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Rename AST structures to Tree and relocate freeing logic

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Sebastiaan de Schaetzen
2026-04-30 21:46:15 +02:00
parent ea55dedd07
commit 177fb971e4
17 changed files with 162 additions and 153 deletions
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v0/parser/test_expression.c
+14 -14
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@@ -4,49 +4,49 @@
#include <stdlib.h>
static void test_parser_alias_simple_type(void) {
Module* m = test_get_ast();
ModuleTree* m = test_get_ast();
assert_not_null(m, "expected module to be parsed");
assert_int(1, (int)m->alias_count, "expected correct number of aliases");
AliasDeclaration alias = m->aliases[0];
assert_int(TYPE_EXPRESSION_BUILTIN, alias.value.tag, "expected correct alias tag");
AliasTree alias = m->aliases[0];
assert_int(TYPE_TREE_BUILTIN, alias.value.tag, "expected correct alias tag");
assert_int(32, alias.value.builtin.bitSize, "expected bitSize 32");
assert_true(alias.value.builtin.isSigned, "expected signed");
}
static void test_parser_alias_array(void) {
Module* m = test_get_ast();
ModuleTree* m = test_get_ast();
assert_not_null(m, "expected module to be parsed");
assert_int(1, (int)m->alias_count, "expected correct number of aliases");
AliasDeclaration alias = m->aliases[0];
assert_int(TYPE_EXPRESSION_ARRAY, alias.value.tag, "expected correct alias tag");
TypeExpression* valueType = alias.value.array.array;
AliasTree alias = m->aliases[0];
assert_int(TYPE_TREE_ARRAY, alias.value.tag, "expected correct alias tag");
TypeTree* valueType = alias.value.array.array;
assert_not_null(valueType, "expected pointer to array type");
assert_int(TYPE_EXPRESSION_BUILTIN, valueType->tag, "expected correct type tag");
assert_int(TYPE_TREE_BUILTIN, valueType->tag, "expected correct type tag");
assert_int(32, valueType->builtin.bitSize, "expected bitSize 32");
assert_true(valueType->builtin.isSigned, "expected signed");
}
static void test_parser_variable_init(void) {
Module* m = test_get_ast();
ModuleTree* m = test_get_ast();
assert_not_null(m, "expected module to be parsed");
assert_int(1, (int)m->variable_count, "expected 1 variable");
VariableDeclaration* var = &m->variables[0];
VariableTree* var = &m->variables[0];
assert_str("x", var->name, "expected variable name 'x'");
assert_not_null(var->initializer, "expected variable to have an initializer");
assert_int(EXPRESSION_INTEGER, var->initializer->tag, "expected integer initializer");
assert_int(EXPRESSION_TREE_INTEGER, var->initializer->tag, "expected integer initializer");
assert_int(123, var->initializer->integer, "expected value 123");
}
static void test_parser_variable_simple_type(void) {
Module* m = test_get_ast();
ModuleTree* m = test_get_ast();
assert_not_null(m, "expected module to be parsed");
assert_int(1, (int)m->variable_count, "expected correct number of variables");
VariableDeclaration var = m->variables[0];
assert_int(TYPE_EXPRESSION_BUILTIN, var.type.tag, "expected correct type tag");
VariableTree var = m->variables[0];
assert_int(TYPE_TREE_BUILTIN, var.type.tag, "expected correct type tag");
assert_int(32, var.type.builtin.bitSize, "expected bitSize 32");
assert_true(var.type.builtin.isSigned, "expected signed");
}