Emulator_helpers.h File Reference

This file contains helper classes or structured for Emulator class. More...

#include "meshNetGateway.h"
#include "Simulation_interface.h"
#include <deque>
#include <vector>
#include <thread>
#include <mutex>
#include <condition_variable>
#include <list>

Go to the source code of this file.

Classes
struct	NodeConnections
	This structure represents link connection between two nodes. Nodes are indentified by it's MeshMAC addresses. More...
struct	NeighborNode
struct	NodeSettings
	Settings for each node in simulation. Those settings can be get from scenario file. More...
struct	RawMessage
	This structure represents raw message, that was sent between two virtual radios. It has no header and data are not structured. More...
struct	RawMessageDescriptor
	Class, that holds description of shared pointer to RawMessage instance. This is most effective way, how to store RawMessage in all neighbor nodes without any data copying or allocating place for them. So only shared pointer to RawMessage is shared and other fields are not shared (can be changed on each neighbor node and this change will not be reflected to another neighbor node's messages). More...
class	NodeSimulator
	Structure, that runs simulation for one node in network and contains some info about that node. More...

Enumerations
enum	TableType {   TT_RTable = 0, TT_IDTable, TT_OIDTable, TT_FIDTable,   TT_DHCPTable, TT_WaitingFIFO, TT_OutFIFO }
	This enum represents type of table of buffer used in MeshNet.

Functions
std::string	ConvertToBase64 (const MeshNetScanResult &result)
	Converts MeshNetScanResult to Base64. Structure of data is: More...

Detailed Description

This file contains helper classes or structured for Emulator class.

See also

NodeConnections

NodeSettings

RawMessage

RawMessageDescriptor

NodeSimulator

Emulator

Credits

Author

Matej Fitoš

Date

May 4, 2022

Function Documentation

ConvertToBase64()

std::string ConvertToBase64

(

const MeshNetScanResult &

result

)

Converts MeshNetScanResult to Base64. Structure of data is:

• 4 bytes - BSSID,
• 1 bytes - Address,
• 2 bytes - version,
• 2 bytes - Flags,
• 1 byte - HopsToGateway,
• 1 byte - RSSI,
• 1 byte - SSID length,
• x bytes - SSID without null terminator.

  Returns

  Returns unique identifier of current message.