50 | | understand PostScript AND doesn't have an internal page counter, AND |
51 | | for which you don't know how to compute a job's size in number of |
52 | | pages by analyzing its content. Any printer which is not a |
53 | | 'dumb printer' according to the above definition is supported |
54 | | with PyKota. |
| 61 | understand PostScript or PCL5 AND doesn't have an internal page |
| 62 | counter, AND for which you don't know how to compute a job's size |
| 63 | in number of pages by analyzing its content. Any printer which |
| 64 | is not a 'dumb printer' according to the above definition is |
| 65 | supported by PyKota. |
87 | | |
88 | | * How can I diagnose the problem when something goes wrong ? |
89 | | |
90 | | Put "LogLevel debug2" in cupsd.conf (usually in /etc/cups/). |
91 | | Then put "logger: system" and "debug: yes" in |
92 | | /etc/pykota/pykota.conf. |
93 | | Finally restart CUPS. |
94 | | CUPS' error_log file will now contain many informations which |
95 | | will help diagnose your problem. Also your syslog's output for |
96 | | the LPR facility (usually /var/log/lpr.log) will contain |
97 | | PyKota's debug messages, notably all database related queries |
98 | | and their result, be your database PostgreSQL or OpenLDAP. |
99 | | With these two files the problem can usually be diagnosed within |
100 | | minutes. Send them to the mailing list and wait for an answer. |