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#pragma once
// ============================================================================
// Defines
//
// Defining these makes it easier if we ever need to change our tag
#define RLV_WARNS LL_WARNS("RLV")
#define RLV_INFOS LL_INFOS("RLV")
#define RLV_DEBUGS LL_DEBUGS("RLV")
#define RLV_ENDL LL_ENDL
#define RLV_VERIFY(f) (f)
#define RLV_DEBUG
#if LL_RELEASE_WITH_DEBUG_INFO || LL_DEBUG
// Make sure we halt execution on errors
#define RLV_ERRS LL_ERRS("RLV")
// Keep our asserts separate from LL's
#define RLV_ASSERT(f) if (!(f)) { RLV_ERRS << "ASSERT (" << #f << ")" << RLV_ENDL; }
#define RLV_ASSERT_DBG(f) RLV_ASSERT(f)
#else
// Don't halt execution on errors in release
#define RLV_ERRS LL_WARNS("RLV")
// We don't want to check assertions in release builds
#ifdef RLV_DEBUG
#define RLV_ASSERT(f) RLV_VERIFY(f)
#define RLV_ASSERT_DBG(f)
#else
#define RLV_ASSERT(f)
#define RLV_ASSERT_DBG(f)
#endif // RLV_DEBUG
#endif // LL_RELEASE_WITH_DEBUG_INFO || LL_DEBUG
namespace Rlv
{
// Version of the specification we report
namespace SpecVersion {
constexpr S32 Major = 4;
constexpr S32 Minor = 0;
constexpr S32 Patch = 0;
constexpr S32 Build = 0;
};
// RLVa implementation version
namespace ImplVersion {
constexpr S32 Major = 3;
constexpr S32 Minor = 0;
constexpr S32 Patch = 0;
constexpr S32 ImplId = 13;
};
namespace Constants
{
constexpr char CmdPrefix = '@';
}
}
// ============================================================================
// Enumeration declarations
//
namespace Rlv
{
enum class EBehaviour {
Version = 0,
VersionNew,
VersionNum,
Count,
Unknown,
};
enum class EBehaviourOptionType
{
None, // Behaviour takes no parameters
Exception, // Behaviour requires an exception as a parameter
NoneOrException, // Behaviour takes either no parameters or an exception
};
enum class EParamType {
Unknown = 0x00,
Add = 0x01, // <param> == "n"|"add"
Remove = 0x02, // <param> == "y"|"rem"
Force = 0x04, // <param> == "force"
Reply = 0x08, // <param> == <number>
Clear = 0x10,
AddRem = Add | Remove
};
enum class ECmdRet {
Unknown = 0x0000, // Unknown error (should only be used internally)
Retained, // Command was retained
Success = 0x0100, // Command executed successfully
SuccessUnset, // Command executed successfully (RLV_TYPE_REMOVE for an unrestricted behaviour)
SuccessDuplicate, // Command executed successfully (RLV_TYPE_ADD for an already restricted behaviour)
SuccessDeprecated, // Command executed successfully but has been marked as deprecated
SuccessDelayed, // Command parsed valid but will execute at a later time
Failed = 0x0200, // Command failed (general failure)
FailedSyntax, // Command failed (syntax error)
FailedOption, // Command failed (invalid option)
FailedParam, // Command failed (invalid param)
FailedLock, // Command failed (command is locked by another object)
FailedDisabled, // Command failed (command disabled by user)
FailedUnknown, // Command failed (unknown command)
FailedNoSharedRoot, // Command failed (missing #RLV)
FailedDeprecated, // Command failed (deprecated and no longer supported)
FailedNoBehaviour, // Command failed (force modifier on an object with no active restrictions)
FailedUnheldBehaviour, // Command failed (local modifier on an object that doesn't hold the base behaviour)
FailedBlocked, // Command failed (object is blocked)
FailedThrottled, // Command failed (throttled)
FailedNoProcessor // Command doesn't have a template processor define (legacy code)
};
enum class EExceptionCheck
{
Permissive, // Exception can be set by any object
Strict, // Exception must be set by all objects holding the restriction
Default, // Permissive or strict will be determined by currently enforced restrictions
};
// Replace&remove in c++23
template <typename E>
constexpr std::enable_if_t<std::is_enum_v<E> && !std::is_convertible_v<E, int>, std::underlying_type_t<E>> to_underlying(E e) noexcept
{
return static_cast<std::underlying_type_t<E>>(e);
}
template <typename E>
constexpr std::enable_if_t<std::is_enum_v<E> && !std::is_convertible_v<E, int>, bool> has_flag(E value, E flag) noexcept
{
return (to_underlying(value) & to_underlying(flag)) != 0;
}
constexpr bool isReturnCodeSuccess(ECmdRet eRet)
{
return (to_underlying(eRet) & to_underlying(ECmdRet::Success)) == to_underlying(ECmdRet::Success);
}
constexpr bool isReturnCodeFailed(ECmdRet eRet)
{
return (to_underlying(eRet) & to_underlying(ECmdRet::Failed)) == to_underlying(ECmdRet::Failed);
}
}
// ============================================================================
// Settings
//
namespace Rlv
{
namespace Settings
{
constexpr char Main[] = "RestrainedLove";
constexpr char Debug[] = "RestrainedLoveDebug";
constexpr char DebugHideUnsetDup[] = "RLVaDebugHideUnsetDuplicate";
constexpr char EnableExperimentalCommands[] = "RLVaExperimentalCommands";
constexpr char EnableIMQuery[] = "RLVaEnableIMQuery";
constexpr char EnableTempAttach[] = "RLVaEnableTemporaryAttachments";
constexpr char TopLevelMenu[] = "RLVaTopLevelMenu";
};
};
// ============================================================================
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