diff --git a/dcli/lib/src/process/environment.dart b/dcli/lib/src/process/environment.dart
index 5bcdfaf4..c2e82661 100644
--- a/dcli/lib/src/process/environment.dart
+++ b/dcli/lib/src/process/environment.dart
@@ -5,7 +5,8 @@ import 'package:dcli_core/dcli_core.dart';
 /// Used internally to pass environment variables across an isolate
 /// boundary when using [ProcessSync] to synchronously call a process.
 class ProcessEnvironment {
-  factory ProcessEnvironment() => ProcessEnvironment._(envs, Env().caseSensitive);
+  factory ProcessEnvironment() =>
+      ProcessEnvironment._(envs, Env().caseSensitive);
 
   ProcessEnvironment._(this.envVars, this.caseSensitive);
 
diff --git a/dcli/lib/src/process/process/native_calls.dart b/dcli/lib/src/process/process/native_calls.dart
index 421774f7..ea456e82 100644
--- a/dcli/lib/src/process/process/native_calls.dart
+++ b/dcli/lib/src/process/process/native_calls.dart
@@ -26,12 +26,16 @@ class NativeCalls {
   /// Don't really know why but we go and find the
   /// native dart method to connect to a port.
   static Object Function(int) _initNativeConnectToPort() {
-    final functions = NativeApi.initializeApiDLData.cast<_DartApi>().ref.functions;
+    final functions =
+        NativeApi.initializeApiDLData.cast<_DartApi>().ref.functions;
 
     late Object Function(int) connectToPort;
     for (var i = 0; functions[i].name != nullptr; i++) {
       if (functions[i].name.toDartString() == 'Dart_NewSendPort') {
-        connectToPort = functions[i].function.cast<NativeFunction<Handle Function(Int64)>>().asFunction();
+        connectToPort = functions[i]
+            .function
+            .cast<NativeFunction<Handle Function(Int64)>>()
+            .asFunction();
         break;
       }
     }
diff --git a/dcli/lib/src/process/process/pipe_sync.dart b/dcli/lib/src/process/process/pipe_sync.dart
index 6f02bf77..bcb142b1 100644
--- a/dcli/lib/src/process/process/pipe_sync.dart
+++ b/dcli/lib/src/process/process/pipe_sync.dart
@@ -30,7 +30,8 @@ class PipeSync {
   /// exit code do we return?
   int? get exitCode => _rhsChannel.exitCode;
 
-  /// Run the two given process as defined by [lhsSettings] (left-hand-side settings) and [rhsSettings] (right-hand-side settings).
+  /// Run the two given process as defined by [lhsSettings]
+  /// (left-hand-side settings) and [rhsSettings] (right-hand-side settings).
   /// piping the input from the [lhsSettings] process into the [rhsSettings]
   /// process.
   ///
diff --git a/dcli/lib/src/util/runnable_process.dart b/dcli/lib/src/util/runnable_process.dart
index 0ec2dbed..c243db8c 100644
--- a/dcli/lib/src/util/runnable_process.dart
+++ b/dcli/lib/src/util/runnable_process.dart
@@ -426,7 +426,8 @@ class RunnableProcess {
   //     (Object e) {
   //       // forget broken pipe after rhs terminates before lhs
   //     },
-  //     test: (e) => e is SocketException && e.osError!.message == 'Broken pipe',
+  //     test: (e) => e is SocketException
+  //        && e.osError!.message == 'Broken pipe',
   //   );
   // }
 
@@ -538,8 +539,10 @@ class RunnableProcess {
   void _waitForStreams() {
     // Wait for both streams to complete
     // ignore: discarded_futures
-    // TODO: restore - how do we ensure the output from streams has been processed.
-    // waitForEx(Future.wait([_stdoutCompleter.future, _stderrCompleter.future]));
+    // TODO: restore - how do we ensure the output
+    //  from streams has been processed.
+    // waitForEx(Future.wait([_stdoutCompleter.future,
+    //    _stderrCompleter.future]));
   }
 
   final _stdoutCompleter = Completer<bool>();