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server show map

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This commit is contained in:
Tenari
2026-03-19 19:19:19 -05:00
parent 8b310bfac4
commit 711a812145
3 changed files with 315 additions and 92 deletions
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src/client.c
-42
View File
@@ -187,7 +187,6 @@ global FieldDescriptor COMPARE_COMMODITY_FIELDS[STAR_SYSTEM_COUNT] = {
{ "Travel Fuel kg", FieldTypeU32, offsetof(CompareCommodity, fuel_distance), 16 },
};
///// FUNCTIONS
fn ParsedServerMessageThreadQueue* newPSMThreadQueue(Arena* a) {
ParsedServerMessageThreadQueue* result = arenaAlloc(a, sizeof(ParsedServerMessageThreadQueue));
@@ -266,47 +265,6 @@ fn void renderSystemMessages(Pixel* buf, Dim2 screen_dimensions, Box sys_msg_box
}
}
fn void renderPercentBar(TuiState* tui, u16 x, u16 y, u16 width, u8 ansi_color, u64 value, u64 max) {
Pixel* buf = tui->frame_buffer;
Dim2 screen_dimensions = tui->screen_dimensions;
u16 pos = x + (screen_dimensions.width * y);
buf[pos].bytes[0] = '[';
pos = x+width + (screen_dimensions.width * y);
buf[pos].bytes[0] = ']';
pos = x+1 + (screen_dimensions.width * y);
f32 base_ratio = 0;
if (max != 0) {
base_ratio = ((f32)value / (f32)max);
}
f32 raw_ratio = base_ratio * (width-2);
u32 full_spaces_count = (u32) raw_ratio;
f32 remainder = raw_ratio - full_spaces_count;
for (u32 i = 0; i < full_spaces_count; i++) {
buf[pos+i].foreground = ansi_color;
renderUtf8CharToBuffer(buf, x+1+i, y, "█", screen_dimensions);
}
buf[pos+full_spaces_count].foreground = ansi_color;
if (value == max) {
renderUtf8CharToBuffer(buf, x+1+full_spaces_count, y, "█", screen_dimensions);
} else if (remainder > 0.875) {
renderUtf8CharToBuffer(buf, x+1+full_spaces_count, y, "▉", screen_dimensions);
} else if (remainder > 0.75) {
renderUtf8CharToBuffer(buf, x+1+full_spaces_count, y, "▊", screen_dimensions);
} else if (remainder > 0.625) {
renderUtf8CharToBuffer(buf, x+1+full_spaces_count, y, "▋", screen_dimensions);
} else if (remainder > 0.5) {
renderUtf8CharToBuffer(buf, x+1+full_spaces_count, y, "▌", screen_dimensions);
} else if (remainder > 0.375) {
renderUtf8CharToBuffer(buf, x+1+full_spaces_count, y, "▍", screen_dimensions);
} else if (remainder > 0.25) {
renderUtf8CharToBuffer(buf, x+1+full_spaces_count, y, "▎", screen_dimensions);
} else if (remainder > 0.125) {
renderUtf8CharToBuffer(buf, x+1+full_spaces_count, y, "▏", screen_dimensions);
} else {
renderUtf8CharToBuffer(buf, x+1+full_spaces_count, y, " ", screen_dimensions);
}
}
fn void renderStaticAssetToPixelBuffer(TuiState* tui, u8* asset, u32 len, u16 x, u16 y) {
u16 line = 0;
u16 x_in_line = 0;
src/server.c
+303 -39
View File
@@ -32,8 +32,17 @@
#define CHUNK_SIZE 64
#define ACCOUNT_LEN (16)
#define PARSED_CLIENT_COMMAND_THREAD_QUEUE_LEN 64
#define SYSTEM_MESSAGES_LEN 32
#define MAX_SYSTEM_MESSAGE_LEN 512
#define SBUFLEN (512)
///// TypeDefs
typedef enum Tab {
TabDebug,
TabMap,
Tab_Count,
} Tab;
typedef struct ParsedClientCommand {
CommandType type;
u8 byte;
@@ -86,6 +95,7 @@ typedef struct ClientList {
typedef struct State {
bool all_accounts_ready;
Tab tab;
u8 winner_id;
bool someone_won;
Mutex client_mutex;
@@ -103,10 +113,48 @@ typedef struct State {
///// Global Variables
global State state = { 0 };
global str TAB_STRS[Tab_Count] = {"Debug", "Map"};
global Arena permanent_arena = { 0 };
global bool debug_mode = false;
global bool should_quit = false;
global u8List system_messages[SYSTEM_MESSAGES_LEN] = {0};
global u8 system_message_index = 0;
///// functionImplementations()
fn void addSystemMessage(u8* msg) {
// save the message to our system_messages ring buffer
memset(system_messages[system_message_index].items, 0, SYSTEM_MESSAGES_LEN);
sprintf((char*)system_messages[system_message_index].items, "%s", msg);
system_messages[system_message_index].length = strlen((char*)system_messages[system_message_index].items);
system_message_index += 1;
if (system_message_index == SYSTEM_MESSAGES_LEN) {
system_message_index = 0;
}
}
fn void renderSystemMessages(Pixel* buf, Dim2 screen_dimensions, Box sys_msg_box) {
i32 printable_lines = sys_msg_box.height - 2;
if (printable_lines > SYSTEM_MESSAGES_LEN) {
printable_lines = SYSTEM_MESSAGES_LEN;
}
for (i32 i = 0; i < printable_lines; i++) {
i32 index = (system_message_index - 1 - i);
if (index < 0) {
index = SYSTEM_MESSAGES_LEN + index;
}
u32 y = sys_msg_box.y + (sys_msg_box.height - i) - 1;
u8List sys_msg = system_messages[index];
for (i32 j = 0; j < MAX_SYSTEM_MESSAGE_LEN && j < sys_msg_box.width-4; j++) {
u32 pos = (sys_msg_box.x + 2+j) + (screen_dimensions.width * y);
if (j < sys_msg.length) {
if (sys_msg.items[j] != '\n') {
buf[pos].bytes[0] = sys_msg.items[j];
}
}
}
}
}
fn ParsedClientCommandThreadQueue* newPCCThreadQueue(Arena* a) {
ParsedClientCommandThreadQueue* result = arenaAlloc(a, sizeof(ParsedClientCommandThreadQueue));
MemoryZero(result, (sizeof *result));
@@ -279,7 +327,7 @@ fn void sendMessageTransactionResult(SocketAddress addr, u32 qty, bool buying, u
msg_i += writeU32ToBufferLE(outgoing_message.bytes + msg_i, credits);
outgoing_message.bytes_len = msg_i;
outgoingMessageQueuePush(state.network_send_queue, &outgoing_message);
printf("%s sent\n", MESSAGE_STRINGS[outgoing_message.bytes[0]]);
addSystemMessage((u8*)"Message TransactionResult sent");
}
fn UDPMessage makeMessagePlayerDetails(PlayerShip ship) {
@@ -323,7 +371,7 @@ fn void sendMessageJobAcceptResult(SocketAddress addr, bool result) {
outgoing_message.bytes[msg_i++] = result;
outgoing_message.bytes_len = msg_i;
outgoingMessageQueuePush(state.network_send_queue, &outgoing_message);
printf("%s sent\n", MESSAGE_STRINGS[outgoing_message.bytes[0]]);
addSystemMessage((u8*)"MessageJobAcceptResult sent");
}
fn void sendMessagePayoffResult(SocketAddress addr) {
@@ -333,7 +381,7 @@ fn void sendMessagePayoffResult(SocketAddress addr) {
outgoing_message.bytes[msg_i++] = (u8)MessagePayoffResult;
outgoing_message.bytes_len = msg_i;
outgoingMessageQueuePush(state.network_send_queue, &outgoing_message);
printf("%s sent\n", MESSAGE_STRINGS[outgoing_message.bytes[0]]);
addSystemMessage((u8*)"MessagePayoffResult sent");
}
fn void sendMessageStarPositions(SocketAddress addr) {
@@ -351,18 +399,19 @@ fn void sendMessageStarPositions(SocketAddress addr) {
}
}
outgoingMessageQueuePush(state.network_send_queue, &outgoing_message);
printf("%s sent\n", MESSAGE_STRINGS[outgoing_message.bytes[0]]);
addSystemMessage((u8*)"MessageStarPositions sent");
}
fn void sendMessagePlayerDetails(PlayerShip ship, SocketAddress addr) {
UDPMessage outgoing_message = makeMessagePlayerDetails(ship);
outgoing_message.address = addr;
outgoingMessageQueuePush(state.network_send_queue, &outgoing_message);
printf("%s sent\n", MESSAGE_STRINGS[outgoing_message.bytes[0]]);
addSystemMessage((u8*)"MessagePlayerDetails sent");
}
fn void handleIncomingMessage(u8* message, u32 len, SocketAddress sender, i32 socket) {
dbg("%d: %s from %s:%d\n", len, command_type_strings[message[0]], inet_ntoa(sender.sin_addr), sender.sin_port);
char sbuf[SBUFLEN] = {0};
u32 msg_idx = 0;
ParsedClientCommand parsed = {
.type = (CommandType)message[msg_idx++],
@@ -408,12 +457,16 @@ fn void handleIncomingMessage(u8* message, u32 len, SocketAddress sender, i32 so
parsed.pass = allocStringChunkList(&state.string_arena, temp_str);
msg_idx += temp_str.length;
printf("Logging in player: %s %d %s\n", MESSAGE_STRINGS[parsed.type], name_len, message + 7);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "Logging in player: %s %d %s\n", command_type_strings[parsed.type], name_len, message + 7);
addSystemMessage((u8*)sbuf);
} break;
case CommandKeepAlive: break;
case CommandPayMortgage: {
parsed.id = readU64FromBufferLE(message + msg_idx);
printf("paying off %lld\n", parsed.id);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "paying off %lld", parsed.id);
addSystemMessage((u8*)sbuf);
} break;
case CommandSetDestination: {
parsed.byte = message[1]; // index of system in array
@@ -422,17 +475,17 @@ fn void handleIncomingMessage(u8* message, u32 len, SocketAddress sender, i32 so
parsed.byte = message[1]; // boolean ready_to_depart
} break;
case CommandTransact: {
printf("command transact received\n");
addSystemMessage((u8*)"command transact received");
parsed.byte = message[1]; // buy?
parsed.qty = readU32FromBufferLE(message + 2);
parsed.commodity = message[6];
} break;
case CommandCreateCharacter: {
printf("command create character received\n");
addSystemMessage((u8*)"command create character received");
parsed.byte = message[1];
} break;
case CommandAcceptPassengerJob: {
printf("command accept passenger job received\n");
addSystemMessage((u8*)"command accept passenger job received\n");
parsed.byte = message[1];
parsed.people = message[2];
parsed.time_limit = message[3];
@@ -445,7 +498,6 @@ fn void handleIncomingMessage(u8* message, u32 len, SocketAddress sender, i32 so
}
pccThreadSafeQueuePush(state.network_recv_queue, &parsed);
fflush(stdout);
}
fn void* receiveNetworkUpdates(void* udp) {
@@ -460,8 +512,9 @@ fn void* sendNetworkUpdates(void* sock) {
tctxInit(&tctx);
i32* socket_ptr = (i32*)sock;
i32 socket = *socket_ptr;
char sbuf[SBUFLEN] = {0};
u64 send_loop = 0;
while (true) {
while (!should_quit) {
send_loop += 1;
u64 loop_start = osTimeMicrosecondsNow();
@@ -524,7 +577,9 @@ fn void* sendNetworkUpdates(void* sock) {
sendUDPu8List(socket, &client.address, &msg);
// send passenger jobs
printf("sending passenger jobs for %s\n", STAR_NAMES[ii]);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "sending passenger jobs for %s\n", STAR_NAMES[ii]);
addSystemMessage((u8*)sbuf);
msg_data = makeMessageSystemPassengers(&state.map[ii]);
msg.capacity = UDP_MAX_MESSAGE_LEN;
msg.items = msg_data.bytes;
@@ -579,15 +634,16 @@ fn void* gameLoop(void* params) {
.lane_ctx = *lane_ctx,
};
tctxInit(&tctx);
printf("Lane %lld (%lld) of %lld starting.\n", lane_ctx->lane_idx, LaneIdx(), lane_ctx->lane_count);
fflush(stdout);
char sbuf[SBUFLEN] = {0};
sprintf(sbuf, "Lane %lld (%lld) of %lld starting.", lane_ctx->lane_idx, LaneIdx(), lane_ctx->lane_count);
addSystemMessage((u8*)sbuf);
UDPMessage outgoing_message = {0};
u64 loop_start;
u64 last_burn = 0;
u64 last_hp_regen = 0;
Arena scratch_arena = {0};
arenaInit(&scratch_arena);
while (true) {
while (!should_quit) {
loop_start = osTimeMicrosecondsNow();
if (LaneIdx() == 0) { // narrow
@@ -684,7 +740,9 @@ fn void* gameLoop(void* params) {
}
} break;
case CommandTransact: {
printf("Transact for client_handle=%d, on #%lld", client_handle, state.frame);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "Transact for client_handle=%d, on #%lld", client_handle, state.frame);
addSystemMessage((u8*)sbuf);
bool is_buying_from_system = msg.byte;
Account* account = &state.accounts[client->account_id];
StarSystem* sys = findAccountsSystem(account);
@@ -745,7 +803,9 @@ fn void* gameLoop(void* params) {
if (client_handle == 0) {
client_handle = pushClient(&state.clients, sender);
client = &state.clients.items[client_handle];
printf("pushed new client handle = %d\n", client_handle);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "pushed new client handle = %d\n", client_handle);
addSystemMessage((u8*)sbuf);
}
// update/set the lan_ip/port info for p2p connections
client->lan_ip = htonl(msg.alt_ip);
@@ -765,15 +825,16 @@ fn void* gameLoop(void* params) {
releaseStringChunkList(&state.string_arena, &msg.pass);
Account* existing_account = findAccountByName(name);
printf("name(%d): %s pw(%d): %s acct?: %d\n", name.length, name.bytes, pw.length, pw.bytes, existing_account != NULL);
fflush(stdout);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "name(%d): %s pw(%d): %s acct?: %d\n", name.length, name.bytes, pw.length, pw.bytes, existing_account != NULL);
addSystemMessage((u8*)sbuf);
if (existing_account) {
printf(" existing account\n");
addSystemMessage((u8*)" existing account\n");
bool pw_matches = stringsEq(&pw, &existing_account->pw);
arenaDealloc(&permanent_arena, pw.capacity);
arenaDealloc(&permanent_arena, name.capacity);
if (pw_matches) {
printf(" pw matched\n");
addSystemMessage((u8*)" pw matched\n");
existing_account->changed = true;
sendMessageStarPositions(sender);
} else {
@@ -782,7 +843,7 @@ fn void* gameLoop(void* params) {
outgoing_message.bytes_len = 1;
outgoing_message.address = sender;
outgoingMessageQueuePush(state.network_send_queue, &outgoing_message);
printf("MessageBadPw sent\n");
addSystemMessage((u8*)"MessageBadPw sent\n");
break;
}
} else {
@@ -793,7 +854,9 @@ fn void* gameLoop(void* params) {
break;
}
}
printf("new account id=%d\n", existing_account->id);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "new account id=%d\n", existing_account->id);
addSystemMessage((u8*)sbuf);
existing_account->name = name;
existing_account->pw = pw;
}
@@ -805,20 +868,24 @@ fn void* gameLoop(void* params) {
outgoing_message.bytes_len = 9;
outgoing_message.address = sender;
outgoingMessageQueuePush(state.network_send_queue, &outgoing_message);
printf("MessageCharacterId sent\n");
addSystemMessage((u8*)"MessageCharacterId sent\n");
} else {
// tell the client they made a new account
outgoing_message.bytes[0] = (u8)MessageNewAccountCreated;
outgoing_message.bytes_len = 1;
outgoing_message.address = sender;
outgoingMessageQueuePush(state.network_send_queue, &outgoing_message);
printf("MessageNewAccountCreated sent\n");
addSystemMessage((u8*)"MessageNewAccountCreated sent\n");
}
printf("client_handle=%d, acct_id=%d\n", client_handle, existing_account->id);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "client_handle=%d, acct_id=%d\n", client_handle, existing_account->id);
addSystemMessage((u8*)sbuf);
} break;
case CommandCreateCharacter: {
Account* account = &state.accounts[client->account_id];
printf("creating character for account id=%d, %s\n", account->id, SHIP_TYPE_STRINGS[msg.byte]);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "creating character for account id=%d, %s\n", account->id, SHIP_TYPE_STRINGS[msg.byte]);
addSystemMessage((u8*)sbuf);
if (shipIsNull(&account->ship)) {
ShipTemplate template = SHIPS[msg.byte];
PlayerShip player_ship = {
@@ -841,7 +908,11 @@ fn void* gameLoop(void* params) {
player_ship.commodities[CommodityHydrogenFuel] = player_ship.cu_m_fuel;
player_ship.commodities[CommodityOxygen] = player_ship.cu_m_o2;
account->ship = player_ship;
printf("ship_type=%s, client_handle=%d, acct_id=%d\n", SHIP_TYPE_STRINGS[msg.byte], client_handle, account->id);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "ship_type=%s, client_handle=%d, acct_id=%d\n", SHIP_TYPE_STRINGS[msg.byte], client_handle, account->id);
addSystemMessage((u8*)sbuf);
u32 starting_system_idx = rand() % STAR_SYSTEM_COUNT;
StarSystem starting_system = state.map[starting_system_idx];
account->ship.system_idx = starting_system_idx;
@@ -852,7 +923,7 @@ fn void* gameLoop(void* params) {
outgoing_message.bytes[0] = (u8)MessageCharacterId;
writeU64ToBufferLE(outgoing_message.bytes + 1, account->ship.id);
outgoingMessageQueuePush(state.network_send_queue, &outgoing_message);
printf("MessageCharacterId sent\n");
addSystemMessage((u8*)"MessageCharacterId sent\n");
sendMessagePlayerDetails(account->ship, sender);
@@ -861,9 +932,11 @@ fn void* gameLoop(void* params) {
outgoing_message = makeMessageSystemCommodities(&starting_system);
outgoing_message.address = sender;
outgoingMessageQueuePush(state.network_send_queue, &outgoing_message);
printf("%s sent\n", MESSAGE_STRINGS[outgoing_message.bytes[0]]);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "%s sent\n", MESSAGE_STRINGS[outgoing_message.bytes[0]]);
addSystemMessage((u8*)sbuf);
} else {
printf("client tried to create a character when he already has one.");
addSystemMessage((u8*)"client tried to create a character when he already has one.");
}
} break;
case CommandType_Count:
@@ -916,7 +989,7 @@ fn void* gameLoop(void* params) {
// 2. tick non-user entities
if (state.all_accounts_ready) {
printf("NEW TURN: ticking all_accounts_ready\n");
addSystemMessage((u8*)"NEW TURN: ticking all_accounts_ready");
// tick all the star systems
StarSystem* sys = NULL;
Range1u64 sys_range = LaneRange(STAR_SYSTEM_COUNT);
@@ -995,9 +1068,13 @@ fn void* gameLoop(void* params) {
if (is_valid_job) {
if (is_at_job_destination) {
acct->ship.credits += job->reward;
printf("%d credits awarded to %s for finishing passenger job\n", job->reward, acct->name.bytes);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "%d credits awarded to %s for finishing passenger job\n", job->reward, acct->name.bytes);
addSystemMessage((u8*)sbuf);
MemoryZero(job, sizeof(Passenger));
printf("%s FINISHED a passenger job!\n", acct->name.bytes);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "%s FINISHED a passenger job!\n", acct->name.bytes);
addSystemMessage((u8*)sbuf);
// send a job completion message?
for (u32 i = 1; i < state.clients.length; i++) {
if (state.clients.items[i].last_ping != 0 && state.clients.items[i].account_id == acct->id) {
@@ -1006,7 +1083,9 @@ fn void* gameLoop(void* params) {
outgoing_message.bytes[0] = (u8)MessageJobComplete;
outgoing_message.bytes[1] = true;
outgoingMessageQueuePush(state.network_send_queue, &outgoing_message);
printf("sent MessageJobComplete to %s\n", acct->name.bytes);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "sent MessageJobComplete to %s\n", acct->name.bytes);
addSystemMessage((u8*)sbuf);
break;
}
}
@@ -1015,7 +1094,9 @@ fn void* gameLoop(void* params) {
if (job->turns_remaining == 0) {
// they failed the job
MemoryZero(job, sizeof(Passenger));
printf("%s failed a passenger job\n", acct->name.bytes);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "%s failed a passenger job\n", acct->name.bytes);
addSystemMessage((u8*)sbuf);
// send a job failed message?
for (u32 i = 1; i < state.clients.length; i++) {
if (state.clients.items[i].last_ping != 0 && state.clients.items[i].account_id == acct->id) {
@@ -1024,7 +1105,9 @@ fn void* gameLoop(void* params) {
outgoing_message.bytes[0] = (u8)MessageJobComplete;
outgoing_message.bytes[1] = false;
outgoingMessageQueuePush(state.network_send_queue, &outgoing_message);
printf("sent MessageJobComplete to %s\n", acct->name.bytes);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "sent MessageJobComplete to %s\n", acct->name.bytes);
addSystemMessage((u8*)sbuf);
break;
}
}
@@ -1043,7 +1126,9 @@ fn void* gameLoop(void* params) {
if (acct->ship.remaining_mortgage == 0) {
state.winner_id = acct->id;
state.someone_won = true;
printf("%s WON!!! %d\n", acct->name.bytes, i);
MemoryZero(sbuf, SBUFLEN);
sprintf(sbuf, "%s WON!!! %d\n", acct->name.bytes, i);
addSystemMessage((u8*)sbuf);
acct->changed = true;
break;
}
@@ -1073,6 +1158,170 @@ fn void setLowProductionCommodity(Planet* p, CommodityType t) {
p->production[t] = rand() % (COMMODITIES[t].consumption / 2);
}
fn bool updateAndRender(TuiState* tui, void* s, u8* input_buffer, u64 loop_count) {
State* state = (State*) s;
Dim2 screen_dimensions = tui->screen_dimensions;
if (screen_dimensions.height > MAX_SCREEN_HEIGHT || screen_dimensions.width > MAX_SCREEN_WIDTH) {
printf("\033[2J\033[%d;%df Your screen is too damn big. Shrink it to %dx%d max, bro... geez", 1,1, MAX_SCREEN_WIDTH, MAX_SCREEN_HEIGHT);
fflush(stdout);
return should_quit;
}
char sbuf[SBUFLEN] = {0};
// operate on screen-based input+state
bool user_pressed_tab = input_buffer[0] == ASCII_TAB && input_buffer[1] == 0;
bool user_pressed_shift_tab = input_buffer[0] == '\x1b' && input_buffer[1] == '[' && input_buffer[2] == 'Z';
bool user_pressed_space = input_buffer[0] == ' ' && input_buffer[1] == 0;
bool user_pressed_esc = input_buffer[0] == ASCII_ESCAPE && input_buffer[1] == 0;
bool user_pressed_a_number = input_buffer[0] >= '0' && input_buffer[0] <= '9' && input_buffer[1] == 0;
bool user_pressed_up = input_buffer[0] == 27 && input_buffer[1] == 91 && input_buffer[2] == 65;
bool user_pressed_down = input_buffer[0] == 27 && input_buffer[1] == 91 && input_buffer[2] == 66;
bool user_pressed_left = input_buffer[0] == 27 && input_buffer[1] == 91 && input_buffer[2] == 68;
bool user_pressed_right = input_buffer[0] == 27 && input_buffer[1] == 91 && input_buffer[2] == 67;
bool user_pressed_backspace = input_buffer[0] == ASCII_BACKSPACE || input_buffer[0] == ASCII_DEL;
bool user_pressed_enter = input_buffer[0] == ASCII_RETURN || input_buffer[0] == ASCII_LINE_FEED;
if (user_pressed_tab || user_pressed_shift_tab) {
state->tab = state->tab == TabDebug ? TabMap : TabDebug;
}
// draw the tabs box
u32 tabs_y = 1;
u32 box_y = tabs_y + 2;
Box box = {
.x = 1,
.y = box_y,
.width = screen_dimensions.width - 3,
.height = screen_dimensions.height - box_y - 2,
};
drawAnsiBox(tui->frame_buffer, box, screen_dimensions, true);
u32 tx = 2;
// draw the actual tabs
for (u32 i = 0; i < Tab_Count; i++) {
u32 tab_len = strlen(TAB_STRS[i]);
Box b = { .x = tx, .y = tabs_y, .width = tab_len+1, .height = 1 };
drawAnsiBox(tui->frame_buffer, b, screen_dimensions, state->tab == i);
renderStrToBuffer(tui->frame_buffer, tx+1, tabs_y+ 1, TAB_STRS[i], screen_dimensions);
tx += (tab_len + 3);
}
switch (state->tab) {
case TabDebug: {
if (input_buffer[0] == 'q' || user_pressed_esc) {
should_quit = true;
}
renderSystemMessages(tui->frame_buffer, tui->screen_dimensions, box);
} break;
case TabMap: {
u8 COLORS[] = {ANSI_HIGHLIGHT_RED, ANSI_HIGHLIGHT_BLUE, ANSI_HIGHLIGHT_YELLOW, ANSI_HIGHLIGHT_GREEN, ANSI_HIGHLIGHT_GRAY};
u32 xw = 4;
u32 yh = 2;
if (box.width <= MAP_WIDTH*xw) {
renderStrToBuffer(tui->frame_buffer, box.x+2, box.y+2, "Your screen needs to be wider...", screen_dimensions);
break;
}
if (box.height < MAP_HEIGHT*yh) {
renderStrToBuffer(tui->frame_buffer, box.x+2, box.y+2, "Your screen needs to be taller...", screen_dimensions);
break;
}
// render the damn map
u32 x_off = box.x+((box.width - MAP_WIDTH*xw)/2);
u32 y_off = box.y+1;
for (u32 i = 0; i < MAP_WIDTH*xw; i++) {
for (u32 ii = 0; ii < MAP_HEIGHT*yh; ii++) {
u32 sysx = i / xw;
u32 sysy = ii / yh;
u32 bufpos = XYToPos(x_off+i, y_off+ii, screen_dimensions.width);
tui->frame_buffer[bufpos].bytes[0] = ' ';
tui->frame_buffer[bufpos].foreground = ANSI_WHITE;
tui->frame_buffer[bufpos].background = ANSI_BLACK;
// try to colorize the map cell if a player is on it
for (u32 iii = 0; iii < ACCOUNT_LEN; iii++) {
Account* acct = &state->accounts[iii];
if (acct->name.length > 0) {
StarSystem sys = state->map[acct->ship.system_idx];
if (sys.x == sysx && sys.y == sysy) {
Box current_key = { .height = yh, .width = xw, .x = x_off+i, .y = y_off+ii };
colorizeBox(tui, current_key, COLORS[iii], 0, ' ');
}
}
}
//if (state->pos.x == sysx && state->pos.y == sysy) {
// tui->frame_buffer[bufpos].background = ANSI_WHITE;
// tui->frame_buffer[bufpos].foreground = ANSI_BLACK;
//} else {
//}
}
}
for (u32 i = 0; i < STAR_SYSTEM_COUNT; i++) {
StarSystem sys = state->map[i];
u32 sysx = x_off + xw*sys.x;
u32 sysy = y_off + yh*sys.y;
// clear the render-grid for this "tile" position
for (u32 ii = 0; ii < xw; ii++) {
for (u32 iii = 0; iii < yh; iii++) {
u32 bufpos = XYToPos(sysx+ii, sysy+iii, screen_dimensions.width);
tui->frame_buffer[bufpos].bytes[0] = 0;
}
}
renderUtf8CodePoint(tui, sysx, sysy, "⭐");
renderUtf8CodePoint(
tui,
sysx +2,
sysy,
strForPlanet(sys.planets[0].type)
);
renderUtf8CodePoint(
tui,
sysx,
sysy +1,
strForPlanet(sys.planets[1].type)
);
renderUtf8CodePoint(
tui,
sysx +2,
sysy +1,
strForPlanet(sys.planets[2].type)
);
}
for (u32 i = 0; i < STAR_SYSTEM_COUNT; i++) {
StarSystem sys = state->map[i];
u32 sysx = x_off + xw*sys.x;
u32 sysy = y_off + yh*sys.y;
if (sysx == tui->cursor.x && sysy == tui->cursor.y) {
renderStrToBuffer(tui->frame_buffer, sysx, sysy+2, STAR_NAMES[i], screen_dimensions);
}
}
// TODO fix the background bleed from previous line
// map key
y_off += 1+(MAP_HEIGHT*yh);
u32 original_x_off = x_off;
for (u32 i = 0; i < ACCOUNT_LEN; i++) {
Account* acct = &state->accounts[i];
if (acct->name.length > 0) {
Box current_key = { .height = yh, .width = xw, .x = x_off, .y = y_off };
colorizeBox(tui, current_key, COLORS[i], 0, ' ');
renderStrToBuffer(tui->frame_buffer, x_off+5, y_off, acct->name.bytes, screen_dimensions);
if (i % 2 == 0) {
x_off += 20;
} else if (i % 2 == 1) {
y_off += 3;
x_off = original_x_off;
}
}
}
} break;
case Tab_Count: {} break;
}
return should_quit;
}
// THE SERVER
i32 main(i32 argc, ptr argv[]) {
osInit();
@@ -1101,6 +1350,14 @@ i32 main(i32 argc, ptr argv[]) {
state.clients.capacity = SERVER_MAX_CLIENTS;
state.clients.length = 1; // making entry 0 to be a "null" client
state.clients.items = (Client*)arenaAllocArray(&permanent_arena, Client, SERVER_MAX_CLIENTS);
for (i32 i = 0; i < SYSTEM_MESSAGES_LEN; i++) {
system_messages[i].capacity = MAX_SYSTEM_MESSAGE_LEN;
system_messages[i].length = 0;
system_messages[i].items = arenaAllocArraySized(&permanent_arena, sizeof(u8), MAX_SYSTEM_MESSAGE_LEN);
}
// GAME LOGIC SETUP
// set position of all star systems
for (u32 i = 0; i < STAR_SYSTEM_COUNT; i++) {
state.map[i].idx = i;
@@ -1260,6 +1517,13 @@ i32 main(i32 argc, ptr argv[]) {
lane_ctxs[i].broadcast_memory = &lane_broadcast_val;
game_threads[i] = spawnThread(&gameLoop, &lane_ctxs[i]);
}
infiniteUILoop(
MAX_SCREEN_WIDTH,
MAX_SCREEN_HEIGHT,
GOAL_GAME_LOOP_US,
&state,
updateAndRender
);
for (u32 i = 0; i < GAME_THREAD_CONCURRENCY; i++) {
osThreadJoin(game_threads[i], MAX_u64);
}
src/shared.h
+12 -11
View File
@@ -47,28 +47,28 @@ typedef struct ShipTemplate {
global ShipTemplate SHIPS[] = {
{
.type = ShipSparrow, .drive_efficiency = 10, .life_support_efficiency = 1,
.type = ShipSparrow, .drive_efficiency = 1, .life_support_efficiency = 1,
.vacuum_cargo_slots = 5, .climate_cargo_slots = 0, .passenger_berths = 0,
.passenger_amenities_flags = 0,
.smugglers_hold_cu_m = 1, .base_cost = 100000,
.cu_m_fuel = 2500, .cu_m_o2 = 1000,
.cu_m_fuel = 2500, .cu_m_o2 = 500,
},
{
.type = ShipDart, .drive_efficiency = 70, .life_support_efficiency = 3,
.type = ShipDart, .drive_efficiency = 7, .life_support_efficiency = 3,
.vacuum_cargo_slots = 6, .climate_cargo_slots = 0, .passenger_berths = 1,
.passenger_amenities_flags = 0,
.smugglers_hold_cu_m = 0, .base_cost = 150000,
.cu_m_fuel = 2000, .cu_m_o2 = 2000,
},
{
.type = ShipHaulerPrimeZ1, .drive_efficiency = 50, .life_support_efficiency = 2,
.type = ShipHaulerPrimeZ1, .drive_efficiency = 5, .life_support_efficiency = 2,
.vacuum_cargo_slots = 30, .climate_cargo_slots = 0, .passenger_berths = 0,
.passenger_amenities_flags = 0,
.smugglers_hold_cu_m = 0, .base_cost = 250000,
.cu_m_fuel = 2500, .cu_m_o2 = 1000,
},
{
.type = ShipNX400, .drive_efficiency = 60, .life_support_efficiency = 5,
.type = ShipNX400, .drive_efficiency = 6, .life_support_efficiency = 5,
.vacuum_cargo_slots = 3, .climate_cargo_slots = 0, .passenger_berths = 3,
.passenger_amenities_flags = 0,
.smugglers_hold_cu_m = 0, .base_cost = 250000,
@@ -488,8 +488,8 @@ fn u32 usedVacuumCargoSlots(PlayerShip ship) {
fn f32 priceForCommodity(CommodityType type, u32 quantity, bool bid) {
f32 result = 0.0;
Commodity details = COMMODITIES[type];
f32 max = details.price * 5;
f32 min = (f32)details.price / 5.0;
f32 max = details.price * 3;
f32 min = (f32)details.price / 3.0;
if (quantity == 0) {
return max;
}
@@ -502,16 +502,17 @@ fn f32 priceForCommodity(CommodityType type, u32 quantity, bool bid) {
}
// the bid/ask spread
if (bid) {
result = result * 0.98;
result = result * 0.97;
} else {
result = result * 1.02;
result = result * 1.03;
}
return result;
}
fn f32 calcInterestRate(u32 cost, u32 down_payment) {
f32 mortgage_rate = 10.0 *(1.0 - (3.0*(f32)down_payment / ((f32)cost/3.0)));
return mortgage_rate;
return 3.0;
//f32 mortgage_rate = 10.0 *(1.0 - (3.0*(f32)down_payment / ((f32)cost/3.0)));
//return mortgage_rate;
}
fn bool passengerJobEq(PassengerJobOffer a, PassengerJobOffer b) {