diff --git a/example/shared/src/commonMain/composeResources/files/test.json b/example/shared/src/commonMain/composeResources/files/test.json
index e69de29b..ff29422a 100644
--- a/example/shared/src/commonMain/composeResources/files/test.json
+++ b/example/shared/src/commonMain/composeResources/files/test.json
@@ -0,0 +1 @@
+{"v":"4.8.0","meta":{"g":"LottieFiles AE 3.5.6","a":"","k":"","d":"","tc":""},"fr":29.9700012207031,"ip":0,"op":900.000036657751,"w":2000,"h":2000,"nm":"Voice 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","e":1},{"id":"image_1","w":1613,"h":1776,"u":"","p":"data:image/png;base64,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","e":1},{"id":"image_2","w":1557,"h":1734,"u":"","p":"data:image/png;base64,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","e":1},{"id":"image_3","w":1501,"h":1638,"u":"","p":"data:image/png;base64,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","e":1},{"id":"image_4","w":1609,"h":1552,"u":"","p":"data:image/png;base64,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","e":1},{"id":"image_5","w":1854,"h":1539,"u":"","p":"data:image/png;base64,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\ No newline at end of file
diff --git a/example/shared/src/commonMain/kotlin/App.kt b/example/shared/src/commonMain/kotlin/App.kt
index 538562cf..31caf15a 100644
--- a/example/shared/src/commonMain/kotlin/App.kt
+++ b/example/shared/src/commonMain/kotlin/App.kt
@@ -132,7 +132,7 @@ public suspend fun LottieCompositionSpec.Companion.ResourceString(
 public fun App() {
 
 //    return InteractiveControlsScreen()
-    return LottieFilesScreen()
+//    return LottieFilesScreen()
 
 
 //    return LottieFontExample()
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/Expression.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/Expression.kt
index 141ae3fa..85ae3156 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/Expression.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/Expression.kt
@@ -3,20 +3,11 @@ package io.github.alexzhirkevich.skriptie
 import io.github.alexzhirkevich.skriptie.common.OpGetVariable
 import io.github.alexzhirkevich.skriptie.common.OpIndex
 
-public interface Expression<in C : ScriptContext> {
+public fun interface Expression<in C : ScriptContext> {
 
     public operator fun invoke(context: C): Any?
 }
 
-internal fun <C : ScriptContext> Expression(
-    block : (C) -> Any?
-) : Expression<C> = object  : Expression<C> {
-
-    override fun invoke(context: C): Any? {
-        return block(context)
-    }
-}
-
 internal fun Expression<*>.isAssignable() : Boolean {
     return this is OpGetVariable && assignmentType == null ||
             this is OpIndex && variable is OpGetVariable
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ExpressionContext.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ExpressionContext.kt
new file mode 100644
index 00000000..ef77edb8
--- /dev/null
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ExpressionContext.kt
@@ -0,0 +1,55 @@
+package io.github.alexzhirkevich.skriptie
+
+import io.github.alexzhirkevich.skriptie.javascript.JSInterpretationContext
+import kotlin.math.min
+
+public class ExpressionContext : JSInterpretationContext() {
+
+    override fun sum(a: Any?, b: Any?): Any? {
+        return when {
+            a is List<*> && b is List<*> -> {
+                a as List<Number>
+                b as List<Number>
+
+                List(min(a.size, b.size)) {
+                    a[it].toDouble() + b[it].toDouble()
+                }
+            }
+
+            a is List<*> && b is Number -> {
+                if (a is MutableList<*>) {
+                    a as MutableList<Number>
+                    a[0] = a[0].toDouble() + b.toDouble()
+                    a
+                } else {
+                    listOf((a as List<Number>).first().toDouble() + b.toDouble()) + a.drop(1)
+                }
+            }
+
+            a is Number && b is List<*> -> {
+                if (b is MutableList<*>) {
+                    b as MutableList<Number>
+                    b[0] = b[0].toDouble() + a.toDouble()
+                    b
+                } else {
+                    listOf(a.toDouble() + (b as List<Number>).first().toDouble()) + b.drop(1)
+                }
+            }
+
+            else -> super.sum(a, b)
+        }
+    }
+
+    override fun sub(a: Any?, b: Any?): Any? {
+        return when  {
+            a is List<*> && b is List<*> -> {
+                a as List<Number>
+                b as List<Number>
+                List(min(a.size, b.size)) {
+                    a[it].toDouble() - b[it].toDouble()
+                }
+            }
+            else -> super.sub(a, b)
+        }
+    }
+}
\ No newline at end of file
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/GlobalContext.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/GlobalContext.kt
index 40be9039..41af3ec4 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/GlobalContext.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/GlobalContext.kt
@@ -2,6 +2,8 @@ package io.github.alexzhirkevich.skriptie
 
 public interface GlobalContext<C : ScriptContext> : InterpretationContext<C> {
 
+    public fun isFalse(a : Any?) : Boolean
+
     public fun sum(a : Any?, b : Any?) : Any?
     public fun sub(a : Any?, b : Any?) : Any?
     public fun mul(a : Any?, b : Any?) : Any?
@@ -12,4 +14,5 @@ public interface GlobalContext<C : ScriptContext> : InterpretationContext<C> {
     public fun dec(a : Any?) : Any
 
     public fun neg(a : Any?) : Any?
+    public fun pos(a : Any?) : Any?
 }
\ No newline at end of file
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/InterpretationContext.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/InterpretationContext.kt
index 9e658d13..51620651 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/InterpretationContext.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/InterpretationContext.kt
@@ -3,11 +3,13 @@ package io.github.alexzhirkevich.skriptie
 import io.github.alexzhirkevich.skriptie.common.OpAssign
 
 
-public interface InterpretationContext<C : ScriptContext> : Expression<C> {
+public interface InterpretationContext<C : ScriptContext> : ExtensionContext<C>, Expression<C> {
 
     override fun invoke(context: C): Any? = this
 
     public fun interpret(callable: String?, args: List<Expression<C>>?): Expression<C>?
+
+    public override fun interpret(parent: Expression<C>, op: String?, args: List<Expression<C>>?): Expression<C>? = null
 }
 
 internal fun <C: ScriptContext> List<Expression<C>>.argForNameOrIndex(
@@ -15,13 +17,14 @@ internal fun <C: ScriptContext> List<Expression<C>>.argForNameOrIndex(
     vararg name : String,
 ) : Expression<C>? {
 
-    forEach { op ->
-        if (op is OpAssign && name.any { op.variableName == it }) {
-            return op.assignableValue
-        }
-    }
-
     return argAtOrNull(index)
+//    forEach { op ->
+//        if (op is OpAssign && name.any { op.variableName == it }) {
+//            return op.assignableValue
+//        }
+//    }
+//
+//    return argAtOrNull(index)
 }
 
 internal fun <C: ScriptContext> List<Expression<C>>.argAt(
@@ -39,9 +42,10 @@ internal fun <C: ScriptContext> List<Expression<C>>.argAtOrNull(
     index : Int,
 ) : Expression<C>? {
 
-    return getOrNull(index).let {
-        if (it is OpAssign)
-            it.assignableValue
-        else it
-    }
+    return getOrNull(index)
+//        /**/.let {
+//        if (it is OpAssign)
+//            it.assignableValue
+//        else it
+//    }
 }
\ No newline at end of file
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/Script.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/Script.kt
index 16bf878a..ad13af75 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/Script.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/Script.kt
@@ -1,8 +1,8 @@
 package io.github.alexzhirkevich.skriptie
 
 public fun interface Script<C : ScriptContext> {
-    public operator fun invoke(engine: ScriptEngine<C>): Any?
+    public operator fun invoke(context: C): Any?
 }
 
-public fun <C : ScriptContext> Expression<C>.asScript(): Script<C> = Script { invoke(it.context) }
+public fun <C : ScriptContext> Expression<C>.asScript(): Script<C> = Script { invoke(it) }
 
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ScriptContext.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ScriptContext.kt
index c3f1f86d..0c833ea1 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ScriptContext.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ScriptContext.kt
@@ -1,5 +1,7 @@
 package io.github.alexzhirkevich.skriptie
 
+import io.github.alexzhirkevich.skriptie.common.SyntaxError
+import io.github.alexzhirkevich.skriptie.common.TypeError
 import io.github.alexzhirkevich.skriptie.common.unresolvedReference
 
 
@@ -19,13 +21,12 @@ public interface ScriptContext {
         extraVariables: Map<String, Pair<VariableType, Any?>> = emptyMap(),
         block: (ScriptContext) -> Any?
     ): Any?
-
     public fun reset()
 }
 
 private class BlockScriptContext(
     private val parent : ScriptContext
-) : BaseScriptContext() {
+) : EcmascriptContext() {
 
     override fun getVariable(name: String): Any? {
         return if (name in variables) {
@@ -48,7 +49,7 @@ private class BlockScriptContext(
     }
 }
 
-public abstract class BaseScriptContext : ScriptContext {
+public abstract class EcmascriptContext : ScriptContext {
 
     protected val variables: MutableMap<String, Pair<VariableType, Any?>> = mutableMapOf()
 
@@ -65,10 +66,10 @@ public abstract class BaseScriptContext : ScriptContext {
             unresolvedReference(name)
         }
         if (type != null && name in variables) {
-            error("Identifier '$name' is already declared")
+            throw SyntaxError("Identifier '$name' is already declared")
         }
         if (type == null && variables[name]?.first == VariableType.Const) {
-            error("TypeError: Assignment to constant variable ('$name')")
+            throw TypeError("Assignment to constant variable ('$name')")
         }
         variables[name] = (type ?: variables[name]?.first)!! to value
     }
@@ -91,4 +92,4 @@ public abstract class BaseScriptContext : ScriptContext {
     override fun reset(){
         variables.clear()
     }
-}
\ No newline at end of file
+}
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ScriptEngine.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ScriptEngine.kt
index aa14d846..a3606c31 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ScriptEngine.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ScriptEngine.kt
@@ -1,14 +1,22 @@
 package io.github.alexzhirkevich.skriptie
 
-public interface ScriptEngine<C : ScriptContext> {
+public interface ScriptEngine<C : ScriptContext> : ScriptInterpreter<C> {
 
     public val context : C
 
-    public fun compile(script : String) : Script<C>
-
-    public fun reset()
+    public fun reset() {
+        context.reset()
+    }
 }
 
 public fun <C : ScriptContext> ScriptEngine<C>.invoke(script: String) : Any? {
-    return compile(script).invoke(this)
+    return interpret(script).invoke(context)
 }
+
+public fun <C : ScriptContext> ScriptEngine(
+    context: C,
+    interpreter: ScriptInterpreter<C>
+): ScriptEngine<C> = object : ScriptEngine<C>, ScriptInterpreter<C> by interpreter {
+    override val context: C
+        get() = context
+}
\ No newline at end of file
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ScriptInterpreter.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ScriptInterpreter.kt
index fd688657..983881e4 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ScriptInterpreter.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ScriptInterpreter.kt
@@ -1,5 +1,6 @@
 package io.github.alexzhirkevich.skriptie
 
-internal interface ScriptInterpreter<C : ScriptContext> {
-    fun interpret() : Script<C>
+public interface ScriptInterpreter<C : ScriptContext> {
+
+    public fun interpret(script : String) : Script<C>
 }
\ No newline at end of file
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/Erorrs.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/Erorrs.kt
new file mode 100644
index 00000000..cc6f809e
--- /dev/null
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/Erorrs.kt
@@ -0,0 +1,14 @@
+package io.github.alexzhirkevich.skriptie.common
+
+public sealed class SkriptieError(message : String?, cause : Throwable?) : Exception(message, cause)
+
+public class SyntaxError(message : String? = null, cause : Throwable? = null) : SkriptieError(message, cause)
+
+public class TypeError(message : String? = null, cause : Throwable? = null) : SkriptieError(message, cause)
+
+public class ReferenceError(message : String? = null, cause : Throwable? = null) : SkriptieError(message, cause)
+
+internal fun unresolvedReference(ref : String, obj : String? = null) : Nothing =
+    if (obj != null)
+        throw ReferenceError("Unresolved reference '$ref' for $obj")
+    else throw ReferenceError("$ref is not defined")
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpBlock.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpBlock.kt
index 7ffeb102..58af798a 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpBlock.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpBlock.kt
@@ -3,6 +3,7 @@ package io.github.alexzhirkevich.skriptie.common
 import io.github.alexzhirkevich.skriptie.Expression
 import io.github.alexzhirkevich.skriptie.ScriptContext
 
+
 internal class OpBlock<C : ScriptContext>(
     val expressions: List<Expression<C>>,
     private val scoped : Boolean,
@@ -25,14 +26,34 @@ internal class OpBlock<C : ScriptContext>(
 
         if (expressions.size > 1) {
             repeat(expressions.size - 1) {
-                val expr = expressions[it]
-                val res = expr(context)
-
-                if (expr is OpReturn<*>) {
-                    return res
-                }
+                invoke(expressions[it], context)
             }
         }
-        return expressions.last().invoke(context)
+
+        return invoke(expressions.last(), context)
+    }
+
+    private fun invoke(expression: Expression<C>, context: C) : Any? {
+        val res = expression(context)
+        return when(expression){
+            is OpReturn -> throw BlockReturn(res)
+            is OpContinue -> throw BlockContinue
+            is OpBreak -> throw BlockBreak
+            else -> res
+        }
     }
-}
\ No newline at end of file
+}
+
+
+internal sealed class BlockException : Throwable()
+internal data object BlockContinue : BlockException()
+internal data object BlockBreak : BlockException()
+internal class BlockReturn(val value: Any?) : BlockException()
+
+internal class OpReturn<C : ScriptContext>(
+    val value : Expression<C>
+) : Expression<C> by value
+
+internal class OpContinue<C : ScriptContext> : Expression<C> by OpConstant(Unit)
+internal class OpBreak<C : ScriptContext> : Expression<C> by OpConstant(Unit)
+
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpBooleans.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpBooleans.kt
index b28cb6c7..9332a5ac 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpBooleans.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpBooleans.kt
@@ -4,16 +4,18 @@ import io.github.alexzhirkevich.skriptie.Expression
 import io.github.alexzhirkevich.skriptie.ScriptContext
 
 internal fun <C : ScriptContext> OpNot(
-    condition : Expression<C>
-) = Expression<C>{
-    !(condition(it) as Boolean)
+    condition : Expression<C>,
+    isFalse : (Any?) -> Boolean,
+) = Expression<C> {
+    isFalse(condition(it))
 }
 
 internal fun <C : ScriptContext> OpBoolean(
     a : Expression<C>,
     b : Expression<C>,
+    isFalse : (Any?) -> Boolean,
     op : (Boolean, Boolean) -> Boolean,
 ) = Expression<C> {
-    op(!a(it).isFalse(), !b(it).isFalse())
+    op(!isFalse(a(it)), !(isFalse(b(it))))
 }
 
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpFunction.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpFunction.kt
index e04c4b91..c9af43c3 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpFunction.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpFunction.kt
@@ -1,55 +1,78 @@
 package io.github.alexzhirkevich.skriptie.common
 
-import io.github.alexzhirkevich.skriptie.ScriptContext
 import io.github.alexzhirkevich.skriptie.Expression
+import io.github.alexzhirkevich.skriptie.ScriptContext
 import io.github.alexzhirkevich.skriptie.VariableType
 import io.github.alexzhirkevich.skriptie.argForNameOrIndex
+import io.github.alexzhirkevich.skriptie.ecmascript.Object
 
 internal class FunctionParam<C : ScriptContext>(
     val name : String,
-    val default : Expression<C>?
+    val isVararg : Boolean = false,
+    val default : Expression<C>? = null
 )
 
+internal infix fun <C : ScriptContext> String.with(default: Expression<C>?) : FunctionParam<C> {
+    return FunctionParam(this, false, default)
+}
+
+
 internal class OpFunction<C : ScriptContext>(
     val name : String,
     private val parameters : List<FunctionParam<C>>,
     private val body : Expression<C>
 ) {
+    init {
+        val varargs = parameters.count { it.isVararg }
+
+        if (varargs > 1 || varargs == 1 && !parameters.last().isVararg){
+            throw SyntaxError("Rest parameter must be last formal parameter")
+        }
+    }
 
     fun invoke(
         args: List<Expression<C>>,
         context: C,
     ): Any? {
-        val arguments = buildMap {
-            parameters.fastForEachIndexed { i, p ->
-                this[p.name] = Pair(
-                    VariableType.Local,
-                    requireNotNull(args.argForNameOrIndex(i, p.name) ?: p.default) {
-                        "'${p.name}' argument of '$name' function is missing"
-                    }.invoke(context)
-                )
+        try {
+            val arguments = buildMap {
+                parameters.fastForEachIndexed { i, p ->
+                    val value = if (p.isVararg){
+                        args.drop(i).fastMap { it(context) }
+                    } else {
+                        requireNotNull(args.argForNameOrIndex(i, p.name) ?: p.default) {
+                            "'${p.name}' argument of '$name' function is missing"
+                        }.invoke(context)
+                    }
+                    this[p.name] = Pair(
+                        VariableType.Local,
+                        value
+                    )
+                }
             }
-        }
-
-        return context.withScope(arguments){
-            body.invoke(it as C)
+            return context.withScope(arguments) {
+                body.invoke(it as C)
+            }
+        } catch (ret: BlockReturn) {
+            return ret.value
         }
     }
 }
 
 internal fun <C : ScriptContext> OpFunctionExec(
     name : String,
+    receiver : Expression<C>?,
     parameters : List<Expression<C>>,
-) = Expression<C> {
-    val function = it.getVariable(name) as? OpFunction<C>
-        ?: unresolvedReference(name)
+) = Expression<C> { ctx ->
+
+    val function = when (val res = receiver?.invoke(ctx)) {
+        null -> ctx.getVariable(name)
+        is Object -> res[name]
+        else -> null
+    } as? OpFunction<C> ?: unresolvedReference(name)
 
     function.invoke(
         args = parameters,
-        context = it,
+        context = ctx,
     )
 }
-
-internal class OpReturn<C : ScriptContext>(
-    val value : Expression<C>
-) : Expression<C> by value
\ No newline at end of file
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpGetVariable.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpGetVariable.kt
index d41e2faf..bed50055 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpGetVariable.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpGetVariable.kt
@@ -3,9 +3,11 @@ package io.github.alexzhirkevich.skriptie.common
 import io.github.alexzhirkevich.skriptie.Expression
 import io.github.alexzhirkevich.skriptie.ScriptContext
 import io.github.alexzhirkevich.skriptie.VariableType
+import io.github.alexzhirkevich.skriptie.ecmascript.Object
 
 internal class OpGetVariable<C : ScriptContext>(
     val name : String,
+    val receiver : Expression<C>?,
     val assignmentType : VariableType? = null
 ) : Expression<C> {
 
@@ -15,10 +17,14 @@ internal class OpGetVariable<C : ScriptContext>(
         return if (assignmentType != null) {
             context.setVariable(name, 0f, assignmentType)
         } else {
-            if (context.hasVariable(name)){
-                context.getVariable(name)
-            } else {
-                Unit
+            when (val res = receiver?.invoke(context)) {
+                is Object -> if (name in res) res[name] else Unit
+
+                else -> if (context.hasVariable(name)) {
+                    context.getVariable(name)
+                } else {
+                    unresolvedReference(name)
+                }
             }
         }
     }
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpIncDec.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpIncDec.kt
new file mode 100644
index 00000000..0d508822
--- /dev/null
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpIncDec.kt
@@ -0,0 +1,40 @@
+package io.github.alexzhirkevich.skriptie.common
+
+import io.github.alexzhirkevich.skriptie.Expression
+import io.github.alexzhirkevich.skriptie.ScriptContext
+
+internal fun <C: ScriptContext> OpIncDecAssign(
+    variable: Expression<C>,
+    preAssign : Boolean,
+    op: (Any?) -> Any?
+) : Expression<C> {
+
+    val value = Expression<C> { op(variable(it)) }
+    val assignment = when {
+        variable is OpGetVariable && variable.assignmentType == null ->
+            OpAssign(
+                variableName = variable.name,
+                assignableValue = value,
+                merge = null
+            )
+
+        variable is OpIndex && variable.variable is OpGetVariable ->
+            OpAssignByIndex(
+                variableName = variable.variable.name,
+                index = variable.index,
+                assignableValue = value,
+                scope = null,
+                merge = null
+            )
+
+        else -> error("$variable is not assignable")
+    }
+
+    if (preAssign) {
+        return assignment
+    }
+
+    return Expression { ctx ->
+        variable(ctx).also { assignment(ctx) }
+    }
+}
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpLoops.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpLoops.kt
index 610444ab..9279e04c 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpLoops.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpLoops.kt
@@ -4,39 +4,25 @@ import io.github.alexzhirkevich.skriptie.Expression
 import io.github.alexzhirkevich.skriptie.ScriptContext
 import io.github.alexzhirkevich.skriptie.VariableType
 
+
 internal class OpForLoop<C : ScriptContext>(
     private val assignment : OpAssign<C>?,
     private val increment: Expression<C>?,
     private val comparison : Expression<C>?,
+    private val isFalse : (Any?) -> Boolean,
     private val body: Expression<C>
 ) : Expression<C> {
 
-    override fun invoke(
-        context: C
-    ): Any? {
 
-        if (comparison == null) {
-            loop(
-                condition = true,
-                context = context,
-            )
-        } else {
-            TODO("for loop")
-        }
-
-        return Unit
+    private val condition: (C) -> Boolean = if (comparison == null) {
+        { true }
+    } else {
+        { !isFalse(comparison.invoke(it)) }
     }
 
-    private fun loop(
-        condition: Boolean,
-        context: C,
-    ) {
-        val block = { ctx: C ->
-            while (condition) {
-                body.invoke(ctx)
-                increment?.invoke(ctx)
-            }
-        }
+    override fun invoke(
+        context: C
+    ): Any {
 
         if (assignment?.type == VariableType.Local || assignment?.type == VariableType.Const) {
             context.withScope(
@@ -54,34 +40,54 @@ internal class OpForLoop<C : ScriptContext>(
             assignment?.invoke(context)
             context.withScope { block(it as C) }
         }
+        return Unit
+    }
+
+    private fun block(ctx: C) {
+        while (condition(ctx)) {
+            try {
+                body.invoke(ctx)
+            } catch (_: BlockContinue) {
+                continue
+            } catch (_: BlockBreak) {
+                break
+            } finally {
+                increment?.invoke(ctx)
+            }
+        }
     }
 }
 
 
 internal fun <C : ScriptContext> OpDoWhileLoop(
     condition : Expression<C>,
-    body : OpBlock<C>
+    body : OpBlock<C>,
+    isFalse : (Any?) -> Boolean
 ) = Expression<C> {
     do {
-        body.invoke(it)
-    } while (!condition.invoke(it).isFalse())
+        try {
+            body.invoke(it)
+        } catch (_: BlockContinue) {
+            continue
+        } catch (_: BlockBreak) {
+            break
+        }
+    } while (!isFalse(condition.invoke(it)))
 }
 
 
 internal fun <C : ScriptContext> OpWhileLoop(
     condition : Expression<C>,
-    body : Expression<C>
+    body : Expression<C>,
+    isFalse : (Any?) -> Boolean
 ) = Expression<C> {
-    while (!condition.invoke(it).isFalse()){
-        body.invoke(it)
+    while (!isFalse(condition.invoke(it))) {
+        try {
+            body.invoke(it)
+        } catch (_: BlockContinue) {
+            continue
+        } catch (_: BlockBreak) {
+            break
+        }
     }
 }
-
-internal fun Any?.isFalse() : Boolean {
-    return this == null
-            ||this == false
-            || this is Number && toDouble() == 0.0
-            || this is CharSequence && isEmpty()
-            || this is Unit
-}
-
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpVar.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpVar.kt
index 02b63598..3919b1e9 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpVar.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/OpVar.kt
@@ -10,9 +10,15 @@ internal class OpVar<C : ScriptContext>(
 ) : Expression<C>, InterpretationContext<C> {
 
     override fun interpret(callable: String?, args: List<Expression<C>>?): Expression<C>? {
-        return if (callable == null)
+        return if (callable == null) {
             OpConstant(Unit)
-        else OpGetVariable(callable, assignmentType = scope)
+        } else {
+            OpGetVariable(
+                name = callable,
+                receiver = null,
+                assignmentType = scope
+            )
+        }
     }
 }
 
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/ScriptUtil.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/ScriptUtil.kt
index d6c1651a..3550f7bd 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/ScriptUtil.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/common/ScriptUtil.kt
@@ -23,11 +23,6 @@ internal fun <T : Any?> checkNotEmpty(value : T?) : T {
     return value
 }
 
-internal fun unresolvedReference(ref : String, obj : String? = null) : Nothing =
-    if (obj != null)
-        error("Unresolved reference '$ref' for $obj")
-    else error("Unresolved reference: $ref")
-
 
 internal fun <C : ScriptContext, T, R : Any> Expression<C>.cast(block: (T) -> R) : Expression<C> =
     Expression { block(invoke(it) as T) }
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ecmascript/EcmascriptInterpreter.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ecmascript/EcmascriptInterpreter.kt
index 4655b2ff..d089d464 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ecmascript/EcmascriptInterpreter.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ecmascript/EcmascriptInterpreter.kt
@@ -1,769 +1,14 @@
 package io.github.alexzhirkevich.skriptie.ecmascript
 
-import io.github.alexzhirkevich.skriptie.Expression
-import io.github.alexzhirkevich.skriptie.ExtensionContext
 import io.github.alexzhirkevich.skriptie.GlobalContext
-import io.github.alexzhirkevich.skriptie.InterpretationContext
 import io.github.alexzhirkevich.skriptie.Script
 import io.github.alexzhirkevich.skriptie.ScriptContext
 import io.github.alexzhirkevich.skriptie.ScriptInterpreter
-import io.github.alexzhirkevich.skriptie.VariableType
-import io.github.alexzhirkevich.skriptie.asScript
-import io.github.alexzhirkevich.skriptie.common.FunctionParam
-import io.github.alexzhirkevich.skriptie.common.OpBlock
-import io.github.alexzhirkevich.skriptie.common.OpBoolean
-import io.github.alexzhirkevich.skriptie.common.OpDoWhileLoop
-import io.github.alexzhirkevich.skriptie.common.OpEquals
-import io.github.alexzhirkevich.skriptie.common.OpFunction
-import io.github.alexzhirkevich.skriptie.common.OpFunctionExec
-import io.github.alexzhirkevich.skriptie.common.OpIfCondition
-import io.github.alexzhirkevich.skriptie.common.OpNot
-import io.github.alexzhirkevich.skriptie.common.OpReturn
-import io.github.alexzhirkevich.skriptie.common.OpTryCatch
-import io.github.alexzhirkevich.skriptie.common.OpWhileLoop
-import io.github.alexzhirkevich.skriptie.common.unresolvedReference
-import io.github.alexzhirkevich.skriptie.common.OpAssign
-import io.github.alexzhirkevich.skriptie.common.OpAssignByIndex
-import io.github.alexzhirkevich.skriptie.common.OpCompare
-import io.github.alexzhirkevich.skriptie.common.OpConstant
-import io.github.alexzhirkevich.skriptie.common.OpEqualsComparator
-import io.github.alexzhirkevich.skriptie.common.OpGreaterComparator
-import io.github.alexzhirkevich.skriptie.common.OpIndex
-import io.github.alexzhirkevich.skriptie.common.OpLessComparator
-import io.github.alexzhirkevich.skriptie.common.OpMakeArray
-import io.github.alexzhirkevich.skriptie.common.OpVar
-import io.github.alexzhirkevich.skriptie.common.Delegate
-import io.github.alexzhirkevich.skriptie.common.OpGetVariable
-import io.github.alexzhirkevich.skriptie.isAssignable
-import kotlin.contracts.ExperimentalContracts
-import kotlin.contracts.contract
 
-internal val EXPR_DEBUG_PRINT_ENABLED = false
-
-internal enum class LogicalContext {
-    And, Or, Compare
-}
-
-
-internal class EcmascriptInterpreter<C : ScriptContext>(
-    private val expr : String,
-    private val scriptContext: C,
-    private val globalContext : GlobalContext<C>,
-    private val extensionContext : ExtensionContext<C>
+public class EcmascriptInterpreter<C : ScriptContext>(
+    private val context : GlobalContext<C>,
 ) : ScriptInterpreter<C> {
-
-    private var pos = -1
-    private var ch: Char = ' '
-
-    override fun interpret(): Script<C> {
-        val expressions = buildList {
-            pos = -1
-            ch = ' '
-            if (EXPR_DEBUG_PRINT_ENABLED) {
-                println("Parsing $expr")
-            }
-            nextChar()
-            do {
-                while (eat(';')) {
-                }
-                if (pos >= expr.length) {
-                    break
-                }
-
-                add(parseAssignment(globalContext))
-            } while (pos < expr.length)
-
-            require(pos <= expr.length) {
-                "Unexpected Lottie expression $expr"
-            }
-        }
-        return OpBlock(
-            expressions = expressions,
-            scoped = false
-        ).asScript().also {
-            pos = -1
-            ch = ' '
-            if (EXPR_DEBUG_PRINT_ENABLED) {
-                println("Expression parsed: $expr")
-            }
-        }
-    }
-
-    private fun prepareNextChar(){
-        while (ch.skip() && pos < expr.length){
-            nextChar()
-        }
-    }
-
-    private fun nextChar() {
-        ch = if (++pos < expr.length) expr[pos] else ' '
-    }
-
-    private fun prevChar() {
-        ch = if (--pos > 0 && pos < expr.length) expr[pos] else ' '
-    }
-
-    private fun Char.skip() : Boolean = this == ' ' || this == '\n'
-
-    private fun eat(charToEat: Char): Boolean {
-        while (ch.skip() && pos < expr.length)
-            nextChar()
-
-        if (ch == charToEat) {
-            nextChar()
-            return true
-        }
-        return false
-    }
-
-    private fun nextCharIs(condition: (Char) -> Boolean): Boolean {
-        var i = pos
-
-        while (i < expr.length) {
-            if (condition(expr[i]))
-                return true
-            if (expr[i].skip())
-                i++
-            else return false
-        }
-        return false
-    }
-
-    private fun eatSequence(seq : String): Boolean {
-
-        val p = pos
-        val c = ch
-
-        if (seq.isEmpty())
-            return true
-
-        if (!eat(seq[0])) {
-            return false
-        }
-
-        return if (expr.indexOf(seq, startIndex = pos-1) == pos-1){
-            pos += seq.length -1
-            ch = expr[pos.coerceIn(expr.indices)]
-            true
-        } else {
-            pos = p
-            ch = c
-            false
-        }
-    }
-
-    private fun nextSequenceIs(seq : String): Boolean {
-
-        val p = pos
-        val c = ch
-
-        if (seq.isEmpty())
-            return true
-
-        if (!eat(seq[0])) {
-            return false
-        }
-
-        return if (expr.indexOf(seq, startIndex = pos-1) == pos-1){
-            pos = p
-            ch = c
-            true
-        } else {
-            pos = p
-            ch = c
-            false
-        }
-    }
-
-    private fun parseAssignment(context: Expression<C>): Expression<C> {
-        var x = parseExpressionOp(context)
-        if (EXPR_DEBUG_PRINT_ENABLED){
-            println("Parsing assignment for $x")
-        }
-        while (true) {
-            prepareNextChar()
-            x = when {
-                eatSequence("+=") -> parseAssignmentValue(x, globalContext::sum)
-                eatSequence("-=") -> parseAssignmentValue(x, globalContext::sub)
-                eatSequence("*=") -> parseAssignmentValue(x, globalContext::mul)
-                eatSequence("/=") -> parseAssignmentValue(x, globalContext::div)
-                eatSequence("%=") -> parseAssignmentValue(x, globalContext::mod)
-                eat('=') -> parseAssignmentValue(x, null)
-                x.isAssignable() && eatSequence("++") -> Delegate(x, globalContext::inc)
-                x.isAssignable() && eatSequence("--") -> Delegate(x, globalContext::dec)
-                else -> return x
-            }
-        }
-    }
-
-    private fun parseAssignmentValue(x : Expression<C>, merge : ((Any?, Any?) -> Any?)? = null) =  when {
-        x is OpIndex && x.variable is OpGetVariable -> OpAssignByIndex(
-            variableName = x.variable.name,
-            scope = x.variable.assignmentType,
-            index = x.index,
-            assignableValue = parseAssignment(globalContext),
-            merge = merge
-        ).also {
-            if (EXPR_DEBUG_PRINT_ENABLED) {
-                println("parsing assignment with index for ${x.variable.name}")
-            }
-        }
-
-        x is OpGetVariable -> OpAssign(
-            variableName = x.name,
-            assignableValue = parseAssignment(globalContext),
-            type = x.assignmentType,
-            merge = merge
-        ).also {
-            if (EXPR_DEBUG_PRINT_ENABLED) {
-                println("parsing assignment for ${x.name} in ${it.type} scope")
-            }
-        }
-
-        else -> error("Invalid assignment")
-    }
-
-    private fun parseExpressionOp(context: Expression<C>, logicalContext: LogicalContext? = null): Expression<C> {
-        var x = parseTermOp(context)
-        while (true) {
-            prepareNextChar()
-            x = when {
-                logicalContext != LogicalContext.Compare && eatSequence("&&") ->
-                    OpBoolean(parseExpressionOp(globalContext, LogicalContext.And),x,  Boolean::and)
-                logicalContext == null && eatSequence("||") ->
-                    OpBoolean(parseExpressionOp(globalContext, LogicalContext.Or),x,  Boolean::or)
-                eatSequence("<=") -> OpCompare(x, parseExpressionOp(globalContext,  LogicalContext.Compare)) { a, b ->
-                    OpLessComparator(a, b) || OpEqualsComparator(a, b)
-                }
-                eatSequence("<") -> OpCompare(x, parseExpressionOp(globalContext,  LogicalContext.Compare), OpLessComparator)
-                eatSequence(">=") -> OpCompare(x, parseExpressionOp(globalContext,  LogicalContext.Compare)) { a, b ->
-                    OpGreaterComparator(a, b) || OpEqualsComparator(a, b)
-                }
-                eatSequence(">") -> OpCompare(x, parseExpressionOp(globalContext, LogicalContext.Compare), OpGreaterComparator)
-                eatSequence("===") -> OpEquals(x, parseExpressionOp(globalContext, LogicalContext.Compare), true)
-                eatSequence("==") -> OpEquals(x, parseExpressionOp(globalContext, LogicalContext.Compare), false)
-                eatSequence("!==") -> OpNot(OpEquals(x, parseExpressionOp(globalContext, LogicalContext.Compare), false))
-                eatSequence("!=") -> OpNot(OpEquals(x, parseExpressionOp(globalContext, LogicalContext.Compare), true))
-                !nextSequenceIs("++") && !nextSequenceIs("+=") && eat('+') ->
-                    Delegate(x, parseTermOp(globalContext), globalContext::sum)
-                !nextSequenceIs("--") && !nextSequenceIs("-=") && eat('-') ->
-                    Delegate(x, parseTermOp(globalContext),globalContext::sub)
-                else -> return x
-            }
-        }
-    }
-
-    private fun parseTermOp(context: Expression<C>): Expression<C> {
-        var x = parseFactorOp(context)
-        while (true) {
-            prepareNextChar()
-            x = when {
-                !nextSequenceIs("*=") && eat('*') -> Delegate(
-                    x,
-                    parseFactorOp(globalContext),
-                    globalContext::mul
-                )
-
-                !nextSequenceIs("/=") && eat('/') -> Delegate(
-                    x,
-                    parseFactorOp(globalContext),
-                    globalContext::div
-                )
-
-                !nextSequenceIs("%=") && eat('%') -> Delegate(
-                    x,
-                    parseFactorOp(globalContext),
-                    globalContext::mod
-                )
-
-                else -> return x
-            }
-        }
-    }
-
-    private fun parseFactorOp(context: Expression<C>): Expression<C> {
-        val parsedOp = when {
-            context is GlobalContext<C> && eatSequence("++") -> {
-                val start = pos
-                val variable = parseFactorOp(globalContext)
-                require(variable.isAssignable()){
-                    "Unexpected '++' as $start"
-                }
-                Delegate(variable, globalContext::inc)
-            }
-
-            context is GlobalContext<C> && eatSequence("--") -> {
-                val start = pos
-                val variable = parseFactorOp(globalContext)
-                require(variable.isAssignable()){
-                    "Unexpected '--' as $start"
-                }
-                Delegate(variable, globalContext::dec)
-            }
-
-            context is GlobalContext<C> && eat('+') ->
-                Delegate(parseFactorOp(context)) { it }
-
-            context is GlobalContext<C> && eat('-') ->
-                Delegate(parseFactorOp(context), globalContext::neg)
-
-            context is GlobalContext<C> && !nextSequenceIs("!=") && eat('!') ->
-                OpNot(parseExpressionOp(context))
-
-            context is GlobalContext<C> && eat('(') -> {
-                parseExpressionOp(context).also {
-                    require(eat(')')) {
-                        "Bad expression: Missing ')'"
-                    }
-                }
-            }
-
-            context is GlobalContext<C> && nextCharIs { it.isDigit() || it == '.' } -> {
-                if (EXPR_DEBUG_PRINT_ENABLED) {
-                    print("making const number... ")
-                }
-                var numberFormat = NumberFormat.Dec
-                var isFloat = nextCharIs { it == '.' }
-                val startPos = pos
-                do {
-                    nextChar()
-                    when(ch.lowercaseChar()){
-                        '.' -> {
-                            if (isFloat) {
-                                break
-                            }
-                            isFloat = true
-                        }
-                        NumberFormat.Hex.prefix -> {
-                            check(numberFormat == NumberFormat.Dec && !isFloat) {
-                                "Invalid number at pos $startPos"
-                            }
-                            numberFormat = NumberFormat.Hex
-                        }
-                        NumberFormat.Oct.prefix  -> {
-                            check(numberFormat == NumberFormat.Dec && !isFloat) {
-                                "Invalid number at pos $startPos"
-                            }
-                            numberFormat = NumberFormat.Oct
-                        }
-                        NumberFormat.Bin.prefix  -> {
-                            if (numberFormat == NumberFormat.Hex) {
-                                continue
-                            }
-                            check(numberFormat == NumberFormat.Dec && !isFloat) {
-                                "Invalid number at pos $startPos"
-                            }
-                            numberFormat = NumberFormat.Bin
-                        }
-                    }
-                } while (ch.lowercaseChar().let {
-                    it in numberFormat.alphabet || it in NumberFormatIndicators
-                })
-
-                val num = expr.substring(startPos, pos).let {
-                    if (it.endsWith('.')) {
-                        prevChar()
-                        isFloat = false
-                    }
-                    if (isFloat) {
-                        it.toDouble()
-                    }
-                    else {
-                        it.trimEnd('.')
-                            .let { n -> numberFormat.prefix?.let(n::substringAfter) ?: n }
-                            .toULong(numberFormat.radix)
-                            .toLong()
-                    }
-                }
-                if (EXPR_DEBUG_PRINT_ENABLED) {
-                    println(num)
-                }
-                OpConstant(num)
-            }
-
-            context is GlobalContext<C> && nextCharIs('\''::equals) || nextCharIs('"'::equals) -> {
-                if (EXPR_DEBUG_PRINT_ENABLED) {
-                    print("making const string... ")
-                }
-                val c = ch
-                val startPos = pos
-                do {
-                    nextChar()
-                } while (!eat(c))
-                val str = expr.substring(startPos, pos).drop(1).dropLast(1)
-                if (EXPR_DEBUG_PRINT_ENABLED) {
-                    println(str)
-                }
-                OpConstant(str)
-            }
-
-            context is GlobalContext<C> && eat('[') -> { // make array
-                if (EXPR_DEBUG_PRINT_ENABLED) {
-                    println("making array... ")
-                }
-                val arrayArgs = buildList {
-                    do {
-                        if (eat(']')) { // empty list
-                            return@buildList
-                        }
-                        add(parseExpressionOp(context))
-                    } while (eat(','))
-                    require(eat(']')) {
-                        "Bad expression: missing ]"
-                    }
-                }
-                OpMakeArray(arrayArgs)
-            }
-
-            context !is GlobalContext<C> && eat('[') -> { // index
-                if (EXPR_DEBUG_PRINT_ENABLED) {
-                    println("making index... ")
-                }
-                OpIndex(context, parseExpressionOp(globalContext)).also {
-                    require(eat(']')) {
-                        "Bad expression: Missing ']'"
-                    }
-                }
-            }
-
-
-            ch.isFun() -> {
-
-                val startPos = pos
-                do {
-                    nextChar()
-                } while (
-                    pos < expr.length && ch.isFun() && !(isReserved(expr.substring(startPos, pos)) && ch == ' ')
-                )
-
-                val func = expr.substring(startPos, pos).trim()
-
-                parseFunction(context, func)
-            }
-
-            else -> error("Unsupported Lottie expression: $expr")
-        }
-
-        return parsedOp.finish()
-    }
-
-    private fun Expression<C>.finish() : Expression<C> {
-        return when {
-            // inplace function invocation
-            this is InterpretationContext<*> && nextCharIs { it == '(' } -> {
-                parseFunction(this, null)
-            }
-            // begin condition || property || index
-            this is OpVar<*>
-                    || eat('.')
-                    || nextCharIs('['::equals) ->
-                parseFactorOp(this) // continue with receiver
-
-            else -> this
-        }
-    }
-
-    private fun parseFunctionArgs(name : String?): List<Expression<C>>? {
-
-        if (!nextCharIs('('::equals)){
-            return null
-        }
-        return buildList {
-            when {
-                eat('(') -> {
-                    if (eat(')')){
-                        return@buildList //empty args
-                    }
-                    do {
-                        add(parseAssignment(globalContext))
-                    } while (eat(','))
-
-                    require(eat(')')) {
-                        "Bad expression:Missing ')' after argument to $name"
-                    }
-                }
-            }
-        }
-    }
-
-    private fun parseFunction(context: Expression<C>, func : String?) : Expression<C> {
-
-        return when (func) {
-            "var", "let", "const" -> {
-                OpVar(
-                    when (func) {
-                        "var" -> VariableType.Global
-                        "let" -> VariableType.Local
-                        else -> VariableType.Const
-                    }
-                )
-            }
-            "undefined" -> OpConstant(Unit)
-            "null" -> OpConstant(null)
-            "true" -> OpConstant(true)
-            "false" -> OpConstant(false)
-            "function" -> parseFunctionDefinition()
-            "while" -> {
-                if (EXPR_DEBUG_PRINT_ENABLED) {
-                    println("making while loop")
-                }
-
-                OpWhileLoop(
-                    condition = parseWhileCondition(),
-                    body = parseBlock()
-                )
-            }
-            "do" -> {
-                if (EXPR_DEBUG_PRINT_ENABLED) {
-                    println("making do/while loop")
-                }
-
-                val body = parseBlock()
-
-                check(body is OpBlock<C>){
-                    "Invalid do/while syntax"
-                }
-
-                check(eatSequence("while")){
-                    "Missing while condition in do/while block"
-                }
-                val condition = parseWhileCondition()
-
-                OpDoWhileLoop(
-                    condition = condition,
-                    body = body
-                )
-            }
-
-            "if" -> {
-
-                if (EXPR_DEBUG_PRINT_ENABLED) {
-                    print("parsing if...")
-                }
-
-                val condition = parseExpressionOp(globalContext)
-
-                val onTrue = parseBlock()
-
-                val onFalse = if (eatSequence("else")) {
-                    parseBlock()
-                } else null
-
-                OpIfCondition(
-                    condition = condition,
-                    onTrue = onTrue,
-                    onFalse = onFalse
-                )
-            }
-
-            "return" -> {
-                val expr = parseExpressionOp(globalContext)
-                if (EXPR_DEBUG_PRINT_ENABLED) {
-                    println("making return with $expr")
-                }
-                OpReturn(expr)
-            }
-            "try" -> {
-                val tryBlock = parseBlock(requireBlock = true)
-                val catchBlock = if (eatSequence("catch")) {
-
-                    if (eat('(')) {
-                        val start = pos
-                        while (!eat(')') && pos < expr.length) {
-                            //nothing
-                        }
-                        expr.substring(start, pos).trim() to parseBlock(
-                            scoped = false,
-                            requireBlock = true
-                        )
-                    } else {
-                        null to parseBlock(requireBlock = true)
-                    }
-                }
-                else null
-
-                val finallyBlock = if (eatSequence("finally")){
-                    parseBlock(requireBlock = true)
-                } else null
-
-                OpTryCatch(
-                    tryBlock = tryBlock,
-                    catchVariableName = catchBlock?.first,
-                    catchBlock = catchBlock?.second,
-                    finallyBlock = finallyBlock
-                )
-            }
-
-            else -> {
-                val args = parseFunctionArgs(func)
-
-                if (EXPR_DEBUG_PRINT_ENABLED) {
-                    println("making fun $func")
-                }
-
-                return when (context) {
-                    is InterpretationContext<C> -> context.interpret(func, args)
-                        ?: (if (args != null && func != null && this.scriptContext.getVariable(func) is OpFunction<*>) {
-                            if (EXPR_DEBUG_PRINT_ENABLED) {
-                                println("parsed call for defined function $func")
-                            }
-                            OpFunctionExec(func, args)
-                        } else null)
-                        ?: run {
-                            if (args == null && func != null) {
-                                if (EXPR_DEBUG_PRINT_ENABLED) {
-                                    println("making GetVariable $func...")
-                                }
-                                OpGetVariable(func)
-                            } else {
-                                null
-                            }
-                        }
-                        ?: unresolvedReference(
-                            ref = func ?: "null",
-                            obj = context::class.simpleName
-                                ?.substringAfter("Op")
-                                ?.substringBefore("Context")
-                        )
-
-                    else -> extensionContext.interpret(context, func,args)
-                        ?: unresolvedReference(func ?: "null")
-                }
-            }
-        }
-    }
-
-    private fun parseWhileCondition(): Expression<C> {
-        check(eat('(')){
-            "Missing while loop condition"
-        }
-
-        val condition = parseExpressionOp(globalContext)
-
-        check(eat(')')){
-            "Missing closing ')' in loop condition"
-        }
-        return condition
-    }
-
-    private fun parseFunctionDefinition() : Expression<C> {
-        val start = pos
-
-        while (ch != '(') {
-            nextChar()
-        }
-
-        val name = expr.substring(start, pos).trim()
-
-        if (EXPR_DEBUG_PRINT_ENABLED) {
-            println("making defined function $name")
-        }
-
-        val args = parseFunctionArgs(name).let { args ->
-            args?.map {
-                when (it) {
-                    is OpGetVariable<C> -> FunctionParam<C>(name = it.name, default = null)
-                    is OpAssign<C> -> FunctionParam<C>(
-                        name = it.variableName,
-                        default = it.assignableValue
-                    )
-
-                    else -> error("Invalid function declaration at $start")
-                }
-            }
-        }
-
-        checkNotNull(args){
-            "Missing function args"
-        }
-
-
-        check(nextCharIs('{'::equals)) {
-            "Missing function body at $pos"
-        }
-
-
-        val block = parseBlock(
-            scoped = false // function scope will be used
-        )
-
-        this.scriptContext.setVariable(
-            name = name,
-            value = OpFunction(
-                name = name,
-                parameters = args,
-                body = block
-            ),
-            type = VariableType.Const
-        )
-        if (EXPR_DEBUG_PRINT_ENABLED) {
-            println("registered function $name")
-        }
-        return OpConstant(Unit)
-    }
-
-    private fun parseBlock(scoped : Boolean = true, requireBlock : Boolean = false): Expression<C> {
-        val list =  buildList {
-            if (eat('{')) {
-                while (!eat('}') && pos < expr.length) {
-                    add(parseAssignment(globalContext))
-                    eat(';')
-                }
-            } else {
-                if (requireBlock){
-                    error("Unexpected token at $pos: block start was expected")
-                }
-                add(parseAssignment(globalContext))
-            }
-        }
-        return OpBlock(list, scoped)
-    }
-}
-
-
-@OptIn(ExperimentalContracts::class)
-internal fun checkArgsNotNull(args : List<*>?, func : String) {
-    contract {
-        returns() implies (args != null)
-    }
-    checkNotNull(args){
-        "$func call was missing"
-    }
-}
-
-@OptIn(ExperimentalContracts::class)
-internal fun checkArgs(args : List<*>?, count : Int, func : String) {
-    contract {
-        returns() implies (args != null)
-    }
-    checkNotNull(args){
-        "$func call was missing"
-    }
-    require(args.size == count){
-        "$func takes $count arguments, but ${args.size} got"
+    override fun interpret(script: String): Script<C> {
+        return EcmascriptInterpreterImpl(script, context).interpret()
     }
 }
-
-private val funMap = (('a'..'z').toList() + ('A'..'Z').toList() + '$' + '_' ).associateBy { it }
-
-private fun Char.isFun() = isDigit() || funMap[this] != null
-
-
-private enum class NumberFormat(
-    val radix : Int,
-    val alphabet : String,
-    val prefix : Char?
-) {
-    Dec(10, ".0123456789", null),
-    Hex(16, "0123456789abcdef", 'x'),
-    Oct(8, "01234567", 'o'),
-    Bin(2, "01", 'b')
-}
-
-private val NumberFormatIndicators = NumberFormat.entries.mapNotNull { it.prefix }
-
-private val reservedKeywords = setOf(
-    "function","return","do","while","for"
-)
-
-private fun isReserved(keyword : String) = keyword in reservedKeywords
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ecmascript/EcmascriptInterpreterImpl.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ecmascript/EcmascriptInterpreterImpl.kt
new file mode 100644
index 00000000..1ae52bf2
--- /dev/null
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ecmascript/EcmascriptInterpreterImpl.kt
@@ -0,0 +1,1002 @@
+package io.github.alexzhirkevich.skriptie.ecmascript
+
+import io.github.alexzhirkevich.skriptie.Expression
+import io.github.alexzhirkevich.skriptie.GlobalContext
+import io.github.alexzhirkevich.skriptie.InterpretationContext
+import io.github.alexzhirkevich.skriptie.Script
+import io.github.alexzhirkevich.skriptie.ScriptContext
+import io.github.alexzhirkevich.skriptie.VariableType
+import io.github.alexzhirkevich.skriptie.asScript
+import io.github.alexzhirkevich.skriptie.common.Delegate
+import io.github.alexzhirkevich.skriptie.common.FunctionParam
+import io.github.alexzhirkevich.skriptie.common.OpAssign
+import io.github.alexzhirkevich.skriptie.common.OpAssignByIndex
+import io.github.alexzhirkevich.skriptie.common.OpBlock
+import io.github.alexzhirkevich.skriptie.common.OpBoolean
+import io.github.alexzhirkevich.skriptie.common.OpBreak
+import io.github.alexzhirkevich.skriptie.common.OpCompare
+import io.github.alexzhirkevich.skriptie.common.OpConstant
+import io.github.alexzhirkevich.skriptie.common.OpContinue
+import io.github.alexzhirkevich.skriptie.common.OpDoWhileLoop
+import io.github.alexzhirkevich.skriptie.common.OpEquals
+import io.github.alexzhirkevich.skriptie.common.OpEqualsComparator
+import io.github.alexzhirkevich.skriptie.common.OpForLoop
+import io.github.alexzhirkevich.skriptie.common.OpFunction
+import io.github.alexzhirkevich.skriptie.common.OpFunctionExec
+import io.github.alexzhirkevich.skriptie.common.OpGetVariable
+import io.github.alexzhirkevich.skriptie.common.OpGreaterComparator
+import io.github.alexzhirkevich.skriptie.common.OpIfCondition
+import io.github.alexzhirkevich.skriptie.common.OpIncDecAssign
+import io.github.alexzhirkevich.skriptie.common.OpIndex
+import io.github.alexzhirkevich.skriptie.common.OpLessComparator
+import io.github.alexzhirkevich.skriptie.common.OpMakeArray
+import io.github.alexzhirkevich.skriptie.common.OpNot
+import io.github.alexzhirkevich.skriptie.common.OpReturn
+import io.github.alexzhirkevich.skriptie.common.OpTryCatch
+import io.github.alexzhirkevich.skriptie.common.OpVar
+import io.github.alexzhirkevich.skriptie.common.OpWhileLoop
+import io.github.alexzhirkevich.skriptie.common.SyntaxError
+import io.github.alexzhirkevich.skriptie.common.unresolvedReference
+import io.github.alexzhirkevich.skriptie.isAssignable
+import kotlin.contracts.ExperimentalContracts
+import kotlin.contracts.contract
+
+internal val EXPR_DEBUG_PRINT_ENABLED = false
+
+internal enum class LogicalContext {
+    And, Or, Compare
+}
+
+internal enum class BlockContext {
+    None, Loop, Function
+}
+
+
+internal class EcmascriptInterpreterImpl<C : ScriptContext>(
+    private val expr : String,
+    private val globalContext : GlobalContext<C>,
+) {
+
+    private var pos = -1
+    private var ch: Char = ' '
+    private var blockFunctionRegistrar = mutableListOf<Expression<C>>()
+
+    fun interpret(): Script<C> {
+        val expressions = buildList {
+            pos = -1
+            ch = ' '
+            if (EXPR_DEBUG_PRINT_ENABLED) {
+                println("Parsing $expr")
+            }
+            nextChar()
+            do {
+                while (eat(';')) {
+                }
+                if (pos >= expr.length) {
+                    break
+                }
+
+                add(parseAssignment(globalContext, emptyList()))
+            } while (pos < expr.length)
+
+            require(pos <= expr.length) {
+                "Unexpected Lottie expression $expr"
+            }
+        }
+        val block = OpBlock(
+            expressions = blockFunctionRegistrar + expressions,
+            scoped = false
+        )
+        pos = -1
+        ch = ' '
+        if (EXPR_DEBUG_PRINT_ENABLED) {
+            println("Expression parsed: $expr")
+        }
+        return block.asScript()
+    }
+
+    private fun prepareNextChar() {
+        while (ch.skip() && pos < expr.length) {
+            nextChar()
+        }
+    }
+
+    private fun nextChar() {
+        ch = if (++pos < expr.length) expr[pos] else ' '
+    }
+
+    private fun prevChar() {
+        ch = if (--pos > 0 && pos < expr.length) expr[pos] else ' '
+    }
+
+    private fun Char.skip(): Boolean = this == ' ' || this == '\n'
+
+    private fun eat(charToEat: Char): Boolean {
+        while (ch.skip() && pos < expr.length)
+            nextChar()
+
+        if (ch == charToEat) {
+            nextChar()
+            return true
+        }
+        return false
+    }
+
+    private fun nextCharIs(condition: (Char) -> Boolean): Boolean {
+        var i = pos
+
+        while (i < expr.length) {
+            if (condition(expr[i]))
+                return true
+            if (expr[i].skip())
+                i++
+            else return false
+        }
+        return false
+    }
+
+    private fun eatSequence(seq: String): Boolean {
+
+        val p = pos
+        val c = ch
+
+        if (seq.isEmpty())
+            return true
+
+        if (!eat(seq[0])) {
+            return false
+        }
+
+        return if (expr.indexOf(seq, startIndex = pos - 1) == pos - 1) {
+            pos += seq.length - 1
+            ch = expr[pos.coerceIn(expr.indices)]
+            true
+        } else {
+            pos = p
+            ch = c
+            false
+        }
+    }
+
+    private fun nextSequenceIs(seq: String): Boolean {
+
+        val p = pos
+        val c = ch
+
+        if (seq.isEmpty())
+            return true
+
+        if (!eat(seq[0])) {
+            return false
+        }
+
+        return if (expr.indexOf(seq, startIndex = pos - 1) == pos - 1) {
+            pos = p
+            ch = c
+            true
+        } else {
+            pos = p
+            ch = c
+            false
+        }
+    }
+
+    private fun parseAssignment(context: Expression<C>, blockContext : List<BlockContext>): Expression<C> {
+        var x = parseExpressionOp(context, blockContext = blockContext)
+        if (EXPR_DEBUG_PRINT_ENABLED) {
+            println("Parsing assignment for $x")
+        }
+        while (true) {
+            prepareNextChar()
+            x = when {
+                eatSequence("+=") -> parseAssignmentValue(x, globalContext::sum)
+                eatSequence("-=") -> parseAssignmentValue(x, globalContext::sub)
+                eatSequence("*=") -> parseAssignmentValue(x, globalContext::mul)
+                eatSequence("/=") -> parseAssignmentValue(x, globalContext::div)
+                eatSequence("%=") -> parseAssignmentValue(x, globalContext::mod)
+                eat('=') -> parseAssignmentValue(x, null)
+                eatSequence("++") -> {
+                    check(x.isAssignable()) {
+                        "Not assignable"
+                    }
+                    OpIncDecAssign(
+                        variable = x,
+                        preAssign = false,
+                        op = globalContext::inc
+                    )
+                }
+
+                eatSequence("--") -> {
+                    check(x.isAssignable()) {
+                        "Not assignable"
+                    }
+                    OpIncDecAssign(
+                        variable = x,
+                        preAssign = false,
+                        op = globalContext::dec
+                    )
+                }
+
+                else -> return x
+            }
+        }
+    }
+
+    private fun parseAssignmentValue(x: Expression<C>, merge: ((Any?, Any?) -> Any?)? = null) =
+        when {
+            x is OpIndex && x.variable is OpGetVariable -> OpAssignByIndex(
+                variableName = x.variable.name,
+                scope = x.variable.assignmentType,
+                index = x.index,
+                assignableValue = parseAssignment(globalContext, emptyList()),
+                merge = merge
+            ).also {
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    println("parsed assignment with index for ${x.variable.name}")
+                }
+            }
+
+            x is OpGetVariable -> OpAssign(
+                variableName = x.name,
+                assignableValue = parseAssignment(globalContext,  emptyList()),
+                type = x.assignmentType,
+                merge = merge
+            ).also {
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    println("parsed assignment for ${x.name}")
+                }
+            }
+
+            else -> error("Invalid assignment")
+        }
+
+    private fun parseExpressionOp(
+        context: Expression<C>,
+        logicalContext: LogicalContext? = null,
+        blockContext : List<BlockContext>
+    ): Expression<C> {
+        var x = parseTermOp(context, blockContext)
+        while (true) {
+            prepareNextChar()
+            x = when {
+                logicalContext != LogicalContext.Compare && eatSequence("&&") ->
+                    OpBoolean(
+                        parseExpressionOp(globalContext, LogicalContext.And,blockContext),
+                        x,
+                        globalContext::isFalse, Boolean::and
+                    )
+
+                logicalContext == null && eatSequence("||") ->
+                    OpBoolean(
+                        parseExpressionOp(globalContext, LogicalContext.Or,blockContext),
+                        x,
+                        globalContext::isFalse, Boolean::or
+                    )
+
+                eatSequence("<=") -> OpCompare(
+                    x,
+                    parseExpressionOp(globalContext, LogicalContext.Compare,blockContext)
+                ) { a, b ->
+                    OpLessComparator(a, b) || OpEqualsComparator(a, b)
+                }
+
+                eatSequence("<") -> OpCompare(
+                    x,
+                    parseExpressionOp(globalContext, LogicalContext.Compare,blockContext),
+                    OpLessComparator
+                )
+
+                eatSequence(">=") -> OpCompare(
+                    x,
+                    parseExpressionOp(globalContext, LogicalContext.Compare,blockContext)
+                ) { a, b ->
+                    OpGreaterComparator(a, b) || OpEqualsComparator(a, b)
+                }
+
+                eatSequence(">") -> OpCompare(
+                    x,
+                    parseExpressionOp(globalContext, LogicalContext.Compare,blockContext),
+                    OpGreaterComparator
+                )
+
+                eatSequence("===") -> OpEquals(
+                    x,
+                    parseExpressionOp(globalContext, LogicalContext.Compare,blockContext),
+                    true
+                )
+
+                eatSequence("==") -> OpEquals(
+                    x,
+                    parseExpressionOp(globalContext, LogicalContext.Compare,blockContext),
+                    false
+                )
+
+                eatSequence("!==") -> OpNot(
+                    OpEquals(
+                        x,
+                        parseExpressionOp(globalContext, LogicalContext.Compare,blockContext),
+                        false
+                    ),
+                    globalContext::isFalse
+                )
+
+                eatSequence("!=") -> OpNot(
+                    OpEquals(
+                        x,
+                        parseExpressionOp(globalContext, LogicalContext.Compare, blockContext),
+                        true
+                    ),
+                    globalContext::isFalse
+                )
+
+                !nextSequenceIs("++") && !nextSequenceIs("+=") && eat('+') ->
+                    Delegate(x, parseTermOp(globalContext, blockContext), globalContext::sum)
+
+                !nextSequenceIs("--") && !nextSequenceIs("-=") && eat('-') ->
+                    Delegate(x, parseTermOp(globalContext, blockContext), globalContext::sub)
+
+                else -> return x
+            }
+        }
+    }
+
+    private fun parseTermOp(context: Expression<C>, blockContext : List<BlockContext>): Expression<C> {
+        var x = parseFactorOp(context, blockContext)
+        while (true) {
+            prepareNextChar()
+            x = when {
+                !nextSequenceIs("*=") && eat('*') -> Delegate(
+                    x,
+                    parseFactorOp(globalContext,blockContext),
+                    globalContext::mul
+                )
+
+                !nextSequenceIs("/=") && eat('/') -> Delegate(
+                    x,
+                    parseFactorOp(globalContext,blockContext),
+                    globalContext::div
+                )
+
+                !nextSequenceIs("%=") && eat('%') -> Delegate(
+                    x,
+                    parseFactorOp(globalContext, blockContext),
+                    globalContext::mod
+                )
+
+                else -> return x
+            }
+        }
+    }
+
+    private fun parseFactorOp(context: Expression<C>, blockContext : List<BlockContext>): Expression<C> {
+        val parsedOp = when {
+
+            nextCharIs('{'::equals) -> parseBlock(context = emptyList())
+
+            context is GlobalContext<C> && eatSequence("++") -> {
+                val start = pos
+                val variable = parseFactorOp(globalContext, blockContext)
+                require(variable.isAssignable()) {
+                    "Unexpected '++' as $start"
+                }
+                OpIncDecAssign(
+                    variable = variable,
+                    preAssign = true,
+                    op = globalContext::inc
+                )
+            }
+
+            context is GlobalContext<C> && eatSequence("--") -> {
+                val start = pos
+                val variable = parseFactorOp(globalContext, blockContext)
+                require(variable.isAssignable()) {
+                    "Unexpected '--' as $start"
+                }
+                OpIncDecAssign(
+                    variable = variable,
+                    preAssign = true,
+                    op = globalContext::dec
+                )
+            }
+
+            context is GlobalContext<C> && eat('+') ->
+                Delegate(parseFactorOp(context, blockContext), globalContext::pos)
+
+            context is GlobalContext<C> && eat('-') ->
+                Delegate(parseFactorOp(context, blockContext), globalContext::neg)
+
+            context is GlobalContext<C> && !nextSequenceIs("!=") && eat('!') ->
+                OpNot(parseExpressionOp(context, blockContext = blockContext),  globalContext::isFalse)
+
+            context is GlobalContext<C> && eat('(') -> {
+                parseExpressionOp(context, blockContext = blockContext).also {
+                    require(eat(')')) {
+                        "Bad expression: Missing ')'"
+                    }
+                }
+            }
+
+            context is GlobalContext<C> && nextCharIs { it.isDigit() || it == '.' } -> {
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    print("making const number... ")
+                }
+                var numberFormat = NumberFormat.Dec
+                var isFloat = nextCharIs { it == '.' }
+                val startPos = pos
+                do {
+                    nextChar()
+                    when (ch.lowercaseChar()) {
+                        '.' -> {
+                            if (isFloat) {
+                                break
+                            }
+                            isFloat = true
+                        }
+
+                        NumberFormat.Hex.prefix -> {
+                            check(numberFormat == NumberFormat.Dec && !isFloat) {
+                                "Invalid number at pos $startPos"
+                            }
+                            numberFormat = NumberFormat.Hex
+                        }
+
+                        NumberFormat.Oct.prefix -> {
+                            check(numberFormat == NumberFormat.Dec && !isFloat) {
+                                "Invalid number at pos $startPos"
+                            }
+                            numberFormat = NumberFormat.Oct
+                        }
+
+                        NumberFormat.Bin.prefix -> {
+                            if (numberFormat == NumberFormat.Hex) {
+                                continue
+                            }
+                            check(numberFormat == NumberFormat.Dec && !isFloat) {
+                                "Invalid number at pos $startPos"
+                            }
+                            numberFormat = NumberFormat.Bin
+                        }
+                    }
+                } while (ch.lowercaseChar().let {
+                        it in numberFormat.alphabet || it in NumberFormatIndicators
+                    })
+                val num = try {
+                    expr.substring(startPos, pos).let {
+                        if (it.endsWith('.')) {
+                            prevChar()
+                            isFloat = false
+                        }
+                        if (isFloat) {
+                            it.toDouble()
+                        } else {
+                            it.trimEnd('.')
+                                .let { n -> numberFormat.prefix?.let(n::substringAfter) ?: n }
+                                .toULong(numberFormat.radix)
+                                .toLong()
+                        }
+                    }
+                } catch (t: NumberFormatException) {
+                    throw SyntaxError("Unexpected token ${expr[startPos]} at $startPos")
+                }
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    println(num)
+                }
+                OpConstant(num)
+            }
+
+            context is GlobalContext<C> && nextCharIs('\''::equals) || nextCharIs('"'::equals) -> {
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    print("making const string... ")
+                }
+                val c = ch
+                val startPos = pos
+                do {
+                    nextChar()
+                } while (!eat(c))
+                val str = expr.substring(startPos, pos).drop(1).dropLast(1)
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    println(str)
+                }
+                OpConstant(str)
+            }
+
+            context is GlobalContext<C> && eat('[') -> { // make array
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    println("making array... ")
+                }
+                val arrayArgs = buildList {
+                    do {
+                        if (eat(']')) { // empty list
+                            return@buildList
+                        }
+                        add(parseExpressionOp(context,blockContext = blockContext))
+                    } while (eat(','))
+                    require(eat(']')) {
+                        "Bad expression: missing ]"
+                    }
+                }
+                OpMakeArray(arrayArgs)
+            }
+
+            context !is GlobalContext<C> && eat('[') -> { // index
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    println("making index... ")
+                }
+                OpIndex(context, parseExpressionOp(globalContext, blockContext = blockContext)).also {
+                    require(eat(']')) {
+                        "Bad expression: Missing ']'"
+                    }
+                }
+            }
+
+
+            ch.isFun() -> {
+
+                val startPos = pos
+                do {
+                    nextChar()
+                } while (
+                    pos < expr.length && ch.isFun() && !(isReserved(
+                        expr.substring(
+                            startPos,
+                            pos
+                        )
+                    ) && ch == ' ')
+                )
+
+                val func = expr.substring(startPos, pos).trim()
+
+                parseFunction(context, func, blockContext)
+            }
+
+            else -> throw SyntaxError("Unexpected token $ch at pos $pos")
+        }
+
+        return parsedOp.finish(blockContext)
+    }
+
+    private fun Expression<C>.finish(blockContext : List<BlockContext>): Expression<C> {
+        return when {
+            // inplace function invocation
+            this is InterpretationContext<*> && nextCharIs { it == '(' } -> {
+                parseFunction(this, null, blockContext)
+            }
+            // begin condition || property || index
+            this is OpVar<*>
+                    || eat('.')
+                    || nextCharIs('['::equals) ->
+                parseFactorOp(this, blockContext) // continue with receiver
+
+            else -> this
+        }
+    }
+
+    private fun parseFunctionArgs(name: String?): List<Expression<C>>? {
+
+        if (!nextCharIs('('::equals)) {
+            return null
+        }
+        return buildList {
+            when {
+                eat('(') -> {
+                    if (eat(')')) {
+                        return@buildList //empty args
+                    }
+                    do {
+                        add(parseAssignment(globalContext,  emptyList()))
+                    } while (eat(','))
+
+                    require(eat(')')) {
+                        "Bad expression:Missing ')' after argument to $name"
+                    }
+                }
+            }
+        }
+    }
+
+    private fun parseFunction(
+        context: Expression<C>,
+        func: String?,
+        blockContext : List<BlockContext>
+    ): Expression<C> {
+
+        return when (func) {
+            "var", "let", "const" -> {
+                OpVar(
+                    when (func) {
+                        "var" -> VariableType.Global
+                        "let" -> VariableType.Local
+                        else -> VariableType.Const
+                    }
+                )
+            }
+
+            "undefined" -> OpConstant(Unit)
+            "null" -> OpConstant(null)
+            "true" -> OpConstant(true)
+            "false" -> OpConstant(false)
+            "function" -> {
+                blockFunctionRegistrar += parseFunctionDefinition(blockContext = blockContext)
+                OpConstant(Unit)
+            }
+            "for" -> {
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    println("making for loop")
+                }
+                parseForLoop(blockContext)
+            }
+
+            "while" -> {
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    println("making while loop")
+                }
+
+                OpWhileLoop(
+                    condition = parseWhileCondition(),
+                    body = parseBlock(context = blockContext + BlockContext.Loop),
+                    isFalse = globalContext::isFalse
+                )
+            }
+
+            "do" -> {
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    println("making do/while loop")
+                }
+
+                val body = parseBlock(context = blockContext + BlockContext.Loop)
+
+                check(body is OpBlock<C>) {
+                    "Invalid do/while syntax"
+                }
+
+                check(eatSequence("while")) {
+                    "Missing while condition in do/while block"
+                }
+                val condition = parseWhileCondition()
+
+                OpDoWhileLoop(
+                    condition = condition,
+                    body = body,
+                    isFalse = globalContext::isFalse
+
+                )
+            }
+
+            "if" -> {
+
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    print("parsing if...")
+                }
+
+                val condition = parseExpressionOp(globalContext, blockContext = blockContext)
+
+                val onTrue = parseBlock(context = blockContext)
+
+                val onFalse = if (eatSequence("else")) {
+                    parseBlock(context = blockContext)
+                } else null
+
+                OpIfCondition(
+                    condition = condition,
+                    onTrue = onTrue,
+                    onFalse = onFalse
+                )
+            }
+
+            "continue" -> {
+                if(BlockContext.Loop in blockContext){
+                    if (EXPR_DEBUG_PRINT_ENABLED) {
+                        println("parsing loop continue")
+                    }
+                    OpContinue()
+                } else{
+                    throw SyntaxError("Illegal continue statement: no surrounding iteration statement")
+                }
+            }
+
+            "break" -> {
+                if(BlockContext.Loop in blockContext){
+                    if (EXPR_DEBUG_PRINT_ENABLED) {
+                        println("parsing loop break")
+                    }
+                    OpBreak()
+                } else{
+                    throw SyntaxError("Illegal break statement")
+                }
+            }
+
+            "return" -> {
+                if (BlockContext.Function in blockContext) {
+                    val expr = parseExpressionOp(globalContext,blockContext = blockContext)
+                    if (EXPR_DEBUG_PRINT_ENABLED) {
+                        println("making return with $expr")
+                    }
+                    OpReturn(expr)
+                } else {
+                    throw SyntaxError("Illegal return statement")
+                }
+            }
+
+            "try" -> {
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    println("making try $expr")
+                }
+                parseTryCatch(blockContext)
+            }
+
+            else -> {
+                val args = parseFunctionArgs(func)
+
+                if (EXPR_DEBUG_PRINT_ENABLED) {
+                    println("making fun $func")
+                }
+
+                return when (context) {
+                    is InterpretationContext<C> -> context.interpret(func, args)
+                        ?: run {
+                            if (args != null && func != null) {
+                                if (EXPR_DEBUG_PRINT_ENABLED) {
+                                    println("parsed call for defined function $func")
+                                }
+                                OpFunctionExec(func, null, args)
+                            } else null
+                        }
+                        ?: run {
+                            if (args == null && func != null) {
+                                if (EXPR_DEBUG_PRINT_ENABLED) {
+                                    println("making GetVariable $func...")
+                                }
+                                OpGetVariable(name = func, receiver = null)
+                            } else {
+                                null
+                            }
+                        }
+                        ?: unresolvedReference(
+                            ref = func ?: "null",
+                            obj = context::class.simpleName
+                                ?.substringAfter("Op")
+                                ?.substringBefore("Context")
+                        )
+
+                    else -> {
+                        globalContext.interpret(context, func, args)
+                            ?: run {
+                                if (args != null && func != null) {
+                                    if (EXPR_DEBUG_PRINT_ENABLED) {
+                                        println("parsed call for function $func with receiver $context")
+                                    }
+                                    OpFunctionExec(
+                                        name = func,
+                                        receiver = context,
+                                        parameters = args
+                                    )
+                                } else null
+                            }
+                            ?: run {
+                                if (args == null && func != null) {
+                                    if (EXPR_DEBUG_PRINT_ENABLED) {
+                                        println("making GetVariable $func with receiver $context... ")
+                                    }
+                                    OpGetVariable(name = func, receiver = context)
+                                } else {
+                                    null
+                                }
+                            }
+                            ?: unresolvedReference(func ?: "null")
+                    }
+                }
+            }
+        }
+    }
+
+    private fun parseWhileCondition(): Expression<C> {
+        check(eat('(')) {
+            "Missing while loop condition"
+        }
+
+        val condition = parseExpressionOp(globalContext, blockContext = emptyList())
+
+        check(eat(')')) {
+            "Missing closing ')' in loop condition"
+        }
+        return condition
+    }
+
+    private fun parseTryCatch(blockContext : List<BlockContext>) : Expression<C> {
+        val tryBlock = parseBlock(requireBlock = true, context = blockContext)
+        val catchBlock = if (eatSequence("catch")) {
+
+            if (eat('(')) {
+                val start = pos
+                while (!eat(')') && pos < expr.length) {
+                    //nothing
+                }
+                expr.substring(start, pos).trim() to parseBlock(
+                    scoped = false,
+                    requireBlock = true,
+                    context = blockContext
+                )
+            } else {
+                null to parseBlock(requireBlock = true, context = blockContext)
+            }
+        } else null
+
+        val finallyBlock = if (eatSequence("finally")) {
+            parseBlock(requireBlock = true, context = blockContext)
+        } else null
+
+        return OpTryCatch(
+            tryBlock = tryBlock,
+            catchVariableName = catchBlock?.first,
+            catchBlock = catchBlock?.second,
+            finallyBlock = finallyBlock
+        )
+    }
+
+    private fun parseForLoop(parentBlockContext: List<BlockContext>): Expression<C> {
+        check(eat('('))
+
+        val assign = if (eat(';')) null else parseAssignment(globalContext, emptyList())
+        check(assign is OpAssign?)
+        if (assign != null) {
+            check(eat(';'))
+        }
+        println(assign)
+        val comparison = if (eat(';')) null else parseAssignment(globalContext, emptyList())
+        if (comparison != null) {
+            check(eat(';'))
+        }
+        println(comparison)
+        val increment = if (eat(')')) null else parseAssignment(globalContext, emptyList())
+
+        println(increment)
+        if (increment != null) {
+            check(eat(')'))
+        }
+
+        val body = parseBlock(scoped = false, context = parentBlockContext + BlockContext.Loop)
+
+        return OpForLoop(
+            assignment = assign,
+            increment = increment,
+            comparison = comparison,
+            isFalse = globalContext::isFalse,
+            body = body
+        )
+    }
+
+    private fun parseFunctionDefinition(name: String? = null, blockContext: List<BlockContext>): Expression<C> {
+
+        val start = pos
+
+        val actualName = name ?: run {
+
+            while (ch != '(') {
+                nextChar()
+            }
+
+            expr.substring(start, pos).trim()
+        }
+        if (EXPR_DEBUG_PRINT_ENABLED) {
+            println("making defined function $actualName")
+        }
+
+        val args = parseFunctionArgs(actualName).let { args ->
+            args?.map {
+                when (it) {
+                    is OpGetVariable<C> -> FunctionParam<C>(name = it.name, default = null)
+                    is OpAssign<C> -> FunctionParam<C>(
+                        name = it.variableName,
+                        default = it.assignableValue
+                    )
+
+                    else -> error("Invalid function declaration at $start")
+                }
+            }
+        }
+
+        checkNotNull(args) {
+            "Missing function args"
+        }
+
+
+        check(nextCharIs('{'::equals)) {
+            "Missing function body at $pos"
+        }
+
+
+        val block = parseBlock(
+            scoped = false,
+            context = blockContext + BlockContext.Function
+        )
+
+        val function = OpFunction(
+            name = actualName,
+            parameters = args,
+            body = block
+        )
+
+        return OpAssign(
+            type = VariableType.Const,
+            variableName = actualName,
+            assignableValue = OpConstant(function),
+            merge = null
+        )
+    }
+
+    private fun parseBlock(
+        scoped: Boolean = true,
+        requireBlock: Boolean = false,
+        context: List<BlockContext>
+    ): Expression<C> {
+
+        val oldRegistrar = blockFunctionRegistrar
+        try {
+            blockFunctionRegistrar = mutableListOf()
+            val list = buildList {
+                if (eat('{')) {
+                    while (!eat('}') && pos < expr.length) {
+                        add(parseAssignment(globalContext, context))
+                        eat(';')
+                    }
+                } else {
+                    if (requireBlock) {
+                        throw SyntaxError("Unexpected token at $pos: block start was expected")
+                    }
+                    add(parseAssignment(globalContext, context))
+                }
+            }
+            return OpBlock(blockFunctionRegistrar + list, scoped)
+        } finally {
+            blockFunctionRegistrar = oldRegistrar
+        }
+    }
+}
+
+
+@OptIn(ExperimentalContracts::class)
+internal fun checkArgsNotNull(args : List<*>?, func : String) {
+    contract {
+        returns() implies (args != null)
+    }
+    checkNotNull(args){
+        "$func call was missing"
+    }
+}
+
+@OptIn(ExperimentalContracts::class)
+internal fun checkArgs(args : List<*>?, count : Int, func : String) {
+    contract {
+        returns() implies (args != null)
+    }
+    checkNotNull(args){
+        "$func call was missing"
+    }
+    require(args.size == count){
+        "$func takes $count arguments, but ${args.size} got"
+    }
+}
+
+private val funMap = (('a'..'z').toList() + ('A'..'Z').toList() + '$' + '_' ).associateBy { it }
+
+private fun Char.isFun() = isDigit() || funMap[this] != null
+
+
+private enum class NumberFormat(
+    val radix : Int,
+    val alphabet : String,
+    val prefix : Char?
+) {
+    Dec(10, ".0123456789", null),
+    Hex(16, "0123456789abcdef", 'x'),
+    Oct(8, "01234567", 'o'),
+    Bin(2, "01", 'b')
+}
+
+private val NumberFormatIndicators = NumberFormat.entries.mapNotNull { it.prefix }
+
+private val reservedKeywords = setOf(
+    "function","return","do","while","for"
+)
+
+private fun isReserved(keyword : String) = keyword in reservedKeywords
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ecmascript/Object.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ecmascript/Object.kt
new file mode 100644
index 00000000..bd074664
--- /dev/null
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/ecmascript/Object.kt
@@ -0,0 +1,65 @@
+package io.github.alexzhirkevich.skriptie.ecmascript
+
+import io.github.alexzhirkevich.skriptie.Expression
+import io.github.alexzhirkevich.skriptie.ScriptContext
+import io.github.alexzhirkevich.skriptie.common.FunctionParam
+import io.github.alexzhirkevich.skriptie.common.OpFunction
+import io.github.alexzhirkevich.skriptie.common.OpGetVariable
+
+internal class Object(
+    private val name : String,
+    private val map : MutableMap<String, Any?> = mutableMapOf()
+) : MutableMap<String,Any?> by map {
+    override fun toString(): String {
+        return if (name.isNotBlank()){
+            "[object $name]"
+        } else {
+            "[object]"
+        }
+    }
+}
+
+
+internal sealed interface ObjectScope<C : ScriptContext> {
+
+    infix fun String.eq(value: Any?)
+
+    fun String.func(
+        vararg args: FunctionParam<C>,
+        body: (args: List<Expression<C>>) -> Expression<C>
+    )
+
+    fun String.func(
+        vararg args: String,
+        params: (String) -> FunctionParam<C> = { FunctionParam(it) },
+        body: (args: List<Expression<C>>) -> Expression<C>
+    ) {
+        func(
+            args = args.map(params).toTypedArray(),
+            body = body
+        )
+    }
+}
+
+private class ObjectScopeImpl<C : ScriptContext>(name: String) : ObjectScope<C> {
+    val o = Object(name)
+
+    override fun String.func(
+        vararg args: FunctionParam<C>,
+        body: (args: List<Expression<C>>) -> Expression<C>
+    ) {
+        this eq OpFunction(
+            this,
+            parameters = args.toList(),
+            body = body(args.map { OpGetVariable(it.name, null) })
+        )
+    }
+
+    override fun String.eq(value: Any?) {
+        o[this] = value
+    }
+}
+
+internal fun <C: ScriptContext> obj(name: String, builder : ObjectScope<C>.() -> Unit) : Object {
+    return ObjectScopeImpl<C>(name).also(builder).o
+}
\ No newline at end of file
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JS.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JS.kt
deleted file mode 100644
index 576c37c4..00000000
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JS.kt
+++ /dev/null
@@ -1,25 +0,0 @@
-package io.github.alexzhirkevich.skriptie.javascript
-
-import io.github.alexzhirkevich.skriptie.Script
-import io.github.alexzhirkevich.skriptie.ScriptEngine
-import io.github.alexzhirkevich.skriptie.ecmascript.EcmascriptInterpreter
-
-public class JS(
-    override val context: JSScriptContext = JSScriptContext(),
-    private val globalContext: JsGlobalContext = JsGlobalContext(),
-    private val extensionContext : JsExtensionContext = JsExtensionContext(),
-) : ScriptEngine<JSScriptContext> {
-
-    override fun compile(script: String): Script<JSScriptContext> {
-        return EcmascriptInterpreter(
-            expr = script,
-            scriptContext = context,
-            globalContext = globalContext,
-            extensionContext = extensionContext
-        ).interpret()
-    }
-
-    override fun reset() {
-        context.reset()
-    }
-}
\ No newline at end of file
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JsGlobalContext.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JSInterpretationContext.kt
similarity index 55%
rename from skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JsGlobalContext.kt
rename to skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JSInterpretationContext.kt
index 7e8b966d..06371ddc 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JsGlobalContext.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JSInterpretationContext.kt
@@ -1,98 +1,111 @@
 package io.github.alexzhirkevich.skriptie.javascript
 
-import io.github.alexzhirkevich.skriptie.javascript.math.JsInfinity
-import io.github.alexzhirkevich.skriptie.javascript.math.JsMath
 import io.github.alexzhirkevich.skriptie.Expression
 import io.github.alexzhirkevich.skriptie.GlobalContext
+import io.github.alexzhirkevich.skriptie.argAt
 import io.github.alexzhirkevich.skriptie.common.fastMap
-import kotlin.math.min
+import io.github.alexzhirkevich.skriptie.ecmascript.checkArgs
+import io.github.alexzhirkevich.skriptie.javascript.iterable.JsIndexOf
+import io.github.alexzhirkevich.skriptie.javascript.number.JsNumberContext
+import io.github.alexzhirkevich.skriptie.javascript.string.JsStringContext
+import kotlin.math.absoluteValue
 
-public open class JsGlobalContext : GlobalContext<JSScriptContext> {
+public open class JSInterpretationContext : GlobalContext<JSScriptContext> {
 
     override fun interpret(
         callable: String?,
         args: List<Expression<JSScriptContext>>?
+    ): Expression<JSScriptContext>? = null
+
+    override fun interpret(
+        parent: Expression<JSScriptContext>,
+        op: String?,
+        args: List<Expression<JSScriptContext>>?
     ): Expression<JSScriptContext>? {
-        return when (callable) {
-            "Infinity" -> JsInfinity
-            "Math" -> JsMath
-            else -> null
+        return if (args != null){
+            when (op) {
+                "toString" -> Expression { parent(it).toString() }
+                "indexOf", "lastIndexOf" -> {
+                    checkArgs(args, 1, op)
+                    JsIndexOf(
+                        value = parent,
+                        search = args.argAt(0),
+                        last = op == "lastIndexOf"
+                    )
+                }
+
+                else -> JsNumberContext.interpret(parent, op, args)
+                    ?: JsStringContext.interpret(parent, op, args)
+            }
+        } else {
+            JsNumberContext.interpret(parent, op, args)
+                ?: JsStringContext.interpret(parent, op, args)
         }
     }
 
+    override fun isFalse(a: Any?): Boolean {
+        return a == null
+                || a == false
+                || a is Number && a.toDouble() == 0.0
+                || a is CharSequence && a.isEmpty()
+                || a is Unit
+    }
+
     override fun sum(a: Any?, b: Any?): Any? {
-        return jssum(a?.validateJsNumber(), b?.validateJsNumber())
+        return jssum(
+            a?.numberOrThis(false),
+            b?.numberOrThis(false)
+        )
     }
 
     override fun sub(a: Any?, b: Any?): Any? {
-        return jssub(a?.validateJsNumber(), b?.validateJsNumber())
+        return jssub(a?.numberOrThis(), b?.numberOrThis())
     }
 
     override fun mul(a: Any?, b: Any?): Any? {
-        return jsmul(a?.validateJsNumber(), b?.validateJsNumber())
+        return jsmul(a?.numberOrThis(), b?.numberOrThis())
     }
 
     override fun div(a: Any?, b: Any?): Any? {
-        return jsdiv(a?.validateJsNumber(), b?.validateJsNumber())
+        return jsdiv(a?.numberOrThis(), b?.numberOrThis())
     }
 
     override fun mod(a: Any?, b: Any?): Any {
-        return jsmod(a?.validateJsNumber(), b?.validateJsNumber())
+        return jsmod(a?.numberOrThis(), b?.numberOrThis())
     }
 
     override fun inc(a: Any?): Any {
-        return jsinc(a?.validateJsNumber())
+        return jsinc(a?.numberOrThis())
     }
 
     override fun dec(a: Any?): Any {
-        return jsdec(a?.validateJsNumber())
+        return jsdec(a?.numberOrThis())
     }
 
     override fun neg(a: Any?): Any {
-        return jsneg(a?.validateJsNumber())
+        return jsneg(a?.numberOrThis())
+    }
+
+    override fun pos(a: Any?): Any {
+        return jspos(a?.numberOrThis())
     }
 }
 
 
 private fun jssum(a : Any?, b : Any?) : Any? {
+    val a = if (a is List<*>)
+        a.joinToString(",")
+    else a
+    val b = if (b is List<*>)
+        b.joinToString(",")
+    else b
     return when {
         a == null && b == null -> 0L
         a == null && b is Number || a is Number && b == null -> a ?: b
         b is Unit || a is Unit -> Double.NaN
         a is Long && b is Long -> a + b
         a is Number && b is Number -> a.toDouble() + b.toDouble()
-        a is List<*> && b is List<*> -> {
-            a as List<Number>
-            b as List<Number>
-
-            List(min(a.size, b.size)) {
-                a[it].toDouble() + b[it].toDouble()
-            }
-        }
-
-        a is List<*> && b is Number -> {
-            if (a is MutableList<*>) {
-                a as MutableList<Number>
-                a[0] = a[0].toDouble() + b.toDouble()
-                a
-            } else {
-                listOf((a as List<Number>).first().toDouble() + b.toDouble()) + a.drop(1)
-            }
-        }
-
-        a is Number && b is List<*> -> {
-            if (b is MutableList<*>) {
-                b as MutableList<Number>
-                b[0] = b[0].toDouble() + a.toDouble()
-                b
-            } else {
-                listOf(a.toDouble() + (b as List<Number>).first().toDouble()) + b.drop(1)
-            }
-        }
-
-        a is CharSequence || b is CharSequence -> a.toString() + b.toString()
-
-        else -> error("Cant calculate the sum of $a and $b")
+        else ->  a.toString() + b.toString()
     }
 }
 
@@ -103,42 +116,7 @@ private fun jssub(a : Any?, b : Any?) : Any? {
         a is Long? && b is Long? -> (a ?: 0L) - (b ?: 0L)
         a is Double? && b is Double? ->(a ?: 0.0) - (b ?: 0.0)
         a is Number? && b is Number? ->(a?.toDouble() ?: 0.0) - (b?.toDouble() ?: 0.0)
-        a is List<*> && b is List<*> -> {
-            a as List<Number>
-            b as List<Number>
-            List(min(a.size, b.size)) {
-                a[it].toDouble() - b[it].toDouble()
-            }
-        }
-        a is CharSequence || b is CharSequence -> {
-            stringMath(a?.toString(), b?.toString(), Long::minus, Double::minus)
-        }
-        else -> error("Cant subtract $b from $a")
-    }
-}
-
-private fun stringMath(
-    a : String?,
-    b : String?,
-    long : (Long, Long) -> Long,
-    double: (Double,Double) -> Double
-) : Any {
-    val sa = a ?: "0"
-    val sb = b ?: "0"
-
-    val la = sa.toLongOrNull()
-    val lb = sb.toLongOrNull()
-
-    return if (la != null && lb != null) {
-        long(la, lb)
-    } else {
-        val da = sa.toDoubleOrNull()
-        val db = sb.toDoubleOrNull()
-        if (da != null && db != null) {
-            double(da, db)
-        } else {
-            Double.NaN
-        }
+        else -> Double.NaN
     }
 }
 
@@ -160,10 +138,7 @@ private fun jsmul(a : Any?, b : Any?) : Any? {
             val af = a.toDouble()
             b.fastMap { it.toDouble() * af }
         }
-        a is CharSequence || b is CharSequence -> {
-            stringMath(a.toString(), b.toString(), Long::times, Double::times)
-        }
-        else -> error("Cant multiply $a by $b")
+        else -> Double.NaN
     }
 }
 
@@ -189,21 +164,18 @@ private fun jsdiv(a : Any?, b : Any?) : Any {
             a.fastMap { it.toDouble() / bf }
         }
 
-        a is CharSequence || b is CharSequence -> {
-            stringMath(a?.toString(), b?.toString(), Long::div, Double::div)
-        }
-
-        else -> error("Cant divide $a by $b")
+        else -> Double.NaN
     }
 }
 
 private fun jsmod(a : Any?, b : Any?) : Any {
     return when {
+        b == null || a == Unit || b == Unit -> Double.NaN
+        (b as? Number)?.toDouble()?.absoluteValue?.let { it < Double.MIN_VALUE } == true -> Double.NaN
         a == null -> 0L
-        b == null -> Double.NaN
         a is Long && b is Long -> a % b
         a is Number && b is Number -> a.toDouble() % b.toDouble()
-        else -> error("Can't get mod of $a and $b")
+        else -> Double.NaN
     }
 }
 
@@ -214,7 +186,7 @@ private fun jsinc(v : Any?) : Any {
         is Long -> v + 1
         is Double -> v + 1
         is Number -> v.toDouble() + 1
-        else -> error("can't increment $v")
+        else -> Double.NaN
     }
 }
 
@@ -224,7 +196,7 @@ private fun jsdec(v : Any?) : Any {
         is Long -> v - 1
         is Double -> v - 1
         is Number -> v.toDouble() - 1
-        else -> error("can't decrement $v")
+        else -> Double.NaN
     }
 }
 
@@ -238,11 +210,20 @@ private fun jsneg(v : Any?) : Any {
             v.fastMap { -it.toDouble() }
         }
 
-        else -> error("Cant apply unary minus to $v")
+        else -> Double.NaN
     }
 }
 
-internal fun Any.validateJsNumber() = when(this) {
+private fun jspos(v : Any?) : Any {
+    return when (v) {
+        null -> 0
+        is Number -> v
+        else -> Double.NaN
+    }
+}
+
+
+public fun Any.numberOrNull(withNaNs : Boolean = true) : Any? = when(this) {
     is Byte -> toLong()
     is UByte -> toLong()
     is Short -> toLong()
@@ -251,6 +232,19 @@ internal fun Any.validateJsNumber() = when(this) {
     is UInt -> toLong()
     is ULong -> toLong()
     is Float -> toDouble()
-    else -> this
+    is Long, is Double -> this
+    is String -> if (withNaNs) {
+        toLongOrNull() ?: toDoubleOrNull()
+    } else null
+    is List<*> -> {
+        if (withNaNs) {
+            singleOrNull()?.numberOrNull(withNaNs)
+        } else{
+            null
+        }
+    }
+    else -> null
 }
 
+
+public fun Any.numberOrThis(withMagic : Boolean = true) : Any = numberOrNull(withMagic) ?: this
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JSScriptContext.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JSScriptContext.kt
index 6de11cd8..fda45916 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JSScriptContext.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JSScriptContext.kt
@@ -1,7 +1,22 @@
 package io.github.alexzhirkevich.skriptie.javascript
 
-import io.github.alexzhirkevich.skriptie.BaseScriptContext
-import io.github.alexzhirkevich.skriptie.GlobalContext
-import io.github.alexzhirkevich.skriptie.ScriptContext
+import io.github.alexzhirkevich.skriptie.EcmascriptContext
+import io.github.alexzhirkevich.skriptie.VariableType
+import io.github.alexzhirkevich.skriptie.javascript.math.JsMath
 
-public open class JSScriptContext() : BaseScriptContext()
\ No newline at end of file
+public open class JSScriptContext : EcmascriptContext() {
+
+    init {
+        recreate()
+    }
+
+    override fun reset() {
+        super.reset()
+        recreate()
+    }
+
+    private fun recreate(){
+        variables["Math"] = VariableType.Const to JsMath()
+        variables["Infinity"] = VariableType.Const to Double.POSITIVE_INFINITY
+    }
+}
\ No newline at end of file
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JsExtensionContext.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JsExtensionContext.kt
deleted file mode 100644
index ae1b8567..00000000
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/JsExtensionContext.kt
+++ /dev/null
@@ -1,39 +0,0 @@
-package io.github.alexzhirkevich.skriptie.javascript
-
-import io.github.alexzhirkevich.skriptie.javascript.number.JsNumberContext
-import io.github.alexzhirkevich.skriptie.javascript.string.JsStringContext
-import io.github.alexzhirkevich.skriptie.Expression
-import io.github.alexzhirkevich.skriptie.ExtensionContext
-import io.github.alexzhirkevich.skriptie.argAt
-import io.github.alexzhirkevich.skriptie.ecmascript.checkArgs
-import io.github.alexzhirkevich.skriptie.javascript.iterable.JsIndexOf
-
-public open class JsExtensionContext: ExtensionContext<JSScriptContext> {
-
-    override fun interpret(
-        parent: Expression<JSScriptContext>,
-        op: String?,
-        args: List<Expression<JSScriptContext>>?
-    ): Expression<JSScriptContext>? {
-        return if (args != null){
-            when (op) {
-                "toString" -> Expression { parent(it).toString() }
-                "indexOf", "lastIndexOf" -> {
-                    checkArgs(args, 1, op)
-                    JsIndexOf(
-                        value = parent,
-                        search = args.argAt(0),
-                        last = op == "lastIndexOf"
-                    )
-                }
-
-                else -> JsNumberContext.interpret(parent, op, args)
-                    ?: JsStringContext.interpret(parent, op, args)
-            }
-        } else {
-            JsNumberContext.interpret(parent, op, args)
-                ?: JsStringContext.interpret(parent, op, args)
-        }
-    }
-}
-
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/math/JsMath.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/math/JsMath.kt
index 1c7c525f..55ae26e9 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/math/JsMath.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/math/JsMath.kt
@@ -1,161 +1,232 @@
 package io.github.alexzhirkevich.skriptie.javascript.math
 
 import io.github.alexzhirkevich.skriptie.Expression
-import io.github.alexzhirkevich.skriptie.InterpretationContext
+import io.github.alexzhirkevich.skriptie.ScriptContext
 import io.github.alexzhirkevich.skriptie.argAt
-import io.github.alexzhirkevich.skriptie.common.OpConstant
+import io.github.alexzhirkevich.skriptie.common.FunctionParam
 import io.github.alexzhirkevich.skriptie.common.fastMap
 import io.github.alexzhirkevich.skriptie.common.fastSumBy
+import io.github.alexzhirkevich.skriptie.ecmascript.Object
 import io.github.alexzhirkevich.skriptie.ecmascript.checkArgs
+import io.github.alexzhirkevich.skriptie.ecmascript.obj
 import io.github.alexzhirkevich.skriptie.javascript.JSScriptContext
-import io.github.alexzhirkevich.skriptie.javascript.validateJsNumber
+import io.github.alexzhirkevich.skriptie.javascript.numberOrThis
 import kotlin.math.*
 import kotlin.random.Random
 
-internal val JsInfinity =  OpConstant<JSScriptContext>(Double.POSITIVE_INFINITY)
-
-internal object JsMath : InterpretationContext<JSScriptContext> {
-
-    override fun invoke(context: JSScriptContext): Any = this
-
-    override fun interpret(
-        callable: String?,
-        args: List<Expression<JSScriptContext>>?
-    ): Expression<JSScriptContext> {
-       return if (args == null){
-           interpretVar(callable)
-       } else {
-           interpretFun(callable, args)
-       }
-    }
-
-    private fun interpretVar(
-        op: String?,
-    ): Expression<JSScriptContext> {
-        return when (op) {
-            "PI" -> PI
-            "E" -> E
-            "LN10" -> LN10
-            "LN2" -> LN2
-            "LOG10E" -> LOG10E
-            "LOG2E" -> LOG2E
-            "SQRT1_2" -> SQRT1_2
-            "SQRT2" -> SQRT2
-            else -> OpConstant(Unit)
+internal fun JsMath() : Object {
+
+    return obj<JSScriptContext>("Math") {
+
+        "PI" eq PI
+        "E" eq E
+        "LN10" eq 2.302585092994046
+        "LN2" eq 0.6931471805599453
+        "LOG10E" eq 0.4342944819032518
+        "LOG2E" eq 1.4426950408889634
+        "SQRT1_2" eq 0.7071067811865476
+        "SQRT2" eq 1.4142135623730951
+
+        "abs".func("x") { op1(it, ::acos) }
+        "asoc".func("x") { op1(it, ::acos) }
+        "asoch".func("x") { op1(it, ::acosh) }
+        "asin".func("x") { op1(it, ::asin) }
+        "asinh".func("x") { op1(it, ::asinh) }
+        "atan".func("x") { op1(it, ::atan) }
+        "atan2".func("y", "x") { op2(it, ::atan2) }
+        "atanh".func("x") { op1(it, ::atanh) }
+        "cbrt".func("x") { op1(it, ::cbrt) }
+        "ceil".func("x") { op1(it, ::ceil) }
+        "cos".func("x") { op1(it, ::cos) }
+        "cosh".func("x") { op1(it, ::cosh) }
+        "exp".func("x") { op1(it, ::exp) }
+        "expm1".func("x") { op1(it, ::expm1) }
+        "floor".func("x") { op1(it, ::floor) }
+        "hypot".func(
+            "values",
+            params = { FunctionParam(it, isVararg = true) }
+        ) { opVararg(it, ::hypotN) }
+        "imul".func("x", "y",) { op2(it, ::imul) }
+        "log".func("x") { op1(it, ::ln) }
+        "log10".func("x") { op1(it, ::log10) }
+        "log1p ".func("x") { op1(it, ::ln1p) }
+        "log2".func("x") { op1(it, ::log2) }
+        "max".func(
+            "values",
+            params = { FunctionParam(it, isVararg = true) }
+        ) {
+            opVararg(it, List<Double>::max)
         }
+        "min".func(
+            "values",
+            params = { FunctionParam(it, isVararg = true) }
+        ) { opVararg(it, List<Double>::min) }
+        "pow".func("x", "y",) { op2(it, Double::pow) }
+        "random".func("x") { Expression { Random.nextDouble() } }
+        "round".func("x") { op1(it, ::round) }
+        "sign".func("x") { op1(it, ::sign) }
+        "sin".func("x") { op1(it, ::sin) }
+        "sinh".func("x") { op1(it, ::sinh) }
+        "sqrt".func("x") { op1(it, ::sqrt) }
+        "tan".func("x") { op1(it, ::tan) }
+        "tanh".func("x") { op1(it, ::tanh) }
+        "trunc".func("x") { op1(it, ::truncate) }
     }
-    private fun interpretFun(
-        op: String?,
-        args: List<Expression<JSScriptContext>>
-    ): Expression<JSScriptContext> {
-        return when (op) {
-            "abs" -> op1(args, ::abs, op)
-            "asoc" -> op1(args, ::acos, op)
-            "asoch" -> op1(args, ::acosh, op)
-            "asin" -> op1(args, ::asin, op)
-            "asinh" -> op1(args, ::asinh, op)
-            "atan" -> op1(args, ::atan, op)
-            "atan2" -> op2(args, ::atan2, op)
-            "atanh" -> op1(args, ::atanh, op)
-            "cbrt" -> op1(args, ::cbrt, op)
-            "ceil" -> op1(args, ::ceil, op)
-            "cos" -> op1(args, ::cos, op)
-            "cosh" -> op1(args, ::cosh, op)
-            "exp" -> op1(args, ::exp, op)
-            "expm1" -> op1(args, ::expm1, op)
-            "floor" -> op1(args, ::floor, op)
-            "hypot" -> opN(args, ::hypotN, op)
-            "imul" -> op2(args, ::imul, op)
-            "log" -> op2(args, ::log, op)
-            "log10" -> op1(args, ::log10, op)
-            "log1p " -> op1(args, ::ln1p, op)
-            "log2" -> op1(args, ::log2, op)
-            "max" -> opN(args, List<Double>::max, op)
-            "min" -> opN(args, List<Double>::min, op)
-            "pow" -> op2(args, Double::pow, op)
-            "random" -> Expression { Random.nextDouble() }
-            "round" -> op1(args, Double::roundToInt, op)
-            "sign" -> op1(args, Double::sign, op)
-            "sin" -> op1(args, ::sin, op)
-            "sinh" -> op1(args, ::sinh, op)
-            "sqrt" -> op1(args, ::sqrt, op)
-            "tan" -> op1(args, ::tan, op)
-            "tanh" -> op1(args, ::tanh, op)
-            "trunc" -> op1(args, ::truncate, op)
-
-            else -> OpConstant(Unit)
+}
+
+//internal object JsMath : InterpretationContext<JSScriptContext> {
+//
+//    override fun invoke(context: JSScriptContext): Any = this
+//
+//    override fun interpret(
+//        callable: String?,
+//        args: List<Expression<JSScriptContext>>?
+//    ): Expression<JSScriptContext> {
+//       return if (args == null){
+//           interpretVar(callable)
+//       } else {
+//           interpretFun(callable, args)
+//       }
+//    }
+//
+//    private fun interpretVar(
+//        op: String?,
+//    ): Expression<JSScriptContext> {
+//        return when (op) {
+//            "PI" -> PI
+//            "E" -> E
+//            "LN10" -> LN10
+//            "LN2" -> LN2
+//            "LOG10E" -> LOG10E
+//            "LOG2E" -> LOG2E
+//            "SQRT1_2" -> SQRT1_2
+//            "SQRT2" -> SQRT2
+//            else -> OpConstant(Unit)
+//        }
+//    }
+//    private fun interpretFun(
+//        op: String?,
+//        args: List<Expression<JSScriptContext>>
+//    ): Expression<JSScriptContext> {
+//        return when (op) {
+//            "abs" -> op1(args, ::abs, op)
+//            "asoc" -> op1(args, ::acos, op)
+//            "asoch" -> op1(args, ::acosh, op)
+//            "asin" -> op1(args, ::asin, op)
+//            "asinh" -> op1(args, ::asinh, op)
+//            "atan" -> op1(args, ::atan, op)
+//            "atan2" -> op2(args, ::atan2, op)
+//            "atanh" -> op1(args, ::atanh, op)
+//            "cbrt" -> op1(args, ::cbrt, op)
+//            "ceil" -> op1(args, ::ceil, op)
+//            "cos" -> op1(args, ::cos, op)
+//            "cosh" -> op1(args, ::cosh, op)
+//            "exp" -> op1(args, ::exp, op)
+//            "expm1" -> op1(args, ::expm1, op)
+//            "floor" -> op1(args, ::floor, op)
+//            "hypot" -> opN(args, ::hypotN, op)
+//            "imul" -> op2(args, ::imul, op)
+//            "log" -> op2(args, ::log, op)
+//            "log10" -> op1(args, ::log10, op)
+//            "log1p " -> op1(args, ::ln1p, op)
+//            "log2" -> op1(args, ::log2, op)
+//            "max" -> opN(args, List<Double>::max, op)
+//            "min" -> opN(args, List<Double>::min, op)
+//            "pow" -> op2(args, Double::pow, op)
+//            "random" -> Expression { Random.nextDouble() }
+//            "round" -> op1(args, Double::roundToInt, op)
+//            "sign" -> op1(args, Double::sign, op)
+//            "sin" -> op1(args, ::sin, op)
+//            "sinh" -> op1(args, ::sinh, op)
+//            "sqrt" -> op1(args, ::sqrt, op)
+//            "tan" -> op1(args, ::tan, op)
+//            "tanh" -> op1(args, ::tanh, op)
+//            "trunc" -> op1(args, ::truncate, op)
+//
+//            else -> OpConstant(Unit)
+//        }
+//    }
+//
+//
+//
+//
+//    private val PI = OpConstant<JSScriptContext>(kotlin.math.PI)
+//    private val E = OpConstant<JSScriptContext>(kotlin.math.E)
+//    private val LN10 =  OpConstant<JSScriptContext>(2.302585092994046)
+//    private val LN2 =  OpConstant<JSScriptContext>(0.6931471805599453)
+//    private val LOG10E =  OpConstant<JSScriptContext>(0.4342944819032518)
+//    private val LOG2E =  OpConstant<JSScriptContext>(1.4426950408889634)
+//    private val SQRT1_2 =  OpConstant<JSScriptContext>(0.7071067811865476)
+//    private val SQRT2 =  OpConstant<JSScriptContext>(1.4142135623730951)
+//}
+
+private fun <C: ScriptContext> op1(
+    args: List<Expression<C>>,
+    func: (Double) -> Number
+): Expression<C> {
+    checkArgs(args, 1, "")
+
+    val a = args.argAt(0)
+
+    return Expression {
+        var a = a(it)?.numberOrThis() ?: 0.0
+
+        if (a !is Number){
+           a = a.toString().toDoubleOrNull() ?: return@Expression Double.NaN
         }
-    }
 
-    private fun op1(
-        args: List<Expression<JSScriptContext>>,
-        func: (Double) -> Number,
-        name: String
-    ): Expression<JSScriptContext> {
-        checkArgs(args, 1, name)
-
-        val a = args.argAt(0)
-        return Expression {
-            val a = a(it)?.validateJsNumber() ?: 0.0
-            require(a is Number) {
-                "Can't get Math.$name of $a"
-            }
+        if (a is Number){
             func(a.toDouble())
+        } else {
+            Double.NaN
         }
     }
+}
 
-    private fun op2(
-        args: List<Expression<JSScriptContext>>,
-        func: (Double, Double) -> Number,
-        name: String
-    ): Expression<JSScriptContext> {
-        checkArgs(args, 2, name)
-
-        val a = args.argAt(0)
-        val b = args.argAt(1)
-        return Expression {
-            val a = a(it)?.validateJsNumber() ?: 0
-            val b = b(it)?.validateJsNumber() ?: 0
-            require(a is Number && b is Number) {
-                "Can't get Math.$name of ($a,$b)"
-            }
+private fun <C: ScriptContext> op2(
+    args: List<Expression<C>>,
+    func: (Double, Double) -> Number,
+): Expression<C> {
+    checkArgs(args, 2, "")
+
+    val a = args.argAt(0)
+    val b = args.argAt(1)
+    return Expression {
+        var a = a(it)?.numberOrThis() ?: 0.0
+        var b = b(it)?.numberOrThis() ?: 0.0
+        if (a !is Number){
+            a = a.toString().toDoubleOrNull() ?: return@Expression Double.NaN
+        }
+        if (b !is Number){
+            b = b.toString().toDoubleOrNull() ?: return@Expression Double.NaN
+        }
+        if (a is Number && b is Number){
             func(a.toDouble(), b.toDouble())
+        } else {
+            Double.NaN
         }
     }
+}
 
-    private fun opN(
-        args: List<Expression<JSScriptContext>>,
-        func: (List<Double>) -> Number,
-        name: String
-    ): Expression<JSScriptContext> {
-        check(args.isNotEmpty()){
-            "Math.$name must have at least 1 argument"
-        }
-        return Expression {  context ->
-
-            val a = args.fastMap {
-                val n = it(context)?.validateJsNumber().also {
-                    check(it is Number?) {
-                        "Illegal arguments for Math.$name"
-                    }
-                } as Number?
+private fun <C: ScriptContext> opVararg(
+    args: List<Expression<C>>,
+    func: (List<Double>) -> Number,
+): Expression<C> {
+    check(args.isNotEmpty()){
 
-                n?.toDouble() ?: 0.0
+    }
+    return Expression {  context ->
+        val a = (args[0].invoke(context) as List<*>).fastMap {
+            when (it){
+                is Number -> it.toDouble()
+                null -> 0.0
+                else -> {
+                    it.toString().toDoubleOrNull() ?: return@Expression Double.NaN
+                }
             }
-
-            func(a)
         }
+        func(a)
     }
-
-
-    private val PI = OpConstant<JSScriptContext>(kotlin.math.PI)
-    private val E = OpConstant<JSScriptContext>(kotlin.math.E)
-    private val LN10 =  OpConstant<JSScriptContext>(2.302585092994046)
-    private val LN2 =  OpConstant<JSScriptContext>(0.6931471805599453)
-    private val LOG10E =  OpConstant<JSScriptContext>(0.4342944819032518)
-    private val LOG2E =  OpConstant<JSScriptContext>(1.4426950408889634)
-    private val SQRT1_2 =  OpConstant<JSScriptContext>(0.7071067811865476)
-    private val SQRT2 =  OpConstant<JSScriptContext>(1.4142135623730951)
 }
 
 private fun hypotN(args : List<Double>): Double {
diff --git a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/number/JsToPrecision.kt b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/number/JsToPrecision.kt
index d8049bd5..0297fb8b 100644
--- a/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/number/JsToPrecision.kt
+++ b/skriptie/src/commonMain/kotlin/io/github/alexzhirkevich/skriptie/javascript/number/JsToPrecision.kt
@@ -2,9 +2,8 @@ package io.github.alexzhirkevich.skriptie.javascript.number
 
 import io.github.alexzhirkevich.skriptie.Expression
 import io.github.alexzhirkevich.skriptie.common.checkNotEmpty
-import io.github.alexzhirkevich.skriptie.common.unresolvedReference
 import io.github.alexzhirkevich.skriptie.javascript.JSScriptContext
-import io.github.alexzhirkevich.skriptie.javascript.validateJsNumber
+import io.github.alexzhirkevich.skriptie.javascript.numberOrThis
 import kotlin.math.pow
 import kotlin.math.roundToInt
 import kotlin.math.roundToLong
@@ -14,9 +13,9 @@ internal fun JsToPrecision(
     digits : Expression<JSScriptContext>? = null
 ) = Expression<JSScriptContext> { context ->
 
-    val number = checkNotEmpty(number(context)?.validateJsNumber() as? Number?).toDouble()
+    val number = checkNotEmpty(number(context)?.numberOrThis() as? Number?).toDouble()
 
-    val digits = (digits?.invoke(context)?.validateJsNumber() as Number?)?.toInt()
+    val digits = (digits?.invoke(context)?.numberOrThis() as Number?)?.toInt()
         ?.takeIf { it > 0 }
         ?: return@Expression number
 
@@ -27,9 +26,9 @@ internal fun JsToFixed(
     number : Expression<JSScriptContext>,
     digits : Expression<JSScriptContext>?
 ) = Expression<JSScriptContext> { context ->
-    val number = checkNotEmpty(number(context)?.validateJsNumber() as? Number?).toDouble()
+    val number = checkNotEmpty(number(context)?.numberOrThis() as? Number?).toDouble()
 
-    val digits = (digits?.invoke(context)?.validateJsNumber() as Number?)?.toInt() ?: 0
+    val digits = (digits?.invoke(context)?.numberOrThis() as Number?)?.toInt() ?: 0
 
     if (digits == 0) {
         return@Expression number.roundToLong().toString()
diff --git a/skriptie/src/commonTest/kotlin/js/AssignExpressionTest.kt b/skriptie/src/commonTest/kotlin/js/AssignExpressionTest.kt
deleted file mode 100644
index 12d74df1..00000000
--- a/skriptie/src/commonTest/kotlin/js/AssignExpressionTest.kt
+++ /dev/null
@@ -1,26 +0,0 @@
-//package js
-//
-//import expressions.assertExprReturns
-//import expressions.ret
-//import io.github.alexzhirkevich.compottie.internal.animation.Vec2
-//import kotlin.test.Test
-//
-//
-//class AssignExpressionTest {
-//
-//    @Test
-//    fun add_sub_mull_div_assign() {
-//
-//        "var $ret = 13; $ret += 17".assertExprReturns(30f)
-//        "var $ret = 56; $ret -=17".assertExprReturns(39f)
-//        "var $ret = 5; $ret *=2".assertExprReturns(10f)
-//        "var $ret = 13; $ret *= -2*2".assertExprReturns(-52f)
-//        "var $ret = 144; $ret /=6".assertExprReturns(24f)
-//
-//        "var $ret = []; $ret[0] = 5; $ret[1] = 10; $ret[(5-5)] += 10-3; $ret[5-4] += (4*2);"
-//            .assertExprReturns(Vec2(12f, 18f))
-//
-//        "var $ret = []\n $ret[0] = 5\n $ret[1] = 10\n $ret[(5-5)] += 10-3\n $ret[5-4] += (4*2);"
-//            .assertExprReturns(Vec2(12f, 18f))
-//    }
-//}
diff --git a/skriptie/src/commonTest/kotlin/js/AssignTest.kt b/skriptie/src/commonTest/kotlin/js/AssignTest.kt
new file mode 100644
index 00000000..1bc2309e
--- /dev/null
+++ b/skriptie/src/commonTest/kotlin/js/AssignTest.kt
@@ -0,0 +1,23 @@
+package js
+
+import kotlin.test.Test
+
+
+class AssignTest {
+
+    @Test
+    fun add_sub_mull_div_assign() {
+
+        "var x = 13; x += 17".eval().assertEqualsTo(30L)
+        "var x = 56; x -=17".eval().assertEqualsTo(39L)
+        "var x = 5; x *=2".eval().assertEqualsTo(10L)
+        "var x = 13; x *= -2*2".eval().assertEqualsTo(-52L)
+        "var x = 144; x /=6".eval().assertEqualsTo(24L)
+
+        "var x = []; x[0] = 5; x[1] = 10; x[(5-5)] += 10-3; x[5-4] += (4*2); x"
+            .eval().assertEqualsTo(listOf(12L, 18L))
+
+        "var x = []\n x[0] = 5\n x[1] = 10\n x[(5-5)] += 10-3\n x[5-4] += (4*2); x"
+            .eval().assertEqualsTo(listOf(12L, 18L))
+    }
+}
diff --git a/skriptie/src/commonTest/kotlin/js/BooleanExpressionsTest.kt b/skriptie/src/commonTest/kotlin/js/BooleanExpressionsTest.kt
deleted file mode 100644
index 6ba1e329..00000000
--- a/skriptie/src/commonTest/kotlin/js/BooleanExpressionsTest.kt
+++ /dev/null
@@ -1,60 +0,0 @@
-//package js
-//
-//import expressions.assertSimpleExprEquals
-//import kotlin.test.Test
-//
-//class BooleanExpressionsTest {
-//
-//    @Test
-//    fun and() {
-//        "true && true".assertSimpleExprEquals(true)
-//        "true && true && true".assertSimpleExprEquals(true)
-//
-//        "false && false".assertSimpleExprEquals(false)
-//        "true && false".assertSimpleExprEquals(false)
-//        "false && true".assertSimpleExprEquals(false)
-//
-//        "true && true && false".assertSimpleExprEquals(false)
-//        "false && true && true".assertSimpleExprEquals(false)
-//    }
-//
-//    @Test
-//    fun or() {
-//        "true || true".assertSimpleExprEquals(true)
-//        "true || true || true".assertSimpleExprEquals(true)
-//
-//        "true || false".assertSimpleExprEquals(true)
-//        "false || true".assertSimpleExprEquals(true)
-//        "false || false".assertSimpleExprEquals(false)
-//
-//        "true || true || false".assertSimpleExprEquals(true)
-//        "false || true || true".assertSimpleExprEquals(true)
-//        "false || false || true".assertSimpleExprEquals(true)
-//        "false || false || false".assertSimpleExprEquals(false)
-//    }
-//
-//    @Test
-//    fun and_or_order() {
-//        "true && true || false".assertSimpleExprEquals(true)
-//        "false || true && true".assertSimpleExprEquals(true)
-//
-//        "(false && true) || (true && true)".assertSimpleExprEquals(true)
-//        "false && true || true && true".assertSimpleExprEquals(true)
-//        "(false && true || true) && true".assertSimpleExprEquals(true)
-////
-//        "true || false && false".assertSimpleExprEquals(true)
-//        "(true || false) && false".assertSimpleExprEquals(false)
-//    }
-//
-//    @Test
-//    fun with_different_source() {
-//        "false || 1 == 1".assertSimpleExprEquals(true)
-//        "true && 1 == 2".assertSimpleExprEquals(false)
-//
-//        "(1 == 2) || false || (1+1) == 2".assertSimpleExprEquals(true)
-//        "1 == 2 || false || (1+1) == 2".assertSimpleExprEquals(true)
-//        "1 == 1 && 2 == 2".assertSimpleExprEquals(true)
-//
-//        "1 == 2 && 2 == 1 || 2 * 2 == 4".assertSimpleExprEquals(true)
-//    }
-//}
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/BooleansTest.kt b/skriptie/src/commonTest/kotlin/js/BooleansTest.kt
new file mode 100644
index 00000000..d7496d48
--- /dev/null
+++ b/skriptie/src/commonTest/kotlin/js/BooleansTest.kt
@@ -0,0 +1,59 @@
+package js
+
+import kotlin.test.Test
+
+class BooleansTest {
+
+    @Test
+    fun and() {
+        "true && true".eval().assertEqualsTo(true)
+        "true && true && true".eval().assertEqualsTo(true)
+
+        "false && false".eval().assertEqualsTo(false)
+        "true && false".eval().assertEqualsTo(false)
+        "false && true".eval().assertEqualsTo(false)
+
+        "true && true && false".eval().assertEqualsTo(false)
+        "false && true && true".eval().assertEqualsTo(false)
+    }
+
+    @Test
+    fun or() {
+        "true || true".eval().assertEqualsTo(true)
+        "true || true || true".eval().assertEqualsTo(true)
+
+        "true || false".eval().assertEqualsTo(true)
+        "false || true".eval().assertEqualsTo(true)
+        "false || false".eval().assertEqualsTo(false)
+
+        "true || true || false".eval().assertEqualsTo(true)
+        "false || true || true".eval().assertEqualsTo(true)
+        "false || false || true".eval().assertEqualsTo(true)
+        "false || false || false".eval().assertEqualsTo(false)
+    }
+
+    @Test
+    fun and_or_order() {
+        "true && true || false".eval().assertEqualsTo(true)
+        "false || true && true".eval().assertEqualsTo(true)
+
+        "(false && true) || (true && true)".eval().assertEqualsTo(true)
+        "false && true || true && true".eval().assertEqualsTo(true)
+        "(false && true || true) && true".eval().assertEqualsTo(true)
+
+        "true || false && false".eval().assertEqualsTo(true)
+        "(true || false) && false".eval().assertEqualsTo(false)
+    }
+
+    @Test
+    fun with_different_source() {
+        "false || 1 == 1".eval().assertEqualsTo(true)
+        "true && 1 == 2".eval().assertEqualsTo(false)
+
+        "(1 == 2) || false || (1+1) == 2".eval().assertEqualsTo(true)
+        "1 == 2 || false || (1+1) == 2".eval().assertEqualsTo(true)
+        "1 == 1 && 2 == 2".eval().assertEqualsTo(true)
+
+        "1 == 2 && 2 == 1 || 2 * 2 == 4".eval().assertEqualsTo(true)
+    }
+}
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/ConditionExpressionTest.kt b/skriptie/src/commonTest/kotlin/js/ConditionExpressionTest.kt
deleted file mode 100644
index ad1b37a1..00000000
--- a/skriptie/src/commonTest/kotlin/js/ConditionExpressionTest.kt
+++ /dev/null
@@ -1,39 +0,0 @@
-//package js
-//
-//import expressions.assertExprReturns
-//import expressions.ret
-//import kotlin.test.Test
-//
-//class ConditionExpressionTest {
-//
-//    @Test
-//    fun if_with_else() {
-//        "var $ret = 1; if (true) { $ret = $ret+1 }".assertExprReturns(2f)
-//        "var $ret = 1; if (true) $ret+=1".assertExprReturns(2f)
-//        "var $ret = 1; if (1==1) { $ret = $ret+1 }".assertExprReturns(2f)
-//        "var $ret = 1; if (1==1) $ret +=1".assertExprReturns(2f)
-//        "var $ret = 1; if (true) { $ret = $ret+1;$ret = $ret+1 }".assertExprReturns(3f)
-//        "var $ret = 1; if (true) { $ret = $ret+1\n$ret +=1 }".assertExprReturns(3f)
-//
-//        "var $ret = 1; if (false) { $ret = $ret } else { $ret = $ret+1 }"
-//            .assertExprReturns(2f)
-//
-//        "var $ret = 1.0; if (false) $ret +=1"
-//            .assertExprReturns(1f)
-//
-//        "var $ret = 1; if (1 != 1) $ret = 0 else { $ret = $ret+1;$ret = $ret+1 }"
-//            .assertExprReturns(3f)
-//
-//        "var $ret = 1; if (!(1 == 1)) $ret = 0 else { $ret +=1;$ret = $ret+1 }"
-//            .assertExprReturns(3f)
-//
-//        "var $ret = 0; if (true) { if (true) { $ret +=1 } }"
-//            .assertExprReturns(1f)
-//
-//        "var $ret = 0; if (true) { if (false) { $ret = 0 } else { $ret += 1 } }"
-//            .assertExprReturns(1f)
-//
-//        "var $ret = 0; if (true) if (false) $ret = 0 else $ret += 1 "
-//            .assertExprReturns(1f)
-//    }
-//}
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/ConditionTest.kt b/skriptie/src/commonTest/kotlin/js/ConditionTest.kt
new file mode 100644
index 00000000..f897c7d7
--- /dev/null
+++ b/skriptie/src/commonTest/kotlin/js/ConditionTest.kt
@@ -0,0 +1,37 @@
+package js
+
+import kotlin.test.Test
+
+class ConditionTest {
+
+    @Test
+    fun if_with_else() {
+        "var x = 1; if (true) { x = x+1 }; x".eval().assertEqualsTo(2L)
+        "var x = 1; if (true) x+=1; x".eval().assertEqualsTo(2L)
+        "var x = 1; if (1==1) { x = x+1 }; x".eval().assertEqualsTo(2L)
+        "var x = 1; if (1==1) x +=1; x".eval().assertEqualsTo(2L)
+        "var x = 1; if (true) { x = x+1;x = x+1 }; x".eval().assertEqualsTo(3L)
+        "var x = 1; if (true) { x = x+1\nx +=1 }; x".eval().assertEqualsTo(3L)
+
+        "var x = 1; if (false) { x = x } else { x = x+1 }; x"
+            .eval().assertEqualsTo(2L)
+
+        "var x = 1.0; if (false) x +=1; x"
+            .eval().assertEqualsTo(1.0)
+
+        "var x = 1; if (1 != 1) x = 0 else { x = x+1;x = x+1 }; x"
+            .eval().assertEqualsTo(3L)
+
+        "var x = 1; if (!(1 == 1)) x = 0 else { x +=1;x = x+1 }; x"
+            .eval().assertEqualsTo(3L)
+
+        "var x = 0; if (true) { if (true) { x +=1 } }; x"
+            .eval().assertEqualsTo(1L)
+
+        "var x = 0; if (true) { if (false) { x = 0 } else { x += 1 } }; x"
+            .eval().assertEqualsTo(1L)
+
+        "var x = 0; if (true) if (false) x = 0 else x += 1; x "
+            .eval().assertEqualsTo(1L)
+    }
+}
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/CustomFunctionsTest.kt b/skriptie/src/commonTest/kotlin/js/CustomFunctionsTest.kt
deleted file mode 100644
index 5a001ae3..00000000
--- a/skriptie/src/commonTest/kotlin/js/CustomFunctionsTest.kt
+++ /dev/null
@@ -1,78 +0,0 @@
-//package js
-//
-//import expressions.assertExprReturns
-//import expressions.ret
-//import kotlin.test.Test
-//
-//class CustomFunctionsTest {
-//
-//    @Test
-//    fun creation() {
-//        """
-//            var $ret;
-//            function test(a,b) { return sum(a,b) }
-//            $ret = test(1,2)
-//        """.trimIndent().assertExprReturns(3f)
-//
-//        """
-//            var $ret;
-//            function test(a,b) {
-//                return sum(a,b)
-//            }
-//            $ret = test(1,2)
-//        """.trimIndent().assertExprReturns(3f)
-//
-//        """
-//            var $ret;
-//            function test(a,b)
-//            {
-//                let x = b + 1
-//                return sum(a,x)
-//            }
-//            $ret = test(1,2)
-//        """.trimIndent().assertExprReturns(4f)
-//    }
-//
-//
-//    @Test
-//    fun defaultArgs(){
-//        """
-//            var $ret;
-//            function test(a, b = 2)
-//            {
-//                return sum(a,b)
-//            }
-//            $ret = test(1)
-//        """.trimIndent().assertExprReturns(3f)
-//
-//        """
-//            var $ret;
-//            function test(a, b = 2)
-//            {
-//                return sum(a,b)
-//            }
-//            $ret = test(2,3)
-//        """.trimIndent().assertExprReturns(5f)
-//
-//        """
-//            var $ret;
-//            function test(a = 1, b = 2)
-//            {
-//                return sum(a,b)
-//            }
-//            $ret = test()
-//        """.trimIndent().assertExprReturns(3f)
-//    }
-//
-//    @Test
-//    fun namedArgs(){
-//        """
-//            var $ret;
-//            function test(a, b)
-//            {
-//                return sum(a,b)
-//            }
-//            $ret = test(b = 2, a = 1)
-//        """.trimIndent().assertExprReturns(3f)
-//    }
-//}
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/DivTest.kt b/skriptie/src/commonTest/kotlin/js/DivTest.kt
index 7726d269..cd55afae 100644
--- a/skriptie/src/commonTest/kotlin/js/DivTest.kt
+++ b/skriptie/src/commonTest/kotlin/js/DivTest.kt
@@ -7,45 +7,44 @@ class DivTest {
 
     @Test
     fun numbers() {
-        "26 / 2.0".runJs().assertEqualsTo(13.0)
-        "26 / 2".runJs().assertEqualsTo(13L)
-        "-26 / 2.0".runJs().assertEqualsTo(-13.0)
-        "-26 / 2".runJs().assertEqualsTo(-13L)
-
-        "-26 / -2.0".runJs().assertEqualsTo(13.0)
-        "-26 / -2".runJs().assertEqualsTo(13L)
-        "-52 / -2.0 / 2".runJs().assertEqualsTo(13.0)
-
-        "10/0".runJs().assertEqualsTo(Double.POSITIVE_INFINITY)
-        "10.0/0".runJs().assertEqualsTo(Double.POSITIVE_INFINITY)
-        "10/0.0".runJs().assertEqualsTo(Double.POSITIVE_INFINITY)
+        "26 / 2.0".eval().assertEqualsTo(13.0)
+        "26 / 2".eval().assertEqualsTo(13L)
+        "-26 / 2.0".eval().assertEqualsTo(-13.0)
+        "-26 / 2".eval().assertEqualsTo(-13L)
+
+        "-26 / -2.0".eval().assertEqualsTo(13.0)
+        "-26 / -2".eval().assertEqualsTo(13L)
+        "-52 / -2.0 / 2".eval().assertEqualsTo(13.0)
+
+        "10/0".eval().assertEqualsTo(Double.POSITIVE_INFINITY)
+        "10.0/0".eval().assertEqualsTo(Double.POSITIVE_INFINITY)
+        "10/0.0".eval().assertEqualsTo(Double.POSITIVE_INFINITY)
     }
 
     @Test
-    fun string(){
-        "'30' / '3'".runJs().assertEqualsTo(10L)
-        "30.0 / '3'".runJs().assertEqualsTo(10.0)
-        "'30' / 3.0".runJs().assertEqualsTo(10.0)
+    fun string() {
+        "'30' / '3'".eval().assertEqualsTo(10L)
+        "30.0 / '3'".eval().assertEqualsTo(10.0)
+        "'30' / 3.0".eval().assertEqualsTo(10.0)
 
-        "'30' / 0".runJs().assertEqualsTo(Double.POSITIVE_INFINITY)
-        "'30' / 0.0".runJs().assertEqualsTo(Double.POSITIVE_INFINITY)
-
-        "'qsd' / 3".runJs().assertEqualsTo(Double.NaN)
-        "'0' / null".runJs().assertEqualsTo(Double.NaN)
-        "null / '0'".runJs().assertEqualsTo(Double.NaN)
+        "'30' / 0".eval().assertEqualsTo(Double.POSITIVE_INFINITY)
+        "'30' / 0.0".eval().assertEqualsTo(Double.POSITIVE_INFINITY)
     }
 
     @Test
-    fun null_undefined(){
-        "null / 5".runJs().assertEqualsTo(0L)
-        "5 / null".runJs().assertEqualsTo(Double.POSITIVE_INFINITY)
-        "0 / null".runJs().assertEqualsTo(Double.NaN)
-        "null / 0".runJs().assertEqualsTo(Double.NaN)
-        "null / null".runJs().assertEqualsTo(Double.NaN)
-
-        "undefined / null".runJs().assertEqualsTo(Double.NaN)
-        "5 / undefined".runJs().assertEqualsTo(Double.NaN)
-        "undefined / undefined".runJs().assertEqualsTo(Double.NaN)
+    fun null_undefined() {
+        "null / 5".eval().assertEqualsTo(0L)
+        "5 / null".eval().assertEqualsTo(Double.POSITIVE_INFINITY)
+        "0 / null".eval().assertEqualsTo(Double.NaN)
+        "null / 0".eval().assertEqualsTo(Double.NaN)
+        "null / null".eval().assertEqualsTo(Double.NaN)
+
+        "undefined / null".eval().assertEqualsTo(Double.NaN)
+        "5 / undefined".eval().assertEqualsTo(Double.NaN)
+        "undefined / undefined".eval().assertEqualsTo(Double.NaN)
+
+        "'qsd' / 3".eval().assertEqualsTo(Double.NaN)
+        "'0' / null".eval().assertEqualsTo(Double.NaN)
+        "null / '0'".eval().assertEqualsTo(Double.NaN)
     }
-}
-
+}
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/FunctionsTest.kt b/skriptie/src/commonTest/kotlin/js/FunctionsTest.kt
new file mode 100644
index 00000000..37274795
--- /dev/null
+++ b/skriptie/src/commonTest/kotlin/js/FunctionsTest.kt
@@ -0,0 +1,90 @@
+package js
+
+import io.github.alexzhirkevich.skriptie.common.ReferenceError
+import kotlin.test.Test
+import kotlin.test.assertFailsWith
+
+class FunctionsTest {
+
+    @Test
+    fun creation() {
+        """
+            var x;
+            function test(a,b) { return a + b }
+            x = test(1,2)
+        """.trimIndent().eval().assertEqualsTo(3L)
+
+        """
+            function test(a,b) {
+                return a + b
+            }
+            test(1,2)
+        """.trimIndent().eval().assertEqualsTo(3L)
+
+        """
+            function test(a,b)
+            {
+                let x = b + 1
+                return a + x
+            }
+            test(1,2)
+        """.trimIndent().eval().assertEqualsTo(4L)
+    }
+
+    @Test
+    fun defaultArgs(){
+        """
+            function test(a, b = 2)
+            {
+                return  a + b
+            }
+            test(1)
+        """.trimIndent().eval().assertEqualsTo(3L)
+
+        """
+            var x;
+            function test(a, b = 2)
+            {
+                return a + b
+            }
+            x = test(2,3)
+        """.trimIndent().eval().assertEqualsTo(5L)
+
+        """
+            function test(a = 1, b = 2)
+            {
+                return a + b
+            }
+            test()
+        """.trimIndent().eval().assertEqualsTo(3L)
+    }
+
+    @Test
+    fun scope(){
+        """
+            let x = 1
+            
+            function fun1(){
+                function fun2() {
+                    x = 2
+                }
+                
+                fun2()
+            }
+            fun1()
+            
+            x
+        """.trimIndent().eval().assertEqualsTo(2L)
+
+        assertFailsWith<ReferenceError> {
+            """
+            function fun1(){
+                function fun2() {
+                    
+                }
+            }
+            fun2()
+        """.trimIndent().eval().assertEqualsTo(2L)
+        }
+    }
+}
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/JsTestUtil.kt b/skriptie/src/commonTest/kotlin/js/JsTestUtil.kt
index 6cb8d77d..12a3df3a 100644
--- a/skriptie/src/commonTest/kotlin/js/JsTestUtil.kt
+++ b/skriptie/src/commonTest/kotlin/js/JsTestUtil.kt
@@ -1,29 +1,20 @@
 package js
 
+import io.github.alexzhirkevich.skriptie.ScriptEngine
+import io.github.alexzhirkevich.skriptie.ecmascript.EcmascriptInterpreter
 import io.github.alexzhirkevich.skriptie.invoke
-import io.github.alexzhirkevich.skriptie.javascript.JS
+import io.github.alexzhirkevich.skriptie.javascript.JSInterpretationContext
+import io.github.alexzhirkevich.skriptie.javascript.JSScriptContext
 import kotlin.test.assertEquals
 
 internal fun Any?.assertEqualsTo(other : Any?) = assertEquals(other,this)
-internal fun Any?.assertEqualsTo(other : Double, tolerance: Double = 0.0001) =
-    assertEquals(other,this as Double, tolerance)
+internal fun Any?.assertEqualsTo(other : Double, tolerance: Double = 0.0001) {
+    assertEquals(other, this as Double, tolerance)
+}
 
-internal fun String.runJs() : Any? {
-    return JS().invoke(this)
+internal fun String.eval() : Any? {
+    return ScriptEngine(
+        JSScriptContext(),
+        EcmascriptInterpreter(JSInterpretationContext())
+    ).invoke(this)
 }
-//
-//internal fun String.assertSimpleExprEquals(expected : Any) {
-//    "var $ret=$this".assertSimpleExprReturns(expected)
-//}
-//
-//internal fun String.assertSimpleExprReturns(expected : Any) {
-//    assertEquals(expected, runJs())
-//}
-//
-//internal fun String.assertSimpleExprEquals(expected : Double) {
-//    "var $ret=$this".assertSimpleExprReturns(expected)
-//}
-//
-//internal fun String.assertSimpleExprReturns(expected : Double) {
-//    assertEquals(expected, runJs() as Double, 0.00001)
-//}
diff --git a/skriptie/src/commonTest/kotlin/js/LoopExpressionsTest.kt b/skriptie/src/commonTest/kotlin/js/LoopExpressionsTest.kt
deleted file mode 100644
index 7b982877..00000000
--- a/skriptie/src/commonTest/kotlin/js/LoopExpressionsTest.kt
+++ /dev/null
@@ -1,35 +0,0 @@
-package js
-
-import kotlin.test.Test
-
-class LoopExpressionsTest {
-
-    @Test
-    fun whileLoop() {
-        """
-            var x = 0
-            while(x != 3) {
-                x += 1
-            }
-            x
-        """.trimIndent().runJs().assertEqualsTo(3L)
-
-        """
-            var x = 0
-            while(x < 3)
-                x += 1
-            x
-        """.trimIndent().runJs().assertEqualsTo(3L)
-    }
-
-    @Test
-    fun doWhileLoop() {
-        """
-            var x = 0
-            do {
-                x+=1
-            } while(x != 3)
-            x
-        """.trimIndent().runJs().assertEqualsTo(3L)
-    }
-}
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/LoopsTest.kt b/skriptie/src/commonTest/kotlin/js/LoopsTest.kt
new file mode 100644
index 00000000..b29e862f
--- /dev/null
+++ b/skriptie/src/commonTest/kotlin/js/LoopsTest.kt
@@ -0,0 +1,150 @@
+package js
+
+import kotlin.test.Test
+
+class LoopsTest {
+
+    @Test
+    fun whileLoop() {
+        """
+            var x = 0
+            while(x != 3) {
+                x += 1
+            }
+            x
+        """.trimIndent().eval().assertEqualsTo(3L)
+
+        """
+            var x = 0
+            while(x < 3)
+                x += 1
+            x
+        """.trimIndent().eval().assertEqualsTo(3L)
+    }
+
+    @Test
+    fun doWhileLoop() {
+        """
+            var x = 0
+            do {
+                x+=1
+            } while(x != 3)
+            x
+        """.trimIndent().eval().assertEqualsTo(3L)
+    }
+
+    @Test
+    fun forLoop(){
+        """
+            var x = 0
+            for(let i = 0; i<3;i++){
+                x+=1
+            }
+            x
+        """.trimIndent().eval().assertEqualsTo(3L)
+
+        """
+            let i = 0
+            for(i = 0; i<3;i++){
+                
+            }
+            i
+        """.trimIndent().eval().assertEqualsTo(3L)
+
+        """
+            let i = 0
+            for(i = 0; i<3;){
+                i++
+            }
+            i
+        """.trimIndent().eval().assertEqualsTo(3L)
+
+        """
+            let i = 0
+            for(; i<3;){
+                i++
+            }
+            i
+        """.trimIndent().eval().assertEqualsTo(3L)
+
+        """
+            let i = 0
+            for(;;){
+                i++
+                if (i >= 3) 
+                    break
+            }
+            i
+        """.trimIndent().eval().assertEqualsTo(3L)
+    }
+
+    @Test
+    fun early_return(){
+        """
+            var x = 0
+            for(let i = 0; i<3;i++){
+                break
+                x+=1
+            }
+            x
+        """.trimIndent().eval().assertEqualsTo(0L)
+
+        """
+            var x = 0
+            for(let i = 0; i<3;i++){
+                if (i % 2 == 1)
+                    continue
+                x+=1
+            }
+            x
+        """.trimIndent().eval().assertEqualsTo(2L)
+
+        """
+            var i = 0
+            var x = 0
+            while(x < 3) {
+                i++
+                if (i == 1)
+                    break
+                x += 1
+            }
+            i
+        """.trimIndent().eval().assertEqualsTo(1L)
+
+        """
+            var i = 0
+            var x = 0
+             do {
+                i++
+                if (i % 2 == 1)
+                    continue
+                x += 1
+            } while(x < 3)
+            i
+        """.trimIndent().eval().assertEqualsTo(6L)
+
+        """
+            var i = 0
+            var x = 0
+            while(x < 3) {
+                i++
+                if (i == 1)
+                    break
+                x += 1
+            }
+            i
+        """.trimIndent().eval().assertEqualsTo(1L)
+
+        """
+            var i = 0
+            var x = 0
+            do {
+                i++
+                if (i % 2 == 1)
+                    continue
+                x += 1
+            } while(x < 3)
+            i
+        """.trimIndent().eval().assertEqualsTo(6L)
+    }
+}
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/MathTest.kt b/skriptie/src/commonTest/kotlin/js/MathTest.kt
index 9f23eabe..a539b2f2 100644
--- a/skriptie/src/commonTest/kotlin/js/MathTest.kt
+++ b/skriptie/src/commonTest/kotlin/js/MathTest.kt
@@ -6,26 +6,26 @@ class MathTest {
 
     @Test
     fun math() {
-        "Math.sin(Math.PI/2)".runJs().assertEqualsTo(1.0)
-        "Math.sin(Math.PI)".runJs().assertEqualsTo(0.0)
-        "Math.sin(0)".runJs().assertEqualsTo(0.0)
-        "Math.sin(0.0)".runJs().assertEqualsTo(0.0)
+        "Math.sin(Math.PI/2)".eval().assertEqualsTo(1.0)
+        "Math.sin(Math.PI)".eval().assertEqualsTo(0.0)
+        "Math.sin(0)".eval().assertEqualsTo(0.0)
+        "Math.sin(0.0)".eval().assertEqualsTo(0.0)
 
-        "Math.cos(Math.PI)".runJs().assertEqualsTo(-1.0)
-        "Math.cos(0)".runJs().assertEqualsTo(1.0)
-        "Math.cos(0.0)".runJs().assertEqualsTo(1.0)
+        "Math.cos(Math.PI)".eval().assertEqualsTo(-1.0)
+        "Math.cos(0)".eval().assertEqualsTo(1.0)
+        "Math.cos(0.0)".eval().assertEqualsTo(1.0)
 
-        "Math.sqrt(16)".runJs().assertEqualsTo(4.0)
-        "Math.sqrt(16.0)".runJs().assertEqualsTo(4.0)
+        "Math.sqrt(16)".eval().assertEqualsTo(4.0)
+        "Math.sqrt(16.0)".eval().assertEqualsTo(4.0)
 
-        "Math.imul(3,4)".runJs().assertEqualsTo(12L)
-        "Math.imul(-5,12)".runJs().assertEqualsTo(-60L)
-        "Math.imul(0xffffffff, 5)".runJs().assertEqualsTo(-5L)
-        "Math.imul(0xfffffffe, 5)".runJs().assertEqualsTo(-10L)
+        "Math.imul(3,4)".eval().assertEqualsTo(12L)
+        "Math.imul(-5,12)".eval().assertEqualsTo(-60L)
+        "Math.imul(0xffffffff, 5)".eval().assertEqualsTo(-5L)
+        "Math.imul(0xfffffffe, 5)".eval().assertEqualsTo(-10L)
 
-        "Math.hypot(3, 4)".runJs().assertEqualsTo(5.0)
-        "Math.hypot(5, 12)".runJs().assertEqualsTo(13.0)
-        "Math.hypot(3, 4, 5)".runJs().assertEqualsTo(7.071068)
-        "Math.hypot(-5)".runJs().assertEqualsTo(5.0)
+        "Math.hypot(3, 4)".eval().assertEqualsTo(5.0)
+        "Math.hypot(5, 12)".eval().assertEqualsTo(13.0)
+        "Math.hypot(3, 4, 5)".eval().assertEqualsTo(7.071068)
+        "Math.hypot(-5)".eval().assertEqualsTo(5.0)
     }
 }
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/ModExpressionTest.kt b/skriptie/src/commonTest/kotlin/js/ModExpressionTest.kt
deleted file mode 100644
index dd8756db..00000000
--- a/skriptie/src/commonTest/kotlin/js/ModExpressionTest.kt
+++ /dev/null
@@ -1,15 +0,0 @@
-//package js
-//
-//import expressions.assertExprEquals
-//import kotlin.test.Test
-//
-//
-//class ModExpressionTest {
-//
-//    @Test
-//    fun mod_num(){
-//        "mod(25,4)".assertExprEquals(1f)
-//        "mod(25.1,4)".assertExprEquals(1.1f)
-//    }
-//}
-//
diff --git a/skriptie/src/commonTest/kotlin/js/ModTest.kt b/skriptie/src/commonTest/kotlin/js/ModTest.kt
new file mode 100644
index 00000000..b504470c
--- /dev/null
+++ b/skriptie/src/commonTest/kotlin/js/ModTest.kt
@@ -0,0 +1,39 @@
+package js
+
+import kotlin.test.Test
+
+
+class ModTest {
+
+    @Test
+    fun numbers() {
+        "13 % 7".eval().assertEqualsTo(6L)
+        "13 % -7".eval().assertEqualsTo(6L)
+        "-13 % 7".eval().assertEqualsTo(-6L)
+        "-13 % -7".eval().assertEqualsTo(-6L)
+
+        "13 % 0".eval().assertEqualsTo(Double.NaN)
+        "0 % 0".eval().assertEqualsTo(Double.NaN)
+        "0 % 13".eval().assertEqualsTo(0L)
+    }
+
+    @Test
+    fun string() {
+        "'13' % '7'".eval().assertEqualsTo(6L)
+        "'13' % 7".eval().assertEqualsTo(6L)
+        "13 % '7'".eval().assertEqualsTo(6L)
+    }
+
+    @Test
+    fun null_undefined() {
+        "null % 5".eval().assertEqualsTo(0L)
+        "5  % null".eval().assertEqualsTo(Double.NaN)
+        "0 % null".eval().assertEqualsTo(Double.NaN)
+        "null % 0".eval().assertEqualsTo(Double.NaN)
+        "null % null".eval().assertEqualsTo(Double.NaN)
+
+        "undefined % null".eval().assertEqualsTo(Double.NaN)
+        "5 % undefined".eval().assertEqualsTo(Double.NaN)
+        "undefined % undefined".eval().assertEqualsTo(Double.NaN)
+    }
+}
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/MulTest.kt b/skriptie/src/commonTest/kotlin/js/MulTest.kt
index 8708345e..5169ed0d 100644
--- a/skriptie/src/commonTest/kotlin/js/MulTest.kt
+++ b/skriptie/src/commonTest/kotlin/js/MulTest.kt
@@ -7,32 +7,32 @@ class MulTest {
 
     @Test
     fun numbers() {
-        "13 * 17.0".runJs().assertEqualsTo(221.0)
-        "-13 * -17".runJs().assertEqualsTo(221L)
-        "-13.0 * 17 * 2".runJs().assertEqualsTo(-442.0)
+        "13 * 17.0".eval().assertEqualsTo(221.0)
+        "-13 * -17".eval().assertEqualsTo(221L)
+        "-13.0 * 17 * 2".eval().assertEqualsTo(-442.0)
     }
 
     @Test
     fun string(){
-        "'10' * '3'".runJs().assertEqualsTo(30L)
-        "10 * '3'".runJs().assertEqualsTo(30L)
-        "'10' * 3".runJs().assertEqualsTo(30L)
-
-        "'10.5' * '3'".runJs().assertEqualsTo(31.5)
-        "10.5 * '3'".runJs().assertEqualsTo(31.5)
-        "'10.5' * 3".runJs().assertEqualsTo(31.5)
-        "'qsd' * 3".runJs().assertEqualsTo(Double.NaN)
+        "'10' * '3'".eval().assertEqualsTo(30L)
+        "10 * '3'".eval().assertEqualsTo(30L)
+        "'10' * 3".eval().assertEqualsTo(30L)
+
+        "'10.5' * '3'".eval().assertEqualsTo(31.5)
+        "10.5 * '3'".eval().assertEqualsTo(31.5)
+        "'10.5' * 3".eval().assertEqualsTo(31.5)
+        "'qsd' * 3".eval().assertEqualsTo(Double.NaN)
     }
 
     @Test
     fun null_undefined(){
-        "null * 5".runJs().assertEqualsTo(0L)
-        "5 * null".runJs().assertEqualsTo(0L)
-        "null * null".runJs().assertEqualsTo(0L)
+        "null * 5".eval().assertEqualsTo(0L)
+        "5 * null".eval().assertEqualsTo(0L)
+        "null * null".eval().assertEqualsTo(0L)
 
-        "undefined * null".runJs().assertEqualsTo(Double.NaN)
-        "5 * undefined".runJs().assertEqualsTo(Double.NaN)
-        "undefined * undefined".runJs().assertEqualsTo(Double.NaN)
+        "undefined * null".eval().assertEqualsTo(Double.NaN)
+        "5 * undefined".eval().assertEqualsTo(Double.NaN)
+        "undefined * undefined".eval().assertEqualsTo(Double.NaN)
     }
 }
 
diff --git a/skriptie/src/commonTest/kotlin/js/NumberFormatTest.kt b/skriptie/src/commonTest/kotlin/js/NumberFormatTest.kt
index 3a12a607..98e8bd6b 100644
--- a/skriptie/src/commonTest/kotlin/js/NumberFormatTest.kt
+++ b/skriptie/src/commonTest/kotlin/js/NumberFormatTest.kt
@@ -6,12 +6,12 @@ class NumberFormatTest {
 
     @Test
     fun test(){
-        "123".runJs().assertEqualsTo(123L)
-        "123.1".runJs().assertEqualsTo(123.1)
-        ".1".runJs().assertEqualsTo(.1)
+        "123".eval().assertEqualsTo(123L)
+        "123.1".eval().assertEqualsTo(123.1)
+        ".1".eval().assertEqualsTo(.1)
 
-        "0xff".runJs().assertEqualsTo(255L)
-        "0b11".runJs().assertEqualsTo(3L)
-        "0o123".runJs().assertEqualsTo(83L)
+        "0xff".eval().assertEqualsTo(255L)
+        "0b11".eval().assertEqualsTo(3L)
+        "0o123".eval().assertEqualsTo(83L)
     }
 }
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/SubTest.kt b/skriptie/src/commonTest/kotlin/js/SubTest.kt
index 7bf568d8..601d78bb 100644
--- a/skriptie/src/commonTest/kotlin/js/SubTest.kt
+++ b/skriptie/src/commonTest/kotlin/js/SubTest.kt
@@ -5,39 +5,44 @@ import kotlin.test.Test
 
 class SubTest {
 
+    @Test
+    fun randomJsPizdec(){
+        "10 - [[[[[[[[[[5]]]]]]]]]]".eval().assertEqualsTo(5L)
+    }
+
     @Test
     fun numbers() {
-        "13-17".runJs().assertEqualsTo(-4L)
-        "13 - 17".runJs().assertEqualsTo(-4L)
-        "-13-17".runJs().assertEqualsTo(-30L)
-        "13.0-17.0".runJs().assertEqualsTo(-4.0)
-        "13 - 17.0".runJs().assertEqualsTo(-4.0)
-        "-13.0 -17".runJs().assertEqualsTo(-30.0)
+        "13-17".eval().assertEqualsTo(-4L)
+        "13 - 17".eval().assertEqualsTo(-4L)
+        "-13-17".eval().assertEqualsTo(-30L)
+        "13.0-17.0".eval().assertEqualsTo(-4.0)
+        "13 - 17.0".eval().assertEqualsTo(-4.0)
+        "-13.0 -17".eval().assertEqualsTo(-30.0)
     }
 
     @Test
     fun string(){
-        "'10' - '3'".runJs().assertEqualsTo(7L)
-        "10 - '3'".runJs().assertEqualsTo(7L)
-        "'10' - 3".runJs().assertEqualsTo(7L)
-
-        "'10.5' - '3'".runJs().assertEqualsTo(7.5)
-        "10.5 - '3'".runJs().assertEqualsTo(7.5)
-        "'10.5' - 3".runJs().assertEqualsTo(7.5)
-        "'qsd' - 3".runJs().assertEqualsTo(Double.NaN)
+        "'10' - '3'".eval().assertEqualsTo(7L)
+        "10 - '3'".eval().assertEqualsTo(7L)
+        "'10' - 3".eval().assertEqualsTo(7L)
+
+        "'10.5' - '3'".eval().assertEqualsTo(7.5)
+        "10.5 - '3'".eval().assertEqualsTo(7.5)
+        "'10.5' - 3".eval().assertEqualsTo(7.5)
+        "'qsd' - 3".eval().assertEqualsTo(Double.NaN)
     }
 
     @Test
     fun null_undefined(){
-        "null - 5".runJs().assertEqualsTo(-5L)
-        "5 - null".runJs().assertEqualsTo(5L)
-        "null - null".runJs().assertEqualsTo(0L)
-        "null - '123'".runJs().assertEqualsTo(-123L)
-        "null - '123.5'".runJs().assertEqualsTo(-123.5)
-
-        "undefined - 5".runJs().assertEqualsTo(Double.NaN)
-        "5 - undefined".runJs().assertEqualsTo(Double.NaN)
-        "undefined - undefined".runJs().assertEqualsTo(Double.NaN)
+        "null - 5".eval().assertEqualsTo(-5L)
+        "5 - null".eval().assertEqualsTo(5L)
+        "null - null".eval().assertEqualsTo(0L)
+        "null - '123'".eval().assertEqualsTo(-123L)
+        "null - '123.5'".eval().assertEqualsTo(-123.5)
+
+        "undefined - 5".eval().assertEqualsTo(Double.NaN)
+        "5 - undefined".eval().assertEqualsTo(Double.NaN)
+        "undefined - undefined".eval().assertEqualsTo(Double.NaN)
     }
 }
 
diff --git a/skriptie/src/commonTest/kotlin/js/SumTest.kt b/skriptie/src/commonTest/kotlin/js/SumTest.kt
index 72d8c7ae..645e5a76 100644
--- a/skriptie/src/commonTest/kotlin/js/SumTest.kt
+++ b/skriptie/src/commonTest/kotlin/js/SumTest.kt
@@ -1,35 +1,41 @@
 package js
 
 import kotlin.test.Test
-import kotlin.test.assertEquals
 
 
 class SumTest {
 
+    @Test
+    fun randomJsPizdec(){
+        "'b' + 'a' + + 'a' + 'a'".eval().assertEqualsTo("baNaNa")
+        "[5] + 1".eval().assertEqualsTo("51")
+        "[1,2] + [3,3]".eval().assertEqualsTo("1,23,3")
+    }
+
     @Test
     fun numbers() {
-        "13+17".runJs().assertEqualsTo(30L)
-        "-13+ 17".runJs().assertEqualsTo(4L)
-        "-13+ -17".runJs().assertEqualsTo(-30L)
-        "-13+ -17.0 + 10 - 4.0".runJs().assertEqualsTo(-24.0)
+        "13+17".eval().assertEqualsTo(30L)
+        "-13+ 17".eval().assertEqualsTo(4L)
+        "-13+ -17".eval().assertEqualsTo(-30L)
+        "-13+ -17.0 + 10 - 4.0".eval().assertEqualsTo(-24.0)
     }
 
     @Test
     fun string(){
-        "'10' + '5'".runJs().assertEqualsTo("105")
-        "'10' + 5".runJs().assertEqualsTo("105")
-        "10 + '5'".runJs().assertEqualsTo("105")
+        "'10' + '5'".eval().assertEqualsTo("105")
+        "'10' + 5".eval().assertEqualsTo("105")
+        "10 + '5'".eval().assertEqualsTo("105")
     }
 
     @Test
     fun null_undefined(){
-        "null + 5".runJs().assertEqualsTo(5L)
-        "5 + null".runJs().assertEqualsTo(5L)
-        "null + null".runJs().assertEqualsTo(0L)
+        "null + 5".eval().assertEqualsTo(5L)
+        "5 + null".eval().assertEqualsTo(5L)
+        "null + null".eval().assertEqualsTo(0L)
 
-        "undefined + 5".runJs().assertEqualsTo(Double.NaN)
-        "5 + undefined".runJs().assertEqualsTo(Double.NaN)
-        "undefined + undefined".runJs().assertEqualsTo(Double.NaN)
+        "undefined + 5".eval().assertEqualsTo(Double.NaN)
+        "5 + undefined".eval().assertEqualsTo(Double.NaN)
+        "undefined + undefined".eval().assertEqualsTo(Double.NaN)
     }
 }
 
diff --git a/skriptie/src/commonTest/kotlin/js/SyntaxExpressionsTest.kt b/skriptie/src/commonTest/kotlin/js/SyntaxExpressionsTest.kt
deleted file mode 100644
index 236d5ff8..00000000
--- a/skriptie/src/commonTest/kotlin/js/SyntaxExpressionsTest.kt
+++ /dev/null
@@ -1,85 +0,0 @@
-package js
-
-import kotlin.test.Test
-import kotlin.test.assertFails
-
-class SyntaxExpressionsTest {
-
-    @Test
-    fun newline_property() {
-        """
-            Math
-                .imul(3,4)
-                .toString()
-        """.trimIndent().runJs().assertEqualsTo("12")
-
-        """
-            Math
-
-                .imul(3,4)
-
-                .toString()
-        """.trimIndent().runJs().assertEqualsTo("12")
-
-        """
-            Math
-
-                .imul(3,4)
-
-                .toString()
-                ;
-        """.trimIndent().runJs().assertEqualsTo("12")
-
-
-        assertFails {
-            """
-            Math
-                .imul(3,4);
-                .toString()
-        """.trimIndent().runJs()
-        }
-    }
-
-    @Test
-    fun increment_decrement() {
-        "let x = 5; x++".runJs().assertEqualsTo(6L)
-        "let x = 5; ++x".runJs().assertEqualsTo(6L)
-
-        "let x = 5; x--".runJs().assertEqualsTo(4L)
-        "let x = 5; --x".runJs().assertEqualsTo(4L)
-
-        "let x = 5;  --x".runJs().assertEqualsTo(4L)
-        "let x = 5;  ++x".runJs().assertEqualsTo(6L)
-        "let x = 5;  x--".runJs().assertEqualsTo(4L)
-        "let x = 5;  x++".runJs().assertEqualsTo(6L)
-    }
-
-    @Test
-    fun variable_scopes() {
-        """
-            var x;
-            if(true) {
-                x = 5
-            }
-            x
-        """.trimIndent().runJs().assertEqualsTo(5L)
-
-        """
-            var x = 1;
-            if(true){
-                let x = 5
-            }
-            x
-        """.trimIndent().runJs().assertEqualsTo(1L)
-    }
-
-    @Test
-    fun constMutating() {
-        assertFails {
-            """
-                const x = 1;
-                x++
-            """.trimIndent().runJs()
-        }
-    }
-}
\ No newline at end of file
diff --git a/skriptie/src/commonTest/kotlin/js/SyntaxTest.kt b/skriptie/src/commonTest/kotlin/js/SyntaxTest.kt
new file mode 100644
index 00000000..dc94149f
--- /dev/null
+++ b/skriptie/src/commonTest/kotlin/js/SyntaxTest.kt
@@ -0,0 +1,142 @@
+package js
+
+import io.github.alexzhirkevich.skriptie.common.ReferenceError
+import io.github.alexzhirkevich.skriptie.common.SyntaxError
+import io.github.alexzhirkevich.skriptie.common.TypeError
+import kotlin.test.Test
+import kotlin.test.assertFailsWith
+
+class SyntaxTest {
+
+    @Test
+    fun newline_property() {
+        """
+            Math
+                .imul(3,4)
+                .toString()
+        """.trimIndent().eval().assertEqualsTo("12")
+
+        """
+            Math
+
+                .imul(3,4)
+
+                .toString()
+        """.trimIndent().eval().assertEqualsTo("12")
+
+        """
+            Math
+
+                .imul(3,4)
+
+                .toString()
+                ;
+        """.trimIndent().eval().assertEqualsTo("12")
+
+
+        assertFailsWith<SyntaxError> {
+            """
+            Math
+                .imul(3,4);
+                .toString()
+        """.trimIndent().eval()
+        }
+    }
+
+    @Test
+    fun increment_decrement() {
+        "let x = 5; x++".eval().assertEqualsTo(5L)
+        "let x = 5; ++x".eval().assertEqualsTo(6L)
+
+        "let x = 5; x--".eval().assertEqualsTo(5L)
+        "let x = 5; --x".eval().assertEqualsTo(4L)
+
+        "let x = 0; let y = x++; y".eval().assertEqualsTo(0L)
+        "let x = 0; let y = x++; x".eval().assertEqualsTo(1L)
+        "let x = 0; let y = ++x; y".eval().assertEqualsTo(1L)
+        "let x = 0; let y = ++x; x".eval().assertEqualsTo(1L)
+
+        "let x = 1; let y = x--; y".eval().assertEqualsTo(1L)
+        "let x = 1; let y = x--; x".eval().assertEqualsTo(0L)
+        "let x = 1; let y = --x; y".eval().assertEqualsTo(0L)
+        "let x = 1; let y = --x; x".eval().assertEqualsTo(0L)
+    }
+
+    @Test
+    fun variable_scopes() {
+        """
+            var x;
+            if(true) {
+                x = 5
+            }
+            x
+        """.trimIndent().eval().assertEqualsTo(5L)
+
+        """
+            var x = 1;
+            if(true){
+                let x = 5
+            }
+            x
+        """.trimIndent().eval().assertEqualsTo(1L)
+
+
+        """
+            if(true){
+                var x = 5
+            }
+            x
+        """.trimIndent().eval().assertEqualsTo(5L)
+
+        assertFailsWith<ReferenceError> {
+            """
+                if(true){
+                    let x = 5
+                }
+                x
+            """.trimIndent().eval()
+        }
+        assertFailsWith<ReferenceError> {
+            """
+                if(true){
+                    const x = 5
+                }
+                x
+            """.trimIndent().eval()
+        }
+    }
+
+    @Test
+    fun constMutating() {
+        assertFailsWith<TypeError> { "const x = 1; x++".eval() }
+    }
+
+    @Test
+    fun variable_redeclaration() {
+        assertFailsWith<SyntaxError> { "const x = 1; const x = 2".eval() }
+        assertFailsWith<SyntaxError> { "const x = 1; let x = 2".eval() }
+        assertFailsWith<SyntaxError> { "const x = 1; var x = 2".eval() }
+        assertFailsWith<SyntaxError> { "var x = 1; const x = 2".eval() }
+        assertFailsWith<SyntaxError> { "var x = 1; let x = 2".eval() }
+        assertFailsWith<SyntaxError> { "var x = 1; var x = 2".eval() }
+        assertFailsWith<SyntaxError> { "let x = 1; const x = 2".eval() }
+        assertFailsWith<SyntaxError> { "let x = 1; var x = 2".eval() }
+        assertFailsWith<SyntaxError> { "let x = 1; let x = 2".eval() }
+
+        "const x = 1; { const x = 2 }; x".eval().assertEqualsTo(1L)
+        "const x = 1; { let x = 2 }; x".eval().assertEqualsTo(1L)
+        assertFailsWith<SyntaxError> {
+            "const x = 1; { var x = 2 }; x".eval().assertEqualsTo(1L)
+        }
+        "var x = 1; { const x = 2 }; x".eval().assertEqualsTo(1L)
+        "var x = 1; { let x = 2 }; x".eval().assertEqualsTo(1L)
+        assertFailsWith<SyntaxError> {
+            "var x = 1; { var x = 2 }; x".eval().assertEqualsTo(1L)
+        }
+        "let x = 1; { const x = 2 }; x".eval().assertEqualsTo(1L)
+        assertFailsWith<SyntaxError> {
+            "let x = 1; { var x = 2 }; x".eval().assertEqualsTo(1L)
+        }
+        "let x = 1; { let x = 2 }; x".eval().assertEqualsTo(1L)
+    }
+}
\ No newline at end of file