#!/usr/bin/env python from waflib.extras import autowaf as autowaf from waflib import Options, TaskGen import waflib.Logs as Logs, waflib.Utils as Utils import os import shutil import sys import re import time from waflib.Task import Task from waflib.Tools import winres import subprocess import glob import copy # Mandatory variables top = '.' out = 'build' from waflib import TaskGen @TaskGen.extension('.m') def m_hook(self, node): """Alias .m files to be compiled the same as .c files, gcc will do the right thing.""" return self.create_compiled_task('c', node) path_prefix = 'gtk2_ardour/' gtk2_ardour_sources = [ 'about.cc', 'actions.cc', 'add_route_dialog.cc', 'ambiguous_file_dialog.cc', 'analysis_window.cc', 'ardour_button.cc', 'ardour_dialog.cc', 'ardour_display.cc', 'ardour_dropdown.cc', 'ardour_http.cc', 'ardour_knob.cc', 'ardour_spinner.cc', 'ardour_ui.cc', 'ardour_ui2.cc', 'ardour_ui_dependents.cc', 'ardour_ui_dialogs.cc', 'ardour_ui_ed.cc', 'ardour_ui_mixer.cc', 'ardour_ui_options.cc', 'ardour_window.cc', 'audio_clock.cc', 'audio_region_editor.cc', 'audio_region_view.cc', 'audio_streamview.cc', 'audio_time_axis.cc', 'automation_controller.cc', 'automation_line.cc', 'automation_region_view.cc', 'automation_streamview.cc', 'automation_time_axis.cc', 'axis_view.cc', 'big_clock_window.cc', 'bundle_manager.cc', 'button_joiner.cc', 'clock_group.cc', 'color_theme_manager.cc', 'configinfo.cc', 'control_point.cc', 'control_point_dialog.cc', 'control_slave_ui.cc', 'cursor_context.cc', 'curvetest.cc', 'debug.cc', 'duplicate_routes_dialog.cc', 'edit_note_dialog.cc', 'editing.cc', 'editor.cc', 'editor_actions.cc', 'editor_audio_import.cc', 'editor_pt_import.cc', 'editor_audiotrack.cc', 'editor_canvas.cc', 'editor_canvas_events.cc', 'editor_component.cc', 'editor_cursors.cc', 'editor_drag.cc', 'editor_route_groups.cc', 'editor_export_audio.cc', 'editor_group_tabs.cc', 'editor_keys.cc', 'editor_locations.cc', 'editor_markers.cc', 'editor_mixer.cc', 'editor_mouse.cc', 'editor_ops.cc', 'editor_regions.cc', 'editor_routes.cc', 'editor_rulers.cc', 'editor_selection.cc', 'editor_snapshots.cc', 'editor_summary.cc', 'editor_tempodisplay.cc', 'editor_timefx.cc', 'engine_dialog.cc', 'enums.cc', 'export_channel_selector.cc', 'export_dialog.cc', 'export_file_notebook.cc', 'export_filename_selector.cc', 'export_format_dialog.cc', 'export_format_selector.cc', 'export_preset_selector.cc', 'export_report.cc', 'export_timespan_selector.cc', 'fft.cc', 'fft_graph.cc', 'fft_result.cc', 'floating_text_entry.cc', 'sfdb_freesound_mootcher.cc', 'gain_meter.cc', 'generic_pluginui.cc', 'ghostregion.cc', 'global_port_matrix.cc', 'group_tabs.cc', 'gtk_pianokeyboard.c', 'gui_object.cc', 'insert_remove_time_dialog.cc', 'instrument_selector.cc', 'interthread_progress_window.cc', 'io_selector.cc', 'hit.cc', 'keyboard.cc', 'keyeditor.cc', 'latency_gui.cc', 'led.cc', 'level_meter.cc', 'location_ui.cc', 'lua_script_manager.cc', 'luainstance.cc', 'luawindow.cc', 'main.cc', 'main_clock.cc', 'marker.cc', 'midi_automation_line.cc', 'midi_channel_dialog.cc', 'midi_channel_selector.cc', 'midi_cut_buffer.cc', 'midi_export_dialog.cc', 'midi_list_editor.cc', 'midi_region_view.cc', 'midi_scroomer.cc', 'midi_selection.cc', 'midi_streamview.cc', 'midi_time_axis.cc', 'midi_tracer.cc', 'midi_velocity_dialog.cc', 'missing_file_dialog.cc', 'missing_plugin_dialog.cc', 'mixer_group_tabs.cc', 'mixer_strip.cc', 'mixer_ui.cc', 'meterbridge.cc', 'meter_strip.cc', 'meter_patterns.cc', 'monitor_section.cc', 'monitor_selector.cc', 'mono_panner.cc', 'mono_panner_editor.cc', 'mouse_cursors.cc', 'nag.cc', 'new_plugin_preset_dialog.cc', 'normalize_dialog.cc', 'note.cc', 'note_base.cc', 'note_player.cc', 'note_select_dialog.cc', 'nsm.cc', 'nsmclient.cc', 'option_editor.cc', 'opts.cc', 'panner2d.cc', 'panner_editor.cc', 'panner_interface.cc', 'panner_ui.cc', 'patch_change.cc', 'piano_roll_header.cc', 'pingback.cc', 'playlist_selector.cc', 'plugin_eq_gui.cc', 'plugin_pin_dialog.cc', 'plugin_setup_dialog.cc', 'plugin_selector.cc', 'plugin_ui.cc', 'port_group.cc', 'port_insert_ui.cc', 'port_matrix.cc', 'port_matrix_body.cc', 'port_matrix_column_labels.cc', 'port_matrix_component.cc', 'port_matrix_grid.cc', 'port_matrix_labels.cc', 'port_matrix_row_labels.cc', 'processor_box.cc', 'patch_change_dialog.cc', 'progress_reporter.cc', 'prompter.cc', 'public_editor.cc', 'quantize_dialog.cc', 'rc_option_editor.cc', 'region_editor.cc', 'region_gain_line.cc', 'region_layering_order_editor.cc', 'region_selection.cc', 'region_view.cc', 'return_ui.cc', 'rhythm_ferret.cc', 'route_group_dialog.cc', 'route_group_menu.cc', 'route_params_ui.cc', 'route_processor_selection.cc', 'route_time_axis.cc', 'route_ui.cc', 'ruler_dialog.cc', 'save_as_dialog.cc', 'search_path_option.cc', 'script_selector.cc', 'selection.cc', 'selection_memento.cc', 'send_ui.cc', 'session_archive_dialog.cc', 'session_dialog.cc', 'session_import_dialog.cc', 'session_metadata_dialog.cc', 'session_option_editor.cc', 'sfdb_ui.cc', 'shuttle_control.cc', 'soundcloud_export_selector.cc', 'splash.cc', 'speaker_dialog.cc', 'startup.cc', 'step_editor.cc', 'step_entry.cc', 'stereo_panner.cc', 'stereo_panner_editor.cc', 'streamview.cc', 'strip_silence_dialog.cc', 'sys_ex.cc', 'tape_region_view.cc', 'tempo_curve.cc', 'tempo_dialog.cc', 'tempo_lines.cc', 'theme_manager.cc', 'time_axis_view.cc', 'time_axis_view_item.cc', 'time_fx_dialog.cc', 'time_info_box.cc', 'time_selection.cc', 'timers.cc', 'tooltips.cc', 'track_selection.cc', 'track_view_list.cc', 'transform_dialog.cc', 'transpose_dialog.cc', 'ui_config.cc', 'utils.cc', 'vca_master_strip.cc', 'verbose_cursor.cc', 'visibility_group.cc', 'window_manager.cc', # video-timeline related sources: 'video_image_frame.cc', 'add_video_dialog.cc', 'editor_videotimeline.cc', 'vca_time_axis.cc', 'video_timeline.cc', 'video_monitor.cc', 'transcode_ffmpeg.cc', 'transcode_video_dialog.cc', 'video_server_dialog.cc', 'utils_videotl.cc', 'export_video_dialog.cc', 'export_video_infobox.cc', 'video_tool_paths.cc' ] def enoify (major, minor): # Code names based on # https://en.wikipedia.org/wiki/Brian_Eno_discography # # sort Studio albums + Collaborative albums + Compilation albums by Month/Year. # (no Singles, no EPs, no Video Albums, no Production) if major == 3: return "\\n\\\"E-No\\\"" elif major == 4: if minor == 0: return "\\n\\\"No Pussyfooting\\\"" elif minor == 1: return "\\n\\\"Here Come the Warm Jets\\\"" elif minor == 2: return "\\n\\\"Taking Tiger Mountain\\\"" elif minor == 3: return "\\n\\\"Lady June's Linguistic Leprosy\\\"" elif minor == 4: return "\\n\\\"Discreet Music\\\"" elif minor == 5: return "\\n\\\"Another Green World\\\"" elif minor == 6: return "\\n\\\"Evening Star\\\"" elif minor == 7: return "\\n\\\"Cluster and Eno\\\"" elif major == 5: if minor == 0: return "\\n\\\"Before and After Science\\\"" elif minor == 1: return "\\n\\\"After the Heat\\\"" elif minor == 2: return "\\n\\\"Music for Airports\\\"" elif minor == 3: return "\\n\\\"Music for Films\\\"" elif minor == 4: return "\\n\\\"In a Land of Clear Colours\\\"" elif minor == 5: return "\\n\\\"The Plateaux of Mirror\\\"" elif minor == 6: return "\\n\\\"Possible Musics\\\"" elif minor == 7: return "\\n\\\"My Life in the Bush of Ghosts\\\"" return "\\\"\\\"" def options(opt): autowaf.set_options(opt) def configure(conf): conf.load('misc') conf.load('compiler_cxx') autowaf.configure(conf) # TODO: Insert a sanity check for on OS X to ensure CoreAudio is present autowaf.check_pkg(conf, 'fftw3f', uselib_store='FFTW3F', mandatory=True) autowaf.check_pkg(conf, 'fftw3f', uselib_store='FFTW35F', atleast_version='3.3.5', mandatory=False) autowaf.check_pkg(conf, 'flac', uselib_store='FLAC', atleast_version='1.2.1') autowaf.check_pkg(conf, 'gthread-2.0', uselib_store='GTHREAD', atleast_version='2.10.1') autowaf.check_pkg(conf, 'gtk+-2.0', uselib_store='GTK', atleast_version='2.18') autowaf.check_pkg(conf, 'gtkmm-2.4', uselib_store='GTKMM', atleast_version='2.18') autowaf.check_pkg(conf, 'ogg', uselib_store='OGG', atleast_version='1.1.2') autowaf.check_pkg(conf, 'x11', uselib_store='X11', atleast_version='1.1', mandatory=False) autowaf.check_pkg(conf, 'pangoft2', uselib_store='PANGOFT2', atleast_version='1.36.8', mandatory=False) autowaf.check_pkg(conf, 'fontconfig', uselib_store='FONTCONFIG') if sys.platform == 'darwin': retval = conf.run_c_code (code='#include \n\ int main(void) { (void) NSWindowWillStartLiveResizeNotification; return 0; }\n', env = conf.env.derive (), features = [ 'c' ], compiler = 'cc', compile_filename='test.m', mandatory = False, ) if retval == 0: autowaf.display_msg (conf, 'Checking for Cocoa live resizing constants', 'ok') conf.define ('HAVE_COCOA_LIVE_RESIZING', 1) else: autowaf.display_msg (conf, 'Checking for Cocoa live resizing constants', 'too old - AU plugin windows will be fixed size') conf.write_config_header('gtk2ardour-config.h', remove=False) bak = conf.env['define_key'] conf.define('VERSIONSTRING', str (conf.env['VERSION'])) conf.define('CODENAME', enoify(int(conf.env['MAJOR']), int(conf.env['MINOR']))) conf.env['define_key'] = ['VERSIONSTRING', 'CODENAME' ] conf.write_config_header('gtk2ardour-version.h') conf.env['define_key'] = bak; # Boost headers autowaf.check_header(conf, 'cxx', 'boost/shared_ptr.hpp') autowaf.check_header(conf, 'cxx', 'boost/weak_ptr.hpp') # Add a waf `feature' to allow compilation of things using winegcc from waflib.TaskGen import feature @feature("wine") def set_winegcc(self): self.env.LINK_CXX = self.env.LINK_CC = 'wineg++' self.env.CC = 'winegcc' def _doPyp(infileName, deps = False): outStr = '' out = [] re_spaces = re.compile("\s+") if infileName == '-': fd = sys.stdin else: fd = open(infileName) inLines = fd.readlines() if fd != sys.stdin: fd.close() for line in inLines: bits = re_spaces.split(line) if bits[0] == '##include': incName = bits[1] if (deps): out += [ incName ] else: # assume included file comes from same place as source file incName = os.path.join (os.path.dirname (infileName), incName); outStr += _doPyp(incName) else: if not deps: outStr += line # done if deps: return out else: return outStr def include_processor(task): infileName = task.inputs[0].srcpath() outfileName = os.path.join(out, task.outputs[0].bldpath()) fdOut = open (outfileName, "w") fdOut.write (_doPyp(infileName)) fdOut.close () def build_color_scheme(path, prefix): f = open (path, 'r') color_scheme = '' for line in f: if re.search ('^#@color', line): line.strip() # remove newline words = line.split() if len(color_scheme): color_scheme += ';' color_scheme += prefix color_scheme += '_' color_scheme += words[1] color_scheme += ':' color_scheme += words[2] f.close() return color_scheme def build(bld): VERSION = "%s.%s" % (bld.env['MAJOR'], bld.env['MINOR']) I18N_PACKAGE = 'gtk2_ardour' + bld.env['MAJOR'] # Tool to dump lua-bindings (of gtk2ardour + libs) if re.search ("linux", sys.platform) != None and bld.env['LUABINDINGDOC']: obj = bld (features = 'cxx c cxxprogram') obj.install_path = None obj.source = list(gtk2_ardour_sources) obj.target = 'luadoc' obj.includes = ['.', '../libs'] obj.ldflags = ['-no-undefined'] obj.use = [ 'libpbd', 'libardour', 'libardour_cp', 'libtimecode', 'libmidipp', 'libgtkmm2ext', 'libcanvas', 'libptformat', ] obj.defines = [ 'NOMAIN', 'PACKAGE="' + I18N_PACKAGE + '"', 'DATA_DIR="' + os.path.normpath(bld.env['DATADIR']) + '"', 'CONFIG_DIR="' + os.path.normpath(bld.env['SYSCONFDIR']) + '"', 'LOCALEDIR="' + os.path.normpath(bld.env['LOCALEDIR']) + '"', ] obj.linkflags = '' obj.uselib = 'UUID FLAC FONTCONFIG GLIBMM GTHREAD GTK OGG CURL DL GTKMM CANVAS FFTW3F LO TAGLIB XML ' obj.source += [ 'luadoc.cc', 'bundle_env_linux.cc' ] if bld.is_defined('HAVE_SUIL'): obj.source += [ 'lv2_plugin_ui.cc' ] obj.use += [ 'SUIL' ] if bld.is_defined('LXVST_SUPPORT'): obj.source += [ 'vst_plugin_ui.cc' ] obj.source += [ 'linux_vst_gui_support.cc', 'lxvst_plugin_ui.cc' ] obj.defines += [ 'LXVST_SUPPORT' ] obj.use += [ 'X11' ] if bld.is_defined('WINDOWS_VST_SUPPORT') and bld.env['build_target'] != 'mingw': # Windows VST support w/wine # If we require VST support we build a stub main() and the FST library # here using winegcc, and link it to the GTK front-end library obj = bld (features = 'cxx c cxxprogram wine') obj.source = ( '../libs/fst/vstwin.c', '../vst/winmain.c' ) # # XXX do we really need to explicitly link to all of these for the wine executable? # obj.use = [ 'libpbd', 'libmidipp', 'libardour', 'libardour_cp', 'libtimecode', 'libmidipp', 'libgtk2_ardour', 'libgtkmm2ext', 'libcanvas', 'libptformat', ] obj.target = 'ardour-' + str (bld.env['VERSION']) + '-vst.exe.so' obj.includes = [ '../libs/fst', '.' ] obj.linkflags = ['-mwindows', '-Wl,--export-dynamic'] obj.linkflags += bld.env['LDFLAGS'] obj.defines = ['_POSIX_SOURCE', 'USE_WS_PREFIX'] obj.install_path = bld.env['DLLDIR'] # end of the wine executable # now the shared library containing the GTK GUI for ardour obj = bld (features = 'cxx c cxxshlib') # operate on copy to avoid adding sources twice obj.source = list(gtk2_ardour_sources) obj.includes = [ '../libs/fst', '.' ] obj.name = 'libgtk2_ardour' obj.target = 'gtk2_ardour' obj.cflags = [ '-fPIC' ] else: # just the normal executable version of the GTK GUI if bld.env['build_target'] == 'mingw': obj = bld (features = 'cxx c cxxprogram winres') else: obj = bld (features = 'cxx c cxxprogram') # operate on copy to avoid adding sources twice obj.source = list(gtk2_ardour_sources) obj.target = 'ardour-' + str (bld.env['VERSION']) obj.includes = ['.'] obj.ldflags = ['-no-undefined'] if bld.is_defined('WINDOWS_VST_SUPPORT'): # Windows VST support mingw obj.includes += [ '../libs/fst' ] # at this point, "obj" refers to either the normal native executable # OR the shared library built for use with wine on linux. obj.use = [ 'libpbd', 'libardour', 'libardour_cp', 'libtimecode', 'libmidipp', 'libgtkmm2ext', 'libcanvas', 'libptformat', ] obj.defines = [ 'PACKAGE="' + I18N_PACKAGE + '"', 'DATA_DIR="' + os.path.normpath(bld.env['DATADIR']) + '"', 'CONFIG_DIR="' + os.path.normpath(bld.env['SYSCONFDIR']) + '"', 'LOCALEDIR="' + os.path.normpath(bld.env['LOCALEDIR']) + '"', ] obj.install_path = bld.env['DLLDIR'] obj.linkflags = '' obj.uselib = 'UUID FLAC FONTCONFIG GLIBMM GTHREAD GTK OGG CURL DL GTKMM CANVAS FFTW3F LO TAGLIB XML ' if sys.platform == 'darwin': obj.uselib += ' AUDIOUNITS OSX ' obj.use += ' libappleutility' obj.source += [ 'cocoacarbon.mm', 'bundle_env_cocoa.cc' ] elif bld.env['build_target'] == 'mingw': obj.source += [ 'bundle_env_mingw.cc' ] obj.source += [ 'windows_icon.rc' ] else: obj.source += [ 'bundle_env_linux.cc' ] obj.includes += ['../libs'] obj.use += 'libptformat' if bld.env['build_target'] == 'mingw': obj.linkflags += ' -mwindows' obj.use += [ 'PANGOFT2' ] if bld.is_defined('HAVE_SUIL'): obj.source += [ 'lv2_plugin_ui.cc' ] obj.use += [ 'SUIL' ] if bld.is_defined('HAVE_FFTW35F') and bld.env['build_target'] != 'mingw': bld.env['LIB_FFTW3F'] += ['fftw3f_threads'] if bld.is_defined('NEED_INTL'): obj.linkflags += ' -lintl' if bld.is_defined('WINDOWS_VST_SUPPORT'): obj.source += [ 'windows_vst_plugin_ui.cc' ] obj.defines += [ 'WINDOWS_VST_SUPPORT' ] if bld.env['build_target'] != 'mingw': obj.use += [ 'X11' ] if bld.is_defined('LXVST_SUPPORT'): obj.source += [ 'linux_vst_gui_support.cc', 'lxvst_plugin_ui.cc' ] obj.defines += [ 'LXVST_SUPPORT' ] obj.use += [ 'X11' ] if bld.is_defined('MACVST_SUPPORT'): obj.source += [ 'mac_vst_plugin_ui.mm' ] obj.defines += [ 'MACVST_SUPPORT' ] if bld.is_defined('WINDOWS_VST_SUPPORT') or bld.is_defined('LXVST_SUPPORT') or bld.is_defined ('MACVST_SUPPORT'): obj.source += [ 'vst_plugin_ui.cc' ] if bld.is_defined('PHONE_HOME'): obj.defines += [ 'PHONE_HOME' ] if bld.is_defined('HAVE_COREAUDIO'): TaskGen.task_gen.mappings['.mm'] = TaskGen.task_gen.mappings['.cc'] obj.use += ' libappleutility ' if bld.is_defined('AUDIOUNIT_SUPPORT'): obj.source += [ 'au_pluginui.mm' ] # Wrappers wrapper_subst_dict = { 'INSTALL_PREFIX' : bld.env['PREFIX'], 'LIBDIR' : os.path.normpath(bld.env['DLLDIR']), 'DATADIR' : os.path.normpath(bld.env['DATADIR']), 'CONFDIR' : os.path.normpath(bld.env['CONFDIR']), 'LIBS' : 'build/libs', 'VERSION' : str (bld.env['VERSION']), 'EXECUTABLE' : 'build/gtk2_ardour/ardour-' + str (bld.env['VERSION']) } def set_subst_dict(obj, dict): for i in dict: setattr(obj, i, dict[i]) obj = bld(features = 'subst') obj.source = 'ardev_common.sh.in' obj.target = 'ardev_common_waf.sh' obj.chmod = Utils.O755 obj.dict = wrapper_subst_dict set_subst_dict(obj, wrapper_subst_dict) obj = bld(features = 'subst') obj.source = 'ardour.sh.in' obj.target = 'ardour' + str (bld.env['MAJOR']) obj.chmod = Utils.O755 obj.dict = wrapper_subst_dict obj.install_path = bld.env['BINDIR'] set_subst_dict(obj, wrapper_subst_dict) if bld.is_defined('WINDOWS_VST_SUPPORT'): obj = bld(features = 'subst') obj.source = '../vst/ardourvst.in' obj.target = 'ardourvst' + str (bld.env['MAJOR']) obj.chmod = Utils.O755 obj.dict = wrapper_subst_dict obj.install_path = bld.env['BINDIR'] set_subst_dict(obj, wrapper_subst_dict) # Font configuration font_subst_dict = {} font_sizes = {} base_font = "" # Set up font sizes if sys.platform == 'darwin': basefont = "" font_sizes = { 'SMALLER' : '9', 'SMALL' : '10', 'NORMAL' : '11', 'BIG' : '13', 'BIGGER' : '17', 'LARGE' : '18', 'LARGER' : '28', 'HUGER' : '36', 'MASSIVE' : '60', } # There is no acceptable monospace font available on older versions of OS X # and no API on those versions to load TTF files that will work with # GTK/fontconfig/pango. # # In addition, the ArdourMono font gets clipped for some reason on OS X # # Moreover, Lucida Grande just seems to work even though it is not monospace # so just use it. # font_names = { 'MONOSPACE' : 'Monaco', 'CLOCKFONT' : 'Lucida Grande', } else: # Linux/X11 fonts basefont = '' # unspecified - use system defaults font_sizes = { 'SMALLER' : '6', 'SMALL' : '7', 'NORMAL' : '8', 'BIG' : '11', 'BIGGER' : '13.5', 'LARGE' : '14.5', 'LARGER' : '19', 'HUGER' : '27', 'MASSIVE' : '48', } font_names = { 'MONOSPACE' : 'ArdourMono', 'CLOCKFONT' : 'ArdourMono', } # Set up font substitution dictionary # @FONT_XXXX@ for style in ['', 'BOLD', 'ITALIC']: for sizename,points in iter(font_sizes.items()): if (len (style)): key = "_".join (['FONT',style,sizename]) fontstyle = " ".join ([basefont,style.lower(),points]) else: key = "_".join (['FONT',sizename]) fontstyle = " ".join ([basefont,points]) font_subst_dict[key] = fontstyle # @FONT_SIZE_XXXX@ for sizename,points in iter(font_sizes.items()): key = "_".join (['FONT_SIZE',sizename]) font_subst_dict[key] = points # various font names, eg @BOLD_MONOSPACE@ for font_sym,text in iter(font_names.items()): key = font_sym font_subst_dict[key] = text # RC file obj = bld(features = 'subst') obj.source = [ 'clearlooks.rc.in' ] obj.target = 'clearlooks.rc' obj.install_path = bld.env['CONFDIR'] set_subst_dict(obj, font_subst_dict) obj = bld(features = 'subst') obj.source = [ 'default_ui_config.in' ] obj.target = 'default_ui_config' obj.install_path = bld.env['CONFDIR'] set_subst_dict(obj, font_subst_dict) # Menus menus_argv = [] if sys.platform == 'darwin': menus_argv = [ '-E', '-P', '-D__APPLE__', '-' ] else: menus_argv = [ '-E', '-P' ] if bld.is_defined('PTFORMAT'): menus_argv += [ '-DPTFORMAT' ] # always build all versions of the menu definitions # so that we can try them out with different program builds. for program in [ 'ardour', 'trx' ]: obj = bld(features = 'command-output') obj.command = 'cpp' obj.command_is_external = True obj.no_inputs = True obj.argv = menus_argv obj.dep_vars = ['PTFORMAT', 'GTKOSX', 'WINDOWS'] obj.stdin = program + '.menus.in' obj.stdout = program + '.menus' bld.install_files (bld.env['CONFDIR'], program + '.menus') # Freedesktop freedesktop_subst_dict = { 'ARDOUR_EXEC' : str (bld.env['lwrcase_dirname']), 'ARDOUR_ICON' : str (bld.env['lwrcase_dirname']), 'VERSION': str (bld.env['VERSION']), } if bld.env['FREEDESKTOP']: obj = bld(features = 'subst') obj.source = 'ardour.desktop.in' obj.target = str (bld.env['lwrcase_dirname']) + '.desktop' obj.chmod = Utils.O644 obj.dict = freedesktop_subst_dict set_subst_dict(obj, freedesktop_subst_dict) obj = bld(features = 'subst') obj.source = 'ardour-mime-info.xml' obj.target = 'ardour.xml' obj.chmod = Utils.O644 # build appdata with translations appdata_i18n_mo(bld) appdata_i18n_xmlin(bld) obj = bld(features = 'subst') obj.source = 'ardour.appdata.xml.in' obj.target = str (bld.env['lwrcase_dirname']) + '.appdata.xml' obj.chmod = Utils.O644 obj.dict = freedesktop_subst_dict set_subst_dict(obj, freedesktop_subst_dict) # Keybindings # NATIVE ARDOUR BINDING FILES # explicitly state the use of perl here so that it works on windows too # a_rule = 'perl ../tools/fmt-bindings --platform="%s" --winkey="%s" --accelmap ${SRC[0].abspath()} >${TGT}' % (sys.platform, bld.env['WINDOWS_KEY'] ) for b in [ 'ardour' ] : obj = bld( target = b + '.keys', source = [ b + '.keys.in', 'mixer.bindings', 'processor_box.bindings', 'step_editing.bindings', 'monitor.bindings' ], rule = a_rule ) obj.install_path = bld.env['CONFDIR'] # Icons/Images bld.install_files(os.path.join (bld.env['DATADIR'], 'icons'), bld.path.ant_glob('icons/*.png')) bld.install_files(bld.env['DATADIR'], 'ArdourMono.ttf') # Application/Product specific resources (icon, splash) pgmname = Options.options.program_name; bld.install_files(os.path.join(bld.env['DATADIR'], 'resources'), bld.path.ant_glob('resources/' + pgmname + '*')) if bld.env['build_target'] == 'mingw': # These icons need to overwrite the files already installed in the icons # directory above. Do this in the external packaging scripts for now. #bld.install_files(os.path.join (bld.env['DATADIR'], 'icons'), bld.path.ant_glob('icons/cursor_square/*.png')) bld.install_files(os.path.join (bld.env['DATADIR'], 'icons'), 'icons/cursor_square/hotspots') # Default UI configuration bld.install_files(bld.env['CONFDIR'], 'default_ui_config') # Color Themes. Find each color file for this program only # and install bld.install_files (os.path.join(bld.env['DATADIR'], 'themes'), bld.path.ant_glob ('themes/*-' + Options.options.program_name.lower() + '.colors')); # Default export stuff bld.install_files(os.path.join(bld.env['CONFDIR'], 'export'), bld.path.ant_glob('export/*.format')) # i18n if bld.is_defined('ENABLE_NLS'): mo_files = bld.path.ant_glob('po/*.mo') for mo in mo_files: lang = os.path.basename(mo.srcpath()).replace('.mo', '') bld.install_as (os.path.join(os.path.normpath(bld.env['LOCALEDIR']), lang, 'LC_MESSAGES', I18N_PACKAGE + '.mo'), mo) def i18n(bld): I18N_PACKAGE = 'gtk2_ardour' + bld.env['MAJOR'] autowaf.build_i18n(bld, top, 'gtk2_ardour', I18N_PACKAGE, gtk2_ardour_sources, 'Paul Davis') appdata_i18n_pot(bld) appdata_i18n_po(bld) def i18n_pot(bld): I18N_PACKAGE = 'gtk2_ardour' + bld.env['MAJOR'] autowaf.build_i18n_pot(bld, top, 'gtk2_ardour', I18N_PACKAGE, gtk2_ardour_sources, 'Paul Davis') appdata_i18n_pot(bld) def i18n_po(bld): I18N_PACKAGE = 'gtk2_ardour' + bld.env['MAJOR'] autowaf.build_i18n_po(bld, top, 'gtk2_ardour', I18N_PACKAGE, gtk2_ardour_sources, 'Paul Davis') appdata_i18n_po(bld) def i18n_mo(bld): I18N_PACKAGE = 'gtk2_ardour' + bld.env['MAJOR'] autowaf.build_i18n_mo(bld, top, 'gtk2_ardour', I18N_PACKAGE, gtk2_ardour_sources, 'Paul Davis') def appdata_i18n_pot(bld): potfile = os.path.join(bld.top_dir, 'gtk2_ardour', 'appdata', 'ardour.appdata.pot') if bld.cmd == 'i18n_pot': Logs.info('Generating pot file from Ardour appdata') itsfile = os.path.join(bld.top_dir, 'tools', 'as-metainfo.its') adsource = os.path.join(bld.top_dir, 'gtk2_ardour', 'ardour.appdata.xml.in.in') Logs.info('Updating ' + potfile) try: subprocess.call(('itstool', '-i', itsfile, '-o', potfile, adsource)) except: print ('Error processing appdata pot file - ignored') elif bld.cmd == 'clean' and os.path.exists(potfile): Logs.info('Removing Ardour appdata pot file') os.remove(potfile) def appdata_i18n_po(bld): autowaf.build_i18n_po(bld, bld.top_dir, os.path.join( 'gtk2_ardour', 'appdata'), 'ardour.appdata', 'dummy', 'dummy') def appdata_i18n_mo(bld): autowaf.build_i18n_mo(bld, bld.top_dir, os.path.join( 'gtk2_ardour', 'appdata'), 'ardour.appdata', 'dummy', 'dummy') def appdata_i18n_xmlin(bld): adxmlinfile = os.path.join(bld.top_dir, 'gtk2_ardour', 'ardour.appdata.xml.in') if bld.cmd == 'build': itsfile = os.path.join(bld.top_dir, 'tools', 'as-metainfo.its') adxmlininfile = os.path.join(bld.top_dir, 'gtk2_ardour', 'ardour.appdata.xml.in.in') mo_glob = os.path.join(bld.top_dir, 'gtk2_ardour', 'appdata', 'po', '*.mo') mo_files = glob.glob(mo_glob) Logs.info('Generating ' + adxmlinfile) subprocess.call(['itstool', '-i', itsfile, '-o', adxmlinfile, '-j', adxmlininfile] + mo_files) elif bld.cmd == 'clean' and os.path.exists(adxmlinfile): Logs.info('Removing ' + adxmlinfile) os.remove(adxmlinfile)