diff --git a/packages/compiler/test/transforms/lazy-state.test.ts b/packages/compiler/test/transforms/lazy-state.test.ts
index aa509bef9..bdd939d74 100644
--- a/packages/compiler/test/transforms/lazy-state.test.ts
+++ b/packages/compiler/test/transforms/lazy-state.test.ts
@@ -10,152 +10,152 @@ import visitors from '../../src/transforms/lazy-state';
 test('convert a simple dollar reference', (t) => {
   const ast = parse('get($.data)');
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
+  const { code } = print(transformed);
 
-  t.is(code, 'get(state => state.data)')
-})
+  t.is(code, 'get(state => state.data)');
+});
 
 test('convert a chained dollar reference', (t) => {
   const ast = parse('get($.a.b.c.d)');
 
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
+  const { code } = print(transformed);
 
-  t.is(code, 'get(state => state.a.b.c.d)')
-})
+  t.is(code, 'get(state => state.a.b.c.d)');
+});
 
 test('ignore a regular chain reference', (t) => {
   const ast = parse('get(a.b.c.d)');
 
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
+  const { code } = print(transformed);
 
-  t.is(code, 'get(a.b.c.d)')
-})
+  t.is(code, 'get(a.b.c.d)');
+});
 
 test('convert a template literal', (t) => {
-  const src = 'get(`hello ${$.data}`)'
-  t.log(src)
+  const src = 'get(`hello ${$.data}`)';
+  t.log(src);
   const ast = parse(src);
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
-  t.log(code)
+  const { code } = print(transformed);
+  t.log(code);
 
-  t.is(code, 'get(state => `hello ${state.data}`)')
-})
+  t.is(code, 'get(state => `hello ${state.data}`)');
+});
 
 test('convert a template literal with two refs', (t) => {
-  const src = 'get(`hello ${$.firstname} ${$.lastname}`)'
-  t.log(src)
+  const src = 'get(`hello ${$.firstname} ${$.lastname}`)';
+  t.log(src);
   const ast = parse(src);
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
-  t.log(code)
+  const { code } = print(transformed);
+  t.log(code);
 
-  t.is(code, 'get(state => `hello ${state.firstname} ${state.lastname}`)')
-})
+  t.is(code, 'get(state => `hello ${state.firstname} ${state.lastname}`)');
+});
 
 test('convert a template literal with a pre-existing parent arrow', (t) => {
-  const src = 'get(state => `hello ${$.data}`)'
-  t.log(src)
+  const src = 'get(state => `hello ${$.data}`)';
+  t.log(src);
   const ast = parse(src);
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
-  t.log(code)
+  const { code } = print(transformed);
+  t.log(code);
 
-  t.is(code, 'get(state => `hello ${state.data}`)')
-})
+  t.is(code, 'get(state => `hello ${state.data}`)');
+});
 
 test('throw if a $ is already inside a non-compatible arrow (state name)', (t) => {
-  const src = 'get((s) => `hello ${$.data}`)' // throw!!
-  t.log(src)
+  const src = 'get((s) => `hello ${$.data}`)'; // throw!!
+  t.log(src);
   const ast = parse(src);
 
   t.throws(() => transform(ast, [visitors]), {
-    message: `invalid state operator: parameter "s" should be called "state"`
+    message: `invalid state operator: parameter "s" should be called "state"`,
   });
-})
+});
 
 test('throw if a $ is already inside a non-compatible arrow (arity)', (t) => {
-  const src = 'get((state, b) => `hello ${$.data}`)' // throw!!
-  t.log(src)
+  const src = 'get((state, b) => `hello ${$.data}`)'; // throw!!
+  t.log(src);
   const ast = parse(src);
 
   t.throws(() => transform(ast, [visitors]), {
-    message: 'invalid state operator: parent has wrong arity'
+    message: 'invalid state operator: parent has wrong arity',
   });
-})
+});
 
 test('throw if $ is not inside an operation', (t) => {
-  const src = 'const x = $.data;' // throw!!
-  t.log(src)
+  const src = 'const x = $.data;'; // throw!!
+  t.log(src);
   const ast = parse(src);
 
   t.throws(() => transform(ast, [visitors]), {
-    message: 'invalid state operator: must be inside an expression'
+    message: 'invalid state operator: must be inside an expression',
   });
-})
+});
 
 test('throw if $ is on the left hand side of an assignment', (t) => {
-  const src = '$.data = 20;' // throw!!
-  t.log(src)
+  const src = '$.data = 20;'; // throw!!
+  t.log(src);
   const ast = parse(src);
 
   t.throws(() => transform(ast, [visitors]), {
-    message: 'invalid state operator: must be inside an expression'
+    message: 'invalid state operator: must be inside an expression',
   });
-})
+});
 
 test('throw if $ is on the left hand side of a nested assignment', (t) => {
-  const src = 'fn(() => { $.data = 20; })' // throw!!
-  t.log(src)
+  const src = 'fn(() => { $.data = 20; })'; // throw!!
+  t.log(src);
   const ast = parse(src);
 
   t.throws(() => transform(ast, [visitors]), {
-    message: 'invalid state operator: must be inside an expression'
+    message: 'invalid state operator: must be inside an expression',
   });
-})
+});
 
 test('throw if $ is on the left hand side of a multi assignment', (t) => {
-  const src = 'const z = $.data = 20;' // throw!!
-  t.log(src)
+  const src = 'const z = $.data = 20;'; // throw!!
+  t.log(src);
   const ast = parse(src);
 
   t.throws(() => transform(ast, [visitors]), {
-    message: 'invalid state operator: must be inside an expression'
+    message: 'invalid state operator: must be inside an expression',
   });
-})
+});
 
 test('wrap a concatenation', (t) => {
-  const src = 'get($.firstname + " " + $.lastname)'
-  t.log(src)
+  const src = 'get($.firstname + " " + $.lastname)';
+  t.log(src);
   const ast = parse(src);
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
-  t.log(code)
+  const { code } = print(transformed);
+  t.log(code);
 
-  t.is(code, 'get(state => state.firstname + " " + state.lastname)')
-})
+  t.is(code, 'get(state => state.firstname + " " + state.lastname)');
+});
 
 test('wrap a dynamic property reference', (t) => {
-  const src = 'get(city[$.location])'
-  t.log(src)
+  const src = 'get(city[$.location])';
+  t.log(src);
   const ast = parse(src);
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
-  t.log(code)
+  const { code } = print(transformed);
+  t.log(code);
 
-  t.is(code, 'get(state => city[state.location])')
-})
+  t.is(code, 'get(state => city[state.location])');
+});
 
 test('ignore a dollar ref in a string', (t) => {
   const ast = parse('get("$.a.b")');
 
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
+  const { code } = print(transformed);
 
-  t.is(code, 'get("$.a.b")')
-})
+  t.is(code, 'get("$.a.b")');
+});
 
 // TODO do we want to support this?
 test('convert a nested dollar reference', (t) => {
@@ -164,46 +164,58 @@ test('convert a nested dollar reference', (t) => {
 })`);
 
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
+  const { code } = print(transformed);
 
   // syntax starts getting a but picky at this level,
   // better to do ast tests
-  t.is(code, `fn(() => {
+  t.is(
+    code,
+    `fn(() => {
   get(state => state.data)
-})`)
-})
+})`
+  );
+});
 
 test('do not convert a $ var (param)', (t) => {
   const src = `fn(($) => {
     return $.a.b;
-  })`
+  })`;
   const ast = parse(src);
 
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
+  const { code } = print(transformed);
 
-  t.is(code, src)
-})
+  t.is(code, src);
+});
 
 test('do not convert a $ var (const)', (t) => {
   const src = `fn((s) => {
     const $ = 10;
     s.data = $.a.b
     return s;
-  })`
+  })`;
   const ast = parse(src);
 
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
+  const { code } = print(transformed);
 
-  t.is(code, src)
-})
+  t.is(code, src);
+});
 
 test('convert an optional chained simple dollar reference', (t) => {
   const ast = parse('get($.a?.b.c.d)');
 
   const transformed = transform(ast, [visitors]);
-  const { code } = print(transformed)
+  const { code } = print(transformed);
 
-  t.is(code, 'get(state => state.a?.b.c.d)')
-})
\ No newline at end of file
+  t.is(code, 'get(state => state.a?.b.c.d)');
+});
+
+test('convert logical not', (t) => {
+  const ast = parse('get(!$.data.x)');
+
+  const transformed = transform(ast, [visitors]);
+  const { code } = print(transformed);
+
+  t.is(code, 'get(state => !state.data.x)');
+});