# This script generates the PyQt configuration and generates the Makefiles. # # Copyright (c) 2007 # Phil Thompson # # This file is part of PyQt. # # This copy of PyQt is free software; you can redistribute it and/or modify it # under the terms of the GNU General Public License version 2 as published by # the Free Software Foundation and appearing in the file LICENSE included in the # packaging of this file. # # PyQt is supplied in the hope that it will be useful, but WITHOUT ANY # WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS # FOR A PARTICULAR PURPOSE. See the GNU General Public License for more # details. # # You should have received a copy of the GNU General Public License along with # PyQt; see the file LICENSE. If not, write to the Free Software Foundation, # Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. import sys import os import string import glob import optparse import shutil import sipconfig # FreeBSD check and which component (port) freebsd, freebsd_port = False, '' if sys.platform[:-1] == 'freebsd': freebsd = True if freebsd: freebsd_port = os.environ['PYQT4_COMPONENT'] # Initialise the globals. pyqt_version = 0x040301 pyqt_version_str = "4.3.1" sip_min_version = 0x040700 qt_version = 0 qt_edition = "" qt_dir = None qt_incdir = None qt_libdir = None qt_bindir = None qt_datadir = None qt_pluginsdir = None qt_xfeatures = None qt_shared = "" qt_lib = None qt_framework = 0 qt_sip_flags = [] pyqt_modules = [] pyqt_modroot = None # Get the SIP configuration. sipcfg = sipconfig.Configuration() pydbusmoddir = None dbusincdirs = [] dbuslibdirs = [] dbuslibs = [] # Under Windows qmake and the Qt DLLs must be into the system PATH otherwise # the dynamic linker won't be able to resolve the symbols. On other systems we # assume we can just run qmake by using its full pathname. if sys.platform == "win32": MSG_CHECK_QMAKE = "Make sure you have a working Qt v4 qmake on your PATH." else: MSG_CHECK_QMAKE = "Make sure you have a working Qt v4 qmake on your PATH or use the -q argument to explicitly specify a working Qt v4 qmake." def find_default_qmake(): """Find a default qmake, ie. the first on the path. """ try: path = os.environ["PATH"] except KeyError: path = "" if sys.platform == "win32": base_qmake = "qmake.exe" else: base_qmake = "qmake" for d in path.split(os.pathsep): qmake = os.path.join(d, base_qmake) if os.access(qmake, os.X_OK): return qmake return "" def create_optparser(): """Create the parser for the command line. """ qmake = find_default_qmake() def store_abspath(option, opt_str, value, parser): setattr(parser.values, option.dest, os.path.abspath(value)) def store_abspath_dir(option, opt_str, value, parser): if not os.path.isdir(value): raise optparse.OptionValueError("'%s' is not a directory" % value) setattr(parser.values, option.dest, os.path.abspath(value)) def store_abspath_file(option, opt_str, value, parser): if not os.path.isfile(value): raise optparse.OptionValueError("'%s' is not a file" % value) setattr(parser.values, option.dest, os.path.abspath(value)) p = optparse.OptionParser(usage="python %prog [opts] [macro=value] " "[macro+=value]", version=pyqt_version_str) # Note: we don't use %default to be compatible with Python 2.3. p.add_option("-k", "--static", action="store_true", default=False, dest="static", help="build modules as static libraries") p.add_option("-r", "--trace", action="store_true", default=False, dest="tracing", help="build modules with tracing enabled") p.add_option("-u", "--debug", action="store_true", default=False, help="build modules with debugging symbols") p.add_option("-w", "--verbose", action="count", default=0, dest="verbose", help="verbose output during configuration") p.add_option("-c", "--concatenate", action="store_true", default=False, dest="concat", help="concatenate each module's C++ source files") p.add_option("-j", "--concatenate-split", type="int", default=1, metavar="N", dest="split", help="split the concatenated C++ source files into N pieces " "[default: 1]") p.add_option("-g", "--consolidate", action="store_true", default=False, dest="bigqt", help="create a single module which links against " "all the Qt libraries") # These are internal options used to build the mega Windows GPL package. p.add_option("--mwg-odbc", action="store_true", default=False, dest="mwg_odbc") p.add_option("--mwg-openssl", action="callback", default=None, dest="mwg_ssl_dir", metavar="DIR", callback=store_abspath_dir, type="string", help=optparse.SUPPRESS_HELP) p.add_option("--mwg-qsci", action="callback", default=None, dest="mwg_qsci_dir", metavar="DIR", callback=store_abspath_dir, type="string", help=optparse.SUPPRESS_HELP) p.add_option("--mwg-qwt", action="callback", default=None, dest="mwg_qwt_dir", metavar="DIR", callback=store_abspath_dir, type="string", help=optparse.SUPPRESS_HELP) # Configuration. g = optparse.OptionGroup(p, title="Configuration") g.add_option("-e", "--enable", action="append", default=[], metavar="MODULE", dest="enabled", help="enable checks for the " "specified MODULE [default: checks for all modules will be " "enabled]") g.add_option("-t", "--plugin", action="append", default=[], metavar="PLUGIN", dest="staticplugins", help="add PLUGIN to the " "list be linked (if Qt is built as static libraries)") if sys.platform != "win32": g.add_option("-q", "--qmake", action="callback", metavar="FILE", default=qmake, dest="qmake", callback=store_abspath_file, type="string", help="the pathname of qmake [default: %s]" % (qmake or "none")) g.add_option("-s", "--dbus", action="callback", metavar="DIR", dest="pydbusincdir", callback=store_abspath_dir, type="string", help="the directory containing the dbus/dbus-python.h header file " "[default: supplied by pkg-config]") p.add_option_group(g) # Installation. g = optparse.OptionGroup(p, title="Installation") g.add_option("-b", "--bindir", action="callback", default=sipcfg.default_bin_dir, type="string", metavar="DIR", dest="pyqtbindir", callback=store_abspath, help="where pyuic4, " "pyrcc4 and pylupdate4 will be installed [default: %s]" % sipcfg.default_bin_dir) g.add_option("-d", "--destdir", action="callback", default=sipcfg.default_mod_dir, type="string", metavar="DIR", dest="pyqtmoddir", callback=store_abspath, help="where the PyQt4 " "Python package will be installed [default: %s]" % sipcfg.default_mod_dir) g.add_option("-p", "--plugin-destdir", action="callback", type="string", metavar="DIR", dest="plugindir", callback=store_abspath, help="where the Designer plugin will be installed [default: " "QTDIR/plugins]") g.add_option("--no-sip-files", action="store_false", default=True, dest="install_sipfiles", help="disable the installation of the " ".sip files [default: enabled]") g.add_option("-v", "--sipdir", action="callback", default=os.path.join(sipcfg.default_sip_dir, "PyQt4"), metavar="DIR", dest="pyqtsipdir", callback=store_abspath, type="string", help="where the PyQt4 .sip files will be installed " "[default: %s]" % sipcfg.default_sip_dir) p.add_option_group(g) # Vendor ID. g = optparse.OptionGroup(p, title="VendorID support") g.add_option("-i", "--vendorid", action="store_true", default=False, dest="vendorcheck", help="enable checking of signed interpreters " "using the VendorID package [default: disabled]") g.add_option("-l", "--vendorid-incdir", action="callback", default=sipcfg.py_inc_dir, type="string", metavar="DIR", dest="vendincdir", callback=store_abspath_dir, help="the " "directory containing the VendorID header file [default: %s]" % sipcfg.py_inc_dir) g.add_option("-m", "--vendorid-libdir", action="callback", default=sipcfg.py_lib_dir, type="string", metavar="DIR", dest="vendlibdir", callback=store_abspath_dir, help="the " "directory containing the VendorID library [default: %s]" % sipcfg.py_lib_dir) p.add_option_group(g) # QScintilla. g = optparse.OptionGroup(p, title="QScintilla support") g.add_option("-a", "--qsci-api", action="store_true", default=None, dest="api", help="always install the PyQt API file for QScintilla " "[default: install only if QScintilla installed]") g.add_option("--no-qsci-api", action="store_false", default=None, dest="api", help="do not install the PyQt API file for QScintilla " "[default: install only if QScintilla installed]") g.add_option("-n", "--qsci-api-destdir", action="callback", dest="qscidir", metavar="DIR", callback=store_abspath, type="string", help="where " "the PyQt API file for QScintilla will be installed [default: " "QTDIR/qsci]") p.add_option_group(g) return p class ConfigurePyQt4: """This class defines the methods to configure PyQt4. """ def __init__(self, generator): self.generator = generator def qt_version_tags(self): """Get the versions tags for the configuration. Returns a dictionary of versions and corresponding tags. """ return { 0x040101: None, 0x040102: "Qt_4_1_1", 0x040103: "Qt_4_1_2", 0x040200: "Qt_4_1_3", 0x040202: "Qt_4_2_0", 0x040300: "Qt_4_2_2", 0x050000: "Qt_4_3_0" } def check_modules(self): if opts.mwg_odbc: sql_libs = ["odbc32"] else: sql_libs = None if opts.mwg_ssl_dir: ass_lib_dirs = [os.path.join(opts.mwg_ssl_dir, "lib")] ass_libs = ["ssleay32", "libeay32"] else: ass_lib_dirs = None ass_libs = None # Note that the order in which we check is important for the # consolidated module - a module's dependencies must be checked first. pyqt_modules.append("QtCore") check_module("QtGui", "qwidget.h", "new QWidget()") check_module("QtNetwork", "qhostaddress.h", "new QHostAddress()") check_module("QtOpenGL", "qgl.h", "new QGLWidget()") check_module("QtScript", "qscriptengine.h", "new QScriptEngine()") check_module("QtSql", "qsqldatabase.h", "new QSqlDatabase()", extra_libs=sql_libs) check_module("QtSvg", "qsvgwidget.h", "new QSvgWidget()") check_module("QtTest", "QtTest", "QTest::qSleep(0)") check_module("QtXml", "qdom.h", "new QDomDocument()") check_module("QtAssistant", "qassistantclient.h", "new QAssistantClient(\"foo\")", extra_lib_dirs=ass_lib_dirs, extra_libs=ass_libs) if not qt_shared: sipconfig.inform("QtDesigner module disabled with static Qt libraries.") elif sipcfg.universal: sipconfig.inform("QtDesigner module disabled with universal binaries.") else: if freebsd: if freebsd_port.startswith('designer'): check_module("QtDesigner", "QExtensionFactory", "new QExtensionFactory()") else: check_module("QtDesigner", "QExtensionFactory", "new QExtensionFactory()") check_module("QAxContainer", "qaxobject.h", "new QAxObject()", extra_libs=["QAxContainer"]) if os.path.isdir("dbus"): if freebsd: if freebsd_port == 'dbus': check_dbus() else: check_dbus() def code(self): cons_xtra_incdirs = [] cons_xtra_libdirs = [] cons_xtra_libs = [] sp_libs, sp_libdirs = self._static_plugins("QtCore") sp_incdirs = [] if opts.vendorcheck: sp_incdirs.append(opts.vendincdir) sp_libdirs.append(opts.vendlibdir) sp_libs.append("vendorid") if opts.bigqt: cons_xtra_incdirs.extend(sp_incdirs) cons_xtra_libdirs.extend(sp_libdirs) cons_xtra_libs.extend(sp_libs) generate_code("QtCore") elif freebsd: if freebsd_port == 'core': generate_code("QtCore", extra_include_dirs=sp_incdirs, extra_lib_dirs=sp_libdirs, extra_libs=sp_libs) else: generate_code("QtCore", extra_include_dirs=sp_incdirs, extra_lib_dirs=sp_libdirs, extra_libs=sp_libs) if "QtGui" in pyqt_modules: sp_libs, sp_libdirs = self._static_plugins("QtGui") if opts.bigqt: cons_xtra_libdirs.extend(sp_libdirs) cons_xtra_libs.extend(sp_libs) generate_code("QtGui") else: generate_code("QtGui", extra_lib_dirs=sp_libdirs, extra_libs=sp_libs) if "QtNetwork" in pyqt_modules: generate_code("QtNetwork") if "QtOpenGL" in pyqt_modules: generate_code("QtOpenGL") if "QtScript" in pyqt_modules: generate_code("QtScript") if "QtSql" in pyqt_modules: sp_libs, sp_libdirs = self._static_plugins("QtSql") if opts.bigqt: cons_xtra_libdirs.extend(sp_libdirs) cons_xtra_libs.extend(sp_libs) generate_code("QtSql") else: generate_code("QtSql", extra_lib_dirs=sp_libdirs, extra_libs=sp_libs) if "QtSvg" in pyqt_modules: generate_code("QtSvg") if "QtTest" in pyqt_modules: generate_code("QtTest") if "QtXml" in pyqt_modules: generate_code("QtXml") if "QtAssistant" in pyqt_modules: generate_code("QtAssistant") if "QtDesigner" in pyqt_modules: qpy_dir = os.path.abspath(os.path.join("qpy", "QtDesigner")) if sys.platform == "win32": if opts.debug: qpy_lib_dir = os.path.join(qpy_dir, "debug") else: qpy_lib_dir = os.path.join(qpy_dir, "release") else: qpy_lib_dir = qpy_dir if opts.bigqt: cons_xtra_incdirs.append(qpy_dir) cons_xtra_libdirs.append(qpy_lib_dir) cons_xtra_libs.append("qpydesigner") generate_code("QtDesigner") else: generate_code("QtDesigner", extra_include_dirs=[qpy_dir], extra_lib_dirs=[qpy_lib_dir], extra_libs=["qpydesigner"]) if "QAxContainer" in pyqt_modules: generate_code("QAxContainer") # Generate the composite module. qtmod_sipdir = os.path.join("sip", "Qt") mk_clean_dir(qtmod_sipdir) qtmod_sipfile = os.path.join(qtmod_sipdir, "Qtmod.sip") f = open(qtmod_sipfile, "w") f.write("""%CompositeModule PyQt4.Qt """) for m in pyqt_modules: f.write("%%Include %s/%smod.sip\n" % (m, m)) f.close() generate_code("Qt") # Generate the consolidated module if required. if opts.bigqt: xtra_sip_flags = [] _qtmod_sipdir = os.path.join("sip", "_qt") mk_clean_dir(_qtmod_sipdir) _qtmod_sipfile = os.path.join(_qtmod_sipdir, "_qtmod.sip") f = open(_qtmod_sipfile, "w") f.write("""%ConsolidatedModule PyQt4._qt """) for m in pyqt_modules: f.write("%%Include %s/%smod.sip\n" % (m, m)) if opts.mwg_qsci_dir: f.write("%Include Qsci/Qscimod.sip\n") cons_xtra_libs.append("qscintilla2") # Copy in the QScintilla .sip files and fix the main one. src_dir = os.path.join(opts.mwg_qsci_dir, "Python", "sip") dst_dir = os.path.join("sip", "Qsci") try: shutil.rmtree(dst_dir); except: pass shutil.copytree(src_dir, dst_dir) os.rename(os.path.join(dst_dir, "qscimod4.sip"), os.path.join(dst_dir, "Qscimod.sip")) generate_code("Qsci") if opts.mwg_qwt_dir: f.write("%Include Qwt5/Qwt5mod.sip\n") cons_xtra_incdirs.append(os.path.join(opts.mwg_qwt_dir, "support")) cons_xtra_libs.append("qwt") # Copy in the PyQwt .sip files and fix the main one. src_dir = os.path.join(opts.mwg_qwt_dir, "sip", "qwt5qt4") dst_dir = os.path.join("sip", "Qwt5") try: shutil.rmtree(dst_dir); except: pass shutil.copytree(src_dir, dst_dir) os.rename(os.path.join(dst_dir, "QwtModule.sip"), os.path.join(dst_dir, "Qwt5mod.sip")) xtra_sip_flags = ["-t", "Qwt_5_0_1", "-x", "CXX_DYNAMIC_CAST", "-x", "HAS_QWT4", "-x", "HAS_NUMARRAY", "-x", "HAS_NUMERIC", "-x", "HAS_NUMPY"] generate_code("Qwt5", extra_sip_flags=xtra_sip_flags) f.close() if opts.mwg_odbc: cons_xtra_libs.append("odbc32") if opts.mwg_ssl_dir: cons_xtra_libdirs.append(os.path.join(opts.mwg_ssl_dir, "lib")) cons_xtra_libs.extend(["ssleay32", "libeay32"]) generate_code("_qt", extra_include_dirs=cons_xtra_incdirs, extra_lib_dirs=cons_xtra_libdirs, extra_libs=cons_xtra_libs, extra_sip_flags=xtra_sip_flags) # Tell the user about any plugins not found. if opts.staticplugins: sipconfig.inform("Unable to find the following static plugins: %s" % ", ".join(opts.staticplugins)) # Generate the QScintilla API file. if freebsd: if not freebsd_port in ('dbus', 'designerplugin', 'demo', 'doc'): sipconfig.inform("Creating QScintilla API file...") else: sipconfig.inform("Creating QScintilla API file...") if not freebsd: # aggregating like below would kill packaging # instead the port installs the seperate module APIs f = open("PyQt4.api", "w") for m in pyqt_modules: api = open(m + ".api") for l in api: f.write("PyQt4." + l) api.close() os.remove(m + ".api") f.close() def _static_plugins(self, mname): """Return a tuple of the libraries (in platform neutral format) and the directories they are contained in for all the requested static plugins for the given module. Generate the additional .sip file needed to ensure the plugins get linked. mname is the name of the module. """ plugin_dirs = { "QtCore": ("codecs", ), # Note that we put iconengines after imageformats so that qsvg is # found in the latter rather than the former. The name clash is # probably a Qt bug. "QtGui": ("inputmethods", "imageformats", "iconengines"), "QtSql": ("sqldrivers", ) } libs = [] libdirs = [] for plug in opts.staticplugins: # Convert the plugin name to a platform specific filename. if self.generator in ("MSVC", "MSVC.NET", "BMAKE"): pfname = plug + ".lib" else: pfname = "lib" + plug + ".a" for pdir in plugin_dirs[mname]: ppath = os.path.join(qt_pluginsdir, pdir) # See if the plugin exists. if os.access(os.path.join(ppath, pfname), os.F_OK): sipconfig.inform("Adding the %s static plugin to the %s module..." % (plug, mname)) libs.append(plug) if ppath not in libdirs: libdirs.append(ppath) break # Remove those plugins we have handled. opts.staticplugins = [p for p in opts.staticplugins if p not in libs] # If we have any plugins for this module then generate a .sip file that # will include the code needed to ensure the plugin gets linked. if libs: sp_sipfile = os.path.join("sip", mname, "staticplugins.sip") f = open(sp_sipfile, "w") f.write("""%ModuleCode #include """) for l in libs: f.write("Q_IMPORT_PLUGIN(%s)\n" % l) f.write(""" %End """) f.close() return libs, libdirs def module_installs(self): if freebsd: if freebsd_port == 'core': return ["__init__.py", "pyqtconfig.py"] else: return [] else: return ["__init__.py", "pyqtconfig.py"] def qpylibs(self): # See which QPy libraries to build. qpylibs = {} if "QtDesigner" in pyqt_modules: qpylibs["QtDesigner"] = "qpydesigner.pro" # Run qmake to generate the Makefiles. qmake_args = fix_qmake_args() cwd = os.getcwd() for qpy, pro in qpylibs.iteritems(): sipconfig.inform("Creating QPy library for %s Makefile..." % qpy) os.chdir(os.path.join("qpy", qpy)) if sipcfg.universal: upro = "u_" + pro f = open(upro, 'w+') f.write( """# Setup the normal .pro file for universal binaries. CONFIG += ppc i386 QMAKE_MAC_SDK = %s include(%s) """ % (sipcfg.universal, pro)) f.close() pro = upro run_command("%s %s %s" % (opts.qmake, qmake_args, pro)) os.chdir(cwd) sipconfig.inform("Creating QPy libraries Makefile...") sipconfig.ParentMakefile( configuration=sipcfg, dir="qpy", subdirs=qpylibs.keys() ).generate() return ["qpy"] def tools(self): tool = [] if pydbusmoddir: sipconfig.inform("Creating dbus support module Makefile...") makefile = sipconfig.ModuleMakefile( configuration=sipcfg, build_file="dbus.sbf", dir="dbus", install_dir=pydbusmoddir, qt=["QtCore"], debug=opts.debug, universal=sipcfg.universal ) add_makefile_extras(makefile, dbusincdirs, dbuslibdirs, dbuslibs) makefile.generate() tool.append("dbus") # Only include ElementTree for older versions of Python. if sipcfg.py_version < 0x020500: sipconfig.inform("Creating elementtree Makefile...") makefile = sipconfig.PythonModuleMakefile( configuration=sipcfg, dstdir=os.path.join(pyqt_modroot, "elementtree"), dir="elementtree" ) makefile.generate() tool.append("elementtree") # Create the pyuic4 wrapper. Use the GUI version on MacOS (so that # previews work properly and normal console use will work anyway), but # not on Windows (so that normal console use will work). if freebsd: if freebsd_port == 'core': sipconfig.inform("Creating pyuic4 wrapper...") uicdir=os.path.join(pyqt_modroot, "uic") wrapper = sipconfig.create_wrapper(os.path.join(uicdir, "pyuic.py"), os.path.join("pyuic", "pyuic4"), (sys.platform == "darwin")) sipconfig.inform("Creating pyuic4 Makefile...") makefile = sipconfig.PythonModuleMakefile( configuration=sipcfg, dstdir=uicdir, srcdir="uic", dir="pyuic", installs=[[os.path.basename(wrapper), opts.pyqtbindir]] ) makefile.generate() tool.append("pyuic") else: sipconfig.inform("Creating pyuic4 wrapper...") uicdir=os.path.join(pyqt_modroot, "uic") wrapper = sipconfig.create_wrapper(os.path.join(uicdir, "pyuic.py"), os.path.join("pyuic", "pyuic4"), (sys.platform == "darwin")) sipconfig.inform("Creating pyuic4 Makefile...") makefile = sipconfig.PythonModuleMakefile( configuration=sipcfg, dstdir=uicdir, srcdir="uic", dir="pyuic", installs=[[os.path.basename(wrapper), opts.pyqtbindir]] ) makefile.generate() tool.append("pyuic") if "QtXml" in pyqt_modules: sipconfig.inform("Creating pylupdate4 Makefile...") makefile = sipconfig.ProgramMakefile( configuration=sipcfg, build_file="pylupdate.sbf", dir="pylupdate", install_dir=opts.pyqtbindir, console=1, qt=["QtCore", "QtGui", "QtXml"], debug=opts.debug, warnings=1, universal=sipcfg.universal ) makefile.generate() tool.append("pylupdate") sipconfig.inform("Creating pyrcc4 Makefile...") makefile = sipconfig.ProgramMakefile( configuration=sipcfg, build_file="pyrcc.sbf", dir="pyrcc", install_dir=opts.pyqtbindir, console=1, qt=["QtCore", "QtXml"], debug=opts.debug, warnings=1, universal=sipcfg.universal ) makefile.generate() tool.append("pyrcc") else: if freebsd: pass else: sipconfig.inform("pylupdate4 and pyrcc4 will not be built because the Qt XML module is missing.") if "QtDesigner" in pyqt_modules: enabled = True py_major = sipcfg.py_version >> 16 py_minor = (sipcfg.py_version >> 8) & 0x0ff if sys.platform == "win32": lib_dir_flag = quote("-L%s" % sipcfg.py_lib_dir) link = "%s -lpython%d%d" % (lib_dir_flag, py_major, py_minor) pysh_lib = "python%d%d.dll" % (py_major, py_minor) else: # Use distutils to get the additional configuration. from distutils.sysconfig import get_config_vars ducfg = get_config_vars() if sys.platform == "darwin": # We need to work out how to specify the right framework # version. link = "-framework Python" elif ("--enable-shared" in ducfg.get("CONFIG_ARGS", "") and glob.glob("%s/lib/libpython%d.%d*" % (ducfg["prefix"], py_major, py_minor))): lib_dir_flag = quote("-L%s/lib" % ducfg["prefix"]) link = "%s -lpython%d.%d" % (lib_dir_flag, py_major, py_minor) elif freebsd: lib_dir_flag = quote("-L%s/lib" % ducfg["prefix"]) link = "%s -lpython%d.%d" % (lib_dir_flag, py_major, py_minor) else: sipconfig.inform("Qt Designer plugin disabled because Python library is static") enabled = False if freebsd: pysh_lib = "libpython%d.%d" % (py_major, py_minor) else: pysh_lib = ducfg["LDLIBRARY"] if enabled: sipconfig.inform("Creating Qt Designer plugin Makefile...") # Run qmake to generate the Makefile. qmake_args = fix_qmake_args() cwd = os.getcwd() os.chdir("designer") # Create the qmake project file. fin = open("python.pro-in") prj = fin.read() fin.close() prj = prj.replace("@PYINCDIR@", quote(sipcfg.py_inc_dir)) prj = prj.replace("@PYLINK@", link) prj = prj.replace("@PYSHLIB@", pysh_lib) prj = prj.replace("@QTPLUGINDIR@", quote(opts.plugindir + "/designer")) fout = open("python.pro", "w+") if sipcfg.universal: fout.write("CONFIG += ppc i386\n") fout.write("QMAKE_MAC_SDK = %s\n" % sipcfg.universal) fout.write(prj) fout.close() run_command("%s %s" % (opts.qmake, qmake_args)) os.chdir(cwd) tool.append("designer") return tool def quote(path): """Return a path with quotes added if it contains spaces.""" if " " in path: path = '"%s"' % path return path def inform_user(): """Tell the user the option values that are going to be used. """ if qt_edition: edstr = qt_edition + " edition " else: edstr = "" if qt_shared: lib_type = "shared" else: lib_type = "static" sipconfig.inform("Qt v%s %sis being used." % (sipconfig.version_to_string(qt_version), edstr)) if sys.platform == "darwin" and qt_framework: sipconfig.inform("Qt is built as a framework.") sipconfig.inform("SIP %s is being used." % sipcfg.sip_version_str) sipconfig.inform("The Qt header files are in %s." % qt_incdir) sipconfig.inform("The %s %s library is in %s." % (lib_type, qt_lib, qt_libdir)) sipconfig.inform("The Qt binaries are in %s." % qt_bindir) sipconfig.inform("The Qt mkspecs directory is in %s." % qt_datadir) if freebsd: if not freebsd_port in ('dbus', 'demo', 'designerplugin'): sipconfig.inform("This PyQt module will be built: %s." % pyqt_modules[-1]) sipconfig.inform("The PyQt Python package will be installed in %s." % opts.pyqtmoddir) if freebsd_port == 'designerplugin': sipconfig.inform("The Designer plugin will be installed in %s." % os.path.join(opts.plugindir, "designer")) else: sipconfig.inform("These PyQt modules will be built: %s." % string.join(pyqt_modules)) sipconfig.inform("The PyQt Python package will be installed in %s." % opts.pyqtmoddir) sipconfig.inform("The Designer plugin will be installed in %s." % os.path.join(opts.plugindir, "designer")) if opts.api: if freebsd: if not freebsd_port in ('dbus', 'demo', 'doc', 'designerplugin'): sipconfig.inform("The QScintilla API file will be installed in %s." % os.path.join(opts.qscidir, "api", "python")) else: sipconfig.inform("The QScintilla API file will be installed in %s." % os.path.join(opts.qscidir, "api", "python")) if pydbusmoddir: if freebsd: if freebsd_port == 'dbus': sipconfig.inform("The dbus support module will be installed in %s." % pydbusmoddir) else: sipconfig.inform("The dbus support module will be installed in %s." % pydbusmoddir) if freebsd: if not freebsd_port in ('dbus', 'demo', 'designerplugin'): sipconfig.inform("The PyQt .sip files will be installed in %s." % opts.pyqtsipdir) else: sipconfig.inform("The PyQt .sip files will be installed in %s." % opts.pyqtsipdir) if freebsd: if freebsd_port == 'core': sipconfig.inform("pyuic4 will be installed in %s." % opts.pyqtbindir) elif freebsd_port == 'xml': sipconfig.inform("pyrcc4 and pylupdate4 will be installed in %s." % opts.pyqtbindir) else: sipconfig.inform("pyuic4, pyrcc4 and pylupdate4 will be installed in %s." % opts.pyqtbindir) if opts.vendorcheck: sipconfig.inform("PyQt will only be usable with signed interpreters.") def create_config(module, template, macros): """Create the PyQt configuration module so that it can be imported by build scripts. module is the module file name. template is the template file name. macros is the dictionary of platform specific build macros. """ sipconfig.inform("Creating %s..." % module) content = { "pyqt_config_args": sys.argv[1:], "pyqt_version": pyqt_version, "pyqt_version_str": pyqt_version_str, "pyqt_bin_dir": opts.pyqtbindir, "pyqt_mod_dir": pyqt_modroot, "pyqt_sip_dir": opts.pyqtsipdir, "pyqt_modules": pyqt_modules, "pyqt_sip_flags": qt_sip_flags, "qt_version": qt_version, "qt_edition": qt_edition, "qt_winconfig": qt_shared, "qt_framework": qt_framework, "qt_threaded": 1, "qt_dir": qt_dir, "qt_data_dir": qt_datadir, "qt_inc_dir": qt_incdir, "qt_lib_dir": qt_libdir } sipconfig.create_config_module(module, template, content, macros) def run_command(cmd): """Run a command and display the output if verbose mode is enabled. cmd is the command to run. """ if opts.verbose: sys.stdout.write(cmd + "\n") fin, fout = os.popen4(cmd) # Read stdout and stderr until there is no more output. lout = fout.readline() while lout: if opts.verbose: sys.stdout.write(lout) lout = fout.readline() fin.close() fout.close() try: os.wait() except: pass def remove_file(fname): """Remove a file which may or may not exist. fname is the name of the file. """ try: os.remove(fname) except OSError: pass def compile_qt_program(name, mname, extra_include_dirs=None, extra_lib_dirs=None, extra_libs=None): """Compile a simple Qt application. name is the name of the single source file. mname is the name of the Qt module. extra_include_dirs is an optional list of extra include directories. extra_lib_dirs is an optional list of extra library directories. extra_libs is an optional list of extra libraries. Returns the name of the executable suitable for running or None if it wasn't created. """ opengl = (mname == "QtOpenGL") makefile = sipconfig.ProgramMakefile(sipcfg, console=1, qt=[mname], warnings=0, opengl=opengl, debug=opts.debug) add_makefile_extras(makefile, extra_include_dirs, extra_lib_dirs, extra_libs) exe, build = makefile.build_command(name) # Make sure the executable file doesn't exist. remove_file(exe) run_command(build) if not os.access(exe, os.X_OK): return None if sys.platform != "win32": exe = "./" + exe return exe def add_makefile_extras(makefile, extra_include_dirs, extra_lib_dirs, extra_libs): """Add any extra include or library directories or libraries to a makefile. makefile is the makefile. extra_include_dirs is the list of extra include directories. extra_lib_dirs is the list of extra library directories. extra_libs is the list of extra libraries. """ if extra_include_dirs: makefile.extra_include_dirs.extend(extra_include_dirs) if extra_lib_dirs: makefile.extra_lib_dirs.extend(extra_lib_dirs) if extra_libs: makefile.extra_libs.extend(extra_libs) def check_vendorid(): """See if the VendorID library and include file can be found. """ if opts.vendorcheck: if os.access(os.path.join(opts.vendincdir, "vendorid.h"), os.F_OK): if glob.glob(os.path.join(opts.vendlibdir, "*vendorid*")): sipconfig.inform("The VendorID package was found.") else: opts.vendorcheck = 0 sipconfig.inform("The VendorID library could not be found in " "%s and so signed interpreter checking will " "be disabled. If the VendorID library is " "installed then use the -m argument to " "explicitly specify the correct " "directory." % opts.vendlibdir) else: opts.vendorcheck = 0 sipconfig.inform("vendorid.h could not be found in %s and so " "signed interpreter checking will be disabled. " "If the VendorID package is installed then use " "the -l argument to explicitly specify the " "correct directory." % opts.vendincdir) def check_dbus(): """See if the DBus support module should be built. """ sipconfig.inform("Checking to see if the dbus support module should be built...") _, sout, _ = os.popen3("pkg-config --cflags-only-I --libs dbus-1") iflags = sout.read().strip() if not iflags: sipconfig.inform("DBus v1 does not seem to be installed.") return for f in iflags.split(): if f.startswith("-I"): dbusincdirs.append(f[2:]) elif f.startswith("-L"): dbuslibdirs.append(f[2:]) elif f.startswith("-l"): dbuslibs.append(f[2:]) try: import dbus.mainloop except: sipconfig.inform("The Python dbus module doesn't seem to be installed.") return global pydbusmoddir pydbusmoddir = dbus.mainloop.__path__[0] # Try and find dbus-python.h. We don't use pkg-config because it is broken # for dbus-python (at least for versions up to and including v0.81.0). # Instead we look where DBus itself is installed - which in most cases will # be where dbus-python is also installed. if opts.pydbusincdir: dlist = [opts.pydbusincdir] else: dlist = dbusincdirs for d in dlist: if os.access(os.path.join(d, "dbus", "dbus-python.h"), os.F_OK): if d not in dbusincdirs: dbusincdirs.append(d) break else: sipconfig.inform("dbus/dbus-python.h could not be found and so the " "DBus support module will be disabled. If " "dbus-python v0.80 or later is installed then use " "the -s argument to explicitly specify the directory " "containing dbus/dbus-python.h.") pydbusmoddir = None def check_module(mname, incfile, test, extra_include_dirs=None, extra_lib_dirs=None, extra_libs=None): """See if a module can be built and, if so, add it to the global list of modules. mname is the name of the module. incfile is the name of the include file needed for the test. test is a C++ statement being used for the test. extra_include_dirs is an optional list of extra include directories. extra_lib_dirs is an optional list of extra library directories. extra_libs is an optional list of extra libraries. """ # Check that the module is enabled if we are not automatically enabling all # modules. if len(opts.enabled) > 0 and mname not in opts.enabled: return # Check the module's main .sip file exists. if os.access(os.path.join("sip", mname, mname + "mod.sip"), os.F_OK): sipconfig.inform("Checking to see if the %s module should be built..." % mname) if check_api(incfile, test, mname, extra_include_dirs=extra_include_dirs, extra_lib_dirs=extra_lib_dirs, extra_libs=extra_libs): pyqt_modules.append(mname) def check_api(incfile, test, mname, extra_include_dirs=None, extra_lib_dirs=None, extra_libs=None): """Return non-zero if a class is available. incfile is the name of the include file needed for the test. test is a C++ statement being used for the test. mname is the name of the module. extra_include_dirs is an optional list of extra include directories. extra_lib_dirs is an optional list of extra library directories. extra_libs is an optional list of extra libraries. """ # We use a module specific name to avoid a potential problem on Windows # where the operating system doesn't delete previous tests quickly enough. cfgtest = "cfgtest_%s.cpp" % mname f = open(cfgtest, "w") f.write("""#include <%s> int main(int, char **) { %s; } """ % (incfile, test)) f.close() return compile_qt_program(cfgtest, mname, extra_include_dirs=extra_include_dirs, extra_lib_dirs=extra_lib_dirs, extra_libs=extra_libs) def set_sip_flags(pyqt): """Set the SIP platform, version and feature flags. pyqt is the configuration instance. """ # If we don't check for signed interpreters, we exclude the 'VendorID' # feature if not opts.vendorcheck: qt_sip_flags.append("-x") qt_sip_flags.append("VendorID") # Handle the platform tag. if sys.platform == "win32": plattag = "WS_WIN" elif sys.platform == "darwin": if "__USE_WS_X11__" in sipcfg.build_macros()["DEFINES"]: plattag = "WS_X11" else: plattag = "WS_MACX" else: plattag = "WS_X11" qt_sip_flags.append("-t") qt_sip_flags.append(plattag) # Handle the Qt version tag. verstag = sipconfig.version_to_sip_tag(qt_version, pyqt.qt_version_tags(), "Qt") # Handle any feature flags. for xf in qt_xfeatures: qt_sip_flags.append("-x") qt_sip_flags.append(xf) if verstag: qt_sip_flags.append("-t") qt_sip_flags.append(verstag) # Handle the version specific Python features. if sipcfg.py_version < 0x020400: qt_sip_flags.append("-x") qt_sip_flags.append("Py_DateTime") # There is an issue creating QObjects while the GIL is held causing # deadlocks in multi-threaded applications. We don't fully understand this # yet so we make sure we avoid the problem by always releasing the GIL. qt_sip_flags.append("-g") def needed_qt_libs(mname, qt_libs): """Add any additional Qt libraries needed by a module to an existing list. mname is the name of the module. qt_libs is the current list of libraries. """ # The dependencies between the different Qt libraries. The order within # each list is important. LIB_DEPS = { "QtCore": [], "QtGui": ["QtCore"], "QtNetwork": ["QtCore"], "QtOpenGL": ["QtGui"], "QtScript": ["QtCore"], "QtSql": ["QtGui"], "QtSvg": ["QtGui"], "QtTest": ["QtGui"], "QtXml": ["QtCore"], "QtAssistant": ["QtNetwork", "QtGui"], "QtDesigner": ["QtGui"], "QAxContainer": ["QtGui"] } # Handle the dependencies first. for d in LIB_DEPS[mname]: needed_qt_libs(d, qt_libs) if mname not in qt_libs: qt_libs.insert(0, mname) def mk_clean_dir(name): """Create a clean (ie. empty) directory. name is the name of the directory. """ try: shutil.rmtree(name) except: pass try: os.mkdir(name) except: sipconfig.error("Unable to create the %s directory." % name) def generate_code(mname, extra_include_dirs=None, extra_lib_dirs=None, extra_libs=None, extra_sip_flags=None): """Generate the code for a module. mname is the name of the module to generate the code for. extra_include_dirs is an optional list of additional directories to add to the list of include directories. extra_lib_dirs is an optional list of additional directories to add to the list of library directories. extra_libs is an optional list of additional libraries to add to the list of libraries. extra_sip_flags is an optional list of additional flags to pass to SIP. """ if freebsd: if mname != 'Qt': sipconfig.inform("Generating the C++ source for the %s module..." % mname) else: sipconfig.inform("Generating the C++ source for the %s module..." % mname) mk_clean_dir(mname) # Work out what Qt libraries need to be linked against and how SIP is # supposed to handle the consolidated module and its components. cons_args = [] if opts.bigqt: if mname == "_qt": qt_libs = [] for m in pyqt_modules: needed_qt_libs(m, qt_libs) else: if mname != "Qt": cons_args.append("-p") cons_args.append("PyQt4._qt") qt_libs = 0 else: if mname == "Qt": qt_libs = 0 else: qt_libs = [] needed_qt_libs(mname, qt_libs) # Build the SIP command line. argv = ['"' + sipcfg.sip_bin + '"'] argv.extend(qt_sip_flags) argv.extend(cons_args) if extra_sip_flags: argv.extend(extra_sip_flags) if opts.concat: argv.append("-j") argv.append(str(opts.split)) if opts.tracing: argv.append("-r") if mname not in ("Qt", "_qt", "Qsci"): argv.append("-a") argv.append(mname + ".api") argv.append("-c") argv.append(mname) buildfile = os.path.join(mname, mname + ".sbf") argv.append("-b") argv.append(buildfile) argv.append("-I") argv.append("sip") # SIP assumes POSIX style path separators. argv.append(string.join(["sip", mname, mname + "mod.sip"], "/")) cmd = string.join(argv) if opts.verbose: sys.stdout.write(cmd + "\n") os.system(cmd) # Check the result. if not os.access(buildfile, os.F_OK): sipconfig.error("Unable to create the C++ code.") # Generate the Makefile. if freebsd: if mname != 'Qt': sipconfig.inform("Creating the Makefile for the %s module..." % mname) else: sipconfig.inform("Creating the Makefile for the %s module..." % mname) installs = [] if opts.install_sipfiles: sipfiles = [] for s in glob.glob("sip/" + mname + "/*.sip"): sipfiles.append(os.path.join("..", "sip", mname, os.path.basename(s))) installs.append([sipfiles, os.path.join(opts.pyqtsipdir, mname)]) opengl = (mname == "QtOpenGL") makefile = sipconfig.SIPModuleMakefile( configuration=sipcfg, build_file=mname + ".sbf", dir=mname, install_dir=pyqt_modroot, installs=installs, qt=qt_libs, opengl=opengl, warnings=1, static=opts.static, debug=opts.debug, universal=sipcfg.universal ) add_makefile_extras(makefile, extra_include_dirs, extra_lib_dirs, extra_libs) makefile.generate() def check_license(): """Handle the validation of the PyQt license. """ try: import license ltype = license.LicenseType lname = license.LicenseName try: lfile = license.LicenseFile except AttributeError: lfile = None except ImportError: ltype = None if ltype is None: ltype = "GPL" lname = "GNU General Public License" lfile = None sipconfig.inform("This is the %s version of PyQt %s (licensed under the %s) for Python %s on %s." % (ltype, pyqt_version_str, lname, string.split(sys.version)[0], sys.platform)) # Common checks. try: qted = qt_edition except AttributeError: qted = None if qted and ltype != "internal": if (qted == "free" and ltype != "GPL") or (qted != "free" and ltype == "GPL"): sipconfig.error("This version of PyQt and the %s edition of Qt have incompatible licenses." % qted) # Confirm the license. print print "Type 'L' to view the license." print "Type 'yes' to accept the terms of the license." print "Type 'no' to decline the terms of the license." print while 1: try: resp = raw_input("Do you accept the terms of the license? ") except KeyboardInterrupt: raise SystemExit except: resp = "" resp = string.lower(string.strip(resp)) if resp == "yes": break if resp == "no": sys.exit(0) if resp == "l": os.system("more LICENSE") # If there should be a license file then check it is where it should be. if lfile: if os.access(os.path.join("sip", lfile), os.F_OK): sipconfig.inform("Found the license file %s." % lfile) else: sipconfig.error("Please copy the license file %s to the sip directory." % lfile) def get_build_macros(overrides): """Return the dictionary of platform specific build macros from the Qt installation. Return None if any of the overrides was invalid. overrides is a list of macros overrides from the user. """ # Get the name of the qmake configuration file to take the macros from. if "QMAKESPEC" in os.environ.keys(): fname = os.environ["QMAKESPEC"] if not os.path.dirname(fname): fname = os.path.join(qt_datadir, "mkspecs", fname) elif sys.platform == "darwin": # The Qt Mac binary installer defaults to xcode which we don't want. fname = os.path.join(qt_datadir, "mkspecs", "macx-g++") else: fname = os.path.join(qt_datadir, "mkspecs", "default") fname = os.path.join(fname, "qmake.conf") if not os.access(fname, os.F_OK): sipconfig.error("Unable to find the qmake configuration file %s. Use the QMAKESPEC environment variable to specify the correct platform." % fname) # Add the Qt specific macros to the default. names = sipcfg.build_macros().keys() names.append("INCDIR_QT") names.append("LIBDIR_QT") names.append("MOC") properties = { "QT_INSTALL_BINS": qt_bindir, "QT_INSTALL_HEADERS": qt_incdir, "QT_INSTALL_LIBS": qt_libdir } return sipconfig.parse_build_macros(fname, names, overrides, properties) def qt_core_header(incdir, fname): """Find a QtCore header file. incdir is the directory expected to contain the file. fname is the base name of the file. Returns the full path of the file or None if it wasn't found. """ pn = os.path.join(incdir, fname) try: sbuf = os.stat(pn) except OSError: sbuf = None if sbuf: # In some Qt4 installations the public header files just have a single # line that #includes the real file in the src directory. Rather than # parse #include directives we just look at the size of the file and # assume it contains a #include if it seems too small to contain # anything useful. if sbuf.st_size < 100: sn = os.path.join(qt_dir, "src", "corelib", "global", fname) if os.access(sn, os.F_OK): pn = sn else: pn = None return pn def qt_inc_dir(qtmod): """Get the directory containing the header files for a particular Qt module. qtmod is the name of the Qt module. Returns the directory name. """ # QLibraryInfo doesn't report the correct directories when built as a # Darwin framework. if qt_framework: incdir = os.path.join(qt_libdir, qtmod + ".framework", "Headers") else: incdir = os.path.join(qt_incdir, qtmod) return incdir def check_qt_installation(macros): """Check the Qt installation and get the version number and edition and return the configuration instance. macros is the dictionary of build macros. """ # Work out how Qt was built on MacOS. if sys.platform == "darwin": if os.access(os.path.join(qt_libdir, "QtCore.framework"), os.F_OK): global qt_framework qt_framework = 1 # Get the Makefile generator. generator = macros["MAKEFILE_GENERATOR"] # Check the Qt header files have been installed. incdir = qt_inc_dir("QtCore") qglobal = qt_core_header(incdir, "qglobal.h") if not qglobal: sipconfig.error("qglobal.h could not be found in %s." % incdir) # Get the Qt version number. global qt_version qt_version, ignore = sipconfig.read_version(qglobal, "Qt", "QT_VERSION") if qt_version < 0x040100: sipconfig.error("PyQt v4 requires Qt v4.1.0 or later.") # Try and work out which edition it is. global qt_edition # See if it is the open source edition. qconfig = qt_core_header(incdir, "qconfig.h") if not qconfig: sipconfig.error("qconfig.h could not be found in %s." % incdir) f = open(qconfig) l = f.readline() while l: wl = string.split(l) if len(wl) == 3 and wl[0] == "#define": name_val = wl[1:] elif len(wl) == 4 and wl[0] == "#" and wl[1] == "define": name_val = wl[2:] else: name_val = None if name_val and name_val[0] == "QT_EDITION" and name_val[1] == "QT_EDITION_OPENSOURCE": qt_edition = "free" break l = f.readline() f.close() if not qt_edition: # Work out which commercial edition it is. if not os.access(qt_inc_dir("QtGui"), os.F_OK): qt_edition = "Console" elif not os.access(qt_inc_dir("QtXml"), os.F_OK): qt_edition = "Desktop Light" else: qt_edition = "Desktop" # Determine the Qt library to link against. resolve_qt4_library(generator) # We haven't yet factored out sipconfig's knowledge of how to build Qt # binaries and it is expecting to find these in the configuration when it # generates the Makefiles. sipcfg.qt_version = qt_version sipcfg.qt_edition = qt_edition sipcfg.qt_winconfig = qt_shared sipcfg.qt_framework = qt_framework sipcfg.qt_threaded = 1 sipcfg.qt_dir = qt_dir sipcfg.qt_lib_dir = qt_libdir return ConfigurePyQt4(generator) def resolve_qt4_library(generator): """Check that the Qt v4 library can be found. generator is the name of the Makefile generator. """ global qt_lib qt_lib = "QtCore" if opts.debug and sys.platform != "win32": # Qt v4.2 and later for X11 platforms doesn't have separate debug # libraries. if qt_version < 0x040200 or sys.platform == "darwin": qt_lib = qt_lib + "_debug" if not is_qt_library(generator, qt_lib): sipconfig.error("The %s Qt library could not be found in %s." % (qt_lib, qt_libdir)) def is_qt_library(generator, lib): """See if a particular Qt library is installed. generator is the name of the Makefile generator. lib is the name of the library. """ if generator in ("MSVC", "MSVC.NET", "BMAKE"): lpatts = [lib + "[0-9]*.lib", lib + ".lib"] elif generator == "MINGW": lpatts = ["lib" + lib + "[0-9]*.a"] elif sys.platform == "darwin" and qt_framework: lpatts = [lib + ".framework"] else: lpatts = ["lib" + lib + ".*"] for lpatt in lpatts: lmatch = glob.glob(os.path.join(qt_libdir, lpatt)) if lmatch: return lmatch return [] def fix_qmake_args(args=""): """Make any platform specific adjustments to the arguments passed to qmake. """ if sys.platform == "darwin": # The Qt binary installer has macx-xcode as the default. args = "-spec macx-g++ " + args return args def get_qt_configuration(): """Set the qt_dir, qt_incdir, qt_libdir, qt_bindir, qt_datadir, qt_pluginsdir and qt_xfeatures globals for the Qt installation. """ sipconfig.inform("Determining the layout of your Qt installation...") if sys.platform == "win32": # There is no -q flag so set the default explicitly. opts.qmake = find_default_qmake() if not opts.qmake: sipconfig.error(MSG_CHECK_QMAKE) # The file names we will use to get the directory information. app = "qtdirs" pro_file = app + ".pro" make_file = app + ".mk" make_target = "" cpp_file = app + ".cpp" out_file = app + ".out" qmake_args = fix_qmake_args("-o " + make_file) if sys.platform == "win32": exe_file = os.path.join("release", app + ".exe") make_target = " release" elif sys.platform == "darwin": exe_file = os.path.join(app + ".app", "Contents", "MacOS", app) else: exe_file = os.path.join(".", app) # Generate the qmake project file. f = open(pro_file, "w") f.write( """QT = core # This is for certain broken Linux distros and is needed to make sure that # QT_SHARED is properly defined. CONFIG += link_prl TARGET = %s SOURCES = %s """ % (app, cpp_file)) f.close() # Generate the source code. f = open(cpp_file, "w") f.write( """#include #include #include int main(int, char **) { QFile outf("%s"); if (!outf.open(QIODevice::WriteOnly|QIODevice::Truncate|QIODevice::Text)) return 1; QTextStream out(&outf); out << QLibraryInfo::location(QLibraryInfo::PrefixPath) << '\\n'; out << QLibraryInfo::location(QLibraryInfo::HeadersPath) << '\\n'; out << QLibraryInfo::location(QLibraryInfo::LibrariesPath) << '\\n'; out << QLibraryInfo::location(QLibraryInfo::BinariesPath) << '\\n'; out << QLibraryInfo::location(QLibraryInfo::DataPath) << '\\n'; out << QLibraryInfo::location(QLibraryInfo::PluginsPath) << '\\n'; #if defined(QT_SHARED) || defined(QT_DLL) out << "shared\\n"; #else out << "\\n"; #endif #if defined(QT_NO_ACCESSIBILITY) out << "PyQt_Accessibility\\n"; #endif #if defined(QT_NO_SESSIONMANAGER) out << "PyQt_SessionManager\\n"; #endif #if defined(QT_NO_STATUSTIP) out << "PyQt_StatusTip\\n"; #endif #if defined(QT_NO_TOOLTIP) out << "PyQt_ToolTip\\n"; #endif #if defined(QT_NO_WHATSTHIS) out << "PyQt_WhatsThis\\n"; #endif #if defined(QT_NO_OPENSSL) out << "PyQt_OpenSSL\\n"; #endif #if !defined(QT3_SUPPORT) || QT_VERSION >= 0x040200 out << "PyQt_NoPrintRangeBug\\n"; #endif return 0; } """ % out_file) f.close() # Create the makefile, first making sure it doesn't already exist. remove_file(make_file) run_command("%s %s %s" % (opts.qmake, qmake_args, pro_file)) if not os.access(make_file, os.F_OK): sipconfig.error("%s failed to create a makefile. %s" % (opts.qmake, MSG_CHECK_QMAKE)) # Try and work out the name of make. if sipcfg.platform.startswith("win32-msvc"): make = "nmake" elif sipcfg.platform == "win32-borland": make = "bmake" elif sipcfg.platform == "win32-g++": make = "mingw32-make" else: make = "make" # Create the executable, first making sure it doesn't exist. remove_file(exe_file) run_command("%s -f %s%s" % (make, make_file, make_target)) if not os.access(exe_file, os.X_OK): sipconfig.error("Failed to create %s using platform %s. Make sure your compiler is installed correctly and you have a working %s on your PATH." % (exe_file, sipcfg.platform, make)) # Create the output file, first making sure it doesn't exist. remove_file(out_file) run_command(exe_file) if not os.access(out_file, os.F_OK): sipconfig.error("%s failed to create %s. Make sure your Qt v4 installation is correct." % (exe_file, out_file)) # Read the directories. f = open(out_file, "r") lines = f.read().strip().split("\n") f.close() global qt_dir, qt_incdir, qt_libdir, qt_bindir, qt_datadir, qt_pluginsdir global qt_shared, qt_xfeatures qt_dir = lines[0] qt_incdir = lines[1] qt_libdir = lines[2] qt_bindir = lines[3] qt_datadir = lines[4] qt_pluginsdir = lines[5] qt_shared = lines[6] qt_xfeatures = lines[7:] if qt_shared: if opts.staticplugins: sipconfig.inform("Static plugins are disabled because Qt has been built as shared libraries.") opts.staticplugins = [] else: if opts.static or opts.bigqt: pass else: sipconfig.error("Qt has been built as static libraries so either the -g or -k argument should be used.") def main(argv): """Create the configuration module module. argv is the list of command line arguments. """ # Check SIP is new enough. if "snapshot" not in sipcfg.sip_version_str: if sipcfg.sip_version < sip_min_version: sipconfig.error("This version of PyQt requires SIP v%s or later" % sipconfig.version_to_string(sip_min_version)) global opts # Parse the command line. p = create_optparser() opts, args = p.parse_args() # Where the modules will be placed. global pyqt_modroot pyqt_modroot = os.path.join(opts.pyqtmoddir, "PyQt4") # When building static libraries, signed interpreter checking makes no # sense. if opts.vendorcheck and opts.static: sipconfig.error("Using the VendorID package when building static libraries makes no sense.") # Get the details of the Qt installation. get_qt_configuration() # Provide some defaults that are based on the Qt configuration. if not opts.plugindir: opts.plugindir = qt_pluginsdir if opts.qscidir: # An explicit directory implies installing the API file. opts.api = True else: opts.qscidir = os.path.join(qt_datadir, "qsci") if opts.api is None: # Install the API file if the default directory exists. opts.api = os.path.isdir(opts.qscidir) # Replace the existing build macros with the ones from the Qt installation. macros = get_build_macros(args) if macros is None: p.print_help() sys.exit(2) if freebsd: # avoid picking up the Qt3 headers instead macros['INCDIR'] = '.' sipcfg.set_build_macros(macros) # Check Qt is what we need. pyqt = check_qt_installation(macros) # Check the licenses are compatible. if not freebsd: check_license() else: print sipconfig.inform("NOTE: This port uses the GPL licensed version of PyQt4.") sipconfig.inform("If you require a commercial license or are unsure, please") sipconfig.inform("read http://www.riverbankcomputing.co.uk/pyqt/index.php\n") print # Sorry, we can't hang auto builds for confirmation and GPL doesn't need it # Check which modules to build. pyqt.check_modules() # Check for the VendorID package. check_vendorid() # Set the SIP platform, version and feature flags. set_sip_flags(pyqt) # Tell the user what's been found. inform_user() # Generate the code. pyqt.code() # Create the additional Makefiles. sipconfig.inform("Creating top level Makefile...") installs=[(pyqt.module_installs(), pyqt_modroot)] if opts.api: if freebsd: # Don't break package lists if not freebsd_port in ('dbus', 'designerplugin', 'demo', 'doc'): apifile = pyqt_modules[-1] + '.api' installs.append((apifile, os.path.join(opts.qscidir, "api", "python"))) else: installs.append(("PyQt4.api", os.path.join(opts.qscidir, "api", "python"))) if freebsd: xtra_modules = [] else: xtra_modules = ["Qt"] if opts.bigqt: xtra_modules.append("_qt") if opts.mwg_qsci_dir: xtra_modules.append("Qsci") if opts.mwg_qwt_dir: xtra_modules.append("Qwt5") if freebsd: if freebsd_port == 'dbus': s = pyqt.tools() elif freebsd_port == 'designer': s = pyqt.qpylibs() + [pyqt_modules[-1]] elif freebsd_port == 'designerplugin': s = pyqt.tools() else: s = [pyqt_modules[-1]] if freebsd_port in ('core', 'xml'): s += pyqt.tools() else: s = pyqt.qpylibs() + pyqt_modules + xtra_modules + pyqt.tools() sipconfig.ParentMakefile( configuration=sipcfg, subdirs=s, installs=installs ).generate() # Install the configuration module. if freebsd: if freebsd_port == 'core': create_config("pyqtconfig.py", "pyqtconfig.py.in", macros) else: create_config("pyqtconfig.py", "pyqtconfig.py.in", macros) ############################################################################### # The script starts here. ############################################################################### if __name__ == "__main__": try: main(sys.argv) except SystemExit: raise except: print \ """An internal error occured. Please report all the output from the program, including the following traceback, to support@riverbankcomputing.co.uk. """ raise