diff --git a/content/blog/mlir-with-rust.md b/content/blog/mlir-with-rust.md
index 6665a56..a9730d2 100644
--- a/content/blog/mlir-with-rust.md
+++ b/content/blog/mlir-with-rust.md
@@ -92,7 +92,8 @@ let context = Context::new();
 context.append_dialect_registry(&registry);
 context.load_all_available_dialects();
 
-// A location is a debug location like in LLVM, in MLIR all operations need a location, even if its "unknown".
+// A location is a debug location like in LLVM, in MLIR all
+// operations need a location, even if its "unknown".
 let location = Location::unknown(&context);
 
 // A MLIR module is akin to a LLVM module.
@@ -102,16 +103,25 @@ let module = Module::new(location);
 let index_type = Type::index(&context);
 
 // Append a `func::func` operation to the body (a block) of the module.
-// This operation accepts a string attribute, which is the name. A type attribute, which contains a function type in this case.
-// Then it accepts a single region, which is where the body of the function will be, this region can have
-// multiple blocks, which is how you may implement control flow within the function. These blocks each can have more operations.
+// This operation accepts a string attribute, which is the name.
+// A type attribute, which contains a function type in this case.
+// Then it accepts a single region, which is where the body
+// of the function will be, this region can have
+// multiple blocks, which is how you may implement
+// control flow within the function.
+// These blocks each can have more operations.
 module.body().append_operation(func::func(
     &context,
     StringAttribute::new(&context, "add"),
-    TypeAttribute::new(FunctionType::new(&context, &[index_type, index_type], &[index_type]).into()),
+    TypeAttribute::new(
+            FunctionType::new(&context, &[index_type, index_type], &[index_type]).into()
+        ),
     {
         // The first block within the region, blocks accept arguments
-        // In regions with control flow, MLIR leverages this structure to implicitly represent the passage of control-flow dependent values without the complex nuances of PHI nodes in traditional SSA representations.
+        // In regions with control flow, MLIR leverages
+        // this structure to implicitly represent
+        // the passage of control-flow dependent values without the complex nuances
+        // of PHI nodes in traditional SSA representations.
         let block = Block::new(&[(index_type, location), (index_type, location)]);
 
         // Use the arith dialect to add the 2 arguments.
@@ -122,7 +132,9 @@ module.body().append_operation(func::func(
         ));
 
         // Return the result using the "func" dialect return operation.
-        block.append_operation(func::r#return( &[sum.result(0).unwrap().into()], location));
+        block.append_operation(
+            func::r#return( &[sum.result(0).unwrap().into()], location)
+        );
 
         let region = Region::new();
         region.append_block(block);