// Armstrong
Dependancies* armstrong_1er_augmentation(Dependancies* param, Line_data* tab_data, int nb_colonnes)
{
Dependancies* temp = NULL;
int j;
Dependancies* temp_dep;
Dependancies* courant_dep = copieDependance(param);
// première itération
while (courant_dep != NULL)
{
for (j=0; j<nb_colonnes; j++)
{
if ( !are_same_string( attribut(j, tab_data), (courant_dep->determinant)->attribut )
&& !are_same_string(attribut(j, tab_data), (courant_dep->soumis)->attribut) )
{
temp_dep = (Dependancies*)malloc(sizeof(Dependancies));
temp_dep->determinant = create_cell_chaine(attribut(j, tab_data));
temp_dep->determinant = append_chaine(temp_dep->determinant, courant_dep-> determinant);
temp_dep->soumis = copie_chaine(courant_dep->soumis);
temp_dep->suiv = NULL;
if (temp == NULL)
temp = temp_dep;
else
{
if (!hasAnagrammeInDependance(temp, temp_dep))
temp = appendDependance(temp, temp_dep);
else
free(temp_dep);
}
}
}
courant_dep = courant_dep->suiv;
}
return temp = appendDependance(temp, param);
}
ManagerArbre::ManagerArbre(const QString & table, const QMap<int,QString> & att, const QVector<QMap<int,int>> & attUnique)
: ManagerSqlArbre(table,att,attUnique)
{
// Get Parent
m_sqlGetParent.append("SELECT ");
m_sqlGetParent.append(attribut(Arbre::Parent));
m_sqlGetParent.append(" FROM ");
m_sqlGetParent.append(table).append(" WHERE ");
m_sqlGetParent.append(attribut(Arbre::Id));
m_sqlGetParent.append("=?");
m_sqlGetParent.squeeze();
}
QString Task::saveToDir()
{
QString sleepAttr;
if (getDaysSleep()>0)
sleepAttr = attribut ("date_sleep",date_sleep.toString (Qt::ISODate) );
return singleElement ("task",
attribut ("status",getStatusString() ) +
attribut ("awake",getAwakeString() ) +
attribut ("date_creation",date_creation.toString (Qt::ISODate) ) +
attribut ("date_modified",date_modified.toString (Qt::ISODate) ) +
sleepAttr
);
}
QString AbstractLinkSql::creer(const QMap<int,QPair<bdd::createSql,bool>>& attCaract, const QMap<int, QString> &foreignKey) const
{
QString sql(wordSqlString(bdd::wordSql::Create));
sql.append(" ").append(m_table).append("(").append(attribut(Entity::Id)).append(" ").append(createSqlString(bdd::createSql::Primary));
for(int i = 1; i != m_nbrAtt; ++i)
{
sql.append(",").append(attribut(i)).append(" ").append(createSqlString(attCaract.value(i).first));
if(attCaract.value(i).second)
sql.append(" ").append(createSqlString(bdd::createSql::NotNull));
}
for(QMap<int, QString>::const_iterator i = foreignKey.cbegin(); i != foreignKey.cend(); ++i)
sql.append(",").append(createSqlString(bdd::createSql::Foreign)).append("(").append(attribut(i.key())).append(") ")
.append(createSqlString(bdd::createSql::Ref)).append(" ").append(i.value());
return sql;
}
Set_Of_Attrs* getCombinaisonsAttrs(Combinaison* param, Line_data* tab_data)
{
Set_Of_Attrs* dump_attr = NULL;
Set_Of_Attrs* temp_attr;
Combinaison* courant_combi = param;
Entier* courant_tuple;
Chaine* temp_chaine;
Chaine* dump_chaine;
while (courant_combi != NULL)
{
courant_tuple = courant_combi->combi;
dump_chaine = NULL;
while (courant_tuple != NULL)
{
temp_chaine = (Chaine*)malloc(sizeof(Chaine));
temp_chaine->attribut = (char*)malloc(sizeof(char)*NMAX);
temp_chaine->suiv = NULL;
strcpy(temp_chaine->attribut, attribut(courant_tuple->val, tab_data) );
dump_chaine = append_chaine(dump_chaine, temp_chaine);
courant_tuple = courant_tuple->suiv;
}
temp_attr = (Set_Of_Attrs*)malloc(sizeof(Set_Of_Attrs));
temp_attr->attributs = copie_chaine(dump_chaine);
temp_attr->suiv = NULL;
dump_attr = append_set_of_attrs(dump_attr, temp_attr);
courant_combi = courant_combi->suiv;
}
return dump_attr;
}
QString Settings::getDataXML (const QString &fpath)
{
QString s;
int i=0;
while (i<pathlist.count())
{
if (pathlist.at(i)==fpath)
if (!valuelist.at(i).isNull())
s+=singleElement (
"setting",
attribut ("key",keylist.at(i))
+attribut ("value",valuelist.at(i).toString())
);
i++;
}
return s;
}
Dependancies* armstrongAugmentation(Dependancies* param, Line_data* tab_data, int nb_colonnes)
{
int j;
Dependancies* courant_dep;
Dependancies* temp_dep;
Dependancies* temp = NULL;
// vérification de la nécessité de de la 1ère augmentation
courant_dep = param;
while (courant_dep != NULL && taille_chaine(courant_dep->determinant) <= 1)
{
courant_dep = courant_dep->suiv;
}
if (courant_dep == NULL)
temp = armstrong_1er_augmentation(param, tab_data, nb_colonnes);
else
temp = param;
Chaine* temp_chaine;
// autres itérations
int peut_continuer = 1;
courant_dep = param;
while (peut_continuer)
{
peut_continuer = 0;
courant_dep = temp;
while (courant_dep != NULL)
{
for (j=0; j<nb_colonnes; j++)
{
temp_chaine = create_cell_chaine(attribut(j, tab_data));
if ( !in_linked_string(courant_dep->determinant, temp_chaine)
&& !in_linked_string(courant_dep->soumis, temp_chaine) )
{
temp_dep = (Dependancies*)malloc(sizeof(Dependancies));
temp_dep->determinant = copie_chaine(courant_dep->determinant);
temp_dep->determinant = append_chaine(temp_dep->determinant, temp_chaine);
temp_dep->soumis = copie_chaine(courant_dep->soumis);
temp_dep->suiv = NULL;
if (!hasAnagrammeInDependance(temp, temp_dep))
{
temp = appendDependance(temp, temp_dep);
if (peut_continuer == 0 )
peut_continuer = 1;
}
}
}
courant_dep = courant_dep->suiv;
}
}
return temp;
}
void afficher_combinaisons_attributs(Combinaison* combinaisons, Line_data* tab_data)
{
Combinaison* courant = combinaisons;
Entier* courant_tuple;
printf("*** Combinaisons *** \n");
while (courant != NULL)
{
courant_tuple = courant->combi;
while (courant_tuple != NULL)
{
printf("%s | ", attribut(courant_tuple->val, tab_data));
courant_tuple = courant_tuple->suiv;
}
printf("\t**\n");
courant = courant->suiv;
}
printf("-----------\n");
}
void Parser_XML::attribut_list(std::string& chaine)
{
const char current_token = read_current_token(chaine);
if(current_token == ' ') {
std::string str_type, str_attribut;
destroy_current_token(chaine, current_token);
str_type = type(chaine);
destroy_current_token(chaine, '=');
destroy_current_token(chaine, '\"');
str_attribut = attribut(chaine);
destroy_current_token(chaine, '\"');
this->addAttribut(std::pair< std::string, std::string >(str_type, str_attribut));
attribut_list(chaine);
} else if(current_token == '>') {
} else {
std::cerr << "Error when reading a balise xml." << std::endl;
}
}
Dependancies* dependances(Set_Of_Attrs* agree, Line_data* tab_data, int nb_lignes, int nb_colonnes)
{
Dependancies* dump = NULL;
Dependancies* temp_dep;
Dependancies* param;
Set_Of_Attrs* courant_agree = agree;
Chaine* courant_chaine;
Entier* temp_tuple;
Entier* tuples;
Couples* couples = NULL;
Couples* courant_couple;
Chaine* determinant;
Chaine* soumis;
while (courant_agree != NULL)
{
courant_chaine = courant_agree->attributs;
if (taille_chaine(courant_chaine) >= 2)
{
tuples = NULL;
while (courant_chaine != NULL)
{
temp_tuple = (Entier*)malloc(sizeof(Entier));
temp_tuple->val = colonne(courant_chaine->attribut, tab_data, nb_colonnes);
temp_tuple->suiv = NULL;
tuples = append_tuple(tuples, temp_tuple);
courant_chaine = courant_chaine->suiv;
}
couples = getCouplesCombinaisons(tuples);
courant_couple = couples;
// Pour les dépendances fonctionnelles élémentaires
while (courant_couple != NULL)
{
if (dependanceFonctionnelle(courant_couple->cpl[0], courant_couple->cpl[1], tab_data, nb_lignes) )
{
determinant = (Chaine*)malloc(sizeof(Chaine));
determinant->attribut = (char*)malloc(sizeof(char)*NMAX);
strcpy( determinant->attribut, attribut(courant_couple->cpl[0], tab_data));
determinant->suiv = NULL;
soumis = (Chaine*)malloc(sizeof(Chaine));
soumis->attribut = (char*)malloc(sizeof(char)*NMAX);
strcpy( soumis->attribut, attribut(courant_couple->cpl[1], tab_data));
soumis->suiv = NULL;
temp_dep = createCellDependance(determinant, soumis);
dump = appendDependance(dump, temp_dep);
}
if (dependanceFonctionnelle(courant_couple->cpl[1], courant_couple->cpl[0], tab_data, nb_lignes) )
{
determinant = (Chaine*)malloc(sizeof(Chaine));
determinant->attribut = (char*)malloc(sizeof(char)*NMAX);
strcpy( determinant->attribut, attribut(courant_couple->cpl[1], tab_data));
determinant->suiv = NULL;
soumis = (Chaine*)malloc(sizeof(Chaine));
soumis->attribut = (char*)malloc(sizeof(char)*NMAX);
strcpy( soumis->attribut, attribut(courant_couple->cpl[0], tab_data));
soumis->suiv = NULL;
temp_dep = createCellDependance(determinant, soumis);
dump = appendDependance(dump, temp_dep);
}
courant_couple = courant_couple->suiv;
}
}
courant_agree = courant_agree->suiv;
}
return dump;
}