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/*
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* © 2020 Gregor Baues . All rights reserved .
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*
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* This is free software : you can redistribute it and / or modify it under
* the terms of the GNU General Public License as published by the
* Free Software Foundation , either version 3 of the License , or
* ( at your option ) any later version .
*
* THE SOFTWARE IS PROVIDED " AS IS " , WITHOUT WARRANTY OF ANY KIND , EXPRESS
* OR IMPLIED , INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY ,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT . IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM , DAMAGES OR OTHER
* LIABILITY , WHETHER IN AN ACTION OF CONTRACT , TORT OR OTHERWISE , ARISING
* FROM , OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER
* DEALINGS IN THE SOFTWARE .
*
* See the GNU General Public License for more details < https : //www.gnu.org/licenses/>
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*/
# ifndef NetworkDiag_h
# define NetworkDiag_h
# include <Arduino.h>
# include "freeMemory.h"
# include "StringFormatter.h"
# include "TransportProcessor.h"
# define EH_DW(code) \
do \
{ \
code \
} while ( 0 ) //wraps in a do while(0) so that the syntax is correct.
// enable/ disbale the loglevel at runtime everything up to the compile time level will be shown the rest not !
# define EH_IFLL(LL,code) if(_nLogLevel >= LL){code}
# define EH_IFIL(IL,code) if(_nInfoLevel >= IL){code}
# ifndef DEBUG
# define DEBUG
# ifndef LOGLEVEL
# define LOGLEVEL 4 // compile time level by default up to error can be overridden at compiletime with a -D flag in build_flags (PIO) extra.comiler.flags on Arduino IDE
# endif
# endif
class NetworkDiag : public StringFormatter {
public :
static void setDiagOut ( Connection * c ) {
if ( c - > client - > connected ( ) ) {
diagSerial = c - > client ;
}
}
static void resetDiagOut ( ) {
diagSerial = & Serial ;
}
} ;
# define NDIAG NetworkDiag::diag
extern int _dMem ;
extern int _cMem ;
extern byte _nLogLevel ; // runtime level set by <D NET #level >; by default set to 0 i.e. silent excpet for network startup at level 3 to get the init mesages shown
extern byte _nInfoLevel ; // runtime lvel of the details of the messages displayed - TBD
extern byte _dOutput ; // where the diag messages shall be send; 1 = Serial, 2 = future CLI on port 23 - TBD
# define LOGV_DEBUG 5
# define LOGV_TRACE 4
# define LOGV_ERROR 3
# define LOGV_WARN 2
# define LOGV_INFO 1
# define LOGV_SILENT 0
# ifdef LOGLEVEL
# if LOGLEVEL == LOGV_SILENT
# define INFO(message...)
# define WARN(message...)
# define ERR(message...)
# define TRC(message...)
# define DBG(message...)
# endif
# if LOGLEVEL == LOGV_INFO
# define INFO(message...) EH_DW(EH_IFLL(LOGV_INFO, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[INF]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define WARN(message...)
# define ERR(message...)
# define TRC(message...)
# define DBG(message...)
# endif
# if LOGLEVEL == LOGV_WARN
# define INFO(message...) EH_DW(EH_IFLL(LOGV_INFO, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[INF]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define WARN(message...) EH_DW(EH_IFLL(LOGV_ERROR, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[WRN]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define ERR(message...)
# define TRC(message...)
# define DBG(message...)
# endif
# if LOGLEVEL == LOGV_ERROR
# define INFO(message...) EH_DW(EH_IFLL(LOGV_INFO, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[INF]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define WARN(message...) EH_DW(EH_IFLL(LOGV_WARN, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[WRN]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define ERR(message...) EH_DW(EH_IFLL(LOGV_ERROR, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[ERR]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define TRC(message...)
# define DBG(message...)
# endif
# if LOGLEVEL == LOGV_TRACE
# define INFO(message...) EH_DW(EH_IFLL(LOGV_INFO, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[INF]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define WARN(message...) EH_DW(EH_IFLL(LOGV_WARN, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[WRN]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define ERR(message...) EH_DW(EH_IFLL(LOGV_ERROR, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[ERR]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define TRC(message...) EH_DW(EH_IFLL(LOGV_TRACE, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[TRC]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define DBG(message...)
# endif
# if LOGLEVEL >= LOGV_DEBUG
# define INFO(message...) EH_DW(EH_IFLL(LOGV_INFO, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[INF]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define WARN(message...) EH_DW(EH_IFLL(LOGV_WARN, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[WRN]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define ERR(message...) EH_DW(EH_IFLL(LOGV_ERROR, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[ERR]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define TRC(message...) EH_DW(EH_IFLL(LOGV_TRACE, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[TRC]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# define DBG(message...) EH_DW(EH_IFLL(LOGV_DEBUG, _cMem = freeMemory(); _dMem = _cMem - _dMem; NDIAG(F("::[DBG]:%d:%d:%s:%d : "), _cMem, _dMem, __FILE__, __LINE__); _dMem = _cMem; NDIAG(message); NDIAG(F("\n")); ))
# endif
# endif
# endif
