Vancouver Joomla!Day provides case study in community-building techniques


 
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Old 06-16-2008
Vancouver Joomla!Day provides case study in community-building techniques

Mon, 16 Jun 2008 18:00:00 GMT
As free software projects balloon in size, many struggle to create and maintain a sense of community. One of the projects that has been most successful in its community-building efforts is the content management system Joomla! In the last couple of years, its Joomla!Days have been held around the world. A particular case in point is this past weekend's Vancouver Joomla!Day, whose organization and use of social networking to expand the scope of the event make it a case study in modern community-building.


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SK_NEW_SESSION(3)					     Library Functions Manual						 SK_NEW_SESSION(3)

NAME
sk_new_session - create a new SNMPSESSION SYNOPSIS
#include <snmpkit.h> SNMPSESSION *sk_new_session(char *host, void *(start_routine)(SNMPSESSION*), const char *community); SNMPSESSION **sk_new_sessions(char *hostspec,const char *community,void *(start_routine)(SNMPSESSION*)); SNMPSESSION **sk_new_sessions_multi(char **hostspecs, const char *community, void *(start_routine)(SNMPSESSION*)); DESCRIPTION
An SNMP_session instance is an object that handles the details of communicating an SNMP enabled device such as a printer or a router. There are three versions of sk_new_sessions. They two of the parmeters are identical. The first one varies between the different versions of the function. A SNMP community string acts as a password. Normally there are two strings set for an SNMP enabled device. One will allow the user write access to settings via SNMP commands and the second password will only allow for read access to device settings. You must also provide a pointer to the start_routine function. The start_routine() is the function used to actually do the work of commu- nicating with the network device. In other words, this function is called when the thread handling this particular device is activated. In other words, this function actually loads up the packets with the SNMP objects and then makes the requsts. Each SNMPSESSION has its own thread and once the thread is created. When the start_function function is called, it is passed the SNMPSESSION pointer as a paramter. The first parameter varies between the functions. In the case of sk_new_session it is simply a hostname in a format understood by gethost- byname(3). In the case of sk_new_sessions, instead of a simple hostname a hostspec is passed in. A hostspec can be a simple hostname but it can also be an IP address range in the form of 192.168.0.1-5 or an IP address and a subnet mask in the form of either 192.168.0.0/255.255.255.0 or 192.168.0.0/24. A hostspec may also include a community name by enclosing that in parenthesis like 192.168.0.1(public). RETURN VALUE
Upon successful completion sk_new_session returns a pointer to a SNMPSESSION. sk_new_sessions and sk_new_sessions_multi both return a null terminated array of SNMPSESSION pointers. Otherwise NULL is returned and sk_errno is set to indicate the error. ERRORS
SK_MEM_FAIL Memory allocation failed. SK_BAD_PROTO UDP protocol is not supported. See getprotobyname(3). SK_SOCKET_FAIL Can't create socket. See socket(2). SK_RECEIVER_FAIL Can't create a thread to receive packets. Sets errno. See pthread_create(3). SK_HOSTNOTFOUND Host not found. Sets h_errno. See gethostbyname(3). SK_REAPER_FAIL Can't create a thread to reap spent threads. Sets errno. See pthread_create(3). SK_WORKER_FAIL Can't create worker thread. Sets errno. See pthread_create(3). SK_UNTERM_HOSPEC Community in hostspec doesn't have ending parenthesis. SK_OCTET_OVERFLOW One of the octets in hostspec is greater than 255. SK_BAD_NETMASK Subnet mask wasn't in a understood form. SK_NETMASK_OVERFLOW Number of bits in subnet mask is too large. SK_DIS_NETMASK Subnet mask had discontinious bits. SEE ALSO
sk_strerror(3), sk_snmpsessions_done(3), sk_new_sfiller(3), sk_new_snmptable(3) GNU snmpkit 0.4 November 2000 SK_NEW_SESSION(3)