self.machine

So for all the people who do not want to learn AT commands to get their old MotoRockr [aka motorola e6] and A1200 working with your kannel setup to send/receive MMS and SMS here is the kannel.conf and modems.conf.

The important part is the modems.conf which has the correct AT commands to receive SMSes.

kannel.conf

#
 
# THIS IS A SAMPLE CONFIGURATION FOR KANNEL
 
#
 
# For any modifications to this file, see Kannel User Guide
 
# If that does not help, send email to users@kannel.org
 
#
 
group = core
 
admin-port = 13000
 
admin-password = bar
 
#status-password = foo
 
#admin-deny-ip = ""
 
#admin-allow-ip = ""
 
#log-file = "/tmp/kannel.log"
 
log-level = 0
 
#access-log = "access.log"
 
#http-proxy-host = "127.0.0.1"
 
#http-proxy-port = 8080
 
#http-proxy-exceptions = "127.0.0.1"
 
#http-proxy-username = "user"
 
#http-proxy-password = "password"
 
#ssl-certkey-file = "mycertandprivkeyfile.pem"
 
smsbox-port = 13001
 
box-allow-ip = "127.0.0.1"
 
# Smsbox related
 
#smsbox-port = 13001
 
#box-deny-ip = "*.*.*.*"
 
#box-allow-ip = "127.0.0.1"
 
#unified-prefix = "00358,0"
 
#white-list = "http://127.0.0.1/white-list.txt"
 
#black-list = "http://127.0.0.1/black-list.txt"
 
#store-file = "kannel.store"
 
# Wapbox related
 
#wapbox-port = 13002
 
#udp-deny-ip = "*.*.*.*"
 
#udp-allow-ip = "127.0.0.1"
 
#wdp-interface-name = "*"
 
# SMSC CONNECTIONS - GLOBAL FIELDS
 
#group = smsc
 
#smsc =
 
#smsc-id = ID
 
#denied-smsc-id = "X;Y"
 
#allowed-smsc-id = "Z"
 
#preferred-smsc-id = "W"
 
#allowed-prefix = "040;050"
 
#denied-prefix = "060;070"
 
#alt-charset =
 
# SMSC Nokia CIMD2
 
#group = smsc
 
#smsc = cimd2
 
#host =
 
#port =
 
#smsc-username =
 
#smsc-password =
 
#keepalive =
 
#sender-prefix =
 
# SMSC EMI
 
#group = smsc
 
#smsc = emi2
 
#smsc = emi_ip to use the old implementation
 
#host =
 
#port =
 
#smsc-username =
 
#smsc-password =
 
#device = /dev/
 
#phone =
 
#our-port =
 
#receive-port =
 
#connect-allow-ip =
 
#keepalive =
 
#flow-control =
 
# SMSC SMPP
 
#group = smsc
 
#smsc = smpp
 
#host =
 
#port =
 
#receive-port =
 
#smsc-username =
 
#smsc-password =
 
#system-type =
 
#address-range =
 
# SMSC SEMA
 
#group = smsc
 
#smsc = sema
 
#device = /dev/tty0
 
#smsc_nua = (X121 smsc address)
 
#home_nua = (x121 radio pad address)
 
#wait_report = 0/1 (0 means false, 1 means true)
 
# SMSC OIS
 
#group = smsc
 
#smsc = ois
 
#host = 103.102.101.100
 
#port = 10000
 
#receive-port = 10000
 
#ois-debug-level = 0
 
# SMSC GSM
 
group = smsc
 
smsc = at
 
modemtype = generic
 
device = /dev/ttyACM0
 
#pin = 2345
 
#validityperiod = 167
 
# SMSC Fake
 
#group = smsc
 
#smsc = fake
 
#host =
 
#port =
 
#connect-allow-ip =
 
# SMSC HTTP
 
#group = smsc
 
#smsc = http
 
#system-type = kannel
 
#send-url =
 
#port =
 
#connect-allow-ip =
 
#username =
 
#password =
 
# SMSBOX SETUP
 
group = smsbox
 
bearerbox-host = localhost
 
sendsms-port = 13013
 
#sendsms-chars = "0123456789 +-"
 
#global-sender = 12345
 
#log-file = "/tmp/smsbox.log"
 
#log-level = 0
 
#access-log = "access.log"
 
#white-list =
 
#black-list =
 
#reply-couldnotfetch =
 
#reply-couldnotrepresent =
 
#reply-requestfailed =
 
#reply-emptymessage =
 
# SEND-SMS USERS
 
group = sendsms-user
 
username = tester
 
password = foobar
 
#user-deny-ip = ""
 
#user-allow-ip = ""
 
# this sender is for Kannel relay testing (http_smsc)
 
group = sendsms-user
 
username = kannel
 
password = rL4y
 
user-deny-ip = "*.*.*.*"
 
user-allow-ip = "127.0.0.1"
 
#name = service_kannel
 
#forced-smsc = ID
 
#default-smsc = ID
 
#faked-sended =
 
#max-messages = 1
 
#concatenation = 1
 
#split-chars =
 
#split-suffix =
 
#omit-empty =
 
#header =
 
#footer =
 
#allowed-prefix =
 
#denied-prefix =
 
#white-list =
 
#black-list =
 
# SMS SERVICES
 
#group = sms-service
 
#name = nothing
 
#keyword = nop
 
#aliases = "noppy;niente"
 
#text = "You asked nothing and I did it!"
 
#get-url = "http://"
 
#post-url = "http://"
 
#file = "/tmp/"
 
#accepted-smsc = ID
 
#allowed-prefix =
 
#denied-prefix =
 
#catch-all = false
 
#send-sender = false
 
#strip-keyword = false
 
#faked-sender =
 
#max-messages = 1
 
#accept-x-kannel-headers = false
 
#assume-plain-text = false
 
#concatenation = false
 
#split-chars =
 
#split-suffix = "+"
 
#omit-empty = true
 
#header =
 
#footer =
 
#prefix =
 
#suffix =
 
#white-list =
 
#black-list =
 
# SMS SERVICE GET-URL EXAMPLE
 
#group = sms-service
 
#keyword = relay
 
#get-url = "http://localhost/service?phone=%p&text=%r&binary=%b&smsc=$i&time=%t
 
# SMS SERVICE black-list
 
#group = sms-service
 
#keyword = black-list
 
#text = "You are not alowed to use this service, Go away!"
 
# SMS SERVICE Default
 
# there should be default always
 
group = sms-service
 
keyword = default
 
get-url = "http://localhost/service/?sender=%p&text=%a"
 
#text = "No service specified"
 
include = "modems.conf"

modems.conf

# If modemtype=auto, try everyone and defaults to this one
 
group = modems
 
id = generic
 
name = "Generic Modem"
 
speed = 460800
 
init-string = "AT Q0 V1 E1 S0=0 &C1 &D2 +FCLASS=0;+CMGF=0;+CNMI=3,2,0,0,0"
 
#init-string="AT+CNMI=2,1,0,1,0;+CMGF=0;+CMEE=1"
 
reset-string = "ATZ"
 
broken = true
 
message-storage = "SM"
 
no-pin = true

So got to setting up OTRS, neat email based support system and it works pretty well it seems. There are some issues setting it up initially, but it integrates very well into your support email ! Should have thought of using it for kwippy once i think about it he he.

Just managed to get PHP compiled from source with php-fpm patch on it, the configure string was as follows

./configure –enable-fastcgi –enable-fpm –with-mcrypt –with-zlib –enable-mbstring –disable-pdo –with-pgsql –with-curl –disable-debug –with-pic –disable-rpath –enable-inline-optimization –with-bz2 –with-libxml-dir –with-zlib –enable-sockets –enable-sysvsem –enable-sysvshm –enable-pcntl –enable-mbregex –with-mhash –with-xsl –enable-zip –with-pcre-regex –with-mysql –with-gd –with-mysqli –with-jpeg-dir –with-freetype-dir –with-png-dir –with-pdflib

Though on debian getting GD with JPEG requires the open jpeg library [not the other jpeg lib]. Thats after going through the compilation a couple of time !

Also planning to move my server to a better setup, running out of memory right now.

Well the simplest way of solving this is to run

sudo apt-get install php5-gd

That will install the necessary libraries that you need to keep continuing. If you are in windows then you need to go  to your php.ini and uncomment the following lines

;extension=php_gd.dll
;extension=php_gd2.dll

[just remove the ; to uncomment them]

Hope that solves your image issues.

Well here are some quick ways of solving your “cron not working properly issues in drupal”

It has a semaphore which blocks the cron running, in my case the PHP script ran for too long and ate up too much memory. I needed to modify my php.ini to ensure that it could take up more memory.

Another issue was that you needed to delete a certain variable in the Drupal database, use the following for a quick resolution to the problem.

DELETE FROM `variable` WHERE name = ‘cron_semaphore’;

DELETE FROM `variable` WHERE name = ‘cron_last‘;

Another way is to install the devel module and delete the above variables from the database using the UI.

Hope this helps.

Installing JDK

Download the latest Sun JDK RPM.

1. Go to java.sun.com and navigate to the downloads page. As of this writing it is http://java.sun.com/javase/downloads/index.jsp
2. If you are on a text console, you may want to use the “links” text browser rather than wget or curl. The Sun site requires you to accept a license agreement before it will allow you to access the download.
3. Navigate to the downloads for a recent version of the JDK (e.g. JDK 6 update 2).
4. On the downloads page, download the “Linux RPM in self-extracting file” This will have a name such as jdk-6u2-linux-i586-rpm.bin
5. Save the file in a convient location (/tmp would work).

Extract and install the RPM

1. In the directory that you saved the rpm.bin file, type:

   ./jdk-6u2-linux-i586-rpm.bin

2. The JDK should extract and install. There is a licence agreement.

Installing Tomcat

First, download Tomcat from Apache or a mirror site and unpack it.

Next you need to decide where to put Tomcat. You will need a directory for your Tomcat installation and also a place to store your Tomcat applications. This can be the same directory, but does not have to be. The method that I will illustrate here uses /opt/mytomcat for both directories

Often you may need to refer to the directory in which Tomcat is installed. This is stored in the environment variable $CATALINA_HOME (Catalina is Tomcat’s servlet container). Thus, by installing Tomcat into /opt/mytomcat, we can consider /opt/mytomcat to be $CATALINA_HOME.

ln -s /opt/apache-tomcat-5.5.23 /opt/mytomcat

Next, you need to decide how you will run Tomcat. Tomcat can be run as root or as a regular user. For security reasons, many people prefer to create a special user account to run Tomcat and to own Tomcat files. In this example, I will show how to set up a ‘mytomcat’ user. You’ll need to do most of the installation and setup as root and can then chown files to be owned by the mytomcat user.

/usr/sbin/groupadd mytomcat
/usr/sbin/useradd -g mytomcat -d /opt/mytomcat mytomcat

Change the directory to be owned by the mytomcat user (and also group mytomcat):

chown mytomcat.mytomcat mytomcat
chown mytomcat.mytomcat apache-tomcat-5.5.23

In order for Tomcat to find the installation of Java, you need to set the JAVA_HOME environment variable. One way to do this is to create a file $CATALINA_HOME/bin/setenv.sh that contains the following line:

JAVA_HOME="/usr/java/latest"

At this point, we should be able to try starting Tomcat. Since you are probably root, but we want to run Tomcat as user ‘mytomcat’, use ‘su -c’ to run the startup.sh script:

su mytomcat -c $CATALINA_HOME/bin/startup.sh

If everything worked, you should be able to navigate to http://localhost:8080 and see the Tomcat welcome page.
To stop the server, use:

su mytomcat -c $CATALINA_HOME/bin/shutdown.sh

Installing Solr

Download SOLR from Apache or a mirror, unpack it, and set up a link to it from /opt/solr.

cd /opt
wget ftp://www.ibiblio.org/pub/mirrors/apache/lucene/solr/1.2/apache-solr-1.2.0.tgz
tar xvzf apache-solr-1.2.0.tgz
ln -s apache-solr-1.2.0.tgz /opt/solr

Change the ownership and group to be mytomcat:

chown -R mytomcat:mytomcat solr
chown -R mytomcat:mytomcat apache-solr-1.2.0

Make a copy of a SOLR webapp. SOLR instances run as web applications in the webapps directory of Tomcat. There is a default application in /opt/solr/dist that is packaged as a .war file. To use this, just copy it over to /opt/mytomcat/webapps and give it a descriptive name:

cp /opt/solr/dist/apache-solr-1.2.0.war /opt/mytomcat/webapps/mytestapp.war
chown mytomcat:mytomcat /opt/mytomcat/webapps/mytestapp.war

SOLR stores its indicies for each instance in a “solr/home” directory. For SOLR webapps that you run, you will need to create a solr/home directory. I put all mine in /opt/solr_home, so that I have directories like /opt/solr_home/app1, /opt/solr_home/app2,… There is a sample directory that you should copy that contains the starting files and directories that SOLR expects for the solr/home:

mkdir /opt/solr_home
cp -R /opt/solr/example/solr /opt/solr_home/mytestapp
chown -R mytomcat:mytomcat /opt/solr_home

Works very well and rather straight out of the box.

All the credit goes to Robert – http://www.ils.unc.edu/~rcapra/rhel5-tomcat-solr.php

The above guide with some minor changes here and there.