willbe 0.34.0

/// Define a private namespace for all its items.
mod private
{

  use crate :: *;

  use collection_tools ::collection ::HashSet;
  use std ::fs;
  use colored ::Colorize;
  use wca ::VerifiedCommand;
  // use error ::Result;
  // qqq: group dependencies
  use pth ::AbsolutePath;
  use std ::path ::PathBuf;
  use action ::test ::TestsCommandOptions;
  use former ::Former;
  use crate ::entity ::channel ::Channel;
  use error ::untyped ::bail;
  use crate ::entity ::optimization ::Optimization;
  // Explicit import for Result and its variants for pattern matching
  use core ::result ::Result :: { Ok, Err };

  #[ derive( Former, Debug ) ]
  #[ allow( clippy ::struct_excessive_bools ) ]
  struct TestsProperties
  {
  #[ former( default = true ) ]
  dry: bool,
  #[ former( default = true ) ]
  with_stable: bool,
  #[ former( default = false ) ]
  with_nightly: bool,
  #[ former( default = 0u32 ) ]
  concurrent: u32,
  #[ former( default = 1u32 ) ]
  power: u32,
  include: Vec< String >,
  #[ former( default  = [ "full".to_string(), "default".to_string() ] ) ]
  exclude: Vec< String >,
  #[ former( default = true ) ]
  temp: bool,
  enabled_features: Vec< String >,
  #[ former( default = true ) ]
  with_all_features: bool,
  #[ former( default = true ) ]
  with_none_features: bool,
  #[ former( default = true ) ]
  with_debug: bool,
  #[ former( default = false ) ]
  with_release: bool,
  #[ cfg( feature = "progress_bar" ) ]
  #[ former( default = true ) ]
  with_progress: bool,
 }

  /// run tests in specified crate
  /// # Errors
  /// qqq: doc
  // qqq: don't use 1-prameter Result
  pub fn test( o: VerifiedCommand ) -> error ::untyped ::Result< () > // qqq: use typed error
  {
  let args_line = format!
  (
   "{}",
   o
   .args
   .get_owned( 0 )
   .unwrap_or( std ::path ::PathBuf ::from( "" ) )
   .display()
 );
  let prop_line = o
  .props
  .iter()
  .map( | p | format!( "{} : {}", p.0, p.1 ) )
  .collect :: < Vec< _ > >().join(" ");

  let path: PathBuf = o.args.get_owned( 0 ).unwrap_or_else( || "./".into() );
  // qqq: dont use canonicalizefunction. path does not have exist
  let path = AbsolutePath ::try_from( fs ::canonicalize( path )? )?;
  let TestsProperties
  {
   dry,
   with_stable,
   with_nightly,
   concurrent,
   power,
   include,
   exclude,
   temp,
   enabled_features,
   with_all_features,
   with_none_features,
   with_debug,
   with_release,
   #[ cfg( feature = "progress_bar" ) ]
   with_progress
 } = o.props.try_into()?;
  
  // Default value when progress_bar feature is disabled
  #[ cfg( not( feature = "progress_bar" ) ) ]
  #[ allow( unused_variables ) ]
  let with_progress = false;

  let mut channels = HashSet ::new();
  if with_stable { channels.insert( Channel ::Stable ); }
  if with_nightly { channels.insert( Channel ::Nightly ); }

  let mut optimizations = HashSet ::new();
  if with_release { optimizations.insert( Optimization ::Release ); }
  if with_debug { optimizations.insert( Optimization ::Debug ); }

  if optimizations.is_empty()
  {
   bail!( "Cannot run tests if with_debug and with_release are both false. \
Set at least one of them to true." );
 }


  let args = TestsCommandOptions ::former()
  .dir( path )
  .concurrent( concurrent )
  .channels( channels )
  .power( power )
  .exclude_features( exclude )
  .include_features( include )
  .temp( temp )
  .enabled_features( enabled_features )
  .with_all_features( with_all_features )
  .with_none_features( with_none_features )
  .optimizations( optimizations );
  
  #[ cfg( feature = "progress_bar" ) ]
  let args = args.with_progress( with_progress );
  
  let args = args.form();

  match action ::test( args, dry )
  {

   Ok( report ) =>
   {
  if dry
  {
   let args = if args_line.is_empty() { String ::new() } else { format!(" {args_line}" ) };
   let prop = if prop_line.is_empty() { String ::new() } else { format!(" {prop_line}" ) };
   let line = format!( "will .publish{args}{prop} dry: 0" );
   println!( "To apply plan, call the command `{}`", line.blue() );
 }
  else
  {
   println!( "{report} ");
 }

  Ok( () )
 }
   Err( ( report, e ) ) =>
   {
  eprintln!( "{report}" );
  Err( e.context( "package test command" ) )
 }
 }
 }

  impl TryFrom< wca ::executor ::Props > for TestsProperties
  {
  type Error = error ::untyped ::Error;
  fn try_from( value: wca ::executor ::Props ) -> Result< Self, Self ::Error >
  {
   let mut this = Self ::former();

   this = if let Some( v ) = value
   .get_owned( "dry" ) { this.dry :: < bool >( v ) } else { this };
   this = if let Some( v ) = value
   .get_owned( "temp" ) { this.temp :: < bool >( v ) } else { this };
   this = if let Some( v ) = value
   .get_owned( "with_stable" ) { this.with_stable :: < bool >( v ) } else { this };
   this = if let Some( v ) = value
   .get_owned( "with_nightly" ) { this.with_nightly :: < bool >( v ) } else { this };
   this = if let Some( v ) = value
   .get_owned( "concurrent" ) { this.concurrent :: < u32 >( v ) } else { this };
   this = if let Some( v ) = value
   .get_owned( "power" ) { this.power :: < u32 >( v ) } else { this };
   this = if let Some( v ) = value
   .get_owned( "include" ) { this.include :: < Vec< String > >( v ) } else { this };
   this = if let Some( v ) = value
   .get_owned( "exclude" ) { this.exclude :: < Vec< String > >( v ) } else { this };
   this = if let Some( v ) = value
   .get_owned( "with_debug" ) { this.with_debug :: < bool >( v ) } else { this };
   this = if let Some( v ) = value
   .get_owned( "with_release" ) { this.with_release :: < bool >( v ) } else { this };
   this = if let Some( v ) = value
   .get_owned( "with_all_features" ) { this.with_all_features :: < bool >( v ) } else { this };
   this = if let Some( v ) = value
   .get_owned( "with_none_features" ) { this.with_none_features :: < bool >( v ) } else { this };
   this = if let Some( v ) = value
   .get_owned( "always" ) { this.enabled_features :: < Vec< String > >( v ) } else { this };
   #[ cfg( feature = "progress_bar" ) ]
   {
  this = if let Some( v ) = value
  .get_owned( "with_progress" ) { this.with_progress :: < bool >( v ) } else { this };
 }

   Ok( this.form() )
 }
 }
}

crate ::mod_interface!
{
  /// run tests in specified crate
  exposed use test;
}