and add them to the include paths.
Fable
The umbrella pulls in OpenGL ES headers. Emscripten provides these. Let me locate them.
Fable
⚙ Bash {"command": "source /opt/toolchains/emsdk/emsdk_env.sh 2>/dev/null\nfind \"$EMSDK/upstream/emscripten/cache/sysroot\" -name \"gl3.h\" -path \"*GLES3*\" 2>/dev/null; echo \"---system---\"; find \"$EMSDK/upstream/emscripten/system/include\" -…
tool result
/opt/toolchains/emsdk/upstream/emscripten/cache/sysroot/include/GLES3/gl3.h
---system---
/opt/toolchains/emsdk/upstream/emscripten/system/include/GLES3/gl3.h
EMSDK=/opt/toolchains/emsdk
Fable
thinking
I need to add the emscripten system include directory to the generation include paths so libclang can find the GLES3 headers, placing it at the end to let Qt headers take priority. I'll update both the manual run and the build script with this change.
Fable
⚙ Edit {"replace_all": false, "file_path": "/home/magik6k/lcad-wasm/pyside-port/m2-qtgui/build.sh", "old_string": "QTGUIPRIV=\"-I$QTINC/QtGui/6.11.1/QtGui\"", "new_string": "EMINC=\"$EMSDK/upstream/emscripten/system/include\"\nQTGUIPRIV=\"-I$QTINC…
tool result
The file /home/magik6k/lcad-wasm/pyside-port/m2-qtgui/build.sh has been updated successfully. (file state is current in your context — no need to Read it back)
Fable
⚙ Edit {"replace_all": false, "file_path": "/home/magik6k/lcad-wasm/pyside-port/m2-qtgui/build.sh", "old_string": " --include-paths=\"$QTINC:$QTINC/QtCore:$QTINC/QtCore/6.11.1/QtCore:$QTINC/QtGui:$QTINC/QtGui/6.11.1/QtGui:$PYSIDE_SRC:$SHIB/libshi…
tool result
The file /home/magik6k/lcad-wasm/pyside-port/m2-qtgui/build.sh has been updated successfully. (file state is current in your context — no need to Read it back)
Fable
⚙ Bash {"command": "cd /home/magik6k/lcad-wasm/pyside-port/m2-qtgui\nsource /opt/toolchains/emsdk/emsdk_env.sh 2>/dev/null\nSHIB=/tmp/pyside-setup/sources/shiboken6\nLIBPYSIDE=/tmp/pyside-setup/sources/pyside6/libpyside\nPYSIDE_SRC=/tmp/pyside-set…
tool result
qt.shiboken: (gui) CLANG v21/0.64 targeting "x86_64-pc-linux-gnu"/gnu, 64bit.
(gui) [3008ms] Generated class model (986).                                [OK]
qt.shiboken: (gui) /opt/toolchains/emsdk/upstream/emscripten/system/include/KHR/khrplatform.h:284: Enum 'khronos_boolean_enum_t' does not have a type entry (type systems: PySide6.QtGui, PySide6.QtCore)
(gui) [3009ms] Generated enum model (7).                                   [WARNING]
(gui) [3010ms] Generated namespac  …[truncated]
Fable
thinking
The C++ compilation generated 263 files successfully with only expected warnings, so now I'm running the full build script to complete the process.
Fable
Generation succeeded with 263 cpp files. Now let me run the full build script to compile.
Fable
⚙ Bash {"command": "chmod +x /home/magik6k/lcad-wasm/pyside-port/m2-qtgui/build.sh\ncd /home/magik6k/lcad-wasm/pyside-port/m2-qtgui\n# reuse already-generated files: comment out regen? No, script regenerates. Run full.\ntimeout 590 bash build.sh 2…
tool result
!! FAIL qdragleaveevent_wrapper
!! FAIL qresizeevent_wrapper
!! FAIL qdragenterevent_wrapper
!! FAIL qrhishaderresourcebinding_data_storagebufferdata_wrapper
!! FAIL qmouseevent_wrapper
!! FAIL qsinglepointevent_wrapper
!! FAIL qrhirenderpassdescriptor_wrapper
!! FAIL qrhisampler_wrapper
!! FAIL qexposeevent_wrapper
!! FAIL qabstracttextdocumentlayout_paintcontext_wrapper
!! FAIL qimagereader_wrapper
!! FAIL qabstracttextdocumentlayout_selection_wrapper
!! FAIL qtabletevent_wrapper
!! FAIL qkeye  …[truncated]
Fable
thinking
I need to dig into the error logs to find what's causing these failures—probably a missing include or an issue with the moc compiler. Let me start by examining a couple of error files, beginning with qtgui_module_wrapper.err and something simpler.
Fable
All failed - likely a common cause. Let me inspect the errors.
Fable
⚙ Bash {"command": "OUT=/home/magik6k/lcad-wasm/pyside-port/build/m2-qtgui\necho \"=== module wrapper err ===\"; head -25 \"$OUT/qtgui_module_wrapper.err\"\necho \"=== qmovie err ===\"; head -15 \"$OUT/qmovie_wrapper.err\"", "description": "Read f…
tool result
=== module wrapper err ===
In file included from /home/magik6k/lcad-wasm/pyside-port/build/m2-qtgui/gen/PySide6/QtGui/qtgui_module_wrapper.cpp:12:
/home/magik6k/lcad-wasm/pyside-port/build/m2-qtgui/gen/PySide6/QtGui/pyside6_qtgui_python.h:10:10: fatal error: 'pyside6_qtcore_python.h' file not found
   10 | #include <pyside6_qtcore_python.h>
      |          ^~~~~~~~~~~~~~~~~~~~~~~~~
1 error generated.
=== qmovie err ===
In file included from /home/magik6k/lcad-wasm/pyside-port/build/m2-qtgui/gen  …[truncated]
Fable
thinking
QtGui depends on the full QtCore generated headers to resolve all the type references in its wrappers, but the M1 build only created a minimal QtCore. I need to locate where those complete QtCore generated headers are stored—they should be in the build directory somewhere.
Fable
QtGui needs QtCore's generated headers. Let me find them.
Fable
⚙ Bash {"command": "find /home/magik6k/lcad-wasm/pyside-port -name \"pyside6_qtcore_python.h\" 2>/dev/null; echo \"---any full qtcore gen---\"; find /home/magik6k/lcad-wasm/pyside-port/build -path \"*QtCore*\" -name \"*.h\" 2>/dev/null | grep -i p…
tool result
/home/magik6k/lcad-wasm/pyside-port/build/m1-qtcore/gen/PySide6/QtCore/pyside6_qtcore_python.h
/home/magik6k/lcad-wasm/pyside-port/build/m1lite/gen/PySide6/QtCore/pyside6_qtcore_python.h
/home/magik6k/lcad-wasm/pyside-port/build/m2-qtcore/gen/PySide6/QtCore/pyside6_qtcore_python.h
---any full qtcore gen---
/home/magik6k/lcad-wasm/pyside-port/build/m1-qtcore/gen/PySide6/QtCore/pyside6_qtcore_python.h
/home/magik6k/lcad-wasm/pyside-port/build/m1lite/gen/PySide6/QtCore/pyside6_qtcore_python.h
/home  …[truncated]
Fable
thinking
I found a build directory for m2-qtcore that likely contains the complete QtCore generation with all the type indices from an earlier build in this session. Let me check if it has the full set of types I need.
Fable
There's an `m2-qtcore` (full QtCore) build. Let me verify it has the full type set.
Fable
⚙ Bash {"command": "GEN=/home/magik6k/lcad-wasm/pyside-port/build/m2-qtcore/gen/PySide6/QtCore\necho \"cpp count m2-qtcore:\"; ls $GEN/*.cpp 2>/dev/null | wc -l\necho \"SBK index count:\"; grep -c \"SBK_QTCORE\\|_IDX\" $GEN/pyside6_qtcore_python.h…
tool result
cpp count m2-qtcore:
187
SBK index count:
1025
m1 SBK count:
7
--- has QModelIndex idx? ---
10
Fable
thinking
I need to add the generated QtCore header directory to the QtGui compile include path, so I'm updating the build script to include the QTCORE_GEN variable in the INCS configuration.
Fable
The full QtCore gen is at m2-qtcore. Let me add its generated headers to the QtGui compile include path.
Fable
⚙ Edit {"replace_all": false, "file_path": "/home/magik6k/lcad-wasm/pyside-port/m2-qtgui/build.sh", "old_string": "INCS=\"-I$GENOUT/PySide6/QtGui -I$INC -I$INC/embed -I$PYINC -I$SHIB/libshiboken -I$LIBPYSIDE -I$PYSIDE_SRC $QTFLAGS\"", "new_string"…
tool result
The file /home/magik6k/lcad-wasm/pyside-port/m2-qtgui/build.sh has been updated successfully. (file state is current in your context — no need to Read it back)
Fable
thinking
I'll just run the full build again since regeneration is quick anyway and it keeps everything clean.
Fable
Now let me rerun the build. Generation is fast, so I'll run the whole script.
Fable
⚙ Bash {"command": "cd /home/magik6k/lcad-wasm/pyside-port/m2-qtgui\ntimeout 590 bash build.sh 2>&1 | tail -50", "description": "Rerun build with QtCore gen headers"}