//professor/contents/tree/add
public Dictionary <string, object> _add(ActionExecutingContext c)
{
var j = bs.reqJson(c.HttpContext.Request); //{"r":3, "title":"트리 추가"}
var k = bs.reqPath(c.HttpContext.Request); //professor/contents/tree/add
if (!bs.S <bool>(k))
{
bs.S(k, true);
bs.msg(k + "/r", (value, rule, arg, safe) => "정수값을 입력하세요.");
bs.msg(k + "/title", (value, rule, arg, safe) => "문자열로 입력하세요.");
bs.vali(k, "r", "int:" + k + "/r", "title", "string:" + k + "/title"); //contree_rowid, title
}
var result = bs.valiResult();
if (!bs.vali(k).check(out result, bs.json2kv(j, "r", "title")))
{
bs.s("valiError", result);
return(null);
}
else
{
return(new Dictionary <string, object>()
{
{ "contree_rowid", result["r"].value },
{ "title", result["title"].value }
});
}
}
public Dictionary <string, object> _add(ActionExecutingContext c)
{
var j = bs.reqJson(c.HttpContext.Request); //{"cmps_r":3, "username":"******"}
var k = bs.reqPath(c.HttpContext.Request); //professor/add
if (!bs.S <bool>(k))
{
bs.S(k, true);
bs.msg(k + "/cmps_r", (value, rule, arg, safe) => "정수값을 입력하세요.");
bs.msg(k + "/username", (value, rule, arg, safe) => "잘못된 형식의 이름입니다.");
bs.vali(k, "cmps_r", "int:" + k + "/cmps_r", "username", "min[1]|max[10]");
}
var result = bs.valiResult();
if (!bs.vali(k).check(out result, bs.json2kv(j, "cmps_r", "username")))
{
bs.s("valiError", result);
return(null);
}
else
{
return(new Dictionary <string, object>()
{
{ "cmps_rowid", result["cmps_r"].value },
{ "username", result["username"].value }
});
}
}
static private GameObject go(object[] arg)
{
for (int i = 0; i < arg.Length;)
{
object key = arg[i++];
if (key is G)
{
switch ((G)key)
{
case G.x: _goCurr.__go.SendMessage("x", arg[i++]); break;
case G.y: _goCurr.__go.SendMessage("y", arg[i++]); break;
case G.texture: _goCurr.__go.SendMessage("tex", _texture[(string)arg[i++]]); break;
case G.uv: _goCurr.__go.SendMessage("uv", arg[i++]); break;
case G.width: _goCurr.__go.SendMessage("w", arg[i++]); break;
case G.height: _goCurr.__go.SendMessage("h", arg[i++]); break;
case G.active: _goCurr.__go.SendMessage("active", arg[i++]); break;
case G.pivot: _goCurr.__go.SendMessage("pivot", arg[i++]); break;
//case G.grid: _goCurr.__go.SendMessage( "grid", arg[i++] ); break;
case G.down0: _goCurr.__go.SendMessage("down0", arg[i++]); break;
case G.down1: _goCurr.__go.SendMessage("down1", arg[i++]); break;
case G.down2: _goCurr.__go.SendMessage("down2", arg[i++]); break;
case G.up0: _goCurr.__go.SendMessage("up0", arg[i++]); break;
case G.up1: _goCurr.__go.SendMessage("up1", arg[i++]); break;
case G.up2: _goCurr.__go.SendMessage("up2", arg[i++]); break;
case G.screen: _goCurr.__go.SendMessage("screen"); break;
case G.pixel: _goCurr.__go.SendMessage("pixel"); break;
case G.screenPos: _goCurr.__go.SendMessage("screenPos"); break;
case G.pixelPos: _goCurr.__go.SendMessage("pixelPos"); break;
case G.screenSize: _goCurr.__go.SendMessage("screenSize"); break;
case G.pixelSize: _goCurr.__go.SendMessage("pixelSize"); break;
}
}
else if (key is L)
{
switch ((L)key)
{
case L.range: _goCurr.lrange((float)arg[i++]); break;
case L.spotAngle: _goCurr.lspotAngle((float)arg[i++]); break;
case L.intensity: _goCurr.lintensity((float)arg[i++]); break;
}
}
else
{
switch ((string)key)
{
case "p": _goCurr.p((Vector3)arg[i++]); break;
case "x": _goCurr.x((float)arg[i++]); break;
case "y": _goCurr.y((float)arg[i++]); break;
case "z": _goCurr.z((float)arg[i++]); break;
case "r": _goCurr.r((Vector3)arg[i++]); break;
case "rx": _goCurr.rx((float)arg[i++]); break;
case "ry": _goCurr.ry((float)arg[i++]); break;
case "rz": _goCurr.rz((float)arg[i++]); break;
case "s": _goCurr.s((Vector3)arg[i++]); break;
case "sx": _goCurr.sx((float)arg[i++]); break;
case "sy": _goCurr.sy((float)arg[i++]); break;
case "sz": _goCurr.sz((float)arg[i++]); break;
case "name": _goCurr.name((string)arg[i++]); break;
case "com": _goCurr.com((string)arg[i++]); break;
case "com-": _goCurr.com_((string)arg[i++]); break;
case "msg": _goCurr.msg((string)arg[i++]); break;
case "C": _goCurr.c((Color)arg[i++]); break;
case "R": _goCurr.cr((float)arg[i++]); break;
case "G": _goCurr.cg((float)arg[i++]); break;
case "B": _goCurr.cb((float)arg[i++]); break;
case "A": _goCurr.ca((float)arg[i++]); break;
case "brightness": _goCurr.brightness((float)arg[i++]); break;
case "t(": i = _goCurr.tw(i, arg); break;
case "text": _goCurr.text((string)arg[i++], 0); break;
case "text+": _goCurr.text((string)arg[i++], 1); break;
case "+text": _goCurr.text((string)arg[i++], 2); break;
case "active": _goCurr.active((bool)arg[i++]); break;
}
}
}
_goCurr.flush();
return(_goCurr.__go);
}