mist, jetzt ist der WR ausgegangen ... zu dunkel

habe die Punkte eingefügt
alles nochmal installiert

/var/www/watcher/logger-src/smw-logger.c: In function ‘main’:
/var/www/watcher/logger-src/smw-logger.c:177:9: warning: variable ‘tkdy’ set but not used [-Wunused-but-set-variable]

ich glaube, dass hast du schonmal als unkritisch bezeichnet

aber in der solarmax-error-log kommt immer noch:

Code: Alles auswählen

Mon Oct  8 18:33:48 2012 Connected to database solarmax on host localhost
Mon Oct  8 18:33:48 2012 Connected to solarmax (192.168.178.90) on port 12345
Mon Oct  8 18:33:48 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Mon Oct  8 18:33:48 2012 Socket contains no data, trying to read again later
Mon Oct  8 18:33:48 2012 Received answer: {01;FB;6A|64:KDY=0;KMT=0;KYR=0;KT0=0;TNF=0;TKK=17;PAC=0;UD01=14D4;UD02=171B;ID01=3;ID02=3;SYS=4E93,0|18CE}
....
root@raspberrypi:/var/log# cat solarmax-error.log
Mon Oct  8 18:33:53 2012 ERROR no regexp match
Mon Oct  8 18:33:50 2012 ERROR sending TCP packet

DB wird auch nicht gefüllt
hatte es dann nochmal mit einer Kopie deiner Zeile probiert und neu installiert
dann war der WR weg

kann also erst morgen testen

trotzdem vielen Dank
Gruss

Da muss dir ein Flüchtigkeitsfehler unterlaufen sein. Die Antwort passt in meine gepostete Regex, hab es mit Online-Tools geprüft.

Hallo zagibu,

da ich auf die gleichen Probleme mit meinem SM8MT2 wie sollner stoße, hab ich euren Thread verfolgt.

Code: Alles auswählen

Tue Oct  9 15:59:40 2012 ERROR sending TCP packet
Tue Oct  9 16:00:45 2012 ERROR no regexp match



Tue Oct  9 15:58:40 2012 Connected to solarmax (192.168.178.220) on port 12345
Tue Oct  9 15:58:40 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Tue Oct  9 15:58:40 2012 Socket contains no data, trying to read again later
Tue Oct  9 15:58:40 2012 Received answer: {01;FB;77|64:KDY=B8;KMT=80;KYR=C2;KT0=C2;TNF=1389;TKK=2B;PAC=18B8;UD01=149D;UD02=14D4;ID01=54;ID02=1F2;SYS=4E28,0|1BE6}
Tue Oct  9 15:58:45 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Tue Oct  9 15:58:45 2012 Received answer:
Tue Oct  9 15:58:45 2012 Waiting for about 1 minute ...


Hier mal meine smw-logger.c

Code: Alles auswählen

    /*
       Simple solarmax logger c program written by zagibu@gmx.ch in July 2010
       This program was originally licensed under WTFPL 2 http://sam.zoy.org/wtfpl/
       It is now licensed under GPLv2 or later http://www.gnu.org/licenses/gpl2.html

       You need the mysql client library files installed to be able to compile it.

       Compile with: gcc -W -Wall -Wextra -Wshadow -Wlong-long -Wformat -Wpointer-arith -rdynamic -pedantic-errors -std=c99 -o smw-logger smw-logger.c -lmysqlclient

       Run with: ./smw-logger /path/to/config-file

       Structure of the config-file:

       Debug=0
       Loginterval=60
       Waitinterval=200
       DBhost=localhost
       DBname=solarmax
       DBtabprefix=log
       DBuser=solaruser
       DBpass=userpassword
       Hostname=192.168.178.35
       Hostport=12345
       NumberOfInverters=1

       You can set DEBUG to 1 to get detailed output in a separate logfile.

       It is recommended to schedule the smw-logger to be started between 5:00 - 6:00 in the
       morning and stopped between 22:00 and 23:00 in the evening (compare with sunshine
       duration). The smw-logger has no built-in facility for logging, so use CRON or similar.

       Example CRON entries:
       00 05 * * * /usr/local/bin/smw-logger /usr/local/etc/smw-logger.conf
       00 23 * * * killall smw-logger

       Sources:
      - http://www.linuxhowtos.org/C_C++/socket.htm
      - http://wwwuser.gwdg.de/~kboehm/ebook/21_kap15_w6.html#49329
      - http://man.cx/setbuf%283%29
      - http://allfaq.org/forums/t/169895.aspx
      - http://dev.mysql.com/tech-resources/articles/mysql-capi-tutorial.html
    */

    #define _GNU_SOURCE

    #include <stdio.h>
    #include <stdlib.h>
    #include <string.h>
    #include <strings.h>
    #include <sys/types.h>
    #include <sys/socket.h>
    #include <netinet/in.h>
    #include <netdb.h>
    #include <mysql/mysql.h>
    #include <regex.h>
    #include <time.h>
    #include <unistd.h>
    #include <fcntl.h>
    #include <errno.h>
    #include <pthread.h>

    FILE* error_file = NULL;
    char error_file_name[512];
    char* error_mode = "w";
    FILE* debug_file = NULL;
    char debug_file_name[512];
    char* debug_mode = "w";
    FILE* config_file = NULL;
    char* config_file_name;
    char* config_mode = "r";
    int sockfd, portno, n, log_interval, logavg_interval, result, counter, wait_interval, active_max, nr_of_maxes, DEBUG;
    // Renamed this flag because it is used for connection and regexp problems
    int failure_flag = 0;
    struct sockaddr_in serv_addr;
    struct hostent* server;
    char dbhost[512];
    char dbname[512];
    char dbtabprefix[512];
    char dbuser[512];
    char dbpass[512];
    char hostaddr[512];
    char line[512];
    char* message;
    char* expression = "...=([0-9A-F]*);...=([0-9A-F]*);...=([0-9A-F]*);...=([0-9A-F]*);...=([0-9A-F]*);...=([0-9A-F]*);...=([0-9A-F]*);....=([0-9A-F]*);....=([0-9A-F]*);....=([0-9A-F]*);....=([0-9A-F]*);...=([0-9A-F]*)";

   
    int kdy, kmt, kyr, kt0, tnf, tkk, pac, ud01, ud02, id01, id02,sys;
    char buffer[512], buffer2[512];
    char query[512];
    char* temp;
    regex_t rx;
    regmatch_t* matches;
    MYSQL* connection = NULL;
    // average stuff vars
    int i;

    void error_exit(const char* msg) {
       perror(msg);
       if (error_file != NULL)
          fclose(error_file);
       if (debug_file != NULL)
          fclose(debug_file);
       exit(0);
    }

    void debug_entry(char* msg) {
       time_t timestamp = time(NULL);
       char debug_msg[512];
       char *time_now = ctime(&timestamp);
       time_now[strlen(time_now)-1]=0;
       if (debug_file == NULL)
          error_exit("ERROR writing to debug.log file");
       sprintf(debug_msg, "%s %s", time_now, msg);
       fprintf(debug_file, "%s\n", debug_msg);
    }

    void error_retry(char* msg) {
       time_t timestamp = time(NULL);
       char error_msg[512];
       char *time_now = ctime(&timestamp);
       time_now[strlen(time_now)-1]=0;
       if (error_file == NULL)
          error_exit("ERROR writing to error.log file");
       sprintf(error_msg, "%s %s", time_now, msg);
       fprintf(error_file, "%s\n", error_msg);
    }

    void set_nonblock(int sock) {
       int flags;
       flags = fcntl(sock,F_GETFL,0);
       if (flags == -1)
          error_exit("ERROR no valid flags on socket");
       fcntl(sock, F_SETFL, flags | O_NONBLOCK);
    }

    int main(int argc, char *argv[]) {
       // Hold the time to wait between single requests.
       //int logavg_interval = 5;

       // Check commandline arguments
       if (argc < 2)
          error_exit("ERROR program needs config-file as parameter");

       //Read Config File
       config_file_name = argv[1];
       FILE *fp = fopen(config_file_name, config_mode);

       // Read variables
       if (fp) {
          while (fgets(line, sizeof(line), fp)) {
             sscanf(line, "Debug=%d[^\n]", &DEBUG);
             sscanf(line, "Errorfile=%[^\n]", error_file_name);
             sscanf(line, "Debugfile=%[^\n]", debug_file_name);
             sscanf(line, "Loginterval=%d[^\n]", &log_interval);
             sscanf(line, "Logavginterval=%d[^\n]", &logavg_interval);
             sscanf(line, "Waitinterval=%d[^\n]", &wait_interval);
             sscanf(line, "DBhost=%[^\n]", dbhost);
             sscanf(line, "DBname=%[^\n]", dbname);
             sscanf(line, "DBtabprefix=%[^\n]", dbtabprefix);
             sscanf(line, "DBuser=%[^\n]", dbuser);
             sscanf(line, "DBpass=%[^\n]", dbpass);
             sscanf(line, "Hostname=%[^\n]", hostaddr);
             sscanf(line, "Hostport=%d[^\n]", &portno);
             sscanf(line, "NumberOfInverters=%d[^\n]", &nr_of_maxes);
          }
       }
       fclose(fp);

       // Try to open error log file
       if ((error_file = fopen(error_file_name, error_mode)) == NULL)
          error_exit("ERROR opening error.log file");

       // Make file unbuffered
       setbuf(error_file, NULL);

       // create the arrays for the average calculation
       long tkdy[nr_of_maxes], tkmt[nr_of_maxes], tkyr[nr_of_maxes], tkt0[nr_of_maxes], ttnf[nr_of_maxes], ttkk[nr_of_maxes], tpac[nr_of_maxes], tud01[nr_of_maxes], tud02[nr_of_maxes], tid01[nr_of_maxes], tid02[nr_of_maxes], tsys[nr_of_maxes];
       // calculate the requests per log_interval
       // TODO -2 is a dirty fix to avoid desync
       int logavg_pertick = (int)((log_interval-2)/logavg_interval);

       // Try to open debug log file, if necessary
       if(DEBUG) {
          if((debug_file = fopen(debug_file_name, debug_mode)) == NULL)
             error_exit("ERROR opening debug.log file");

          // Make file unbuffered
          setbuf(debug_file, NULL);
       }

       // Try to compile regular expression
       result = regcomp(&rx, expression, REG_EXTENDED);
       if (result != 0) {
          regerror(result, &rx, expression, sizeof(expression));
          regfree(&rx);
          sprintf(buffer, "ERROR invalid regular expression: %s", expression);
          error_exit(buffer);
       }

       // Try to reserve memory for matches
       matches = (regmatch_t *) malloc((rx.re_nsub + 1) * sizeof(regmatch_t));
       if (!matches)
          error_exit("Out of memory");

       // Connect to database
       connection = mysql_init(NULL);
       if (!mysql_real_connect(connection, dbhost, dbuser, dbpass, dbname, 0, NULL, 0))
          error_exit(mysql_error(connection));

       if (DEBUG) {
          sprintf(buffer, "Connected to database %s on host %s", dbname, dbhost);
          debug_entry(buffer);
       }

       while (1) {

          // set variable to default value or it will keep trying to reconnect
          failure_flag = 0;

          // Check if connection to db-server must be re-established
          if (mysql_ping(connection)) {

             //TODO Maybe a reconnect (if needed) here ?
             // Connect to database
             if (!mysql_real_connect(connection, dbhost, dbuser, dbpass, dbname, 0, NULL, 0))
                error_exit(mysql_error(connection));

             if (DEBUG) {
                sprintf(buffer, "Connected to database %s on host %s", dbname, dbhost);
                debug_entry(buffer);
             }
          }

          // Try to open socket for communication with solarmax
          sockfd = socket(AF_INET, SOCK_STREAM, 0);
          if (sockfd < 0) {
             error_retry("Can't open any socket");
          sleep(60);
          continue;
          }

          // Try to resolve solarmax address/hostname
          server = gethostbyname(hostaddr);
          if (server == NULL) {
             sprintf(buffer, "Can't resolve \"%s\"", hostaddr);
             error_retry(buffer);
             sleep(60);
             continue;
          }

          // Try to establish a connection with solarmax
          //portno = atoi(argv[2]);
          bzero((char *) &serv_addr, sizeof(serv_addr));
          serv_addr.sin_family = AF_INET;
          bcopy((char *) server->h_addr, (char *) &serv_addr.sin_addr.s_addr, server->h_length);
          serv_addr.sin_port = htons(portno);
          if (connect(sockfd, (struct sockaddr*) &serv_addr, sizeof(serv_addr)) < 0) {
             sprintf(buffer, "%s: Can't connect to solarmax (%s) on port %d", strerror(errno), hostaddr, portno);
             error_retry(buffer);
             sleep(60);
             continue;
          }

          // Make socket non-blocking
          set_nonblock(sockfd);

          if (DEBUG) {
             sprintf(buffer, "Connected to solarmax (%s) on port %d", hostaddr, portno);
             debug_entry(buffer);
          }

          // Start sending the data requests and logging the answers
          while (1) {
             time_t start_time = time(NULL);
             for (i = 0; i < nr_of_maxes; ++i) {
                tkdy[i] = tkmt[i] = tkyr[i] = tkt0[i] = ttnf[i] = ttkk[i] = tpac[i] = tud01[i] = tud02[i] = tid01[i] = tid02[i] = tsys[i] = 0;
             }

             // Get the current time
             for (i = 0; i < logavg_pertick; ++i) {
                time_t single_start_time = time(NULL);
                // We have to get out of this while-loop to reestablish the connection to the inverter
                if (failure_flag == 1){
                    debug_entry("Looks like we lost our connection to solarmax, reconnecting...");
                    break;
                }


                for(active_max = 1; active_max <= nr_of_maxes; active_max++){

                   // Generate message according to device address of solarmax:

                   // Could be something like this:
                   // sprintf(message, "{FB;0%d;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;PRL;IL1;IDC;UL1;UDC;SYS|%s}", active_max, 16_bit_checksum
                   // For further information on the protocol refer to: http://blog.dest-unreach.be/2009/04/15/solarmax-maxtalk-protocol-reverse-engineered

                   // Until someone comes up with a nice solution to calculate the checksum, lets stick to a few precalculated message strings (tested only for 2 maxes!):
                   if (active_max == 1) {
                      message = "{FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}";
                   }
                   else if (active_max == 2) {
                      message = "{FB;02;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;PRL;IL1;IDC;UL1;UDC;SYS|119A}";
                   }
                   else if (active_max == 3) {
                      message = "{FB;03;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;PRL;IL1;IDC;UL1;UDC;SYS|119B}";
                   }
                   else if (active_max == 4) {
                      message = "{FB;04;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;PRL;IL1;IDC;UL1;UDC;SYS|119C}";
                   }
                   else if (active_max == 5) {
                      message = "{FB;05;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;PRL;IL1;IDC;UL1;UDC;SYS|119D}";
                   }
                   else if (active_max == 6) {
                      message = "{FB;06;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;PRL;IL1;IDC;UL1;UDC;SYS|119E}";
                   }
                   else if (active_max == 7) {
                      message = "{FB;07;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;PRL;IL1;IDC;UL1;UDC;SYS|119F}";
                   }
                   else if (active_max == 8) {
                      message = "{FB;08;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;PRL;IL1;IDC;UL1;UDC;SYS|11A0}";
                   }
                   else if (active_max == 9) {
                      message = "{FB;09;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;PRL;IL1;IDC;UL1;UDC;SYS|11A1}";
                   }
                   else {
                      error_exit("ERROR invalid hardware address; currently works only for 9 maxes");
                   }

                   if (DEBUG) {
                      sprintf(buffer, "Sending message: %s", message);
                      debug_entry(buffer);
                   }

                   // Send message
                   n = write(sockfd,message,strlen(message));
                   if (n < 0) {
                      close(sockfd);
                      error_retry("ERROR sending TCP packet");
                      failure_flag = 1;
                      break;
                   }

                   // Read answer
                   bzero(buffer, 256);
                   n = read(sockfd, buffer, 255);
                   for (counter = 0; counter < wait_interval && n < 0; counter++) {
                      if (DEBUG)
                         debug_entry("Socket contains no data, trying to read again later");
                      usleep(10000);
                      n = read(sockfd, buffer, 255);
                   }

                   if (n < 0) {
                      close(sockfd);
                      error_retry("ERROR receiving TCP packet");
                      failure_flag = 1;
                      break;
                   }

                   if (DEBUG) {
                      sprintf(buffer2, "Received answer: %s", buffer);
                      debug_entry(buffer2);
                   }

                   // Extract the data fields from answer
                   result = regexec(&rx, buffer, rx.re_nsub + 1, matches, 0);
                   if (result) {
                      regerror(result, &rx, buffer, sizeof(buffer));
                      //error_exit("ERROR no regexp match");
                      error_retry("ERROR no regexp match");
                      // TODO Create flag for this kind of failure or rename this one
                      failure_flag = 2;
                      break;
                   }

                   // Convert the extracted data fields to integer values
                   temp = strndup(buffer + matches[1].rm_so, matches[1].rm_eo - matches[1].rm_so);
                   kdy = strtol(temp, NULL, 16);
                   free(temp);
                   temp = strndup(buffer + matches[2].rm_so, matches[2].rm_eo - matches[2].rm_so);
                   kmt = strtol(temp, NULL, 16);
                   free(temp);
                   temp = strndup(buffer + matches[3].rm_so, matches[3].rm_eo - matches[3].rm_so);
                   kyr = strtol(temp, NULL, 16);
                   free(temp);
                   temp = strndup(buffer + matches[4].rm_so, matches[4].rm_eo - matches[4].rm_so);
                   kt0 = strtol(temp, NULL, 16);
                   free(temp);
                   temp = strndup(buffer + matches[5].rm_so, matches[5].rm_eo - matches[5].rm_so);
                   ttnf[active_max-1] += strtol(temp, NULL, 16);
                   free(temp);
                   temp = strndup(buffer + matches[6].rm_so, matches[6].rm_eo - matches[6].rm_so);
                   ttkk[active_max-1] += strtol(temp, NULL, 16);
                   free(temp);
                   temp = strndup(buffer + matches[7].rm_so, matches[7].rm_eo - matches[7].rm_so);
                   tpac[active_max-1] += strtol(temp, NULL, 16) / 2;
                   free(temp);
                   temp = strndup(buffer + matches[8].rm_so, matches[8].rm_eo - matches[8].rm_so);
                   tud01[active_max-1] += strtol(temp, NULL, 16);
                   free(temp);
                   temp = strndup(buffer + matches[9].rm_so, matches[9].rm_eo - matches[9].rm_so);
                   tud02[active_max-1] += strtol(temp, NULL, 16);
                   free(temp);
                   temp = strndup(buffer + matches[10].rm_so, matches[10].rm_eo - matches[10].rm_so);
                   tid01[active_max-1] += strtol(temp, NULL, 16);
                   free(temp);
                   temp = strndup(buffer + matches[11].rm_so, matches[11].rm_eo - matches[11].rm_so);
                   tid02[active_max-1] += strtol(temp, NULL, 16);
                   free(temp);
                   temp = strndup(buffer + matches[12].rm_so, matches[12].rm_eo - matches[12].rm_so);
                  // tsys[active_max-1] += strtol(temp, NULL, 16);
               sys = strtol(temp, NULL, 16);
                   free(temp);
                   
                }
                if (failure_flag > 0){
                    break;
                }
                //TODO check if the task need more time than logavg_interval
                sleep(logavg_interval - (time(NULL)-single_start_time));
             }
             // Calculate the average values and insert into db
             if (failure_flag == 0){
                for (i = 0; i < nr_of_maxes; ++i) {
                   ttnf[i] = (int)((ttnf[i]*1.0)/(logavg_pertick*1.0));
                   ttkk[i] = (int)((ttkk[i]*1.0)/(logavg_pertick*1.0));
                   tpac[i] = (int)((tpac[i]*1.0)/(logavg_pertick*1.0));
                   tud01[i] = (int)((tud01[i]*1.0)/(logavg_pertick*1.0));
                   tud02[i] = (int)((tud02[i]*1.0)/(logavg_pertick*1.0));
                   tid01[i] = (int)((tid01[i]*1.0)/(logavg_pertick*1.0));
                   tid02[i] = (int)((tid02[i]*1.0)/(logavg_pertick*1.0));
      //tsys[i] = (int)((tsys[i]*1.0)/(logavg_pertick*1.0));
                 

                   // Construct the query according to active solarmax
                   sprintf(query, "INSERT INTO %s%d (kdy, kmt, kyr, kt0, tnf, tkk, pac, ud01, ud02, id01, id02, sys) VALUES (%d, %d, %d, %d, %d, %d, %d, %d, %d, %d, %d, %d);", dbtabprefix, (i+1), kdy, kmt, kyr, kt0, (int)ttnf[i], (int)ttkk[i], (int)tpac[i], (int)tud01[i], (int)tud02[i], (int)tid01[i], (int)tid02[i], sys);
                   if (DEBUG) {
                      sprintf(buffer, "Executing query: %s", query);
                      debug_entry(buffer);
                   }
                   // Execute the query to write the data into db
                   mysql_query(connection, query);
                   if (mysql_errno(connection))
                      error_exit(mysql_error(connection));
                }

             }

             // Wait for the specified number of seconds - calc duration - 1
             if (DEBUG)
                debug_entry("Waiting for about 1 minute ...");
             // Get the current time
             time_t stop_time = time(NULL);
             // TODO check if time needed is > log_interval
             int sleepTime = log_interval + start_time - stop_time - 1;
             if(sleepTime > 0)
                sleep(sleepTime);
             else{
                sprintf(buffer, "!!! sleepTime error. Assuming desync: %i seconds. !!!\n", sleepTime);
                debug_entry(buffer);
             }


             // Add a busy-loop for the last second to make sure we are perfectly accurate
             while (time(NULL) < start_time + log_interval) usleep(99999);

             // If the connection is lost -> retry
             if (failure_flag == 1){
                // just to be sure
                close(sockfd);
                break;
             }
          }
       }
       return 0;
    }



Viele Grüße
Michi

Hast du um 15:58 auch einen Regex error im Log? Falls ja, hab ich keine Ahnung, woher der kommt, denn das Muster passt auf die Antwort.

Macht mal im Regex Match block folgendes:

Code: Alles auswählen

// Extract the data fields from answer
                   result = regexec(&rx, buffer, rx.re_nsub + 1, matches, 0);
                   if (result) {
                      regerror(result, &rx, buffer, sizeof(buffer));
                      sprintf(buffer);
                      //error_exit("ERROR no regexp match");
                      error_retry("ERROR no regexp match");
                      // TODO Create flag for this kind of failure or rename this one
                      failure_flag = 2;
                      break;
                   }


Das sollte eigentlich eine etwas hilfreichere Fehlermeldung ausgeben.

erstmal Danke für die Info.
Da ich das alte log nicht mehr hatte habe ich ein neues erstellt.

Code: Alles auswählen

Thu Oct 11 15:49:24 2012 Connected to solarmax (192.168.178.220) on port 12345
Thu Oct 11 15:49:24 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Thu Oct 11 15:49:24 2012 Socket contains no data, trying to read again later
Thu Oct 11 15:49:24 2012 Received answer: {01;FB;75|64:KDY=9A;KMT=A2;KYR=E5;KT0=E5;TNF=1388;TKK=2A;PAC=9FE;UD01=147D;UD02=144E;ID01=47;ID02=97;SYS=4E28,0|1BA0}
Thu Oct 11 15:49:29 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Thu Oct 11 15:49:29 2012 Received answer:
Thu Oct 11 15:49:29 2012 Waiting for about 1 minute ...
Thu Oct 11 15:50:24 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Thu Oct 11 15:50:24 2012 Waiting for about 1 minute ...
Thu Oct 11 15:51:24 2012 Connected to solarmax (192.168.178.220) on port 12345
Thu Oct 11 15:51:24 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Thu Oct 11 15:51:24 2012 Socket contains no data, trying to read again later
Thu Oct 11 15:51:24 2012 Received answer: {01;FB;75|64:KDY=9B;KMT=A2;KYR=E5;KT0=E5;TNF=1386;TKK=29;PAC=97E;UD01=1457;UD02=1474;ID01=40;ID02=91;SYS=4E28,0|1B5E}
Thu Oct 11 15:51:29 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Thu Oct 11 15:51:29 2012 Received answer:

Thu Oct 11 15:48:24 2012 ERROR sending TCP packet
Thu Oct 11 15:49:29 2012 ERROR no regexp match
Thu Oct 11 15:50:24 2012 ERROR sending TCP packet
Thu Oct 11 15:51:29 2012 ERROR no regexp match
Thu Oct 11 15:52:24 2012 ERROR sending TCP packet



Immer wenn er den ERROR "no regexp match" bringt, ist "Received answer:" leer. Ein Timing Problem ?
Ich habe schon mal die Werte: Logavginterval / Waitinterval geändert, hat aber auch nichts gebracht.
Der Code ist doch schon in der smw-logger.c , oder soll der an eine andere Stelle ?

Grüße
[Michi]

Nein, der Code ist so noch nicht im Logger. Ich habe ein sprintf dazugetan, damit man die Regex-Fehlermeldung hoffentlich besser sieht.
Was ich nicht verstehe, ist, warum dein Logger nach 5 Sekunden schon wieder eine Anfrage abschickt.

ich probiere heute auch weiter


ich glaube michi meinte, ob der regexp-code "Schnipsel" in die smw-logger.c einzuarbeiten ist
ich denke ja, du willst ja wohl ne Fehlermeldung abfangen

Frage:
vor und nach jeder veränderung im Quelltext deinstallier ich immer brav alles
geht das auch nur mit dem compilieren der smw-logger.c?

Gruss

Minuten später, wieder nix ...

Code: Alles auswählen

root@raspberrypi:/var/log# cat solarmax-debug.log
Fri Oct 12 16:16:19 2012 Connected to database solarmax on host localhost
Fri Oct 12 16:16:19 2012 Connected to solarmax (192.168.178.90) on port 12345
Fri Oct 12 16:16:19 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Fri Oct 12 16:16:19 2012 Socket contains no data, trying to read again later
Fri Oct 12 16:16:19 2012 Received answer: {01;FB;6A|64:KDY=0;KMT=0;KYR=0;KT0=0;TNF=0;TKK=19;PAC=0;UD01=18FB;UD02=1CD3;ID01=0;ID02=0;SYS=4E93,0|18EE}
Fri Oct 12 16:16:24 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Fri Oct 12 16:16:24 2012 Received answer:
Fri Oct 12 16:16:24 2012 Waiting for about 1 minute ...
Fri Oct 12 16:17:19 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Fri Oct 12 16:17:19 2012 Waiting for about 1 minute ...
Fri Oct 12 16:16:27 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Fri Oct 12 16:16:27 2012 Waiting for about 1 minute ...
Fri Oct 12 16:17:27 2012 Connected to solarmax (192.168.178.90) on port 12345
Fri Oct 12 16:17:27 2012 Sending message: {FB;01;46|64:KDY;KMT;KYR;KT0;TNF;TKK;PAC;UD01;UD02;ID01;ID02;SYS|10fe}
Fri Oct 12 16:17:27 2012 Socket contains no data, trying to read again later
Fri Oct 12 16:17:27 2012 Received answer: {01;FB;6A|64:KDY=0;KMT=0;KYR=0;KT0=0;TNF=0;TKK=19;PAC=0;UD01=1905;UD02=1CD8;ID01=0;ID02=0;SYS=4E93,0|18D1}
root@raspberrypi:/var/log# cat solarmax-error.log
Fri Oct 12 16:16:24 2012 ERROR no regexp match
Fri Oct 12 16:17:19 2012 ERROR sending TCP packet
root@raspberrypi:/var/log#

[Michi] hat geschrieben:Immer wenn er den ERROR "no regexp match" bringt, ist "Received answer:" leer.

Habe nie so lange gewartet, ...ist aber hier genauso.
abgesehen davon, kommt nie was in der DB an

hallo,

ich habe mal ein wireshark log gemacht und die smw-logger.c auf {FB;01;26|64:KDY;KMT;KT0;KYR;PAC|08BC} geändert.
Die Daten stimmen.

Für das ändern des Log´s bin ich jedoch zu blöd, beim compilieren kommt die Meldung:
logger-src/smw-logger.c:369:23: Fehler: Zu wenige Argumente für Funktion »sprintf«
Hast Du das mal bei Dir eingetragen ?

Code: Alles auswählen

Fri Oct 12 16:55:44 2012 Connected to database solarmax on host localhost
Fri Oct 12 16:55:44 2012 Connected to solarmax (192.168.178.220) on port 12345
Fri Oct 12 16:55:44 2012 Sending message: {FB;01;26|64:KDY;KMT;KYR;KT0;PAC|08BC}
Fri Oct 12 16:55:44 2012 Socket contains no data, trying to read again later
Fri Oct 12 16:55:44 2012 Received answer: {01;FB;36|64:KDY=55;KMT=AF;KYR=F2;KT0=F2;PAC=168|0C6E}
Fri Oct 12 16:55:49 2012 Sending message: {FB;01;26|64:KDY;KMT;KYR;KT0;PAC|08BC}
Fri Oct 12 16:55:49 2012 Received answer:
Fri Oct 12 16:55:49 2012 Waiting for about 1 minute ...


Fri Oct 12 16:55:49 2012 ERROR no regexp match
Fri Oct 12 16:56:44 2012 ERROR sending TCP packet


Wireshark
{FB;01;26|64:KDY;KMT;KT0;KYR;PAC|08BC}
{01;FB;36|64:KDY=56;KMT=AF;KT0=F2;KYR=F2;PAC=166|0C6D}



Gruß
[Michi]

du meinst so?

Code: Alles auswählen

Shall debugging be enabled? (y/n) [N] y
/var/www/watcher/logger-src/smw-logger.c: In function ‘main’:
/var/www/watcher/logger-src/smw-logger.c:369:23: error: too few arguments to function ‘sprintf’
/var/www/watcher/logger-src/smw-logger.c:177:9: warning: variable ‘tkdy’ set but not used [-Wunused-but-set-variable]

sind wir echt die einzigen mit einem aus der MT-Serie?

Gruss

ps: geht bei dir der Perl-Logger?