MemoryMaps.h

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#if !defined(_MEMORYMAPS_H_)
#define _MEMORYMAPS_H_
 
#include "MemoryManager.h"
 
namespace cmlabs {

#define ID_SYSPAGE          0   
#define ID_PAGEPOOL         1   
#define ID_EOLPAGE          2   
#define ID_QUEUEPAGE        3   
#define ID_COMPMAPPAGE      4   
#define ID_TYPEMAPPAGE      5   
#define ID_TOPICMAPPAGE     6   
//#define ID_NODEMAPPAGE        7
#define ID_QUEUEMAPPAGE     7   
#define ID_PROCESSMAPPAGE   8   
#define ID_REQUESTMAPPAGE   9   
#define ID_CRANKMAPPAGE     10  
#define ID_CONTEXTMAPPAGE   11  
#define RESERVEDPAGECOUNT   12  

#define SIGNALQ_ID 0    
#define MSGQ_ID 1       
#define REQQ_ID 2       
#define CMDQ_ID 3       

struct TypeMapHeader {
    uint32 size; // total size of map structure in bytes
    uint32 count; // number of entries
    uint32 bitFieldSize; // number of bytes in the bitfield
    // Bitfield
    // Entries
};

struct TypeMapEntry {
    uint16 id; // id, corresponds to the index in map
    uint64 time; // timestamp when entered
    char name[MAXKEYNAMELEN+1]; // name in text
    uint32 key;
};

struct ContextMapHeader {
    uint32 size; // total size of map structure in bytes
    uint32 count; // number of entries
    uint32 bitFieldSize; // number of bytes in the bitfield
    // Bitfield
    // Entries
};

struct ContextMapEntry {
    uint16 id; // id, corresponds to the index in map
    uint64 time; // timestamp when entered
    char name[MAXKEYNAMELEN+1]; // name in text
    uint32 key;
};

struct TopicMapHeader {
    uint32 size; // total size of map structure in bytes
    uint32 count; // number of entries
    uint32 bitFieldSize; // number of bytes in the bitfield
    // Bitfield
    // Entries
};

struct TopicMapEntry {
    uint32 id; // id, corresponds to the index in map
    uint64 time; // timestamp when entered
    char name[MAXKEYNAMELEN+1]; // name in text
    uint32 key;
};
 
//struct NodeMapHeader {
//  uint32 size; // total size of map structure in bytes
//  uint32 count; // number of entries
//  uint32 bitFieldSize; // number of bytes in the bitfield
//  // Bitfield
//  // Entries
//};
//
//struct NodeMapEntry {
//  uint16 id; // id, corresponds to the index in map
//  uint64 time; // timestamp when entered
//  char name[MAXKEYNAMELEN+1]; // name in text
//  uint64 key; // 32bit IP4, 16bit port, 16bit unused
//};

struct CrankMapHeader {
    uint32 size; // total size of map structure in bytes
    uint32 count; // number of entries
    uint32 bitFieldSize; // number of bytes in the bitfield
    // Bitfield
    // Entries
};

struct CrankMapEntry {
    uint16 id; // id, corresponds to the index in map
    uint64 time; // timestamp when entered
    char name[MAXKEYNAMELEN+1]; // name in text
    char function[MAXKEYNAMELEN+1]; // name in text
    char libraryFilename[MAXKEYNAMELEN+1]; // name in text
    char script[MAXSCRIPTLEN+1]; // script in text
    uint64 key; // 32bit IP4, 16bit port, 16bit unused
};

struct QueueMapHeader {
    uint32 size; // total size of map structure in bytes
    uint32 count; // number of entries
    uint32 bitFieldSize; // number of bytes in the bitfield
    // Bitfield
    // Entries
};

struct QueueMapEntry {
    uint16 id; // id, corresponds to the index in map
    uint64 time; // timestamp when entered
    char name[MAXKEYNAMELEN+1]; // name in text
    uint32 key; // 32bit IP4, 16bit port, 16bit unused
};

#define PROC_ERROR  0   
#define PROC_INIT   1   
#define PROC_IDLE   2   
#define PROC_READY  3   
#define PROC_ACTIVE 4   

struct ProcessMapHeader {
    uint32 size; // total size of map structure in bytes
    uint32 count; // number of entries
    uint32 bitFieldSize; // number of bytes in the bitfield
    // Bitfield
    // Entries
};

struct ProcessMapEntry {
    uint32 id; // id, corresponds to the index in map
    uint64 time; // timestamp when entered
    uint64 lastseen; // timestamp when entered
    uint8 status; // status of the process
    char name[MAXKEYNAMELEN+1]; // name in text
    uint32 key;
    char commandline[MAXCOMMANDLINELEN+1]; // commandline in text
    uint32 signalQID; // id of Signal queue
    uint32 messageQID; // id of Message queue
    uint32 timeQID; // id of Time queue
    uint32 requestQID; // id of Request queue
    uint32 commandQID; // id of Command queue
};

struct RequestMapHeader {
    uint32 size; // total size of map structure in bytes
    uint32 count; // number of entries
    uint32 bitFieldSize; // number of bytes in the bitfield
    // Bitfield
    // Entries
};

struct RequestMapEntry {
    uint32 id; // id, corresponds to the index in map
    uint64 time; // timestamp when entered
    char name[MAXKEYNAMELEN+1]; // name in text
    uint32 key;
    uint8 status; // status of the process
    uint32 from; // id of component making the request
    uint32 to; // id of component processing the request
    uint64 dataMessageID; // id of Data Message
    uint64 dataMessageEOL; // eol of Data Message
};

struct GenericMapHeader {
    uint32 size; // total size of map structure in bytes
    uint32 count; // number of entries
    uint32 bitFieldSize; // number of bytes in the bitfield
    // Bitfield
    // Entries
};
 

inline uint16 TypePageID(TypeMapEntry* e) {return ID_TYPEMAPPAGE;}
inline uint16 TypePageID(TopicMapEntry* e) {return ID_TOPICMAPPAGE;}
//inline uint16 TypePageID(NodeMapEntry* e) {return ID_NODEMAPPAGE;}
inline uint16 TypePageID(QueueMapEntry* e) {return ID_QUEUEMAPPAGE;}
inline uint16 TypePageID(ProcessMapEntry* e) {return ID_PROCESSMAPPAGE;}
inline uint16 TypePageID(RequestMapEntry* e) {return ID_REQUESTMAPPAGE;}
inline uint16 TypePageID(CrankMapEntry* e) {return ID_CRANKMAPPAGE;}
inline uint16 TypePageID(ContextMapEntry* e) {return ID_CONTEXTMAPPAGE;}

#define REQ_CREATED             1
#define REQ_RECEIVED_LOCAL      2
#define REQ_RECEIVED_REMOTE     3
#define REQ_PROCESSING_LOCAL    4
#define REQ_PROCESSING_REMOTE   5
#define REQ_REPLY_READY         6
#define REQ_FAILED              7
#define REQ_FAILED_DATA         8
#define REQ_FAILED_NODATA       9
#define REQ_FAILED_DATA_EOL     10
#define REQ_SUCCESS             11
#define REQ_SUCCESS_DATA        12
#define REQ_SUCCESS_NODATA      13
#define REQ_SUCCESS_DATA_EOL    14
 
 

class MemoryMaps {
public:
    // TypeLevelMap
    static bool CreateNewTypeLevel(uint16 id, const char* name, uint64 time = 0);
    static bool GetTypeLevelName(uint16 id, char* name, uint32 maxSize);
    static bool GetTypeLevelID(const char* name, uint16 &id);
    static bool DeleteTypeLevel(const char* name);
    static bool DeleteTypeLevel(uint16 id);
    static uint64 GetTypeLevelCreateTime(uint16 id);
 
    // ContextLevelMap
    static bool CreateNewContextLevel(uint16 id, const char* name, uint64 time = 0);
    static bool GetContextLevelName(uint16 id, char* name, uint32 maxSize);
    static bool GetContextLevelID(const char* name, uint16 &id);
    static bool DeleteContextLevel(const char* name);
    static bool DeleteContextLevel(uint16 id);
    static uint64 GetContextLevelCreateTime(uint16 id);
 
    // TopicMap
    static bool CreateNewTopic(uint8 id, const char* name);
    static bool GetTopicName(uint32 id, char* name, uint32 maxSize);
    static bool GetTopicID(const char* name, uint32 &id);
    static bool DeleteTopic(const char* name);
    static bool DeleteTopic(uint32 id);
    static uint64 GetTopicCreateTime(uint32 id);
 
    // NodeMap
    //static bool CreateNewNode(uint8 id, const char* name, uint64 address);
    //static uint64 GetNodeAddress(uint16 id);
    //static bool GetNodeID(uint64 address, uint16 &id);
    //static bool GetNodeName(uint16 id, char* name, uint32 maxSize);
    //static bool GetNodeID(const char* name, uint16 &id);
    //static bool DeleteNode(uint64 address);
    //static bool DeleteNode(uint16 id);
    //static bool DeleteNode(const char* name);
    //static uint64 GetNodeCreateTime(uint16 id);
 
    // CrankMap
    static bool CreateNewCrank(uint16 id, const char* name, const char* function, const char* libraryFilename, uint64 time = 0);
    static bool GetCrankName(uint16 id, char* name, uint32 maxSize);
    static bool GetCrankFunction(uint16 id, char* function, uint32 maxSize);
    static bool GetCrankLibraryFilename(uint16 id, char* libraryFilename, uint32 maxSize);
    static bool GetCrankID(const char* name, uint16 &id);
    static bool GetCrankScript(uint16 id, char* script, uint32 maxSize);
    static bool SetCrankScript(uint16 id, const char* script);
    static bool DeleteCrank(uint16 id);
    static bool DeleteCrank(const char* name);
    static uint64 GetCrankCreateTime(uint16 id);

    //static bool CreateNewQueue(uint32 pageID, const char* name, uint32 &id);
    //static bool GetQueueName(uint32 id, char* name, uint32 maxSize);
    //static uint32 GetQueuePageID(uint32 id);
    //static bool GetQueueID(const char* name, uint32 &id);
    //static bool GetQueueID(uint32 pageID, uint32 &id);
    //static bool DeleteQueue(uint32 id);
    //static bool DeleteQueue(const char* name);
    //static uint64 GetQueueCreateTime(uint32 id);

    //static bool CreateNewProcess(const char* name, uint16 &id);
    //static bool GetProcessName(uint16 id, char* name, uint32 maxSize);
    //static bool GetProcessID(const char* name, uint16 &id);
    //static bool GetProcessQueueID(uint16 id, uint8 queueType, uint32& qid);
    //static uint8 GetProcessStatus(uint16 id, uint64& lastseen);
    //static bool GetProcessCommandLine(uint16 id, char* cmdline, uint32 maxSize);
    //static bool SetProcessQueueID(uint16 id, uint8 queueType, uint32 qid);
    //static bool SetProcessStatus(uint16 id, uint8 status);
    //static bool SetProcessCommandLine(uint16 id, const char* cmdline);
    //static uint16 GetProcessIDFromOSID(uint32 osid);
    //static uint32 GetProcessOSID(uint16 id);
    //static bool SetProcessOSID(uint16 id, uint32 osid);
    //static bool DeleteProcess(const char* name);
    //static bool DeleteProcess(uint16 id);
    //static uint64 GetProcessCreateTime(uint16 id);

    //static RequestMapEntry* CreateAndLockNewRequest(uint32 from, uint32 to, uint32 &id);
    //static RequestMapEntry* GetAndLockRequestEntry(uint32 id);
    //static bool UnlockRequestMap();
    //static bool DeleteRequest(uint32 id);
    //static bool GetRequestCount(uint32& count);
 
protected:
//  static ProcessMapEntry* GetAndLockProcessEntry(uint16 id);
//  static bool UnlockProcessMap();
};
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

template <typename T, typename ID, typename KEY>
class GenericMemoryMap {
public:
    // Generic MemoryMap
    static uint32 GetCount(char* data);                     
    static T* CreateEntry(char* data, ID id, const char* name); 
    static T* GetEntry(char* data, ID id);                  
    static bool DeleteEntry(char* data, ID id);             
    static uint64 GetEntryTime(char* data, ID id);          
    static const char* GetEntryName(char* data, ID id, uint32& size);   
    static ID GetEntryID(char* data, const char* name);     
};
 
 
 
} // namespace cmlabs
 
#include "PsyTime.h"
#include "MemoryMaps.tpl.h"
 
#endif // _MEMORYMAPS_H_