.gitignore

@@ -1,3 +1,4 @@
 dist
 node_modules
 ltests
+sqlsave

.woodpecker.yml

@@ -5,11 +5,15 @@ pipeline:
   build:
     image: node:18-alpine
     commands:
-      - apk add git
+      - apk add git zip tar
       - npm install
       - npm install git+https://jusax.de/git/jusax23/gitea-release.git
       - mkdir build
+      - mkdir dblang
+      - mkdir upload
       - npm run prepublish
-      - ls dist
+      - cp dist/* dblang
-      - npx gitea-release "https://jusax.de/git/api/v1/" "$${GITEA_TOKEN}" "$${CI_REPO}" "$${CI_COMMIT_BRANCH}" "$${CI_COMMIT_TAG}" "dist" "$${CI_COMMIT_MESSAGE}"
+      - zip -r upload/DBlang.zip dblang/*
+      - tar -czvf upload/DBlang.tar.gz dblang/*
+      - npx gitea-release "https://jusax.de/git/api/v1/" "$${GITEA_TOKEN}" "$${CI_REPO}" "$${CI_COMMIT_BRANCH}" "$${CI_COMMIT_TAG}" "upload" "$${CI_COMMIT_MESSAGE}"
     secrets: [ gitea_token ]

readme.md

@@ -1 +1,215 @@
+# DBlang
+
 [![status-badge](https://ci.jusax.de/api/badges/jusax23/dblang/status.svg)](https://ci.jusax.de/jusax23/dblang)
+
+TypeScript Libary for relational Database Requests. Requests are written in js/ts and it supports automatic Schema evulution.
+
+Fetures
+- [x] select Query
+- [x] insert Query
+- [x] update Query
+- [x] remove Query
+- [x] create Schema
+- [x] remove unused Schema
+- [ ] joins
+- [ ] change Schema
+- [ ] Key-Value Store Shortcut
+- [ ] Views
+
+Supported Databses:
+- [x] mariadb
+- [ ] mysql (not tested)
+- [ ] postrges
+
+## Getting Started
+
+### Connect
+
+```javascript
+import { DB } from "dblang";
+const db = new DB({
+    host: "localhost",
+    user: "root",
+    password: "0123456789",
+    database: "databaseName" 
+});
+
+```
+
+### Schema
+
+Tables:
+```javascript
+const Table1 = db.newTable("Table1Name");
+const Table2 = db.newTable("Table2Name");
+```
+
+Add Attributes:
+```javascript
+Table1.addAttribute("AttrName", TYPE, {
+    default: 5,
+    // other settings
+});
+
+Table2.addAttributes({
+    "AttrName2":{
+        type: TYPE,
+        default: 6
+        // other settings
+    },
+    "AttrName3":{
+        type: TYPE,
+        default: 6
+        // other settings
+    },
+    // more Attributes
+});
+```
+
+TYPE: See [Types](#types)
+
+Other Settings:
+- `unique: boolean`: (optional) Add Unique Constraint
+- `autoIncrement: boolean`: (optional) Set auto Increment (must be primary key)
+- `default: any`: (optional) Set default Property.
+- `notNull: boolean`: (optional) Set not nullable.
+- `primaryKey: boolean`: (optinal) mark as part of primary Key.
+- `foreignKey: Object`: Add foreign Constraint for single Attribute.
+    - `link: Attribute`: Linked Attribute
+    - `onDelete: onAction`: Specify delete Action [onAction](#onaction)
+    - `onUpdate: onAction`: Specify update Action [onAction](#onaction)
+- `check: BooleanModifier | ((a: Attribute) => BooleanModifier)`: Add check Constraint (A function must be used when check references its self.)
+
+Sync: 
+Create Tables, Attributes and Constraints
+```javascript
+await db.sync();
+
+await db.sync(true); //delete unused Elements (May do a backup befor.)
+```
+
+### Querys
+See: [Modifiers](#modifier), [Aggregations](#aggregations)
+
+#### Select:
+```javascript
+import {select} from "dblang"
+
+let res = await select([Table2.AttrName2], Table1)
+    .where(eq(Table2.AttrName2, 5)) //optional
+    .groupBy(Table2.AttrName3) //optional
+    .having(le(Table2.AttrName3, 5)) //optional
+    .limit(10) //optional
+    .query(db);
+
+```
+
+#### Insert:
+```javascript
+import {select} from "dblang"
+
+await insert(Table2.AttrName2, Table2.AttrName3)
+    .add(1, 2)
+    .add(2, 3)
+    .addValues([4, 5], [3, 4])
+    .query(db);
+
+await insert(Table2.AttrName2, Table2.AttrName3)
+    .setSelect(select(Table1.AttrName, 4))
+    .query(db);
+```
+
+#### Update:
+```javascript
+await update(Table2)
+    .set(Table2.AttrName2, plus(Table2.AttrName2,1))
+    .set(Table2.AttrName3, minus(Table2.AttrName2,1))
+    .where(leq(Table2.AttrName2, 5))
+    .query(db);
+```
+
+#### Remove:
+```javascript
+await remove(Table2)
+    .where(geq(Table2.AttrName2, 5))
+    .query(db);
+```
+
+### Content List
+#### Types
+
+- `CHAR(size)`
+- `VARCHAR(size)`
+- `BINARY(size)`
+- `VARBINARY(size)`
+- `TINYBLOB`
+- `BLOB`
+- `MEDIUMBLOB`
+- `LONGBLOB`
+- `TINYTEXT`
+- `TEXT`
+- `MEDIUMTEXT`
+- `LONGTEXT`
+- `ENUM(val1, val2, ...)`
+- `SET(val1, val2, ...)`
+- `BOOL`
+- `BIT`
+- `TINYINT`
+- `SMALLINT`
+- `MEDIUMINT`
+- `INT`
+- `BIGINT`
+- `FLOAT(size, d)`
+- `DOUBLE(size, d)`
+- `DECIMAL(size, d)`
+- `DATE`
+- `DATETIME`
+- `TIMESTAMP`
+- `TIME`
+- `YEAR`
+
+#### onAction
+
+Action for onDelete or onUpdate.
+
+Usage:
+```javascript
+import { onAction } from "dblang"
+
+onAction.cascade;
+onAction.noAction; // dangerous
+onAction.setNull;
+onAction.setDefault;
+```
+
+#### Modifier
+BooleanModifier: 
+- `and(v1, v2, ...)`
+- `or(v1, v2, ...)`
+- `ge(v1, v2, ...)`
+- `geq(v1, v2, ...)`
+- `eq(v1, v2, ...)`
+- `leq(v1, v2, ...)`
+- `le(v1, v2, ...)`
+- `not(v1)`
+- `like(v1, v2)`
+
+NumberModifier:
+- `plus(v1, v2, ...)`
+- `minus(v1, v2, ...)`
+- `mult(v1, v2, ...)`
+- `divide(v1, v2, ...)`
+
+StringModifier:
+- `concat(v1, v2, ...)`
+
+(v\* = string, number, boolean, null, Modifier, Aggregation, select Query, Attribute)
+
+# Aggregations
+- `count(a)`
+- `sum(a)`
+- `avg(a)`
+- `min(a)`
+- `max(a)`
+
+(a = Attribute)

src/db.ts

@@ -1,75 +1,142 @@
 import mariadb from 'mariadb';
+import { checkConstraint, Constraint, Datatype, foreignConstraint, uniqueConstraint } from './dbStructure';
 import { Handler } from './defaultHandler';
 import { Query } from './query';
-import { onAction, primaryData } from './types';
+import { attributeSettings, extendedAttributeSettings, onAction } from './types';
 
 
 export class DB {
-    //pool:mariadb.Pool;
+    tables: Table[] = [];
-    constructor(/*{ host, user, password, database, connectionLimit = 5 }*/) {
+    handler: Handler;
-        //this.pool = mariadb.createPool({ host, user, password, database, connectionLimit, multipleStatements: true });
+    name: string;
+    pool: mariadb.Pool;
+    constructor({ host, user, password, database, connectionLimit = 5 }: { host: string, user: string, password: string, database: string, connectionLimit: number }) {
+        this.pool = mariadb.createPool({ host, user, password, database, connectionLimit, multipleStatements: true });
+        this.handler = new Handler();
+        this.name = database;
     }
     async query(query: Query) {
-        //return this.pool.query(query);
+        //console.log(query);
+        return await this.pool.query(query);
     }
     getHandler() {
-        return Handler;
+        return this.handler;
     }
 
-    newTable(name:string){
+    async sync(force = false) {
-        return new Table(name);
+        let handler = this.getHandler();
+        await handler.syncDB(this, handler, force);
+        //this.tables.forEach(t=>{
+        //    console.log(handler.builders.query(handler.querys.create(handler,t)));
+        //})
+    }
+
+    newTable(name: string) {
+        let tabel = new Table(name, this);
+        this.tables.push(tabel);
+        return tabel;
+    }
+
+    getTable(name: string) {
+        for (let i = 0; i < this.tables.length; i++) if (this.tables[i].dbLangTableName == name) return this.tables[i];
+        return null;
+    }
+    async close() {
+        if (this.pool) await this.pool.end();
     }
 }
 
 export class Attribute {
-    name : string;
+    name: string;
-    constructor(name: string){
+    table: Table;
-        this.name = name;
+    ops: attributeSettings;
+    type: Datatype;
+    constructor(name: string, table: Table, type: Datatype, ops: attributeSettings) {
+        this.name = name.toLowerCase();
+        this.type = type;
+        this.table = table;
+        this.ops = ops;
+
+        if (ops.check != null) {
+            if (typeof ops.check == "function") ops.check = ops.check(this);
+            table.addConstraint(new checkConstraint(
+                table.dbLangDatabaseInstance.name + "_" + table.dbLangTableName + "_" + name + "_check_constraint",
+                ops.check
+            ))
+        }
+        if (ops.unique != null) {
+            table.addConstraint(new uniqueConstraint(
+                table.dbLangDatabaseInstance.name + "_" + table.dbLangTableName + "_" + name + "_unique_constraint",
+                [this]
+            ))
+        }
+        if (ops.foreginKey != null) {
+            table.addConstraint(new foreignConstraint(
+                table.dbLangDatabaseInstance.name + "_" + table.dbLangTableName + "_" + name + "_foreign_constraint_to_" + ops.foreginKey.link.name,
+                [this],
+                [ops.foreginKey.link],
+                ops.foreginKey.onDelete,
+                ops.foreginKey.onUpdate
+            ));
+        }
     }
-    serialize(){
+    serializeDatatype(handler: Handler) {
-        return this.toString();
+        return this.type.serialize(handler);
     }
-    toString(){
+    serializeSettings(handler: Handler) {
-        return this.name;
+        return handler.builders.attributeSettings(handler, this);
+    }
+    serialize(handler: Handler) {
+        return handler.builders.escapeID(this.name);
+    }
+    toString(handler: Handler = this.table.dbLangDatabaseInstance.getHandler()) {
+        return this.table.serialize(handler) + "." + this.serialize(handler);
+    }
+    toStringFunc(handler: Handler) {
+        return this.table.serialize(handler) + "(" + this.serialize(handler) + ")";
     }
 }
 
 
-export class Table{
+export class Table {
-    dbLangTableName : string;
+    dbLangTableName: string;
-    dbLangTableAttributes:{ [key: string]: Attribute; } = {};
+    dbLangTableAttributes: { [key: string]: Attribute; } = {};
-    [key:string]: Attribute | any
+    dbLangDatabaseInstance: DB;
-    constructor(name: string){
+    dbLangConstrains: Constraint[] = [];
+    [key: string]: Attribute | any;
+    constructor(name: string, db: DB) {
         this.dbLangTableName = name;
+        this.dbLangDatabaseInstance = db;
     }
-    serialize(){
+    serialize(handler: Handler) {
-        return this.toString();
+        return this.toString(handler);
     }
-    toString(){
+    toString(handler: Handler = this.dbLangDatabaseInstance.getHandler()) {
-        return this.dbLangTableName;
+        return handler.builders.escapeID(this.dbLangTableName);
     }
-    addAttribute(name:string,ops:{
+    addAttribute(name: string, type: Datatype, ops: attributeSettings = {}, noErrorOnNameConflict = false) {
-        unique?: boolean,
+        let lowName = name.toLowerCase();
-        A_I?: boolean,
+        if (this.dbLangTableAttributes[lowName] != null) throw new Error("You are tring to create an Attribute twise!");
-        default?: primaryData,
+        let attr = new Attribute(lowName, this, type, ops);
-        notNull?: boolean
+        this.dbLangTableAttributes[lowName] = attr;
-        primaryKey?: boolean,
+        if (["serialize", "toString", "addAttribute", "dbLangTableName", "dbLangTableAttributes", "dbLangDatabaseInstance", "addConstraint", "addAttributes"].includes(lowName)) {
-        foreginKey?: {
+            if (!noErrorOnNameConflict) throw new Error("You cannot name Attribute like Methode of this Table!");
-            link: Attribute,
+        } else {
-            onDelete?: onAction,
+            this[lowName] = attr;
-            onUpdate?: onAction
-        }
-    },noErrorOnNameConflict = false){
-        let attr = new Attribute(name);
-        this.dbLangTableAttributes[name] = attr;
-        if(["serialize", "toString","addAttribute","dbLangTableName","dbLangTableAttributes"].includes(name)){
-            if(!noErrorOnNameConflict) throw new Error("You cannot name Attribute like Methode of this Table!");
-        }else{
             this[name] = attr;
         }
         return attr;
     }
+    addAttributes(list: { [key: string]: (extendedAttributeSettings) }): { [key: string]: Attribute } {
+        return Object.fromEntries(Object.entries(list).map(([k, a]) => {
+            return [k, this.addAttribute(k, a.type, a)];
+        }));
+    }
+    addConstraint(c: Constraint) {
+        c.check(this);
+        this.dbLangConstrains.push(c);
+    }
 }
 
 export * from './funcs';
-export {onAction};
+export { onAction };

src/dbStructure.ts

@@ -1,39 +1,131 @@
-import { Attribute } from "./db";
+import { Attribute, Table } from "./db";
 import { Handler } from "./defaultHandler";
-import { allModifierInput, primaryData, serializeReturn } from "./types";
+import { QueryBuilder } from "./query";
-
+import { allModifierInput, onAction, primaryData, serializeReturn } from "./types";
 
+export class Datatype {
+    type: string;
+    args: primaryData[];
+    constructor(type: string, args: primaryData[]) {
+        this.type = type;
+        this.args = args;
+    }
+    serialize(handler: Handler): QueryBuilder {
+        return handler.datatypes[this.type as keyof typeof handler.datatypes](this.args);
+    }
+}
 
 export abstract class Modifier {
-    t : string;
+    t: string;
-    a : Array<allModifierInput>;
+    a: Array<allModifierInput>;
     constructor(type: string, args: (allModifierInput)[]) {
         this.t = type;
         this.a = args;
     }
-    serialize(handler = Handler):serializeReturn {
+    serialize(handler: Handler): QueryBuilder {
-        return handler.modifiers[this.t as keyof typeof handler.modifiers](this.a);
+        return handler.modifiers[this.t as keyof typeof handler.modifiers](handler, this.a);
     }
 }
 
-export class BooleanModifier extends Modifier{}
+export class BooleanModifier extends Modifier { }
-export class NumberModifier extends Modifier{}
+export class NumberModifier extends Modifier { }
-export class StringModifier extends Modifier{}
+export class StringModifier extends Modifier { }
 
-export class Aggregation{
+export class Aggregation {
-    t : string;
+    t: string;
-    a : Attribute;
+    a: Attribute;
     constructor(type: string, args: Attribute) {
         this.t = type;
         this.a = args;
     }
-    serialize(handler = Handler):serializeReturn{
+    serialize(handler: Handler): QueryBuilder {
-        return handler.aggregations[this.t as keyof typeof handler.aggregations](this.a);
+        return handler.aggregations[this.t as keyof typeof handler.aggregations](handler, this.a);
     }
 }
-export class Joins{
+export class Joins {
 
-    serialize(handler = Handler):serializeReturn {
+    serialize(handler: Handler): QueryBuilder {
-        return ["",[]];
+        return new QueryBuilder();
     }
 }
+
+export interface Constraint {
+    name: string;
+    serialize(handler: Handler): QueryBuilder;
+    uses(attr: Attribute): boolean;
+    check(table: Table): boolean | string;
+}
+
+export class checkConstraint implements Constraint {
+    checkQuery: BooleanModifier;
+    name: string;
+    constructor(name: string, check: BooleanModifier) {
+        this.name = name.toLowerCase();
+        this.checkQuery = check;
+    }
+    check(attr: Table): boolean {
+        return true;
+    }
+    uses(attr: Attribute): boolean {
+        throw new Error("Method not implemented.");
+    }
+    serialize(handler: Handler): QueryBuilder {
+        throw new Error("Method not implemented.");
+    }
+}
+
+export class uniqueConstraint implements Constraint {
+    name: string;
+    attrs: Attribute[];
+    constructor(name: string, attrs: Attribute[]) {
+        this.name = name.toLowerCase();
+        this.attrs = attrs;
+    }
+    check(table: Table): boolean | string {
+        for (let i = 0; i < this.attrs.length; i++) {
+            if (this.attrs[i].ops.primaryKey) return "Can not combine unique Constraint and primary key";
+            if (this.attrs[i].table != table) return "Referencing Attributes must be in host Table.";
+        }
+        return false;
+    }
+    uses(attr: Attribute): boolean {
+        return this.attrs.includes(attr);
+    }
+    serialize(handler: Handler): QueryBuilder {
+        throw new Error("Method not implemented.");
+    }
+
+}
+
+export class foreignConstraint implements Constraint {
+    name: string;
+    fromAttrs: Attribute[];
+    toAttrs: Attribute[];
+    onUpdate: onAction;
+    onDelete: onAction;
+    constructor(name: string, from: Attribute[], to: Attribute[], onDelete: onAction = onAction.nothing, onUpdate: onAction = onAction.nothing) {
+        this.name = name.toLowerCase();
+        this.fromAttrs = from;
+        this.toAttrs = to;
+        this.onUpdate = onUpdate;
+        this.onDelete = onDelete;
+    }
+    serialize(handler: Handler): QueryBuilder {
+        throw new Error("Method not implemented.");
+    }
+    uses(attr: Attribute): boolean {
+        throw new Error("Method not implemented.");
+    }
+    check(t: Table): string | boolean {
+        let table = this.toAttrs[0].table;
+        for (let i = 0; i < this.toAttrs.length; i++) {
+            if (table != this.toAttrs[i].table) return "Referenced Attributes must be in one Table.";
+            if (this.toAttrs[i].ops.primaryKey) return "Can not reference non primary keys.";
+        }
+        for (let i = 0; i < this.fromAttrs.length; i++) {
+            if (this.fromAttrs[i].table != t) return "Referencing Attributes must be in host Table.";
+        }
+        return false;
+    }
+
+}

src/defaultHandler.ts

@@ -1,76 +1,690 @@
-import { Attribute } from "./db"
+import { Attribute, DB, Table } from "./db"
-import { Aggregation, Modifier } from "./dbStructure"
+import { Aggregation, checkConstraint, Constraint, Datatype, foreignConstraint, Modifier, uniqueConstraint } from "./dbStructure"
-import { selectQuery } from "./query"
+import { insertQuery, Query, QueryBuilder, removeQuery, selectQuery, updateQuery } from "./query"
-import { allModifierInput, primaryData, serializeReturn } from "./types"
+import { allModifierInput, onAction, primaryData, serializeReturn } from "./types"
 
 export class Handler {
-    static querys = {
+    async syncDB(db: DB, handler: Handler, deleteInDB: boolean = false) {
-        select: (q: selectQuery): serializeReturn => {
+        console.log("start sync");
-            let args: primaryData[] = [];
+
-            let w = joinArg(", ", this)(q.attr);
+        let gd = new QueryBuilder();
-            args.push(...w[1]);
+        gd.addCode(`SELECT * FROM INFORMATION_SCHEMA.KEY_COLUMN_USAGE where CONSTRAINT_SCHEMA = `);
-            let sql = `select ${w[0]} from ${q.from == null ? 'DUAL' : q.from.serialize(this)}`;
+        gd.addInjection(db.name);
-            if (q.whereD) {
+        gd.addCode(` or TABLE_SCHEMA = `);
-                let whereS = q.whereD.serialize(this);
+        gd.addInjection(db.name);
-                args.push(...whereS[1]);
+        gd.addCode(`;select * from information_schema.table_constraints where CONSTRAINT_SCHEMA = `);
-                sql += " where "+whereS[0];
+        gd.addInjection(db.name)
+        gd.addCode(` or TABLE_SCHEMA = `);
+        gd.addInjection(db.name);
+
+        let [key, constraints] = await db.query(handler.builders.query(gd));
+
+        //Table List
+        let allTables = (await db.query(handler.builders.query(handler.querys.listTables(handler, db)))).map((d: any) => d.TABLE_NAME);
+
+        // gether Table Schematics
+        let tableData: { [key: string]: any; } = {};
+        for (let i = 0; i < db.tables.length; i++) {
+            const table = db.tables[i];
+            try {
+                const tableDataBuilder = new QueryBuilder();
+                tableDataBuilder.addCode("DESCRIBE ");
+                tableDataBuilder.addCode(table.serialize(handler));
+                tableData[table.dbLangTableName.toLowerCase()] =
+                    Object.fromEntries((await db.query(handler.builders.query(tableDataBuilder))).map((d: any) => [d.Field.toLowerCase(), d]));
+            } catch (_) {
+                tableData[table.dbLangTableName.toLowerCase()] = null;
             }
-            if (q.groupByD.length>0) {
+        }
-                let groupByS = joinArg(",", this)(q.groupByD);
+
-                args.push(...groupByS[1]);
+        const del = new QueryBuilder();
-                sql += " group by "+groupByS[0];
+        const create = new QueryBuilder();
-                if (q.havingD) {
+
-                    let havingS = q.havingD.serialize(this);
+        function checkUniqueIsVaild(n: string, table: string) {
-                    args.push(...havingS[1]);
+            let t = db.getTable(table);
-                    sql += " having "+havingS[0];
+            if (t == null) return false;
+            for (let i = 0; i < t.dbLangConstrains.length; i++) {
+                const c = t.dbLangConstrains[i];
+                if (c.name == n.toLowerCase() && c instanceof uniqueConstraint) {
+                    let attrs = c.attrs.map(a => a.name);
+                    let found = 0;
+                    for (let j = 0; j < key.length; j++) {
+                        if (
+                            key[j].CONSTRAINT_NAME == n
+                            && key[j].TABLE_NAME == table
+                        ) {
+                            if (attrs.includes(key[j].COLUMN_NAME.toLowerCase())) found++;
+                            else return false;
+                        }
+                    }
+                    return found == attrs.length;
                 }
             }
-
+            return false;
-            return [sql, args];
         }
-    }
 
-    static aggregations = {
+        function checkForeignIsVaild(n: string, table: string) {
-        count: (a: Attribute): serializeReturn => ["count(" + a + ")", []],
+            let t = db.getTable(table);
-        sum: (a: Attribute): serializeReturn => ["sum(" + a + ")", []],
+            if (t == null) return false;
-        avg: (a: Attribute): serializeReturn => ["avg(" + a + ")", []],
+            for (let i = 0; i < t.dbLangConstrains.length; i++) {
-        min: (a: Attribute): serializeReturn => ["min(" + a + ")", []],
+                const c = t.dbLangConstrains[i];
-        max: (a: Attribute): serializeReturn => ["max(" + a + ")", []],
+                if (c.name == n.toLowerCase() && c instanceof foreignConstraint) {
-    }
+                    let fromAttrs = c.fromAttrs.map(a => a.name);
-
+                    let toAttrs = c.toAttrs.map(a => a.name);
-    static modifiers = {
+                    let refTable = c.toAttrs[0].table.dbLangTableName;
-        and: joinArg("and", this),
+                    let found = 0;
-        or: joinArg("or", this),
+                    for (let j = 0; j < key.length; j++) {
-        eq: joinArg("=", this),
+                        if (
-        plus: joinArg("+", this),
+                            key[j].CONSTRAINT_NAME == n
-        minus: joinArg("-", this),
+                            && key[j].TABLE_NAME == table
-        not: (a: allModifierInput[]):serializeReturn => {
+                            && key[j].REFERENCED_TABLE_NAME == refTable
-            let e = a[0];
+                        ) {
-            if (e instanceof Attribute) return ["not (" + e + ")", []];
+                            let inF = fromAttrs.indexOf(key[j].COLUMN_NAME.toLowerCase());
-            if (e instanceof Modifier || e instanceof selectQuery || e instanceof Aggregation) {
+                            let inT = toAttrs.indexOf(key[j].REFERENCED_COLUMN_NAME.toLowerCase());
-                let [sqli, argsi] = e.serialize(this);
+                            if (inF != -1 && inT == inF) found++;
-                return ["not (" + sqli + ")", argsi]
+                            else return false;
+                        }
+                    }
+                    return found == fromAttrs.length && found == toAttrs.length;
+                }
             }
-            return ["not (?)", [e]];
+            return false;
         }
+
+        function checkUniqueExists(tabel: Table, c: uniqueConstraint) {
+            let attrs = c.attrs.map(a => a.name);
+            let found = 0;
+            for (let j = 0; j < key.length; j++) {
+                if (
+                    key[j].CONSTRAINT_NAME.toLowerCase() == c.name
+                    && key[j].TABLE_NAME == tabel.dbLangTableName
+                ) {
+                    if (attrs.includes(key[j].COLUMN_NAME.toLowerCase())) found++;
+                    else return false;
+                }
+            }
+            return found == attrs.length;
+        }
+        function checkForeignExists(tabel: Table, c: foreignConstraint) {
+            let fromAttrs = c.fromAttrs.map(a => a.name);
+            let toAttrs = c.toAttrs.map(a => a.name);
+            let refTable = c.toAttrs[0].table.dbLangTableName;
+            let found = 0;
+            for (let j = 0; j < key.length; j++) {
+                if (
+                    key[j].CONSTRAINT_NAME == c.name
+                    && key[j].TABLE_NAME == tabel.dbLangTableName
+                    && key[j].REFERENCED_TABLE_NAME == refTable
+                ) {
+                    let inF = fromAttrs.indexOf(key[j].COLUMN_NAME.toLowerCase());
+                    let inT = toAttrs.indexOf(key[j].REFERENCED_COLUMN_NAME.toLowerCase());
+                    if (inF != -1 && inT == inF) found++;
+                    else return false;
+                }
+            }
+            return found == fromAttrs.length && found == toAttrs.length;
+        }
+
+        //delete check and unused/false(unique, foreign) constraints
+        for (let i = 0; i < constraints.length; i++) {
+            const c = constraints[i];
+            if (c.CONSTRAINT_TYPE == "CHECK") {
+                del.appendEnding(handler.querys.removeCheck(handler, c.TABLE_NAME, c.CONSTRAINT_NAME));
+            } else if (c.CONSTRAINT_TYPE == "UNIQUE") {
+                if (
+                    (typeof tableData[c.TABLE_NAME.toLowerCase()] == "undefined" && deleteInDB)
+                    || !checkUniqueIsVaild(c.CONSTRAINT_NAME, c.TABLE_NAME)
+                ) del.appendEnding(handler.querys.removeUnique(handler, c.TABLE_NAME, c.CONSTRAINT_NAME));
+            } else if (c.CONSTRAINT_TYPE == "FOREIGN KEY") {
+                if (
+                    (typeof tableData[c.TABLE_NAME.toLowerCase()] == "undefined" && deleteInDB)
+                    || !checkForeignIsVaild(c.CONSTRAINT_NAME, c.TABLE_NAME)
+                ) del.appendEnding(handler.querys.removeForeignKey(handler, c.TABLE_NAME, c.CONSTRAINT_NAME));
+            }
+        }
+        //delete unused Tables
+        if (deleteInDB) for (let i = 0; i < allTables.length; i++) {
+            if (typeof tableData[allTables[i].toLowerCase()] == "undefined") del.appendEnding(handler.querys.deleteTable(handler, allTables[i]));
+        }
+
+        function freeForUpdate(attr: string, table: string) {
+            for (let i = 0; i < key.length; i++) {
+                const k = key[i];
+                if (
+                    k.REFERENCED_TABLE_NAME == table
+                    && k.REFERENCED_COLUMN_NAME.toLowerCase() == attr.toLowerCase()
+                ) {
+                    del.appendEnding(handler.querys.removeForeignKey(handler, k.TABLE_NAME, k.CONSTRAINT_NAME));
+                }
+            }
+        }
+
+        //create tables
+        for (let i = 0; i < db.tables.length; i++) {
+            const table = db.tables[i];
+            const tableD = tableData[table.dbLangTableName.toLowerCase()];
+            //delete unused Columns
+            if (deleteInDB && tableD != null) {
+                let keys = Object.keys(tableD);
+                for (let i = 0; i < keys.length; i++) {
+                    if (table.dbLangTableAttributes[keys[i]] == null) {
+                        freeForUpdate(keys[i].toLowerCase(), table.dbLangTableName);
+                        create.appendEnding(handler.querys.removeColumn(handler, table, keys[i]));
+                    }
+                }
+            }
+            //add/mofify columns
+            let changePrimary = false;
+            if (tableD == null) {
+                create.appendEnding(handler.querys.create(handler, table));
+                changePrimary = true;
+            } else {
+                let keys = Object.keys(table.dbLangTableAttributes);
+                for (let j = 0; j < keys.length; j++) {
+                    const a = table.dbLangTableAttributes[keys[j]];
+                    const attrData = tableD[keys[j]];
+                    if (attrData == null) {
+                        create.appendEnding(handler.querys.addColumn(handler, a));
+                        changePrimary = true;
+                    } else if (
+                        !handler.builders.compareDatatypes(handler, a.type, attrData.Type) ||
+                        a.ops.default != attrData.Default ||
+                        (!!a.ops.notNull || !!a.ops.autoIncrement || !!a.ops.primaryKey) != (attrData.Null == "NO") ||
+                        (!!a.ops.autoIncrement) != (attrData.Extra == "auto_increment")
+                    ) {
+                        /*console.log(!handler.builders.compareDatatypes(handler, a.type, attrData.Type), "|",
+                            a.ops.default, attrData.Default, "|",
+                            (!!a.ops.notNull || !!a.ops.autoIncrement || !!a.ops.primaryKey), (attrData.Null == "NO"), "|",
+                            (!!a.ops.autoIncrement), (attrData.Extra == "auto_increment"));*/
+                        freeForUpdate(a.name, a.table.dbLangTableName);
+                        create.appendEnding(handler.querys.changeColumn(handler, a));
+                    }
+                    if (attrData == null) {
+                        changePrimary = true;
+                    } else {
+                        if ((attrData.Key == "PRI") != (!!a.ops.primaryKey)) {
+                            freeForUpdate(a.name, a.table.dbLangTableName);
+                            changePrimary = true;
+                        }
+                    }
+                }
+            }
+            if (changePrimary) {
+                create.appendEnding(handler.querys.removePrimaryKey(handler, table.dbLangTableName));
+                create.appendEnding(handler.querys.addPrimaryKey(handler, table));
+            }
+            for (let j = 0; j < table.dbLangConstrains.length; j++) {
+                const c = table.dbLangConstrains[j];
+                if (c instanceof checkConstraint) {
+                    create.appendEnding(handler.querys.addCheck(handler, table, c));
+                } else if (c instanceof uniqueConstraint) {
+                    if (!checkUniqueExists(table, c)) {
+                        create.appendEnding(handler.querys.addUnique(handler, table, c));
+                    }
+                } else if (c instanceof foreignConstraint) {
+                    if (!checkForeignExists(table, c)) {
+                        create.appendEnding(handler.querys.addForeignKey(handler, table, c));
+                    }
+                }
+            }
+        }
+        if (!create.isEmpty()) del.append(create);
+        if (!del.isEmpty()) await db.query(handler.builders.query(del));
+    }
+
+    querys = {
+        select: (handler: Handler, q: selectQuery): QueryBuilder => {
+            const builder = new QueryBuilder();
+            builder.addCode("select ");
+            builder.append(joinArg(", ")(handler, q.attr));
+            builder.addCode(` from ${q.from == null ? 'DUAL' : q.from.serialize(handler)}`);
+            if (q.whereD) {
+                builder.addCode(" where ");
+                builder.append(q.whereD.serialize(handler));
+            }
+            if (q.groupByD.length > 0) {
+                builder.addCode(" group by ");
+                builder.append(joinArg(",")(handler, q.groupByD));
+                if (q.havingD) {
+                    builder.addCode(" having ");
+                    builder.append(q.havingD.serialize(handler));
+                }
+            }
+            if (q.havingD) {
+                builder.addCode(" limit ");
+                builder.addInjection(q.limitD);
+            }
+
+            /*builder.setHandler((json)=>{
+                return json;
+            });*/
+
+            return builder;
+        },
+        insert: (hander: Handler, q: insertQuery): QueryBuilder => {
+            const qb = new QueryBuilder();
+            qb.addCode("INSERT INTO ");
+            qb.addCode(q.attrs[0].table.serialize(hander));
+            qb.addCode("(");
+            qb.addCodeCommaSeperated(q.attrs.map(a => a.serialize(hander)));
+            qb.addCode(") ");
+            if (q.select == null) {
+                qb.addCode("VALUES ");
+                for (let i = 0; i < q.values.length; i++) {
+                    qb.addCode("(");
+                    qb.addInjectionCommaSeperated(q.values[i]);
+                    qb.addCode(")");
+                    if (i + 1 < q.values.length) qb.addCode(",");
+                }
+            } else {
+                qb.append(q.select.serialize(hander));
+            }
+            return qb;
+        },
+        update: (handler: Handler, q: updateQuery): QueryBuilder => {
+            const qb = new QueryBuilder();
+            qb.addCode("UPDATE ");
+            qb.addCode(q.table.serialize(handler));
+            qb.addCode(" SET ");
+            for (let i = 0; i < q.setD.length; i++) {
+                const s = q.setD[i];
+                qb.addCode(s[0].serialize(handler));
+                qb.addCode(" = (");
+                if (s[1] instanceof Attribute) qb.addCode(s[1].serialize(handler));
+                else if (s[1] instanceof Modifier || s[1] instanceof selectQuery || s[1] instanceof Aggregation) {
+                    qb.append(s[1].serialize(handler));
+                } else {
+                    qb.addInjection(s[1]);
+                }
+                qb.addCode(")");
+                if (i + 1 < q.setD.length) qb.addCode(", ");
+            }
+            if (q.whereD) {
+                qb.addCode(" where ");
+                qb.append(q.whereD.serialize(handler));
+            }
+            return qb;
+        },
+        remove: (handler: Handler, q: removeQuery): QueryBuilder =>{
+            const qb = new QueryBuilder();
+            qb.addCode("DELETE FROM ");
+            qb.addCode(q.table.serialize(handler));
+            if (q.whereD) {
+                qb.addCode(" where ");
+                qb.append(q.whereD.serialize(handler));
+            }
+            return qb;
+        },
+        listTables: (handler: Handler, db: DB) => {
+            const qb = new QueryBuilder();
+            qb.addCode(`SELECT * FROM information_schema.tables where TABLE_SCHEMA = `);
+            qb.addInjection(db.name);
+            qb.addCode(` and TABLE_TYPE  = "BASE TABLE"`);
+            return qb;
+        },
+        create: (handler: Handler, table: Table): QueryBuilder => {
+            const builder = new QueryBuilder();
+            builder.addCode(`create table if not exists ${table.toString(handler)}(`);
+            let keys = Object.keys(table.dbLangTableAttributes);
+            for (let i = 0; i < keys.length; i++) {
+                const a = table.dbLangTableAttributes[keys[i]];
+                builder.addCode(a.serialize(handler) + " ");
+                builder.append(a.serializeSettings(handler));
+                if (i + 1 < keys.length) builder.addCode(", ");
+            }
+            builder.addCode(")");
+            return builder;
+        },
+        deleteTable: (handler: Handler, table: string): QueryBuilder => {
+            const qb = new QueryBuilder();
+            qb.addCode(`DROP TABLE `);
+            qb.addCode(handler.builders.escapeID(table));
+            qb.addCode(` CASCADE`);
+            return qb;
+        },
+        addColumn: (handler: Handler, attr: Attribute): QueryBuilder => {
+            const builder = new QueryBuilder();
+            builder.addCode(`alter table `);
+            builder.addCode(attr.table.toString(handler));
+            builder.addCode(` add if not exists `);
+            builder.addCode(attr.serialize(handler) + " ");
+            builder.append(attr.serializeSettings(handler));
+            return builder;
+        },
+        changeColumn: (handler: Handler, attr: Attribute): QueryBuilder => {
+            const builder = new QueryBuilder();
+            builder.addCode(`alter table `);
+            builder.addCode(attr.table.toString(handler));
+            builder.addCode(` change `);
+            builder.addCode(attr.serialize(handler) + " ");
+            builder.addCode(attr.serialize(handler) + " ");
+            builder.append(attr.serializeSettings(handler));
+            return builder;
+        },
+        removeColumn: (handler: Handler, tabel: Table, attr: string) => {
+            const builder = new QueryBuilder();
+            builder.addCode("ALTER TABLE ");
+            builder.addCode(tabel.serialize(handler));
+            builder.addCode(" DROP COLUMN ");
+            builder.addCode(handler.builders.escapeID(attr));
+            return builder;
+        },
+        addForeignKey: (handler: Handler, table: Table, c: foreignConstraint) => {
+            const builder = new QueryBuilder();
+            builder.addCode("ALTER TABLE ");
+            builder.addCode(table.serialize(handler));
+            builder.addCode(" ADD CONSTRAINT ");
+            builder.addCode(handler.builders.escapeID(c.name));
+            builder.addCode(" FOREIGN KEY (");
+            builder.addCodeCommaSeperated(c.fromAttrs.map(a => a.serialize(handler)));
+            builder.addCode(") REFERENCES ");
+            builder.addCode(c.toAttrs[0].table.serialize(handler));
+            builder.addCode("(");
+            builder.addCodeCommaSeperated(c.toAttrs.map(a => a.serialize(handler)));
+            builder.addCode(")");
+
+            if (c.onUpdate == onAction.cascade) builder.addCode(" ON UPDATE CASCADE");
+            if (c.onUpdate == onAction.noAction) builder.addCode(" ON UPDATE NO ACTION");
+            if (c.onUpdate == onAction.setDefault) builder.addCode(" ON UPDATE SET DEFUALT");
+            if (c.onUpdate == onAction.setNull) builder.addCode(" ON UPDATE SET NULL");
+
+            if (c.onDelete == onAction.cascade) builder.addCode(" ON DELETE CASCADE");
+            if (c.onDelete == onAction.noAction) builder.addCode(" ON DELETE NO ACTION");
+            if (c.onDelete == onAction.setDefault) builder.addCode(" ON DELETE SET DEFUALT");
+            if (c.onDelete == onAction.setNull) builder.addCode(" ON DELETE SET NULL");
+            return builder;
+        },
+        removeForeignKey: (handler: Handler, tablenName: string, name: string) => {
+            const builder = new QueryBuilder();
+            builder.addCode("ALTER TABLE ");
+            builder.addCode(handler.builders.escapeID(tablenName));
+            builder.addCode(" DROP FOREIGN KEY IF EXISTS ");
+            builder.addCode(handler.builders.escapeID(name));
+            builder.addCode(";ALTER TABLE ");
+            builder.addCode(handler.builders.escapeID(tablenName));
+            builder.addCode(" DROP INDEX IF EXISTS ");
+            builder.addCode(handler.builders.escapeID(name));
+
+            return builder;
+        },
+        addPrimaryKey: (handler: Handler, table: Table) => {
+            const qb = new QueryBuilder();
+            qb.addCode("ALTER TABLE ");
+            qb.addCode(table.serialize(handler));
+            qb.addCode(" add PRIMARY KEY if not exists (");
+            qb.addCodeCommaSeperated(
+                Object.entries(table.dbLangTableAttributes)
+                    .filter(([n, attr]) => !!attr.ops.primaryKey)
+                    .map(([n, attr]) => handler.builders.escapeID(n))
+            );
+            qb.addCode(")");
+            return qb;
+        },
+        removePrimaryKey: (handler: Handler, table: string) => {
+            const qb = new QueryBuilder();
+            qb.addCode("ALTER TABLE ");
+            qb.addCode(handler.builders.escapeID(table));
+            qb.addCode(" DROP INDEX IF EXISTS `PRIMARY`");
+            return qb;
+        },
+        removeCheck: (handler: Handler, table: string, name: string) => {
+            const qb = new QueryBuilder();
+            qb.addCode("ALTER TABLE ");
+            qb.addCode(handler.builders.escapeID(table));
+            qb.addCode(" DROP CONSTRAINT IF EXISTS ");
+            qb.addCode(handler.builders.escapeID(name));
+            return qb;
+        },
+        addCheck: (handler: Handler, table: Table, c: checkConstraint) => {
+            const qb = new QueryBuilder();
+            qb.addCode(`ALTER TABLE `);
+            qb.addCode(table.serialize(handler));
+            qb.addCode(` ADD CONSTRAINT `);
+            qb.addCode(handler.builders.escapeID(c.name));
+            qb.addCode(` CHECK (`);
+            qb.append(c.checkQuery.serialize(handler));
+            qb.addCode(")");
+            return qb;
+        },
+        removeUnique: (handler: Handler, table: string, name: string) => {
+            const qb = new QueryBuilder();
+            qb.addCode("ALTER TABLE ");
+            qb.addCode(handler.builders.escapeID(table));
+            qb.addCode(" DROP INDEX IF EXISTS ");
+            qb.addCode(handler.builders.escapeID(name));
+            return qb;
+        },
+        addUnique: (handler: Handler, table: Table, u: uniqueConstraint) => {
+            const qb = new QueryBuilder();
+            qb.addCode("ALTER TABLE ");
+            qb.addCode(table.serialize(handler));
+            qb.addCode(" ADD CONSTRAINT ");
+            qb.addCode(handler.builders.escapeID(u.name));
+            qb.addCode(" UNIQUE (");
+            qb.addCodeCommaSeperated(u.attrs.map(a => a.serialize(handler)));
+            qb.addCode(")");
+            return qb;
+        },
+    }
+
+    builders = {
+        query: (qb: QueryBuilder): Query => {
+            let args: primaryData[] = [];
+            let sql = "";
+            for (let i = 0; i < qb.list.length; i++) {
+                const [inject, data] = qb.list[i];
+                if (inject) {
+                    sql += "?";
+                    args.push(data);
+                } else {
+                    sql += data;
+                }
+            }
+            return new Query([sql, args]);
+        },
+
+        attributeSettings: (handler: Handler, a: Attribute): QueryBuilder => {
+            const builder = new QueryBuilder();
+            builder.append(a.type.serialize(handler));
+            if (a.ops.autoIncrement) {
+                builder.addCode(" auto_increment");
+            }
+            if (a.ops.default != null) {
+                if (a.ops.autoIncrement || a.ops.primaryKey || a.ops.notNull)
+                    throw new Error(`Can not set default when autoIncrement, primaryKey or notNull ist set on Attribute: ${a.toStringFunc(handler)}`);
+                builder.addCode(" default ");
+                builder.addInjection(a.ops.default);
+            }
+            if (a.ops.notNull != null) {
+                if (!a.ops.autoIncrement && !a.ops.primaryKey && a.ops.default == null) {
+                    builder.addCode(" not null");
+                } else builder.addCode(" null");
+            } else builder.addCode(" null");
+            return builder;
+        },
+        escapeID: (key: string): string => {
+            if (!key || key === "" || key.includes('\u0000')) throw new Error("Can not escape empty key or with null unicode!");
+            if (key.match(/^`.+`$/g)) return key;
+            return `\`${key.replace(/`/g, '``')}\``;
+        },
+        compareDatatypes: (handler: Handler, attr: Datatype, curr: String) => {
+            let qb = attr.serialize(handler);
+            let sql = "";
+            for (let i = 0; i < qb.list.length; i++) {
+                const [inject, data] = qb.list[i];
+                sql += data;
+            }
+
+            return curr.split(" ").join("").startsWith(sql.split(" ").join(""));
+        },
+    }
+
+    aggregations = {
+        count: (handler: Handler, a: Attribute): QueryBuilder => new QueryBuilder([{ data: "count(" + a.toString(handler) + ")" }]),
+        sum: (handler: Handler, a: Attribute): QueryBuilder => new QueryBuilder([{ data: "sum(" + a.toString(handler) + ")" }]),
+        avg: (handler: Handler, a: Attribute): QueryBuilder => new QueryBuilder([{ data: "avg(" + a.toString(handler) + ")" }]),
+        min: (handler: Handler, a: Attribute): QueryBuilder => new QueryBuilder([{ data: "min(" + a.toString(handler) + ")" }]),
+        max: (handler: Handler, a: Attribute): QueryBuilder => new QueryBuilder([{ data: "max(" + a.toString(handler) + ")" }]),
+    }
+
+    modifiers = {
+        and: joinArg("and"),
+        or: joinArg("or"),
+        le: joinArg("<"),
+        leq: joinArg("<="),
+        eq: joinArg("="),
+        geq: joinArg(">="),
+        ge: joinArg(">"),
+        plus: joinArg("+"),
+        minus: joinArg("-"),
+        mult: joinArg("*"),
+        divide: joinArg("-/"),
+        not: (handler: Handler, a: allModifierInput[]): QueryBuilder => {
+            let e = a[0];
+            if (e instanceof Attribute) return new QueryBuilder([{ data: "not (" + e.toString(handler) + ")" }])
+            if (e instanceof Modifier || e instanceof selectQuery || e instanceof Aggregation) {
+                const builder = new QueryBuilder();
+                builder.addCode("not (");
+                builder.append(e.serialize(handler));
+                builder.addCode(")");
+                return builder;
+            }
+            return new QueryBuilder([
+                { data: "not(" },
+                { inject: true, data: e },
+                { data: ")" }
+            ]);
+        },
+        like: (handler: Handler, a: allModifierInput[]): QueryBuilder => {
+            const builder = new QueryBuilder();
+            if (a[0] instanceof Attribute) builder.addCode(a[0].toString());
+            else if (a[0] instanceof Modifier || a[0] instanceof selectQuery || a[0] instanceof Aggregation) {
+                builder.append(a[0].serialize(handler));
+            } else {
+                builder.addInjection(a[0]);
+            }
+            builder.addCode(" LIKE ");
+            if (a[1] instanceof Attribute) builder.addCode(a[1].toString());
+            else if (a[1] instanceof Modifier || a[1] instanceof selectQuery || a[1] instanceof Aggregation) {
+                builder.append(a[1].serialize(handler));
+            } else {
+                builder.addInjection(a[1]);
+            }
+            return builder;
+        },
+        concat: (handler: Handler, a: allModifierInput[]): QueryBuilder => {
+            const builder = new QueryBuilder();
+            builder.addCode("CONCAT(");
+            for (let i = 0; i < a.length; i++) {
+                const e = a[i];
+                if (e instanceof Attribute) builder.addCode(e.toString());
+                else if (e instanceof Modifier || e instanceof selectQuery || e instanceof Aggregation) {
+                    builder.append(e.serialize(handler));
+                } else {
+                    builder.addInjection(e);
+                }
+                if (i < a.length - 1) builder.addCode(", ");
+            }
+            builder.addCode(")");
+            return builder;
+        }
+    }
+
+    datatypes = {
+        char: dataTypeSingleNum("char"),
+        varchar: dataTypeSingleNum("varchar"),
+        binary: dataTypeSingleNum("binary"),
+        varbinary: dataTypeSingleNum("varbinary"),
+
+        tinyblob: dataTypeNoArg("tinyblob"),
+        blob: dataTypeNoArg("blob"),
+        mediumblob: dataTypeNoArg("mediumblob"),
+        longblob: dataTypeNoArg("longblob"),
+        tinytext: dataTypeNoArg("tinytext"),
+        text: dataTypeNoArg("text"),
+        mediumtext: dataTypeNoArg("mediumtext"),
+        longtext: dataTypeNoArg("longtext"),
+
+        enum: (a: primaryData[]): QueryBuilder => {
+            const builder = new QueryBuilder();
+            builder.addCode("enum(");
+            builder.addInjectionCommaSeperated(a);
+            builder.addCode(")");
+            return builder;
+        },
+        set: (a: primaryData[]): QueryBuilder => {
+            const builder = new QueryBuilder();
+            builder.addCode("set(");
+            builder.addInjectionCommaSeperated(a);
+            builder.addCode(")");
+            return builder;
+        },
+        bool: dataTypeNoArg("bool"),
+        bit: dataTypeNoArg("bit"),
+        tinyint: dataTypeNoArg("tinyint"),
+        smallint: dataTypeNoArg("smallint"),
+        mediumint: dataTypeNoArg("mediumint"),
+        int: dataTypeNoArg("int"),
+        bigint: dataTypeNoArg("bigint"),
+
+        float: dataTypeDblNum("float"),
+        double: dataTypeDblNum("double"),
+        decimal: dataTypeDblNum("decimal"),
+
+        date: dataTypeNoArg("date"),
+        datetime: dataTypeNoArg("datatime"),
+        timestamp: dataTypeNoArg("timestamp"),
+        time: dataTypeNoArg("time"),
+        year: dataTypeNoArg("year"),
     }
 
 };
 
-function joinArg(type: string, s: any) {
+function dataTypeNoArg(type: string) {
-    return (a: (allModifierInput)[]): serializeReturn => {
+    return (a: primaryData[]): QueryBuilder => {
-        let args: primaryData[] = [];
+        return new QueryBuilder([{
-        let sql = "(" + a.map(d => {
+            inject: false,
-            if (d instanceof Attribute) return d;
+            data: type
-            if (d instanceof Modifier || d instanceof selectQuery || d instanceof Aggregation) {
+        }]);
-                let [sqli, argsi] = d.serialize(s);
+    }
-                args.push(...(argsi.flat(Infinity)));
+}
-                return sqli;
+function dataTypeSingleNum(type: string) {
-            }
+    return (a: primaryData[]): QueryBuilder => {
-            args.push(d);
+        return new QueryBuilder([
-            return "?";
+            { data: type + "(" },
-        }).join(" " + type + " ") + ")";
+            { inject: true, data: a[0] },
-        return [sql, args]
+            { data: ")" }
-
+        ]);
+    }
+}
+function dataTypeDblNum(type: string) {
+    return (a: primaryData[]): QueryBuilder => {
+        return new QueryBuilder([
+            { data: type + "(" },
+            { inject: true, data: a[0] },
+            { data: ", " },
+            { inject: true, data: a[1] },
+            { data: ")" }
+        ]);
+    }
+}
+
+
+function joinArg(type: string) {
+    return (handler: Handler, a: (allModifierInput)[]): QueryBuilder => {
+        const builder = new QueryBuilder();
+        for (let i = 0; i < a.length; i++) {
+            const d = a[i];
+            if (d instanceof Attribute) builder.addCode(d.toString(handler));
+            else if (d instanceof Modifier || d instanceof selectQuery || d instanceof Aggregation) {
+                builder.addCode("(");
+                builder.append(d.serialize(handler));
+                builder.addCode(")");
+            } else {
+                builder.addInjection(d);
+            }
+            if (i + 1 < a.length) builder.addCode(" " + type + " ");
+        }
+        return builder;
     }
 }

src/funcs.ts

@@ -1,22 +1,93 @@
-import { Attribute } from "./db";
+import { Attribute, Table } from "./db";
-import { Aggregation, BooleanModifier, NumberModifier } from "./dbStructure";
+import { Aggregation, BooleanModifier, checkConstraint, Datatype, foreignConstraint, NumberModifier, StringModifier, uniqueConstraint } from "./dbStructure";
-import { selectQuery } from "./query";
+import { insertQuery, removeQuery, selectQuery, updateQuery } from "./query";
 import { allModifierInput, selectElements, selectFromElements } from "./types";
 
 //modifiers
-export const and = (...args: (BooleanModifier)[]) => new BooleanModifier("and",args);
+export const and = (...args: BooleanModifier[]) => new BooleanModifier("and", args);
-export const or = (...args: (BooleanModifier)[]) => new BooleanModifier("or",args);
+export const or = (...args: BooleanModifier[]) => new BooleanModifier("or", args);
-export const eq = (...args: (allModifierInput)[]) => new BooleanModifier("eq",args);
+export const ge = (...args: allModifierInput[]) => new BooleanModifier("ge", args);
-export const plus = (...args: (allModifierInput)[]) => new NumberModifier("plus",args);
+export const geq = (...args: allModifierInput[]) => new BooleanModifier("geq", args);
-export const minus = (...args: (allModifierInput)[]) => new NumberModifier("minus",args);
+export const eq = (...args: allModifierInput[]) => new BooleanModifier("eq", args);
+export const leq = (...args: allModifierInput[]) => new BooleanModifier("leq", args);
+export const le = (...args: allModifierInput[]) => new BooleanModifier("le", args);
+export const plus = (...args: allModifierInput[]) => new NumberModifier("plus", args);
+export const minus = (...args: allModifierInput[]) => new NumberModifier("minus", args);
+export const mult = (...args: allModifierInput[]) => new NumberModifier("mult", args);
+export const divide = (...args: allModifierInput[]) => new NumberModifier("divide", args);
+
+export const not = (arg: allModifierInput) => new BooleanModifier("not", [arg]);
+export const like = (a: allModifierInput, b: allModifierInput) => new BooleanModifier("like", [a, b]);
+
+export const concat = (...args: allModifierInput[]) => new StringModifier("concat", args);
 
 //aggregations
-
+export const count = (a: Attribute) => new Aggregation("count", a);
-export const count = (a:Attribute) => new Aggregation("count",a);
+export const sum = (a: Attribute) => new Aggregation("sum", a);
-export const sum = (a:Attribute) => new Aggregation("sum",a);
+export const avg = (a: Attribute) => new Aggregation("avg", a);
-export const avg = (a:Attribute) => new Aggregation("avg",a);
+export const min = (a: Attribute) => new Aggregation("min", a);
-export const min = (a:Attribute) => new Aggregation("min",a);
+export const max = (a: Attribute) => new Aggregation("max", a);
-export const max = (a:Attribute) => new Aggregation("max",a);
 
 //query
-export const select = (args: selectElements[],from: selectFromElements) => new selectQuery(args,from);
+export const select = (args: selectElements[], from: selectFromElements) => new selectQuery(args, from);
+export const insert = (...attrs: Attribute[]) => new insertQuery(attrs);
+export const update = (table: Table) => new updateQuery(table);
+export const remove = (table: Table) => new removeQuery(table);
+
+//datatypes
+
+export const CHAR = (size: number) => new Datatype("char", [size]);
+export const VARCHAR = (size: number) => new Datatype("varchar", [size]);
+export const BINARY = (size: number) => new Datatype("binary", [size]);
+export const VARBINARY = (size: number) => new Datatype("varbinary", [size]);
+
+export const TINYBLOB = new Datatype("tinyblob", []);
+export const BLOB = new Datatype("blob", []);
+export const MEDIUMBLOB = new Datatype("mediumblob", []);
+export const LONGBLOB = new Datatype("longblob", []);
+
+export const TINYTEXT = new Datatype("tinytext", []);
+export const TEXT = new Datatype("text", []);
+export const MEDIUMTEXT = new Datatype("mediumtext", []);
+export const LONGTEXT = new Datatype("longtext", []);
+
+export const ENUM = (...values: string[]) => new Datatype("enum", values);
+export const SET = (...values: string[]) => new Datatype("set", values);
+
+export const BOOL = new Datatype("bool", []);
+export const BIT = new Datatype("bit", []);
+export const TINYINT = new Datatype("tinyint", []);
+export const SMALLINT = new Datatype("smallint", []);
+export const MEDIUMINT = new Datatype("mediumint", []);
+export const INT = new Datatype("int", []);
+export const BIGINT = new Datatype("bigint", []);
+
+export const FLOAT = (size: number, d: number) => new Datatype("float", [size, d]);
+export const DOUBLE = (size: number, d: number) => new Datatype("double", [size, d]);
+export const DECIMAL = (size: number, d: number) => new Datatype("decimal", [size, d]);
+
+export const DATE = new Datatype("date", []);
+export const DATETIME = new Datatype("datetime", []);
+export const TIMESTAMP = new Datatype("timestamp", []);
+export const TIME = new Datatype("time", []);
+export const YEAR = new Datatype("year", []);
+
+// Constraints
+//TODO:
+//primary key
+export const foreignKey = (attrs: Attribute[], target: Attribute[]) => new foreignConstraint(
+    "foreign_constraint_"
+    + attrs.map(a => a.name + "_" + a.table.dbLangTableName).join("_")
+    + "_to_"
+    + target.map(a => a.name + "_" + a.table.dbLangTableName).join("_"),
+    attrs, target);
+export const uniqueKey = (attrs: Attribute[]) => new uniqueConstraint("unique_constraint_" + attrs.map(a => a.name + "_" + a.table.dbLangTableName).join("_"), attrs);
+export const check = (name: string, mod: BooleanModifier) => new checkConstraint(name, mod);
+
+
+/**
+ * primary key: kein richtiger Constraint -> renew = drop
+ * foreign key: ?
+ * unique: richtiger Constraint -> achtung manchmal nicht entfernabr
+ * check: richtiger Constraint
+ */

src/query.ts

@@ -1,26 +1,73 @@
-import { Attribute, DB } from "./db";
+import { Attribute, DB, Table } from "./db";
 import { BooleanModifier, Modifier } from "./dbStructure";
 import { Handler } from "./defaultHandler";
-import { primaryData, selectElements, selectFromElements, serializeReturn } from "./types";
+import { allModifierInput, primaryData, selectElements, selectFromElements, serializeReturn } from "./types";
 
 
 export class Query {
-    sql : string;
+    sql: string;
-    values : primaryData[];
+    values: primaryData[];
-    constructor(sql: string, values: primaryData[]) {
+    constructor([sql, values]: serializeReturn) {
         this.sql = sql;
         this.values = values;
     }
 }
 
+export class QueryBuilder {
+    //injekt and data
+    list: ([boolean, primaryData])[] = [];
+
+    constructor(l?: ({ inject?: boolean, data: primaryData })[]) {
+        if (Array.isArray(l))
+            for (let i = 0; i < l.length; i++) {
+                const e = l[i];
+                this.list.push([e.inject ? true : false, e.data]);
+            }
+    }
+    addCode(text: string) {
+        this.list.push([false, text]);
+    }
+    addCodeCommaSeperated(data: string[], comma = ", ") {
+        for (let i = 0; i < data.length; i++) {
+            const e = data[i];
+            this.list.push([false, e]);
+            if (i + 1 < data.length) this.list.push([false, comma]);
+        }
+    }
+    addInjection(data: primaryData) {
+        this.list.push([true, data]);
+    }
+    addInjectionCommaSeperated(data: primaryData[], comma = ", ") {
+        for (let i = 0; i < data.length; i++) {
+            const e = data[i];
+            this.list.push([true, e]);
+            if (i + 1 < data.length) this.list.push([false, comma]);
+        }
+    }
+    append(qb: QueryBuilder) {
+        this.list.push(...qb.list);
+    }
+    appendEnding(qb: QueryBuilder) {
+        this.append(qb);
+        this.list.push([false, ";"]);
+    }
+    isEmpty() {
+        return this.list.length == 0;
+    }
+    /*setHandler(fun:(d:any)=>any){
+
+    }*/
+}
+
+
 export class selectQuery {
-    attr:selectElements[] = [];
+    attr: selectElements[] = [];
-    from:selectFromElements;
+    from: selectFromElements;
-    constructor(a: selectElements[], from:selectFromElements) {
+    constructor(a: selectElements[], from: selectFromElements) {
         this.attr.push(...a.flat(Infinity));
         this.from = from ? from : null;
     }
-    whereD:BooleanModifier | null = null;
+    whereD: BooleanModifier | null = null;
     where(m: BooleanModifier) {
         this.whereD = m;
         return this;
@@ -30,18 +77,111 @@ export class selectQuery {
         this.groupByD = a;
         return this;
     }
-    havingD:Modifier | null = null;
+    havingD: BooleanModifier | null = null;
-    having(m: Modifier) {
+    having(m: BooleanModifier) {
         this.havingD = m;
         return this;
     }
-
+    limitD: number | null = null;
-    serialize(handler = Handler) : serializeReturn {
+    limit(i: number) {
-        return handler.querys.select(this);
+        this.limitD = i;
+        return this;
     }
 
-    query(db: DB) {
+    serialize(handler: Handler): QueryBuilder {
-        const s = this.serialize(db.getHandler());
+        return handler.querys.select(handler, this);
-        return new Query(s[0],s[1]);
+    }
+
+    async query(db: DB) {
+        const handler = db.getHandler();
+        const builder = this.serialize(handler);
+        const s = handler.builders.query(builder);
+        return await db.query(s);
+    }
+}
+
+export class insertQuery {
+    attrs: Attribute[];
+    values: primaryData[][] = [];
+    select: selectQuery | null = null;
+    constructor(attrs: Attribute[]) {
+        if (attrs.length == 0) throw new Error("Insertion must be done in at least one Column.");
+        for (let i = 0; i < attrs.length; i++) {
+            if (attrs[i].table != attrs[0].table) throw new Error("Insertion Columns must be in one Table.");
+        }
+        this.attrs = attrs;
+    }
+    add(...data: primaryData[]) {
+        if (this.select != null) throw new Error("Can not add Values when using select!");
+        this.values.push(data);
+        return this;
+    }
+    addValues(...data: primaryData[][]) {
+        if (this.select != null) throw new Error("Can not add Values when using select!");
+        this.values.push(...data);
+        return this;
+    }
+    setSelect(state: selectQuery) {
+        if (this.values.length != 0) throw new Error("Can not add select when using values!");
+        this.select = state;
+        return this;
+    }
+    serialize(handler: Handler): QueryBuilder {
+        return handler.querys.insert(handler, this);
+    }
+    async query(db: DB) {
+        const handler = db.getHandler();
+        const builder = this.serialize(handler);
+        const s = handler.builders.query(builder);
+        return await db.query(s);
+    }
+}
+
+export class updateQuery {
+    table: Table;
+    setD: ([Attribute, allModifierInput])[] = [];
+    whereD: BooleanModifier | null = null;
+
+    constructor(table: Table) {
+        this.table = table;
+    }
+    set(attr: Attribute, value: allModifierInput) {
+        if (this.table != attr.table) throw new Error("Can only edit columns of the updated table!");
+        this.setD.push([attr, value]);
+        return this;
+    }
+    where(w: BooleanModifier) {
+        this.whereD = w;
+        return this;
+    }
+    serialize(handler: Handler): QueryBuilder {
+        return handler.querys.update(handler, this);
+    }
+    async query(db: DB) {
+        const handler = db.getHandler();
+        const builder = this.serialize(handler);
+        const s = handler.builders.query(builder);
+        return await db.query(s);
+    }
+}
+
+export class removeQuery {
+    table: Table;
+    whereD: BooleanModifier | null = null;
+    constructor(table: Table) {
+        this.table = table;
+    }
+    where(w: BooleanModifier) {
+        this.whereD = w;
+        return this;
+    }
+    serialize(handler: Handler): QueryBuilder {
+        return handler.querys.remove(handler, this);
+    }
+    async query(db: DB) {
+        const handler = db.getHandler();
+        const builder = this.serialize(handler);
+        const s = handler.builders.query(builder);
+        return await db.query(s);
     }
 }

src/types.ts

@@ -1,6 +1,6 @@
 import { Attribute, Table } from "./db";
-import { Aggregation, Joins, Modifier } from "./dbStructure";
+import { Aggregation, BooleanModifier, Datatype, Joins, Modifier } from "./dbStructure";
-import { selectQuery } from "./query";
+import { QueryBuilder, selectQuery } from "./query";
 
 export type primaryData = string | number | boolean | null;
 export type allModifierInput = primaryData | Modifier | selectQuery | Attribute | Aggregation;
@@ -10,8 +10,39 @@ export type selectFromElements = Table | Joins | null;
 
 export type serializeReturn = [string, primaryData[]];
 
+export type DatatypeBuild = [QueryBuilder, number];
 
-export enum onAction{
+export type attributeSettings = {
+    unique?: boolean,
+    autoIncrement?: boolean,
+    default?: primaryData,
+    notNull?: boolean
+    primaryKey?: boolean,
+    foreginKey?: {
+        link: Attribute,
+        onDelete?: onAction,
+        onUpdate?: onAction
+    },
+    check?: BooleanModifier | ((a: Attribute) => BooleanModifier)
+};
+
+export type extendedAttributeSettings = {
+    type: Datatype,
+    unique?: boolean,
+    autoIncrement?: boolean,
+    default?: primaryData,
+    notNull?: boolean
+    primaryKey?: boolean,
+    foreginKey?: {
+        link: Attribute,
+        onDelete?: onAction,
+        onUpdate?: onAction
+    },
+    check?: BooleanModifier | ((a: Attribute) => BooleanModifier)
+}
+
+export enum onAction {
+    nothing,
     cascade,
     noAction,
     setNull,