willbe 0.34.0

#[ allow( clippy ::std_instead_of_alloc, clippy ::std_instead_of_core ) ]
mod private
{

  use crate :: *;
  use collection_tools :: collection;

  use std ::fmt;
  use process_tools ::process;
  use
  {
  iter ::Itertools,
  error ::
  {
   // Result,
   untyped :: { format_err, Error },
 }
 };
  use error ::ErrWith;
  // Explicit import for Result and its variants for pattern matching
  use std ::result ::Result :: { Ok, Err };

  /// Represents instructions for publishing a package.
  #[ derive( Debug, Clone ) ]
  pub struct PackagePublishInstruction
  {
  /// The name of the package.
  pub package_name: package ::PackageName,
  /// Options for packing the package using Cargo.
  pub pack: cargo ::PackOptions,
  /// Options for bumping the package version.
  pub bump: version ::BumpOptions,
  /// Git options related to the package.
  pub git_options: entity ::git ::GitOptions,
  /// Options for publishing the package using Cargo.
  pub publish: cargo ::PublishOptions,
  /// Indicates whether the process should be dry-run (no actual publishing).
  pub dry: bool,
 }

  /// Finds all workspace members that depend on the specified crate.
  ///
  /// This function scans ALL workspace members (workspace-scoped) rather than just
  /// the dependency tree of a specific crate (tree-scoped). This is critical for
  /// ensuring that when a workspace dependency is bumped, every workspace member
  /// that depends on it gets its `Cargo.toml` updated.
  ///
  /// # Arguments
  /// * `workspace` - The workspace to scan
  /// * `crate_name` - Name of the crate to find dependents for
  ///
  /// # Returns
  /// Vector of `CrateDir` for each workspace member that depends on `crate_name`
  ///
  /// # Example
  /// If workspace has: `crate_a`, `crate_b`, `crate_c`
  /// And `crate_b` and `crate_c` both depend on `crate_a`
  /// Then `find_workspace_dependents( workspace, "crate_a" )` returns `[crate_b_dir, crate_c_dir]`
  fn find_workspace_dependents
  (
  workspace: &Workspace,
  crate_name: &str,
 ) -> Vec< CrateDir >
  {
  workspace
  .packages()
  .filter_map( | pkg |
  {
  // Check if this package depends on crate_name
  let has_dependency = pkg
  .dependencies()
  .any( | dep | dep.name() == crate_name );

  if has_dependency
  {
  pkg.crate_dir().ok()
 }
  else
  {
  None
 }
 })
  .collect()
 }

  /// Represents a planner for publishing a single package.
  #[ derive( Debug, former ::Former ) ]
  #[ perform( fn build() -> PackagePublishInstruction ) ]
  pub struct PublishSinglePackagePlanner< 'a >
  {
  workspace_dir: CrateDir,
  package: package ::Package< 'a >,
  channel: channel ::Channel,
  base_temp_dir: Option< path ::PathBuf >,
  #[ former( default = true ) ]
  dry: bool,
 }

  impl PublishSinglePackagePlanner< '_ > // fix clippy
  {
  fn build( self ) -> PackagePublishInstruction
  {
   let crate_dir = self.package.crate_dir();
   let workspace_root: AbsolutePath = self.workspace_dir.clone().absolute_path();
   let pack = cargo ::PackOptions
   {
  path: crate_dir.clone().absolute_path().inner(),
  channel: self.channel,
  allow_dirty: self.dry,
  checking_consistency: !self.dry,
  temp_path: self.base_temp_dir.clone(),
  dry: self.dry,
 };
   let old_version: Version = self.package.version().as_ref().unwrap().try_into().unwrap();
   let new_version = old_version.clone().bump();

   // Fix(issue-001): Find ALL workspace members depending on this crate for version updates
   // Root cause: Original code only updated workspace root, missing individual member manifests
   // Pitfall: Workspace dependency bumps affect ALL workspace members, not just publication tree

   // Get workspace to scan all members
   let workspace = Workspace ::try_from( self.workspace_dir.clone() ).unwrap();
   let package_name = self.package.name().unwrap();

   // Get all workspace members that depend on the package being published
   let mut dependencies = find_workspace_dependents( &workspace, package_name );

   // Also include workspace root if it has workspace-level dependencies
   let workspace_root_dir = CrateDir ::try_from( workspace_root.clone() ).unwrap();
   if !dependencies.contains( &workspace_root_dir )
   {
  dependencies.push( workspace_root_dir );
 }

   let bump = version ::BumpOptions
   {
  crate_dir: crate_dir.clone(),
  old_version: old_version.clone(),
  new_version: new_version.clone(),
  dependencies: dependencies.clone(),
  dry: self.dry,
 };
   let git_options = entity ::git ::GitOptions
   {
  git_root: workspace_root,
  items: dependencies.iter().chain( [ &crate_dir ] ).map( | d | d.clone().absolute_path().join( "Cargo.toml" ).expect( "Failed to join Cargo.toml path" ) ).collect(),
  message: format!( "{}-v{}", self.package.name().unwrap(), new_version ),
  dry: self.dry,
 };
   let publish = cargo ::PublishOptions
   {
  path: crate_dir.clone().absolute_path().inner(),
  temp_path: self.base_temp_dir.clone(),
  retry_count: 2,
  dry: self.dry,
 };

   PackagePublishInstruction
   {
  package_name: self.package.name().unwrap().to_string().into(),
  pack,
  bump,
  git_options,
  publish,
  dry: self.dry,
 }
 }
 }

  /// `PublishPlan` manages the overall publication process for multiple packages.
  /// It organizes the necessary details required for publishing each individual package.
  /// This includes the workspace root directory, any temporary directories used during the process,
  /// and the set of specific instructions for publishing each package.
  #[ derive( Debug, former ::Former, Clone ) ]
  pub struct PublishPlan
  {
  /// `workspace_dir` - This is the root directory of your workspace, containing all the Rust crates
  /// that make up your package. It is used to locate the packages within your workspace that are meant
  /// to be published. The value here is represented by `CrateDir` which indicates the directory of the crate.
  pub workspace_dir: CrateDir,

  /// `base_temp_dir` - This is used for any temporary operations during the publication process, like
  /// building the package or any other processes that might require the storage of transient data. It's
  /// optional as not all operations will require temporary storage. The type used is `PathBuf` which allows
  /// manipulation of the filesystem paths.
  pub base_temp_dir: Option< path ::PathBuf >,

  /// Release channels for rust.
  pub channel: channel ::Channel,

  /// `dry` - A boolean value indicating whether to do a dry run. If set to `true`, the application performs
  /// a simulated run without making any actual changes. If set to `false`, the operations are actually executed.
  /// This property is optional and defaults to `true`.
  #[ former( default = true ) ]
  pub dry: bool,

  /// Required for tree view only
  pub roots: Vec< CrateDir >,

  /// `plans` - This is a vector containing the instructions for publishing each package. Each item
  /// in the `plans` vector indicates a `PackagePublishInstruction` set for a single package. It outlines
  /// how to build and where to publish the package amongst other instructions. The `#[ setter( false ) ]`
  /// attribute indicates that there is no setter method for the `plans` variable and it can only be modified
  /// within the struct.
  #[ scalar( setter = false ) ]
  pub plans: Vec< PackagePublishInstruction >,
 }

  impl PublishPlan
  {
  /// Displays a tree-like structure of crates and their dependencies.
  ///
  /// # Arguments
  ///
  /// * `f` - A mutable reference to a `Formatter` used for writing the output.
  ///
  /// # Errors
  ///
  /// Returns a `std ::fmt ::Error` if there is an error writing to the formatter.
  pub fn write_as_tree< W >( &self, f: &mut W ) -> fmt ::Result
  where
   W: fmt ::Write
  {
   let name_bump_report: collection ::HashMap< _, _ > = self
   .plans
   .iter()
   .map( | x | ( x.package_name.as_ref(), ( x.bump.old_version.to_string(), x.bump.new_version.to_string() ) ) )
   .collect();
   for wanted in &self.roots
   {
  let list = action ::list_all
  (
   action ::list ::ListOptions ::former()
   .path_to_manifest( wanted.clone() )
   .format( action ::list ::ListFormat ::Tree )
   .dependency_sources( [ action ::list ::DependencySource ::Local ] )
   .dependency_categories( [ action ::list ::DependencyCategory ::Primary ] )
   .form()
 )
  .map_err( | ( _, _e ) | fmt ::Error )?;
  let action ::list ::ListReport ::Tree( list ) = list else { unreachable!() };

  #[ allow( clippy ::items_after_statements ) ]
  fn callback( name_bump_report: &collection ::HashMap< &String, ( String, String ) >, mut r: tool ::ListNodeReport ) -> tool ::ListNodeReport
  {
   if let Some( ( old, new ) ) = name_bump_report.get( &r.name )
   {
  r.version = Some( format!( "({old} -> {new})" ) );
 }
   r.normal_dependencies = r.normal_dependencies.into_iter().map( | r | callback( name_bump_report, r ) ).collect();
   r.dev_dependencies = r.dev_dependencies.into_iter().map( | r | callback( name_bump_report, r ) ).collect();
   r.build_dependencies = r.build_dependencies.into_iter().map( | r | callback( name_bump_report, r ) ).collect();

   r
 }
  let printer = list;
  let rep: Vec< tool ::ListNodeReport > = printer.iter().map( | printer | printer.info.clone() ).collect();
  let list: Vec< tool ::ListNodeReport > = rep.into_iter().map( | r | callback( &name_bump_report, r ) ).collect();
  let printer: Vec< tool ::TreePrinter > = list.iter().map( tool ::TreePrinter ::new ).collect();

  let list = action ::list ::ListReport ::Tree( printer );
  writeln!( f, "{list}" )?;
 }

   Ok( () )
 }

  /// Format and display the list of packages and their version bumps in a formatted way.
  ///
  /// # Arguments
  ///
  /// - `f` : A mutable reference to a `Formatter` where the output will be written to.
  ///
  /// # Errors
  ///
  /// Returns a `std ::fmt ::Error` if there is an error writing to the formatter.
  pub fn write_as_list< W >( &self, f: &mut W ) -> fmt ::Result
  where
   W: fmt ::Write
  {
   for ( idx, package ) in self.plans.iter().enumerate()
   {
  let bump = &package.bump;
  writeln!( f, "[{idx}] {} ({} -> {})", package.package_name, bump.old_version, bump.new_version )?;
 }

   Ok( () )
 }
 }

  impl< 'a > PublishPlanFormer
  {
  pub fn option_base_temp_dir( mut self, path: Option< path ::PathBuf > ) -> Self
  {
   self.storage.base_temp_dir = path;
   self
 }

  pub fn package< IntoPackage >( mut self, package: IntoPackage ) -> Self
  where
   IntoPackage: Into< package ::Package< 'a > >,
  {
   let channel = self.storage.channel.unwrap_or_default();
   let mut plan = PublishSinglePackagePlanner ::former();
   if let Some( workspace ) = &self.storage.workspace_dir
   {
  plan = plan.workspace_dir( workspace.clone() );
 }
   if let Some( base_temp_dir ) = &self.storage.base_temp_dir
   {
  plan = plan.base_temp_dir( base_temp_dir.clone() );
 }
   if let Some( dry ) = self.storage.dry
   {
  plan = plan.dry( dry );
 }
   let plan = plan
   .channel( channel )
   .package( package )
   .perform();
   let mut plans = self.storage.plans.unwrap_or_default();
   plans.push( plan );

   self.storage.plans = Some( plans );

   self
 }

  pub fn packages< IntoPackageIter, IntoPackage >( mut self, packages: IntoPackageIter ) -> Self
  where
   IntoPackageIter: IntoIterator< Item = IntoPackage >,
   IntoPackage: Into< package ::Package< 'a > >,
  {
   for package in packages
   {
  self = self.package( package );
 }

   self
 }

 }

  /// Holds information about the publishing process.
  #[ derive( Debug, Default, Clone ) ]
  pub struct PublishReport
  {
  /// Retrieves information about the package.
  pub get_info: Option< process ::Report >,
  /// Bumps the version of the package.
  pub bump: Option< version ::ExtendedBumpReport >,
  /// Report of adding changes to the Git repository.
  pub add: Option< process ::Report >,
  /// Report of committing changes to the Git repository.
  pub commit: Option< process ::Report >,
  /// Report of pushing changes to the Git repository.
  pub push: Option< process ::Report >,
  /// Report of publishes the package using the `cargo publish` command.
  pub publish: Option< process ::Report >,
 }

  impl fmt ::Display for PublishReport
  {
  fn fmt( &self, f: &mut fmt ::Formatter< '_ > ) -> fmt ::Result
  {
   let PublishReport
   {
  get_info,
  bump,
  add,
  commit,
  push,
  publish,
 } = self;

   if get_info.is_none()
   {
  f.write_str( "Empty report" )?;
  return Ok( () )
 }
   let info = get_info.as_ref().unwrap();
   write!( f, "{info}" )?;

   if let Some( bump ) = bump
   {
  writeln!( f, "{bump}" )?;
 }
   if let Some( add ) = add
   {
  write!( f, "{add}" )?;
 }
   if let Some( commit ) = commit
   {
  write!( f, "{commit}" )?;
 }
   if let Some( push ) = push
   {
  write!( f, "{push}" )?;
 }
   if let Some( publish ) = publish
   {
  write!( f, "{publish}" )?;
 }

   Ok( () )
 }
 }

  /// Performs package publishing based on the given arguments.
  ///
  /// # Arguments
  ///
  /// * `args` - The package publishing instructions.
  ///
  /// # Returns
  ///
  /// * `Result< PublishReport >` - The result of the publishing operation, including information about the publish, version bump, and git operations.
  ///
  /// # Errors
  /// qqq: doc
  #[ allow( clippy ::option_map_unit_fn, clippy ::result_large_err ) ]
  pub fn perform_package_publish( instruction: PackagePublishInstruction ) -> ResultWithReport< PublishReport, Error >
  {
  let mut report = PublishReport ::default();
  let PackagePublishInstruction
  {
   package_name: _,
   mut pack,
   mut bump,
   mut git_options,
   mut publish,
   dry,
 } = instruction;
  pack.dry = dry;
  bump.dry = dry;
  git_options.dry = dry;
  publish.dry = dry;

  report.get_info = Some( cargo ::pack( pack ).err_with_report( &report )? );
  // aaa: redundant field? // aaa: removed
  let bump_report = version ::bump( bump ).err_with_report( &report )?;
  report.bump = Some( bump_report.clone() );

  let git_root = git_options.git_root.clone();
  let git = match entity ::git ::perform_git_commit( git_options )
  {
   Ok( git ) => git,
   Err( e ) =>
   {
  version ::revert( &bump_report )
  .map_err( | le | format_err!( "Base error: \n{}\nRevert error: \n{}", e.to_string().replace( '\n', "\n\t" ), le.to_string().replace( '\n', "\n\t" ) ) )
  .err_with_report( &report )?;
  return Err( ( report, e ) );
 }
 };
  report.add = git.add;
  report.commit = git.commit;
  report.publish = match cargo ::publish( &publish )
  {
   Ok( publish ) => Some( publish ),
   Err( e ) =>
   {
  tool ::git ::reset( git_root.as_ref(), true, 1, false )
  .map_err
  (
   | le |
   format_err!( "Base error: \n{}\nRevert error: \n{}", e.to_string().replace( '\n', "\n\t" ), le.to_string().replace( '\n', "\n\t" ) )
 )
  .err_with_report( &report )?;
  return Err( ( report, e ) );
 }
 };

  let res = tool ::git ::push( &git_root, dry ).err_with_report( &report )?;
  report.push = Some( res );

  Ok( report )
 }

  /// Perform publishing of multiple packages based on the provided publish plan.
  ///
  /// # Arguments
  ///
  /// * `plan` - The publish plan with details of packages to be published.
  ///
  /// # Returns
  ///
  /// Returns a `Result` containing a vector of `PublishReport` if successful, else an error.
  ///
  /// # Errors
  /// qqq: doc
  pub fn perform_packages_publish( plan: PublishPlan ) -> error ::untyped ::Result< Vec< PublishReport > >
  // qqq: use typed error
  {
  let mut report = vec![];
  for package in plan.plans
  {
   let res = perform_package_publish( package ).map_err
   (
  | ( current_rep, e ) |
  format_err!( "{}\n{current_rep}\n{e}", report.iter().map( | r | format!( "{r}" ) ).join( "\n" ) )
 )?;
   report.push( res );
 }

  Ok( report )
 }

}

//

crate ::mod_interface!
{
  own use PublishPlan;
  own use PackagePublishInstruction;
  own use PublishSinglePackagePlanner;
  own use PublishReport;
  own use perform_package_publish;
  own use perform_packages_publish;
}