File check_mysql.c.patch of Package nagios-plugins

File check_mysql.c.patch of Package nagios-plugins (Revision 37)

Currently displaying revision 37, show latest

68,87d67
< int strIndexOf(char *string1, char *string2);
< char *strSubstring(char *string1, char *string2, int StartingPos, int EndPos);
< char *GetThreadsPerfdata(char *stringtoparse);
< char *GetQuestionsPerfdata(char *stringtoparse);
< char *GetSQPerfdata(char *stringtoparse);
< char *GetOpensPerfdata(char *stringtoparse);
< char *GetFTPerfdata(char *stringtoparse);
< char *GetOTPerfdata(char *stringtoparse);
< char *GetQPSAPerfdata(char *stringtoparse);
< 
< struct mysql_statistics
< {
<       char *ThreadsPerfdata;
<       char *QuestionsPerfdata;
<       char *SQPerfdata;
<       char *OpensPerfdata;
<       char *FTPerfdata;
<       char *OTPerfdata;
<       char *QPSAPerfdata;
< };
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< 
<       /* variables needed to parse */
<       char *StringToParse;
<       struct mysql_statistics Stats;
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<       /* parse the server stats */
<       strcpy(StringToParse, result);
< 
<       Stats.ThreadsPerfdata = GetThreadsPerfdata(StringToParse);
<       strcpy(StringToParse, result);
<       Stats.QuestionsPerfdata = GetQuestionsPerfdata(StringToParse);
<       strcpy(StringToParse, result);
<       Stats.SQPerfdata = GetSQPerfdata(StringToParse);
<       strcpy(StringToParse, result);
<       Stats.OpensPerfdata = GetOpensPerfdata(StringToParse);
<       strcpy(StringToParse, result);
<       Stats.FTPerfdata = GetFTPerfdata(StringToParse);
<       strcpy(StringToParse, result);
<       Stats.OTPerfdata = GetOTPerfdata(StringToParse);
<       strcpy(StringToParse, result);
<       Stats.QPSAPerfdata = GetQPSAPerfdata(StringToParse);
< 
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<               printf ("%s %s | %s %s %s %s %s %s %s\n", result, slaveresult, Stats.ThreadsPerfdata, Stats.SQPerfdata, Stats.OpensPerfdata, Stats.FTPerfdata, Stats.OTPerfdata, Stats.QPSAPerfdata);
---
>               printf ("%s %s\n", result, slaveresult);
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<               printf ("%s | %s %s %s %s %s %s %s\n", result, Stats.ThreadsPerfdata, Stats.QuestionsPerfdata, Stats.SQPerfdata, Stats.OpensPerfdata, Stats.FTPerfdata, Stats.OTPerfdata, Stats.QPSAPerfdata);
---
>               printf ("%s\n", result);
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< char
< *GetQPSAPerfdata(char *stringtoparse)
< {
<         int Start = 0;
<         int End = 0;
<         char *qpsa;
<         char *output;
<         Start = strIndexOf("Queries per second avg\0", stringtoparse);
<       End = strlen(stringtoparse);
< 
<         qpsa = strSubstring(qpsa, stringtoparse, Start, End);
<         qpsa = strSubstring(qpsa, qpsa, strIndexOf(" \0", qpsa) + 1, strlen(qpsa));
<         qpsa = strSubstring(qpsa, qpsa, strIndexOf(" \0", qpsa) + 1, strlen(qpsa));
<       qpsa = strSubstring(qpsa, qpsa, strIndexOf(" \0", qpsa) + 1, strlen(qpsa));
<       qpsa = strSubstring(qpsa, qpsa, strIndexOf(" \0", qpsa) + 1, strlen(qpsa));
<       printf("%s", qpsa);
<         asprintf(&output, "%s", fperfdata("queries_per_second_avg", atof(qpsa), "",
<         FALSE, 0,
<         FALSE, 0,
<         TRUE, 0,
<         FALSE, 0));
< 
<         return output;
< }
< 
< char
< *GetOTPerfdata(char *stringtoparse)
< {
<         int Start = 0;
<         int End = 0;
<         char *ot;
<         char *output;
<         Start = strIndexOf("Open tables\0", stringtoparse);
<         End = strIndexOf("Queries per second avg\0", stringtoparse);
< 
<         ot = strSubstring(ot, stringtoparse, Start, End - 2);
<         ot = strSubstring(ot, ot, strIndexOf(" \0", ot) + 1, strlen(ot));
<       ot = strSubstring(ot, ot, strIndexOf(" \0", ot) + 1, strlen(ot));
<         asprintf(&output, "%s", perfdata("open_tables", atoi(ot), "",
<         FALSE, 0,
<         FALSE, 0,
<         TRUE, 0,
<         FALSE, 0));
< 
<         return output;
< }
< 
< char
< *GetFTPerfdata(char *stringtoparse)
< {
<       int Start = 0;
<         int End = 0;
<         char *ft;
<         char *output;
<         Start = strIndexOf("Flush tables\0", stringtoparse);
<         End = strIndexOf("Open tables\0", stringtoparse);
< 
<         ft = strSubstring(ft, stringtoparse, Start, End - 2);
<         ft = strSubstring(ft, ft, strIndexOf(" \0", ft) + 1, strlen(ft));
<       ft = strSubstring(ft, ft, strIndexOf(" \0", ft) + 1, strlen(ft));
<         asprintf(&output, "%s", perfdata("flush_tables", atoi(ft), "",
<         FALSE, 0,
<         FALSE, 0,
<         TRUE, 0,
<         FALSE, 0));
< 
<         return output;
< }
< 
< char
< *GetOpensPerfdata(char *stringtoparse)
< {
<         int Start = 0;
<         int End = 0;
<         char *opens;
<         char *output;
<         Start = strIndexOf("Opens\0", stringtoparse);
<         End = strIndexOf("Flush tables\0", stringtoparse);
< 
<         opens = strSubstring(opens, stringtoparse, Start, End - 2);
<         opens = strSubstring(opens, opens, strIndexOf(" \0", opens) + 1, strlen(opens));
<         asprintf(&output, "%s", perfdata("opens", atoi(opens), "",
<         FALSE, 0,
<         FALSE, 0,
<         TRUE, 0,
<         FALSE, 0));
< 
<         return output;
< }
< 
< char
< *GetSQPerfdata(char *stringtoparse)
< {
<         int Start = 0;
<         int End = 0;
<         char *slowqueries;
<         char *output;
<         Start = strIndexOf("Slow queries\0", stringtoparse);
<         End = strIndexOf("Opens\0", stringtoparse);
< 
<         slowqueries = strSubstring(slowqueries, stringtoparse, Start, End - 2);
<         slowqueries = strSubstring(slowqueries, slowqueries, strIndexOf(" \0", slowqueries) + 1, strlen(slowqueries));
<       slowqueries = strSubstring(slowqueries, slowqueries, strIndexOf(" \0", slowqueries) + 1, strlen(slowqueries));
<         asprintf(&output, "%s", perfdata("slow_queries", atoi(slowqueries), "",
<         FALSE, 0,
<         FALSE, 0,
<         TRUE, 0,
<         FALSE, 0));
< 
<         return output;
< }
< 
< char
< *GetQuestionsPerfdata(char *stringtoparse)
< {
<       int Start = 0;
<         int End = 0;
<         char *questions;
<         char *output;
<         Start = strIndexOf("Questions\0", stringtoparse);
<         End = strIndexOf("Slow queries\0", stringtoparse);
< 
<         questions = strSubstring(questions, stringtoparse, Start, End - 2);
<         questions = strSubstring(questions, questions, strIndexOf(" \0", questions) + 1, strlen(questions));
<         asprintf(&output, "%s", perfdata("questions", atoi(questions), "",
<         FALSE, 0,
<         FALSE, 0,
<         TRUE, 0,
<         FALSE, 0));
< 
<         return output;
< }
< 
< char
< *GetThreadsPerfdata(char *stringtoparse)
< {
<       int Start = 0;
<       int End = 0;
<       char *threads;
<       char *output;
< 
<       Start = strIndexOf("Threads\0", stringtoparse);
<         End = strIndexOf("Questions\0", stringtoparse);
< 
<         threads = strSubstring(threads, stringtoparse, Start, End - 2);
<         threads = strSubstring(threads, threads, strIndexOf(" \0", threads) + 1, strlen(threads));
<         asprintf(&output, "%s", perfdata("threads", atoi(threads), "",
<         FALSE, 0,
<         FALSE, 0,
<         TRUE, 0,
<         FALSE, 0));
<         
<       return output;
< }
< 
< /* takes the substring from string1 between startingpos and the startingpos plus the length,
< all is returned */
< char
< *strSubstring(char *string1, char *string2, int StartingPos, int EndPos)
< {
<       /* current position in string2 */
<         int CurPos = 0;
<       /* current position in string1 */
<       int String1Pos = 0;
<       char *NULLChar = "\0";
< 
<       for (CurPos = StartingPos; CurPos < EndPos; CurPos++)
<       {
<               string1[String1Pos] = string2[CurPos];
<               String1Pos++;
<       }
< 
<       string1[String1Pos] = *NULLChar;
< 
<       return string1;
< }
< 
< /* gets the starting position of string1 in string2,
< if string1 is not contained in string2 then the function returns -1 */
< int
< strIndexOf (char *string1, char *string2)
< {
<       /* current position in string2 */
<       int CurPos = 0;
<       /* the amount of matches found after the startingposition was found */
<       int CharsFound = 0;
<       /* the starting position of string1 in string2 */
<       int StartingPos = -1;
<       /* length of string1 */
<       int Length1 = strlen(string1);
<       /* Length of string2 */
<       int Length2 = strlen(string2);
<       /* the maximum length of the search */
<       int MaxLength = 0;
< 
<       /* check if string2 is longer the string1, if not tell the program that something went wrong */
<       if (Length2 < Length1)
<       {
<               return -2;
<       }
< 
<       /* calculate the max length of the search */
<       MaxLength = Length2;
< 
<       for (CurPos = 0; CurPos != MaxLength; CurPos++)
<       {
<               if (CharsFound == Length1)
<               {
<                       return StartingPos;
<               }
< 
<               if (StartingPos == -1)
<               {
<                       if (string2[CurPos] == string1[CharsFound])
<                       {
<                               StartingPos = CurPos;
<                               CharsFound++;
<                       }
<               }
<               else
<               {
<                       if (string2[CurPos] == string1[CharsFound])
<                       {
<                               CharsFound++;
<                       }
<                       else
<                       {
<                               CharsFound = 0;
<                                 StartingPos = -1;
<                       }
<               }
<       }
< 
<       return -1;
< }