1 /*************************************************
3 *************************************************/
5 /* Copyright (c) University of Cambridge 1995 - 2009 */
6 /* See the file NOTICE for conditions of use and distribution. */
8 /* This module contains code to initialize things from the
9 environment and the arguments. */
16 /*************************************************
17 * Decode stripchart config *
18 *************************************************/
20 /* First determine how many are requested, then compile the
21 regular expressions and save the title strings. Note that
22 stripchart_number is initialized to 1 or 2 to count the always-
23 present queue stripchart, and the optional size-monitoring
26 static void decode_stripchart_config(uschar
*s
)
30 /* Loop: first time just counts, second time does the
33 for (i
= 0; i
<= 1; i
++)
40 if (*p
== '/') p
++; /* allow optional / at start */
42 /* This loops for all the substrings, using the first flag
43 to determine whether each is the first or second of the pairs. */
48 /* Handle continuations */
51 while (*(++p
) == ' ' || *p
== '\t');
55 /* Find the end of the string and count if first string */
58 while (*p
&& *p
!= '/') p
++;
61 /* Take action on the second time round. */
66 int indx
= count
+ stripchart_varstart
- 1;
67 Ustrncpy(buffer
, pp
, p
-pp
);
73 stripchart_regex
[indx
] = pcre_compile(CS buffer
, PCRE_COPT
,
74 (const char **)&error
, &offset
, NULL
);
75 if (stripchart_regex
[indx
] == NULL
)
77 printf("regular expression error: %s at offset %d "
78 "while compiling %s\n", error
, offset
, buffer
);
82 else stripchart_title
[indx
] = string_copy(buffer
);
85 /* Advance past the delimiter and flip the first/second flag */
91 /* On the first pass, we now know the number of stripcharts. Get
92 store for holding the pointers to the regular expressions and
97 stripchart_number
+= count
;
98 stripchart_regex
= (pcre
**)store_malloc(stripchart_number
* sizeof(pcre
*));
99 stripchart_title
= (uschar
**)store_malloc(stripchart_number
* sizeof(uschar
*));
105 /*************************************************
107 *************************************************/
109 void init(int argc
, uschar
**argv
)
116 argc
= argc
; /* These are currently unused. */
119 /* Deal with simple values in the environment. */
121 s
= US
getenv("ACTION_OUTPUT");
124 if (Ustrcmp(s
, "no") == 0) action_output
= FALSE
;
125 if (Ustrcmp(s
, "yes") == 0) action_output
= TRUE
;
128 s
= US
getenv("ACTION_QUEUE_UPDATE");
131 if (Ustrcmp(s
, "no") == 0) action_queue_update
= FALSE
;
132 if (Ustrcmp(s
, "yes") == 0) action_queue_update
= TRUE
;
135 s
= US
getenv("BODY_MAX");
136 if (s
!= NULL
&& (x
= Uatoi(s
)) != 0) body_max
= x
;
138 s
= US
getenv("EXIM_PATH");
139 if (s
!= NULL
) exim_path
= string_copy(s
);
141 s
= US
getenv("EXIMON_EXIM_CONFIG");
142 if (s
!= NULL
) alternate_config
= string_copy(s
);
144 s
= US
getenv("LOG_BUFFER");
148 if (sscanf(CS s
, "%d%c", &x
, c
) > 0)
150 if (c
[0] == 'K' || c
[0] == 'k') x
*= 1024;
151 if (x
< 1024) x
= 1024;
156 s
= US
getenv("LOG_DEPTH");
157 if (s
!= NULL
&& (x
= Uatoi(s
)) != 0) log_depth
= x
;
159 s
= US
getenv("LOG_FILE_NAME");
160 if (s
!= NULL
) log_file
= string_copy(s
);
162 s
= US
getenv("LOG_FONT");
163 if (s
!= NULL
) log_font
= string_copy(s
);
165 s
= US
getenv("LOG_WIDTH");
166 if (s
!= NULL
&& (x
= Uatoi(s
)) != 0) log_width
= x
;
168 s
= US
getenv("MENU_EVENT");
169 if (s
!= NULL
) menu_event
= string_copy(s
);
171 s
= US
getenv("MIN_HEIGHT");
172 if (s
!= NULL
&& (x
= Uatoi(s
)) > 0) min_height
= x
;
174 s
= US
getenv("MIN_WIDTH");
175 if (s
!= NULL
&& (x
= Uatoi(s
)) > 0) min_width
= x
;
177 s
= US
getenv("QUALIFY_DOMAIN");
178 if (s
!= NULL
) qualify_domain
= string_copy(s
);
179 else qualify_domain
= US
""; /* Don't want NULL */
181 s
= US
getenv("QUEUE_DEPTH");
182 if (s
!= NULL
&& (x
= Uatoi(s
)) != 0) queue_depth
= x
;
184 s
= US
getenv("QUEUE_FONT");
185 if (s
!= NULL
) queue_font
= string_copy(s
);
187 s
= US
getenv("QUEUE_INTERVAL");
188 if (s
!= NULL
&& (x
= Uatoi(s
)) != 0) queue_update
= x
;
190 s
= US
getenv("QUEUE_MAX_ADDRESSES");
191 if (s
!= NULL
&& (x
= Uatoi(s
)) != 0) queue_max_addresses
= x
;
193 s
= US
getenv("QUEUE_WIDTH");
194 if (s
!= NULL
&& (x
= Uatoi(s
)) != 0) queue_width
= x
;
196 s
= US
getenv("SPOOL_DIRECTORY");
197 if (s
!= NULL
) spool_directory
= string_copy(s
);
199 s
= US
getenv("START_SMALL");
200 if (s
!= NULL
&& Ustrcmp(s
, "yes") == 0) start_small
= 1;
202 s
= US
getenv("TEXT_DEPTH");
203 if (s
!= NULL
&& (x
= Uatoi(s
)) != 0) text_depth
= x
;
205 s
= US
getenv("WINDOW_TITLE");
206 if (s
!= NULL
) window_title
= string_copy(s
);
208 /* Deal with stripchart configuration. First see if we are monitoring
209 the size of a partition, then deal with log stripcharts in a separate
212 s
= US
getenv("SIZE_STRIPCHART");
213 if (s
!= NULL
&& *s
!= 0)
216 stripchart_varstart
++;
217 size_stripchart
= string_copy(s
);
218 s
= US
getenv("SIZE_STRIPCHART_NAME");
219 if (s
!= NULL
&& *s
!= 0) size_stripchart_name
= string_copy(s
);
222 s
= US
getenv("LOG_STRIPCHARTS");
223 if (s
!= NULL
) decode_stripchart_config(s
);
225 s
= US
getenv("STRIPCHART_INTERVAL");
226 if (s
!= NULL
&& (x
= Uatoi(s
)) != 0) stripchart_update
= x
;
228 s
= US
getenv("QUEUE_STRIPCHART_NAME");
229 queue_stripchart_name
= (s
!= NULL
)? string_copy(s
) : US
"queue";
231 /* Compile the regex for matching yyyy-mm-dd at the start of a string. */
233 yyyymmdd_regex
= pcre_compile("^\\d{4}-\\d\\d-\\d\\d\\s", PCRE_COPT
,
234 (const char **)&error
, &erroroffset
, NULL
);
237 /* End of em_init.c */