Files
Open-Shell-Menu/Src/Lib/SettingsParser.h
Xenhat f4dd56155b Rebrand to Open-Shell (#36) (#58)
* Rebrand to Open-Shell

* Slight installer branding improvement
2018-08-05 15:22:10 -04:00

105 lines
3.4 KiB
C++

// Classic Shell (c) 2009-2017, Ivo Beltchev
// Open-Shell (c) 2017-2018, The Open-Shell Team
// Confidential information of Ivo Beltchev. Not for disclosure or distribution without prior written consent from the author
#pragma once
#include <vector>
///////////////////////////////////////////////////////////////////////////////
class CSettingsParser
{
public:
// Reads a file into m_Text
bool LoadText( const wchar_t *fname );
// Reads a text resource into m_Text
bool LoadText( HMODULE hMod, HRSRC hResInfo );
void LoadText( const unsigned char *buf, int size );
void LoadText( const wchar_t *buf, int size );
// Splits m_Text into m_Lines
void ParseText( void );
// Filters the settings that belong to the given language
// languages is a 00-terminated list of language names ordered by priority
void FilterLanguages( const wchar_t *languages );
// Returns a setting with the given name. If no setting is found, returns def
const wchar_t *FindSetting( const wchar_t *name, const wchar_t *def=NULL );
// Returns a setting with the given name, even if the value is blank. If the setting is not found, returns NULL
const wchar_t *FindSettingDirect( const wchar_t *name );
// Frees all resources
virtual void Reset( void );
struct TreeItem
{
CString name; // empty - last child
int children; // index to the first child. -1 - no children
};
// Parses a tree structure of items. The rootName setting must be a list of item names.
// Then for each name in the list the function will search for name.Items recursively.
// The last child in the list will have an empty name.
// Note - the rootName item will not be added to the list
void ParseTree( const wchar_t *rootName, std::vector<TreeItem> &items );
protected:
std::vector<wchar_t> m_Text;
std::vector<const wchar_t*> m_Lines;
private:
const wchar_t *FindSettingInt( const wchar_t *name, size_t len );
int ParseTreeRec( const wchar_t *rootName, std::vector<TreeItem> &items, CString *names, int level );
};
///////////////////////////////////////////////////////////////////////////////
enum TSkinOptionType
{
SKIN_OPTION_GROUP=-2,
SKIN_OPTION_NONE=-1,
SKIN_OPTION_BOOL,
SKIN_OPTION_NUMBER,
SKIN_OPTION_STRING,
SKIN_OPTION_COLOR,
SKIN_OPTION_IMAGE,
SKIN_OPTION_TYPE_COUNT
};
class CSkinParser: public CSettingsParser
{
public:
CSkinParser( void ) { m_Aliases=NULL; }
bool LoadVariation( const wchar_t *fname );
bool LoadVariation( HMODULE hMod, HRSRC hResInfo );
void SetAliases( const wchar_t **aliases ) { m_Aliases=aliases; }
virtual void Reset( void );
// Parses the option from m_Lines[index]. Returns false if index is out of bounds
bool ParseOption( CString &name, TSkinOptionType &type, CString &label, bool &value, CString &condition, CString &disValue, int index );
// Filters the conditional groups
// values/count - list of true options. the rest are assumed to be false
void FilterConditions( const wchar_t **values, int count );
// Substitutes the provided macro strings
void ApplyMacros( const std::vector<std::pair<CString,CString>> &macros );
// Returns a setting with the given name
const wchar_t *FindSetting( const wchar_t *name );
protected:
std::vector<wchar_t> m_VarText;
const wchar_t **m_Aliases;
std::vector<CString> m_ExtraStrings;
};
///////////////////////////////////////////////////////////////////////////////
int EvalCondition( const wchar_t *condition, const wchar_t *const *values, int count );