mirror of
https://github.com/RetroShare/RetroShare.git
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86b559191e
by using retroshare.pri file like linux or windows, fixing namespace for unordered_set, fixing c++11 for ostream& operator<<, checking if ntohll and htonll already defined.
88 lines
3.4 KiB
C++
88 lines
3.4 KiB
C++
#pragma once
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#include <stdint.h>
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// This class provides a representation for flags that can be combined with bitwise
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// operations. However, because the class is templated with an id, it's not possible to
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// mixup flags belonging to different classes. This avoids many bugs due to confusion of flags types
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// that occur when all flags are uint32_t values.
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//
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// To use this class, define an ID that is different than other flags classes, and do a typedef:
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//
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// #define TRANSFER_INFO_FLAGS_TAG 0x8133ea
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// typedef t_RsFlags32<TRANSFER_INFO_FLAGS_TAG> TransferInfoFlags ;
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//
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// Implementation details:
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// - we cannot have at the same time a implicit contructor from uint32_t and a bool operator, otherwise c++
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// mixes up operators and transforms flags into booleans before combining them further.
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//
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// So I decided to have:
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// - an explicit constructor from uint32_t
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// - an implicit bool operator, that allows test like if(flags & FLAGS_VALUE)
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//
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template<int n> class t_RsFlags32
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{
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public:
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inline t_RsFlags32() { _bits=0; }
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inline explicit t_RsFlags32(uint32_t N) : _bits(N) {} // allows initialization from a set of uint32_t
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inline t_RsFlags32<n> operator| (const t_RsFlags32<n>& f) const { return t_RsFlags32<n>(_bits | f._bits) ; }
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inline t_RsFlags32<n> operator^ (const t_RsFlags32<n>& f) const { return t_RsFlags32<n>(_bits ^ f._bits) ; }
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inline t_RsFlags32<n> operator* (const t_RsFlags32<n>& f) const { return t_RsFlags32<n>(_bits & f._bits) ; }
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inline bool operator!=(const t_RsFlags32<n>& f) const { return _bits != f._bits ; }
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inline bool operator==(const t_RsFlags32<n>& f) const { return _bits == f._bits ; }
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inline bool operator& (const t_RsFlags32<n>& f) const { return (_bits & f._bits)>0 ; }
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inline t_RsFlags32<n> operator|=(const t_RsFlags32<n>& f) { _bits |= f._bits ; return *this ;}
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inline t_RsFlags32<n> operator^=(const t_RsFlags32<n>& f) { _bits ^= f._bits ; return *this ;}
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inline t_RsFlags32<n> operator&=(const t_RsFlags32<n>& f) { _bits &= f._bits ; return *this ;}
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inline t_RsFlags32<n> operator~() const { return t_RsFlags32<n>(~_bits) ; }
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//inline explicit operator bool() const { return _bits>0; }
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inline uint32_t toUInt32() const { return _bits ; }
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void clear() { _bits = 0 ; }
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friend std::ostream& operator<<(std::ostream& o,const t_RsFlags32<n>& f) // friendly print with 0 and I
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{
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for(int i=31;i>=0;--i) {
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std::string res = f._bits&(1<<i)?"I":"0" ;
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std::string blank = " " ;
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o << res ;
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if(i%8==0) o << blank ;
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}
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return o ;
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}
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private:
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uint32_t _bits ;
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};
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#define FLAGS_TAG_TRANSFER_REQS 0x4228af
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#define FLAGS_TAG_FILE_STORAGE 0x184738
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#define FLAGS_TAG_FILE_SEARCH 0xf29ba5
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#define FLAGS_TAG_SERVICE_PERM 0x380912
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#define FLAGS_TAG_SERVICE_CHAT 0x839042
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// Flags for requesting transfers, ask for turtle, cache, speed, etc.
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//
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typedef t_RsFlags32<FLAGS_TAG_TRANSFER_REQS> TransferRequestFlags ;
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// Flags for file storage. Mainly permissions like BROWSABLE/NETWORK_WIDE for groups and peers.
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//
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typedef t_RsFlags32<FLAGS_TAG_FILE_STORAGE > FileStorageFlags ;
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// Flags for searching in files that could be local, downloads, remote, etc.
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//
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typedef t_RsFlags32<FLAGS_TAG_FILE_SEARCH > FileSearchFlags ;
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// Service permissions. Will allow each user to use or not use each service.
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//
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typedef t_RsFlags32<FLAGS_TAG_SERVICE_PERM > ServicePermissionFlags ;
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// Flags for chat lobbies
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//
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typedef t_RsFlags32<FLAGS_TAG_SERVICE_CHAT > ChatLobbyFlags ;
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