private function getTextualPath(array $path, Vertex $startVertex)
    {
        $currentVertex = $startVertex;
        $currentTable = $currentVertex->getId();

        $textPath = $currentTable;

        foreach ($path as $edge) {
            /* @var $fk ForeignKeyConstraint */
            if ($fk = $edge->getAttribute('fk')) {
                if ($fk->getForeignTableName() == $currentTable) {
                    $currentTable = $fk->getLocalTable()->getName();
                    $isForward = false;
                } else {
                    $currentTable = $fk->getForeignTableName();
                    $isForward = true;
                }

                $columns = implode(',', $fk->getLocalColumns());

                $textPath .= ' '.(!$isForward ? '<' : '');
                $textPath .= '--('.$columns.')--';
                $textPath .= ($isForward ? '>' : '').' ';
                $textPath .= $currentTable;
            } elseif ($junctionTable = $edge->getAttribute('junction')) {
                /* @var $junctionTable Table */
                $junctionFks = array_values($junctionTable->getForeignKeys());
                // We need to order the 2 FKs. The first one is the one that has a common point with the current table.
                $fk = $junctionFks[0];
                if ($fk->getForeignTableName() == $currentTable) {
                    $currentTable = $junctionFks[1]->getForeignTableName();
                } else {
                    $currentTable = $fk->getForeignTableName();
                }
                $textPath .= ' <=('.$junctionTable->getName().')=> '.$currentTable;
            } else {
                // @codeCoverageIgnoreStart
                throw new SchemaAnalyzerException('Unexpected edge. We should have a fk or a junction attribute.');
                // @codeCoverageIgnoreEnd
            }
        }

        return $textPath;
    }
private function getTextualPath(array $path, Vertex $startVertex)
    {
        $currentVertex = $startVertex;
        $currentTable = $currentVertex->getId();

        $textPath = $currentTable;

        foreach ($path as $edge) {
            /* @var $fk ForeignKeyConstraint */
            if ($fk = $edge->getAttribute('fk')) {
                if ($fk->getForeignTableName() == $currentTable) {
                    $currentTable = $fk->getLocalTable()->getName();
                    $isForward = false;
                } else {
                    $currentTable = $fk->getForeignTableName();
                    $isForward = true;
                }

                $columns = implode(',', $fk->getLocalColumns());

                $textPath .= ' '.(!$isForward ? '<' : '');
                $textPath .= '--('.$columns.')--';
                $textPath .= ($isForward ? '>' : '').' ';
                $textPath .= $currentTable;
            } elseif ($junctionTable = $edge->getAttribute('junction')) {
                /* @var $junctionTable Table */
                $junctionFks = array_values($junctionTable->getForeignKeys());
                // We need to order the 2 FKs. The first one is the one that has a common point with the current table.
                $fk = $junctionFks[0];
                if ($fk->getForeignTableName() == $currentTable) {
                    $currentTable = $junctionFks[1]->getForeignTableName();
                } else {
                    $currentTable = $fk->getForeignTableName();
                }
                $textPath .= ' <=('.$junctionTable->getName().')=> '.$currentTable;
            } else {
                // @codeCoverageIgnoreStart
                throw new SchemaAnalyzerException('Unexpected edge. We should have a fk or a junction attribute.');
                // @codeCoverageIgnoreEnd
            }
        }

        return $textPath;
    }
Returns the textual representation of the path.

@param Base[] $path
@param Vertex $startVertex