90 lines
3.2 KiB
C
90 lines
3.2 KiB
C
#include "../test.h"
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#include "../parser.h"
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#include <string.h>
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#include <stdlib.h>
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static void test_parser_missing_semicolon_import(void) {
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test_get_ast();
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assert_log_file("expected error for missing semicolon");
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}
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static void test_parser_bad_import_name(void) {
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test_get_ast();
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assert_log_file("expected error for bad import name");
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}
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static void test_parser_imports(void) {
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ModuleTree* m = test_get_ast();
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assert_not_null(m, "expected module to be parsed");
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assert_str("my_module", m->name, "expected name 'my_module'");
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assert_not_null(m->imports, "expected imports to be parsed");
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assert_int(1, (int)m->import_count, "expected one import");
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assert_str("other_module", m->imports[0].module_name, "expected import name 'other_module'");
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assert_false(m->imports[0].is_public, "expected import to not be public");
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}
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static void test_parser_public_imports(void) {
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ModuleTree* m = test_get_ast();
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assert_not_null(m, "expected module to be parsed");
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assert_str("my_module", m->name, "expected name 'my_module'");
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assert_not_null(m->imports, "expected imports to be parsed");
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assert_int(1, (int)m->import_count, "expected one import");
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assert_str("other_module", m->imports[0].module_name, "expected import name 'other_module'");
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assert_true(m->imports[0].is_public, "expected import to be public");
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}
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static void test_parser_alias_simple(void) {
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ModuleTree* m = test_get_ast();
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assert_not_null(m, "expected module to be parsed");
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assert_int(1, (int)m->alias_count, "expected correct number of aliases");
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AliasTree alias = m->aliases[0];
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assert_str("myalias", alias.name, "expected correct alias name");
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}
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static void test_parser_variable_simple(void) {
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ModuleTree* m = test_get_ast();
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assert_not_null(m, "expected module to be parsed");
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assert_int(1, (int)m->variable_count, "expected correct number of variables");
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VariableTree var = m->variables[0];
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assert_str("my_var", var.name, "expected correct variable name");
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assert_false(var.is_const, "expected not const");
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assert_false(var.is_static, "expected not static");
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}
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static void test_parser_variable_const(void) {
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ModuleTree* m = test_get_ast();
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assert_not_null(m, "expected module to be parsed");
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assert_int(1, (int)m->variable_count, "expected correct number of variables");
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VariableTree var = m->variables[0];
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assert_str("my_const", var.name, "expected correct variable name");
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assert_true(var.is_const, "expected const");
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assert_false(var.is_static, "expected not static");
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}
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static void test_parser_variable_static(void) {
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ModuleTree* m = test_get_ast();
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assert_not_null(m, "expected module to be parsed");
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assert_int(1, (int)m->variable_count, "expected correct number of variables");
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VariableTree var = m->variables[0];
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assert_str("my_static", var.name, "expected correct variable name");
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assert_false(var.is_const, "expected not const");
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assert_true(var.is_static, "expected static");
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}
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static void test_parser_multiple_vars(void) {
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ModuleTree* m = test_get_ast();
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assert_not_null(m, "expected module to be parsed");
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assert_int(2, (int)m->variable_count, "expected correct number of variables");
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assert_str("var1", m->variables[0].name, "expected first variable name 'var1'");
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assert_str("var2", m->variables[1].name, "expected second variable name 'var2'");
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}
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