return 'integerLiteral({})'.format(c_integer_literal.value)
def generate_string_literal(c_string_literal):
- def c_escape(ch):
- return {
- '\n': r'\n',
- '"': r'\"',
- '\\': r'\\',
- }.get(ch, ch)
-
- return 'stringLiteral("{}")'.format(
- ''.join(c_escape(ch for ch in c_string_literal.value)),
- )
-
+ return 'stringLiteral(STRING_LITERAL_LIST[{}])'.format(c_string_literal.index)
CONSTANT_EXPRESSION_MAPPING = {
'true': 'TRUE',
builtins=list(sorted(c_program.builtin_set)),
statements=[generate_statement(statement) for statement in c_program.statements],
standard_libraries=list(sorted(c_program.standard_libraries)),
+ string_literal_list=c_program.string_literal_list,
symbol_list=c_program.symbol_list,
)
#include <{{standard_library}}>
{% endfor %}
-struct String;
-typedef struct String String;
enum Type;
typedef enum Type Type;
union Instance;
typedef union Instance Instance;
struct Object;
typedef struct Object Object;
-struct Runtime;
-typedef struct Runtime Runtime;
-const char * const SYMBOL_LIST[] = {
+const char* const STRING_LITERAL_LIST[] = {
+{% for string_literal in string_literal_list %}
+ "{{ string_literal }}",
+{% endfor %}
+};
+
+const char* const SYMBOL_LIST[] = {
{% for symbol in symbol_list %}
"{{ symbol }}",
{% endfor %}
{
bool boolean;
int32_t integer;
- char* string;
+ const char* string;
};
struct Object
EnvironmentNode* next;
for(EnvironmentNode* node = self->root; node != NULL; node = next)
{
- // We don't need to destruct the permanent strings, because those will be destructed at the end when the Runtime is destructed
- // The above comment represents all heap-allocated objects currently, so we don't need to destruct Objects (yet)
+ // No objects are allocated on the heap (yet!) so we don't need to free anything else
next = node->next;
free(node);
}
{
for(EnvironmentNode* node = self->root; node != NULL; node = node->next)
{
- // We can compare pointers because pointers are unique in the SYMBOLS_LIST
+ // We can compare pointers because pointers are unique in the SYMBOL_LIST
if(node->key == symbol)
{
return node->value;
return result;
}
-Object stringLiteral(char* literal)
+Object stringLiteral(const char* literal)
{
Object result;
result.type = STRING;
CStringLiteral = collections.namedtuple(
'CStringLiteral',
[
+ 'index',
'value',
],
)
'builtin_set',
'statements',
'standard_libraries',
+ 'string_literal_list',
'symbol_list',
],
)
symbol_list_index=accumulators.symbol_list.index(expression.value),
)
+ if isinstance(expression, parsing.FurStringLiteralExpression):
+ value = expression.value
+
+ try:
+ index = accumulators.string_literal_list.index(value)
+ except ValueError:
+ index = len(accumulators.string_literal_list)
+ accumulators.string_literal_list.append(value)
+
+ return CStringLiteral(index=index, value=value)
+
LITERAL_TYPE_MAPPING = {
parsing.FurIntegerLiteralExpression: CIntegerLiteral,
- parsing.FurStringLiteralExpression: CStringLiteral,
}
if type(expression) in LITERAL_TYPE_MAPPING:
[
'builtin_set',
'symbol_list',
+ 'string_literal_list',
],
)
def transform(program):
accumulators = Accumulators(
builtin_set=set(),
- symbol_list = [],
+ symbol_list=[],
+ string_literal_list=[],
)
c_statements = [
builtin_set=accumulators.builtin_set,
statements=c_statements,
standard_libraries=standard_libraries,
+ string_literal_list=accumulators.string_literal_list,
symbol_list=accumulators.symbol_list,
)