public static void Resolve(State state, string filePath, string[] tokens, ref int i, string[] lines, List <string> outputLines, HashSet <string> usedLabelSet)
{
if (tokens.Length == 0)
{
outputLines.Add("-");
return;
}
var inputLine = i;
try {
switch (tokens[0])
{
case "closeSnowFallingAnim": {
outputLines.Add($"closeSnowFallingAnim();");
break;
}
case "openSnowFallingAnim": {
outputLines.Add($"openSnowFallingAnim();");
break;
}
case "unlockCG": {
var name = Kits.EscapeBackTick(tokens[1]);
outputLines.Add($"unlockCG($`{name}`);");
break;
}
case "playVoice": {
var name = Kits.EscapeBackTick(tokens[1]);
outputLines.Add($"playVoice($`{name}`);");
break;
}
case "makeFGHasYellowAmbient": {
var id = tokens[1];
outputLines.Add($"makeFGHasYellowAmbient({{ id: {id} }});");
break;
}
case "closeCherryBlossomAnim": {
outputLines.Add($"closeCherryBlossomAnim();");
break;
}
case "openCherryBlossomAnim": {
outputLines.Add($"openCherryBlossomAnim();");
break;
}
case "makeFGNormal": {
var id = tokens[1];
outputLines.Add($"makeFGNormal({{ id: {id} }});");
break;
}
case "makeFGTransparent": {
var id = tokens[1];
outputLines.Add($"makeFGTransparent({{ id: {id} }});");
break;
}
case "closeFog2": {
outputLines.Add($"closeFog2();");
break;
}
case "showFog2": {
outputLines.Add($"showFog2();");
break;
}
case "show_map_root_image_blinking_Anim": {
outputLines.Add($"show_map_root_image_blinking_Anim();");
break;
}
case "triggerFlash": {
outputLines.Add($"triggerFlash();");
break;
}
case "setFlashBrightness": {
var num = tokens[1];
var m = Config.rgb.Match(num);
if (m.Success == false)
{
outputLines.Add($"setFlashRGBColor({num}, {num}, {num});");
}
else
{
var r = m.Groups[1].Value;
var g = m.Groups[2].Value;
var b = m.Groups[3].Value;
outputLines.Add($"setFlashRGBColor({r}, {g}, {b});");
}
break;
}
case "setNumberOfFlash": {
var num = tokens[1];
outputLines.Add($"setNumberOfFlash({num});");
break;
}
case "jumpIfRandomIs": {
var num = tokens[1];
var label = tokens[2];
usedLabelSet.Add(label);
outputLines.Add($"ifRandomIs({num}).jump(lbl_{label});");
break;
}
case "random": {
var num = tokens[1];
outputLines.Add($"random({num});");
break;
}
case "setFGOrder_Unk": {
var a1 = tokens[1];
var a2 = tokens[2];
var a3 = tokens[3];
outputLines.Add($"setFGOrder_Unk({a1}, {a2}, {a3});");
break;
}
case "setFGOrder": {
var id1 = tokens[1];
var id2 = tokens[2];
var id3 = tokens[3];
outputLines.Add($"setFGRenderOrder({id1}, {id2}, {id3});");
break;
}
case "multifgload3": {
var name1 = Kits.EscapeBackTick(tokens[2]);
var name2 = Kits.EscapeBackTick(tokens[4]);
var name3 = Kits.EscapeBackTick(tokens[6]);
var x1 = tokens[7];
var x2 = tokens[8];
var x3 = tokens[9];
var useAnim = tokens[10];
outputLines.Add($"multifgload3({{ name1: `{name1}`, name2: `{name2}`, name3: `{name3}`, x1: {x1}, x2: {x2}, x3: {x3}, useAnim: {useAnim} }});");
break;
}
case "closeMapIndicatorAnim": {
outputLines.Add("closeMapIndicatorAnim();");
break;
}
case "waitForClick": {
outputLines.Add("waitForClick();");
break;
}
case "openMapCommentAnim": {
outputLines.Add("openMapCommentAnim();");
break;
}
case "setMapCommentSlotToDisplay": {
var slot = tokens[1];
outputLines.Add($"setMapCommentToDisplay({{ slot: {slot} }});");
break;
}
case "pickMapCommentByIndex2": {
var index = tokens[1];
outputLines.Add($"pickMapComment2({{ index: {index} }});");
break;
}
case "pickMapCommentByIndex": {
var index = tokens[1];
outputLines.Add($"pickMapComment({{ index: {index} }});");
break;
}
case "playMovie": {
var name = Kits.EscapeBackTick(tokens[1]);
outputLines.Add($"playMovie(`{name}`);");
break;
}
case "jump": {
var file = Kits.EscapeBackTick(tokens[1]);
outputLines.Add($"jump(`{file}`);");
break;
}
case "closeDimOverlay": {
outputLines.Add("closeDimOverlay();");
break;
}
case "showDimOverlay": {
outputLines.Add("showDimOverlay();");
break;
}
case "showFilter2": {
outputLines.Add("showFilter2();");
break;
}
case "closeDimInAndOutAndFilterAnim": {
outputLines.Add("closeDimInAndOutAndFilterAnim();");
break;
}
case "varop": {
var unk = string.Join(" ", tokens.Skip(1));
var m = Config.varop.Match(unk);
var type = m.Groups[1].Value;
var name = m.Groups[2].Value;
var op = m.Groups[3].Value;
var assignee = m.Groups[4].Value;
if (assignee.StartsWith("v_"))
{
assignee = assignee.Substring(2);
var num = Convert.ToUInt32(assignee, 16);
string _type = "";
if (num > 0 && num <= 0x1F)
{
_type = "g_";
}
else
{
_type = "l_";
}
var _subt = Kits.SubstituteVar(_type, assignee);
assignee = _type + _subt.var;
}
switch (type)
{
case "a4": {
var num = Convert.ToUInt32(name, 16);
if (num > 0 && num <= 0x1F)
{
type = "g_";
}
else
{
type = "l_";
}
break;
}
case "a2": type = "eff_"; break;
case "a0": type = "dimOff_"; break;
case "a3": type = "sys_"; break;
default: throw new InvalidSyntaxException($"Invalid varop type at line {inputLine + 1} of file '{filePath}'");
}
switch (op)
{
case ":=": op = "="; break;
case "+=": break;
}
var subt = Kits.SubstituteVar(type, name);
[email protected](assignee, out string subt_assignee);
outputLines.Add($"{type}{subt.var} {op} {(subt_assignee ?? assignee)};");
break;
}
case "delay": {
var interval = tokens[1];
outputLines.Add($"delay({{ interval: {interval} }});");
break;
}
case "removeBG": {
string mode = (tokens[1] == "3" ? "red" :
tokens[1] == "1" ? "white" :
tokens[1] == "0" ? "black" : null).ToUpper();
var transition = Convert.ToInt32(tokens[2] + tokens[3], 10);
outputLines.Add($"removeBG({{ mode: {mode}, transition: {transition} }});");
break;
}
case "setSceneTitleByIndex": {
var index = tokens[1];
outputLines.Add($"setSceneTitle({{ index: {index} }});");
break;
}
case "setDialogBoxColor": {
var color = tokens[1].ToUpper();
outputLines.Add($"setDialogBoxColor({color});");
break;
}
case "showTextbox": {
outputLines.Add("showTextbox();");
break;
}
case "text": {
Text.Resolve(state, filePath, tokens, ref i, lines, outputLines);
break;
}
case "hideTextbox": {
outputLines.Add("hideTextbox();");
break;
}
case "playSFX": {
var name = Kits.EscapeBackTick(tokens[1].ToUpper());
var a1 = tokens[2];
var volume = tokens[3];
outputLines.Add($"playSFX({{ name: `{name}`, a1: {a1}, volume: {volume} }});");
break;
}
case "waitForSFX": {
outputLines.Add("waitForSFX();");
break;
}
case "monoColorOverlay": {
var interval = tokens[1];
var color = (tokens[2] == "1" ? "white" : tokens[2] == "0" ? "black" : null).ToUpper();
outputLines.Add($"monoColorOverlay({{ interval: {interval}, color: {color} }});");
break;
}
case "bgloadCrop": {
var name = Kits.EscapeBackTick(tokens[2].ToUpper());
var transition = Convert.ToInt32(tokens[4] + tokens[3], 10);
var x = tokens[5];
var y = tokens[6];
var hx = tokens[7];
var hy = tokens[8];
outputLines.Add($"bgloadCrop({{ name: `{name}`, transition: {transition}, x: {x}, y: {y}, hx: {hx}, hy: {hy} }});");
break;
}
case "setKomoreType": {
var type = tokens[1];
outputLines.Add($"setKomoreType({type});");
break;
}
case "showKomoreAnim": {
outputLines.Add($"showKomoreAnim();");
break;
}
case "openShakeScreenAnim": {
outputLines.Add($"openShakeScreenAnim();");
break;
}
case "setMonoColorOverlayFadeOutDuration": {
var duration = tokens[1].Replace("VAR_c0_", "");
outputLines.Add($"setMonoColorOverlayFadeOutDuration({duration});");
break;
}
case "fadeOutMonoColorOverlay": {
outputLines.Add($"fadeOutMonoColorOverlay();");
break;
}
case "unSkippableDelay": {
var duration = tokens[1];
outputLines.Add($"unSkippableDelay({duration});");
break;
}
case "closeKomoreAnim": {
outputLines.Add("closeKomoreAnim();");
break;
}
case "closeShakeScreenAnim": {
outputLines.Add("closeShakeScreenAnim();");
break;
}
case "chapterCutin": {
var name = Kits.EscapeBackTick(tokens[1]);
outputLines.Add($"chapterCutin({{ name: `{name}` }});");
break;
}
case "stopSFX": {
outputLines.Add($"stopSFX()");
break;
}
case "playBGM": {
var num = tokens[1];
var volume = tokens[2];
outputLines.Add($"playBGM({{ num: {num}, volume: {volume} }});");
break;
}
case "bgload": {
var name = Kits.EscapeBackTick(tokens[2].ToUpper());
var transition = Convert.ToInt32(tokens[4] + tokens[3], 10);
outputLines.Add($"bgload({{ name: `{name}`, transition: {transition} }});");
break;
}
case "clock": {
var time = Kits.EscapeBackTick(tokens[1]);
outputLines.Add($"clock(`{time}`);");
break;
}
case "tweenZoom": {
var x = tokens[1];
var y = tokens[2];
var hx = tokens[3];
var hy = tokens[4];
var duration = tokens[5];
outputLines.Add($"tweenZoom({{ x: {x}, y: {y}, hx: {hx}, hy: {hy}, duration: {duration} }});");
break;
}
case "stopBGM": {
outputLines.Add("stopBGM();");
break;
}
case "setChangePerspectiveDirection": {
var from = (tokens[1] == "1" ? "from_right" : tokens[1] == "0" ? "from_left" : tokens[1] == "2" ? "from_both" : null).ToUpper();
outputLines.Add($"setChangePerspectiveDirection({from});");
break;
}
case "triggerChangePerspectiveAnim": {
outputLines.Add("triggerChangePerspectiveAnim();");
break;
}
case "fgload": {
var id = tokens[1];
var name = Kits.EscapeBackTick(tokens[3]);
var x = tokens[4];
var useAnim = tokens[5] == "3" ? "true" : "false";
outputLines.Add($"fgload({{ id: {id}, name: `{name}`, x: {x}, useAnim: {useAnim} }});");
break;
}
case "removeFG": {
var id = tokens[1];
var useAnim = tokens[2] == "3" ? "true" : "false";
outputLines.Add($"removeFG({{ id: {id}, useAnim: {useAnim} }});");
break;
}
case "multifgload2": {
var id1 = tokens[1];
var id2 = tokens[2];
var name1 = Kits.EscapeBackTick(tokens[4]);
var name2 = Kits.EscapeBackTick(tokens[6]);
var x1 = tokens[7];
var x2 = tokens[8];
var useAnim = tokens[9] == "3" ? "true" : "false";
outputLines.Add($"multifgload2({{ id1: {id1}, id2: {id2}, name1: `{name1}`, name2: `{name2}`, x1: {x1}, x2: {x2}, useAnim: {useAnim} }});");
break;
}
case "notActuallyGotoIfUnk":
case "unknown09":
case "unknown43":
case "unknown3c":
case "unknown3b":
case "unknown2b":
case "l_unk06":
case "l_unk0d":
case "l_unk12":
case "l_unk13":
case "l_unk15":
case "l_unk19":
case "l_unk28":
case "scriptLocationId":
case "choiceId": {
outputLines.Add("-");
break;
}
case "_switch": {
i += 1;
var m = Config.switch_varop.Match(lines[i]);
if (m.Success == false)
{
throw new InvalidSyntaxException($"Invalid _switch statement at line {inputLine + 1} of file '{filePath}'");
}
var variable = m.Groups[1].Value;
var num = Convert.ToUInt32(variable, 16);
var type = "";
if (num > 0 && num <= 0x1F)
{
type = "g_";
}
else
{
type = "l_";
}
var subt = Kits.SubstituteVar(type, variable);
i += 1;
var texts = new List <string>();
while (lines[i].Trim() != "")
{
var _tokens = lines[i].Split(new[] { ' ' }, StringSplitOptions.RemoveEmptyEntries);
var choice = _tokens[2];
[email protected](choice, out string subt_choice);
var label = _tokens[3];
texts.Add($"{Config.tab}case {subt_choice ?? choice}: goto(lbl_{label});");
usedLabelSet.Add(label);
state.switchLabelSet.Add(label);
i++;
}
var text = string.Join("\r\n", texts);
outputLines.Add($"switch ({type}{subt.var}) {{");
outputLines.Add(text);
outputLines.Add("}");
break;
}
case "goto": {
var label = tokens[1];
usedLabelSet.Add(label);
outputLines.Add($"goto(lbl_{label});");
state.switchLabelSet.Add(label);
break;
}
case "gotoif": {
var variable = tokens[5];
var comparision = tokens[6];
var opposed_value = tokens[8];
var label = tokens[11];
usedLabelSet.Add(label);
var num = Convert.ToUInt32(variable, 16);
var type = "";
if (num > 0 && num <= 0x1F)
{
type = "g_";
}
else
{
type = "l_";
}
var subt = Kits.SubstituteVar(type, variable);
[email protected](opposed_value, out string subt_value);
outputLines.Add($"if ({type}{subt.var} {comparision} {subt_value ?? opposed_value}) goto(lbl_{label});");
state.switchLabelSet.Add(label);
break;
}
case "shakeScreen": {
outputLines.Add("shakeScreen();");
break;
}
case "bgload_keepFg": {
var name = Kits.EscapeBackTick(tokens[2].ToUpper());
var transition = Convert.ToInt32(tokens[4] + tokens[3], 10);
outputLines.Add($"bgload_keepFg({{ name: `{name}`, transition: {transition} }});");
break;
}
case "multiremoveFG_Anim": {
var id1 = tokens[1];
var id2 = tokens[2];
var id3 = tokens[3];
outputLines.Add($"multiremoveFG({{ id1: {id1}, id2: {id2}, id3: {id3}, useAnim: true }});");
break;
}
case "multiremoveFG_Sta": {
var id1 = tokens[1];
var id2 = tokens[2];
var id3 = tokens[3];
outputLines.Add($"multiremoveFG({{ id1: {id1}, id2: {id2}, id3: {id3}, useAnim: false }});");
break;
}
case "shakeScreenHard": {
outputLines.Add("shakeScreenHard();");
break;
}
case "turnOnFullscreenTextMode": {
outputLines.Add("NVL_Mode();");
state.textMode = TextMode.NVL;
state.dialogCompleted = true;
break;
}
case "turnOffFullscreenTextMode": {
outputLines.Add("ADV_Mode();");
state.textMode = TextMode.ADV;
state.dialogCompleted = true;
break;
}
case "showDimInAndOutAnim": {
outputLines.Add("showDimInAndOutAnim();");
break;
}
default: {
throw new InvalidSyntaxException($"Unknown statement '{tokens[0]}' at line {inputLine + 1} of file '{filePath}'");
}
}
} catch (Exception e) {
if (e is InvalidSyntaxException)
{
throw;
}
throw new InvalidSyntaxException($"The syntax might be invalid or unknown at line {i + 1} of file '{filePath}", e);
}
}
public static void Resolve(State state, string filePath, string[] tokens, ref int i, string[] lines, List <string> outputLines)
{
i++;
var inputLine = i;
var texts = new List <string>();
var lastIsEmpty = false;
while (true)
{
if (Config.nextStatement.IsMatch(lines[i]))
{
if (lastIsEmpty)
{
texts.RemoveAt(texts.Count - 1);
i--;
break;
}
else
{
throw new InvalidSyntaxException($"Unexpected statement after text block at line {i + 1} of file '{filePath}");
}
}
if (lines[i].Trim() == "")
{
lastIsEmpty = true;
}
else
{
lastIsEmpty = false;
}
texts.Add(lines[i]);
i++;
}
var text = string.Join("\r\n", texts);
text = Config.inlineCommand1.Replace(text, m => {
return($"�{m}�");
});
string innerText = null;
List <TextToken> textTokens = new List <TextToken>();
var fragments = text.Split(new[] { '�' }, StringSplitOptions.RemoveEmptyEntries);
var isChoice = false;
foreach (var fragment in fragments)
{
if (isChoice == true)
{
throw new InvalidSyntaxException($"This range has other commands beside {{choice}} at line {inputLine + 1} of file '{filePath}'");
}
var m = Config.inlineCommand2.Match(fragment);
if (!m.Success)
{
// This is a text fragment
string name = "";
var _fragment = Config.nameTag.Replace(fragment, (_m) => {
name = _m.Groups[1].Value;
var name_comment = name;
name = Config.jsInvalidChar1.Replace(name, "_");
name = Config.jsInvalidChar2.Replace(name, "");
if (Config.codeProvider.IsValidIdentifier(name) == false)
{
if (name[0] == '?')
{
name = "Anon";
}
else
{
throw new InvalidSyntaxException($"Unknown name tag format at line {inputLine + 1} of file '{filePath}'");
}
}
if (name != name_comment)
{
name = $"//{name_comment}\r\n{Config.tab}{name}";
}
return("");
});
_fragment = Kits.FixJPTextInEnVer(_fragment);
textTokens.Add(new TextToken {
Name = "Text",
CharaName = name,
Text = Kits.EscapeBackTick(_fragment).Replace("\r\n", "\n").Replace("\r", "\n"),
});
continue;
}
var command = m.Groups[1].Value;
var _tokens = command.Split(new[] { ' ' }, StringSplitOptions.RemoveEmptyEntries);
var foundName = "";
var foundParams = new object[0];
switch (_tokens[0])
{
case "waitForClick":
case "clearText":
case "appendText":
case "waitForSound":
case "marker": {
foundName = _tokens[0];
break;
}
case "delay": {
foundName = "delay"; foundParams = new object[] { int.Parse(_tokens[1]) };
break;
}
case "sound": {
foundName = "sound"; foundParams = new object[] { Kits.EscapeBackTick(_tokens[1]) };
break;
}
case "nextPage": {
foundName = "nextPage"; foundParams = new object[] { int.Parse(_tokens[1]) };
break;
}
case "bigChar": {
foundName = "bigChar";
break;
}
case "choice": {
isChoice = true;
innerText = "";
var selections = command.Split(new[] { '|' }, StringSplitOptions.RemoveEmptyEntries).Skip(1);
foreach (var selection in selections)
{
string variable = null;
string realSelection = null;
var _selection = Config.condBlock.Replace(selection, (_m) => {
variable = _m.Groups[1].Value;
realSelection = _m.Groups[2].Value;
return("");
});
if (selection == _selection)
{
innerText += Config.tab + $"`{Kits.EscapeBackTick(selection)}`,\r\n";
}
else
{
var num = Convert.ToUInt32(variable, 16);
var type = "";
if (num > 0 && num <= 0x1F)
{
type = "g_";
}
else
{
type = "l_";
}
var subt = Kits.SubstituteVar(type, variable);
innerText += Config.tab + $"cond({type}{subt.var} != 0)`{Kits.EscapeBackTick(realSelection)}`,\r\n";
}
}
innerText = innerText.TrimEnd();
break;
}
default: {
throw new InvalidSyntaxException($"Unknown command '{_tokens[0]}' at line {inputLine + 1} of file '{filePath}'");
}
}
textTokens.Add(new TextToken {
Name = foundName,
Params = foundParams,
});
}
if (isChoice)
{
state.dialogCompleted = true;
outputLines.Add("choice(");
outputLines.Add(innerText);
outputLines.Add(");");
return;
}
IEnumerable <List <TextToken> > groupedToken;
var clearTextHitOuter = false;
groupedToken = textTokens
.Aggregate(new List <List <TextToken> >()
{
new List <TextToken>()
}, (acc, token) => {
if ((state.textMode == TextMode.NVL && (token.Name == "marker" || token.Name == "appendText")) ||
(state.textMode == TextMode.ADV && (token.Name == "marker")))
{
acc.Add(new List <TextToken>());
}
else
{
if (token.Name == "clearText")
{
clearTextHitOuter = true;
}
else
{
if (clearTextHitOuter == true && state.textMode == TextMode.ADV)
{
acc.Add(new List <TextToken>());
}
clearTextHitOuter = false;
}
acc.Last().Add(token);
}
return(acc);
})
.Where(e => e.Count > 0)
.Select(_tokens => {
var splittedDialogToken = _tokens.Aggregate(new List <List <TextToken> >()
{
new List <TextToken>()
}, (acc, token) => {
if (token.Name != "Text")
{
acc.Last().Add(token);
}
else
{
var newLineIdxs = token.Text.AllIndexOf("\n");
if (newLineIdxs.Count == 0)
{
acc.Last().Add(token);
}
else
{
foreach (var(idx, i) in newLineIdxs.Select((idx, i) => (idx, i)))
{
var subToken = token.Clone() as TextToken;
var previousIdx = i == 0 ? 0 : newLineIdxs[i - 1] + 1;
subToken.Text = subToken.Text.Substring(previousIdx, idx - previousIdx + 1);
subToken.CharaName = i == 0 ? subToken.CharaName : "";
acc.Last().Add(subToken);
acc.Add(new List <TextToken>());
if (i + 1 == newLineIdxs.Count)
{
var lastSubToken = token.Clone() as TextToken;
lastSubToken.Text = lastSubToken.Text.Substring(idx + 1);
lastSubToken.CharaName = "";
acc.Last().Add(lastSubToken);
}
}
}
}