### makeapplication.py
from bundlebuilder import buildapp
buildapp(
name='Blinklync.app', # what to build
mainprogram='lync.py', # your app's main()
argv_emulation=1, # drag&dropped filenames show up in sys.argv
iconfile='myapp.icns', # file containing your app's icons
standalone=1, # make this app self contained.
includeModules=[], # list of additional Modules to force in
includePackages=[], # list of additional Packages to force in
libs=[], # list of shared libs or Frameworks to include
)
### end of makeapplication.py
from bundlebuilder import buildapp
buildapp(
name='HelloWorld.app', # what to build
mainprogram='hello_world.py', # your app's main()
argv_emulation=1, # drag&dropped filenames show up in sys.argv
iconfile='myapp.icns', # file containing your app's icons
standalone=1, # make this app self contained.
includeModules=[], # list of additional Modules to force in
includePackages=[], # list of additional Packages to force in
libs=[], # list of shared libs or Frameworks to include
)
### makeapplication.py
from bundlebuilder import buildapp
import glob, os
package_root = '/Users/emonson/Programming/Python/VTK/MultiScaleSVD'
qt_root = '/usr/local/Trolltech/Qt-4.7.0/lib'
lib_list = []
resource_list = []
buildapp(
name='load_only.app', # what to build
mainprogram='load_only.py', # your app's main()
# argv_emulation=1, # drag&dropped filenames show up in sys.argv
# iconfile='myapp.icns', # file containing your app's icons
standalone=1, # make this app self contained.
includeModules=['encodings.ascii','encodings.utf_8'], # list of additional Modules to force in
includePackages=[], # list of additional Packages to force in
resources=resource_list,
libs=lib_list, # list of shared libs or Frameworks to include
)
### end of makeapplication.py
#!/usr/bin/env python from bundlebuilder import buildapp buildapp( mainprogram = "LogInit.py", resources = ["LogInit.nib"], nibname = "LogInit", )
import os
from bundlebuilder import buildapp
from plistlib import Plist, Dict
plist = Plist(
CFBundleDocumentTypes=[
Dict(
CFBundleTypeExtensions=["py", "pyw"],
CFBundleTypeName="Python File",
CFBundleTypeRole="Editor",
NSDocumentClass="PyDEPythonDocument",
)
]
)
buildapp(
name="PyDE",
mainprogram="main.py",
resources=[os.path.join("Resources", x) for x in os.listdir("Resources") if x != "CVS"]
+ ["pythonfile.py", "PyDETextView.py", "PyFontify.py"],
nibname="MainMenu.nib",
plist=plist,
)
from bundlebuilder import buildapp
buildapp(
name="QtPlaskin",
mainprogram="qtplaskin.py",
resources=["mainwindow.py", "zdplaskin.py", "runner.py",
"mplwidget.py", "modeldata.py"],
iconfile='qtplaskin2.icns'
)
#!/usr/bin/env python
from bundlebuilder import buildapp
buildapp(
mainprogram = "Sc21Viewer.py",
resources = ["English.lproj" ],
nibname = "MainMenu",
)
#
# After running python setup.py install, run this program from the command
# line like so:
#
# % python2.3 buildapp.py build
#
# A double-clickable IDLE application will be created in the build/ directory.
#
from bundlebuilder import buildapp
buildapp(
name="IDLE",
mainprogram="idle.py",
argv_emulation=1,
iconfile="Icons/idle.icns",
)
#
import os, glob
from bundlebuilder import buildapp
# See below. Set to wherever your wxMac dynlibs are installed.
# (Probably /usr/local/lib/wxPython-2.5.2.?/lib) If you don't use all
# the contribs libs then you can use a more restrictive list.
wxLibs = "/opt/wx/2.5/lib/libwx*2.5.2.[dr]*"
buildapp(
name = "SuperDoodle",
mainprogram = "superdoodle.py",
# This tells bundlebuilder to include Python and everything else
# that it needs to run the app
standalone = 1,
# Bunndlebuilder isn't yet able to find the shared libs that may be
# needed by extension modules, so we have to help it out.
libs = glob.glob(wxLibs),
# Some modules will not be found automatically, so we need to help
includeModules = ["cStringIO"],
verbosity = 1
)
from bundlebuilder import buildapp
from plistlib import Plist, Dict
plist = Plist(
CFBundleDocumentTypes = [
Dict(
CFBundleTypeExtensions = ["txt", "text", "*"],
CFBundleTypeName = "Text File",
CFBundleTypeRole = "Editor",
NSDocumentClass = "FuseDocument",
),
]
)
buildapp(
mainprogram = "fuse_gui_client.py",
nibname = "MainMenu",
resources = ["MainMenu.nib", "FuseDocument.nib", "client.py", "events.py"],
plist = plist
)
import os
from bundlebuilder import buildapp
from plistlib import Plist, Dict
plist = Plist(
CFBundleDocumentTypes = [
Dict(
CFBundleTypeExtensions = [ "py", "pyw" ],
CFBundleTypeName = "Python File",
CFBundleTypeRole = "Editor",
NSDocumentClass = "PyDEPythonDocument",
),
],
)
buildapp(
name = "PyDE",
mainprogram = "main.py",
resources = [
os.path.join("Resources", x)
for x in os.listdir("Resources")
if x != 'CVS' ] + [ 'pythonfile.py', 'PyDETextView.py', 'PyFontify.py'],
nibname = "MainMenu.nib",
plist = plist,
)
# NOTE: Don't need to copy all of these libraries here, because it'll be taken
# care of during dependency checks in MSSVD_OSX_MakeStandAloneBundle.cmake
# libpath = '/usr/local/lib/vtk-5.7/'
# for libfile in glob.glob( os.path.join(libpath, 'libvtk*.dylib') ):
# liblist.append(libfile)
#
# libpath = '/Users/emonson/Programming/VTK_git/vtkVTG/build/bin'
# for libfile in glob.glob( os.path.join(libpath, 'libvtk*.dylib') ):
# lib_list.append(libfile)
# liblist.append('/Users/emonson/Programming/VTK_git/vtkVTG/build/bin/libvtkvtgCharts.dylib')
# liblist.append('/Users/emonson/Programming/VTK_git/vtkVTG/build/bin/libvtkvtgChartsPython.so')
# liblist.append('/Users/emonson/Programming/VTK_git/vtkVTG/build/bin/libvtkvtgChartsPythonD.dylib')
buildapp(
name='MS_SVD_vis_20121107.app', # what to build
mainprogram='main.py', # your app's main()
# argv_emulation=1, # drag&dropped filenames show up in sys.argv
# iconfile='myapp.icns', # file containing your app's icons
standalone=1, # make this app self contained.
# encodings.utf_8 is necessary for loading cell arrays of strings
includeModules=['sip'], # list of additional Modules to force in
includePackages=['vtk','vtkvtg','PyQt4','encodings'], # list of additional Packages to force in
resources=resource_list,
libs=lib_list, # list of shared libs or Frameworks to include
)
### end of makeapplication.py
from bundlebuilder import buildapp
from plistlib import Plist, Dict
plist = Plist(
CFBundleDocumentTypes = [
Dict(
CFBundleTypeExtensions = ["xml", "xml.gz", "*"],
CFBundleTypeName = "XML File",
CFBundleTypeRole = "Editor",
NSDocumentClass = "ImageDocument",
),
Dict(
CFBundleTypeExtensions = ["dwg"],
CFBundleTypeName = "DWG File",
CFBundleTypeRole = "Viewer",
NSDocumentClass = "ImageDocument",
),
]
)
buildapp(
mainprogram = "PythonCad.py",
resources = ["PythonCAD/Interface/Cocoa/MainMenu.nib", "PythonCAD/Interface/Cocoa/ImageDocument.nib", "PythonCAD", "prefs.py"],
nibname = "MainMenu",
plist = plist,
)
#!/usr/bin/env python
from bundlebuilder import buildapp
buildapp(
mainprogram="Sc21Viewer.py",
resources=["English.lproj"],
nibname="MainMenu",
)
from bundlebuilder import buildapp
from plistlib import Plist, Dict
plist = Plist(CFBundleDocumentTypes=[
Dict(
CFBundleTypeExtensions=["xml", "xml.gz", "*"],
CFBundleTypeName="XML File",
CFBundleTypeRole="Editor",
NSDocumentClass="ImageDocument",
),
Dict(
CFBundleTypeExtensions=["dwg"],
CFBundleTypeName="DWG File",
CFBundleTypeRole="Viewer",
NSDocumentClass="ImageDocument",
),
])
buildapp(
mainprogram="PythonCad.py",
resources=[
"PythonCAD/Interface/Cocoa/MainMenu.nib",
"PythonCAD/Interface/Cocoa/ImageDocument.nib", "PythonCAD", "prefs.py"
],
nibname="MainMenu",
plist=plist,
)
# Just a simple shell around bundlebuilder. from bundlebuilder import buildapp buildapp()
#!/usr/bin/env python
# Script to build a MacOS X Application from callmungereasygui.py
# Just run:
# python buildapp.py build
from bundlebuilder import buildapp
buildapp(
name = "EasyMunger",
mainprogram = "callmungereasygui.py",
)
buildapp(
name='Mapmatcher.app', # what to build
mainprogram='src/sl/mapmatching/Mapmatcher.py', # your app's main()
argv_emulation=1, # drag&dropped filenames show up in sys.argv
iconfile='mapmatcher.icns', # file containing your app's icons
standalone=1, # make this app self contained.
includeModules=[
'numpy',
'numpy.core',
'numpy.core.add',
'numpy.absolute',
'numpy.arccos',
'numpy.arccosh',
'numpy.arcsin',
'numpy.arcsinh',
'numpy.arctan',
'numpy.arctanh',
'numpy.bitwise_and',
'numpy.bitwise_or',
'numpy.bitwise_xor',
'numpy.bool_',
'numpy.ceil',
'numpy.conjugate',
'numpy.core.absolute',
'numpy.core.add',
'numpy.core.bitwise_and',
'numpy.core.bitwise_or',
'numpy.core.bitwise_xor',
'numpy.core.cdouble',
'numpy.core.complexfloating',
'numpy.core.conjugate',
'numpy.core.csingle',
'numpy.core.divide',
'numpy.core.double',
'numpy.core.equal',
'numpy.core.exp',
'numpy.core.float64',
'numpy.core.float_',
'numpy.core.greater',
'numpy.core.greater_equal',
'numpy.core.inexact',
'numpy.core.intc',
'numpy.core.integer',
'numpy.core.invert',
'numpy.core.isfinite',
'numpy.core.isinf',
'numpy.core.isnan',
'numpy.core.left_shift',
'numpy.core.less',
'numpy.core.less_equal',
'numpy.core.log',
'numpy.core.maximum',
'numpy.core.multiply',
'numpy.core.not_equal',
'numpy.core.number',
'numpy.core.power',
'numpy.core.remainder',
'numpy.core.right_shift',
'numpy.core.signbit',
'numpy.core.sin',
'numpy.core.single',
'numpy.core.sqrt',
'numpy.core.subtract',
'numpy.cosh',
'numpy.divide',
'numpy.e',
'numpy.fabs',
'numpy.float_',
'numpy.floor',
'numpy.floor_divide',
'numpy.fmod',
'numpy.greater',
'numpy.hypot',
'numpy.invert',
'numpy.isinf',
'numpy.left_shift',
'numpy.less',
'numpy.log',
'numpy.logical_and',
'numpy.logical_not',
'numpy.logical_or',
'numpy.logical_xor',
'numpy.maximum',
'numpy.minimum',
'numpy.negative',
'numpy.not_equal',
'numpy.power',
'numpy.random.rand',
'numpy.random.randn',
'numpy.remainder',
'numpy.right_shift',
'numpy.sign',
'numpy.sinh',
'numpy.tan',
'numpy.tanh',
'numpy.true_divide',
'yaml',
'wx',
'setuptools',
'scipy'
], # list of additional Modules to force in
includePackages=['setuptools'
'networkx',
'numpy',
'osgeo',
'PyYAML',
'Shapely',
'RTree',
], # list of additional Packages to force in
libs=[
'/Library/Frameworks/GDAL.framework',
'/usr/local/include/spatialindex',
], # list of shared libs or Frameworks to include
)
#
# After running python setup.py install, run this program from the command
# line like so:
#
# % python2.3 buildapp.py build
#
# A double-clickable IDLE application will be created in the build/ directory.
#
from bundlebuilder import buildapp
buildapp(
name="IDLE",
mainprogram="idle.py",
argv_emulation=1,
iconfile="Icons/idle.icns",
)
### makeapplication.py
from bundlebuilder import buildapp
import glob, os
package_root = "/Users/emonson/Programming/Python/VTK/QtTests"
qt_root = "/usr/local/Trolltech/Qt-4.7.0/lib"
lib_list = []
lib_list.append(os.path.join(qt_root, "QtCore.framework"))
lib_list.append(os.path.join(qt_root, "QtGui.framework"))
resource_list = []
# resource_list.append(os.path.join(package_root,'BlankImage.png'))
buildapp(
name="QtListView_0211.app",
mainprogram="QtListView.py", # your app's main()
# argv_emulation=1, # drag&dropped filenames show up in sys.argv
# iconfile='myapp.icns', # file containing your app's icons
standalone=1, # make this app self contained.
# encodings.utf_8 is necessary for loading cell arrays of strings
includeModules=["encodings.ascii", "encodings.utf_8", "sip"], # list of additional Modules to force in
includePackages=["vtk", "PyQt4"], # list of additional Packages to force in
resources=resource_list,
libs=lib_list, # list of shared libs or Frameworks to include
)
### end of makeapplication.py
