Re-format FOR_EACH macros as control structures

Signed-off-by: Mel <mel@rnrd.eu>

1 files changed, 9 insertions, 20 deletions

diff --git a/boot/tree.c b/boot/tree.c
index 1fcaa62..2dcfdd2 100644
--- a/boot/tree.c
+++ b/boot/tree.c
@@ -595,8 +595,7 @@ type_node_print(const struct Type_Node* type_node)
         break;
     case TYPE_NODE_TUPLE: {
         printf("tuple");
-        FOR_EACH(struct Type_Node*, current, type_node->value.tuple.head)
-        {
+        FOR_EACH (struct Type_Node*, current, type_node->value.tuple.head) {
             printf(" ");
             type_node_print(current);
         }
@@ -615,8 +614,7 @@ type_node_print(const struct Type_Node* type_node)
     }
     case TYPE_NODE_STRUCTURE: {
         printf("structure");
-        FOR_EACH(struct Type_Node*, current, type_node->value.structure.fields)
-        {
+        FOR_EACH (struct Type_Node*, current, type_node->value.structure.fields) {
             printf(" (field %s) ", current->value_name.data);
             type_node_print(current);
         }
@@ -624,8 +622,7 @@ type_node_print(const struct Type_Node* type_node)
     }
     case TYPE_NODE_VARIANT: {
         printf("variant");
-        FOR_EACH(struct Type_Node*, current, type_node->value.variant.variants)
-        {
+        FOR_EACH (struct Type_Node*, current, type_node->value.variant.variants) {
             if (type_node_is_none(current)) {
                 printf(" (variant %s)", current->value_name.data);
             } else {
@@ -638,8 +635,7 @@ type_node_print(const struct Type_Node* type_node)
     }
     case TYPE_NODE_CLASS:
         printf("class");
-        FOR_EACH(struct Type_Node*, current, type_node->value.class.methods)
-        {
+        FOR_EACH (struct Type_Node*, current, type_node->value.class.methods) {
             check(current->type == TYPE_NODE_FUNCTION,
                   "expected class method type node to be a function type");
             printf(" (method %s ", current->value_name.data);
@@ -811,8 +807,7 @@ expression_new(
 void
 function_header_node_print(const struct Function_Header_Node* header)
 {
-    FOR_EACH(struct Type_Node*, current, header->parameters_type_and_name)
-    {
+    FOR_EACH (struct Type_Node*, current, header->parameters_type_and_name) {
         if (current != header->parameters_type_and_name) printf(" ");
 
         if (!string_is_empty(current->value_name))
@@ -876,8 +871,7 @@ expression_print(const struct Expression* expression)
         printf("(call/construct ");
         expression_print(coc->subject);
         uint i = 0;
-        FOR_EACH(struct Expression*, argument, coc->arguments)
-        {
+        FOR_EACH (struct Expression*, argument, coc->arguments) {
             struct String name = string_array_at(&coc->argument_names, i++);
             if (!string_is_empty(name)) {
                 printf(" (named arg '%s' ", name.data);
@@ -1062,8 +1056,7 @@ void
 block_node_print(const struct Block_Node* block)
 {
     printf("(block \n");
-    FOR_EACH(struct Statement*, statement, block->statements)
-    {
+    FOR_EACH (struct Statement*, statement, block->statements) {
         printf("\t");
         statement_print(statement);
         printf("\n");
@@ -1075,10 +1068,7 @@ void
 bare_declaration_node_print(const struct Bare_Declaration_Node* declaration)
 {
     printf("(declaration ");
-    STRING_ARRAY_FOR_EACH(i, name, declaration->names)
-    {
-        printf("%s ", name.data);
-    }
+    STRING_ARRAY_FOR_EACH (i, name, declaration->names) { printf("%s ", name.data); }
     if (!type_node_is_none(declaration->type)) {
         type_node_print(declaration->type);
         printf(" ");
@@ -1230,8 +1220,7 @@ struct Tree
 void
 tree_print(const struct Tree* tree)
 {
-    FOR_EACH(struct Statement*, statement, tree->top_level_statements)
-    {
+    FOR_EACH (struct Statement*, statement, tree->top_level_statements) {
         statement_print(statement);
         printf("\n");
     }