mirror of
https://github.com/abraunegg/onedrive
synced 2024-05-15 20:26:53 +02:00
301 lines
8.2 KiB
D
301 lines
8.2 KiB
D
import std.datetime, std.path, std.exception, std.string;
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import sqlite;
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import std.stdio;
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enum ItemType
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{
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file,
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dir,
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remote
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}
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struct Item
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{
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string driveId;
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string id;
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string name;
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ItemType type;
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string eTag;
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string cTag;
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SysTime mtime;
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string parentDriveId;
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string parentId;
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string crc32Hash;
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string sha1Hash;
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string quickXorHash;
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string remoteDriveId;
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string remoteId;
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string deltaLink;
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}
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final class ItemDatabase
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{
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// increment this for every change in the db schema
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immutable int itemDatabaseVersion = 6 ;
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Database db;
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Statement insertItemStmt;
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Statement updateItemStmt;
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Statement selectItemByIdStmt;
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Statement selectItemByParentIdStmt;
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Statement deleteItemByIdStmt;
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this(const(char)[] filename)
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{
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db = Database(filename);
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if (db.getVersion() == 0) {
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db.exec("CREATE TABLE item (
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driveId TEXT NOT NULL,
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id TEXT NOT NULL,
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name TEXT NOT NULL,
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type TEXT NOT NULL,
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eTag TEXT,
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cTag TEXT,
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mtime TEXT NOT NULL,
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parentDriveId TEXT,
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parentId TEXT,
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crc32Hash TEXT,
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sha1Hash TEXT,
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quickXorHash TEXT,
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remoteDriveId TEXT,
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remoteId TEXT,
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deltaLink TEXT,
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PRIMARY KEY (driveId, id),
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FOREIGN KEY (parentDriveId, parentId)
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REFERENCES item (driveId, id)
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FOREIGN KEY (parentDriveId, parentId)
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REFERENCES item (driveId, id)
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ON DELETE CASCADE
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ON UPDATE RESTRICT
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)");
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/*db.exec("CREATE INDEX name_idx ON item (name)");
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db.exec("CREATE INDEX id_idx ON item (id)");
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db.exec("CREATE INDEX remoteId_idx ON item (remoteId)");*/
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db.setVersion(itemDatabaseVersion);
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} else if (db.getVersion() != itemDatabaseVersion) {
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throw new Exception("The item database is incompatible, please resync manually");
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}
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/*db.exec("PRAGMA foreign_keys = ON");
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db.exec("PRAGMA recursive_triggers = ON");*/
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insertItemStmt = db.prepare("
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INSERT OR REPLACE INTO item (driveId, id, name, type, eTag, cTag, mtime, parentDriveId, parentId, crc32Hash, sha1Hash, quickXorHash, remoteDriveId, remoteId, deltaLink)
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VALUES (?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?)
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");
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updateItemStmt = db.prepare("
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UPDATE item
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SET name = ?3, type = ?4, eTag = ?5, cTag = ?6, mtime = ?7, parentDriveId = ?8, parentId = ?9, crc32Hash = ?10, sha1Hash = ?11, quickXorHash = ?12, remoteDriveId = ?13, remoteId = ?14, deltaLink = ?15
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WHERE driveId = ?1 AND id = ?2
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");
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selectItemByIdStmt = db.prepare("
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SELECT *
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FROM item
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WHERE driveId = ?1 AND id = ?2
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");
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selectItemByParentIdStmt = db.prepare("SELECT driveId, id FROM item WHERE parentId = ? AND id = ?");
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deleteItemByIdStmt = db.prepare("DELETE FROM item WHERE driveId = ? AND id = ?");
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}
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void insert(const ref Item item)
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{
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bindItem(item, insertItemStmt);
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insertItemStmt.exec();
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}
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void update(const ref Item item)
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{
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bindItem(item, updateItemStmt);
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updateItemStmt.exec();
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}
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void upsert(const ref Item item)
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{
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auto s = db.prepare("SELECT COUNT(*) FROM item WHERE driveId = ? AND id = ?");
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s.bind(1, item.driveId);
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s.bind(2, item.id);
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auto r = s.exec();
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Statement* stmt;
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if (r.front[0] == "0") stmt = &insertItemStmt;
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else stmt = &updateItemStmt;
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bindItem(item, *stmt);
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stmt.exec();
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}
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Item[] selectChildren(const(char)[] driveId, const(char)[] id)
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{
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selectItemByParentIdStmt.bind(1, driveId);
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selectItemByParentIdStmt.bind(2, id);
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auto res = selectItemByParentIdStmt.exec();
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Item[] items;
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foreach (row; res) {
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Item item;
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bool found = selectById(row[0], row[1], item);
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assert(found, "Could not select the child of the item");
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items ~= item;
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}
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return items;
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}
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bool selectById(const(char)[] driveId, const(char)[] id, out Item item)
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{
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selectItemByIdStmt.bind(1, driveId);
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selectItemByIdStmt.bind(2, id);
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auto r = selectItemByIdStmt.exec();
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if (!r.empty) {
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item = buildItem(r);
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return true;
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}
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return false;
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}
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// returns the item with the given path
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// the path is relative to the sync directory ex: "./Music/Turbo Killer.mp3"
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bool selectByPath(const(char)[] path, out Item item)
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{
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Item currItem;
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path = "root/" ~ path.chompPrefix(".");
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auto s = db.prepare("SELECT * FROM item WHERE name IS ?1 AND parentDriveId IS ?2 AND parentId IS ?3");
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writeln("selectByPath " ~ path);
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foreach (name; pathSplitter(path)) {
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s.bind(1, name);
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s.bind(2, currItem.driveId);
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s.bind(3, currItem.id);
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auto r = s.exec();
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if (r.empty) return false;
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currItem = buildItem(r);
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// if the item is of type remote substitute it with the child
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if (currItem.type == ItemType.remote) {
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Item child;
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if (selectById(currItem.remoteDriveId, currItem.remoteId, child)) {
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assert(child.type != ItemType.remote, "The type of the child cannot be remote");
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currItem = child;
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}
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}
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writeln(currItem.id);
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}
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item = currItem;
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return true;
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}
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void deleteById(const(char)[] driveId, const(char)[] id)
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{
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deleteItemByIdStmt.bind(1, driveId);
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deleteItemByIdStmt.bind(2, id);
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deleteItemByIdStmt.exec();
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}
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private void bindItem(const ref Item item, ref Statement stmt)
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{
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with (stmt) with (item) {
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bind(1, driveId);
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bind(2, id);
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bind(3, name);
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string typeStr = null;
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final switch (type) with (ItemType) {
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case file: typeStr = "file"; break;
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case dir: typeStr = "dir"; break;
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case remote: typeStr = "remote"; break;
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}
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bind(4, typeStr);
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bind(5, eTag);
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bind(6, cTag);
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bind(7, mtime.toISOExtString());
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bind(8, parentDriveId);
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bind(9, parentId);
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bind(10, crc32Hash);
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bind(11, sha1Hash);
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bind(12, quickXorHash);
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bind(13, remoteDriveId);
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bind(14, remoteId);
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bind(15, deltaLink);
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}
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}
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private Item buildItem(Statement.Result result)
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{
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assert(!result.empty, "The result must not be empty");
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assert(result.front.length == 15, "The result must have 15 columns");
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Item item = {
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driveId: result.front[0].dup,
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id: result.front[1].dup,
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name: result.front[2].dup,
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eTag: result.front[4].dup,
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cTag: result.front[5].dup,
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mtime: SysTime.fromISOExtString(result.front[6]),
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parentDriveId: result.front[7].dup,
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parentId: result.front[8].dup,
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crc32Hash: result.front[9].dup,
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sha1Hash: result.front[10].dup,
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quickXorHash: result.front[11].dup,
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remoteDriveId: result.front[12].dup,
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remoteId: result.front[13].dup,
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deltaLink: result.front[14].dup
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};
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switch (result.front[3]) {
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case "file": item.type = ItemType.file; break;
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case "dir": item.type = ItemType.dir; break;
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case "remote": item.type = ItemType.remote; break;
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default: assert(0, "Invalid item type");
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}
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return item;
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}
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// computes the path of the given item id
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// the path is relative to the sync directory ex: "Music/Turbo Killer.mp3"
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// the trailing slash is not added even if the item is a directory
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string computePath(const(char)[] driveId, const(char)[] id)
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{
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assert(driveId && id);
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string path;
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Item item;
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auto s = db.prepare("SELECT * FROM item WHERE driveId = ?1 AND id = ?2");
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auto s2 = db.prepare("SELECT driveId, id FROM item WHERE remoteDriveId = ?1 AND remoteId = ?2");
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writeln("computePath " ~ id);
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while (true) {
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s.bind(1, driveId);
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s.bind(2, id);
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auto r = s.exec();
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if (!r.empty) {
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item = buildItem(r);
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if (item.type == ItemType.remote) {
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// substitute the last name with the current
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ptrdiff_t idx = indexOf(path, '/');
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path = idx >= 0 ? item.name ~ path[idx .. $] : item.name;
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} else {
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if (path) path = item.name ~ "/" ~ path;
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else path = item.name;
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}
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driveId = item.parentDriveId;
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id = item.parentId;
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} else {
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if (id == null) {
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// check for remoteItem
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s2.bind(1, item.driveId);
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s2.bind(2, item.id);
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auto r2 = s2.exec();
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if (r2.empty) {
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// root reached
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assert(path.length >= 4);
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// remove "root"
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if (path.length >= 5) path = path[5 .. $];
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else path = path[4 .. $];
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// special case of computing the path of the root itself
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if (path.length == 0) path = ".";
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writeln(path);
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break;
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} else {
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// remote folder
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driveId = r2.front[0].dup;
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id = r2.front[1].dup;
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}
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} else {
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// broken tree
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assert(0);
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}
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}
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writeln(path);
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}
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return path;
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}
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}
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