Context::Context(Context::Data initializers)
: mem(Memory_Manager<AST_Node>()),
source_c_str (initializers.source_c_str()),
sources (vector<const char*>()),
include_paths (initializers.include_paths()),
queue (vector<pair<string, const char*> >()),
style_sheets (map<string, Block*>()),
source_map (resolve_relative_path(initializers.output_path(), initializers.source_map_file(), get_cwd())),
c_functions (vector<Sass_C_Function_Descriptor>()),
image_path (initializers.image_path()),
output_path (make_canonical_path(initializers.output_path())),
source_comments (initializers.source_comments()),
output_style (initializers.output_style()),
source_map_file (make_canonical_path(initializers.source_map_file())),
omit_source_map_url (initializers.omit_source_map_url()),
names_to_colors (map<string, Color*>()),
colors_to_names (map<int, string>()),
precision (initializers.precision()),
subset_map (Subset_Map<string, pair<Complex_Selector*, Compound_Selector*> >())
{
cwd = get_cwd();
collect_include_paths(initializers.include_paths_c_str());
collect_include_paths(initializers.include_paths_array());
setup_color_map();
string entry_point = initializers.entry_point();
if (!entry_point.empty()) {
string result(add_file(entry_point));
if (result.empty()) {
throw "File to read not found or unreadable: " + entry_point;
}
}
}
Context::Context(Context::Data initializers)
: mem(Memory_Manager<AST_Node>()),
source_c_str (initializers.source_c_str()),
sources (vector<const char*>()),
include_paths (initializers.include_paths()),
queue (vector<Sass_Queued>()),
style_sheets (map<string, Block*>()),
source_map (resolve_relative_path(initializers.output_path(), initializers.source_map_file(), get_cwd())),
c_functions (vector<Sass_C_Function_Callback>()),
image_path (initializers.image_path()),
input_path (make_canonical_path(initializers.input_path())),
output_path (make_canonical_path(initializers.output_path())),
source_comments (initializers.source_comments()),
output_style (initializers.output_style()),
source_map_file (make_canonical_path(initializers.source_map_file())),
source_map_embed (initializers.source_map_embed()),
source_map_contents (initializers.source_map_contents()),
omit_source_map_url (initializers.omit_source_map_url()),
is_indented_syntax_src (initializers.is_indented_syntax_src()),
importer (initializers.importer()),
names_to_colors (map<string, Color*>()),
colors_to_names (map<int, string>()),
precision (initializers.precision()),
_skip_source_map_update (initializers._skip_source_map_update()),
subset_map (Subset_Map<string, pair<Complex_Selector*, Compound_Selector*> >())
{
cwd = get_cwd();
// enforce some safe defaults
// used to create relative file links
if (input_path == "") input_path = "stdin";
if (output_path == "") output_path = "stdout";
include_paths.push_back(cwd);
collect_include_paths(initializers.include_paths_c_str());
collect_include_paths(initializers.include_paths_array());
setup_color_map();
string entry_point = initializers.entry_point();
if (!entry_point.empty()) {
string result(add_file(entry_point));
if (result.empty()) {
throw "File to read not found or unreadable: " + entry_point;
}
}
}
Context::Context(Context::Data initializers)
: // Output(this),
head_imports(0),
mem(Memory_Manager<AST_Node>()),
c_options (initializers.c_options()),
c_compiler (initializers.c_compiler()),
source_c_str (initializers.source_c_str()),
sources (vector<const char*>()),
plugin_paths (initializers.plugin_paths()),
include_paths (initializers.include_paths()),
queue (vector<Sass_Queued>()),
style_sheets (map<string, Block*>()),
emitter (this),
c_headers (vector<Sass_Importer_Entry>()),
c_importers (vector<Sass_Importer_Entry>()),
c_functions (vector<Sass_Function_Entry>()),
indent (initializers.indent()),
linefeed (initializers.linefeed()),
input_path (make_canonical_path(initializers.input_path())),
output_path (make_canonical_path(initializers.output_path())),
source_comments (initializers.source_comments()),
output_style (initializers.output_style()),
source_map_file (make_canonical_path(initializers.source_map_file())),
source_map_root (initializers.source_map_root()), // pass-through
source_map_embed (initializers.source_map_embed()),
source_map_contents (initializers.source_map_contents()),
omit_source_map_url (initializers.omit_source_map_url()),
is_indented_syntax_src (initializers.is_indented_syntax_src()),
names_to_colors (map<string, Color*>()),
colors_to_names (map<int, string>()),
precision (initializers.precision()),
plugins(),
subset_map (Subset_Map<string, pair<Complex_Selector*, Compound_Selector*> >())
{
cwd = get_cwd();
// enforce some safe defaults
// used to create relative file links
if (input_path == "") input_path = "stdin";
if (output_path == "") output_path = "stdout";
include_paths.push_back(cwd);
collect_include_paths(initializers.include_paths_c_str());
// collect_include_paths(initializers.include_paths_array());
collect_plugin_paths(initializers.plugin_paths_c_str());
// collect_plugin_paths(initializers.plugin_paths_array());
setup_color_map();
for (size_t i = 0, S = plugin_paths.size(); i < S; ++i) {
plugins.load_plugins(plugin_paths[i]);
}
for(auto fn : plugins.get_functions()) {
c_functions.push_back(fn);
}
for(auto fn : plugins.get_headers()) {
c_headers.push_back(fn);
}
for(auto fn : plugins.get_importers()) {
c_importers.push_back(fn);
}
sort (c_headers.begin(), c_headers.end(), sort_importers);
sort (c_importers.begin(), c_importers.end(), sort_importers);
string entry_point = initializers.entry_point();
if (!entry_point.empty()) {
string result(add_file(entry_point));
if (result.empty()) {
throw "File to read not found or unreadable: " + entry_point;
}
}
emitter.set_filename(resolve_relative_path(output_path, source_map_file, cwd));
}