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identification strings compatible with ident(1) and what(1). Uses $(VERSION) generated from configure.in. rm build/version rm old version .c files |
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.. | ||
external.h | ||
Makefile.in | ||
README.back-tcl | ||
tcl_abandon.c | ||
tcl_add.c | ||
tcl_back.h | ||
tcl_bind.c | ||
tcl_close.c | ||
tcl_compare.c | ||
tcl_config.c | ||
tcl_delete.c | ||
tcl_init.c | ||
tcl_modify.c | ||
tcl_modrdn.c | ||
tcl_search.c | ||
tcl_unbind.c | ||
tcl_util.c | ||
TODO | ||
Version.c |
Tcl Backend Interface for OpenLDAP ---------------------------- Synopsis of slapd.conf setup ---------------------------- database tcl suffix o=Suffix # The full path to the tcl script used for this database scriptpath /usr/lib/ldap/database.tcl # The procs for each ldap function. This similar to how # the shell backend setup works, but these refer to # the tcl procs in the 'scriptpath' script that handle them search <proc> add <proc> delete <proc> modify <proc> bind <proc> unbind <proc> modrdn <proc> compare <proc> abandon <proc> # This is one of the biggest pluses of using the tcl backend. # The realm let's you group several databases to the same interpretor. # This basically means they share the same global variables and proc # space. So global variables, as well as all the procs are callable # between databases. If no tclrealm is specified, it is put into the # "default" realm. tclrealm <interpretor name> ----------------------------------------- Synopsis of variables passed to the procs ----------------------------------------- abandon { action msgid suffix } action - Always equal to ABANDON msgid - The msgid of this ldap session suffix - List of suffix(es) associated with the call. Each one is and entry in a tcl formatted list (surrounded by {}'s) add { action msgid suffix entry } action - Always equal to ADD msgid - The msgid of this ldap session suffix - List of suffix(es) associated with the call. Each one is and entry in a tcl formatted list (surrounded by {}'s) entry - Full entry to add. Each "type: val" is an element in a tcl formatted list. bind { action msgid suffix dn method cred_len cred } action - Always equal to BIND msgid - The msgid of this ldap session suffix - List of suffix(es) associated with the call. Each one is and entry in a tcl formatted list (surrounded by {}'s) dn - DN being bound to method - One of the ldap authentication methods cred_len - Length of cred cred - Credentials being used to authenticate, according to RFC, if this value is empty, then it should be considered an anonomous bind (??) compare { action msgid suffix dn ava_type ava_value } action - Always equal to COMPARE msgid - The msgid of this ldap session suffix - List of suffix(es) associated with the call. Each one is and entry in a tcl formatted list (surrounded by {}'s) dn - DN for compare ava_type - Type for comparison ava_value - Value to compare delete { action msgid suffix dn } action - Always equal to DELETE msgid - The msgid of this ldap session suffix - List of suffix(es) associated with the call. Each one is and entry in a tcl formatted list (surrounded by {}'s) dn - DN to delete modify { action msgid suffix dn mods } action - Always equal to MODIFY msgid - The msgid of this ldap session suffix - List of suffix(es) associated with the call. Each one is and entry in a tcl formatted list (surrounded by {}'s) dn - DN to modify mods - Tcl list of modifications. List is formatted in this way: { { {op: type} {type: val} } { {op: type} {type: val} {type: val} } ... } Newlines are not present in the actual var, they are present here for clarification. "op" is the type of modification (add, delete, replace). modrdn { action msgid suffix dn newrdn deleteoldrdn } action - Always equal to MODRDN msgid - The msgid of this ldap session suffix - List of suffix(es) associated with the call. Each one is and entry in a tcl formatted list (surrounded by {}'s) dn - DN who's RDN is being renamed newrdn - New RDN deleteoldrdn - Boolean stating whether or not the old RDN should be removed after being renamed search { action msgid suffix base scope deref sizelimit timelimit filterstr attrsonly attrlist } action - Always equal to SEARCH msgid - The msgid of this ldap session suffix - List of suffix(es) associated with the call. Each one is and entry in a tcl formatted list (surrounded by {}'s) base - Base for this search scope - Scope of search, ( 0 | 1 | 2 ) deref - Alias dereferencing ( 0 | 1 | 2 | 3 ) sizelimit - Script should try not to return more data that this timelimit - Time limit for search filterstr - Filter string as sent by the requestor. attrsonly - Boolean for whether to list only the attributes instead of attributes and their values. attrlist - Tcl list if to retrieve. unbind { action msgid suffix dn } action - Always equal to UNBIND msgid - The msgid of this ldap session suffix - List of suffix(es) associated with the call. Each one is and entry in a tcl formatted list (surrounded by {}'s) dn - DN to unbind ------------------------------------ Synopsis of Return Method and Syntax ------------------------------------ There are only 2 return types. All procs must return a result to show status of the operation. The result is in this form: { RESULT {code: <integer>} {matched: <partialdn>} {info: <string>} {} } This is best accomplished with this type of tcl code lappend ret_val "RESULT" lappend ret_val "code: 0" lappend ret_val "" return $ret_val The final empty string (item in list) is neccesary to point to the end of list. The 'code', 'matched', and 'info' values are not neccesary, and default values are given if not specified. The 'code' value is usually an LDAP error in decimal notation from ldap.h. The 'info', may be sent back to the client, depending on the function. LDAP uses the value of 'code' to indicate whether or not the authentication is acceptible in the bind proc. The other type of return is for searches. It is similar format to the shell backend return (as is most of the syntax here). It's format follows: {dn: o=Company, c=US} {attr: val} {objectclass: val} {} {dn: o=CompanyB, c=US} {attr: val} {objectclass: val} {} Again, newlines are for visual purposes here. Also note the {} marking the end of the entry (same affect as a newline in ldif format). Here is some example code again, showing a full search proc example. # Note that 'args' let's you lump all possible args into one var, used # here for simplicity of exmaple proc ldap:search { args } { # perform some operations lappend ret_val "dn: $rdn,$base" lappend ret_val "objectclass: $objcl" lappend ret_val "sn: $rdn" lappend ret_val "mail: $email" lappend ret_val "" # Now setup the result lappend ret_val "RESULT" lappend ret_val "code: 0" lappend ret_val "" return $ret_val } NOTE: Newlines in the return value is acceptible in search entries (ie. when returning base64 encoded binary entries). ------------------------------------- Synopsis of Builtin Commands and Vars ------------------------------------- ldap:debug <msg> Allows you to send debug messages through OpenLDAP's native debuging system, this is sent as a LDAP_DEBUG_ANY and will be logged. Useful for debugging scripts or logging bind failures.