def _write_header(paths):
hh_file_name = paths.resource_id_hh
with open(hh_file_name, 'w') as hh_file:
hh_file.write('// Generated by %s\n' % os.path.basename(__file__))
hh_file.write('#ifndef %s\n' % util.create_include_guard(hh_file_name))
hh_file.write('#define %s\n' % util.create_include_guard(hh_file_name))
hh_file.write("\n")
hh_file.write("namespace faint{\n");
hh_file.write("\n");
hh_file.write("enum class Cursor{\n")
cursor_labels = _cursor_labels(paths)
cursor_labels.append('DONT_CARE')
cursor_labels.extend(DEFAULT_CURSORS.keys())
cursor_labels = sorted(cursor_labels)
hh_file.write(' ' + ',\n '.join(cursor_labels) + '\n')
hh_file.write('};\n')
hh_file.write('\n')
hh_file.write('enum class Icon{\n')
icon_labels, icon_paths = _icon_labels(paths)
for num, (label, path) in enumerate(zip(icon_labels, icon_paths)):
last = num == len(icon_labels) - 1
hh_file.write(_icon_entry(2, last, label, path, ENABLE_EMACS_IIMAGE))
hh_file.write('};\n')
hh_file.write('\n')
hh_file.write("} // namespace\n");
hh_file.write('\n')
hh_file.write('#endif')
def _write_header(paths):
hh_file_name = paths.resource_id_hh
with open(hh_file_name, 'w') as hh_file:
hh_file.write('// Generated by %s\n' % os.path.basename(__file__))
hh_file.write('#ifndef %s\n' % util.create_include_guard(hh_file_name))
hh_file.write('#define %s\n' % util.create_include_guard(hh_file_name))
hh_file.write("\n")
hh_file.write("namespace faint{\n")
hh_file.write("\n")
hh_file.write("enum class Cursor{\n")
cursor_labels = _cursor_labels(paths)
cursor_labels.append('DONT_CARE')
cursor_labels.extend(DEFAULT_CURSORS.keys())
cursor_labels = sorted(cursor_labels)
hh_file.write(' ' + ',\n '.join(cursor_labels) + '\n')
hh_file.write('};\n')
hh_file.write('\n')
hh_file.write('enum class Icon{\n')
icon_labels, icon_paths = _icon_labels(paths)
for num, (label, path) in enumerate(zip(icon_labels, icon_paths)):
last = num == len(icon_labels) - 1
hh_file.write(
_icon_entry(2, last, label, path, ENABLE_EMACS_IIMAGE))
hh_file.write('};\n')
hh_file.write('\n')
hh_file.write("} // namespace\n")
hh_file.write('\n')
hh_file.write('#endif')
def _write_header(paths):
hh_file_name = paths.resource_id_hh
hh_file = open(hh_file_name, 'w')
hh_file.write('// Generated by %s\n' % os.path.basename(__file__))
hh_file.write('#ifndef %s\n' % util.create_include_guard(hh_file_name))
hh_file.write('#define %s\n' % util.create_include_guard(hh_file_name))
hh_file.write("\n")
hh_file.write("namespace faint{\n")
hh_file.write("\n")
hh_file.write("enum class Cursor{\n")
cursor_labels = _cursor_labels(paths)
cursor_labels.append('DONT_CARE')
cursor_labels.extend(DEFAULT_CURSORS.keys())
cursor_labels = sorted(cursor_labels)
hh_file.write(' ' + ',\n '.join(cursor_labels) + '\n')
hh_file.write('};\n')
hh_file.write('\n')
hh_file.write('enum class Icon{\n')
icon_labels = _icon_labels(paths)
hh_file.write(' ' + ',\n '.join(icon_labels) + '\n')
hh_file.write('};\n')
hh_file.write('\n')
hh_file.write("} // namespace\n")
hh_file.write('\n')
hh_file.write('#endif')
def write_cpp_header(file_name, settings):
out = open(file_name, 'w')
out.write('// Generated by %s\n' % os.path.basename(__file__))
out.write('#ifndef %s\n' % util.create_include_guard(file_name))
out.write('#define %s\n' % util.create_include_guard(file_name))
out.write('#include "util/settings.hh"\n\n')
out.write('\n')
out.write('namespace faint{\n')
for setting_id in sorted(settings.keys()):
setting = settings[setting_id]
if setting.get_type() == "stringtoint":
write_cpp_stringtoint(out, setting)
else:
write_cpp_setting_decl(out, setting)
out.write("\n")
out.write("utf8_string setting_name(const UntypedSetting&);\n")
out.write("utf8_string setting_name_pretty(const UntypedSetting&);\n")
out.write("\n")
out.write(
"// Returns the name for this value if the IntSetting has names for values\n"
)
out.write("// otherwise, just returns the value as a string\n")
out.write("utf8_string value_string(const IntSetting&, int value);\n")
out.write("\n")
out.write('} // namespace\n')
out.write("\n")
out.write("#endif\n")
def _write_load_function(paths):
with open(paths.target_cpp, 'w', newline='\n') as cpp_file:
cpp_file.write('// Generated by %s\n' % os.path.basename(__file__))
cpp_file.write('#include "gui/art-container.hh"\n')
cpp_file.write('#include "util-wx/file-path-util.hh"\n')
cpp_file.write('\n')
cpp_file.write('namespace faint{\n')
cpp_file.write(
'void load_faint_resources(faint::ArtContainer& art) {\n')
cpp_file.write('\n')
cpp_file.write(' // Cursors\n')
for cursor_file in _cursor_files(paths):
res_id = _resource_identifier(cursor_file)
cpp_file.write(' art.Load("%s", Cursor::%s);\n' %
(cursor_file, res_id))
cpp_file.write('\n')
cpp_file.write(' // Cursors (wx-defaults)\n')
for cursorId in sorted(DEFAULT_CURSORS.keys()):
cpp_file.write(' art.Add(wxCursor(%s), Cursor::%s);\n' %
(DEFAULT_CURSORS[cursorId], cursorId))
cpp_file.write('\n')
cpp_file.write(' // Icons\n')
for icon_file in _icon_files(paths):
cpp_file.write(' art.Load("%s", Icon::%s);\n' %
(icon_file, _resource_identifier(icon_file)))
cpp_file.write('}\n')
cpp_file.write('} // namespace\n')
with open(paths.target_hh, 'w') as hh_file:
hh_file.write("// Generated by %s\n" % os.path.basename(__file__))
hh_file.write('#ifndef %s\n' %
util.create_include_guard(paths.target_hh))
hh_file.write('#define %s\n' %
util.create_include_guard(paths.target_hh))
hh_file.write("\n")
hh_file.write('namespace faint{\n')
hh_file.write("\n")
hh_file.write('void load_faint_resources(ArtContainer&);\n')
hh_file.write("\n")
hh_file.write('} // namespace\n')
hh_file.write("\n")
hh_file.write('#endif\n')
def _write_load_function(paths):
with open(paths.target_cpp, 'w', newline='\n') as cpp_file:
cpp_file.write('// Generated by %s\n' % os.path.basename(__file__))
cpp_file.write('#include "generated/resource/gen-resource-id.hh"\n')
cpp_file.write('#include "generated/resource/load-resources.hh"\n')
cpp_file.write('#include "util-wx/file-path-util.hh"\n')
cpp_file.write('\n')
cpp_file.write('namespace faint{\n')
cpp_file.write('void load_faint_resources(faint::Art& art){\n')
cpp_file.write('\n')
cpp_file.write(' // Cursors\n')
for cursor_file in _cursor_files(paths):
res_id = _resource_identifier(cursor_file)
cpp_file.write(' art.Load("%s", Cursor::%s);\n' % (cursor_file, res_id))
cpp_file.write('\n')
cpp_file.write(' // Cursors (wx-defaults)\n')
for cursorId in sorted(DEFAULT_CURSORS.keys()):
cpp_file.write(' art.Add(wxCursor(%s), Cursor::%s);\n' % (
DEFAULT_CURSORS[cursorId], cursorId))
cpp_file.write('\n')
cpp_file.write(' // Icons\n')
for icon_file in _icon_files(paths):
cpp_file.write(' art.Load("%s", Icon::%s);\n' % (icon_file, _resource_identifier(icon_file)))
cpp_file.write('}\n')
cpp_file.write('} // namespace\n')
with open(paths.target_hh, 'w') as hh_file:
hh_file.write("// Generated by %s\n" % os.path.basename(__file__))
hh_file.write('#ifndef %s\n' % util.create_include_guard(paths.target_hh))
hh_file.write('#define %s\n' % util.create_include_guard(paths.target_hh))
hh_file.write('#include "gui/art.hh"\n')
hh_file.write("\n")
hh_file.write('namespace faint{\n')
hh_file.write("\n")
hh_file.write('void load_faint_resources(Art&);\n')
hh_file.write("\n")
hh_file.write('} // namespace\n')
hh_file.write("\n")
hh_file.write('#endif\n')
def run(root_dir, force=False):
oldDir = os.getcwd()
os.chdir(root_dir)
sys.path.append(os.getcwd())
if not force and not _need_generate(
"set_and_get.py",
[os.path.join("templates", f) for f in os.listdir("templates")]):
print(" Up to date.")
os.chdir(oldDir)
return
print(
"Generating: interface.hh, interface.cpp, generated_methods.hh, py_settings_setget.hh"
)
Files.targetCC = open("output/interface.cpp", 'w')
Files.targetHH = open("output/interface.hh", 'w')
Files.targetSettingsHH = open("output/py_settings_setget.hh", 'w')
# Write the preamble
for f in Files.targetCC, Files.targetHH, Files.targetSettingsHH:
f.write('// Generated by %s\n' % os.path.basename(__file__))
Files.targetHH.write('#ifndef %s\n' %
util.create_include_guard('output/interface.hh'))
Files.targetHH.write('#define %s\n' %
util.create_include_guard('output/interface.hh'))
Files.targetHH.write('\n')
Files.targetHH.write('namespace faint{\n')
Files.targetSettingsHH.write(
'#ifndef %s\n' %
util.create_include_guard('output/py_settings_setget.hh'))
Files.targetSettingsHH.write(
'#define %s\n' %
util.create_include_guard('output/py_settings_setget.hh'))
Files.targetSettingsHH.write("\n")
Files.targetSettingsHH.write('namespace faint{\n')
Files.targetCC.write('#include <string>\n')
Files.targetCC.write('#include "python/py-include.hh"\n')
Files.targetCC.write('#include "app/get-app-context.hh"\n')
Files.targetCC.write('#include "util/settings.hh"\n')
Files.targetCC.write('#include "util/setting-id.hh"\n')
Files.targetCC.write('#include "util/canvas.hh"\n')
Files.targetCC.write('\n\n')
Files.targetCC.write('namespace faint{\n')
# Collects all defined methods
Defs.methodDef = []
Defs.settings_methodDef = []
# C++ code templates
Texts.template_hh = open("templates/header_template.txt").readlines()
Texts.template_int_cc = open("templates/int_template.txt").readlines()
Texts.template_float_cc = open("templates/float_template.txt").readlines()
Texts.template_stringtoint_cc = open(
"templates/stringtoint_template.txt").readlines()
Texts.template_settings_header = open(
"templates/settings_header_template.txt").readlines()
Texts.template_settings_float = open(
"templates/settings_float_template.txt").readlines()
Texts.template_settings_int = open(
"templates/settings_int_template.txt").readlines()
Texts.template_settings_color = open(
"templates/settings_color_template.txt").readlines()
Texts.template_settings_stringtoint = open(
"templates/settings_stringtoint_template.txt").readlines()
Texts.template_settings_bool = open(
"templates/settings_bool_template.txt").readlines()
Texts.template_settings_string = open(
"templates/settings_string_template.txt").readlines()
import set_and_get
setters_and_getters = set_and_get.setters_and_getters
for setting in setters_and_getters:
item = setters_and_getters[setting]
type = item.get_type()
if type == "int":
generate_int_function(setting, item)
generate_int_settings_function(setting, item)
elif type == "stringtoint":
generate_stringtoint_function(setting, item)
generate_stringtoint_settings_function(setting, item)
elif type == "float":
generate_float_function(setting, item)
generate_float_settings_function(setting, item)
elif type == "color":
generate_color_settings_function(setting, item)
elif type == "bool":
generate_bool_settings_function(setting, item)
elif type == "string":
generate_string_settings_function(setting, item)
# Create the python-export
f_genMethods = open('output/generated-methods.hh', 'w')
f_genMethods.write("#ifndef FAINT_GENERATED_METHODS_HH\n")
f_genMethods.write("#define FAINT_GENERATED_METHODS_HH\n")
f_genMethods.write('// Generated by %s\n' % os.path.basename(__file__))
for index, line in enumerate(Defs.methodDef):
f_genMethods.write(' ' + line + ",\n")
f_genMethods.write("#endif")
Files.targetSettingsHH.write(
"static PyGetSetDef settings_getseters[] = {\n")
for line in Defs.settings_methodDef:
Files.targetSettingsHH.write(line + ",\n")
Files.targetSettingsHH.write(" {0,0,0,0,0} // Sentinel */\n")
Files.targetSettingsHH.write("};\n")
Files.targetSettingsHH.write('} // namespace\n')
write_cpp_header("output/cpp_settingid.hh", setters_and_getters)
write_cpp_impl("output/cpp_settingid.cpp", "cpp_settingid.hh",
setters_and_getters)
Files.targetHH.write("\n")
Files.targetHH.write('} // namespace\n')
Files.targetHH.write("#endif\n")
Files.targetCC.write('} // namespace\n')
# Close generated files
Files.targetCC.close()
Files.targetHH.close()
Files.targetSettingsHH.write("\n")
Files.targetSettingsHH.write("#endif")
Files.targetSettingsHH.close()
os.chdir(oldDir)