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oldgregg

Game Input from an XML file

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Hi guys,

I'm tasked with creating a class that can read in input for a game, from an XML file.
I have no idea where to start, I'm not even sure what to google.

I was wondering has anyone around done this before? And if so do you have any pointers?

Thanks.

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That's going to depend a lot on how the game's input system is written.

For a well designed system, it could be as simple as reading a file that's just a list of timestamps and actions to trigger.

For a badly designed system, it might mean rewriting a ton of code so that this is even remotely practical.


We'll need a lot more context to really be specifically helpful here I think.

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Sorry I was a little vague.

A bit more on the background may help.
I'm producing a game engine. That can be used to create multiple different genre games.(Platformer, RPG, Shooter, Etc) So it has to be versatile and not hardcoded in any particular way. The way my group have been told to do this is to hard code parts to read in XML files which we can change in order to give the desired results. (Obviously this will still involve hard coding parts but we need to keep it minimal)

So for example, For the input system, if it was a Shooter game, then say 'A' would be Shoot. And this would be specified in the external XML file.

However if it was a platformer, 'A' might be jump. So it would just be a case of having the XML file say 'A' maps to 'JUMP'.
The code would then read that 'A' was pressed and then link to the XML to find out what should be done.

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While I've done this work in C++, you can get a generic idea of how it would work with C# and XNA. Here is a configuration file I use to define the user preferences (Note, I have comments wrapped in <!-- --> with #'s before the comments):
[code]
<?xml version="1.0" ?>
<GravithonConfig>
<!--
# Configuration file for Gravithon
# Set the movement keys, mouse sensitivity, and screen resolution here
# Set the Keys that Gravithon Will use for Moving and Firing
# Possible selections: MouseLButton, MouseRButton,
# RCtrl, LCtrl, RShift, LShift, RAlt, LAlt, Space, Return
# CursorRight, CursorLeft, CursorUp, and CursorDown
# other keys are as is on keyboard without shift
# Example: Left: ]
# would set the ']' key to left
# NOTE!! use lower-case keys !!!
# Default is:
# <Left>a</Left>
# <Right>d</Right>
# <Down>s</Down>
# <Up>w</Up>
# <Fire>MouseLButton</Fire>
# <SpecialFire>MouseRButton</SpecialFire>
# -----------------------------------------
# Set Movement Keys
# -----------------------------------------
-->
<Left>a</Left>
<Right>d</Right>
<Up>w</Up>
<Down>s</Down>
<Fire>MouseLButton</Fire>
<SpecialFire>MouseRButton</SpecialFire>
<!--
# Set Mouse Sensitivty
# The Higher, the less sensitive
# Default is:
# <MouseSensitivity>300</MouseSensitivity>
# -----------------------------------------
# Set Mouse Sensitivity
# -----------------------------------------
-->
<MouseSensitivity>300</MouseSensitivity>
<!--
# Set the screen resolution
# Set "FullScreen: Yes" to make it be full screen
# Default is:
# <ScreenWidth>1280</ScreenWidth>
# <ScreenHeight>960</ScreenHeight>
# <FullScreen>No</FullScreen>
# -----------------------------------------
# Set Screen Resolution
# -----------------------------------------
-->
<ScreenWidth>1680</ScreenWidth>
<ScreenHeight>1050</ScreenHeight>
<FullScreen>Yes</FullScreen>
[/code]

For your question, the important piece is from here:
[code]
<Left>a</Left>
<Right>d</Right>
<Up>w</Up>
<Down>s</Down>
<Fire>MouseLButton</Fire>
<SpecialFire>MouseRButton</SpecialFire>
[/code]

To read this data and use it, I make calls to my Utilities functions.
Here's Utilities.h
[code]
#ifndef _UTILITIES_H
#define _UTILITIES_H
/******************************************************************
*
* Utilities.h
*
*******************************************************************/
#include "Types.h"
typedef enum
{
GAME_KEY_LEFT,
GAME_KEY_RIGHT,
GAME_KEY_UP,
GAME_KEY_DOWN,
GAME_KEY_FIRE,
GAME_KEY_SPECIAL_FIRE,
GAME_KEY_MAX
} etGameKeys;
class Utilities
{
public:
static void LoadConfig(char *pcFilename);
static BOOL KeyIsDown(const sf::Input& Input, etGameKeys eQKey);
static sf::Key::Code CheckKeyRange(const sf::Input& Input,
sf::Key::Code Key1,
sf::Key::Code Key2);
static U32 MouseSensitivityGet(void);
static void ScreenResolutionGet(U32 &u32ScreenX, U32 &u32ScreenY,
BOOL &bFullScreen);
static sf::Image *ImageGet(std::string FileName);
static void ImagesFree(void);
};
#endif/* _UTILITIES_H */
[/code]

And Utilities.cpp Take note of the functions Utilities::LoadConfig(), UpdateSettings(), and Utilities::KeyIsDown()
[code]
/******************************************************************************
* Utilities.cpp
******************************************************************************/
#include <stdlib.h>
#include <stdio.h>
#include <chipmunk.h>
#include <SFML/System.hpp>
#include <SFML/Graphics.hpp>
#include <iostream>
#include <math.h>
#include <windows.h>
#include "Utilities.h"
#include <string>
#include "tinyxml.h"

#define MOUSE_SENSITIVITY_LOC (U32)GAME_KEY_MAX
#define SCREEN_WIDTH_LOC (MOUSE_SENSITIVITY_LOC+1)
#define SCREEN_HEIGHT_LOC (MOUSE_SENSITIVITY_LOC+2)
#define IS_FULL_SCREEN (MOUSE_SENSITIVITY_LOC+3)
#define MAX_CONFIG_OPTIONS (MOUSE_SENSITIVITY_LOC+4)
// previous config had : after end of name
char *gpCfgStrings[MAX_CONFIG_OPTIONS] =
{
"Left",
"Right",
"Up",
"Down",
"Fire",
"SpecialFire",
"MouseSensitivity",
"ScreenWidth",
"ScreenHeight",
"FullScreen"
};
typedef struct
{
BOOL bMouseKey;
sf::Key::Code SfKey;
sf::Mouse::Button SFButton;
} tKeyHash;
typedef struct
{
std::string ConfigName;
tKeyHash KeyHash;
} tInputConfigNames;
// Available names for config file setting
tInputConfigNames gInputConfigNames[] =
{
{ "MouseLButton", {TRUE, sf::Key::A, sf::Mouse::Left} },
{ "MouseRButton", {TRUE, sf::Key::A, sf::Mouse::Right} },
{ "RCtrl", {FALSE, sf::Key::RControl, sf::Mouse::Left} },
{ "LCtrl", {FALSE, sf::Key::LControl, sf::Mouse::Left} },
{ "RShift", {FALSE, sf::Key::RShift, sf::Mouse::Left} },
{ "LShift", {FALSE, sf::Key::LShift, sf::Mouse::Left} },
{ "RAlt", {FALSE, sf::Key::RAlt, sf::Mouse::Left} },
{ "LAlt", {FALSE, sf::Key::LAlt, sf::Mouse::Left} },
{ "Space", {FALSE, sf::Key::Space, sf::Mouse::Left} },
{ "Return", {FALSE, sf::Key::Return, sf::Mouse::Left} },
{ "CursorRight", {FALSE, sf::Key::Right, sf::Mouse::Left} },
{ "CursorLeft", {FALSE, sf::Key::Left, sf::Mouse::Left} },
{ "CursorUp", {FALSE, sf::Key::Up, sf::Mouse::Left} },
{ "CursorDown", {FALSE, sf::Key::Down, sf::Mouse::Left} },
{ ",", {FALSE, sf::Key::Comma, sf::Mouse::Left} },
{ ".", {FALSE, sf::Key::Period, sf::Mouse::Left} },
{ "/", {FALSE, sf::Key::Slash, sf::Mouse::Left} },
{ ";", {FALSE, sf::Key::SemiColon, sf::Mouse::Left} },
{ "\'", {FALSE, sf::Key::Quote, sf::Mouse::Left} },
{ "[", {FALSE, sf::Key::LBracket, sf::Mouse::Left} },
{ "]", {FALSE, sf::Key::RBracket, sf::Mouse::Left} },
{ "\\", {FALSE, sf::Key::BackSlash, sf::Mouse::Left} }
};

/* strings for certain array locations */
tKeyHash gKeyHash[GAME_KEY_MAX] =
{
{FALSE, sf::Key::A, sf::Mouse::Left},
{FALSE, sf::Key::D, sf::Mouse::Left},
{FALSE, sf::Key::W, sf::Mouse::Left},
{FALSE, sf::Key::S, sf::Mouse::Left},
{TRUE, sf::Key::RControl, sf::Mouse::Left},
{TRUE, sf::Key::RControl, sf::Mouse::Right},
};
U32 gu32MouseSens = 270;
U32 gu32ScreenWidth = 1024;
U32 gu32ScreenHeight = 768;
BOOL gbFullScreen = FALSE;
static void UpdateSettings(C8 *pcSetting, U32 u32Option);
std::map<std::string, sf::Image*> gImageMap;
/******************************************************************************
*
* ImageGet() - Return an SFML image from a file name, being sure not to
* load one twice
*
******************************************************************************/
sf::Image *Utilities::ImageGet(std::string FileName)
{
// check if we've loaded this one already
if (gImageMap.count(FileName) == 0)
{
gImageMap[FileName] = new sf::Image();
if (gImageMap[FileName]->LoadFromFile(FileName.c_str()))
{
gImageMap[FileName]->CreateMaskFromColor(sf::Color(255, 0, 255, 255));
}
else
{
printf("Failed to load image %s\n", FileName.c_str());
}
}
return gImageMap[FileName];
}
/******************************************************************************
*
* ImagesFree() - Free all the images
*
******************************************************************************/
void Utilities::ImagesFree(void)
{
std::map<std::string, sf::Image*>::iterator it;
for (it = gImageMap.begin(); it != gImageMap.end(); it++)
{
delete it->second;
}
}
/******************************************************************************
*
* LoadConfig() - Load and parse the config files setting up the users
* preferences
*
******************************************************************************/
void Utilities::LoadConfig(char *pcFilename)
{
TiXmlDocument doc(pcFilename);
// load and check if it was successful
if (doc.LoadFile())
{
TiXmlElement *root = doc.RootElement();
for(TiXmlElement* example = root->FirstChildElement(); example;
example = example->NextSiblingElement())
{
std::string ConfigStr = example->ValueStr();
printf("Found Config %s .. ", ConfigStr.c_str());
for (U32 i = 0; i < MAX_CONFIG_OPTIONS; i++)
{
if (strcmp(ConfigStr.c_str(), gpCfgStrings[i]) == 0)
{
std::string SettingStr = example->GetText();
printf("Map to %s\n", SettingStr.c_str());
UpdateSettings((C8 *)SettingStr.c_str(), i);
break;
}
}
}
}
else
{
printf("Filed opening %s\n", pcFilename);
}
}
/******************************************************************************
*
* KeyIsDown() - Check if the given enum key is down using the configured
* keyhash setup during configuration.
*
******************************************************************************/
BOOL Utilities::KeyIsDown(const sf::Input& Input, etGameKeys eQKey)
{
BOOL bDown = FALSE;
if (eQKey < GAME_KEY_MAX)
{
if (gKeyHash[eQKey].bMouseKey)
{
if (Input.IsMouseButtonDown(gKeyHash[eQKey].SFButton))
{
bDown = TRUE;
}
}
else
{
if (Input.IsKeyDown(gKeyHash[eQKey].SfKey))
{
bDown = TRUE;
}
}
}
return bDown;
}
/******************************************************************************
*
* CheckKeyRange() - Checks if a key is down with the range key1 - key2
*
******************************************************************************/
sf::Key::Code Utilities::CheckKeyRange(const sf::Input& Input,
sf::Key::Code Key1,
sf::Key::Code Key2)
{
sf::Key::Code KeyDown = sf::Key::Count;
U32 u32Key1 = static_cast<U32>(Key1);
U32 u32Key2 = static_cast<U32>(Key2);
while (u32Key2 >= u32Key1)
{
if (Input.IsKeyDown(Key1))
{
KeyDown = Key1;
break;
}
u32Key1++;
Key1 = static_cast<sf::Key::Code>(u32Key1);
}
return KeyDown;
}
/******************************************************************************
*
* MouseSensitivityGet() - Return the mouse sensitivity setting
*
******************************************************************************/
U32 Utilities::MouseSensitivityGet(void)
{
return gu32MouseSens;
}
/******************************************************************************
*
* ScreenResolutionGet() - Return The Horizontal, Vertical resolution of the
* screen and the full screen setting
*
******************************************************************************/
void Utilities::ScreenResolutionGet(U32 &u32ScreenX, U32 &u32ScreenY,
BOOL &bFullScreen)
{
#warning Check resolutions are valid
u32ScreenX = gu32ScreenWidth;
u32ScreenY = gu32ScreenHeight;
bFullScreen = gbFullScreen;
}
/******************************************************************************
*
* UpdateSettings() - Store off the configuration setting read from xml file
*
******************************************************************************/
static void UpdateSettings(C8 *pcSetting, U32 u32Option)
{
U32 u32Value;
std::string SettingStr(pcSetting);
BOOL bFoundName = FALSE;
if (u32Option >= GAME_KEY_MAX)
{
u32Value = atoi(pcSetting);
//printf("Setting option %d value %d\n", u32Option, u32Value);
if (u32Option == MOUSE_SENSITIVITY_LOC)
{
gu32MouseSens = u32Value;
}
else if (u32Option == SCREEN_WIDTH_LOC)
{
gu32ScreenWidth = u32Value;
}
else if (u32Option == SCREEN_HEIGHT_LOC)
{
gu32ScreenHeight = u32Value;
}
else
{
gbFullScreen = FALSE;
/* it's Full Screen, get Yes or No */
if (strcmp(pcSetting, "Yes") == 0)
{
printf("It's Fullscreen!\n");
gbFullScreen = TRUE;
}
}
return;
}
for(int i = 0; i < sizeof(gInputConfigNames)/sizeof(tInputConfigNames); i++)
{
if (SettingStr == gInputConfigNames[i].ConfigName)
{
gKeyHash[u32Option] = gInputConfigNames[i].KeyHash;
bFoundName = TRUE;
break;
}
}
if (!bFoundName)
{
/* it should be a single character */
C8 c8Key = pcSetting[0];
if ((c8Key >= 'a') && (c8Key <= 'z'))
{
gKeyHash[u32Option].SfKey = (sf::Key::Code)c8Key;
}
}
}
[/code]

Good Luck!

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[quote name='BeerNutts' timestamp='1353283590' post='5002167']
While I've done this work in C++, you can get a generic idea of how it would work with C# and XNA. Here is a configuration file I use to define the user preferences (Note, I have comments wrapped in <!-- --> with #'s before the comments):
[code]
<?xml version="1.0" ?>
<GravithonConfig>
<!--
# Configuration file for Gravithon
# Set the movement keys, mouse sensitivity, and screen resolution here
# Set the Keys that Gravithon Will use for Moving and Firing
# Possible selections: MouseLButton, MouseRButton,
# RCtrl, LCtrl, RShift, LShift, RAlt, LAlt, Space, Return
# CursorRight, CursorLeft, CursorUp, and CursorDown
# other keys are as is on keyboard without shift
# Example: Left: ]
# would set the ']' key to left
# NOTE!! use lower-case keys !!!
# Default is:
# <Left>a</Left>
# <Right>d</Right>
# <Down>s</Down>
# <Up>w</Up>
# <Fire>MouseLButton</Fire>
# <SpecialFire>MouseRButton</SpecialFire>
# -----------------------------------------
# Set Movement Keys
# -----------------------------------------
-->
<Left>a</Left>
<Right>d</Right>
<Up>w</Up>
<Down>s</Down>
<Fire>MouseLButton</Fire>
<SpecialFire>MouseRButton</SpecialFire>
<!--
# Set Mouse Sensitivty
# The Higher, the less sensitive
# Default is:
# <MouseSensitivity>300</MouseSensitivity>
# -----------------------------------------
# Set Mouse Sensitivity
# -----------------------------------------
-->
<MouseSensitivity>300</MouseSensitivity>
<!--
# Set the screen resolution
# Set "FullScreen: Yes" to make it be full screen
# Default is:
# <ScreenWidth>1280</ScreenWidth>
# <ScreenHeight>960</ScreenHeight>
# <FullScreen>No</FullScreen>
# -----------------------------------------
# Set Screen Resolution
# -----------------------------------------
-->
<ScreenWidth>1680</ScreenWidth>
<ScreenHeight>1050</ScreenHeight>
<FullScreen>Yes</FullScreen>
[/code]

For your question, the important piece is from here:
[code]
<Left>a</Left>
<Right>d</Right>
<Up>w</Up>
<Down>s</Down>
<Fire>MouseLButton</Fire>
<SpecialFire>MouseRButton</SpecialFire>
[/code]

To read this data and use it, I make calls to my Utilities functions.
Here's Utilities.h
[code]
#ifndef _UTILITIES_H
#define _UTILITIES_H
/******************************************************************
*
* Utilities.h
*
*******************************************************************/
#include "Types.h"
typedef enum
{
GAME_KEY_LEFT,
GAME_KEY_RIGHT,
GAME_KEY_UP,
GAME_KEY_DOWN,
GAME_KEY_FIRE,
GAME_KEY_SPECIAL_FIRE,
GAME_KEY_MAX
} etGameKeys;
class Utilities
{
public:
static void LoadConfig(char *pcFilename);
static BOOL KeyIsDown(const sf::Input& Input, etGameKeys eQKey);
static sf::Key::Code CheckKeyRange(const sf::Input& Input,
sf::Key::Code Key1,
sf::Key::Code Key2);
static U32 MouseSensitivityGet(void);
static void ScreenResolutionGet(U32 &u32ScreenX, U32 &u32ScreenY,
BOOL &bFullScreen);
static sf::Image *ImageGet(std::string FileName);
static void ImagesFree(void);
};
#endif/* _UTILITIES_H */
[/code]

And Utilities.cpp Take note of the functions Utilities::LoadConfig(), UpdateSettings(), and Utilities::KeyIsDown()
[code]
/******************************************************************************
* Utilities.cpp
******************************************************************************/
#include <stdlib.h>
#include <stdio.h>
#include <chipmunk.h>
#include <SFML/System.hpp>
#include <SFML/Graphics.hpp>
#include <iostream>
#include <math.h>
#include <windows.h>
#include "Utilities.h"
#include <string>
#include "tinyxml.h"

#define MOUSE_SENSITIVITY_LOC (U32)GAME_KEY_MAX
#define SCREEN_WIDTH_LOC (MOUSE_SENSITIVITY_LOC+1)
#define SCREEN_HEIGHT_LOC (MOUSE_SENSITIVITY_LOC+2)
#define IS_FULL_SCREEN (MOUSE_SENSITIVITY_LOC+3)
#define MAX_CONFIG_OPTIONS (MOUSE_SENSITIVITY_LOC+4)
// previous config had : after end of name
char *gpCfgStrings[MAX_CONFIG_OPTIONS] =
{
"Left",
"Right",
"Up",
"Down",
"Fire",
"SpecialFire",
"MouseSensitivity",
"ScreenWidth",
"ScreenHeight",
"FullScreen"
};
typedef struct
{
BOOL bMouseKey;
sf::Key::Code SfKey;
sf::Mouse::Button SFButton;
} tKeyHash;
typedef struct
{
std::string ConfigName;
tKeyHash KeyHash;
} tInputConfigNames;
// Available names for config file setting
tInputConfigNames gInputConfigNames[] =
{
{ "MouseLButton", {TRUE, sf::Key::A, sf::Mouse::Left} },
{ "MouseRButton", {TRUE, sf::Key::A, sf::Mouse::Right} },
{ "RCtrl", {FALSE, sf::Key::RControl, sf::Mouse::Left} },
{ "LCtrl", {FALSE, sf::Key::LControl, sf::Mouse::Left} },
{ "RShift", {FALSE, sf::Key::RShift, sf::Mouse::Left} },
{ "LShift", {FALSE, sf::Key::LShift, sf::Mouse::Left} },
{ "RAlt", {FALSE, sf::Key::RAlt, sf::Mouse::Left} },
{ "LAlt", {FALSE, sf::Key::LAlt, sf::Mouse::Left} },
{ "Space", {FALSE, sf::Key::Space, sf::Mouse::Left} },
{ "Return", {FALSE, sf::Key::Return, sf::Mouse::Left} },
{ "CursorRight", {FALSE, sf::Key::Right, sf::Mouse::Left} },
{ "CursorLeft", {FALSE, sf::Key::Left, sf::Mouse::Left} },
{ "CursorUp", {FALSE, sf::Key::Up, sf::Mouse::Left} },
{ "CursorDown", {FALSE, sf::Key::Down, sf::Mouse::Left} },
{ ",", {FALSE, sf::Key::Comma, sf::Mouse::Left} },
{ ".", {FALSE, sf::Key::Period, sf::Mouse::Left} },
{ "/", {FALSE, sf::Key::Slash, sf::Mouse::Left} },
{ ";", {FALSE, sf::Key::SemiColon, sf::Mouse::Left} },
{ "\'", {FALSE, sf::Key::Quote, sf::Mouse::Left} },
{ "[", {FALSE, sf::Key::LBracket, sf::Mouse::Left} },
{ "]", {FALSE, sf::Key::RBracket, sf::Mouse::Left} },
{ "\\", {FALSE, sf::Key::BackSlash, sf::Mouse::Left} }
};

/* strings for certain array locations */
tKeyHash gKeyHash[GAME_KEY_MAX] =
{
{FALSE, sf::Key::A, sf::Mouse::Left},
{FALSE, sf::Key::D, sf::Mouse::Left},
{FALSE, sf::Key::W, sf::Mouse::Left},
{FALSE, sf::Key::S, sf::Mouse::Left},
{TRUE, sf::Key::RControl, sf::Mouse::Left},
{TRUE, sf::Key::RControl, sf::Mouse::Right},
};
U32 gu32MouseSens = 270;
U32 gu32ScreenWidth = 1024;
U32 gu32ScreenHeight = 768;
BOOL gbFullScreen = FALSE;
static void UpdateSettings(C8 *pcSetting, U32 u32Option);
std::map<std::string, sf::Image*> gImageMap;
/******************************************************************************
*
* ImageGet() - Return an SFML image from a file name, being sure not to
* load one twice
*
******************************************************************************/
sf::Image *Utilities::ImageGet(std::string FileName)
{
// check if we've loaded this one already
if (gImageMap.count(FileName) == 0)
{
gImageMap[FileName] = new sf::Image();
if (gImageMap[FileName]->LoadFromFile(FileName.c_str()))
{
gImageMap[FileName]->CreateMaskFromColor(sf::Color(255, 0, 255, 255));
}
else
{
printf("Failed to load image %s\n", FileName.c_str());
}
}
return gImageMap[FileName];
}
/******************************************************************************
*
* ImagesFree() - Free all the images
*
******************************************************************************/
void Utilities::ImagesFree(void)
{
std::map<std::string, sf::Image*>::iterator it;
for (it = gImageMap.begin(); it != gImageMap.end(); it++)
{
delete it->second;
}
}
/******************************************************************************
*
* LoadConfig() - Load and parse the config files setting up the users
* preferences
*
******************************************************************************/
void Utilities::LoadConfig(char *pcFilename)
{
TiXmlDocument doc(pcFilename);
// load and check if it was successful
if (doc.LoadFile())
{
TiXmlElement *root = doc.RootElement();
for(TiXmlElement* example = root->FirstChildElement(); example;
example = example->NextSiblingElement())
{
std::string ConfigStr = example->ValueStr();
printf("Found Config %s .. ", ConfigStr.c_str());
for (U32 i = 0; i < MAX_CONFIG_OPTIONS; i++)
{
if (strcmp(ConfigStr.c_str(), gpCfgStrings[i]) == 0)
{
std::string SettingStr = example->GetText();
printf("Map to %s\n", SettingStr.c_str());
UpdateSettings((C8 *)SettingStr.c_str(), i);
break;
}
}
}
}
else
{
printf("Filed opening %s\n", pcFilename);
}
}
/******************************************************************************
*
* KeyIsDown() - Check if the given enum key is down using the configured
* keyhash setup during configuration.
*
******************************************************************************/
BOOL Utilities::KeyIsDown(const sf::Input& Input, etGameKeys eQKey)
{
BOOL bDown = FALSE;
if (eQKey < GAME_KEY_MAX)
{
if (gKeyHash[eQKey].bMouseKey)
{
if (Input.IsMouseButtonDown(gKeyHash[eQKey].SFButton))
{
bDown = TRUE;
}
}
else
{
if (Input.IsKeyDown(gKeyHash[eQKey].SfKey))
{
bDown = TRUE;
}
}
}
return bDown;
}
/******************************************************************************
*
* CheckKeyRange() - Checks if a key is down with the range key1 - key2
*
******************************************************************************/
sf::Key::Code Utilities::CheckKeyRange(const sf::Input& Input,
sf::Key::Code Key1,
sf::Key::Code Key2)
{
sf::Key::Code KeyDown = sf::Key::Count;
U32 u32Key1 = static_cast<U32>(Key1);
U32 u32Key2 = static_cast<U32>(Key2);
while (u32Key2 >= u32Key1)
{
if (Input.IsKeyDown(Key1))
{
KeyDown = Key1;
break;
}
u32Key1++;
Key1 = static_cast<sf::Key::Code>(u32Key1);
}
return KeyDown;
}
/******************************************************************************
*
* MouseSensitivityGet() - Return the mouse sensitivity setting
*
******************************************************************************/
U32 Utilities::MouseSensitivityGet(void)
{
return gu32MouseSens;
}
/******************************************************************************
*
* ScreenResolutionGet() - Return The Horizontal, Vertical resolution of the
* screen and the full screen setting
*
******************************************************************************/
void Utilities::ScreenResolutionGet(U32 &u32ScreenX, U32 &u32ScreenY,
BOOL &bFullScreen)
{
#warning Check resolutions are valid
u32ScreenX = gu32ScreenWidth;
u32ScreenY = gu32ScreenHeight;
bFullScreen = gbFullScreen;
}
/******************************************************************************
*
* UpdateSettings() - Store off the configuration setting read from xml file
*
******************************************************************************/
static void UpdateSettings(C8 *pcSetting, U32 u32Option)
{
U32 u32Value;
std::string SettingStr(pcSetting);
BOOL bFoundName = FALSE;
if (u32Option >= GAME_KEY_MAX)
{
u32Value = atoi(pcSetting);
//printf("Setting option %d value %d\n", u32Option, u32Value);
if (u32Option == MOUSE_SENSITIVITY_LOC)
{
gu32MouseSens = u32Value;
}
else if (u32Option == SCREEN_WIDTH_LOC)
{
gu32ScreenWidth = u32Value;
}
else if (u32Option == SCREEN_HEIGHT_LOC)
{
gu32ScreenHeight = u32Value;
}
else
{
gbFullScreen = FALSE;
/* it's Full Screen, get Yes or No */
if (strcmp(pcSetting, "Yes") == 0)
{
printf("It's Fullscreen!\n");
gbFullScreen = TRUE;
}
}
return;
}
for(int i = 0; i < sizeof(gInputConfigNames)/sizeof(tInputConfigNames); i++)
{
if (SettingStr == gInputConfigNames[i].ConfigName)
{
gKeyHash[u32Option] = gInputConfigNames[i].KeyHash;
bFoundName = TRUE;
break;
}
}
if (!bFoundName)
{
/* it should be a single character */
C8 c8Key = pcSetting[0];
if ((c8Key >= 'a') && (c8Key <= 'z'))
{
gKeyHash[u32Option].SfKey = (sf::Key::Code)c8Key;
}
}
}
[/code]

Good Luck!
[/quote]


This is exactly what I needed, Thank you so much!
You've more than answered my question :D!

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