The message->headers hash table values get data returned by
g_mime_utils_header_decode_text ().
The pointer returned by g_mime_utils_header_decode_text is from the
following line in rfc2047_decode_tokens
return g_string_free (decoded, FALSE);
The docs for g_string_free say
Frees the memory allocated for the GString. If free_segment is TRUE
it also frees the character data. If it's FALSE, the caller gains
ownership of the buffer and must free it after use with g_free().
The remaining frees and allocations referencing to message->headers hash
values have been changed to use g_free and g_malloc functions.
This combines and completes the changes started by David Bremner.
message->headers = g_hash_table_new_full (strcase_hash,
strcase_equal,
free,
message->headers = g_hash_table_new_full (strcase_hash,
strcase_equal,
free,
message->parsing_started = 0;
message->parsing_finished = 0;
message->parsing_started = 0;
message->parsing_finished = 0;
/* we need to add the header to those we already collected */
newhdr = strlen(decoded_value);
hdrsofar = strlen(header_sofar);
/* we need to add the header to those we already collected */
newhdr = strlen(decoded_value);
hdrsofar = strlen(header_sofar);
- combined_header = xmalloc(hdrsofar + newhdr + 2);
+ combined_header = g_malloc(hdrsofar + newhdr + 2);
strncpy(combined_header,header_sofar,hdrsofar);
*(combined_header+hdrsofar) = ' ';
strncpy(combined_header+hdrsofar+1,decoded_value,newhdr+1);
strncpy(combined_header,header_sofar,hdrsofar);
*(combined_header+hdrsofar) = ' ';
strncpy(combined_header+hdrsofar+1,decoded_value,newhdr+1);
+ g_free (decoded_value);
g_hash_table_insert (message->headers, header, combined_header);
}
} else {
g_hash_table_insert (message->headers, header, combined_header);
}
} else {
g_hash_table_insert (message->headers, header, decoded_value);
} else {
free (header);
g_hash_table_insert (message->headers, header, decoded_value);
} else {
free (header);
+ g_free (decoded_value);
decoded_value = header_sofar;
}
}
decoded_value = header_sofar;
}
}