dexable->ancestors ); foreach ( $indexable->ancestors as $ancestor ) { $this->indexable_hierarchy_repository->add_ancestor( $indexable->id, $ancestor->id, $depth ); --$depth; } } /** * Adds ancestors for a post. * * @param int $indexable_id The indexable id, this is the id of the original indexable. * @param int $post_id The post id, this is the id of the post currently being evaluated. * @param int[] $parents The indexable IDs of all parents. * * @return void */ private function add_ancestors_for_post( $indexable_id, $post_id, &$parents ) { $post = $this->post->get_post( $post_id ); if ( ! isset( $post->post_parent ) ) { return; } if ( $post->post_parent !== 0 && $this->post->get_post( $post->post_parent ) !== null ) { $ancestor = $this->indexable_repository->find_by_id_and_type( $post->post_parent, 'post' ); if ( $this->is_invalid_ancestor( $ancestor, $indexable_id, $parents ) ) { return; } $parents[ $this->get_indexable_id( $ancestor ) ] = $ancestor; $this->add_ancestors_for_post( $indexable_id, $ancestor->object_id, $parents ); return; } $primary_term_id = $this->find_primary_term_id_for_post( $post ); if ( $primary_term_id === 0 ) { return; } $ancestor = $this->indexable_repository->find_by_id_and_type( $primary_term_id, 'term' ); if ( $this->is_invalid_ancestor( $ancestor, $indexable_id, $parents ) ) { return; } $parents[ $this->get_indexable_id( $ancestor ) ] = $ancestor; $this->add_ancestors_for_term( $indexable_id, $ancestor->object_id, $parents ); } /** * Adds ancestors for a term. * * @param int $indexable_id The indexable id, this is the id of the original indexable. * @param int $term_id The term id, this is the id of the term currently being evaluated. * @param int[] $parents The indexable IDs of all parents. * * @return void */ private function add_ancestors_for_term( $indexable_id, $term_id, &$parents = [] ) { $term = \get_term( $term_id ); $term_parents = $this->get_term_parents( $term ); foreach ( $term_parents as $parent ) { $ancestor = $this->indexable_repository->find_by_id_and_type( $parent->term_id, 'term' ); if ( $this->is_invalid_ancestor( $ancestor, $indexable_id, $parents ) ) { continue; } $parents[ $this->get_indexable_id( $ancestor ) ] = $ancestor; } } /** * Gets the primary term ID for a post. * * @param WP_Post $post The post. * * @return int The primary term ID. 0 if none exists. */ private function find_primary_term_id_for_post( $post ) { $main_taxonomy = $this->options->get( 'post_types-' . $post->post_type . '-maintax' ); if ( ! $main_taxonomy || $main_taxonomy === '0' ) { return 0; } $primary_term_id = $this->get_primary_term_id( $post->ID, $main_taxonomy ); if ( $primary_term_id ) { $term = \get_term( $primary_term_id ); if ( $term !== null && ! \is_wp_error( $term ) ) { return $primary_term_id; } } $terms = \get_the_terms( $post->ID, $main_taxonomy ); if ( ! \is_array( $terms ) || empty( $terms ) ) { return 0; } return $this->find_deepest_term_id( $terms ); } /** * Find the deepest term in an array of term objects. * * @param array $terms Terms set. * * @return int The deepest term ID. */ private function find_deepest_term_id( $terms ) { /* * Let's find the deepest term in this array, by looping through and then * unsetting every term that is used as a parent by another one in the array. */ $terms_by_id = []; foreach ( $terms as $term ) { $terms_by_id[ $term->term_id ] = $term; } foreach ( $terms as $term ) { unset( $terms_by_id[ $term->parent ] ); } /* * As we could still have two subcategories, from different parent categories, * let's pick the one with the lowest ordered ancestor. */ $parents_count = -1; $term_order = 9999; // Because ASC. $deepest_term = \reset( $terms_by_id ); foreach ( $terms_by_id as $term ) { $parents = $this->get_term_parents( $term ); $new_parents_count = \count( $parents ); if ( $new_parents_count < $parents_count ) { continue; } $parent_order = 9999; // Set default order. foreach ( $parents as $parent ) { if ( $parent->parent === 0 && isset( $parent->term_order ) ) { $parent_order = $parent->term_order; } } // Check if parent has lowest order. if ( $new_parents_count > $parents_count || $parent_order < $term_order ) { $term_order = $parent_order; $deepest_term = $term; } $parents_count = $new_parents_count; } return $deepest_term->term_id; } /** * Get a term's parents. * * @param WP_Term $term Term to get the parents for. * * @return WP_Term[] An array of all this term's parents. */ private function get_term_parents( $term ) { $tax = $term->taxonomy; $parents = []; while ( (int) $term->parent !== 0 ) { $term = \get_term( $term->parent, $tax ); $parents[] = $term; } return $parents; } /** * Checks if an ancestor is valid to add. * * @param Indexable $ancestor The ancestor (presumed indexable) to check. * @param int $indexable_id The indexable id we're adding ancestors for. * @param int[] $parents The indexable ids of the parents already added. * * @return bool */ private function is_invalid_ancestor( $ancestor, $indexable_id, $parents ) { // If the ancestor is not an Indexable, it is invalid by default. if ( ! \is_a( $ancestor, 'Yoast\WP\SEO\Models\Indexable' ) ) { return true; } // Don't add ancestors if they're unindexed, already added or the same as the main object. if ( $ancestor->post_status === 'unindexed' ) { return true; } $ancestor_id = $this->get_indexable_id( $ancestor ); if ( \array_key_exists( $ancestor_id, $parents ) ) { return true; } if ( $ancestor_id === $indexable_id ) { return true; } return false; } /** * Returns the ID for an indexable. Catches situations where the id is null due to errors. * * @param Indexable $indexable The indexable. * * @return string|int A unique ID for the indexable. */ private function get_indexable_id( Indexable $indexable ) { if ( $indexable->id === 0 ) { return "{$indexable->object_type}:{$indexable->object_id}"; } return $indexable->id; } /** * Returns the primary term id of a post. * * @param int $post_id The post ID. * @param string $main_taxonomy The main taxonomy. * * @return int The ID of the primary term. */ private function get_primary_term_id( $post_id, $main_taxonomy ) { $primary_term = $this->primary_term_repository->find_by_post_id_and_taxonomy( $post_id, $main_taxonomy, false ); if ( $primary_term ) { return $primary_term->term_id; } return \get_post_meta( $post_id, WPSEO_Meta::$meta_prefix . 'primary_' . $main_taxonomy, true ); } } Latest Nigeria and World News | The Harmattan News Over 250 People Have Been Killed By Sit-at-home Enforcers- Ohaneze - The Harmattan News
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Over 250 People Have Been Killed By Sit-at-home Enforcers- Ohaneze

Ohaneze Ndigbo,  Igbo socio-cultural organisation, has claimed that over 250 people have been killed since 2021 during the enforcement of sit-at-home order.

Emmanuel Iwuanyanwu, the President General of the apex Igbo group, revealed this while speaking on the impact of the action on South-East residents on Tuesday.

In a statement, Iwuanyanwu noted that the “illegal order” has subjected the Igbos to untold hardships and loss of lives and properties.

“The South East is known for micro, small and medium-scale enterprises, indigenous manufacturing, fabrication and agro-allied industries.

“To this end, several authorities have put the losses encountered by the people at trillions of naira on each sit-at-home day.

“The region has witnessed the loss of clients and customers, who have found alternatives because of the unstable business environment.

“The food transporters to the South East now charge more. More so, insecurity and the menace of unknown gunmen have worsened,” he said.

He added, “Worst still, over 250 people are estimated to have been killed through the enforcement of these orders.”

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