SimpleTableWriterHelper.cc

// -*- tab-width: 2; indent-tabs-mode: nil; coding: utf-8-with-signature -*-
//-----------------------------------------------------------------------------
// Copyright 2000-2023 CEA (www.cea.fr) IFPEN (www.ifpenergiesnouvelles.com)
// See the top-level COPYRIGHT file for details.
// SPDX-License-Identifier: Apache-2.0
//-----------------------------------------------------------------------------
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/* SimpleTableWriterHelper.cc                                  (C) 2000-2023 */
/*                                                                           */
/* Classe permettant d'écrire un SimpleTableInternal dans un fichier.        */
/* Simplifie l'utilisation de l'écrivain en gérant le multiprocessus et les  */
/* noms des fichiers/dossiers.                                               */
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#include "arcane/std/SimpleTableWriterHelper.h"
 
#include "arcane/Directory.h"
#include "arcane/IParallelMng.h"
#include "arcane/utils/StringBuilder.h"
 
#include <optional>
 
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namespace Arcane
{
 
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bool SimpleTableWriterHelper::
init(const Directory& root_directory, const String& table_name, const String& directory_name)
{
  setTableName(table_name);
  _computeTableName();
 
  setOutputDirectory(directory_name);
  _computeOutputDirectory();
 
  m_root = Directory(root_directory, m_simple_table_reader_writer->fileType());
  return true;
}
 
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void SimpleTableWriterHelper::
print(Integer rank)
{
  if (rank != -1 && m_simple_table_internal->m_parallel_mng->commRank() != rank)
    return;
  m_simple_table_reader_writer->print();
}
 
bool SimpleTableWriterHelper::
writeFile(const Directory& root_directory, Integer rank)
{
  // Finalisation du nom et du répertoire du csv (si ce n'est pas déjà fait).
  _computeTableName();
  _computeOutputDirectory();
 
  // Création du répertoire.
  bool result = SimpleTableReaderWriterUtils::createDirectoryOnlyProcess0(m_simple_table_internal->m_parallel_mng, root_directory);
  if (!result) {
    return false;
  }
 
  Directory output_directory(root_directory, m_name_output_directory);
 
  result = SimpleTableReaderWriterUtils::createDirectoryOnlyProcess0(m_simple_table_internal->m_parallel_mng, output_directory);
  if (!result) {
    return false;
  }
 
  // Si l'on n'est pas le processus demandé, on return true.
  // -1 = tout le monde écrit.
  if (rank != -1 && m_simple_table_internal->m_parallel_mng->commRank() != rank)
    return true;
 
  // Si l'on a rank == -1 et que isOneFileByRanksPermited() == false, alors il n'y a que le
  // processus 0 qui doit écrire.
  if ((rank == -1 && !isOneFileByRanksPermited()) && m_simple_table_internal->m_parallel_mng->commRank() != 0)
    return true;
 
  return m_simple_table_reader_writer->writeTable(output_directory, m_simple_table_internal->m_table_name);
}
 
bool SimpleTableWriterHelper::
writeFile(Integer rank)
{
  return writeFile(m_root, rank);
}
 
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Integer SimpleTableWriterHelper::
precision()
{
  return m_simple_table_reader_writer->precision();
}
 
void SimpleTableWriterHelper::
setPrecision(Integer precision)
{
  m_simple_table_reader_writer->setPrecision(precision);
}
 
bool SimpleTableWriterHelper::
isFixed()
{
  return m_simple_table_reader_writer->isFixed();
}
 
void SimpleTableWriterHelper::
setFixed(bool fixed)
{
  m_simple_table_reader_writer->setFixed(fixed);
}
 
bool SimpleTableWriterHelper::
isForcedToUseScientificNotation()
{
  return m_simple_table_reader_writer->isForcedToUseScientificNotation();
}
 
void SimpleTableWriterHelper::
setForcedToUseScientificNotation(bool use_scientific)
{
  m_simple_table_reader_writer->setForcedToUseScientificNotation(use_scientific);
}
 
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String SimpleTableWriterHelper::
outputDirectory()
{
  _computeOutputDirectory();
  return m_name_output_directory;
}
 
String SimpleTableWriterHelper::
outputDirectoryWithoutComputation()
{
  return m_name_output_directory_without_computation;
}
 
void SimpleTableWriterHelper::
setOutputDirectory(const String& directory)
{
  m_name_output_directory = directory;
  m_name_output_directory_without_computation = directory;
  m_name_output_directory_computed = false;
}
 
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String SimpleTableWriterHelper::
tableName()
{
  _computeTableName();
  return m_simple_table_internal->m_table_name;
}
 
String SimpleTableWriterHelper::
tableNameWithoutComputation()
{
  return m_name_table_without_computation;
}
 
void SimpleTableWriterHelper::
setTableName(const String& name)
{
  m_simple_table_internal->m_table_name = name;
  m_name_table_without_computation = name;
  m_name_table_computed = false;
}
 
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String SimpleTableWriterHelper::
fileName()
{
  _computeTableName();
  return m_simple_table_internal->m_table_name + "." + m_simple_table_reader_writer->fileType();
}
 
Directory SimpleTableWriterHelper::
outputPath()
{
  _computeOutputDirectory();
  return Directory(m_root, m_name_output_directory);
}
 
Directory SimpleTableWriterHelper::
rootPath()
{
  return m_root;
}
 
bool SimpleTableWriterHelper::
isOneFileByRanksPermited()
{
  _computeTableName();
  _computeOutputDirectory();
 
  return m_name_table_one_file_by_ranks_permited || m_name_output_directory_one_file_by_ranks_permited;
}
 
String SimpleTableWriterHelper::
fileType()
{
  return m_simple_table_reader_writer->fileType();
}
 
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Ref<SimpleTableInternal> SimpleTableWriterHelper::
internal()
{
  return m_simple_table_internal;
}
 
Ref<ISimpleTableReaderWriter> SimpleTableWriterHelper::
readerWriter()
{
  return m_simple_table_reader_writer;
}
 
void SimpleTableWriterHelper::
setReaderWriter(const Ref<ISimpleTableReaderWriter>& simple_table_reader_writer)
{
  if (simple_table_reader_writer.isNull())
    ARCANE_FATAL("La réference passée en paramètre est Null.");
  m_simple_table_reader_writer = simple_table_reader_writer;
  m_simple_table_internal = m_simple_table_reader_writer->internal();
}
 
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void SimpleTableWriterHelper::
_computeTableName()
{
  if (!m_name_table_computed) {
    m_simple_table_internal->m_table_name = _computeName(m_name_table_without_computation, m_name_table_one_file_by_ranks_permited);
    m_name_table_computed = true;
  }
}
 
void SimpleTableWriterHelper::
_computeOutputDirectory()
{
  if (!m_name_output_directory_computed) {
    m_name_output_directory = _computeName(m_name_output_directory_without_computation, m_name_output_directory_one_file_by_ranks_permited);
    m_name_output_directory_computed = true;
  }
}
 
String SimpleTableWriterHelper::
_computeName(String name, bool& one_file_by_ranks_permited)
{
  one_file_by_ranks_permited = false;
 
  // Permet de contourner le bug avec String::split() si le nom commence par '@'.
  if (name.startsWith("@")) {
    name = "@" + name;
  }
 
  StringUniqueArray string_splited;
  // On découpe la string là où se trouve les @.
  name.split(string_splited, '@');
 
  // On traite les mots entre les "@".
  if (string_splited.size() > 1) {
    // On recherche "proc_id" dans le tableau (donc @proc_id@ dans le nom).
    std::optional<Integer> proc_id = string_splited.span().findFirst("proc_id");
    // On remplace "@proc_id@" par l'id du proc.
    if (proc_id) {
      string_splited[proc_id.value()] = String::fromNumber(m_simple_table_internal->m_parallel_mng->commRank());
      one_file_by_ranks_permited = true;
    }
    // Il n'y a que un seul proc qui write.
    else {
      one_file_by_ranks_permited = false;
    }
 
    // On recherche "num_procs" dans le tableau (donc @num_procs@ dans le nom).
    std::optional<Integer> num_procs = string_splited.span().findFirst("num_procs");
    // On remplace "@num_procs@" par l'id du proc.
    if (num_procs) {
      string_splited[num_procs.value()] = String::fromNumber(m_simple_table_internal->m_parallel_mng->commSize());
    }
  }
 
  // On recombine la chaine.
  StringBuilder combined = "";
  for (String str : string_splited) {
    // Permet de contourner le bug avec String::split() s'il y a '@@@' dans le nom ou si le
    // nom commence par '@' (en complément des premières lignes de la méthode).
    if (str == "@")
      continue;
    combined.append(str);
  }
 
  return combined.toString();
}
 
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} // End namespace Arcane
 
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