@ -16,8 +16,8 @@
// Never expected such a stupid stuff from such a great director. If there is 0 stari can give that or -200 to this movie. Its worst to see and unnecessary loss of money
// Never expected such a stupid stuff from such a great director. If there is 0 stari can give that or -200 to this movie. Its worst to see and unnecessary loss of money
# define PushWithLint(arena, list, ...) { S8ListPushFmt(arena, list, __VA_ARGS__); if(false) printf( __VA_ARGS__); }
# define PushWithLint(arena, list, ...) { MD_ S8ListPushFmt(arena, list, __VA_ARGS__); if(false) printf( __VA_ARGS__); }
# define FmtWithLint(arena, ...) (0 ? printf(__VA_ARGS__) : (void)0, S8Fmt(arena, __VA_ARGS__))
# define FmtWithLint(arena, ...) (0 ? printf(__VA_ARGS__) : (void)0, MD_ S8Fmt(arena, __VA_ARGS__))
typedef BUFF ( char , 1024 * 10 ) Escaped ;
typedef BUFF ( char , 1024 * 10 ) Escaped ;
@ -26,9 +26,9 @@ bool character_valid(char c)
return c < = 126 & & c > = 32 ;
return c < = 126 & & c > = 32 ;
}
}
String8 escape_for_json ( Arena * arena , String8 from )
MD_ String8 escape_for_json ( MD_ Arena * arena , MD_ String8 from )
{
{
u64 output_size = 0 ;
MD_ u64 output_size = 0 ;
# define SHOULD_ESCAPE(c) (c == '"' || c == '\n' || c == '\\')
# define SHOULD_ESCAPE(c) (c == '"' || c == '\n' || c == '\\')
for ( int i = 0 ; i < from . size ; i + + )
for ( int i = 0 ; i < from . size ; i + + )
{
{
@ -48,13 +48,13 @@ String8 escape_for_json(Arena *arena, String8 from)
}
}
}
}
String8 output = {
MD_ String8 output = {
. str = PushArray( arena , u8, output_size ) ,
. str = MD_ PushArray( arena , MD_ u8, output_size ) ,
. size = output_size ,
. size = output_size ,
} ;
} ;
u64 output_cursor = 0 ;
MD_ u64 output_cursor = 0 ;
for ( u64 i = 0 ; i < from . size ; i + + )
for ( MD_ u64 i = 0 ; i < from . size ; i + + )
{
{
# define APPEND(elem) APPEND_TO_NAME(output.str, output_cursor, output.size, elem);
# define APPEND(elem) APPEND_TO_NAME(output.str, output_cursor, output.size, elem);
assert ( output_cursor < output . size ) ;
assert ( output_cursor < output . size ) ;
@ -195,10 +195,10 @@ typedef struct
// text chunk must be a literal, not a pointer
// text chunk must be a literal, not a pointer
// and this returns a s8 that points at the text chunk memory
// and this returns a s8 that points at the text chunk memory
# define TextChunkString8(t) S8((u8*)(t).text, (t).text_length)
# define TextChunkString8(t) MD_ S8((MD_ u8*)(t).text, (t).text_length)
# define TextChunkVArg(t) S8VArg(TextChunkString8(t))
# define TextChunkVArg(t) MD_ S8VArg(TextChunkString8(t))
void chunk_from_s8 ( TextChunk * into , String8 from )
void chunk_from_s8 ( TextChunk * into , MD_ String8 from )
{
{
assert ( from . size < ARRLEN ( into - > text ) ) ;
assert ( from . size < ARRLEN ( into - > text ) ) ;
memset ( into - > text , 0 , ARRLEN ( into - > text ) ) ;
memset ( into - > text , 0 , ARRLEN ( into - > text ) ) ;
@ -207,7 +207,7 @@ void chunk_from_s8(TextChunk *into, String8 from)
}
}
// returns ai understandable, human readable name, on the arena, so not the enum name
// returns ai understandable, human readable name, on the arena, so not the enum name
String8 action_argument_string ( Arena * arena , ActionArgument arg )
MD_ String8 action_argument_string ( MD_ Arena * arena , ActionArgument arg )
{
{
switch ( arg . kind )
switch ( arg . kind )
{
{
@ -215,9 +215,9 @@ String8 action_argument_string(Arena *arena, ActionArgument arg)
return FmtWithLint ( arena , " %s " , characters [ arg . targeting ] . name ) ;
return FmtWithLint ( arena , " %s " , characters [ arg . targeting ] . name ) ;
break ;
break ;
case ARG_OBJECTIVE :
case ARG_OBJECTIVE :
return FmtWithLint ( arena , " %.*s " , S8VArg( TextChunkString8 ( arg . objective . description ) ) ) ;
return FmtWithLint ( arena , " %.*s " , MD_ S8VArg( TextChunkString8 ( arg . objective . description ) ) ) ;
}
}
return ( String8) { 0 } ;
return ( MD_ String8) { 0 } ;
}
}
@ -248,7 +248,7 @@ typedef struct Entity
Vec2 vel ; // only used sometimes, like in old man and bullet
Vec2 vel ; // only used sometimes, like in old man and bullet
float damage ; // at 1.0, dead! zero initialized
float damage ; // at 1.0, dead! zero initialized
bool dead ;
bool dead ;
String8 current_room_name ;
MD_ String8 current_room_name ;
// npcs
// npcs
EntityRef joined ;
EntityRef joined ;
@ -384,9 +384,9 @@ bool npc_does_dialog(Entity *it)
}
}
// for no trailing comma just trim the last character
// for no trailing comma just trim the last character
String8 make_json_node ( Arena * arena , MessageType type , String8 content )
MD_ String8 make_json_node ( MD_ Arena * arena , MessageType type , MD_ String8 content )
{
{
ArenaTemp scratch = GetScratch( & arena , 1 ) ;
MD_ ArenaTemp scratch = MD_ GetScratch( & arena , 1 ) ;
const char * type_str = 0 ;
const char * type_str = 0 ;
if ( type = = MSG_SYSTEM )
if ( type = = MSG_SYSTEM )
@ -397,75 +397,75 @@ String8 make_json_node(Arena *arena, MessageType type, String8 content)
type_str = " assistant " ;
type_str = " assistant " ;
assert ( type_str ) ;
assert ( type_str ) ;
String8 escaped = escape_for_json ( scratch . arena , content ) ;
MD_ String8 escaped = escape_for_json ( scratch . arena , content ) ;
String8 to_return = FmtWithLint ( arena , " { \" type \" : \" %s \" , \" content \" : \" %.*s \" }, " , type_str , S8VArg( escaped ) ) ;
MD_ String8 to_return = FmtWithLint ( arena , " { \" type \" : \" %s \" , \" content \" : \" %.*s \" }, " , type_str , MD_ S8VArg( escaped ) ) ;
ReleaseScratch( scratch ) ;
MD_ ReleaseScratch( scratch ) ;
return to_return ;
return to_return ;
}
}
String8 npc_to_human_readable ( Entity * me , NpcKind kind )
MD_ String8 npc_to_human_readable ( Entity * me , NpcKind kind )
{
{
if ( me - > npc_kind = = kind )
if ( me - > npc_kind = = kind )
{
{
return S8Lit( " You " ) ;
return MD_ S8Lit( " You " ) ;
}
}
else
else
{
{
return S8CString( characters [ kind ] . name ) ;
return MD_ S8CString( characters [ kind ] . name ) ;
}
}
}
}
String8List dump_memory_as_json ( Arena * arena , Memory * it )
MD_ String8List dump_memory_as_json ( MD_ Arena * arena , Memory * it )
{
{
ArenaTemp scratch = GetScratch( & arena , 1 ) ;
MD_ ArenaTemp scratch = MD_ GetScratch( & arena , 1 ) ;
String8List current_list = { 0 } ;
MD_ String8List current_list = { 0 } ;
# define AddFmt(...) PushWithLint(arena, ¤t_list, __VA_ARGS__)
# define AddFmt(...) PushWithLint(arena, ¤t_list, __VA_ARGS__)
AddFmt ( " { " ) ;
AddFmt ( " { " ) ;
AddFmt ( " \" speech \" : \" %.*s \" , " , TextChunkVArg ( it - > speech ) ) ;
AddFmt ( " \" speech \" : \" %.*s \" , " , TextChunkVArg ( it - > speech ) ) ;
AddFmt ( " \" action \" : \" %s \" , " , actions [ it - > action_taken ] . name ) ;
AddFmt ( " \" action \" : \" %s \" , " , actions [ it - > action_taken ] . name ) ;
String8 arg_str = action_argument_string ( scratch . arena , it - > action_argument ) ;
MD_ String8 arg_str = action_argument_string ( scratch . arena , it - > action_argument ) ;
AddFmt ( " \" action_argument \" : \" %.*s \" , " , S8VArg( arg_str ) ) ;
AddFmt ( " \" action_argument \" : \" %.*s \" , " , MD_ S8VArg( arg_str ) ) ;
AddFmt ( " \" target \" : \" %s \" } " , characters [ it - > context . talking_to_kind ] . name ) ;
AddFmt ( " \" target \" : \" %s \" } " , characters [ it - > context . talking_to_kind ] . name ) ;
# undef AddFmt
# undef AddFmt
ReleaseScratch( scratch ) ;
MD_ ReleaseScratch( scratch ) ;
return current_list ;
return current_list ;
}
}
// outputs json which is parsed by the server
// outputs json which is parsed by the server
String8 generate_chatgpt_prompt ( Arena * arena , GameState * gs , Entity * e , CanTalkTo can_talk_to )
MD_ String8 generate_chatgpt_prompt ( MD_ Arena * arena , GameState * gs , Entity * e , CanTalkTo can_talk_to )
{
{
assert ( e - > is_npc ) ;
assert ( e - > is_npc ) ;
assert ( e - > npc_kind < ARRLEN ( characters ) ) ;
assert ( e - > npc_kind < ARRLEN ( characters ) ) ;
ArenaTemp scratch = GetScratch( & arena , 1 ) ;
MD_ ArenaTemp scratch = MD_ GetScratch( & arena , 1 ) ;
String8List list = { 0 } ;
MD_ String8List list = { 0 } ;
PushWithLint ( scratch . arena , & list , " [ " ) ;
PushWithLint ( scratch . arena , & list , " [ " ) ;
# define AddFmt(...) PushWithLint(scratch.arena, ¤t_list, __VA_ARGS__)
# define AddFmt(...) PushWithLint(scratch.arena, ¤t_list, __VA_ARGS__)
# define AddNewNode(node_type) { S8ListPush(scratch.arena, &list, make_json_node(scratch.arena, node_type, S8ListJoin(scratch.arena, current_list, &(StringJoin){0}))); current_list = (String8List){0}; }
# define AddNewNode(node_type) { MD_ S8ListPush(scratch.arena, &list, make_json_node(scratch.arena, node_type, MD_ S8ListJoin(scratch.arena, current_list, &(MD_ StringJoin){0}))); current_list = (MD_ String8List){0}; }
// make first system node
// make first system node
{
{
String8List current_list = { 0 } ;
MD_ String8List current_list = { 0 } ;
AddFmt ( " %s \n \n " , global_prompt ) ;
AddFmt ( " %s \n \n " , global_prompt ) ;
AddFmt ( " %s \n \n " , characters [ e - > npc_kind ] . prompt ) ;
AddFmt ( " %s \n \n " , characters [ e - > npc_kind ] . prompt ) ;
AddFmt ( " The characters who are near you, that you can target: \n " ) ;
AddFmt ( " The characters who are near you, that you can target: \n " ) ;
BUFF_ITER ( Entity * , & can_talk_to )
BUFF_ITER ( Entity * , & can_talk_to )
{
{
assert ( ( * it ) - > is_npc ) ;
assert ( ( * it ) - > is_npc ) ;
String8 info = S8Lit( " " ) ;
MD_ String8 info = MD_ S8Lit( " " ) ;
if ( ( * it ) - > killed )
if ( ( * it ) - > killed )
{
{
info = S8Lit( " - they're currently dead, they were murdered " ) ;
info = MD_ S8Lit( " - they're currently dead, they were murdered " ) ;
}
}
AddFmt ( " %s%.*s \n " , characters [ ( * it ) - > npc_kind ] . name , S8VArg( info ) ) ;
AddFmt ( " %s%.*s \n " , characters [ ( * it ) - > npc_kind ] . name , MD_ S8VArg( info ) ) ;
}
}
AddFmt ( " \n " ) ;
AddFmt ( " \n " ) ;
@ -485,7 +485,7 @@ String8 generate_chatgpt_prompt(Arena *arena, GameState *gs, Entity *e, CanTalkT
AddNewNode ( MSG_SYSTEM ) ;
AddNewNode ( MSG_SYSTEM ) ;
}
}
String8List current_list = { 0 } ;
MD_ String8List current_list = { 0 } ;
bool in_drama_memories = true ;
bool in_drama_memories = true ;
assert ( e - > memories_first - > context . drama_memory ) ;
assert ( e - > memories_first - > context . drama_memory ) ;
for ( Memory * it = e - > memories_first ; it ; it = it - > next )
for ( Memory * it = e - > memories_first ; it ; it = it - > next )
@ -506,7 +506,7 @@ String8 generate_chatgpt_prompt(Arena *arena, GameState *gs, Entity *e, CanTalkT
{
{
switch ( it - > action_taken )
switch ( it - > action_taken )
{
{
# define HUMAN(kind) S8VArg(npc_to_human_readable(e, kind))
# define HUMAN(kind) MD_ S8VArg(npc_to_human_readable(e, kind))
case ACT_none :
case ACT_none :
break ;
break ;
case ACT_join :
case ACT_join :
@ -540,22 +540,22 @@ String8 generate_chatgpt_prompt(Arena *arena, GameState *gs, Entity *e, CanTalkT
}
}
if ( it - > speech . text_length > 0 )
if ( it - > speech . text_length > 0 )
{
{
String8 target_string = S8Lit( " the world " ) ;
MD_ String8 target_string = MD_ S8Lit( " the world " ) ;
if ( it - > context . talking_to_kind ! = NPC_nobody )
if ( it - > context . talking_to_kind ! = NPC_nobody )
{
{
if ( it - > context . talking_to_kind = = e - > npc_kind )
if ( it - > context . talking_to_kind = = e - > npc_kind )
target_string = S8Lit( " you " ) ;
target_string = MD_ S8Lit( " you " ) ;
else
else
target_string = S8CString( characters [ it - > context . talking_to_kind ] . name ) ;
target_string = MD_ S8CString( characters [ it - > context . talking_to_kind ] . name ) ;
}
}
String8 speaking_to_you_helper = S8Lit( " (Speaking directly you) " ) ;
MD_ String8 speaking_to_you_helper = MD_ S8Lit( " (Speaking directly you) " ) ;
if ( it - > context . talking_to_kind ! = e - > npc_kind )
if ( it - > context . talking_to_kind ! = e - > npc_kind )
{
{
speaking_to_you_helper = S8Lit( " (Overheard conversation, they aren't speaking directly to you) " ) ;
speaking_to_you_helper = MD_ S8Lit( " (Overheard conversation, they aren't speaking directly to you) " ) ;
}
}
AddFmt ( " %.*s%s said \" %.*s \" to %.*s (you are %s) \n " , S8VArg( speaking_to_you_helper ) , characters [ it - > context . author_npc_kind ] . name , TextChunkVArg ( it - > speech ) , S8VArg( target_string ) , characters [ e - > npc_kind ] . name ) ;
AddFmt ( " %.*s%s said \" %.*s \" to %.*s (you are %s) \n " , MD_ S8VArg( speaking_to_you_helper ) , characters [ it - > context . author_npc_kind ] . name , TextChunkVArg ( it - > speech ) , MD_ S8VArg( target_string ) , characters [ e - > npc_kind ] . name ) ;
}
}
if ( no_longer_wants_to_converse )
if ( no_longer_wants_to_converse )
@ -582,8 +582,8 @@ String8 generate_chatgpt_prompt(Arena *arena, GameState *gs, Entity *e, CanTalkT
{
{
if ( cur - > offending_self_output . speech . text_length > 0 | | cur - > offending_self_output . action_taken ! = ACT_none )
if ( cur - > offending_self_output . speech . text_length > 0 | | cur - > offending_self_output . action_taken ! = ACT_none )
{
{
String8 offending_json_output = S8ListJoin( scratch . arena , dump_memory_as_json ( scratch . arena , & cur - > offending_self_output ) , & ( StringJoin) { 0 } ) ;
MD_ String8 offending_json_output = MD_ S8ListJoin( scratch . arena , dump_memory_as_json ( scratch . arena , & cur - > offending_self_output ) , & ( MD_ StringJoin) { 0 } ) ;
AddFmt ( " When you output, `%.*s`, " , S8VArg( offending_json_output ) ) ;
AddFmt ( " When you output, `%.*s`, " , MD_ S8VArg( offending_json_output ) ) ;
}
}
AddFmt ( " %.*s \n " , TextChunkVArg ( cur - > reason_why_its_bad ) ) ;
AddFmt ( " %.*s \n " , TextChunkVArg ( cur - > reason_why_its_bad ) ) ;
}
}
@ -594,34 +594,34 @@ String8 generate_chatgpt_prompt(Arena *arena, GameState *gs, Entity *e, CanTalkT
if ( it - > context . i_said_this )
if ( it - > context . i_said_this )
{
{
String8List current_list = { 0 } ; // shadow the list of human understandable sentences to quickly flush
MD_ String8List current_list = { 0 } ; // shadow the list of human understandable sentences to quickly flush
current_list = dump_memory_as_json ( scratch . arena , it ) ;
current_list = dump_memory_as_json ( scratch . arena , it ) ;
AddNewNode ( MSG_ASSISTANT ) ;
AddNewNode ( MSG_ASSISTANT ) ;
}
}
}
}
String8 with_trailing_comma = S8ListJoin( scratch . arena , list , & ( StringJoin) { S8Lit( " " ) , S8Lit( " " ) , S8Lit( " " ) , } ) ;
MD_ String8 with_trailing_comma = MD_ S8ListJoin( scratch . arena , list , & ( MD_ StringJoin) { MD_ S8Lit( " " ) , MD_ S8Lit( " " ) , MD_ S8Lit( " " ) , } ) ;
String8 no_trailing_comma = S8Chop( with_trailing_comma , 1 ) ;
MD_ String8 no_trailing_comma = MD_ S8Chop( with_trailing_comma , 1 ) ;
String8 to_return = S8Fmt( arena , " %.*s] " , S8VArg( no_trailing_comma ) ) ;
MD_ String8 to_return = MD_ S8Fmt( arena , " %.*s] " , MD_ S8VArg( no_trailing_comma ) ) ;
ReleaseScratch( scratch ) ;
MD_ ReleaseScratch( scratch ) ;
# undef AddFmt
# undef AddFmt
return to_return ;
return to_return ;
}
}
String8 get_field ( Node * parent , String8 name )
MD_ String8 get_field ( MD_ Node * parent , MD_ String8 name )
{
{
return MD_ChildFromString ( parent , name , 0 ) - > first_child - > string ;
return MD_ChildFromString ( parent , name , 0 ) - > first_child - > string ;
}
}
void parse_action_argument ( Arena * error_arena , String8 * cur_error_message , ActionKind action , String8 action_argument_str , ActionArgument * out )
void parse_action_argument ( MD_ Arena * error_arena , MD_ String8 * cur_error_message , ActionKind action , MD_ String8 action_argument_str , ActionArgument * out )
{
{
assert ( cur_error_message ) ;
assert ( cur_error_message ) ;
if ( cur_error_message - > size > 0 ) return ;
if ( cur_error_message - > size > 0 ) return ;
ArenaTemp scratch = GetScratch( & error_arena , 1 ) ;
MD_ ArenaTemp scratch = MD_ GetScratch( & error_arena , 1 ) ;
String8 action_str = S8CString( actions [ action ] . name ) ;
MD_ String8 action_str = MD_ S8CString( actions [ action ] . name ) ;
// @TODO refactor into, action argument kinds and they parse into different action argument types
// @TODO refactor into, action argument kinds and they parse into different action argument types
bool arg_is_character = action = = ACT_join | | action = = ACT_aim_shotgun | | action = = ACT_end_conversation ;
bool arg_is_character = action = = ACT_join | | action = = ACT_aim_shotgun | | action = = ACT_end_conversation ;
bool arg_is_gameplay_objective = action = = ACT_assign_gameplay_objective ;
bool arg_is_gameplay_objective = action = = ACT_assign_gameplay_objective ;
@ -632,7 +632,7 @@ void parse_action_argument(Arena *error_arena, String8 *cur_error_message, Actio
bool found_npc = false ;
bool found_npc = false ;
for ( int i = 0 ; i < ARRLEN ( characters ) ; i + + )
for ( int i = 0 ; i < ARRLEN ( characters ) ; i + + )
{
{
if ( S8Match( S8CString( characters [ i ] . name ) , action_argument_str , 0 ) )
if ( MD_ S8Match( MD_ S8CString( characters [ i ] . name ) , action_argument_str , 0 ) )
{
{
found_npc = true ;
found_npc = true ;
( * out ) . targeting = i ;
( * out ) . targeting = i ;
@ -640,7 +640,7 @@ void parse_action_argument(Arena *error_arena, String8 *cur_error_message, Actio
}
}
if ( ! found_npc )
if ( ! found_npc )
{
{
* cur_error_message = FmtWithLint ( error_arena , " Argument for action `%.*s` you gave is `%.*s`, which doesn't exist in the game so is invalid " , S8VArg( action_str ) , S8VArg( action_argument_str ) ) ;
* cur_error_message = FmtWithLint ( error_arena , " Argument for action `%.*s` you gave is `%.*s`, which doesn't exist in the game so is invalid " , MD_ S8VArg( action_str ) , MD_ S8VArg( action_argument_str ) ) ;
}
}
}
}
else if ( arg_is_gameplay_objective )
else if ( arg_is_gameplay_objective )
@ -648,8 +648,8 @@ void parse_action_argument(Arena *error_arena, String8 *cur_error_message, Actio
out - > kind = ARG_OBJECTIVE ;
out - > kind = ARG_OBJECTIVE ;
if ( action_argument_str . size > = MAX_SENTENCE_LENGTH )
if ( action_argument_str . size > = MAX_SENTENCE_LENGTH )
{
{
String8 trimmed = S8Substring( action_argument_str , action_argument_str . size - MAX_SENTENCE_LENGTH / 2 , action_argument_str . size ) ;
MD_ String8 trimmed = MD_ S8Substring( action_argument_str , action_argument_str . size - MAX_SENTENCE_LENGTH / 2 , action_argument_str . size ) ;
* cur_error_message = FmtWithLint ( error_arena , " What you said for your action argument, '%.*s...' is WAY too big for the game to handle, it can be a maximum of %d characters, but you output %d!. " , S8VArg( trimmed ) , MAX_SENTENCE_LENGTH , ( int ) action_argument_str . size ) ;
* cur_error_message = FmtWithLint ( error_arena , " What you said for your action argument, '%.*s...' is WAY too big for the game to handle, it can be a maximum of %d characters, but you output %d!. " , MD_ S8VArg( trimmed ) , MAX_SENTENCE_LENGTH , ( int ) action_argument_str . size ) ;
}
}
if ( cur_error_message - > size = = 0 )
if ( cur_error_message - > size = = 0 )
{
{
@ -660,47 +660,47 @@ void parse_action_argument(Arena *error_arena, String8 *cur_error_message, Actio
{
{
assert ( false ) ; // don't know how to parse the argument string for this kind of action...
assert ( false ) ; // don't know how to parse the argument string for this kind of action...
}
}
ReleaseScratch( scratch ) ;
MD_ ReleaseScratch( scratch ) ;
}
}
// if returned string has size greater than 0, it's the error message. Allocated
// if returned string has size greater than 0, it's the error message. Allocated
// on arena passed into it or in constant memory
// on arena passed into it or in constant memory
String8 parse_chatgpt_response ( Arena * arena , Entity * e , String8 action_in_json , Action * out )
MD_ String8 parse_chatgpt_response ( MD_ Arena * arena , Entity * e , MD_ String8 action_in_json , Action * out )
{
{
ArenaTemp scratch = GetScratch( & arena , 1 ) ;
MD_ ArenaTemp scratch = MD_ GetScratch( & arena , 1 ) ;
String8 error_message = { 0 } ;
MD_ String8 error_message = { 0 } ;
* out = ( Action ) { 0 } ;
* out = ( Action ) { 0 } ;
ParseResult result = ParseWholeString( scratch . arena , S8Lit( " chat_message " ) , action_in_json ) ;
MD_ ParseResult result = MD_ ParseWholeString( scratch . arena , MD_ S8Lit( " chat_message " ) , action_in_json ) ;
if ( result . errors . node_count > 0 )
if ( result . errors . node_count > 0 )
{
{
M essage * cur = result . errors . first ;
M D_M essage * cur = result . errors . first ;
CodeLoc loc = CodeLocFromNode( cur - > node ) ;
MD_ CodeLoc loc = MD_ CodeLocFromNode( cur - > node ) ;
error_message = FmtWithLint ( arena , " Parse Error on column %d: %.*s " , loc . column , S8VArg( cur - > string ) ) ;
error_message = FmtWithLint ( arena , " Parse Error on column %d: %.*s " , loc . column , MD_ S8VArg( cur - > string ) ) ;
}
}
Node * message_obj = result . node - > first_child ;
MD_ Node * message_obj = result . node - > first_child ;
String8 speech_str = { 0 } ;
MD_ String8 speech_str = { 0 } ;
String8 action_str = { 0 } ;
MD_ String8 action_str = { 0 } ;
String8 action_argument_str = { 0 } ;
MD_ String8 action_argument_str = { 0 } ;
String8 target_str = { 0 } ;
MD_ String8 target_str = { 0 } ;
if ( error_message . size = = 0 )
if ( error_message . size = = 0 )
{
{
speech_str = get_field ( message_obj , S8Lit( " speech " ) ) ;
speech_str = get_field ( message_obj , MD_ S8Lit( " speech " ) ) ;
action_str = get_field ( message_obj , S8Lit( " action " ) ) ;
action_str = get_field ( message_obj , MD_ S8Lit( " action " ) ) ;
action_argument_str = get_field ( message_obj , S8Lit( " action_argument " ) ) ;
action_argument_str = get_field ( message_obj , MD_ S8Lit( " action_argument " ) ) ;
target_str = get_field ( message_obj , S8Lit( " target " ) ) ;
target_str = get_field ( message_obj , MD_ S8Lit( " target " ) ) ;
}
}
if ( error_message . size = = 0 & & action_str . size = = 0 )
if ( error_message . size = = 0 & & action_str . size = = 0 )
{
{
error_message = S8Lit( " The field `action` must be of nonzero length, if you don't want to do anything it should be `none` " ) ;
error_message = MD_ S8Lit( " The field `action` must be of nonzero length, if you don't want to do anything it should be `none` " ) ;
}
}
if ( error_message . size = = 0 & & action_str . size = = 0 )
if ( error_message . size = = 0 & & action_str . size = = 0 )
{
{
error_message = S8Lit( " The field `target` must be of nonzero length, if you don't want to target anybody it should be `nobody` " ) ;
error_message = MD_ S8Lit( " The field `target` must be of nonzero length, if you don't want to target anybody it should be `nobody` " ) ;
} if ( error_message . size = = 0 & & speech_str . size > = MAX_SENTENCE_LENGTH )
} if ( error_message . size = = 0 & & speech_str . size > = MAX_SENTENCE_LENGTH )
{
{
error_message = FmtWithLint ( arena , " Speech string provided is too big, maximum bytes is %d " , MAX_SENTENCE_LENGTH ) ;
error_message = FmtWithLint ( arena , " Speech string provided is too big, maximum bytes is %d " , MAX_SENTENCE_LENGTH ) ;
@ -709,7 +709,7 @@ String8 parse_chatgpt_response(Arena *arena, Entity *e, String8 action_in_json,
if ( error_message . size = = 0 )
if ( error_message . size = = 0 )
{
{
if ( S8Match( target_str , S8Lit( " nobody " ) , 0 ) )
if ( MD_ S8Match( target_str , MD_ S8Lit( " nobody " ) , 0 ) )
{
{
out - > talking_to_kind = NPC_nobody ;
out - > talking_to_kind = NPC_nobody ;
}
}
@ -718,7 +718,7 @@ String8 parse_chatgpt_response(Arena *arena, Entity *e, String8 action_in_json,
bool found = false ;
bool found = false ;
for ( int i = 0 ; i < ARRLEN ( characters ) ; i + + )
for ( int i = 0 ; i < ARRLEN ( characters ) ; i + + )
{
{
if ( S8Match( target_str , S8CString( characters [ i ] . name ) , 0 ) )
if ( MD_ S8Match( target_str , MD_ S8CString( characters [ i ] . name ) , 0 ) )
{
{
found = true ;
found = true ;
out - > talking_to_kind = i ;
out - > talking_to_kind = i ;
@ -726,7 +726,7 @@ String8 parse_chatgpt_response(Arena *arena, Entity *e, String8 action_in_json,
}
}
if ( ! found )
if ( ! found )
{
{
error_message = FmtWithLint ( arena , " Unrecognized character provided in field 'target': `%.*s` " , S8VArg( target_str ) ) ;
error_message = FmtWithLint ( arena , " Unrecognized character provided in field 'target': `%.*s` " , MD_ S8VArg( target_str ) ) ;
}
}
}
}
}
}
@ -742,7 +742,7 @@ String8 parse_chatgpt_response(Arena *arena, Entity *e, String8 action_in_json,
bool found_action = false ;
bool found_action = false ;
for ( int i = 0 ; i < ARRLEN ( actions ) ; i + + )
for ( int i = 0 ; i < ARRLEN ( actions ) ; i + + )
{
{
if ( S8Match( S8CString( actions [ i ] . name ) , action_str , 0 ) )
if ( MD_ S8Match( MD_ S8CString( actions [ i ] . name ) , action_str , 0 ) )
{
{
assert ( ! found_action ) ;
assert ( ! found_action ) ;
found_action = true ;
found_action = true ;
@ -751,7 +751,7 @@ String8 parse_chatgpt_response(Arena *arena, Entity *e, String8 action_in_json,
}
}
if ( ! found_action )
if ( ! found_action )
{
{
error_message = FmtWithLint ( arena , " Action `%.*s` is invalid, doesn't exist in the game " , S8VArg( action_str ) ) ;
error_message = FmtWithLint ( arena , " Action `%.*s` is invalid, doesn't exist in the game " , MD_ S8VArg( action_str ) ) ;
}
}
if ( error_message . size = = 0 )
if ( error_message . size = = 0 )
@ -763,6 +763,6 @@ String8 parse_chatgpt_response(Arena *arena, Entity *e, String8 action_in_json,
}
}
}
}
ReleaseScratch( scratch ) ;
MD_ ReleaseScratch( scratch ) ;
return error_message ;
return error_message ;
}
}