qcsrc/server/cl_client.qh

   1 #pragma once
   2
   3 void ClientState_attach(entity this);
   4
   5 CLASS(Client, Object)
   6     /** Client name */
   7     ATTRIB(Client, netname, string, this.netname)
   8     ATTRIB(Client, colormap, int, this.colormap)
   9     ATTRIB(Client, team, int, this.team)
  10     ATTRIB(Client, clientcolors, int, this.clientcolors)
  11     /** Client IP */
  12     ATTRIB(Client, netaddress, string, this.netaddress)
  13     ATTRIB(Client, playermodel, string, this.playermodel)
  14     ATTRIB(Client, playerskin, int, this.playerskin)
  15
  16     /** fingerprint of CA key the player used to authenticate */
  17     ATTRIB(Client, crypto_keyfp, string, this.crypto_keyfp)
  18     /** fingerprint of CA key the server used to authenticate to the player */
  19     ATTRIB(Client, crypto_mykeyfp, string, this.crypto_mykeyfp)
  20     /** fingerprint of ID used by the player entity, or string_null if not identified */
  21     ATTRIB(Client, crypto_idfp, string, this.crypto_idfp)
  22     /** set if the player's ID has been signed */
  23     ATTRIB(Client, crypto_idfp_signed, bool, this.crypto_idfp_signed)
  24     /** the string "AES128" if encrypting, and string_null if plaintext */
  25     ATTRIB(Client, crypto_encryptmethod, string, this.crypto_encryptmethod)
  26     /** the string "HMAC-SHA256" if signing, and string_null if plaintext */
  27     ATTRIB(Client, crypto_signmethod, string, this.crypto_signmethod)
  28
  29     // custom
  30
  31     ATTRIB(Client, flags, int, this.flags)
  32     ATTRIB(Client, playerid, int, this.playerid)
  33
  34     METHOD(Client, m_unwind, bool(Client this));
  35
  36     INIT(Client) {
  37         if (this.m_unwind(this)) return this;
  38         this.classname = "player_joining";
  39         this.flags = FL_CLIENT;
  40         static int playerid_last;
  41         this.playerid = ++playerid_last;
  42         ClientState_attach(this);
  43     }
  44 ENDCLASS(Client)
  45
  46 CLASS(Observer, Client)
  47     INIT(Observer) {
  48         this.classname = STR_OBSERVER;
  49     }
  50     DESTRUCTOR(Observer) { }
  51 ENDCLASS(Observer)
  52
  53 CLASS(Spectator, Client)
  54     INIT(Spectator) {
  55         this.classname = STR_SPECTATOR;
  56     }
  57     DESTRUCTOR(Spectator) { }
  58 ENDCLASS(Spectator)
  59
  60 CLASS(Player, Client)
  61     INIT(Player) {
  62         this.classname = STR_PLAYER;
  63     }
  64     DESTRUCTOR(Player) { }
  65 ENDCLASS(Player)
  66
  67 METHOD(Client, m_unwind, bool(Client this))
  68 {
  69     TC(Client, this);
  70     #define UNWIND(class) MACRO_BEGIN if (this.instanceOf##class) { METHOD_REFERENCE(class, dtorimpl)(this); } MACRO_END
  71     switch (this.classname) {
  72         case "Observer":
  73             UNWIND(Spectator);
  74             UNWIND(Player);
  75             return true;
  76         case "Spectator":
  77             UNWIND(Observer);
  78             UNWIND(Player);
  79             return true;
  80         case "Player":
  81             UNWIND(Observer);
  82             UNWIND(Spectator);
  83             return true;
  84     }
  85     #undef UNWIND
  86     return false;
  87 }
  88
  89 float c1, c2, c3, c4;
  90
  91 void play_countdown(float finished, Sound samp);
  92
  93 float CalcRotRegen(float current, float regenstable, float regenfactor, float regenlinear, float regenframetime, float rotstable, float rotfactor, float rotlinear, float rotframetime, float limit);
  94
  95 float Spectate(entity pl);
  96
  97 #define SPECTATE_COPY() [[accumulate]] void SpectateCopy(entity this, entity spectatee)
  98 #define SPECTATE_COPYFIELD(fld) SPECTATE_COPY() { this.(fld) = spectatee.(fld); }