# Copyright (c) 2007 # Riverbank Computing Limited # # This file is part of PyTQt. # # This copy of PyTQt is free software; you can redistribute it and/or modify it # under the terms of the GNU General Public License as published by the Free # Software Foundation; either version 2, or (at your option) any later # version. # # PyTQt 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 # PyTQt; see the file LICENSE. If not, write to the Free Software Foundation, # Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # # This is the build script for PyTQt. It should be run in the top level # directory of the source distribution and by the Python interpreter for which # it is being built. It uses either qmake or tmake to do the hard work of # generating the platform specific Makefiles. import sys import os import glob import tempfile import shutil import py_compile import compileall import string # Get the SIP configuration. try: import sipconfig except: print "Unable to import the sipconfig module. Please make sure you have" print "SIP v3.9 or later installed." sys.exit(1) config = sipconfig.SIPConfig("PyTQt 3.18.1") # Initialise the globals. sipMajorVersion = config.sip_version >> 16 sciIncDir = config.qt_inc_dir sciLibDir = config.qt_lib_dir sciLib = None sciVersion = None binDir = config.default_bin_dir modDir = config.default_mod_dir sipDir = config.default_sip_dir buildModules = ["qt"] tempBuildDir = None catCppFiles = 0 catSplit = 1 qpeTag = None trace = 0 releaseGIL = 0 def usage(rcode = 2): """Display a usage message and exit. rcode is the return code passed back to the calling process. """ print "Usage:" print " %s [-h] [-a version] [-b dir] [-c] [-d dir] [-g] [-j #] [-n dir] [-o dir] [-r] [-v dir]" % sipconfig.script() print "where:" print " -h display this help message" print " -a tag explicitly enable the qtpe module" print " -b dir where pyuic and pylupdate will be installed [default %s]" % config.default_bin_dir print " -c concatenate each module's C++ source files" print " -d dir where the PyTQt modules will be installed [default %s]" % config.default_mod_dir print " -g always release the GIL (SIP v3.x behaviour)" print " -j # split the concatenated C++ source files into # pieces [default 1]" print " -n dir the directory containing the TQScintilla header files [default %s]" % config.qt_inc_dir print " -o dir the directory containing the TQScintilla library [default %s]" % config.qt_lib_dir print " -r generate code with tracing enabled [default disabled]" print " -v dir where the PyTQt .sip files will be installed [default %s]" % config.default_sip_dir sys.exit(rcode) def mkTempBuildDir(olddir=None): """Create a temporary build directory for a console application called qttest, complete with patched Makefile. The global tempBuildDir is set to the name of the directory. The temporary directory becomes the current directory. olddir is None if the directory should be created, otherwise it is deleted. Returns the name of the previous current directory. """ global tempBuildDir if olddir is None: tempBuildDir = tempfile.mktemp() try: os.mkdir(tempBuildDir) except: sipconfig.error("Unable to create temporary directory.") prevdir = sipconfig.push_dir(tempBuildDir) sipconfig.copy_to_file("qttest.pro.in", """TEMPLATE = app TARGET = qttest CONFIG += console warn_off @TEST_OPENGL@ @BLX_CONFIG_APP@ INCLUDEPATH = @BLX_INCLUDEPATH@ @TEST_QSCINTILLA_INC@ DEFINES = @BLX_DEFINES@ SOURCES = qttest.cpp LIBS += @TEST_QUI_LIB@ @TEST_QSCINTILLA_LIB@ """) # Disable OpenGL, tqui and TQScintilla support by default. config.patches["@TEST_OPENGL@"] = "" config.patches["@TEST_QUI_LIB@"] = "" config.patches["@TEST_QSCINTILLA_INC@"] = "" config.patches["@TEST_QSCINTILLA_LIB@"] = "" # Create a dummy source file to suppress a qmake warning. sipconfig.copy_to_file("qttest.cpp", "") config.create_makefile("qttest.pro") else: sipconfig.pop_dir(olddir) prevdir = None shutil.rmtree(tempBuildDir, 1) return prevdir def tryModule(maindir, mname, incfile, ctor): """See if a PyTQt module should be built and update the buildModules list accordingly. maindir is the directory containing this script. mname is the name of the PyTQt module. incfile is the C++ header file that defines the class being used for the test. ctor is the constructor of the class being used for the test. """ # Check for the existence of the module .sip file. msip = os.path.join(maindir, "sip", mname, mname + "mod.sip") if not os.access(msip, os.F_OK): return sipconfig.copy_to_file("qttest.cpp", """#include <%s> int main(int argc,char **argv) { new %s; } """ % (incfile, ctor)) if sipconfig.run_make(None,0) == 0: buildModules.append(mname) sipconfig.inform("The %s module will be built." % mname) else: sipconfig.inform("The %s module will not be built." % mname) sipconfig.run_make("clean") def checkTQScintilla(): """See if TQScintilla can be found and what its version is. """ # Find the TQScintilla header files. sciglobal = os.path.join(sciIncDir, "qextscintillaglobal.h") if os.access(sciglobal,os.F_OK): config.patches["@PYQT_QSCINTILLA_INC@"] = sciIncDir sipconfig.inform("%s contains qextscintillaglobal.h." % (sciIncDir)) # Get the TQScintilla version number. global sciVersion sciVersion, sciversstr = sipconfig.read_version(sciglobal, "TQScintilla", "TQSCINTILLA_VERSION", "TQSCINTILLA_VERSION_STR") sipconfig.inform("TQScintilla %s is being used." % (sciversstr)) # If we find a snapshot then set the version number to 0 as a special # case. if sciversstr[:8] == "snapshot": sciVersion = 0 # Find the TQScintilla library. if sys.platform == "win32": lpatt = "qscintilla.lib" else: lpatt = "libqscintilla.*" if len(glob.glob(os.path.join(sciLibDir, lpatt))): sipconfig.inform("%s contains the TQScintilla library." % sciLibDir) global sciLib if sys.platform == "win32": sciLib = sipconfig.escape(os.path.join(sciLibDir, "qscintilla.lib")) else: sciLib = sipconfig.escape("-L" + sciLibDir) + " -lqscintilla" config.patches["@PYQT_QSCINTILLA_LIB@"] = sciLib else: sipconfig.inform("The TQScintilla library could not be found in %s and so the qtext module will not be built. If TQScintilla is installed then use the -o argument to explicitly specify the correct directory." % (sciLibDir)) sciVersion = -1 else: sipconfig.inform("qextscintillaglobal.h could not be found in %s and so the qtext module will not be built. If TQScintilla is installed then use the -n argument to explicitly specify the correct directory." % sciIncDir) sciVersion = -1 def moduleChecks(maindir): """See which PyTQt modules to build. """ sipconfig.inform("Checking which additional PyTQt modules to build."); tryModule(maindir,"qtcanvas", "qcanvas.h", "TQCanvas()") tryModule(maindir,"qtnetwork", "qsocket.h", "TQSocket()") tryModule(maindir,"qttable", "qtable.h", "TQTable()") tryModule(maindir,"qtxml", "qdom.h", "TQDomImplementation()") if config.qt_version >= 0x030000: tryModule(maindir,"qtsql", "qsql.h", "TQSql()") # We need a different Makefile for the qtgl module. config.patches["@TEST_OPENGL@"] = "opengl" config.create_makefile("qttest.pro") tryModule(maindir,"qtgl", "qgl.h", "TQGLWidget()") # Put things back. config.patches["@TEST_OPENGL@"] = "" config.create_makefile("qttest.pro") # Check for the tqui library. if config.qt_version >= 0x030000: if sys.platform == "win32": tquilib = r"$(QTDIR)\lib\tqui.lib" else: tquilib = "-ltqui" config.patches["@PYQT_QUI_LIB@"] = tquilib config.patches["@TEST_QUI_LIB@"] = tquilib config.create_makefile("qttest.pro") tryModule(maindir,"qtui", "qwidgetfactory.h", "TQWidgetFactory()") # Put things back. config.patches["@TEST_QUI_LIB@"] = "" config.create_makefile("qttest.pro") # Check for the TQScintilla library. if sciVersion >= 0: config.patches["@TEST_QSCINTILLA_INC@"] = sciIncDir config.patches["@TEST_QSCINTILLA_LIB@"] = sciLib config.create_makefile("qttest.pro") tryModule(maindir,"qtext", "qextscintillabase.h", "QextScintillaBase()") # Put things back. config.patches["@TEST_QSCINTILLA_INC@"] = "" config.patches["@TEST_QSCINTILLA_LIB@"] = "" config.create_makefile("qttest.pro") def generateFeatures(featfile): """Generate the header file describing the TQt features that are enabled if it doesn't already exist. (If it already exists then we are probably cross compiling and generated the file through other means.) featfile is the name of the features file. """ if os.access(featfile,os.F_OK): sipconfig.inform("Using existing features file.") return sipconfig.inform("Generating the features file.") # The features that a given TQt configuration may or may not support. Note # that STYLE_WINDOWSXP retquires special handling. flist = ["ACTION", "CLIPBOARD", "CODECS", "COLORDIALOG", "DATASTREAM", "DIAL", "DNS", "DOM", "DRAGANDDROP", "ICONVIEW", "IMAGE_TEXT", "INPUTDIALOG", "FILEDIALOG", "FONTDATABASE", "FONTDIALOG", "MESSAGEBOX", "MIMECLIPBOARD", "NETWORKPROTOCOL", "PICTURE", "PRINTDIALOG", "PRINTER", "PROGRESSDIALOG", "PROPERTIES", "SEMIMODAL", "SIZEGRIP", "SOUND", "SPLITTER", "STYLE_CDE", "STYLE_INTERLACE", "STYLE_MOTIF", "STYLE_MOTIFPLUS", "STYLE_PLATINUM", "STYLE_SGI", "STYLE_WINDOWS", "TABDIALOG", "TABLE", "TABLEVIEW", "TRANSFORMATIONS", "TRANSLATION", "WIZARD", "WORKSPACE"] # Generate the program which will generate the features file. f = open("qttest.cpp","w") # Escape the backslashes so that the name can be embedded in a C++ string. ffstr = string.replace(featfile, "\\", "\\\\") f.write( """#include #include #include int main(int argc,char **argv) { FILE *fp; TQApplication app(argc,argv,0); if ((fp = fopen("%s","w")) == NULL) { printf("Unable to create '%s'\\n"); return 1; } #if !defined(QT_THREAD_SUPPORT) fprintf(fp,"-x TQt_THREAD_SUPPORT\\n"); #endif #if (defined(Q_OS_WIN32) || defined(Q_OS_WIN64)) && QT_VERSION >= 0x030000 if (qWinVersion() != TQt::WV_XP) fprintf(fp,"-x TQt_STYLE_WINDOWSXP\\n"); #endif """ % (ffstr, ffstr)) for feat in flist: f.write( """ #if defined(QT_NO_%s) fprintf(fp,"-x TQt_%s\\n"); #endif """ % (feat, feat)) f.write( """ fclose(fp); return 0; } """) f.close() sipconfig.run_make() sipconfig.run_program(os.path.join(os.getcwd(), "qttest")) sipconfig.run_make("clean") sipconfig.inform("Generated the features file.") def generateSource(mname, plattag, qttag, xtrtag): """Generate the C++ source code for a particular PyTQt module. mname is the name of the module. plattag is the SIP tag for the platform. qttag is the SIP tag for the TQt version. xtrtag is an optional extra SIP tag. """ sipconfig.inform("Generating the C++ source for the %s module." % mname) try: shutil.rmtree(mname) except: pass try: os.mkdir(mname) except: sipconfig.error("Unable to create the %s directory." % mname) pro = mname + ".pro" argv = ["-t", plattag, "-t", qttag, "-z", "features", "-I", "sip", "-m", mname + "/" + pro + ".in", "-c", mname, "sip/" + mname + "/" + mname + "mod.sip"] if xtrtag: argv.insert(0,xtrtag) argv.insert(0,"-t") if trace: argv.insert(0,"-r") if releaseGIL: argv.insert(0,"-g") sipconfig.run_program(config.sip_bin, argv) # Generate the Makefile. sipconfig.inform("Generating the Makefile for the %s module." % mname) olddir = sipconfig.push_dir(mname) if catCppFiles: sipconfig.cat_source_files(mname, catSplit) config.create_makefile(pro, mname) icmds = [] if sipMajorVersion == 3: icmds.append(("copy", mname + ".py", modDir)) icmds.append(("copy", mname + ".pyc", modDir)) config.add_install_target(icmds) if sipMajorVersion == 3: # Compile the Python part of the module. pyname = mname + ".py" sipconfig.inform("Compiling %s." % (pyname)) py_compile.compile(pyname) sipconfig.pop_dir(olddir) def versionToTag(vers, tags, desc): """Convert a version number to a tag. vers is the version number. tags is the dictionary of tags keyed by version number. desc is the descriptive name of the package. Returns the corresponding tag. """ tag = None vl = tags.keys() vl.sort() # For a snapshot use the latest tag. if vers == 0: tag = tags[vl[-1]] else: for v in vl: if vers < v: tag = tags[v] break if tag is None: sipconfig.error("Invalid %s version: 0x%06x." % (desc, vers)) return tag def main(argv): """The main function of the script. argv is the list of command line arguments. """ import getopt # Parse the command line. try: optlist, args = getopt.getopt(argv[1:],"ha:b:cd:gj:n:o:rv:") except getopt.GetoptError: usage() for opt, arg in optlist: if opt == "-h": usage(0) elif opt == "-a": global qpeTag qpeTag = arg elif opt == "-b": global binDir binDir = arg elif opt == "-c": global catCppFiles catCppFiles = 1 elif opt == "-d": global modDir modDir = arg elif opt == "-g": global releaseGIL releaseGIL = 1 elif opt == "-j": global catSplit try: catSplit = int(arg) except: catSplit = 0 if catSplit < 1: usage() elif opt == "-n": global sciIncDir sciIncDir = arg elif opt == "-o": global sciLibDir sciLibDir = arg elif opt == "-r": global trace trace = 1 elif opt == "-v": global sipDir sipDir = arg # Confirm the license. sipconfig.confirm_license() # If there should be a license file then check it is where it should be. if config.license_file: if os.access(os.path.join("sip", config.license_file), os.F_OK): sipconfig.inform("Found the license file %s.\n" % config.license_file) else: sipconfig.error("Please copy the license file %s to the sip directory.\n" % config.license_file) # Check the TQt version. if config.qt_version == 0: sipconfig.error("SIP has been built with TQt support disabled.\n") # Early versions of TQt for the Mac didn't include everything. Rather than # maintain these in the future we just mandate a later version. if sys.platform == "darwin" and config.qt_version < 0x030100: sipconfig.error("PyTQt for MacOS/X retquires TQt v3.1.0 or later.\n") # Check the installation directory is valid and add it as a patch. if not os.access(modDir,os.F_OK): sipconfig.error("The %s PyTQt destination directory does not seem to exist. Use the -d argument to set the correct directory." % (modDir)) config.patches["@PYQT_MODDIR@"] = sipconfig.escape(modDir) sipconfig.inform("%s is the PyTQt installation directory." % (modDir)) # Enable warnings for SIP v4 generated code. if sipMajorVersion >= 4: warn = "warn_on" else: warn = "warn_off" config.patches["@PYQT_WARN@"] = warn # Create patches to allow some modules to link against others. if sipMajorVersion >= 4: modlink = "" elif sys.platform == "win32": modlink = sipconfig.escape(os.path.join(modDir, "libqtc.lib")) else: modlink = sipconfig.escape("-L" + modDir) + " -lqtcmodule" config.patches["@PYQT_QT_MODULE@"] = modlink if sipMajorVersion >= 4: modlink = "" elif sys.platform == "win32": modlink = sipconfig.escape(os.path.join(modDir, "libqttablec.lib")) + " " + sipconfig.escape(os.path.join(modDir, "libqtc.lib")) else: modlink = sipconfig.escape("-L" + modDir) + " -lqttablecmodule -lqtcmodule" config.patches["@PYQT_QTTABLE_MODULE@"] = modlink # The professional edition needs special handling if XML support is needed. if config.qt_edition == "professional": rbprof = "rbprof" else: rbprof = "" config.patches["@PYQT_RBPROF@"] = rbprof # Link in the qassistantclient library for TQt v3.1+. qaclib = "" if config.qt_version >= 0x030100: if sys.platform == "win32": qaclib = r"$(QTDIR)\lib\qassistantclient.lib" else: qaclib = "-lqassistantclient" config.patches["@PYQT_QASSISTANTCLIENT_LIB@"] = qaclib # Check for TQScintilla. if config.qt_version >= 0x030000: checkTQScintilla() # Create a build directory that we can compile test programs. maindir = mkTempBuildDir() # Check what additional modules to build. if config.qt_version >= 0x020000: moduleChecks(maindir) # Work out the platform and TQt version tags to pass to SIP to generate the # code we need. if config.qt_lib == "qte": plattag = "WS_QWS" elif sys.platform == "win32": plattag = "WS_WIN" elif sys.platform == "darwin": plattag = "WS_MACX" else: plattag = "WS_X11" qttags = { 0x020000: "TQt_1_43", 0x020100: "TQt_2_00", 0x020200: "TQt_2_1_0", 0x020300: "TQt_2_2_0", 0x020301: "TQt_2_3_0", 0x030000: "TQt_2_3_1", 0x030001: "TQt_3_0_0", 0x030002: "TQt_3_0_1", 0x030004: "TQt_3_0_2", 0x030005: "TQt_3_0_4", 0x030006: "TQt_3_0_5", 0x030100: "TQt_3_0_6", 0x030101: "TQt_3_1_0", 0x030102: "TQt_3_1_1", 0x030200: "TQt_3_1_2", 0x030300: "TQt_3_2_0", 0x040000: "TQt_3_3_0" } qttag = versionToTag(config.qt_version, qttags, "TQt") # Work out the TQScintilla tag. if sciVersion >= 0: scitags = { 0x010100: "TQScintilla_1_0", 0x010200: "TQScintilla_1_1", 0x020000: "TQScintilla_1_2" } scitag = versionToTag(sciVersion, scitags, "TQScintilla") else: scitag = None # Generate the features file. generateFeatures(os.path.join(maindir, "features")) # We don't need the temporary build directory anymore. mkTempBuildDir(maindir) subdirs = [] for mname in buildModules: if mname == "qtext": xtratag = scitag else: xtratag = None generateSource(mname, plattag, qttag, xtratag) subdirs.append(mname) # We handle the qtpe module explicitly rather than auto-detect. This is # because it does things a bit differently and I'm too lazy to deal with it # properly at the moment. if qpeTag: generateSource("qtpe", plattag, qttag, qpeTag) subdirs.append("qtpe") # Install the .sip files. sipconfig.inform("Creating Makefile for .sip files.") olddir = sipconfig.push_dir("sip") sipconfig.copy_to_file("Makefile", "all:\n") icmds = [] for mname in buildModules: dstdir = os.path.join(sipDir, mname) icmds.append(("mkdir", dstdir, None)) for sf in os.listdir(os.path.join(olddir, "sip", mname)): icmds.append(("copy", os.path.join(mname, sf), os.path.join(dstdir, sf))) config.add_install_target(icmds) sipconfig.pop_dir(olddir) subdirs.append("sip") # See which version of pyuic to build. config.patches["@PYQT_BINDIR@"] = sipconfig.escape(binDir) if config.qt_version >= 0x030000: sipconfig.inform("Creating Makefile for pyuic3.") subdirs.append("pyuic3") olddir = sipconfig.push_dir("pyuic3") elif config.qt_version >= 0x020000: sipconfig.inform("Creating Makefile for pyuic2.") subdirs.append("pyuic2") olddir = sipconfig.push_dir("pyuic2") config.create_makefile("pyuic.pro", []) sipconfig.pop_dir(olddir) # Build pylupdate if TQt v3.0 or later. if config.qt_version >= 0x030000: sipconfig.inform("Creating Makefile for pylupdate3.") subdirs.append("pylupdate3") olddir = sipconfig.push_dir("pylupdate3") config.create_makefile("pylupdate.pro", []) sipconfig.pop_dir(olddir) # Generate the top-level Makefile. sipconfig.inform("Creating top level Makefile.") sipconfig.copy_to_file("PyTQt.pro.in", "TEMPLATE = subdirs\nSUBDIRS = " + string.join(subdirs) + "\n") config.create_makefile("PyTQt.pro") # Tell the user what to do next. msg = "The build of the PyTQt source code for your system is now complete. To compile and install PyTQt run \"%s\" and \"%s install\" with appropriate user privileges." % (config.make_bin, config.make_bin) sipconfig.inform(msg) 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