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|
use libnewsboat::cliargsparser;
// cxx doesn't allow to share types from other crates, so we have to wrap it
// cf. https://github.com/dtolnay/cxx/issues/496
struct CliArgsParser(cliargsparser::CliArgsParser);
#[cxx::bridge(namespace = "newsboat::cliargsparser::bridged")]
mod bridged {
extern "Rust" {
type CliArgsParser;
fn create(argv: Vec<String>) -> Box<CliArgsParser>;
fn do_import(cliargsparser: &CliArgsParser) -> bool;
fn do_export(cliargsparser: &CliArgsParser) -> bool;
fn do_vacuum(cliargsparser: &CliArgsParser) -> bool;
fn do_cleanup(cliargsparser: &CliArgsParser) -> bool;
fn do_show_version(cliargsparser: &CliArgsParser) -> u64;
fn silent(cliargsparser: &CliArgsParser) -> bool;
fn using_nonstandard_configs(cliargsparser: &CliArgsParser) -> bool;
fn should_print_usage(cliargsparser: &CliArgsParser) -> bool;
fn refresh_on_start(cliargsparser: &CliArgsParser) -> bool;
fn importfile(cliargsparser: &CliArgsParser) -> String;
fn program_name(cliargsparser: &CliArgsParser) -> String;
fn display_msg(cliargsparser: &CliArgsParser) -> String;
fn return_code(cliargsparser: &CliArgsParser, value: &mut isize) -> bool;
fn readinfo_import_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool;
fn readinfo_export_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool;
fn url_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool;
fn lock_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool;
fn cache_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool;
fn config_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool;
fn log_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool;
fn cmds_to_execute(cliargsparser: &CliArgsParser) -> Vec<String>;
fn log_level(cliargsparser: &CliArgsParser, level: &mut i8) -> bool;
}
extern "C++" {
// cxx uses `std::out_of_range`, but doesn't include the header that defines that
// exception. So we do it for them.
include!("stdexcept");
// Also inject a header that defines ptrdiff_t. Note this is *not* a C++ header, because
// cxx uses a non-C++ name of the type.
include!("stddef.h");
}
}
fn create(argv: Vec<String>) -> Box<CliArgsParser> {
Box::new(CliArgsParser(cliargsparser::CliArgsParser::new(argv)))
}
fn do_import(cliargsparser: &CliArgsParser) -> bool {
cliargsparser.0.importfile.is_some()
}
fn do_export(cliargsparser: &CliArgsParser) -> bool {
cliargsparser.0.do_export
}
fn do_vacuum(cliargsparser: &CliArgsParser) -> bool {
cliargsparser.0.do_vacuum
}
fn do_cleanup(cliargsparser: &CliArgsParser) -> bool {
cliargsparser.0.do_cleanup
}
fn do_show_version(cliargsparser: &CliArgsParser) -> u64 {
cliargsparser.0.show_version as u64
}
fn silent(cliargsparser: &CliArgsParser) -> bool {
cliargsparser.0.silent
}
fn using_nonstandard_configs(cliargsparser: &CliArgsParser) -> bool {
cliargsparser.0.using_nonstandard_configs()
}
fn should_print_usage(cliargsparser: &CliArgsParser) -> bool {
cliargsparser.0.should_print_usage
}
fn refresh_on_start(cliargsparser: &CliArgsParser) -> bool {
cliargsparser.0.refresh_on_start
}
fn importfile(cliargsparser: &CliArgsParser) -> String {
match &cliargsparser.0.importfile {
Some(path) => path.to_string_lossy().to_string(),
None => String::new(),
}
}
fn program_name(cliargsparser: &CliArgsParser) -> String {
cliargsparser.0.program_name.to_string()
}
fn display_msg(cliargsparser: &CliArgsParser) -> String {
cliargsparser.0.display_msg.to_string()
}
fn return_code(cliargsparser: &CliArgsParser, value: &mut isize) -> bool {
match cliargsparser.0.return_code {
Some(code) => {
*value = code as isize;
true
}
None => false,
}
}
fn readinfo_import_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool {
match &cliargsparser.0.readinfo_import_file {
Some(p) => {
*path = p.to_string_lossy().to_string();
true
}
None => false,
}
}
fn readinfo_export_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool {
match &cliargsparser.0.readinfo_export_file {
Some(p) => {
*path = p.to_string_lossy().to_string();
true
}
None => false,
}
}
fn url_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool {
match &cliargsparser.0.url_file {
Some(p) => {
*path = p.to_string_lossy().to_string();
true
}
None => false,
}
}
fn lock_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool {
match &cliargsparser.0.lock_file {
Some(p) => {
*path = p.to_string_lossy().to_string();
true
}
None => false,
}
}
fn cache_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool {
match &cliargsparser.0.cache_file {
Some(p) => {
*path = p.to_string_lossy().to_string();
true
}
None => false,
}
}
fn config_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool {
match &cliargsparser.0.config_file {
Some(p) => {
*path = p.to_string_lossy().to_string();
true
}
None => false,
}
}
fn log_file(cliargsparser: &CliArgsParser, path: &mut String) -> bool {
match &cliargsparser.0.log_file {
Some(p) => {
*path = p.to_string_lossy().to_string();
true
}
None => false,
}
}
fn cmds_to_execute(cliargsparser: &CliArgsParser) -> Vec<String> {
cliargsparser.0.cmds_to_execute.to_owned()
}
fn log_level(cliargsparser: &CliArgsParser, level: &mut i8) -> bool {
match cliargsparser.0.log_level {
Some(l) => {
*level = l as i8;
true
}
None => false,
}
}
|
