- Publicity: Public Only All
form-field-procs.tcl
XoWiki - form fields
- Location:
- packages/xowiki/tcl/form-field-procs.tcl
- Created:
- 2007-06-22
- Author:
- Gustaf Neumann
- CVS Identification:
$Id: form-field-procs.tcl,v 1.290 2024/10/24 17:02:23 gustafn Exp $
Procedures in this file
- xowiki::formfield::child_components (public)
- xowiki::formfield::dict_to_fc (public)
- xowiki::formfield::dict_to_spec (public)
- xowiki::formfield::dict_value (public)
- xowiki::formfield::fc_to_dict (public)
Detailed information
xowiki::formfield::child_components (public)
xowiki::formfield::child_components [ -filter filter ] objs
For every form-field obj in the provided objs, return a list of all child components (potentially leaf components of compound fields). The result list is filtered by the optional filter expression, which can refer to the current object via variable $_.
- Switches:
- -filter (optional, defaults to
"true"
)- Parameters:
- objs (required, object)
- input form-field objs
- Partial Call Graph (max 5 caller/called nodes):
- Testcases:
- No testcase defined.
xowiki::formfield::dict_to_fc (public)
xowiki::formfield::dict_to_fc [ -name name ] [ -type type ] dict
Convert the provided dict into form_constraint syntax (comma separated). The other direction would be more complex, since the fcs are interpreted from left to right, overwriting potentially previous values. The fc-interpretation creates already the form fields, produces intended errors, when certain attributes are not allowed, etc.
- Switches:
- -name (optional)
- optional form-field name
- -type (optional)
- type of the form-field; if not specified, take it from key "_type" of the dict
- Parameters:
- dict (required)
- dict to be converted.
- Partial Call Graph (max 5 caller/called nodes):
- Testcases:
- dict_to_xx
xowiki::formfield::dict_to_spec (public)
xowiki::formfield::dict_to_spec [ -aspair ] [ -name name ] dict
Convert the provided dict into a form-field spec together with the form-field name. When "-aspair" is specified the spec is returned in the list format as used by "create_components". If "-name" is not specified, the name has to be provided via dict member "_name", otherwise an exception is triggered.
- Switches:
- -aspair (optional, boolean, defaults to
"false"
)- -name (optional)
- Parameters:
- dict (required)
- Partial Call Graph (max 5 caller/called nodes):
- Testcases:
- dict_to_xx
xowiki::formfield::dict_value (public)
xowiki::formfield::dict_value dict key [ default ]
Return the dict value of the specified "key" when this member exists. Otherwise return the default.
- Parameters:
- dict (required)
- key (required)
- default (optional)
- Partial Call Graph (max 5 caller/called nodes):
- Testcases:
- dict_to_xx
xowiki::formfield::fc_to_dict (public)
xowiki::formfield::fc_to_dict form_constraints
Convert from form_constraint syntax to a dict. This is just a partial implementation to be probably extended in the future. it expects that the type is the first element and ignores everything not in the syntax "*=*", or skips "@*" fields. Don't expect this to be fully reversible.
- Parameters:
- form_constraints (required)
- Partial Call Graph (max 5 caller/called nodes):
- Testcases:
- dict_to_xx
Content File Source
xo::library doc { XoWiki - form fields @creation-date 2007-06-22 @author Gustaf Neumann @cvs-id $Id: form-field-procs.tcl,v 1.290 2024/10/24 17:02:23 gustafn Exp $ } ::xo::library require package-procs namespace eval ::xowiki::formfield { ad_proc child_components {{-filter true} objs:object,1..n} { For every form-field obj in the provided objs, return a list of all child components (potentially leaf components of compound fields). The result list is filtered by the optional filter expression, which can refer to the current object via variable $_. @param objs input form-field objs @param filter @result list of leaf components } { set result {} foreach obj $objs { lappend result {*}[lmap _ [$obj leaf_components] { if {![expr $filter]} continue set _ }] } return $result } d_proc dict_to_fc { -name -type dict } { Convert the provided dict into form_constraint syntax (comma separated). The other direction would be more complex, since the fcs are interpreted from left to right, overwriting potentially previous values. The fc-interpretation creates already the form fields, produces intended errors, when certain attributes are not allowed, etc. @param name optional form-field name @param type type of the form-field; if not specified, take it from key "_type" of the dict @param dict dict to be converted. } { if {![info exists type]} { set type [dict get $dict _type] dict unset dict _type } set list $type foreach {key value} $dict { lappend list $key=[::xowiki::formfield::FormField fc_encode $value] } if {[info exists name]} { return $name:[info exists name] } else { return [join $list ,] } } ad_proc dict_to_spec {{-aspair:boolean false} -name dict} { Convert the provided dict into a form-field spec together with the form-field name. When "-aspair" is specified the spec is returned in the list format as used by "create_components". If "-name" is not specified, the name has to be provided via dict member "_name", otherwise an exception is triggered. } { if {$dict ne ""} { if {![info exists name]} { set name [dict get $dict _name] dict unset dict _name } if {$aspair_p} { return [list $name [dict_to_fc $dict]] } else { return "$name:[dict_to_fc $dict]" } } } ad_proc -private spec_to_dict {-name:required spec} { Convert a single spec to a Tcl dict structure } { dict set result _name $name set elements [split $spec ,] dict set result _type [lindex $elements 0] foreach s [lrange $elements 1 end] { switch -glob -- $s { *=* { set p [string first = $s] set attribute [string range $s 0 $p-1] set value [::xowiki::formfield::FormField fc_decode [string range $s $p+1 end]] dict set result $attribute $value } default { ns_log notice "... spec_to_dict ignores <$s>" } } } return $result } ad_proc fc_to_dict {form_constraints} { Convert from form_constraint syntax to a dict. This is just a partial implementation to be probably extended in the future. it expects that the type is the first element and ignores everything not in the syntax "*=*", or skips "@*" fields. Don't expect this to be fully reversible. } { set result "" foreach fc $form_constraints { #ns_log notice "... fc_to_dict works on <$fc>" set p [string first : $fc] if {$p > -1} { set field_name [string range $fc 0 $p-1] set short_spec [string range $fc $p+1 end] if {[string match @* $field_name]} continue dict set result $field_name [spec_to_dict -name $field_name $short_spec] dict set result $field_name _definition $short_spec } else { ns_log warning "fc_to_dict: ignore invalid form-constraints entry <$fc>" } } return $result } ad_proc dict_value {dict key {default ""}} { Return the dict value of the specified "key" when this member exists. Otherwise return the default. } { expr {[dict exists $dict $key] ? [dict get $dict $key] : $default} } ########################################################### # # ::xowiki::formfield::FormField (Base Class) # ########################################################### Class create FormField -superclass ::xo::tdom::Object -parameter { {required false} {display_field true} {hide_value false} {inline false} {mode edit} {disabled 0} {disabled_as_div} {show_raw_value} {style} {type text} {label} {label_noquote} {name} {id} {title} {value ""} {spec ""} {help_text ""} {error_msg ""} {validator ""} {validate_via_ajax} {CSSclass} {form_item_wrapper_CSSclass} {form_widget_CSSclass} {form_button_CSSclass} {form_button_wrapper_CSSclass} {form_help_text_CSSclass} {td_CSSclass} {autocomplete} {autofocus} {formnovalidate} {multiple} {pattern} {placeholder} {readonly} locale default object slot answer correct_when feedback_answer_correct feedback_answer_incorrect grading in_position test_item_in_position test_item_minutes test_item_points } -ad_doc { Base FormField class. FormFields are objects, which can be outputted as well in ad_forms or asHTML included in wiki pages. FormFields support: - validation - help_text - error messages - internationalized pretty_values and inherit properties of the original datatypes via slots (e.g. for boolean entries). FormFields can be subclassed to ensure tailor-ability and high reuse. todo: at some later time, this could go into xotcl-core. @param language_specific this parameter decides that the value collected by this formfield should be transparently stored as a message key. The translation language is that of the current package, determined by 'use_connection_locale' package parameter, connection locale and system settings. } # # TODO: "in_position" is just for a short transitional phase here # (live-updates), and should be removed ASAP. # FormField set abstract 1 FormField proc fc_encode {string} { return [string map [list , __COMMA__] $string] } FormField proc fc_decode {string} { return [string map [list __COMMA__ ,] $string] } FormField proc get_from_name {object:object name} { # # Get a form field via name. The provided names are unique for a # form. If multiple forms should be rendered simultaneously, we # have to extend the addressing mechanism. # # todo: we could speed this up by an index if needed foreach f [::xowiki::formfield::FormField info instances -closure] { if {[$f name] eq $name} { if {![$f exists object]} { #ad_log warning "strange, $f [$f name] was created without object but fits name" return $f } elseif {$object eq [$f object]} { return $f } } } #:msg not-found-$object-$name return "" } # # Convenience functions forwarding to procs # FormField instforward dict_to_spec ::xowiki::formfield::dict_to_spec FormField instforward dict_to_fc ::xowiki::formfield::dict_to_fc FormField instforward dict_value ::xowiki::formfield::dict_value #FormField instproc destroy {} { # :log "=== FormField DESTROY =====" # next #} FormField instproc init {} { if {![info exists :label]} { set :label [string totitle ${:name}] } if {![info exists :id]} { set :id ${:name} } set :html(id) ${:id} #if {[info exists :default]} {set :value [:default]} :config_from_spec ${:spec} } # # Basic initialize method, doing essentially nothing; should be # subclassed by the application classes. # FormField instproc initialize {} {next} FormField instproc CSSclass_list_add {attrName value} { # # Convenience function to add a CSS class to the existing values # in "attrName". The function is named somewhat similar to the # JavaScript function "classList.add" # if {$value ne ""} { if {[info exists :$attrName]} { append :$attrName " " $value } else { set :$attrName $value } } } FormField instproc same_value {v1 v2} { if {$v1 eq $v2} {return 1} return 0 } FormField instproc validation_check {validator_method value} { return [:uplevel [list :$validator_method $value]] } FormField instproc validate {obj:object} { # use the 'value' method to deal e.g. with compound fields set value [:value] #:msg "[:info class] value=$value req=${:required} // ${:value} //" if {${:required} && $value eq "" && ![:istype ::xowiki::formfield::hidden] } { return [_ acs-templating.Element_is_required [list label ${:label}]] } # #:log "++ ${:name} [:info class] validator=[:validator] ([llength [:validator]]) value=$value" foreach validator [:validator] { set errorMsg "" # # The validator might set the variable errorMsg in this scope. # set success 1 set validator_method check=$validator set proc_info [:procsearch $validator_method] #:log "++ ${:name}: field-level validator exists '$validator_method' ? [expr {$proc_info ne {}}]" if {$proc_info ne ""} { # # We have a slot checker, call it. # #:msg "++ call-field level validator $validator_method '$value'" set success [:validation_check $validator_method $value] } #:log "++ ${:name} [:info class] validator=[:validator] ([llength [:validator]]) value=$value -> $success" if {$success == 1} { # # The previous check was ok, check now for a validator on the # object level. # set validator_method validate=$validator set proc_info [$obj procsearch $validator_method] #:log "++ ${:name}: page-level validator exists ? [expr {$proc_info ne {}}]" if {$proc_info ne ""} { set success [$obj $validator_method $value] #:msg "++ call page-level validator $validator_method '$value' returns $success" } } if {$success == 0} { # # We have an error message. Get the class name from procsearch and construct # a message key based on the class and the name of the validator. # set cl [namespace tail [lindex $proc_info 0]] #:msg "__langPkg?[info exists __langPkg]" if {![info exists __langPkg]} { set __langPkg "xowiki" } #:log "calling $__langPkg.$cl-validate_$validator with [list value $value errorMsg $errorMsg] on level [info level]" set msg [_ $__langPkg.$cl-validate_$validator [list value $value errorMsg $errorMsg]] if {$msg eq ""} { set msg "validation of field '$validator' failed, '$errorMsg', no message key '$__langPkg.$cl-validate_$validator' provided" :log "++ ${:name}: VALIDATION FAILED <$msg>" } return $msg } } return "" } FormField instproc reset_parameter {} { # reset application specific parameters (defined below ::xowiki::formfield::FormField) # such that searchDefaults will pick up the new defaults, when a form field # is reclassed. if {[info exists :per_object_behavior]} { # remove per-object mixin from the "behavior" :mixin delete ${:per_object_behavior} unset :per_object_behavior } #:msg "reset along [:info precedence]" foreach c [:info precedence] { if {$c eq "::xowiki::formfield::FormField"} break foreach s [$c info slots] { if {![$s exists default]} continue set var [$s name] set key processed($var) if {[info exists $key]} continue set :$var [$s default] set $key 1 } } :set_disabled false } FormField proc interprete_condition {-package_id -object:object cond} { if {[::xo::cc info methods role=$cond] ne ""} { if {$cond eq "creator"} { set success [::xo::cc role=$cond \ -object $object \ -user_id [::xo::cc user_id] \ -package_id $package_id] } else { set success [::xo::cc role=$cond \ -user_id [::xo::cc user_id] \ -package_id $package_id] } } else { set success [$object evaluate_form_field_condition $cond] } return $success } FormField set cond_regexp {^([^=?]+)[?]([^:]*)[:](.*)$} FormField proc get_single_spec {-package_id -object:object string} { if {[regexp ${:cond_regexp} $string _ condition true_spec false_spec]} { if {[:interprete_condition -package_id $package_id -object $object $condition]} { return [:get_single_spec -package_id $package_id -object $object $true_spec] } else { return [:get_single_spec -package_id $package_id -object $object $false_spec] } } return $string } FormField instproc remove_omit {} { set m ::xowiki::formfield::omit if {[:ismixin $m]} {:mixin delete $m} } FormField instproc set_disabled {disable} { #:msg "${:name} set disabled $disable" if {$disable} { set :disabled true } else { unset -nocomplain :disabled } } FormField instproc behavior {mixin} { # # Specify the behavior of a form field via # per object mixins # set pkgctx [[${:object} package_id] context] if {[$pkgctx exists embedded_context]} { set ctx [$pkgctx set embedded_context] set classname ${ctx}::$mixin #:msg ctx=$ctx-viewer=$mixin,found=[:isclass $classname] # TODO: search different places for the mixin. Special namespace? if {[:isclass $classname]} { if {[info exists :per_object_behavior]} { :mixin delete ${:per_object_behavior} } :mixin add $classname set :per_object_behavior $classname } else { :msg "Could not find mixin '$mixin'" } } } FormField instproc interprete_single_spec {s} { if {$s eq ""} return #ns_log notice "${:name} interprete_single_spec '$s'" set package_id [${:object} package_id] set s [::xowiki::formfield::FormField get_single_spec -object ${:object} -package_id $package_id $s] switch -glob -- $s { optional {set :required false} required {set :required true; :remove_omit} omit {:mixin add ::xowiki::formfield::omit} noomit {:remove_omit} disabled {:set_disabled true} readonly {:readonly true} enabled {:set_disabled false} label=* {:label [lindex [split $s =] 1]} help_text=* {:help_text [lindex [split $s =] 1]} *=* { set p [string first = $s] set attribute [string range $s 0 $p-1] set value [string range $s $p+1 end] set definition_class [lindex [:procsearch $attribute] 0] set method [:info methods $attribute] if {[string match "::xotcl::*" $definition_class] || $method eq ""} { error [_ xowiki.error-form_constraint-unknown_attribute [list class [:info class] name ${:name} entry $attribute]] } ad_try { # # We want to allow a programmer to use e.g. options=[xowiki::locales] # # Note: do not allow users to use [] via forms, since they might # execute arbitrary commands. The validator for the form fields # makes sure that the input specs are free from square brackets. # if {[string match {\[*\]} $value]} { set value [subst $value] } :$attribute $value } on error {errMsg} { error "Error during setting attribute '$attribute' to value '$value': $errMsg" } } default { # Check, if the spec value $s is a class. set old_class [:info class] # Don't allow one to use namespaced values, since we would run # into a recursive loop for richtext::wym (could be altered there as well). if {[:isclass ::xowiki::formfield::$s] && ![string match "*:*" $s]} { :class ::xowiki::formfield::$s :remove_omit if {$old_class ne [:info class]} { #:msg "${:name}: reset class from $old_class to [:info class]" :reset_parameter set :__state reset #:log "INITIALIZE ${:name} due to reclassing old $old_class to new [:info class]" :initialize } } else { if {$s ne ""} { error [_ xowiki.error-form_constraint-unknown_spec_entry \ [list name ${:name} entry $s x "Unknown spec entry for entry '$s'"]] } } } } } FormField instproc config_from_spec {spec} { #:log "config_from_spec ${:name} spec <$spec> [:info class] [[:info class] exists abstract]" if {[[:info class] exists abstract]} { # had earlier here: [:info class] eq [self class] # Check, whether the actual class is a concrete class (mapped to # concrete field type) or an abstract class. Since # config_from_spec can be called multiple times, we want to do # the reclassing only once. if {[:isclass ::xowiki::formfield::${:type}]} { :class ::xowiki::formfield::${:type} } else { :class ::xowiki::formfield::text } # set missing instance vars with defaults :set_instance_vars_defaults } regsub -all -- {,\s+} $spec , spec foreach s [split $spec ,] { :interprete_single_spec [FormField fc_decode $s] } #:msg "${:name}: after specs" set :__state after_specs #:log "INITIALIZE ${:name} due to config_from_spec" :initialize # # It is possible, that a default value of a form field is changed through a spec. # Since only the configuration might set values, checking value for "" seems safe here. # if {[:value] eq "" && [info exists :default] && ${:default} ne ""} { #:msg "+++ reset value to [:default]" :value ${:default} } if {[lang::util::translator_mode_p]} { :mixin add "::xo::TRN-Mode" } } FormField instproc asWidgetSpec {} { set spec ${:widget_type} if {[info exists :spell]} { append spec ",[expr {${:spell} ? {} : {no}}]spell" } if {!${:required}} { append spec ",optional" } if {[info exists :editor]} { append spec " {options {editor ${:editor}}} " } append spec " {label " [list ${:label}] "} " if {[string match "*bootstrap*" [subsite::get_theme]]} { # TODO: we need a better solution for this if {[::template::CSS toolkit] eq "bootstrap5" && ([:hasclass ::xowiki::formfield::radio] || [:hasclass ::xowiki::formfield::checkbox]) } { array set :html {class "form-check-input"} } else { array set :html {class "form-control"} } } if {[info exists :html]} { append spec " {html {" foreach {key value} [array get :html] { append spec $key " " [list $value] " " } append spec "}} " } if {[info exists :options]} { append spec " {options " [list ${:options}] "} " } if {[info exists :format]} { append spec " {format " [list ${:format}] "} " } if {${:help_text} ne ""} { if {[string match "#*#" ${:help_text}]} { set internationalized [:localize ${:help_text}] append spec " {help_text {$internationalized}}" } else { append spec " {help_text {${:help_text}}}" } } #ns_log notice "${:name} === asWidgetSpec return $spec" return $spec } FormField instproc render {} { # # In case, we use an asHTML of a FormField, we use this # render definition. # if {${:inline}} { # with label, error message, help text :render_form_widget } else { # without label, error message, help text :render_item } set :__rendered 1 } FormField instproc render_form_widget {} { # This method provides the form-widget wrapper if {0} { # no wrapper for form-widget (label + input) :render_input } else { set CSSclass [expr {[info exists :form_widget_CSSclass] ? ${:form_widget_CSSclass} : ""}] if {${:error_msg} ne ""} { append CSSclass " form-widget-error" } set atts [list class $CSSclass] if {${:inline}} { lappend atts style "display: inline;" } ::html::div $atts { :render_input } } } FormField instproc booleanAttributes {args} { # # Special handling of HTML boolean attributes, since they require a # different coding; it would be nice, if tDOM would care for this. # set pairs "" foreach att $args { if {[info exists :$att] && [set :$att]} { set :__#$att $att lappend pairs [list __#$att $att] } } return $pairs } FormField instproc resetBooleanAttributes {atts} { # # Unset the temporary boolean attributes which were set by method # "booleanAttributes". # foreach att $atts { lassign $att var value if {[info exists :$var]} {unset :$var} } } FormField instproc is_disabled {} { return [expr {[info exists :disabled] && [string is true -strict ${:disabled}]}] } FormField instproc handle_transmit_always {value} { # # Disabled fields are not returned by the browsers. For some # fields, we require to be sent. Therefore, we include in these # cases the value in an additional hidden field. Maybe we should # change in the future the "name" of the disabled entry to keep # some hypothetical html-checker quiet. # if {[:is_disabled] && [info exists :transmit_field_always]} { ::html::div { ::html::input [list type hidden name ${:name} value $value] {} } } } FormField instproc escape_message_keys {value} { # # Can be overloaded, when e.g. no escaping of message keys or # other representations of message keys are desired. # return [xo::escape_message_keys $value] } FormField instproc render_input {} { # # This is the most general widget content renderer. # If no special renderer is defined, we fall back to this one, # which is in most cases a simple input field of type string. # set value [:value] if {${:mode} ne "edit"} { html::t -disableOutputEscaping [:pretty_value $value] return } if {[info exists :validate_via_ajax] && [:validator] ne ""} { set ajaxhelper 1 ::xowiki::Includelet require_YUI_JS -ajaxhelper 0 "yahoo/yahoo-min.js" ::xowiki::Includelet require_YUI_JS -ajaxhelper 0 "dom/dom-min.js" ::xowiki::Includelet require_YUI_JS -ajaxhelper 0 "event/event-min.js" ::xowiki::Includelet require_YUI_JS -ajaxhelper 0 "connection/connection-min.js" ::xo::Page requireJS "/resources/xowiki/yui-form-field-validate.js" set package_url [[${:object} package_id] package_url] ::xo::Page requireJS "YAHOO.xo_form_field_validate.add('${:id}','$package_url');" } set booleanAtts [:booleanAttributes required readonly disabled multiple \ formnovalidate autofocus] # # We do not want i18n substitutions in the input fields. So, save # away the original value and pass the escaped value to the tDOM # renderer. # set old_value ${:value} set :value [:escape_message_keys $old_value] ::html::input [:get_attributes type size maxlength id name value style \ autocomplete pattern placeholder {CSSclass class} {*}$booleanAtts] {} # # Reset values to original content # :resetBooleanAttributes $booleanAtts set :value $old_value :handle_transmit_always $value set :__rendered 1 } FormField instproc render_item {} { ::html::div [:get_attributes {form_item_wrapper_CSSclass class}] { if {[:error_msg] ne ""} { set CSSclass form-label-error } else { set CSSclass form-label } if {[::template::CSS toolkit] eq "bootstrap5"} { ::html::label -class "${:form_label_CSSclass} [lindex [split ${:name} .] end]" -for ${:id} { ::html::t ${:label} } if {${:required} && ${:mode} eq "edit"} { ::html::div -class form-required-mark { ::html::t " (#acs-templating.required#)" } } } else { ::html::div -class $CSSclass { ::html::label -class "${:form_label_CSSclass} [lindex [split ${:name} .] end]" -for ${:id} { ::html::t ${:label} } if {${:required} && ${:mode} eq "edit"} { ::html::div -class form-required-mark { ::html::t " (#acs-templating.required#)" } } } } :render_form_widget :render_help_text :render_error_msg html::t \n } } FormField instproc render_error_msg {} { #ns_log notice "render_error_msg: field ${:name} has errorMsg (reported [info exists :error_reported]) '${:error_msg}'" if {${:error_msg} ne "" && ![info exists :error_reported]} { ::html::div -class form-error { set label ${:label} ;# needed for error_msg; TODO: we should provide a substitution_list similar to "_" ::html::t [::xo::localize ${:error_msg}] :render_localizer set :error_reported 1 } } } FormField instproc render_help_text {} { if {${:help_text} ne ""} { html::div -class [:form_help_text_CSSclass] { html::span -class "info-sign" { } html::t ${:help_text} } } } FormField instproc render_localizer {} { # Just an empty fall-back method. # This method will be overloaded in trn mode by a mixin. } FormField instproc localize {v} { # We localize in pretty_value the message keys in the # language of the item (not the connection item). if {[regexp "^#(.*)#$" $v _ key]} { return [lang::message::lookup ${:locale} $key] } return $v } FormField instproc leaf_components {} { # # We want to be able to be able to call leaf_components on # arbitrary form-fields, so return for non-composite fields just a # list with a single element. # return [list [self]] } FormField instproc value_if_nothing_is_returned_from_form {default} { return $default } FormField instproc pretty_value {v} { #:log "mapping $v" return [string map [list & "&" < "<" > ">" \" """ ' "'" @ "@"] $v] } FormField instproc has_instance_variable {var value} { if {[info exists :$var] && [set :$var] eq $value} {return 1} return 0 } FormField instproc convert_to_internal {} { # To be overloaded. } FormField instproc convert_to_external {value} { # To be overloaded. return $value } FormField instproc process_correct_when_modifier {} { # # Return a dict containing "words", "value" and "modifier", # skipping and processing optional parameters (just "-nocase" for # now). When "-nocase" is used, "value" and "words" are translated # to lowercase such that the result comparison is not case # sensitive. # set value [string trim [regsub -all -- {[ ]+} ${:value} " "]] set firstword [lindex ${:correct_when} 1] if {$firstword eq "-nocase" || [string match "*lower*" $firstword]} { set value [string tolower $value] set words [string tolower [lrange ${:correct_when} 2 end]] set modifier nocase } else { set words [lrange ${:correct_when} 1 end] set modifier "" } return [list op [lindex ${:correct_when} 0] words $words value $value modifier $modifier] } FormField instproc answer_check=AND {} { set results "" # # The AND clause iterates over the list elements and reduces the # composite AND into multiple simple clauses and overwrites (! # danger) these in the instance variable "correct_when", but # resets these at the end. # set composite_correct_when ${:correct_when} ns_log notice "${:name} ... answercheck ${:correct_when}" foreach clause [lrange ${:correct_when} 1 end] { set :correct_when $clause ns_log notice "${:name} ... AND '$clause' for '${:value}' -> [:answer_is_correct]" lappend results [:answer_is_correct] } set :correct_when $composite_correct_when ns_log notice "${:name} $composite_correct_when => $results" if {0 in $results} { # # When one element is undecided, all is undecided. # return 0 } # # If one element is wrong, all is wrong # return [expr {-1 ni $results}] } FormField instproc answer_check=eq {} { set d [:process_correct_when_modifier] dict with d { return [expr {$value eq [lindex $words 0]}] } } FormField instproc answer_check=gt {} { set d [:process_correct_when_modifier] dict with d { return [expr {$value > [lindex $words 0]}] } } FormField instproc answer_check=ge {} { set d [:process_correct_when_modifier] dict with d { return [expr {$value >= [lindex $words 0]}] } } FormField instproc answer_check=lt {} { set d [:process_correct_when_modifier] dict with d { return [expr {$value ne "" && $value < [lindex $words 0]}] } } FormField instproc answer_check=le {} { set d [:process_correct_when_modifier] dict with d { return [expr {$value ne "" && $value <= [lindex $words 0]}] } } FormField instproc answer_check=btwn {} { set d [:process_correct_when_modifier] dict with d { return [expr {$value >= [lindex $words 0] && $value <= [lindex $words 1]}] } } FormField instproc answer_check=in {} { # # Correct, when answer is in the given set. # set d [:process_correct_when_modifier] dict with d { return [expr {$value in $words}] } } FormField instproc answer_check=match {} { set d [:process_correct_when_modifier] dict with d { return [string match [lindex $words 0] $value] } } FormField instproc answer_check=contains {} { # # Correct, when answer contains any of the provided words. # set d [:process_correct_when_modifier] foreach word [dict get $d words] { if {[string match *$word* [dict get $d value]]} { return 1 } } return 0 } FormField instproc answer_check=contains-not {} { # # Correct, when answer does not contain any of the provided # words. Just a negation of "contains". # return [expr {[:answer_check=contains] ? 0 : 1}] } FormField instproc answer_check=answer_words {} { # # Correct, when the answer is equal to the provided (sequence of) # words, but white-space is ignored. When the first word is # "*lower*" then the provided answer of the student is converted # to lowercase before the comparison is performed; as a # consequence the comparison is not case sensitive. Note that the # answer_words have to be provided in lowercase as well. # set d [:process_correct_when_modifier] dict with d { return [expr {$value eq $words}] } } FormField instproc answer_is_correct {} { # # Return correctness of the answer based on the instance variables # ":correct_when" and ":answer". Possible results are # # - 1: correct # - -1: incorrect # - 0: can't say (or report back, that no evaluation should be # provided for this field) # # This method is free of side-effects (no instance variables are updated). # #:log "CORRECT? ${:name} ([:info class]): value=${:value}, answer=[expr {[info exists :answer]?${:answer}:{NONE}}]" if {[info exists :correct_when] && ${:correct_when} ne ""} { set op [lindex ${:correct_when} 0] #:log "CORRECT? ${:name} with op=$op '${:correct_when}'" if {[:procsearch answer_check=$op] ne ""} { set r [:answer_check=$op] if {$r == 0} { return -1 } { return 1 } } elseif { $op eq ""} { return 0 } else { error "invalid operator '$op'" } } elseif {![info exists :answer]} { return 0 } elseif {${:value} ne ${:answer}} { #:msg "v='${:value}' NE a='[:answer]'" #:log "... answer_is_correct value comparison '${:value}' NE a='${:answer}'" return -1 } else { #:log "... answer_is_correct value comparison OK" return 1 } } FormField instproc set_feedback {feedback_mode} { # # Set instance variables based on correctness of an answer. # # - :form_widget_CSSclass # - :evaluated_answer_result # - :value (highlights potentially partial results, e.g. "contains") # - :help_text # set correct [:answer_is_correct] #:log "${:name} [:info class]: correct? $correct" switch -- $correct { 0 { set result "unknown" } -1 { set result "incorrect"} 1 { set result "correct" } } :form_widget_CSSclass $result set :evaluated_answer_result $result if {$correct == 0} { return ${:evaluated_answer_result} } set feedback "" if {[info exists :feedback_answer_$result]} { set feedback [set :feedback_answer_$result] } else { set feedback [_ xowf.answer_$result] } if {$feedback_mode > 1} { #ns_log notice "${:name} set_feedback $feedback_mode=[info exists :correct_when] " \ "correction?[info exists :correction] " \ "correction_data?[info exists :correction_data] " \ "============" if {[info exists :correct_when]} { append feedback " ${:correct_when}" } elseif {[info exists :correction]} { append feedback " ${:correction}" if {[info exists :correction_data]} { #append feedback " ${:correction_data}" if {[info exists :grading]} { if {${:grading} in {"" "exact"}} { set score [expr {${:evaluated_answer_result} eq "correct" ? 100.0 : 0.0}] dict set :correction_data scores ${:grading} $score } if {[dict exists ${:correction_data} scores ${:grading}] } { # # We end up here for # - MC (xowiki::formfield::checkbox) and # - SC (xowiki::formfield::radio) # - Reorder (::xowiki::formfield::reorder_box) # set grading_score [dict get ${:correction_data} scores ${:grading}] if {$grading_score < 0} { set grading_score 0.0 } #:log "=== ${:name} grading '${:grading}' => $grading_score" if {[info exists :test_item_points] && ${:test_item_points} ne ""} { set points [format %.2f [expr {${:test_item_points} * $grading_score / 100.0}]] dict set :correction_data points $points #append feedback " correct: $grading_score " append feedback " points: $points of [format %.2f ${:test_item_points}]" } else { append feedback " grading_score $grading_score" } #${:object} set_property -new 1 grading_score $grading_score set :grading_score $grading_score #ns_log notice "=== ${:name} SET GRADING score $grading_score" } else { ns_log notice "=== ${:name} == no scores for grading '${:grading}': ${:correction_data}" } } else { set :grading_score "" ns_log notice "=== ${:name} == no grading available" } } else { ns_log notice "=== ${:name} NO correction_data available" } } else { ns_log notice "=== ${:name} NO correct_when and no :correction" } # # When the widget class supports "disabled_as_div", we # can try to highlight matches from :correct_when. # if {[info exists :disabled_as_div] && [info exists :correct_when]} { # # When render_as_div might or might not require output # escaping. When we have a markup produced form match # highlighting, the code sets :value_with_markup for # rendering. Otherwise, the plain :value is used. # #ns_log notice "CHECK matches in ${:name} '${:correct_when}'" set :value [ns_quotehtml ${:value}] set saved_correct_when ${:correct_when} set op [lindex ${:correct_when} 0] if {$op in {contains contains-not}} { set :correct_when "AND [list ${:correct_when}]" set op AND } set dicts {} if {$op eq "AND"} { foreach clause [lrange ${:correct_when} 1 end] { set :correct_when $clause lappend dicts [:process_correct_when_modifier] } } set :correct_when $saved_correct_when set annotated_value ${:value} #ns_log notice "CHECK matches in ${:name} dicts <$dicts>" foreach d $dicts { if {[dict get $d op] in {contains contains-not}} { set CSSclass [dict get $d op] # # Mark matches in the div element. # set nocase [expr {[dict get $d modifier] eq "nocase" ? "-nocase" : ""}] #ns_log notice "CHECK matches in ${:name} nocase=$nocase words=[dict get $d words]" foreach word [dict get $d words] { # # We need here probably more escapes, or we should be more # restrictive on allowed content in the "contains" clause. # set word [string map {* \\* ( \\( ) \\)} $word] set nrSubst [regsub -all {*}$nocase -- [ns_quotehtml $word] \ $annotated_value \ "<span class='match-$CSSclass'>&</span>" \ annotated_value ] #ns_log notice "MATCH $word -> $nrSubst" } } } if {$annotated_value ne ${:value}} { set :value_with_markup $annotated_value } } } #:log "==== ${:name} setting feedback $feedback" set :help_text $feedback return ${:evaluated_answer_result} } FormField instproc make_correct {} { # # Set the form_field to a correct value, currently based on # :correct_when. We could use here :answer when available. # Modified instance variables # # - :help_text is cleared to avoid stray per-user-feedback, # We could as well provide teacher-level feedback here. # - :form_widget_CSSclass is altered to "correct" or "unknown". # #ns_log notice "FormField make_correct ${:name}: [info exists :answer] [info exists :correct_when]" set :form_widget_CSSclass unknown if {[info exists :correct_when]} { # # Try to get a correct value from the correct_when spec # set predicate [lindex ${:correct_when} 0] set args [lrange ${:correct_when} 1 end] switch $predicate { "match" {set correct $args} "eq" {set correct $args} "gt" {set correct "> $args"} "ge" {set correct ">= $args"} "lt" {set correct "< $args"} "le" {set correct "<= $args"} "contains" {set correct "... [join $args { ... }] ..."} "answer_words" {set correct "... [join $args { ... }] ..."} "in" {set correct "... [join args { OR }] ..."} "btwn" {set correct "[lindex $args 0] <= X <= [lindex $args 1]"} } if {[info exists correct]} { :value $correct set :form_widget_CSSclass correct #ns_log notice "FormField make_correct ${:name}: value '${:value}'" } else { ns_log notice "FormField make_correct ${:name}: not handled: correct_when '${:correct_when}' " } } else { ns_log notice "FormField make_correct ${:name}: not handled: answer? [info exists :answer]" } set :help_text "" ;# we could provide a teacher-level feedback here. } FormField instproc stats_record_count {} { # # This method is just called in situation, where the parent_id is # an instantiated object (via answer_is_correct). The parent # object is the actual workflow. # set reporting_obj ::[${:object} parent_id] $reporting_obj stats_record_count ${:name} } FormField instproc -deprecated add_statistics {{-options ""}} { # # The FormField based incremental statistic counter is deprecated, # since for randomization, it is necessary to reinitialized # form-fields of an exam multiple times (different students have # different alternatives, etc.). Therefore, statistics have to be # collected in general on the level of the workflow object (via # $reporting_obj stats_record_*). # dict incr :result_statistics count #ns_log notice "[self] enumeration add_statistics count -> [dict get ${:result_statistics} count]" if {[info exists :evaluated_answer_result] && ${:evaluated_answer_result} eq "correct"} { #ns_log notice "[self] enumeration add_statistics count -> [dict get ${:result_statistics} count] correct" dict incr :result_statistics correct #ns_log notice "??? add_statistics ${:name}: ${:result_statistics}" } dict incr :answer_statistics ${:value} } FormField instproc word_statistics {flavor} { # # Word statistics based on :value. It is assumed here, that the # value is basically a string with whitespace. # regsub -all -- {\s} ${:value} " " value foreach w [split $value " "] { dict incr :word_statistics [string tolower $w] } set :word_statistics_option $flavor } FormField instproc render_answer_statistics {} { #ns_log notice ":answer_statistics: ${:answer_statistics}" ::html::ul { foreach {answer freq} [lsort -decreasing -integer -stride 2 -index 1 ${:answer_statistics}] { html::li { html::t "$freq: $answer" } } } } FormField instproc render_word_statistics {} { #ns_log notice ":render_word_statistics: ${:word_statistics_option}" if {${:word_statistics_option} eq "word_cloud"} { # stopword list based on lucene, added a few more terms set stopWords { a about an and are as at be but by do does for from how if in into is it no not of on or such that the their then there these they this to vs was what when where who will with } set jsWords {} foreach {word freq} [lsort -decreasing -integer -stride 2 -index 1 ${:word_statistics}] { if {$word in $stopWords} continue lappend jsWords [subst {{text: "$word", weight: $freq}}] } set tsp [clock clicks -microseconds] set height [expr {(12*[llength $jsWords]/10) + 250}] # set js [subst { # var jqcloud_$tsp = \[ # [join $jsWords ",\n"] # \]; # \$('#jqcloud_$tsp').jQCloud(jqcloud_$tsp, {autoResize: true, width: 500, steps: 5, height: $height}); # }] set js [subst { var jqcloud_$tsp = \[ [join $jsWords ",\n"] \]; \$('#jqcloud_$tsp').jQCloud(jqcloud_$tsp, {autoResize: true, width: 500, height: $height}); }] template::add_script -order 20 -src https://cdn.jsdelivr.net/npm/jqcloud2@2.0.3/dist/jqcloud.min.js template::head::add_css -href https://cdn.jsdelivr.net/npm/jqcloud2@2.0.3/dist/jqcloud.min.css security::csp::require script-src https://cdn.jsdelivr.net security::csp::require style-src https://cdn.jsdelivr.net template::add_body_script -script $js ::html::div -class "jq-cloud" -id jqcloud_$tsp {} } else { ::html::ul { foreach {word freq} [lsort -decreasing -integer -stride 2 -index 1 ${:word_statistics}] { html::li { html::t "$freq: $word" } lappend jsWords [subst {{text: "$word", weight: $freq}}] } } } } FormField instproc render_collapsed {-id:required {-label ""} -inner_method} { ::xowiki::BootstrapCollapseButton new -id $id -label $label -toggle "collapse" -direction "down" ::html::div -id "$id" -class "collapse" { :$inner_method } } FormField instproc render_modal {-id:required {-label ""} -inner_method} { ::xowiki::BootstrapCollapseButton new -id $id -label $label -toggle "modal" -direction "down" ::html::div -id "$id" -class "modal fade" -tabindex -1 -role dialog aria-hidden "true" { ::html::div -class "modal-dialog" -role document { ::html::div -class "modal-content" { ::html::div -class "modal-header" { ::html::h5 -class "modal-title" { ::html::t $label } ::html::button -type "button" -class "close" -data-dismiss "modal" -aria-label "Close" { ::html::span -aria-hidden "true" { ::html::t -disableOutputEscaping "×" } } ::html::div -class "modal-body" { #::html::t ... :$inner_method } ::html::div -class "modal-footer" { ::html::button -type "button" -class "btn [::template::CSS class btn-default]" -data-dismiss "modal" { ::html::t Close } } } } } } } FormField instproc render_result_statistics {} { # # In case, there are result_statistics, use a "progress bar" to # visualize correct answers. # # Currently, this is bootstrap only, unless pie charts are used. # if {[info exists :result_statistics] && [dict exists ${:result_statistics} count]} { set result_count [dict get ${:result_statistics} count] #ns_log notice "??? render_result_statistics: ${:name}: ${:result_statistics}" if {$result_count > 0} { ::html::div -class "progress" { set correctCount [expr {[dict exists ${:result_statistics} correct] ? [dict get ${:result_statistics} correct] : 0}] set percentage [format %2.0f [expr {$correctCount * 100.0 / $result_count}]] ::html::div -class "progress-bar progress-bar-success" -role "progressbar" \ -aria-valuenow $percentage -aria-valuemin "0" -aria-valuemax "100" -style "width:$percentage%" { ::html::t "$percentage %" } } } } if {[info exists :answer_statistics]} { :render_collapsed \ -id answers-[clock clicks -microseconds] \ -label "#xowiki.answers#" \ -inner_method render_answer_statistics } if {[info exists :word_statistics]} { ns_log notice ":word_statistics: ${:word_statistics}" if {${:word_statistics_option} eq "word_cloud"} { :render_modal \ -id words-[clock clicks -microseconds] \ -label "#xowiki.words#" \ -inner_method render_word_statistics } else { # # The following is not used for the word cloud, since the # placement of the words in the word cloud does not work in # collapsed mode. # :render_collapsed \ -id words-[clock clicks -microseconds] \ -label "#xowiki.words#" \ -inner_method render_word_statistics } } } FormField instproc render_disabled_as_div {CSSclass} { set attributes [:get_attributes id] lappend attributes class $CSSclass ::html::div $attributes { if {[info exists :value_with_markup]} { ::html::t -disableOutputEscaping ${:value_with_markup} } else { ::html::t [:value] } } } FormField instproc set_is_repeat_template {is_template} { # :msg "${:name} set is_repeat_template $is_template" if {$is_template} { set :is_repeat_template true } else { unset :is_repeat_template } } FormField instproc is_repeat_template_p {} { return [expr {[info exists :is_repeat_template] && ${:is_repeat_template} == "true"}] } FormField instproc field_value {v} { if {[info exists :show_raw_value]} { return $v } else { return [:pretty_value $v] } } FormField instproc pretty_image {-parent_id:required {-revision_id ""} entry_name} { if {$entry_name eq "" || ${:value} eq ""} return set item_ref [${:object} item_ref -default_lang [${:object} lang] -parent_id $parent_id $entry_name] set label ${:label} ;# the label is used for alt and title if {$label eq [dict get $item_ref stripped_name]} { # # The label is apparently the default. For Photo.form instances, # this is always "image". In such cases, use the title of the # parent object as label. # set label [${:object} title] } set l [::xowiki::Link create new \ -page ${:object} -type "image" \ -lang [dict get $item_ref prefix] \ -stripped_name [dict get $item_ref stripped_name] \ -label $label \ -parent_id [dict get $item_ref parent_id] \ -item_id [dict get $item_ref item_id] \ -destroy_on_cleanup] if {[:istype file]} { if {$revision_id ne ""} { $l revision_id $revision_id } } foreach option { href cssclass float width height padding padding-right padding-left padding-top padding-bottom margin margin-left margin-right margin-top margin-bottom border border-width position top bottom left right geometry } { if {[info exists :$option]} {$l set $option [set :$option]} } set html [$l render] return $html } FormField instproc reset_on_validation_error args { # # We don't actually do anything here, but subclassess can overload it. # } ########################################################### # # helper method for extending slots: # either, we make a meta class for form-fields, or this should # should go into xotcl-core # ########################################################### ::Serializer exportMethods { ::xotcl::Class instproc extend_slot_default } Class instproc extend_slot_default {name value} { # Search for the slot. If the slot exists, extend its default # value with the new value foreach c [:info heritage] { if {[nsf::is object ${c}::slot::$name]} { set value [list $value {*}[${c}::slot::$name default]] break } } # create a mirroring slot with the maybe extended default :slots [list Attribute create $name -default $value] } ########################################################### # # ::xowiki::formfield::CompoundField # ########################################################### Class create CompoundField -superclass FormField -parameter { {components ""} {CSSclass compound-field} } -extend_slot_default validator compound CompoundField instproc check=compound {value} { #:msg "check compound in ${:components}" foreach c ${:components} { set error [$c validate [self]] if {$error ne ""} { set msg "[$c label]: $error" :uplevel [list set errorMsg $msg] #util_user_message -message "Error in compound field [$c name]: $error" return 0 } } return 1 } CompoundField instproc set_disabled {disable} { #:msg "${:name} set disabled $disable" next foreach c ${:components} { $c set_disabled $disable } } CompoundField instproc set_is_repeat_template {is_template} { # :msg "${:name} set is_repeat_template $is_template" if {$is_template} { set :is_repeat_template true } else { unset -nocomplain :is_repeat_template } foreach c ${:components} { $c set_is_repeat_template $is_template } } CompoundField instproc same_value {v1 v2} { if {$v1 eq $v2} {return 1} foreach {n1 value1} $v1 {n2 value2} $v2 { set f [set :component_index($n1)] if {![$f same_value $value1 $value2]} { return 0 } } return 1 } CompoundField instproc value {value:optional} { if {[info exists value]} { #:msg "${:name}: setting compound value => '$value'" :set_compound_value $value } return [:get_compound_value] } CompoundField instproc object args { set l [llength $args] switch $l { 0 { # # Called without args, return the current value # return ${:object} } 1 { # # Called with a single value, set object for all components # foreach c ${:components} { $c object [lindex $args 0] } set :object [lindex $args 0] } default { error "wrong number of arguments" } } } CompoundField instproc validate {obj:object} { # Delegate validate to the components. If a validation of a # component fails, report the error message back. foreach c ${:components} { set result [$c validate $obj] #ns_log notice "CompoundField validate on [$c name] returns '$result' [info exists errorMsg]" if {$result ne ""} { return $result } } return "" } CompoundField instproc set_compound_value {value} { if {![string is list $value] || ([llength $value] % 2) == 1} { # this branch could be taken, when the field was retyped ns_log notice "CompoundField: value '$value' is not avalid dict" return } # set the value parts for each components foreach c ${:components} { # Set only those parts, for which attribute values pairs are # given. Components might have their own default values, which # we do not want to overwrite ... set cname [$c name] if {[dict exists $value $cname]} { $c value [dict get $value $cname] } } } CompoundField instproc get_compound_value {} { # # returns the internal representation based on the components values. # set cc [[${:object} package_id] context] set value [list] foreach c ${:components} { lappend value [$c name] [$c value] } #:log "${:name}: get_compound_value returns value=$value" return $value } CompoundField instproc specs_unmodified {spec_list} { expr {${:__state} eq "after_specs" && [info exists :structure] && ${:structure} eq $spec_list } } CompoundField instproc create_components {spec_list} { #:log "create_components $spec_list" # # Omit after specs for compound fields to avoid multiple # recreations. # if {[:specs_unmodified $spec_list]} { return } # # Build a component structure based on a list of specs # of the form {name spec}. # set :structure $spec_list set :components [list] foreach entry $spec_list { #:log "create_components creates form-field for spec '$entry'" lassign $entry name spec if {$name eq ""} { continue } # # create for each component a form field # set c [::xowiki::formfield::FormField create [self]::$name \ -name ${:name}.$name -id ${:id}.$name \ -locale [:locale] -object ${:object} \ -spec $spec] set :component_index(${:name}.$name) $c $c set parent_field [self] lappend :components $c } } CompoundField instproc add_component {entry} { # # Add a single component dynamically to the list of already # existing components and return the component as result. # lappend :structure $entry lassign $entry name spec set c [::xowiki::formfield::FormField create [self]::$name \ -name ${:name}.$name -id ${:id}.$name \ -locale [:locale] -object ${:object} \ -spec $spec] set :component_index(${:name}.$name) $c lappend :components $c return $c } CompoundField instproc get_component {component_name} { set key component_index(${:name}.$component_name) if {[info exists :$key]} { return [set :$key] } error "no component named $component_name of compound field ${:name}" } CompoundField instproc named_sub_components {} { # Iterate along the argument list to check components of a deeply # nested structure. set component_names [array names :component_index] foreach c ${:components} { lappend component_names {*}[$c array names component_index] } return $component_names } CompoundField instproc exists_named_sub_component args { # Iterate along the argument list to check components of a deeply # nested structure. For example, # # :check_named_sub_component a b # # returns 0 or one depending whether there exists a component "a" # with a subcomponent "b". set component_name ${:name} set sub [self] foreach e $args { append component_name .$e if {![$sub exists component_index($component_name)]} { return 0 } set sub [$sub set component_index($component_name)] } return 1 } CompoundField instproc get_named_sub_component args { # Iterate along the argument list to get components of a deeply # nested structure. For example, # # :get_named_sub_component a b # # returns the object of the subcomponent "b" of component "a" set component_name ${:name} set sub [self] foreach e $args { append component_name .$e #:msg "check $sub set component_index($component_name)" set sub [$sub set component_index($component_name)] } return $sub } CompoundField ad_instproc get_named_sub_component_value { {-from_repeat:switch} {-default ""} args } { Return the value of a named subcomponent. When the named subcomponent is a repeated item, and the value of the 0th element of the repeat (the template element) is omitted from the returned value. @param from_repeat skip template element from repeated values @param default default value, when component is not found @param args space separated path of elements names in a potentially nested component structure (similar to dict) @result value of the component } { if {[:exists_named_sub_component {*}$args]} { set result [[:get_named_sub_component {*}$args] value] if {$from_repeat} { if {[lindex [split [lindex $result 0] .] end] eq "0"} { set result [lrange $result 2 end] } } } else { set result $default } return $result } CompoundField instproc generate_fieldnames {{-prefix "v-"} n} { set names [list] for {set i 1} {$i <= $n} {incr i} {lappend names $prefix$i} return $names } CompoundField instproc leaf_components {} { set leaf_components {} foreach c ${:components} { if {[self class] in [[$c info class] info heritage]} { lappend leaf_components {*}[$c leaf_components] } else { lappend leaf_components $c } } return $leaf_components } CompoundField instproc render_input {} { # # Render content within in a fieldset, but with labels etc. # :CSSclass_list_add CSSclass [namespace tail [:info class]] :CSSclass_list_add CSSclass "align-items-center" html::fieldset [:get_attributes id {CSSclass class}] { foreach c ${:components} { $c render } } } CompoundField instproc pretty_value {v} { # # Typically, subtypes of CompoundFields should define their own # "pretty_value". This is a simple renderer that provides a # default behavior. # set ff [dict create {*}$v] set html "<ul class='CompoundField'>\n" foreach c [lsort ${:components}] { set componentName [$c set name] if {[dict exists $ff $componentName]} { set componentLabel [string range $componentName [string length ${:name}]+1 end] append html "<li><span class='name'>$componentLabel:</span> " \ "[$c pretty_value [dict get $ff $componentName]]</li>\n" } } append html "</ul>\n" return $html } CompoundField instproc has_instance_variable {var value} { set r [next] if {$r} {return 1} foreach c ${:components} { set r [$c has_instance_variable $var $value] if {$r} {return 1} } return 0 } CompoundField instproc convert_to_internal {} { foreach c ${:components} { $c convert_to_internal } # Finally, update the compound value entry with the compound # internal representation; actually we could drop the instance # atts of the components from the "instance_attributes" ... ${:object} set_property -new 1 ${:name} [:get_compound_value] } CompoundField instproc convert_to_external {internal} { #ns_log notice "Compound ${:name} convert_to_external <$internal>" set result {} set c [lindex ${:components} 0] if {[$c is_repeat_template_p]} { foreach {name value} $internal { set value [$c convert_to_external [dict get $internal $name]] lappend result $name $value } } else { foreach c ${:components} { set name [$c name] if {[dict exists $internal $name]} { set value [$c convert_to_external [dict get $internal $name]] } else { set value "" } lappend result [$c name] $value } } #ns_log notice "Compound ${:name} convert_to_external -> $result" return $result } CompoundField instproc make_correct {} { foreach c ${:components} { $c make_correct } } CompoundField instproc add_statistics {{-options ""}} { foreach c ${:components} { $c add_statistics -options $options } } CompoundField instproc reset_on_validation_error args { # # We actually want to reset all the leaf components # ns_log debug "reset_on_validation_error COMPOUND" foreach f [:leaf_components] { $f reset_on_validation_error {*}$args } } ########################################################### # # ::xowiki::formfield::submit_button # ########################################################### Class create submit_button -superclass FormField submit_button instproc initialize {} { set :type submit set :value [::xo::localize [_ xowiki.Form-submit_button]] } submit_button instproc render_input {} { # don't disable submit buttons if {[:type] eq "submit"} {:set_disabled false} ::html::button [:get_attributes name type {form_button_CSSclass class} title disabled] { if {[info exists :label_noquote] && ${:label_noquote}} { ::html::t -disableOutputEscaping ${:value} } else { ::html::t ${:value} } } #::html::input [:get_attributes name type {form_button_CSSclass class} value title disabled] {} :render_localizer } ########################################################### # # ::xowiki::formfield::file # ########################################################### Class create file -superclass FormField \ -extend_slot_default validator virus \ -parameter { {size 40} {viruscheck:boolean true} {sticky:boolean false} {searchable:boolean false} {multiple:boolean false} choose_file_label link_label } file instproc check=virus {value} { # In case of an upgrade script, the (uploaded) temporary file might not exist if {[:viruscheck] && [info exists :tmpfile] && $value ne "" && [::file exists ${:tmpfile}] && [::xowiki::virus check ${:tmpfile}] } { #util_user_message -message "uploaded file contains a virus; upload rejected" return 0 } return 1 } file instproc tmpfile {value} {:set [self proc] $value} file instproc content-type {value} {:set [self proc] $value} file instproc initialize {} { :type file set :booleanHTMLAttributes {multiple} set :widget_type file(file) next } file instproc entry_info {} { if {${:multiple}} { if {[info exists :tmpfile]} { set list ${:tmpfile} } else { set list [:get_from_value ${:value} name] } set objName {} for {set i 0} {$i < [llength $list]} {incr i} { lappend objName file:${:name}___$i } } else { set objName file:${:name} } #:log ENTRY_INFO=[list name $objName parent_id [${:object} item_id]] return [list name $objName parent_id [${:object} item_id]] } file instproc get_from_value {value attribute {raw ""}} { # # The value of a form entry might be: # - an atomic list element # - a list with attribute value pairs # # This function tries to obtain the queried attribute from the # attribute value pair notation. If this fails, it returns a # default value. # set valueLength [llength $value] if {$valueLength > 1 && $valueLength % 2 == 0} { if {[dict exists $value $attribute]} { return [dict get $value $attribute] } } return [lindex $raw 0] } file instproc no_value_provided {} { expr {${:value} eq ""} } file instproc get_old_value {} { return [${:object} form_parameter __old_value_${:name} ""] } file instproc value {args} { if {[llength $args] == 0} { if {[:no_value_provided]} { return [:get_old_value] } return ${:value} } return [next] } file instproc store_file { -file_name -content_type -package_id -parent_id -object_name -tmpfile -publish_date_cmd -save_flag } { set content_type_registered [::xo::dc get_value check_content_type { select case when exists (select 1 from cr_mime_types where mime_type = :content_type) then 1 else 0 end from dual }] # # If the provided mime type is not registered, or unknown, try # to look it up via the file extension. # if {!$content_type_registered || $content_type in { application/octetstream application/force-download } } { set content_type [::xowiki::guesstype $file_name] # # Here, the mime type could sill be an unknown/unregistered # one. We could check, whether this mime type is registered. If # not, we could add it on the fly or we could map it to the # registered unknown type (maybe via package parameter of # acs-content-repository + a new API call). # } set file_object [::$package_id get_page_from_name -name $object_name -parent_id $parent_id] if {$file_object ne ""} { # # File entry exists already, create a new revision # #:msg "new revision (value $file_name)" $file_object set import_file $tmpfile $file_object set mime_type $content_type $file_object set title $file_name eval $publish_date_cmd $file_object save {*}$save_flag } else { # # Create a new file # #:msg "new file" set package_id [${:object} package_id] set file_object [::xowiki::File new \ -title $file_name \ -name $object_name \ -parent_id $parent_id \ -mime_type $content_type \ -package_id $package_id \ -creation_user [::xo::cc user_id] \ -destroy_on_cleanup] $file_object set import_file $tmpfile eval $publish_date_cmd # # When production_mode is set, make sure, the new file object # is not in a published state. # if {[::$package_id get_parameter production_mode:boolean 0]} { $file_object publish_status "production" } $file_object save_new {*}$save_flag } return $file_object } file instproc convert_to_internal {} { if {[:no_value_provided] || ![info exists :content-type]} { ${:object} set_property -new 1 ${:name} [:get_old_value] return } #:log "${:name}: got value '${:value}'" #${:object} set_property -new 1 ${:name} ${:value} set package_id [${:object} package_id] set entry_info [:entry_info] if {[:searchable]} { set publish_date_cmd {;} set save_flag "" } else { set publish_date_cmd {$file_object set publish_date "9999-12-31 23:59:59.0+01"} set save_flag "-use_given_publish_date true" } # # Make sure that we do not mis-interpret spaces in paths or file # names in the foreach loop. # if {[llength ${:content-type}] == 1} { set :tmpfile [list ${:tmpfile}] set :value [list ${:value}] } set revision_ids {} set newValue "" foreach content_type ${:content-type} \ object_name [dict get $entry_info name] \ tmpfile ${:tmpfile} \ fn ${:value} { # Sanitize the filename regsub -all -- {\\+} $fn {/} fn ;# fix IE upload path set fn [ad_file tail $fn] # # Set the value of the two flags in the command below in # case a more strict sanitizing is needed. With the settings # below, ad_sanitize_filename makes just sure the filename # does not contain invalid characters. # set fn [ad_sanitize_filename \ -collapse_spaces=false \ -tolower=false $fn] set file_object [:store_file \ -file_name $fn \ -content_type $content_type \ -package_id $package_id \ -parent_id [dict get $entry_info parent_id] \ -object_name $object_name \ -tmpfile $tmpfile \ -publish_date_cmd $publish_date_cmd \ -save_flag $save_flag] lappend revision_ids [$file_object revision_id] lappend newValue $fn } # # Update the value with the attribute value pair list containing # the revision_id. TODO: clear revision_id on export. # set newValue [list name $newValue revision_id $revision_ids] ${:object} set_property -new 1 ${:name} $newValue set :value $newValue } file instproc label_or_value {v} { if {[info exists :link_label]} { return [:localize [:link_label]] } return $v } file instproc pretty_value {v} { if {$v ne ""} { set entry_info [:entry_info] set result "" foreach object_name [dict get $entry_info name] fn [:get_from_value $v name] { set item_info [${:object} item_ref \ -default_lang [${:object} lang] \ -parent_id [dict get $entry_info parent_id] \ $object_name] #:log "name <$object_name> pretty value name '[dict get $item_info stripped_name]'" set l [::xowiki::Link new \ -page ${:object} -type "file" \ -lang [dict get $item_info prefix] \ -stripped_name [dict get $item_info stripped_name] \ -label $fn \ -extra_query_parameter [list [list filename $fn]] \ -parent_id [dict get $item_info parent_id] \ -item_id [dict get $item_info item_id] \ -destroy_on_cleanup] append result [$l render] } return $result } } file instproc render_input {} { set package_id [${:object} package_id] set entry_info [:entry_info] set fns [:get_from_value ${:value} name ${:value}] # # The HTML5 handling of "required" would force us to upload in # every form the file again. To implement the sticky option, we # set temporarily the "required" attribute to false # if {${:required}} { set reset_required 1 set :required false } #if {${:CSSclass} eq "form-control"} { # append :CSSclass -file #} # # The following snippet for file-label tailoring is Bootstrap-only # and requires in non-bootstrap cases styling. # #if {[info exists :choose_file_label]} { # ::html::label -for ${:id} -class "btn [::template::CSS class btn-default]" { # ::html::span -class upload-btn-label { # ::html::t ${:choose_file_label} # } # set :CSSclass form-control-hidden # next # } #} else { # next #} next ::html::t " " set id __old_value_${:name} ::html::div { ::html::input -type hidden -name $id -id $id -value ${:value} } ::html::div -class file-control -id __a$id { foreach \ object_name [dict get $entry_info name] \ revision_id [:get_from_value ${:value} revision_id ""] \ fn $fns { #:msg "${:name}: [list :get_from_value <${:value}> name] => '$fn'" set href [::$package_id pretty_link -download 1 \ -parent_id [dict get $entry_info parent_id] \ $object_name] if {![:istype image]} { append href ?filename=[ns_urlencode $fn] if {[nsf::is integer $revision_id]} { append href &revision_id=$revision_id } } if {[info exists reset_required]} { set :required true } ::html::div { ::html::a -href $href {::html::t [:label_or_value $fn] } } } # # Show the clear button just when # - there is something to clear, and # - the formfield is not disabled, and # - the form-field is not sticky (default) # set disabled [:is_disabled] if {${:value} ne "" && !$disabled && !${:sticky}} { #::html::input -type button -value [_ xowiki.clear] -id $id-control set del_id "$id-control" ::html::a -href "#" \ -id $del_id \ -title [_ xowiki.clear] \ -class "delete-item-button" { html::t "" } template::add_event_listener \ -id $id-control \ -script [subst {document.getElementById('$id').value = ''; document.getElementById('__a$id').style.display = 'none';}] } } } file instproc reset_on_validation_error args { # # Reset the value for form-fields of type "file" to empty to avoid # confusions in case of form validation errors. A file-name might # have been provided, but the file was not uploaded due to the # validation error. If we would not reset the value, the provided # name would cause an interpretation of an uploaded empty file. # #ns_log debug "reset_on_validation_error [:serialize]" set :value "" } ########################################################### # # ::xowiki::formfield::import_archive # ########################################################### Class create import_archive -superclass file -parameter { {cleanup false} } import_archive instproc initialize {} { next if {${:help_text} eq ""} { set :help_text "#xowiki.formfield-import_archive-help_text#" } } import_archive instproc pretty_value {v} { set package_id [${:object} package_id] set parent_id [${:object} parent_id] if {$v eq ""} {return ""} set entry_info [:entry_info] set fn [:get_from_value $v name $v] # # Get the file object of the imported file to obtain is full name and path # set file_id [::$package_id lookup \ -parent_id [${:object} item_id] \ -name [dict get $entry_info name]] ::xo::db::CrClass get_instance_from_db -item_id $file_id set full_file_name [::$file_id full_file_name] # # Call the archiver to unpack and handle the archive # set f [::xowiki::ArchiveFile new -file $full_file_name -name $fn -parent_id $parent_id] if {[$f unpack]} { # # So, all the hard work is done. We take a hard measure here to # cleanup the entry in case everything was imported # successful. Note that setting "cleanup" without thought might # lead to maybe unexpected deletions of the form-page # if {[:cleanup]} { set return_url [::$package_id query_parameter \ return_url:localurl \ [::$parent_id pretty_link]] ::$package_id returnredirect [${:object} pretty_link \ -query [export_vars {{m delete} return_url}]] } } } ########################################################### # # ::xowiki::formfield::image # ########################################################### Class create image -superclass file -parameter { href cssclass float width height padding padding-right padding-left padding-top padding-bottom margin margin-left margin-right margin-top margin-bottom border border-width position top bottom left right } image instproc pretty_value {v} { set html "" set entry_info [:entry_info] foreach object_name [dict get $entry_info name] revision_id [:get_from_value $v revision_id] { append html [:pretty_image \ -parent_id [dict get $entry_info parent_id] \ -revision_id $revision_id \ $object_name] } return $html } ########################################################### # # ::xowiki::formfield::hidden # ########################################################### Class create hidden -superclass FormField -parameter { {sign:boolean false} {max_age:integer} } -extend_slot_default validator signature hidden instproc initialize {} { :type hidden set :widget_type text(hidden) # remove mixins in case of retyping :mixin "" if {[info exists :size]} {unset :size} } hidden instproc render_item {} { # don't render the labels if {[info exists :sign] && ${:sign}} { set token_id [sec_get_random_cached_token_id] set secret [ns_config "ns/server/[ns_info server]/acs" parameterSecret ""] if {[info exists :max_age]} { set max_age ${:max_age} } else { set max_age "" } set value [:value] set sig [ad_sign -max_age $max_age -secret $secret -token_id $token_id $value] ::html::div { ::html::input -name ${:name} -value $value -type hidden ::html::input -name __${:name}_sig -value $sig -type hidden } } else { :render_form_widget } } hidden instproc check=signature {value} { set v 1 if {[info exists :sign] && ${:sign}} { set sig [::xo::cc form_parameter __${:name}_sig] set secret [ns_config "ns/server/[ns_info server]/acs" parameterSecret ""] set v [ad_verify_signature -secret $secret $value $sig] ns_log notice "==== we have sig <$sig> val $v" } return $v } hidden instproc render_help_text {} { } ########################################################### # # ::xowiki::formfield::omit # ########################################################### Class create omit -superclass FormField omit instproc render_item {} { # don't render the labels #:render_form_widget } omit instproc render_help_text {} { } ########################################################### # # ::xowiki::formfield::inform # ########################################################### Class create inform -superclass FormField inform instproc initialize {} { :type hidden set :widget_type text(inform) } inform instproc render_input {} { ::html::t [:value] ::html::input [:get_attributes type id name value disabled autocomplete {CSSclass class}] {} } inform instproc render_help_text {} { } ########################################################### # # ::xowiki::formfield::text # ########################################################### Class create text -superclass FormField -parameter { {size 80} maxlength } text instproc initialize {} { :type text set :widget_type text foreach p [list size maxlength] { if {[info exists :$p]} { set :html($p) [:$p] } } } text instproc render_input {} { if {[:is_disabled] && [info exists :disabled_as_div]} { :render_disabled_as_div text } else { next } } text instproc add_statistics {{-options ""}} { next if {[dict exists $options word_statistics]} { :word_statistics [dict get $options word_statistics] } } text instproc is_clock_string_p {value formats} { # # Checks if a string is a valid clock string according to # specified formats. # # @see clock # # @return 1 or 0 # if {$value eq ""} { # # Empty values are fine here, the field may be optional. # return 1 } foreach f $formats { try { clock scan $value -format $f } on error {errmsg} { ns_log notice \ "text instproc is_clock_string_p" \ "'$value' is not in clock format '$f'" } on ok {d} { return 1 } } return 0 } ########################################################### # # ::xowiki::formfield::localized_text # ########################################################### Class create localized_text -superclass text -ad_doc { This class can be used to provide an interface for specifying internationalized text strings saved in message keys via input from a form. When editing the content provided via the input field is saved together with an item-specific message keys in the message key tables via lang::util::convert_to_i18n. This formfield class is especially useful for xowiki items which have no language-prefix (e.g. folders or links). In other cases it is probably still a better idea to create same named pages with different language prefixes. @see ::lang::util::convert_to_i18n } localized_text instproc escape_message_keys {value} { # # Do NOT escape message keys (i.e. let them be rendered localized) # return $value } localized_text instproc build_message_key_name {-object_id:integer value} { # # Construct a per-item message key for this formfield # return xowiki-$object_id-formfield-${:name} } localized_text instproc convert_to_internal {} { set value [:value] # # When the provided values does not look like a message key, then # create a new one on the fly. # #:log "localized_text sees <$value>" if {![regexp [lang::util::message_key_regexp] $value]} { set object_id [${:object} item_id] set package_id [${:object} package_id] # # Try to get the desired locale first from a form parameter with # a name suffix "__locale" or get the locale as specified by the user. # set locale [::$package_id form_parameter \ "${:name}__locale:token" \ [::$package_id default_locale]] # # Save the value in the message keys with the resulting locale # set value [lang::util::convert_to_i18n \ -locale $locale \ -object_id $object_id \ -message_key [:build_message_key_name -object_id $object_id ${:name}] \ -text $value] ${:object} set_property -new 1 ${:name} $value } } localized_text instproc render_input {} { # # Rely on the superclass to do the right rendering of the main # content widget. # next # # Add a small selector for specifying the locale for the provided # message string. # set value [[${:object} package_id] default_locale] set :localizer_class locale-selector set :localizer_id ${:id}__locale set :localizer_name ${:name}__locale set atts [:get_attributes disabled {localizer_class class} {localizer_id id} {localizer_name name}] ::html::select $atts { foreach o [xowiki::locales] { lassign $o label rep set atts [list value $rep] if {$rep in $value} { lappend atts selected selected } ::html::option $atts {::html::t $label} } } } localized_text instproc pretty_value {v} { # # Convert message keys to text so that e.g. wikicmds are # afterwards evaluated. # set locale [[${:object} package_id] default_locale] return [lang::util::localize $v $locale] } ########################################################### # # ::xowiki::formfield::correct_when # ########################################################### Class create correct_when -superclass text \ -extend_slot_default validator valid_predicate correct_when instproc check=valid_predicate {value} { set predicate [lindex $value 0] if {$predicate ne ""} { set valid [expr {[:info methods answer_check=$predicate] ne ""}] if {!$valid} { :uplevel [list set errorMsg "invalid predicate $predicate"] } } else { set valid 1 } return $valid } correct_when instproc initialize {} { next if {${:help_text} eq ""} { set :help_text "#xowiki.formfield-correct_when-help_text#" } } ########################################################### # # ::xowiki::formfield::comp_correct_when # ########################################################### Class create comp_correct_when -superclass CompoundField # # The operator {between btwn} is not needed, since one use more # precisely and for inclusive/exclusive between operations. # comp_correct_when set operators { {= eq} {< lt} {<= le} {> gt} {>= ge} {contains contains} {"contains not" contains-not} {"one of" in} } # comp_correct_when set descriptions { # {Antwort gleich} # {Antwort kleiner} # {Antwort kleiner oder gleich} # {Antwort größer} # {Antwort größer oder gleich} # {Antwort enthält eines oder mehrer der folgenden Worte} # {Antwort enthält folgenden Worte nicht} # {Antwort ist einer der folgenden Worte} # } # {operator {bootstrap-select,options=[[self class] set operators],descriptions=[[self class] set descriptions],default=eq,form_item_wrapper_CSSclass=form-inline,label=}} comp_correct_when instproc initialize {} { if {${:__state} ne "after_specs"} return :create_components [subst { {operator {select,options=[[self class] set operators],default=eq,form_item_wrapper_CSSclass=form-inline,label=}} {text text,form_item_wrapper_CSSclass=form-inline,size=50,label=} {nocase boolean_checkbox,horizontal=true,default=f,form_item_wrapper_CSSclass=form-inline,label=#xowiki.ignore_case#} }] next set :__initialized 1 if {${:help_text} eq ""} { set :help_text "#xowiki.formfield-comp_correct_when-help_text#" } } ########################################################### # # ::xowiki::formfield::color # ########################################################### Class create color -superclass text color instproc initialize {} { next :type color } ########################################################### # # ::xowiki::formfield::datetime # ########################################################### Class create datetime -superclass text datetime instproc initialize {} { next :type datetime } ########################################################### # # ::xowiki::formfield::h5date # # HTML 5 input type "date", to avoid naming conflict with # pre-existing formfield of type "date" ########################################################### Class create h5date \ -superclass text \ -extend_slot_default validator valid_format \ -parameter { {formats {"%Y-%m-%d"}} } h5date instproc initialize {} { next :type date } h5date instproc check=valid_format {value} { return [:is_clock_string_p $value ${:formats}] } ########################################################### # # ::xowiki::formfield::h5time # # HTML 5 input type "time", to avoid naming conflict with # pre-existing formfield of type "time" ########################################################### Class create h5time \ -superclass text \ -extend_slot_default validator valid_format \ -parameter { {formats {"%H:%M"}} } h5time instproc initialize {} { next :type time } h5time instproc check=valid_format {value} { return [:is_clock_string_p $value ${:formats}] } ########################################################### # # ::xowiki::formfield::datetime-local # ########################################################### Class create datetime-local \ -superclass text \ -extend_slot_default validator valid_format \ -parameter { {formats {"%Y-%m-%dT%H:%M"}} } datetime-local instproc initialize {} { next :type datetime-local } datetime-local instproc check=valid_format {value} { return [:is_clock_string_p $value ${:formats}] } ########################################################### # # ::xowiki::formfield::time # ########################################################### Class create time -superclass text time instproc initialize {} { next :type time } ########################################################### # # ::xowiki::formfield::week # ########################################################### Class create week -superclass text week instproc initialize {} { next :type datetime } ########################################################### # # ::xowiki::formfield::email # ########################################################### Class create email -superclass text email instproc initialize {} { next :type email } ########################################################### # # ::xowiki::formfield::search # ########################################################### Class create search -superclass text search instproc initialize {} { next :type search } ########################################################### # # ::xowiki::formfield::tel # ########################################################### Class create tel -superclass text tel instproc initialize {} { next :type tel } ########################################################### # # ::xowiki::formfield::number # ########################################################### Class create number -superclass FormField -parameter { min max step value {js_validate false} {js_invalid_msg ""} {td_CSSclass right} } number instproc initialize {} { :type number set :widget_type text } number instproc render_input {} { set boolean_atts [:booleanAttributes required readonly disabled \ formnovalidate autofocus] ::html::input [:get_attributes type id name value {CSSclass class} \ min max step autocomplete placeholder {*}$boolean_atts] {} :resetBooleanAttributes $boolean_atts if {${:js_validate}} { set invalid_msg ${:js_invalid_msg} template::add_event_listener -event input -id ${:id} -script [subst { const inputField = event.target; if (!inputField.checkValidity()) { if ('$invalid_msg' != "") { inputField.setCustomValidity('$invalid_msg'); } } }] } } ########################################################### # # ::xowiki::formfield::range # ########################################################### Class create range -superclass FormField -parameter { min max step value with_output:boolean {output_prefix ""} {output_suffix ""} } -ad_doc { HTML5 range input field. The range input is rendered as a slider by the actual browsers. @param min minimum value of the value range @param max maximum value of the value range @param step increment steps when moving the slider @param with_output add an output box with show the actual slider value (requires JavaScript) @param output_prefix prepend string value to the actual slider value in the output display @param output_suffix append string value to the actual slider value in the output display } range instproc initialize {} { :type range set :widget_type text } range instproc render_input {} { set atts [:get_attributes type id name value {CSSclass class} min max step value \ autofocus autocomplete formnovalidate multiple pattern placeholder readonly required] if {[:is_disabled]} {lappend atts {*}"disabled 1"} ::html::input $atts {} if {${:with_output}} { set :for ${:id} set :outputID ${:id}-output :CSSclass_list_add CSSclass ${:name} ::html::output [:get_attributes for {outputID id} {CSSclass class}] { ::html::t "${:output_prefix}${:value}${:output_suffix}" } set output_value [subst {'${:output_prefix}' + event.srcElement.value + '${:output_suffix}'}] template::add_event_listener \ -id ${:id} \ -event input \ -preventdefault=false \ -script "document.getElementById('${:outputID}').value = $output_value;" } } ########################################################### # # ::xowiki::formfield::password # ########################################################### Class create password -superclass text password instproc initialize {} { next set :widget_type password :type password } ########################################################### # # ::xowiki::formfield::numeric # ########################################################### Class create numeric -superclass text -parameter { {format %.2f} {connection_locale 1} {strict 0} {keep_string_rep 0} } -extend_slot_default validator numeric -ad_doc { Field with numeric content. Depending on the format, the accepted value can be either an integer or a floating point number. The widget performs localization based on the setting of :locale. In case 'keep_string_rep' is not true, the widget converts the value to an internal representation to be able to evaluate numeric expressions by this. When 'keep_string_rep' is true, the original string representation is kept, and only validation is performed. @param format format for output and determining integer property @param connection_locale when set, use the connection locale as source for internationalized input @param strict when set, use just use the locale for input checking. Otherwise, always accept as fallback what is accepted by en_US. @param keep_string_rep when true, do not convert from and to the internal representation, but preserve the original string. } numeric instproc render_input {} { # # Prevent inserting invalid value; we allow currently just a # single dot, comma for floats or "-" to be entered. Maybe some # of this functionality should be blocked conditionally. Paste # filtering is also currently just half-hearted but probably # sufficient. # set punctuation [expr {[string match %*f ${:format}] ? ",." : "" }] template::add_script -section body -script [subst -nocommands [ns_trim { var e = document.getElementById('${:id}'); e.addEventListener('keypress', function (e) { if (!(/[0-9]|[.,]|-/.test(e.key))){ e.preventDefault(); } else if (/[$punctuation-]/.test(e.key) && e.target.value.includes(e.key)) { e.preventDefault(); } }); e.addEventListener('paste', function (e) { var pasted = e.clipboardData || window.clipboardData; var text = pasted.getData('Text'); if (!text.match(/[0-9$punctuation]|-/)) { e.preventDefault(); } }); }]] next } numeric instproc initialize {} { next set :widget_type numeric # check, if we have an integer format set :is_integer [regexp {%[0-9.]*d} ${:format}] if {${:connection_locale} && [ns_conn isconnected]} { set :locale [ad_conn locale] } } numeric instproc convert_to_external {value} { #ns_log notice "convert_to_external ${:name} keep_string_rep ${:keep_string_rep}" if {${:keep_string_rep}} { return $value } if {$value eq ""} { set result "" } else { ad_try { set value [lc_numeric $value ${:format} ${:locale}] } on error {errorMsg} { util_user_message -message "${:label}: $errorMsg (locale=${:locale})" } # # Try to parse finally the value against the format # set converted_value $value ad_try { scan $value ${:format} result } on error {errMsg} { set result $value } } #ns_log notice "convert_to_external ${:name} keep_string_rep ${:keep_string_rep} -> $result" return $result } numeric instproc convert_to_internal_value {value} { #ns_log notice "convert_to_internal_value called with value '$value'" try { lc_parse_number $value ${:locale} ${:is_integer} } on ok {result} { } on error {errorMsg} { #ns_log notice "numeric instproc convert_to_internal <$value> ${:locale} -> $errorMsg ($::errorCode)" if {${:strict} == 0 && ${:locale} ne "en_US"} { try { lc_parse_number $value en_US ${:is_integer} } on ok {result} { } } else { throw $::errorInfo $errorMsg } } #ns_log notice "convert_to_internal_value called with value '$value' -> $result" return $result } numeric instproc convert_to_internal {} { if {!${:keep_string_rep} && ${:value} ne ""} { # # The value has been already checked against the validator, so # the conversion should be smooth. # set :value [:convert_to_internal_value ${:value}] ${:object} set_property -new 1 ${:name} ${:value} } } numeric instproc check=numeric {value} { #ns_log notice "=== numeric: value '$value' locale '[:locale]' is_integer '${:is_integer}'" return [expr {[catch {:convert_to_internal_value $value}] == 0}] } numeric instproc pretty_value value { return [:convert_to_external $value] } numeric instproc answer_check=eq {} { try { set x [:convert_to_internal_value ${:value}] set y [:convert_to_internal_value [lindex ${:correct_when} 1]] #ns_log notice "numeric answer_check=eq " \ "'[lindex ${:correct_when} 1]' with '${:value}'" "->" \ "expr {$x == $y}" set result [expr {$x == $y}] } on error {errorMsg} { ns_log warning "numeric answer_check=eq received exception while comparing " \ "'[lindex ${:correct_when} 1]' with '${:value}'" \ $errorMsg set result 0 } return $result } ########################################################### # # ::xowiki::formfield::user_id # ########################################################### Class create user_id -superclass numeric -parameter { {format %d} } user_id instproc initialize {} { next set :is_party_id 1 } user_id instproc pretty_value {v} { return [::xo::get_user_name $v] } ########################################################### # # ::xowiki::formfield::author # ########################################################### Class create author -superclass user_id -parameter { {photo_size 54} {with_photo true} {with_gravatar true} {with_user_link false} {label #xowiki.formfield-author#} } author instproc pretty_value {v} { if {$v ne ""} { acs_user::get -user_id $v -array user if {${:with_photo}} { set portrait_id [acs_user::get_portrait_id -user_id $v] if {$portrait_id == 0 && ${:with_gravatar}} { set src [::xowiki::includelet::gravatar url \ -email $user(email) -size ${:photo_size}] } else { set src "/shared/portrait-bits.tcl?user_id=$v" } set photo "<img width='[:photo_size]' class='photo' src='[ns_quotehtml $src]'>" set photo_class "photo" } else { set photo "" set photo_class "" } set date_field [::xowiki::FormPage get_table_form_fields \ -base_item ${:object} \ -field_names _last_modified \ -form_constraints ""] set date [$date_field pretty_value [${:object} property _last_modified]] if {[:with_user_link]} { set user_link_begin "<a href='[ns_quotehtml /shared/community-member?user_id=$v]'>" set user_link_end "</a>" } else { set user_link_begin "" set user_link_end "" } return [subst { <div class="cite $photo_class">$photo <p class="author">$user_link_begin$user(first_names) $user(last_name)$user_link_end</p> <p class="date">$date</p> </div> }] } return "" } ########################################################### # # ::xowiki::formfield::party_id # ########################################################### Class create party_id -superclass user_id \ -extend_slot_default validator party_id_check party_id instproc check=party_id_check {value} { if {$value eq ""} {return 1} return [::xo::dc 0or1row check_party {select 1 from parties where party_id = :value}] } ########################################################### # # ::xowiki::formfield::url # ########################################################### Class create url -superclass text \ -extend_slot_default validator safe_url \ -parameter { {link_label} } url instproc check=safe_url {value} { if {$value eq ""} {return 1} set regexp {^(https|http|ftp)://([a-zA-Z0-9_\-\.]+(:[0-9]+)?)/[a-zA-Z0-9_.%/#?=&~-]+$} if {[regexp -nocase $regexp $value]} {return 1} return 0 } url instproc initialize {} { next :type url } url instproc pretty_value {v} { if {$v ne ""} { if {[info exists :link_label]} { set link_label [:localize [:link_label]] } else { set link_label $v } regsub -all & $v "&" v return "<a href='[ns_quotehtml $v]'>$link_label</a>" } } ########################################################### # # ::xowiki::formfield::detail_link # ########################################################### Class create detail_link -superclass url -parameter { {link_label "#xowiki.weblog-more#"} } detail_link instproc pretty_value {v} { if {$v eq ""} { return "" } if {$v ne ""} { set link_label [:localize [:link_label]] regsub -all & $v "&" v return " <span class='more'>\[ <a href='[ns_quotehtml $v]'>$link_label</a> \]</span>" } } ########################################################### # # ::xowiki::formfield::textarea # ########################################################### Class create textarea -superclass FormField -parameter { {rows 2} {cols 80} {spell false} {spellcheck:boolean true} {autosave:boolean false} {paste:boolean true} } textarea instproc clear_editor_mixins {} { foreach m [:info mixin] { if {[$m exists editor_mixin]} { :mixin delete $m } } } textarea instproc initialize {} { set :widget_type text(textarea) set :booleanHTMLAttributes {required readonly disabled formnovalidate} foreach p [list rows cols style] { if {[info exists :$p]} {set :html($p) [:$p]} } if {![:istype ::xowiki::formfield::richtext] && [info exists :editor]} { # downgrading #:msg "downgrading [:info class]" :clear_editor_mixins foreach v {editor options} { if {[info exists :$v]} { unset :$v } } } if {${:autosave}} { ::xo::Page requireJS "/resources/xowiki/autosave-text.js" } next } textarea instproc render_input {} { if {[info exists :render_as_div_p] && ${:render_as_div_p}} { # # A subclass set :render_as_div_p to indicate they want the # field to be rendered as a div, but did not want to interrupt # inheritance. # # When superclass behavior is not needed, one may simply call # :render_as_div directly in the subclass methods. # :render_as_div } elseif {[:is_disabled] && [info exists :disabled_as_div]} { :render_disabled_as_div textarea } else { set booleanAtts [:booleanAttributes {*}${:booleanHTMLAttributes}] if {!${:spellcheck}} { set :data-gramm false set :data-lt-active false } if {${:autosave}} { ::html::div -class "autosave" { ::html::div -id ${:id}-status \ -class "nochange" \ -data-saved #xowiki.autosave_saved# \ -data-rejected #xowiki.autosave_rejected# \ -data-pending #xowiki.autosave_pending# { ::html::t "" ;#"no change" } ::html::textarea [:get_attributes id name cols rows style wrap placeholder \ data-repeat-template-id {CSSclass class} spellcheck \ data-gramm data-lt-active {*}$booleanAtts] { ::html::t [:value] } } template::add_event_listener \ -id ${:id} \ -event keyup \ -preventdefault=false \ -script "autosave_handler('${:id}');" } else { ::html::textarea [:get_attributes id name cols rows style wrap placeholder \ data-repeat-template-id {CSSclass class} \ {*}$booleanAtts] { ::html::t [:value] } } # # For emergency situations, one might allow swa always pasting # if {!${:paste} && ![acs_user::site_wide_admin_p -user_id [::xo::cc user_id]]} { ... } # if {!${:paste}} { # # When "paste" is deactivated, the cut&paste and drag&drop # handlers are deactivated for this field. "copy" is # deactivated for the full page, since otherwise, one could # cut the field with the surrounding text. # foreach event_type {paste drag drop} { template::add_event_listener -id ${:id} -event $event_type \ -preventdefault=true -script "" } template::add_script -section body -script { window.addEventListener('copy', function (event) {event.preventDefault();}, false); } } :resetBooleanAttributes $booleanAtts } :render_result_statistics } textarea instproc render_as_div {} { # # Rendering a textarea as a div is needed in particular for # richtext editors, where some may not expect to enhance a # textarea as usual, but a div. # #:msg "[:get_attributes id style {CSSclass class}]" ::html::div [:get_attributes id style {CSSclass class} data-repeat-template-id] { if {[:wiki]} { ${:object} references clear ::html::t -disableOutputEscaping [${:object} substitute_markup [:value]] } else { ::html::t -disableOutputEscaping [:value] } } ::html::div } textarea instproc set_feedback {feedback_mode} { set :correction [next] return ${:correction} } textarea instproc add_statistics {{-options ""}} { #:log "add_statistics $options" next if {[dict exists $options word_statistics]} { #:log "add_statistics call :word_statistics" :word_statistics [dict get $options word_statistics] } } ########################################################### # # ::xowiki::formfield::code_listing # ########################################################### Class create code_listing -superclass textarea -parameter { {rows 20} {cols 80} } code_listing instproc pretty_value {v} { ${:object} do_substitutions 0 if {[info commands ::apidoc::tclcode_to_html] ne ""} { set html [::apidoc::tclcode_to_html [:value]] regsub -all -- "\n?\r</FONT></EM>" $html </FONT></EM> html return "<pre class='code'>$html</pre>" } else { return "<pre class='code'>[string map [list & {&} < {<} > {>}] [:value]]</pre>" } } ########################################################### # # ::xowiki::formfield::richtext # ########################################################### Class create richtext -superclass textarea \ -extend_slot_default validator safe_html \ -parameter { plugins folder_id script_dir {displayMode standard} width height {wiki false} {preset "standard"} } richtext instproc editor {args} { # # TODO: this should be made a slot setting # #:log "RICHTEXT setting editor for ${:name}, args=$args,[llength $args]" if {[llength $args] == 0} { return ${:editor} } set editor [lindex $args 0] if {[info exists :editor] && $editor eq ${:editor} && [info exists :__initialized]} { return ${:editor} } # # The "none" setting for the richtext field is especially # important for cases, where no editor is specified, which causes # the PreferredRichtextEditor to be used. However, the "form" # field of the xowiki::Form class requires a content surrounded by # the form tag (<form>....</form>), but the CKEditor will remove # sich entries. Since it is better to work on the raw text, # editor=none prevents the usage of the rich text widget, although # it is a richtext field. # if {$editor eq "none"} { set :editor "none" :clear_editor_mixins if {[info exists :options]} { unset :options } return ${:editor} } set editor_class [self class]::$editor if {$editor ne "" && ![:hasclass $editor_class]} { if {![:isclass $editor_class]} { set editors [list] foreach c [::xowiki::formfield::richtext info subclass] { if {![$c exists editor_mixin]} continue lappend editors [namespace tail $c] } error [_ xowiki.error-form_constraint-unknown_editor \ [list name ${:name} editor [:editor] editors $editors]] } :clear_editor_mixins :mixin add $editor_class #:msg "MIXIN $editor: [:info precedence]" :reset_parameter set :__initialized 1 } set :editor $editor } richtext instproc preset_conf {} { # # The actual richtext-editor implementation may provide some # use-case based presets. Examples may be a "minimal", "standard" # and "advanced" configuration that are reused in various forms. # # Here, we check and eventually return such conf, which will be # applied to the loading formfield. # # The default for the :preset variable is set to "standard", but # may be overridden by subclasses. This provides a hook for # site-wide customization via a Tcl proc, which enables to inject # e.g. information coming from the connection context or other tcl # commands, not possible via parameter alone. # # The purpose of this feature is to have a set of logical # configurations that do not depend on the specific editor and can # be extended downstream. # if {[info exists :preset] && [info exists :editor] && [info commands ::richtext::${:editor}::preset::${:preset}] ne ""} { return [::richtext::${:editor}::preset::${:preset}] } } richtext instproc initialize {} { #set :display_field false switch -- ${:displayMode} { inplace - inline - standard {} default {error "value '${:displayMode}' invalid: valid entries for displayMode are inplace, inline or standard (default)"} } next # # Don't set HTML5 attribute "required", since this does not match # well with Richtext Editors (at least ckeditor4 has problems, # other probably as well). # set :booleanHTMLAttributes {readonly disabled formnovalidate} #ns_log notice "==== ${:name} EDITOR specified? [info exists :editor]" if {![info exists :editor]} { set :editor [parameter::get_global_value -package_key xowiki \ -parameter PreferredRichtextEditor -default ckeditor4] #:msg "setting default of ${:name} to ${:editor}" } if {![info exists :__initialized]} { # # Mixin the editor based on the attribute 'editor' if necessary # and call initialize again in this case... # #ns_log notice "==== initializing EDITOR: ${:editor}" :editor ${:editor} :initialize } set :widget_type richtext #set :__initialized 1 } richtext instproc check=safe_html {value} { # # Don't check, if the user has sufficient permissions on the # package # if {[::xo::cc permission \ -object_id [::xo::cc package_id] \ -privilege swa \ -party_id [::xo::cc user_id]]} { set msg "" } else { # # Check, if the package has global settings for AllowedTags, # AllowedAttributes, or AllowedProtocols. If (some of) these # exist, use these for configuring "ad_html_security_check". If # not, fall back to the default (site-wide) definition. # set package_key [apm_package_key_from_id [${:object} package_id]] set options {} foreach var {attributes tags protocols} { set params [parameter::get_global_value \ -package_key $package_key \ -parameter Allowed[string totitle $var] \ -default ""] if {$params ne ""} { lappend options -allowed_$var $params } } set msg [ad_html_security_check {*}$options $value] } if {$msg ne ""} { :uplevel [list set errorMsg $msg] return 0 } return 1 } richtext instproc pretty_value {v} { # for richtext, perform minimal output escaping if {[:wiki]} { return [${:object} substitute_markup $v] } else { return [string map [list @ "@"] $v] } } ########################################################### # # ::xowiki::formfield::localized_richtext # ########################################################### Class create localized_richtext -superclass {localized_text richtext} -ad_doc { This class can be used to provide an interface for specifying internationalized text strings saved in message keys via input from a form. Very similar to localized_text @see ::xowiki::formfield::localized_text } ########################################################### # # ::xowiki::formfield::richtext::ckeditor4 # # mode: wysiwyg, source # skin: moono, kama # extraPlugins: tcl-list, is converted to comma list for js # ########################################################### Class create richtext::ckeditor4 -superclass richtext -parameter { {mode wysiwyg} {skin "bootstrapck,/resources/xowiki/ckeditor4/skins/bootstrapck/"} {toolbar Full} {CSSclass xowiki-ckeditor} {uiColor ""} {allowedContent ""} {CSSclass xowiki-ckeditor} {customConfig "config.js"} {callback "/* callback code */"} {destroy_callback "/* callback code */"} {submit_callback ""} {extraPlugins ""} {extraAllowedContent {*(*)}} {ck_package standard} {templatesFiles ""} {templates ""} {contentsCss /resources/xowiki/ck_contents.css} {imageSelectorDialog /xowiki/ckeditor-images/} {additionalConfigOptions ""} } richtext::ckeditor4 set editor_mixin 1 richtext::ckeditor4 instproc initialize {} { switch -- ${:displayMode} { inplace { append :help_text " #xowiki.ckeip_help#" } } next set :widget_type richtext # Mangle the id to make it compatible with jQuery; most probably # not optimal and just a temporary solution regsub -all -- {[.:-]} ${:id} "" id :id $id } richtext::ckeditor4 instproc js_image_helper {} { set path [${:object} pretty_link] append js \ [subst -novariables { function xowiki_image_callback(editor) { if (typeof editor != "undefined") { $(editor.element.$.form).submit(function(e) { calc_image_tags_to_wiki_image_links(this); }); editor.setData(calc_wiki_image_links_to_image_tags('[set path]',editor.getData())); } } }] { function calc_image_tags_to_wiki_image_links(form) { var calc = function() { var wiki_link = $(this).attr('alt'); $(this).replaceWith('[['+wiki_link+']]'); } $(form).find('iframe').each(function() { $(this).contents().find('img[type="wikilink"]').each(calc); }); $(form).find('textarea.ckeip').each(function() { var contents = $('<div>'+this.value+'</div>'); contents.find('img[type="wikilink"]').each(calc); this.value = contents.html(); }); return true; } function calc_image_tags_to_wiki_image_links_inline(e) { var data = $('<div>'+CKEDITOR.instances[e].getData()+'</div>'); data.find('img[type="wikilink"]').each( function() { var wiki_link = $(this).attr('alt'); $(this).replaceWith('[['+wiki_link+']]'); }); CKEDITOR.instances[e].setData(data.html()); CKEDITOR.instances[e].updateElement(); } function calc_wiki_image_links_to_image_tags(path, text) { // console.log('path = <' + path + '>'); var regex_wikilink = new RegExp('(\\[\\[.SELF./image:)(.*?)(\\]\\])', 'g'); text = text.replace(regex_wikilink,'<img src="'+path+'/file:$2?m=download" alt=".SELF./image:$2" type="wikilink" />'); return text; } } ::xo::Page requireJS $js } richtext::ckeditor4 instproc pathNames {fileNames} { set result [list] foreach fn $fileNames { if {[regexp {^[./]} $fn]} { append result $fn } else { append result "/resources/xowiki/$fn" } } return $result } richtext::ckeditor4 instproc imageSelectorDialog {} { # # Hook for downstream implementation to override the image # selection dialog with a different endpoint. # # @return URL # return ${:imageSelectorDialog}?parent_id=[${:object} item_id] } richtext::ckeditor4 instproc render_input {} { set disabled [:is_disabled] set is_repeat_template [:is_repeat_template_p] # :msg "${:id} ${:name} - $is_repeat_template" if {$is_repeat_template} { set :data-repeat-template-id ${:id} } # if value is empty, we need something to be clickable for display mode inplace if {[:value] eq "" && ${:displayMode} eq "inplace"} { :value " " } if {![:istype ::xowiki::formfield::richtext] || ($disabled && !$is_repeat_template)} { :render_as_div } else { template::head::add_javascript -src urn:ad:js:jquery try { # # Try to use the ckeditor from the richtext-ckeditor4 # installation. # # There seems to be something broken on 4.9.2 version on the # CDN. If we do not use standard-all, then we see an error # about a missing # ".../4.9.2/full/plugins/iframedialog/plugin.js". There # exists a default "iframe" and a "iframedialog" plugin for # ckeditor4, the latter is not included in the standard builds # (only in "-all"). # # UPDATE July 2021: The "*-all" ckpackages are gone for newer # versions of CKEditor (e.g. 4.16.*) and it is unlikely that # it will be revived for the standard packages. One can # download the "iframedialog" plugin still from the addons # # https://ckeditor.com/cke4/addon/iframedialog # # and add it manually to the downloaded tree in e.g. # # richtext-ckeditor4/www/resources/4.16.1/standard/plugins/ # # For the time being, we remove the "xowikiimage" plugin from # the extraPlugins to make it working out of the box. This # plugin should be rewritten using the current dialogs of # ckeditor. # ::richtext::ckeditor4::add_editor \ -order 90 \ -ck_package ${:ck_package} \ -adapters "jquery.js" } trap {TCL LOOKUP COMMAND} {errorMsg} { # # If for whatever reason, richtext-ckeditor4 is not available, # bail out and tell the user to install. # error "Please install the package: richtext-ckeditor4" } # # In contrary to the documentation, ckeditor4 names instances # after the id, not the name. # set id ${:id} set name ${:name} set package_id [${:object} package_id] # # Apply configuration from presets, if any. # foreach {key value} [:preset_conf] { # We do not set variables that do not exist. if {[info exists :${key}]} { set :${key} $value } } # Earlier versions required the plugin "sourcedialog" in # "inline" mode. Not sure why. This plugin was removed from # CKEditor. #if {${:displayMode} eq "inline"} { # lappend :extraPlugins sourcedialog #} if {"xowikiimage" in ${:extraPlugins}} { :js_image_helper set ready_callback "xowiki_image_callback(CKEDITOR.instances\['$id'\]);" set ready_callback2 {xowiki_image_callback(e.editor);} } else { set ready_callback "/*none*/;" set ready_callback2 $ready_callback set submit_callback "/*none*/;" } # # Append dimensions (when available) in JSON notation. # set dimensions {} if {[info exists :height]} { lappend dimensions [subst {"height": "${:height}"}] } if {[info exists :width]} { lappend dimensions [subst {"width": "${:width}"}] } if {[llength $dimensions] > 0} { set dimensions [join $dimensions ,], } set options [subst { $dimensions ${:additionalConfigOptions} toolbar : '${:toolbar}', uiColor: '${:uiColor}', language: '[::xo::cc lang]', skin: '${:skin}', startupMode: '${:mode}', disableNativeSpellChecker: false, parent_id: '[${:object} item_id]', package_url: '[::$package_id package_url]', extraPlugins: '[join ${:extraPlugins} ,]', extraAllowedContent: '${:extraAllowedContent}', contentsCss: '${:contentsCss}', imageSelectorDialog: '[:imageSelectorDialog]', ready_callback: '$ready_callback2', customConfig: '${:customConfig}', textarea_id: id }] if {${:allowedContent} ne ""} { # # Syntax rules: # https://ckeditor.com/docs/ckeditor4/latest/guide/dev_allowed_content_rules.html#string-format # if {${:allowedContent} in {true false}} { append options " , allowedContent: ${:allowedContent}\n" } else { append options " , allowedContent: '${:allowedContent}'\n" } } if {${:templatesFiles} ne ""} { append options " , templates_files: \['[join [:pathNames ${:templatesFiles}] ',' ]' \]\n" } if {${:templates} ne ""} { append options " , templates: '${:templates}'\n" } #set parent [[${:object} package_id] get_page_from_item_or_revision_id [${:object} parent_id]];# ??? if {${:displayMode} eq "inplace"} { lappend :CSSclass ckeip ::xo::Page requireJS "/resources/xowiki/ckeip.js" ::xo::Page requireJS [subst -nocommands { function load_$id (id) { // must use id provided as argument \$('#' + id).ckeip(function() { ${:callback}}, { name: '$name', ckeditor_config: { $options, destroy_callback: function() { ${:destroy_callback} } } }); } }] if {!$is_repeat_template} { ::xo::Page requireJS [subst -nocommands { \$(document).ready(function() { CKEDITOR.plugins.addExternal( 'xowikiimage', '/resources/xowiki/ckeditor4/plugins/xowikiimage/', 'plugin.js' ); if (\$('#$id').parents('.repeatable').length != 0) { if (\$('#$id').is(':visible')) { load_$id ('$id'); } } else { //this is not inside a repeatable container, load normally load_$id ('$id'); } } ); }] } :render_as_div } elseif {${:displayMode} eq "inline"} { if {"xowikiimage" in ${:extraPlugins}} { set ready_callback "xowiki_image_callback(CKEDITOR.instances\['$id'\]);" set submit_callback "calc_image_tags_to_wiki_image_links_inline('$id');" } set submit_callback "$submit_callback ${:submit_callback}" ::xo::Page requireJS [subst { function load_$id (id) { CKEDITOR.inline(id, { on: { instanceReady: function(e) { \$(e.editor.element.\$).attr('title', '${:label}'); \$(e.editor.element.\$.form).submit(function(e) { $submit_callback }); } }, $options }); } }] if {!$is_repeat_template} { ::xo::Page requireJS [subst { \$(document).ready(function() { CKEDITOR.plugins.addExternal( 'xowikiimage', '/resources/xowiki/ckeditor4/plugins/xowikiimage/', 'plugin.js' ); if (\$('#$id').parents('.repeatable').length != 0) { if (\$('#$id').is(':visible')) { load_$id ('$id'); } } else { //this is not inside a repeatable container, load normally load_$id ('$id'); } $ready_callback }); }] } next } else { ::xo::Page requireJS [subst -nocommands { function load_$id (id) { // must use id provided as argument \$('#' + id).ckeditor(function() { ${:callback} }, {$options}); } }] if {!$is_repeat_template} { ::xo::Page requireJS [subst -nocommands { \$(document).ready(function() { CKEDITOR.plugins.addExternal( 'xowikiimage', '/resources/xowiki/ckeditor4/plugins/xowikiimage/', 'plugin.js' ); load_$id ('$id'); $ready_callback //CKEDITOR.instances['$id'].on('instanceReady',function(e) {$ready_callback}); }); }] } next } } } ########################################################### # # ::xowiki::formfield::richtext::wym # ########################################################### Class create richtext::wym -superclass richtext -parameter { {CSSclass wymeditor} width height {skin silver} {plugins "hovertools resizable fullscreen"} } richtext::wym set editor_mixin 1 richtext::wym instproc initialize {} { next set :widget_type richtext } richtext::wym instproc render_input {} { set disabled [:is_disabled] if {![:istype ::xowiki::formfield::richtext] || $disabled } { :render_as_div } else { ::xo::Page requireCSS "/resources/xowiki/wymeditor/skins/default/screen.css" ::xo::Page requireJS urn:ad:js:jquery ::xo::Page requireJS "/resources/xowiki/wymeditor/jquery.wymeditor.pack.js" set postinit "" foreach plugin {hovertools resizable fullscreen embed} { if {$plugin in [:plugins]} { switch -- $plugin { embed {} resizable { ::xo::Page requireJS urn:ad:js:jquery-ui append postinit "wym.${plugin}();\n" } default {append postinit "wym.${plugin}();\n"} } ::xo::Page requireJS "/resources/xowiki/wymeditor/plugins/$plugin/jquery.wymeditor.$plugin.js" } } regsub -all -- {[.:]} ${:id} {\\\\&} JID # possible skins are per in the distribution: "default", "sliver", "minimal" and "twopanels" set config [list "skin: '[:skin]'"] #:msg "wym, h [info exists :height] || w [info exists :width]" if {[info exists :height] || [info exists :width]} { set height_cmd "" set width_cmd "" if {[info exists :height]} {set height_cmd "jQuery(wym._box).find(wym._options.iframeSelector).css('height','[:height]');"} if {[info exists :width]} {set width_cmd "wym_box.css('width', '[:width]');"} set postInit [subst -nocommand -nobackslash { postInit: function(wym) { wym_box = jQuery(".wym_box"); $height_cmd $width_cmd $postinit }}] lappend config $postInit } if {$config ne ""} { set config \{[join $config ,]\} } ::xo::Page requireJS [subst -nocommand -nobackslash { jQuery(function() { jQuery("#$JID").wymeditor($config); }); }] next } } ########################################################### # # ::xowiki::formfield::richtext::xinha # ########################################################### Class create richtext::xinha -superclass richtext -parameter { javascript {height} {style} {wiki_p true} {slim false} {CSSclass xinha} extraPlugins } richtext::xinha set editor_mixin 1 richtext::xinha instproc initialize {} { switch -- ${:displayMode} { inplace { ::xo::Page requireJS "/resources/xowiki/xinha-inplace.js" if {![info exists ::__xinha_inplace_init_done]} { template::add_body_handler -event onload -script "xinha.inplace.init();" set ::__xinha_inplace_init_done 1 } } inline { error "inline is not supported for xinha"} } next set :widget_type richtext if {![info exists :extraPlugins]} { set :plugins \ [parameter::get -parameter "XowikiXinhaDefaultPlugins" \ -default [parameter::get_from_package_key \ -package_key "acs-templating" \ -parameter "XinhaDefaultPlugins"]] } else { set :plugins ${:extraPlugins} } set :options [:get_attributes editor plugins width height folder_id script_dir javascript wiki_p] # for the time being, we can't set the defaults via parameter, # but only manually, since the editor is used as a mixin, the parameter # would have precedence over the defaults of subclasses if {![info exists :slim]} {set :slim false} if {![info exists :style]} {set :style "width: 100%;"} if {![info exists :height]} {set :height 350px} if {![info exists :wiki_p]} {set :wiki_p 1} if {${:slim}} { lappend :options javascript { xinha_config.toolbar = [['popupeditor', 'formatblock', 'bold','italic','createlink','insertimage'], ['separator','insertorderedlist','insertunorderedlist','outdent','indent'], ['separator','killword','removeformat','htmlmode'] ]; } } } richtext::xinha instproc render_input {} { set disabled [:is_disabled] if {![:istype ::xowiki::formfield::richtext] || $disabled} { :render_as_div } else { # # required CSP directives for Xinha # security::csp::require script-src 'unsafe-eval' security::csp::require script-src 'unsafe-inline' # we use for the time being the initialization of xinha based on # the blank master set ::acs_blank_master(xinha) 1 set quoted [list] foreach e [:plugins] {lappend quoted '$e'} set ::acs_blank_master(xinha.plugins) [join $quoted ", "] array set o ${:options} set xinha_options "" foreach e {width height folder_id fs_package_id file_types attach_parent_id wiki_p package_id} { if {[info exists o($e)]} { append xinha_options "xinha_config.$e = '$o($e)';\n" } } append xinha_options "xinha_config.package_id = '[::xo::cc package_id]';\n" if {[info exists o(javascript)]} { append xinha_options $o(javascript) \n } set ::acs_blank_master(xinha.options) $xinha_options lappend ::acs_blank_master__htmlareas ${:id} if {${:displayMode} eq "inplace"} { ::html::div [:get_attributes id name {CSSclass class} disabled] { set href \# ::html::a -style "float: right;" -class edit-item-button -href $href -id ${:id}-edit { ::html::t -disableOutputEscaping } template::add_event_listener \ -id ${:id}-edit \ -script [subst {xinha.inplace.openEditor('${:id}');}] ::html::div -id "${:id}__CONTENT__" { ::html::t -disableOutputEscaping [:value] } } set :hiddenid ${:id}__HIDDEN__ set :type hidden ::html::input [:get_attributes {hiddenid id} name type value] {} } else { #::html::div [:get_attributes id name cols rows style {CSSclass class} disabled] {} next } } } ########################################################### # # ::xowiki::formfield::richtext::tinymce # ########################################################### Class create richtext::tinymce -superclass richtext -parameter { {extraPlugins ""} {customConfig ""} {additionalConfig ""} } -ad_doc { TinyMCE XoWiki richtext-editor integration. @param extraPlugins a list of couples 'pluginId' 'pluginURL' specifying additional plugins. @param customConfig a configuration dict that will completely override configuration coming from the parameters. @param additionalConfig a configuration dict that will be merged with configuration coming from the parameters. Values specified here will take precedence on the parameter values. @see https://www.tiny.cloud/docs/tinymce/latest/ } richtext::tinymce set editor_mixin 1 richtext::tinymce instproc initialize {} { next set :widget_type richtext } richtext::tinymce instproc compute_config {} { # # Here we compute the editor config, merging requested one with # systems configurations and presets. # # @return a dict # if {${:customConfig} ne ""} { set default_config ${:customConfig} } else { set default_config [::richtext::tinymce::default_config] } set config [list] if {${:extraPlugins} ne ""} { set extra_plugins [::richtext::tinymce::serialize_options ${:extraPlugins}] lappend config external_plugins "{$extra_plugins}" } # # Inline means the editor will not be displayed unless we click on # its content. We also supported an inplace mode, where the editor # does something similar, but with explicit save and cancel # buttons underneath. # # As the difference is subtle and there is currently not a # requirement for inplace mode, we treat both mode the same as # "inline". # set inline_p [expr {${:displayMode} in {"inplace" "inline"} ? true : false}] lappend config inline $inline_p # # Inject a reference to the current object, useful e.g. for # plugins to know where to point to. # lappend config object_id [${:object} item_id] set config [dict merge \ [list language [ad_conn language]] \ $default_config \ [:preset_conf] \ ${:additionalConfig} \ $config] } richtext::tinymce instproc render_input {} { set disabled [:is_disabled] set is_repeat_template [:is_repeat_template_p] # # Field is disabled. We simply render as a div. # if {$disabled && !$is_repeat_template} { :render_as_div return } set config [:compute_config] set inline_p [dict get $config inline] set config [::richtext::tinymce::serialize_options $config] # # Include the relevant javascript. # ::richtext::tinymce::add_editor -init=false if {$is_repeat_template} { # # A repeated field. We use a MutationObserver to detect whenever # a new field has been appended and we enhance it on the fly. # ::template::add_body_handler \ -identifier richtext_tinymce_editor_init_repeat \ -event load \ -script { function richtext_tinymce_editor_init_repeat(id, containerId, editorConfig) { // Via this pattern we recognize fields that are // appended to the DOM that are relevant to our repeated // formfield. const namePattern = id.replace(/^F\.[^\.]+\./g, '').replaceAll(/\.[0-9]+/g, '.[1-9][0-9]*'); const targetNode = document.getElementById(containerId); const config = { childList: true, subtree: true }; const callback = (mutationList, observer) => { for (const mutation of mutationList) { for (const node of mutation.addedNodes) { // Skip text nodes if (!node.querySelectorAll) { continue; } for (const inputField of node.querySelectorAll('[name]')) { // Skip things that are not instances of our field. if (!inputField.getAttribute('name').match(`^${namePattern}\$`)) { continue; } editorConfig.selector = `[id='${inputField.id}']`; tinyMCE.init(editorConfig); } } } }; const observer = new MutationObserver(callback); observer.observe(targetNode, config); } } # # The repeat container is the topmost ancestor of this # formfield. This is true both for regular and compound repeated # fields. # set obj [self] while {[$obj exists parent_field]} { set parent_field [$obj set parent_field] set obj $parent_field } set repeat_container_id [$parent_field id] ::template::add_body_handler -event load -script [subst -nocommands { richtext_tinymce_editor_init_repeat('${:id}', '${repeat_container_id}', {$config}); }] } else { # # A regular non-repeated field. # ::template::add_body_handler \ -identifier richtext_tinymce_editor_init \ -event load \ -script { function richtext_tinymce_editor_init(elementId, fieldName, editorConfig) { editorConfig.selector = `[id='${elementId}']`; tinyMCE.init(editorConfig).then((editors) => { const replacedField = document.querySelector(`input[type=hidden][name='${elementId}']`); replacedField?.form.addEventListener('submit', (evt) => { replacedField.name = fieldName; replacedField.value = editors[0].getContent(); }); }); } } ::template::add_body_handler -event load -script [subst -nocommands { richtext_tinymce_editor_init('${:id}', '${:name}', {$config}); }] } if {$inline_p} { # # In inline mode, the markup we send is a div, that TinyMCE # replaces with an editor + a hidden input field with our same id, # but no name attribute. # # Before the form is submitted, we get the content from the # editor and store it as the hidden field value, then set the # name attribute as XoWiki expects it. This logic is found in # both the promise handler for TinyMCE.init up in the js # functions. # # We do not want to stop inheritance here, because we want to be # able to plug behavior in subclasses of richtext. # set :render_as_div_p true } next } ########################################################### # # ::xowiki::formfield::ShuffleField # ########################################################### # abstract superclass for "select" and "radio" Class create ShuffleField -superclass FormField \ -extend_slot_default validator options \ -parameter { {options ""} {render_hints ""} {show_max ""} {shuffle_kind:wordchar none} } -ad_doc { An abstract class for shuffling options and answers. The options can be used a content of checkboxes, radioboxes and the like. This is particular useful when creating quizzes. @param shuffle_kind none|peruser|always } ShuffleField set abstract 1 ShuffleField instproc check=options {value} { set result 1 if {$value ne "" && [info exists :options]} { set allowed_values [lmap option ${:options} {lindex $option 1}] if {!${:multiple}} { set value [list $value] } if {[string is list $value]} { foreach v $value { if {$v ni $allowed_values} { set result 0 break } } } else { set result 0 } if {$result == 0} { # # Report for the time being invalid validate from option # fields. # ns_log notice "OPTIONS CHECK ${:name} <$value> in <$allowed_values> -> $result" \ "([:info class])" } } return $result } ShuffleField instproc randomized_indices {length} { # # Produce a list of random indices. # # In case, the shuffle_kind is not "always", we assume a shuffling # produced by every call. When a seed is provided (e.g. a user_id) # then the shuffling is stable for this seed. # if {${:shuffle_kind} ne "always"} { # # It is possible to keep different seeds in the instance # attributes of the object to support a different randomization # not only by user but also per position. This requires either # an instance variable "test_item_in_position" in the form field or an # instance_attribute "position" in the object, where the former # has a higher precedence (important for combined forms). # if {![info exists :test_item_in_position]} { set :test_item_in_position [${:object} property position] #ns_log notice "${:name} randomized_indices get position ${:test_item_in_position} from property" } else { #ns_log notice "${:name} randomized_indices position ${:test_item_in_position} already set (user [::xo::cc user_id])" } set seeds [${:object} property seeds] set seed [expr {$seeds ne "" && ${:test_item_in_position} ne "" ? [lindex $seeds ${:test_item_in_position}] : [xo::cc user_id]}] set shuffled [::xowiki::randomized_indices -seed $seed $length] #ns_log notice "${:name} randomized_indices for seed $seed (user_id [xo::cc user_id])" \ "(${:test_item_in_position} - $seeds): $shuffled" } else { set shuffled [::xowiki::randomized_indices $length] } return $shuffled } ShuffleField instproc valid_subselection {shuffled} { if {${:show_max} < [llength $shuffled]} { # # Take first n shuffled elements as subselection # set range [expr {${:show_max} - 1}] set subselection [lrange $shuffled 0 $range] if {${:multiple}} { # # Multiple choice: Accept every subselection as valid for the # time being. # if {[info exists :grading] && ${:grading} in {wi1 wi2 canvas etk} && [info exists :answer_value] } { # # These grading schemes require that at least one alternative is true. # set nr_correct 0 foreach v ${:answer_value} { if {$v - 1 in $subselection} { incr nr_correct 1 } } #ns_log notice "XXXX subselection <$subselection> answer_value ${:answer_value} shuffled <$shuffled> -> $nr_correct" if {$nr_correct == 0} { # # Take a random correct value and insert this at a random position. # set answerIndex [expr {int([llength ${:answer_value}] * rand())}] set dropIndex [expr {int(${:show_max} * rand())}] set subselection [lreplace $subselection $dropIndex $dropIndex [expr {[lindex ${:answer_value} $answerIndex] - 1}]] ns_log notice "XXXX selected correctIndex $answerIndex dropIndex $dropIndex -> $subselection" } } } elseif {[info exists :answer_value]} { # # Single choice: we have exactly one value which is correct, # which is the "answer_value". Make sure that this correct # element is included in subselection. # set must_contain [expr {${:answer_value} - 1}] if {$must_contain ni $subselection} { # # It is not included. Drop a random element from the range # of answers and insert there the correct value. # #ns_log notice "--- have to fix subselection does not contain $must_contain" set dropIndex [expr {int($range * rand())}] set subselection [lreplace $subselection $dropIndex $dropIndex $must_contain] #ns_log notice "--- fixed subselection dropIndex $dropIndex -> $subselection" } } set shuffled $subselection } return $shuffled } ShuffleField instproc shuffle_options {} { # # Reorder :options and :answers when :shuffle is activated. # set length [llength ${:options}] if {$length > 0} { # # There is something to shuffle. # # # Produce a list of random indices. # set shuffled [:randomized_indices $length] # # Use the random indices for reordering the :options and # :answers. # if {[info exists :show_max] && ${:show_max} ne ""} { set shuffled [:valid_subselection $shuffled] #ns_log notice "SHUFFLE ${:name} <$shuffled> answer_value ${:answer_value} MAX <${:show_max}>" } set option2 {}; set answer2 {}; set answer_value2 {} if {[llength ${:render_hints}] > 0} { set render_hints2 {} } if {[info exists :descriptions] && [llength ${:descriptions}] > 0} { set descriptions2 {} } foreach i $shuffled { lappend option2 [lindex ${:options} $i] lappend answer2 [lindex ${:answer} $i] if {${:multiple} && [info exists :answer_value]} { lappend answer_value2 [lindex ${:answer_value} $i] } if {[info exists render_hints2]} { lappend render_hints2 [lindex ${:render_hints} $i] } if {[info exists descriptions2]} { lappend descriptions2 [lindex ${:descriptions} $i] } } #ns_log notice "SHUFFLE ${:name} o2=$option2 answer2=$answer2" set :options $option2 set :answer $answer2 if {${:multiple}} { set :answer_value $answer_value2 } if {[info exists render_hints2]} { set :render_hints $render_hints2 } if {[info exists descriptions2]} { set :descriptions $descriptions2 } } } ShuffleField instproc initialize {} { next # # Shuffle options when needed # if {${:shuffle_kind} ne "none"} { :shuffle_options } } ########################################################### # # ::xowiki::formfield::enumeration # ########################################################### # abstract superclass for select and radio Class create enumeration -superclass ShuffleField -parameter { {category_tree} {descriptions ""} } enumeration set abstract 1 enumeration instproc initialize {} { if {[info exists :category_tree]} { :config_from_category_tree ${:category_tree} } if {[info exists :answer]} { set count 1 set :answer_value {} try { foreach a ${:answer} { if {$a} { lappend :answer_value $count } incr count } } on error {errorMsg} { ns_log error "${:name}: invalid answer value provided '${:answer}': must be list of booleans" error $errorMsg } #ns_log notice "???? answer ${:answer} -> ${:answer_value}" } next # # For required enumerations, the implicit default value is the # first entry of the options. This is as well the value, which is # returned from the browser in such cases. # if {${:required} && ${:value} eq ""} { set :value [lindex ${:options} 0 1] } } enumeration abstract instproc render_input {} enumeration instproc value_if_nothing_is_returned_from_form {default} { # Here we have to distinguish between two cases: # - edit mode: somebody has removed a mark from a check button; # this means: clear the field # - view mode: the fields were deactivated (made insensitive); # this means: keep the old value -> return default if {[:is_disabled]} { return $default } else { return "" } } enumeration instproc get_labels {values} { if {${:multiple}} { set labels [list] foreach v $values { lappend labels [list [:get_entry_label $v] $v] } return $labels } else { return [list [list [:get_entry_label $values] $values]] } } enumeration instproc ggw {R W} { return [expr {100.0 * ($R - $W*0.5) / ($R + $W) }] } enumeration ad_instproc scores { {-r 0} {-f 0} {-rk 0} {-fk 0} {-R} {-W} } { @param R number correct answered @param W number incorrect answered @param rk number checkmarks to a true answer @param fk number checkmarks to a false answer @param r number of answers which are true @param f number of answers which are false } { # # Now calculate the scores of different scoring schemes. # if {$r > 0} { # # Certain correction schemes divide by $r. We cannot use # these schemes in such cases. # if {$f == 0} { # # No penalty for marking a wrong solution, when there is # no wrong solution. # set wi1 [expr {max((100.0/$r) * $rk, 0)}] set wi2 [expr {max((100.0/$r) * $rk, 0)}] } else { set wi1 [expr {max((100.0/$r) * $rk - (100.0/$f) * $fk, 0)}] if {$f == 1} { # # Special rule when there is just one wrong solution. # set wi2 [expr {max((100.0/$r) * $rk - min(50.0, (100.0/$f)) * $fk, 0)}] } else { set wi2 $wi1 } } set canvas [expr {max(($rk * 100.0/$r) - ($fk * 100.0/$r), 0)}] set etk [expr {100.0 * (($r*1.0+$f) /$r) * ($rk - $fk) / ($R + $W) }] } else { set wi1 0.0 set wi2 0.0 set etk 0.0 set canvas 0.0 } set s1 [expr {100.0 * $R / ($R + $W) }] set s2 [expr {100.0 * ($R - $W/2.0) / ($R + $W) }] set ggw0 [expr {100.0 * ($R - $W) / ($R + $W) }] set ggw [:ggw $R $W] return [list wi1 $wi1 wi2 $wi2 s1 $s1 s2 $s2 etk $etk ggw0 $ggw0 ggw $ggw canvas $canvas] } enumeration instproc stats_record_detail {-label -value correctly_answered} { set reporting_obj ::[${:object} parent_id] $reporting_obj stats_record_detail -label $label -value $value \ -name ${:name} \ -correctly_answered $correctly_answered } enumeration instproc answer_is_correct {} { #:log "enumeration CORRECT? ${:name} (value=[:value], answer=[expr {[info exists :answer]?${:answer}:{NONE}}]" if {![info exists :answer]} { return 0 } else { # # The question was answered, therefore, we can count it in the # statistics. # :stats_record_count set value [:value] #:log "enumeration ${:name} CORRECT? answers [llength ${:answer}] options [llength ${:options}]" set :correction {} set r 0; set f 0; set rk 0; set fk 0; set W 0; set O 0; set R 0 foreach o ${:options} a ${:answer} { lassign $o label v #:log "enumeration ${:name} CORRECT? <$a> <$v in $value> -> [expr {$v in $value}]" # # A correct answer might be: # - a mark on a correct entry # - no mark on a wrong entry # if {$a} { incr r set correctly_answered [expr {$v in $value}] } else { set correctly_answered [expr {$v ni $value}] incr f #:log "enumeration ${:name} CORRECT? <$a> <$v ni $value> -> [expr {$v ni $value}]" } #:log "[self] ${:name} enumeration ${:name} CORRECT $o -> $correctly_answered" :stats_record_detail -label $label -value $v $correctly_answered lappend :correction $correctly_answered if {$correctly_answered} { incr R } else { incr W } if {$v in $value} { # # Marked entries: mark can be correct or wrong. # if {$a} { incr rk } else { incr fk } } set scores [:scores -r $r -f $f -rk $rk -fk $fk -R $R -W $W] set :correction_data [list \ item [list r $r f $f] \ marks [list rk $rk fk $fk] \ answers [list R $R W $W] \ scores $scores] } #:log "enumeration CHECKED CORRECT? ${:correction_data}" return [expr {0 ni ${:correction} ? 1 : -1}] } } enumeration instproc make_correct {} { if {[info exists :answer_value]} { set :value ${:answer_value} #ns_log notice "???? make_correct sets value ${:answer_value}" } } enumeration instproc add_statistics {{-options ""}} { #ns_log notice "???? add_statistics" # # Add generic statistics # next # # Enumeration specific statistics # #ns_log notice "[self] enumeration add_statistics (options $options) value <${:value}>" foreach v ${:value} { dict incr :result_statistics $v } #ns_log notice "${:name} ### answer ${:answer} value ${:value} correction ${:correction} " #ns_log notice [:serialize] } enumeration instproc pretty_value {v} { if {[info exists :category_label($v)]} { return [set :category_label($v)] } if {[info exists :multiple] && ${:multiple}} { foreach o ${:options} { lassign $o label value set labels($value) [:localize $label] } set values [list] foreach i $v {lappend values $labels($i)} return [join $values {, }] } else { foreach o ${:options} { lassign $o label value if {$value eq $v} {return [:localize $label]} } } } enumeration instproc config_from_category_tree {tree_name} { # Get the options of a select or radio from the specified # category tree. # # We could config as well from the mapped category tree, # and get required and multiple from there.... # # The usage of the label does not seem to be very useful. # #set tree_id [category_tree::get_id $tree_name [:locale]] set package_id [${:object} package_id] set tree_ids [::xowiki::Category get_mapped_trees \ -object_id $package_id -locale ${:locale} \ -names $tree_name -output tree_id] # In case there are multiple trees with the same name, # take the first one. # set tree_id [lindex $tree_ids 0] if {$tree_id eq ""} { :msg "cannot lookup mapped category tree name '$tree_name'" return } set subtree_id "" set options [list] foreach category [::xowiki::Category get_category_infos \ -subtree_id $subtree_id -tree_id $tree_id] { lassign $category category_id category_name deprecated_p level set category_name [ns_quotehtml [lang::util::localize $category_name]] set :category_label($category_id) $category_name if { $level>1 } { set category_name "[string repeat {.} [expr {2*$level-4}]]..$category_name" } lappend options [list $category_name $category_id] } set :options $options if {[info exists :default] && ${:default} ne ""} { # # When a default is provided, and the default is a valid # name. Note that the "symbolic" default has to be provided # exactly like the label, and it might not be unique. # set optdict [concat {*}$options] if {[dict exists $optdict ${:default}]} { set :default [dict get $optdict ${:default}] } } set :is_category_field 1 # :msg label_could_be=$tree_name,existing=${:label} # if {![info exists :label]} { # :label $tree_name # } } enumeration instproc render_result_statistics {rep} { # # In case, there are result_statistics, use a "progress bar" to # visualize correct answers per alternative ($rep). # if {[info exists :result_statistics] && [dict exists ${:result_statistics} count]} { # # result_count: how often was question answered (in general) # correct_count: how often was an alternative correctly answered # incorrect_count: how often was an alternative incorrectly answered # #set result_count [dict get ${:result_statistics} count] set alternative_counts [expr {[dict exists ${:result_statistics} $rep] ? [dict get ${:result_statistics} $rep] : ""}] set incorrect_count 0; set correct_count 0 if {$alternative_counts ne ""} { foreach key {0 1} var {incorrect_count correct_count} { if {[dict exists $alternative_counts $key]} { set $var [dict get $alternative_counts $key] } } } set answered_count [expr {$correct_count + $incorrect_count}] if {$answered_count > 0} { set with_pie_charts [::xo::cc query_parameter pie:boolean 0] if {$with_pie_charts} { if {![info exists ::__xotcl_highcharts_pie]} { if {[template::head::can_resolve_urn urn:ad:js:highcharts]} { # # The highcharts package is available # template::add_body_script -src urn:ad:js:highcharts } else { # # The highcharts package is not available, go straight to the CDN. # template::add_body_script -src "//code.highcharts.com/highcharts.js" security::csp::require script-src code.highcharts.com } } set graphID pie-[incr ::__xotcl_highcharts_pie] } ::html::div -class container { ::html::div -class row { ::html::span -class "col-sm-2" -style "font-size: x-small; float: right;" { ::html::t "$correct_count of $answered_count correct" } if {$with_pie_charts} { ::html::div -class "col-sm-2" -style "width: 400px; height:120px;" -id $graphID {} } else { ::html::div -class "progress col-sm-8" \ -style "padding: 0px 0px 0px 0px;" { set percentage [format %2.0f [expr {$correct_count * 100.0 / $answered_count}]] ::html::div -class "progress-bar progress-bar-success" -role "progressbar" \ -aria-valuenow $percentage -aria-valuemin "0" -aria-valuemax "100" -style "width:$percentage%" { if {$percentage > 0} { ::html::t "$percentage % correct" } } } } } } if {$with_pie_charts} { set startAngle [expr {$correct_count == 0 || $incorrect_count == 0 ? 90: 0}] template::add_body_script -script [subst [ns_trim { Highcharts.chart('$graphID', { chart: {type: 'pie'}, plotOptions: {pie: {size: 35, startAngle: $startAngle }}, title: {text: ''}, colors: \['green', 'red'\], credits: {enabled: false }, series: \[{name: 'Results', data: \[ {name:'correct', y: $correct_count}, {name:'incorrect', y: $incorrect_count}\]}\] }); }]] } } } } enumeration instproc render_label_classes {} { # # Determine the values of the CSS classes for correct/incorrect # rendering. In statistics mode (when :result_statistics exists), # use the correct value of the alternative. Otherwise, use # the :correction of the actual value in the form field. # if {[info exists :result_statistics]} { set values ${:answer} #ns_log notice "==== radio answer $answer aw ${:answer_value} results ${:result_statistics}" } else { set values [expr {[info exists :correction] ? ${:correction} : ""}] } return [lmap v $values {dict get {"" "" 1 correct 0 incorrect t correct f incorrect} $v}] } enumeration instproc render_label_text {label CSSclass description} { # # Render a label text (typically of a checkbox or radio input) # either as richtext or as plain label. # if {${:richtext}} { ::html::div -class richtext-label { ::html::t -disableOutputEscaping $label if {[info exists :evaluated_answer_result] && "incorrect" in $CSSclass && $description ne "" } { html::div -class "help-block description" { html::t $description } } } } else { ::html::t " $label " } } ########################################################### # # ::xowiki::formfield::radio # ########################################################### Class create radio -superclass enumeration -parameter { {horizontal false} {richtext:boolean false} {forced_name} } radio instproc initialize {} { set :widget_type text(radio) set :multiple false next } radio instproc render_input {} { set value [:value] set disabled_p [:is_disabled] lappend base_atts \ type radio \ name [expr {[info exists :forced_name] ? ${:forced_name} : ${:name}}] foreach o ${:options} label_class [:render_label_classes] description ${:descriptions} { lassign $o label rep set id ${:id}:$rep set atts [list {*}$base_atts id $id value $rep] if {$disabled_p} { lappend atts disabled true } #ns_log notice RADIO-ATTS=$atts if {$value eq $rep} { lappend atts checked checked } if {1 || ${:horizontal}} {lappend label_class [::template::CSS class radio-inline]} ::html::label -for $id -class $label_class { ::html::input $atts {} :render_label_text $label $label_class $description } :render_result_statistics $rep if {!${:horizontal}} { html::br } } :handle_transmit_always $value } ########################################################### # # ::xowiki::formfield::checkbox # ########################################################### Class create checkbox -superclass enumeration -parameter { {horizontal:boolean false} {richtext:boolean false} } checkbox instproc initialize {} { set :multiple true set :widget_type text(checkbox) next } checkbox instproc td_pretty_value {v} { return $v } checkbox instproc render_input {} { set value [:value] set disabled_p [:is_disabled] lappend base_atts \ type checkbox \ name ${:name} foreach o ${:options} label_class [:render_label_classes] description ${:descriptions} { lassign $o label rep set id ${:id}:$rep set atts [list {*}$base_atts id $id value $rep] if {$disabled_p} { lappend atts disabled true } #ns_log notice ATTS=$atts if {[string is list -strict $value] && $rep in $value} { lappend atts checked checked } if {1 || ${:horizontal}} {lappend label_class [::template::CSS class checkbox-inline]} ::html::label -for $id -class $label_class { ::html::input $atts {} :render_label_text $label $label_class $description } :render_result_statistics $rep if {!${:horizontal}} { html::br } } :handle_transmit_always $value } ########################################################### # # ::xowiki::formfield::text_fields # ########################################################### Class create text_fields -superclass {CompoundField ShuffleField} -parameter { {descriptions ""} {paste:boolean true} {spellcheck:boolean true} {substvalues} } -ad_doc { Provide multiple text and short text entries. This field is a compound field which create for every text field a sub component. When the components are rendered, the items can be shuffled. } text_fields instproc initialize {} { # The value of ":multiple" has to be true for shuffling. set :multiple true next # # Properties for all fields # dict set fc_dict disabled [:is_disabled] dict set fc_dict disabled_as_div [info exists :disabled_as_div] dict set fc_dict label "" set fields {} set answers [expr {[info exists :answer] ? ${:answer} : ""}] foreach option ${:options} a $answers render_hints_dict ${:render_hints} { # # Properties for a single fields # set field_fc_dict $fc_dict if {[dict exists $render_hints_dict words]} { dict set field_fc_dict placeholder #xowiki.[dict get $render_hints_dict words]# } dict set field_fc_dict correct_when $a lassign $option text rep set render_hints [dict get $render_hints_dict words] # # Convert render hints to the form-field type used for # rendering. We might use here # # number { set type numeric } # # but this has the consequence that the original string # representation might be lost. switch $render_hints { multiple_lines { set type textarea dict set field_fc_dict rows [dict get $render_hints_dict lines] dict set field_fc_dict autosave true if {!${:paste}} { dict set field_fc_dict paste false } if {!${:spellcheck}} { dict set field_fc_dict spellcheck false } } number { set type numeric; dict set field_fc_dict keep_string_rep 1 } file_upload { set type file } default { set type text } } lappend fields [list $rep [:dict_to_fc -type $type $field_fc_dict]] } :create_components $fields foreach c [:components] { :log "... $c [$c name] [$c info class]" } } text_fields instproc set_feedback {feedback_mode} { next # # Mark result as (fully) correct, when all sub-questions are # (fully) correct. # set :evaluated_answer_result [expr {"0" in ${:correction} ? "incorrect" : "correct"}] #ns_log notice "set_feedback correction ${:correction} -> ${:evaluated_answer_result}" return ${:evaluated_answer_result} } text_fields instproc answer_is_correct {} { #:log "text_fields CORRECT? ${:name}" set feedback_mode [expr {[${:object} exists __feedback_mode] ? [${:object} set __feedback_mode] : 0}] set results {} set :correction {} foreach c [lsort ${:components}] { set correct [$c set_feedback $feedback_mode] lappend results $correct lappend :correction [expr {$correct eq "correct"}] } set feedback "Subquestions correct ${:correction}" set nr_correct [llength [lmap c ${:correction} { if {!$c} continue; set _ 1}]] set :grading_score [format %.2f [expr {$nr_correct*100.0/[llength ${:correction}]}]] if {[info exists :test_item_points] && ${:test_item_points} ne ""} { set points [format %.2f [expr {${:test_item_points} * ${:grading_score} / 100.0}]] dict set :correction_data points $points append feedback " points: $points of [format %.2f ${:test_item_points}]" } append :grading_score * #:log "text_fields CORRECT? ${:name} results $results :correction ${:correction} -> ${:grading_score}" dict set :correction_data scores [list "" ${:grading_score}] set :help_text $feedback # # Return "0" to avoid double feedback via the info text per # subquestion and on the top-level. # return 0 } text_fields instproc get_text_entry {componentName} { set wantedRep [lindex [split $componentName .] end] foreach option ${:options} { lassign $option text rep if {$rep eq $wantedRep} { return $text } } return "" } text_fields instproc render_help_text {} { # # In case, all the components have no correct_when conditions, # omit the help text ("subquestion" summary). # set joined_conditions [join [lmap c ${:components} {set _ [$c set correct_when]}] ""] if {$joined_conditions ne ""} { next } } text_fields instproc render_input {} { # # Render content within in a fieldset, but with labels etc. # html::ul [:get_attributes id {CSSclass class}] { # # Descriptions are currently handled outside of the # component. It might be possible to handle these on the # subcomponent level, but for now we want to keep the changes as # local as possible. # foreach c ${:components} description ${:descriptions} { if {$c eq ""} { ns_log bug "text_fields ${:name}: no component for description $description" continue } html::li { html::t -disableOutputEscaping [:get_text_entry [$c name]] $c render # # Display descriptions only for the "incorrect" cases. # if {[info exists :evaluated_answer_result] && ${:evaluated_answer_result} eq "incorrect" && $description ne "" } { html::div -class "help-block description" { html::t $description } } $c render_result_statistics } } } } text_fields instproc td_pretty_value {v} { set result "" foreach {key value} $v { set componentLabel [string range $key [string length ${:name}]+1 end] append result $componentLabel: " " $value \n } return $result } text_fields instproc pretty_value {v} { set result "" set ff [dict create {*}$v] foreach c [lsort ${:components}] { set componentName [$c set name] if {[dict exists $ff $componentName]} { set componentLabel [string range $componentName [string length ${:name}]+1 end] append result $componentLabel: " " [$c pretty_value [dict get $ff $componentName]] \n } } return $result } ########################################################### # # ::xowiki::formfield::select # ########################################################### Class create select -superclass enumeration -parameter { {multiple "false"} } select instproc initialize {} { set :widget_type text(select) next if {![info exists :options]} {set :options [list]} } select instproc render_input {} { set value [:value] set atts [:get_attributes id name {CSSclass class}] set disabled_p [:is_disabled] if {$disabled_p} {lappend atts disabled true} if {${:multiple}} {lappend atts multiple ${:multiple}} if {!${:required}} { set :options [linsert ${:options} 0 [list "--" ""]] } ::html::select $atts { foreach o ${:options} { lassign $o label rep set atts {} if {$disabled_p} { lappend atts disabled true } lappend atts value $rep #:msg "lsearch {$value} $rep ==> [lsearch $value $rep]" if {[string is list -strict $value] && $rep in $value} { lappend atts selected selected } ::html::option $atts {::html::t $label} ::html::t \n } } :handle_transmit_always $value } ########################################################### # # ::xowiki::formfield::select # ########################################################### Class create bootstrap-select -superclass select -parameter { } bootstrap-select instproc initialize {} { next ::xo::Page requireCSS "https://cdn.jsdelivr.net/npm/bootstrap-select@1.13.14/dist/css/bootstrap-select.min.css" template::add_script -order 20 -src "https://cdn.jsdelivr.net/npm/bootstrap-select@1.13.14/dist/js/bootstrap-select.min.js" security::csp::require script-src https://cdn.jsdelivr.net security::csp::require style-src https://cdn.jsdelivr.net } bootstrap-select instproc render_input {} { set value [:value] #set :data-live-search true set :CSSclass "selectpicker form-control" set atts [:get_attributes id name data-live-search {CSSclass class} {placeholder title}] set disabled_p [:is_disabled] if {$disabled_p} {lappend atts disabled true} if {${:multiple}} {lappend atts multiple ${:multiple}} if {!${:required}} { set :options [linsert ${:options} 0 [list "--" ""]] set :descriptions [linsert ${:descriptions} 0 ""] } if {[llength ${:options}] != [llength ${:descriptions}]} { error "incorrect number of descriptions provided ([llength ${:descriptions}]): must be [llength ${:options}]" } ::html::select $atts { foreach o ${:options} d ${:descriptions} { lassign $o label rep set :opt_description $d set atts [:get_attributes {opt_description data-subtext}] if {$disabled_p} {lappend atts disabled true} lappend atts value $rep #:msg "lsearch {$value} $rep ==> [lsearch $value $rep]" if {$rep in $value} { lappend atts selected selected } ::html::option $atts {::html::t $label} ::html::t \n } } :handle_transmit_always $value } ########################################################### # # ::xowiki::formfield::candidate_box_select # ########################################################### Class create candidate_box_select -superclass select -parameter { {as_box:boolean false} {keep_order:boolean false} {dnd:boolean true} {bulk_operation:boolean false} } -ad_doc { XOTcl class for selecting a subset from a list of candidates. @param as_box makes something like in info box in wikipedia (right floated) @param keep_order when set, the user provided order is preserved, otherwise the order from the candidates is used. @param dnd allow drag and drop } candidate_box_select set abstract 1 candidate_box_select instproc add_drag_handler { -id:required -event:required } { template::add_event_listener \ -id $id \ -event $event \ -preventdefault=false \ -script "selection_area_${event}_handler(event);" } candidate_box_select instproc add_bulk_handler { -id:required -event:required -operation:required } { template::add_event_listener \ -id $id \ -event $event \ -preventdefault=false \ -script "selection_area_bulk_operation_handler(event,'$operation');" } candidate_box_select instproc render_input {} { #:msg "mul ${:multiple} dnd ${:dnd}" # makes only sense currently for multiple selects if {${:multiple} && ${:dnd}} { if {[:is_disabled]} { html::t -disableOutputEscaping [:pretty_value [:value]] } else { ::xo::Page requireJS "/resources/xowiki/selection-area.js" set count 0 set selected {} set candidates {} foreach o ${:options} { lassign $o label rep if {$rep in ${:value}} { lappend selected $rep } else { lappend candidates $rep } dict set labels $rep label $label #dict set labels $rep label $rep dict set labels $rep serial [incr count] } if {${:keep_order}} { set selected [lmap v ${:value} { if {$v ni $selected} { continue } set _ $v }] } html::div -class candidate-selection -id ${:id} { # # Internal representation # ::html::textarea -id ${:id}.text -name ${:name} { ::html::t [join ${:value} \n] } # # Selections # ::html::div -class "workarea selected" { ::html::h3 { ::html::t "#xowiki.Selection# ([llength $selected])"} # TODO what todo with DISABLED? if {${:bulk_operation}} { ::html::div -id ${:id}.bulk_remove -role "button" -class "text-center bulk-remove" { ::html::t ">>" :add_bulk_handler -id ${:id}.bulk_remove -event click -operation bulk_remove } } ::html::ul -class "region selected" \ -id ${:id}.selected { foreach v $selected { set id ${:id}.selected.[dict get $labels $v serial] ::html::li -class "selection list-group-item" \ -draggable true -id $id -data-value $v { ::html::t [dict get $labels $v label] } :add_drag_handler -id $id -event dragstart } } :add_drag_handler -id ${:id}.selected -event drop :add_drag_handler -id ${:id}.selected -event dragover } # # Candidates # ::html::div -class "workarea candidates" { ::html::h3 { ::html::t "#xowiki.Candidates# ([llength $candidates])"} if {${:bulk_operation}} { ::html::div -id ${:id}.bulk_add -role "button" -class "text-center bulk-add" { ::html::t "<<" :add_bulk_handler -id ${:id}.bulk_add -event click -operation bulk_add } } ::html::ul -id ${:id}.candidates -class region { foreach v $candidates { set id ${:id}.[dict get $labels $v serial] ::html::li \ -class "candidates list-group-item" \ -draggable true -id $id -data-value $v { ::html::t [dict get $labels $v label] } :add_drag_handler -id $id -event dragstart } } :add_drag_handler -id ${:id}.candidates -event drop :add_drag_handler -id ${:id}.candidates -event dragover } } ::html::div -class visual-clear { ;# this space is left intentionally blank } } } else { next } } ########################################################### # # ::xowiki::formfield::reorder_box # # The reorder_box form field can be used for ordering tasks (e.g. in # e-assessments) where elements are provided in a given or random # order and the user has to bring these to some correct order). # ########################################################### Class create reorder_box -superclass select -parameter { {shuffle:boolean true} } reorder_box instproc initialize {} { # # The reorder_box must always be treated as a :multiple field # set :multiple 1 next } reorder_box instproc answer_is_correct {} { # # This method returns 0 (undecided), -1 (incorrect) or 1 (correct) # and sets as well the instance variable :correction with the # per-item correctness settings for correct/incorrect. # #:log "reorder_box CORRECT? ${:name} (value=[:value])" if {![info exists :answer]} { set result 0 } else { set value [:value] if {[llength $value] != [llength ${:answer}]} { error "list length of value <$value> and answer <${:answer}> must be equal (${:name})" } set result 1 set :correction {} set R 0; set W 0 foreach v $value a ${:answer} { set ok [expr {$v eq $a}] lappend :correction $ok if {$ok} { incr R } else { set result -1 incr W } } ns_log notice "${:name}: correction? have grading [info exists :grading]" set correct_relative {} # # Compare neighbors; when left neighbor is smaller, this is # counted as correct. Assumption: provided answer is ascending. # set Rr 0; set Wr 0 for {set i 1} {$i < [llength $value]} {incr i} { if {[lindex $value $i-1] < [lindex $value $i]} { incr Rr lappend correction_relative 1 } else { set result -1 incr Wr lappend correction_relative 0 } } # # We could provide a special correction based on the relative # data, but the rendering of this in e.g. the exam protocol is # would need more work (green and red should be between the # answer elements, not left of it). # #if {[info exists :grading] && ${:grading} eq "relative"} { # set :correction $correction_relative #} # # An empty value for grading is the same as grading "exact" # set exact [expr {$result == 1 ? 1.0 : 0.0}] set scores {} lappend scores \ exact $exact \ "" $exact \ position [:ggw $R $W] \ relative [:ggw $Rr $Wr] dict set :correction_data scores $scores #:log "${:name} reorder_box CORRECT? answers [llength ${:answer}] " \ "options [llength ${:options}] -> $result scores $scores" } return $result } reorder_box instproc render_input {} { if {${:value} eq ""} { # # When we have no value, provide a start value. # if {${:shuffle}} { # # When :shuffle is set, provide a randomized start value. # set :value [::xowiki::randomized_indices -seed [xo::cc user_id] [llength ${:options}]] #ns_log notice "=== reorder_box value '${:value}' shuffle ${:shuffle} value ${:value}" } else { # # Otherwise, take the internal representations as :value # set :value [lmap o ${:options} {lindex $o 1}] } } # # Make sure that value is feasible and bail out, if not. # set c -1; set indices [lmap o ${:options} {incr c}] if {[lsort -integer ${:value}] ne $indices} { error "internal representation of options ${:options} must be subsequent integers\ starting with 0\nwe have: ${:value}\noptions: ${:options}" } # # Provide an HTML ID for ".sortable" compatible with jquery # regsub -all -- {[.]} "${:id}.sortable" - jqID set textAreaID ${:id}.text if {![:is_disabled]} { # # If not disabled, let people move around the elements. # ::xo::Page requireCSS urn:ad:css:jquery-ui ::xo::Page requireJS urn:ad:js:jquery-ui if {[::xo::cc mobile]} { ::xo::Page requireJS urn:ad:js:jquery-ui-touch-punch } template::add_body_script -script [subst { \$("#$jqID").sortable(); \$("#$jqID").on( "sortupdate", function( event, ui ) { var ul = event.target; var textarea = document.getElementById('$textAreaID'); var items = ul.getElementsByTagName('LI'); var internalRep = ""; for (var j = 0; j < items.length; j++) { internalRep += items\[j\].dataset.value + "\\n"; } textarea.value = internalRep; } ); }] } # # Make sure, we have :correction initialized, since the rendering # code below needs it. # if {![info exists :correction]} { set :correction {} } html::div -class reorder_box -id ${:id} { # # The input field of the internal representation. # ::html::textarea -id $textAreaID -name ${:name} { ::html::t [join ${:value} \n] } # # The box for reordering items. # ::html::div -class workarea { ::html::ul -class "list-group" \ -id $jqID { foreach v ${:value} c ${:correction} { set cl "list-group-item" lappend cl [expr {$c eq "1" ? "correct" : $c eq "0" ? "incorrect" : ""} ] ::html::li -class $cl -style "min-width:200px;" -data-value $v { ::html::t [lindex ${:options} $v 0] } } } } } } ########################################################### # # ::xowiki::formfield::abstract_page # ########################################################### Class create abstract_page -superclass candidate_box_select -parameter { {as_box false} {multiple_style comma} } abstract_page set abstract 1 abstract_page instproc initialize {} { set :package_id [${:object} package_id] #:compute_options next } abstract_page instproc check=options {value} { # # This is a very basic check, which disallows in essence space and # some funny characters. # if {${:multiple}} { set result [nsf::is graph,0..n $value] } else { set result [nsf::is graph $value] } #ns_log notice "OPTIONS CHECK abstract_page '$value' -> $result // '${:multiple}'" return $result } abstract_page instproc fetch_entry_label {entry_label item_id} { # The following is a temporary solution, only working with cr-item attributes # We should support as well user level instance attributes. set entry_label [string trimleft $entry_label _] ::xo::dc 1row [self proc] "select $entry_label from cr_items ci, cr_revisions cr where cr.revision_id = ci.live_revision and ci.item_id = :item_id" return [set $entry_label] } abstract_page instproc get_entry_label {value} { foreach o ${:options} { lassign $o label rep if {$value eq $rep} { return $label } } return "" } abstract_page instproc pretty_value {v} { set parent_id [${:object} parent_id] set package ::${:package_id} set :options [:get_labels $v] if {${:multiple}} { set default_lang [$package default_language] set root_folder [$package folder_id] set package_root [$package package_url] foreach o ${:options} { lassign $o label value # # "value" is an item_ref. Resolve it (assuming this works) and # prepend the package root URL) # set item_info [$package item_ref -default_lang $default_lang -parent_id $root_folder $value] set href $package_root[dict get $item_info link] set labels($value) "<a href='[ns_quotehtml $href]'>[ns_quotehtml $label]</a>" } set hrefs [list] foreach i $v { if {![info exists labels($i)]} { #:msg "can't determine label for value '$i' (values=$v, l=[array names labels])" set labels($i) $i } set href [$package pretty_link -parent_id $parent_id $i] lappend hrefs "<a href='[ns_quotehtml $href]'>$labels($i)</a>" } if {[:multiple_style] eq "list"} { return "<ul><li>[join $hrefs {</li><li>}]</li></ul>\n" } else { return [join $hrefs {, }] } } else { foreach o ${:options} { lassign $o label value #:log "comparing '$value' with '$v'" if {$value eq $v} { if {${:as_box}} { return [${:object} include [list $value -decoration rightbox]] } set href [$package pretty_link -parent_id $parent_id $value] return "<a href='[ns_quotehtml $href]'>$label</a>" } } } } abstract_page instproc render_input {} { :compute_options next } ########################################################### # # ::xowiki::formfield::form_page # ########################################################### Class create form_page -superclass abstract_page -parameter { {parent_id *} {form} {where} {unless} {entry_label _title} {orderby title} } form_page instproc initialize {} { if {![info exists :form]} { return } next set form_name [:form] set form_objs [::${:package_id} instantiate_forms \ -parent_id [${:object} parent_id] \ -default_lang [${:object} lang] \ -forms $form_name] #:log "form_page $form_name resolved into '$form_objs'" if {$form_objs eq ""} { error "Cannot lookup Form '$form_name'" } set :form_object_item_ids [lmap form_obj $form_objs {$form_obj item_id}] } form_page instproc compute_options {} { #:msg "${:name} compute_options [info exists :form]" if {![info exists :form]} { return } set filters [::xowiki::FormPage compute_filter_clauses \ {*}[expr {[info exists :unless] ? [list -unless ${:unless}] : ""}] \ {*}[expr {[info exists :where] ? [list -where ${:where}] : ""}] \ ] set from_package_ids {} set package_path [::${:package_id} package_path] if {[llength $package_path] > 0} { foreach p $package_path { lappend from_package_ids [$p id] } } lappend from_package_ids ${:package_id} if {${:parent_id} eq "."} { set :parent_id [${:object} parent_id] } set items [::xowiki::FormPage get_form_entries \ -base_item_ids ${:form_object_item_ids} \ -form_fields [list] \ -publish_status ready \ -h_where [dict get $filters wc] \ -h_unless [dict get $filters uc] \ -parent_id ${:parent_id} \ -package_id ${:package_id} \ -orderby title \ -from_package_ids $from_package_ids] #ns_log notice "get_form_entries -> [$items children]" set :options [list] foreach i [$items children] { # # Compute the item_ref of the page. The item_ref has the # advantage over an href that it is easier relocatable via clipboard. # set package_id [$i package_id] set folder_path [$package_id folder_path -parent_id [$i parent_id]] set item_ref $folder_path[$i name] #ns_log notice "instance_select name [$i name] pl [$i pretty_link] PATH <$folder_path>" lappend :options [list [$i property ${:entry_label}] $item_ref] } } form_page instproc pretty_value {values} { if {![info exists :form_object_item_ids]} { error "No forms specified for form_field '${:name}'" } #set :package_id [[lindex ${:form_object_item_ids} 0] package_id] next } form_page instproc convert_to_internal {} { # # The "value" consists of multiple lines, where every line is a # separate item_ref as returned by "compute_options". Add these as # extra references to the associated object each time the page is # updated. # if {${:value} ne ""} { set references {} #:log "---- form_page.convert_to_internal <${:value}>" set package_id [${:object} package_id] set parent_id [${:object} parent_id] ::xo::db::CrClass get_instance_from_db -item_id $parent_id set parent_id [$parent_id parent_id] foreach name [split ${:value} \n] { set item_info [::$package_id item_ref -normalize_name false \ -use_package_path 1 \ -default_lang [${:object} lang] \ -parent_id $parent_id \ $name] set item_id [dict get $item_info item_id] #:log "---- $name -> item_id $item_id" if {$item_id ne 0} { lappend references [list $item_id wf_form] } } if {[llength $references] > 0} { #:msg "updating references refs=$references" # # In case, there are already __extra_references, append it. # ${:object} lappend __extra_references {*}$references } } } ########################################################### # # ::xowiki::formfield::page # ########################################################### Class create page -superclass abstract_page -parameter { {type ::xowiki::Page} {with_subtypes false} {glob} {entry_label name} } page instproc compute_options {} { set extra_where_clause "" if {[info exists :glob]} { append extra_where_clause [::xowiki::Includelet glob_clause ${:glob}] } set package_id [${:object} package_id] set :options [list] ::xo::dc foreach instance_select \ [${:type} instance_select_query \ -folder_id [::$package_id folder_id] \ -with_subtypes ${:with_subtypes} \ -select_attributes [list title] \ -from_clause ", xowiki_page p" \ -where_clause "p.page_id = bt.revision_id $extra_where_clause" \ -orderby ci.name \ ] { lappend :options [list [set ${:entry_label}] $name] } } page instproc pretty_value {v} { set :package_id [${:object} package_id] next } ########################################################### # # ::xowiki::formfield::security_policy # ########################################################### Class create security_policy -superclass select security_policy instproc initialize {} { set :options {} foreach p [lsort [::xowiki::Policy info instances]] { lappend :options [list $p $p] } next } ########################################################### # # ::xowiki::formfield::DD # ########################################################### Class create DD -superclass select DD instproc initialize {} { set :options { {01 1} {02 2} {03 3} {04 4} {05 5} {06 6} {07 7} {08 8} {09 9} {10 10} {11 11} {12 12} {13 13} {14 14} {15 15} {16 16} {17 17} {18 18} {19 19} {20 20} {21 21} {22 22} {23 23} {24 24} {25 25} {26 26} {27 27} {28 28} {29 29} {30 30} {31 31} } next } ########################################################### # # ::xowiki::formfield::HH24 # ########################################################### Class create HH24 -superclass select HH24 instproc initialize {} { set :options { {00 0} {01 1} {02 2} {03 3} {04 4} {05 5} {06 6} {07 7} {08 8} {09 9} {10 10} {11 11} {12 12} {13 13} {14 14} {15 15} {16 16} {17 17} {18 18} {19 19} {20 20} {21 21} {22 22} {23 23} } next } ########################################################### # # ::xowiki::formfield::MI # ########################################################### Class create MI -superclass select MI instproc value args { if {[llength $args] == 0} {return ${:value}} else { set v [lindex $args 0] if {$v eq ""} { set :value "" } else { # round to 5 minutes set :value [lindex ${:options} [expr {($v + 2) / 5}] 1] } } } MI instproc initialize {} { set :options { {00 0} {05 5} {10 10} {15 15} {20 20} {25 25} {30 30} {35 35} {40 40} {45 45} {50 50} {55 55} } next } ########################################################### # # ::xowiki::formfield::MM # ########################################################### Class create MM -superclass select MM instproc initialize {} { set :options { {01 1} {02 2} {03 3} {04 4} {05 5} {06 6} {07 7} {08 8} {09 9} {10 10} {11 11} {12 12} } next } ########################################################### # # ::xowiki::formfield::mon # ########################################################### Class create mon -superclass select mon instproc initialize {} { set values [lang::message::lookup [:locale] acs-lang.localization-abmon] if {[lang::util::translator_mode_p]} {set values [::xo::localize $values]} set last 0 set :options {} foreach m {1 2 3 4 5 6 7 8 9 10 11 12} { lappend :options [list [lindex $values $last] $m] set last $m } next } ########################################################### # # ::xowiki::formfield::month # ########################################################### Class create month -superclass select month instproc initialize {} { set values [lang::message::lookup [:locale] acs-lang.localization-mon] if {[lang::util::translator_mode_p]} {set values [::xo::localize $values]} set last 0 set :options {} foreach m {1 2 3 4 5 6 7 8 9 10 11 12} { lappend :options [list [lindex $values $last] $m] set last $m } next } ########################################################### # # ::xowiki::formfield::YYYY # ########################################################### Class create YYYY -superclass numeric -parameter { {size 4} {maxlength 4} } -extend_slot_default validator YYYY YYYY instproc check=YYYY {value} { if {$value ne ""} { return [expr {[catch {clock scan "$value-01-01 00:00:00"}] == 0}] } return 1 } ########################################################### # # ::xowiki::formfield::youtube_url # ########################################################### Class create youtube_url -superclass text youtube_url set urlre {^http://www.youtube.com/watch[?]v=([^?]+)([?]?)} youtube_url instproc initialize {} { next if {${:help_text} eq ""} { set :help_text "#xowiki.formfield-youtube_url-help_text#" } } youtube_url instproc pretty_value {v} { if {$v eq ""} { return "" } elseif {[regexp [[self class] set urlre] $v _ name]} { return "<object width='425' height='344'> <param name='movie' value='http://www.youtube.com/v/$name&fs=1'></param> <param name='allowFullScreen' value='true'></param> <embed src='http://www.youtube.com/v/$name&fs=1' type='application/x-shockwave-flash' allowfullscreen='true' width='425' height='344'></embed> </object>\n" } else { return "'$v' does not look like a youtube url" } } ########################################################### # # ::xowiki::formfield::image_url # ########################################################### Class create image_url -superclass text \ -extend_slot_default validator image_check \ -parameter { href cssclass {float left} width height padding {padding-right 10px} padding-left padding-top padding-bottom margin margin-left margin-right margin-top margin-bottom border border-width position top bottom left right } image_url instproc initialize {} { next if {${:help_text} eq ""} { set :help_text "#xowiki.formfield-image_url-help_text#" } } image_url instproc entry_name {value} { set value [string map [list %2e .] $value] if {![regexp -nocase {/([^/]+)[.](gif|jpg|jpeg|png)} $value _ name ext]} { return "" } return file:$name.$ext } image_url instproc check=image_check {value} { if {$value eq ""} {return 1} set entry_name [:entry_name $value] if {$entry_name eq ""} { :log "--img '$value' does not appear to be an image" # no image? return 0 } set folder_id [${:object} set parent_id] if {[::xo::db::CrClass lookup -name $entry_name -parent_id $folder_id]} { :log "--img entry named $entry_name exists already" # file exists already return 1 } if {[regexp {^file://(.*)$} $value _ path]} { set f [open $path r] fconfigure $f translation binary set img [read $f] close $f } else { ad_try { set request [util::http::get -url $value] set img [expr {[dict exists $request page] ? [dict get $request page] : ""}] } on error {errorMsg} { # cannot transfer image :log "--img cannot obtain image '$value' ($errorMsg)" return 0 } } #:msg "guess mime_type of $entry_name = [::xowiki::guesstype $entry_name]" ::xo::write_tmp_file import_file $img set file_object [::xowiki::File new \ -title $entry_name \ -name $entry_name \ -parent_id $folder_id \ -mime_type [::xowiki::guesstype $entry_name] \ -package_id [${:object} package_id] \ -creation_user [::xo::cc user_id] \ -destroy_on_cleanup \ ] $file_object set import_file $import_file $file_object save_new return 1 } image_url instproc pretty_value {v} { set entry_name [:entry_name $v] return [:pretty_image -parent_id [${:object} parent_id] $entry_name] } ########################################################### # # ::xowiki::formfield::include # ########################################################### # note that the includelet "include" can be used for implementing symbolic links # to other xowiki pages. Class create include -superclass text -parameter { {resolve_local false} } include instproc pretty_value {v} { if {$v eq ""} { return $v } set item_id [${:object} get_property_from_link_page item_id 0] :log "##### include in ${:object} '[${:object} name]': get_property_from_link_page ${:object} item_id => <$item_id> (resolve_local ${:resolve_local})" if {$item_id == 0} { # Here, we could call "::xowiki::Link render" to offer the user means # to create the entry like with [[..]], if he has sufficient permissions...; # when $(package_id) is 0, the referenced package could not be # resolved return "Cannot resolve symbolic link '$v'" } set link_type [${:object} get_property_from_link_page link_type] ${:object} references resolved [list $item_id $link_type] set item ::$item_id if {${:resolve_local}} { # # Resetting esp. the item_id is dangerous. # Therefore, we reset it immediately after the rendering. # #:log "#### RESOLVE LOCAL: setting for $item [$item name] set_resolve_context -parent_id [${:object} parent_id] -item_id [${:object} item_id]" $item set __RESOLVE_LOCAL 1 $item set_resolve_context \ -package_id [${:object} package_id] -parent_id [${:object} parent_id] \ -item_id [${:object} item_id] set html [$item render -update_references never] $item unset __RESOLVE_LOCAL $item reset_resolve_context } else { set html [$item render] } return $html } ########################################################### # # ::xowiki::formfield::redirect # ########################################################### Class create redirect -superclass text redirect instproc pretty_value {v} { return [[${:object} package_id] returnredirect [ad_urlencode_url $v]] } ########################################################### # # ::xowiki::formfield::label # ########################################################### Class create label -superclass FormField -parameter { {disableOutputEscaping:boolean false} } label instproc pretty_value {v} { return [expr {${:disableOutputEscaping} ? $v : [next]}] } label instproc render_item {} { # sanity check; required and label do not fit well together if {${:required}} {set :required false} next } label instproc render_input {} { if {${:disableOutputEscaping}} { ::html::t -disableOutputEscaping [:value] } else { ::html::t [:value] } # Include labels as hidden fields to avoid surprises when # switching field types to labels. set :type hidden next } ########################################################### # # ::xowiki::formfield::child_pages # ########################################################### Class create child_pages -superclass label -parameter { {form} {publish_status all} } child_pages instproc initialize {} { next # # for now, we allow just FormPages as child_pages # if {![info exists :form]} { return } set :package_id [${:object} package_id] set :form_objs [::${:package_id} instantiate_forms \ -parent_id [${:object} parent_id] \ -default_lang [${:object} lang] \ -forms [:form]] } child_pages instproc pretty_value {v} { if {[info exists :form_objs]} { set count 0 foreach form ${:form_objs} { incr count [$form count_usages \ -package_id ${:package_id} \ -parent_id [${:object} item_id] \ -publish_status ${:publish_status}] } return $count } else { return 0-NULL } } ########################################################### # # ::xowiki::formfield::date # ########################################################### Class create date -superclass CompoundField -parameter { {format "DD MONTH YYYY"} {display_format "%Y-%m-%d %T"} } # The default of a date might be all relative dates # supported by clock scan. These include "now", "tomorrow", # "yesterday", "next week", .... use _ for blanks date instproc initialize {} { #:msg "DATE has value [:value]//d=[:default] format=${:format} disabled?[info exists :disabled]" set :widget_type date set :format [string map [list _ " "] ${:format}] array set :defaults {year 2000 month 01 day 01 hour 00 min 00 sec 00} array set :format_map { SS {SS %S 1} MI {MI %M 1} HH24 {HH24 %H 1} DD {DD %e 0} MM {MM %m 1} MON {mon %m 1} MONTH {month %m 1} YYYY {YYYY %Y 0} } #:msg "${:name} initialize date, format=${:format} components=${:components}" foreach c ${:components} {$c destroy} :components {} foreach element [split ${:format}] { if {![info exists :format_map($element)]} { # # We add undefined formats as literal texts in the edit form # set name $element set c [::xowiki::formfield::label create [self]::$name \ -name ${:name}.$name -id ${:id}.$name \ -locale [:locale] -object ${:object} \ -value $element] $c set_disabled 1; # this is a dummy field, never query for its value if {$c ni ${:components}} {lappend :components $c} continue } lassign [set :format_map($element)] class code trim_zeros # # create for each component a form field # set name $class set c [::xowiki::formfield::$class create [self]::$name \ -name ${:name}.$name -id ${:id}.$name \ -locale [:locale] -object ${:object}] #:msg "creating ${:name}.$name" $c set_disabled [:is_disabled] $c set code $code $c set trim_zeros $trim_zeros if {$c ni ${:components}} {lappend :components $c} } } date instproc set_compound_value {value} { #:log "${:name} original value '[:value]' // passed='$value' disa?[info exists :disabled]" if { $value eq {} } { # We need to reset component values so that # instances of this class can be used as flyweight # objects. Otherwise, we get side-effects when # we render the input widget. foreach c ${:components} { $c value "" } return } set value [::xo::db::tcl_date $value tz] if {$value ne ""} { #ns_log notice "DATE date tries to scan '$value' // <[string map [list _ " "] $value]>" set ticks [clock scan [string map [list _ " "] $value]] } else { error "date: the parsed database value must not be empty" } set :defaults(year) [clock format $ticks -format %Y] set :defaults(month) [clock format $ticks -format %m] set :defaults(day) [clock format $ticks -format %e] set :defaults(hour) [clock format $ticks -format %H] set :defaults(min) [clock format $ticks -format %M] #set :defaults(sec) [clock format $ticks -format %S] # set the value parts for each components foreach c ${:components} { if {[$c istype ::xowiki::formfield::label]} continue if {$ticks ne ""} { set value_part [string trim [clock format $ticks -format [$c set code]]] if {[$c set trim_zeros]} { set value_part [string trimleft $value_part 0] if {$value_part eq ""} { set value_part 0 } } } else { set value_part "" } #:msg "ticks=$ticks $c value $value_part" $c value $value_part } } date instproc get_compound_value {} { # Set the internal representation of the date based on the components values. # Internally, the ansi date format is used. set year ""; set month ""; set day ""; set hour ""; set min ""; set sec "" if {[nsf::is object [self]::YYYY]} {set year [[self]::YYYY value]} if {[nsf::is object [self]::month]} {set month [[self]::month value]} if {[nsf::is object [self]::mon]} {set month [[self]::mon value]} if {[nsf::is object [self]::MM]} {set month [[self]::MM value]} if {[nsf::is object [self]::DD]} {set day [[self]::DD value]} if {[nsf::is object [self]::HH24]} {set hour [[self]::HH24 value]} if {[nsf::is object [self]::MI]} {set min [[self]::MI value]} if {[nsf::is object [self]::SS]} {set sec [[self]::SS value]} if {"$year$month$day$hour$min$sec" eq ""} { return "" } # Validation happens after the value is retrieved. # To avoid errors in "clock scan", fix the year if necessary if {![nsf::is integer $year]} { set year 0 } foreach v [list year month day hour min sec] { if {[set $v] eq ""} { set $v [set :defaults($v)] } } #:msg "$year-$month-$day ${hour}:${min}:${sec}" if {[catch {set ticks [clock scan "$year-$month-$day ${hour}:${min}:${sec}"]}]} { set ticks 0 ;# we assume that the validator flags these values } # TODO: TZ??? #:msg "DATE ${:name} get_compound_value returns [clock format $ticks -format {%Y-%m-%d %T}]" return [clock format $ticks -format "%Y-%m-%d %T"] } date instproc same_value {v1 v2} { if {$v1 eq $v2} {return 1} return 0 } date instproc pretty_value {v} { # # Internally, we use the ansi date format. For displaying the date, # use the specified display format and present the time localized. # # Drop of the value after the "." we assume to have a date in the local zone regexp {^([^.]+)[.]} $v _ v #return [clock format [clock scan $v] -format [string map [list _ " "] ${:display_format}]] if {${:display_format} eq "pretty-age"} { return [::xowiki::utility pretty_age -timestamp [clock scan $v] -locale [:locale]] } else { return [lc_time_fmt $v [string map [list _ " "] ${:display_format}] [:locale]] } } date instproc convert_to_external {internal} { # # For the date formfield, the internal representation does not # need conversion to external. # return $internal } date instproc render_input {} { # # render the content inline within a fieldset, without labels etc. # set :style "margin: 0px; padding: 0px;" html::fieldset [:get_attributes id style] { foreach c ${:components} { $c render_input } } } ########################################################### # # ::xowiki::boolean # ########################################################### Class create boolean -superclass radio -parameter { {default t} } boolean instproc value_if_nothing_is_returned_from_form {default} { if {[:is_disabled]} { return $default } else { return f } } boolean instproc initialize {} { # should be with cvs head message catalogs: set :options "{#acs-kernel.common_Yes# t} {#acs-kernel.common_No# f}" next } ########################################################### # # ::xowiki::boolean_checkox # ########################################################### Class create boolean_checkbox -superclass checkbox -parameter { {default t} } boolean_checkbox instproc check=options {value} { return [expr {$value in {t f ""}}] } boolean_checkbox instproc value_if_nothing_is_returned_from_form {default} { if {[:is_disabled]} { return $default } else { return f } } boolean_checkbox instproc initialize {} { # should be with cvs head message catalogs: set :options "{{} t}" next } ########################################################### # # ::xowiki::boolean_image # ########################################################### Class create boolean_image -superclass FormField -parameter { {default t} {t_img_url /resources/xowiki/examples/check_richtig.png} {f_img_url /resources/xowiki/examples/check_falsch.png} {CSSclass img_boolean} } boolean_image instproc initialize {} { :type hidden set :widget_type boolean(hidden) } boolean_image instproc render_input {} { set title [expr {[info exists :__render_help_text_as_title_attr] ? ${:help_text} : ""}] ::html::img \ -title $title \ -class ${:CSSclass} \ -src [expr {[:value] ? ${:t_img_url} : ${:f_img_url}}] \ -id ${:id}-image template::add_event_listener \ -id ${:id}-image \ -script [subst {toggle_img_boolean(this,'${:t_img_url}','${:f_img_url}');}] ::html::input -type hidden -name ${:name} -value [:value] ::xo::Page requireJS { function toggle_img_boolean (element,t_img_url,f_img_url) { var input = $(element).next(); var state = input.val()== "t"; if (state) { input.val('f'); $(element).attr('src',f_img_url); } else { input.val('t'); $(element).attr('src',t_img_url); } } } } ########################################################### # # ::xowiki::formfield::scale # ########################################################### Class create scale -superclass radio -parameter {{n 5} {horizontal true}} scale instproc initialize {} { set :options [list] for {set i 1} {$i <= ${:n}} {incr i} { lappend :options [list $i $i] } next } ########################################################### # # ::xowiki::formfield::form # ########################################################### Class create form -superclass richtext -parameter { {height 200} {editor none} } -extend_slot_default validator form form instproc initialize {} { set :widget_type text(textarea) set :booleanHTMLAttributes {required readonly disabled formnovalidate} set ::__extra_allowed_tags form set :__initialized 1 } form instproc check=form {value} { #:msg form=$value if {$value eq ""} { # # Support forms which are empty # return 1 } # # All other forms must start with a <form> tag. # try { dom parse -simple -- $value doc } on ok {r} { $doc documentElement root set rootNodeName "" if {$root ne ""} { set rootNodeName [$root nodeName] } set ok [expr {$rootNodeName eq "form"}] } on error {errorMsg} { ns_log notice "dom parsed lead to $errorMsg" set ok 0 } if {!$ok} { :uplevel {set errorMsg "Form does not start with a <form> tag."} } #ns_log notice "check=form returns $ok" return $ok } ########################################################### # # ::xowiki::formfield::form_constraints # ########################################################### Class create form_constraints -superclass textarea -parameter { {rows 5} } -extend_slot_default validator form_constraints # # The form_constraints checker is defined on the # ::xowiki::Page level as validate=form_constraints # ########################################################### # # ::xowiki::formfield::event # # This formfield is rendered following the conventions of the # h-event of microformats2. # # See: http://microformats.org/wiki/h-event # ########################################################### Class create CalendarField -superclass CompoundField -parameter { {multiday:boolean false} {calendar} {time_label #xowiki.event-time#} } CalendarField set abstract 1 CalendarField instproc update_calendar {-cal_item_id -calendar_id -start -end -name -description} { # # If we have already a valid cal_item_id (checked previously) # update the entry. Otherwise create a new calendar item and # update the instance variables. # if {$cal_item_id ne ""} { #:log "===== [list calendar::item::edit -start_date $start -end_date $end -cal_item_id $cal_item_id ...]" calendar::item::edit -cal_item_id $cal_item_id -start_date $start \ -end_date $end -name $name -description $description } else { #:log "===== [list calendar::item::new -start_date $start -end_date $end -calendar_id $calendar_id ...]" set cal_item_id [calendar::item::new -start_date $start -end_date $end \ -name $name -description $description -calendar_id $calendar_id] [:get_component cal_item_id] value $cal_item_id # # The following line is required when used in transaction to # update the instance attributes # ${:object} set_property [namespace tail [:info class]] [:get_compound_value] } } Class create event -superclass CalendarField -parameter { } event instproc initialize {} { #:log "event initialize [info exists :__initialized], multi=${:multiday} state=${:__state}" if {${:__state} ne "after_specs"} return set :widget_type event if {${:multiday}} { set dtend_format DD_MONTH_YYYY_#xowiki.event-hour_prefix#_HH24_MI set dtend_display_format %Q_%X } else { set dtend_format HH24_MI set dtend_display_format %X } :create_components [subst { {title {text,label=#xowiki.event-title_of_event#}} {summary {richtext,height=150px,label=#xowiki.event-summary_of_event#}} {dtstart {date,required,format=DD_MONTH_YYYY_#xowiki.event-hourprefix#_HH24_MI, default=now,label=#xowiki.event-start_of_event#,display_format=%Q_%X}} {dtend date,format=$dtend_format,default=now,label=#xowiki.event-end_of_event#,display_format=$dtend_display_format} {location text,label=#xowiki.event-location#} {cal_item_id hidden} }] set :__initialized 1 } event instproc get_compound_value {} { if {![info exists :__initialized]} { return "" } set dtstart [:get_component dtstart] set dtend [:get_component dtend] if {!${:multiday}} { # If the event is not a multi-day-event, the end_day is not # given by the dtend widget, but is taken from dtstart. set end_day [lindex [$dtstart value] 0] set end_time [lindex [$dtend value] 1] $dtend value "$end_day $end_time" #:msg "[$dtend name] set to '$end_day $end_time' ==> $dtend, [$dtend value]" } next } event instproc pretty_value {v} { #array set {} [:value] set dtstart [:get_component dtstart] set dtstart_val [$dtstart value] set dtstart_iso [::xo::ical clock_to_iso [clock scan $dtstart_val]] set dtstart_pretty [$dtstart pretty_value $dtstart_val] set dtend [:get_component dtend] set dtend_val [$dtend value] set dtend_txt "" if {$dtend_val ne ""} { set dtend_iso [::xo::ical clock_to_iso [clock scan $dtend_val]] set dtend_txt " - <time class='dt-end' title='$dtend_iso'>[$dtend pretty_value $dtend_val]</time>" } set time_label [:time_label] if {[regexp {^#([a-zA-Z0-9_:-]+\.[a-zA-Z0-9_:-]+)#$} $time_label _ msg_key]} { set time_label [lang::message::lookup [:locale] $msg_key] } set title_val [[:get_component title] value] if {$title_val eq ""} { set title_val [${:object} property _title] } set summary_val [[:get_component summary] value] set location [:get_component location] set location_val [$location value] set location_txt "" if {$location_val ne ""} { set location_label [$location label] if {[regexp {^#(.+)#$} $location_label _ msg_key]} { set location_label [lang::message::lookup [:locale] $msg_key] } set location_txt "<tr><td>$location_label:</td><td><span class='p-location'>$location_val</span></td></tr>" } append result \n\ "<div class='h-event'>" \n\ "<h1 class=p-name>$title_val</h1>" \n\ "<p class='p-summary'>$summary_val</p>" "<br> " \n\ "<table>" \n\ "<tr><td>$time_label:</td><td><time class='dt-start' datetime='$dtstart_iso'>$dtstart_pretty</time> $dtend_txt</td></tr>" \n\ $location_txt \n\ "</table>" \n\ "</div>" \n return $result } event instproc convert_to_internal {} { if {[info exists :calendar]} { # # Check, if the calendar package is available # if {[info commands ::calendar::item::new] eq ""} { error "the calendar package is not available" } # # Check, if the calendar_id can be determined # set calendar_id "" if {[nsf::is integer ${:calendar}]} { set calendar_id ${:calendar} if {[calendar::name $calendar_id] eq ""} { set calendar_id "" } } if {$calendar_id eq ""} { error "calendar '${:calendar} has no valid calendar_id" } # # Get the values for the calendar item # set dtstart_val [[:get_component dtstart] value] set dtend_val [[:get_component dtend] value] set title_val [[:get_component title] value] set title_val [[:get_component title] value] set summary_val [[:get_component summary] value] set cal_item_id [[:get_component cal_item_id] value] # # Check, if the cal_item_id is valid. If not, ignore it # if {$cal_item_id ne ""} { # if the object does not exist, it was probably deleted manually if {![acs_object::object_p -id $cal_item_id]} { set cal_item_id "" } else { acs_object::get -object_id $cal_item_id -array row if {$row(object_type) ne "cal_item"} { ns_log warning "event: the associated entry $cal_item_id is not a calendar item, ignore the old association" set cal_item_id "" } } } # # update values via transaction queue # set queue ::__xowiki__transaction_queue([${:object} item_id]) lappend $queue [list [self] update_calendar -cal_item_id $cal_item_id -calendar_id $calendar_id \ -start $dtstart_val -end $dtend_val -name $title_val -description $summary_val] } next } ########################################################### # # ::xowiki::formfield::time_span # # This formfield is a simplified version of the "event". It uses # the HTML5 widget rather than the classical OpenACS multifield # interface. # Currently, it does not do calendar integration, but if would be # straightforward to add it here as well. # ########################################################### Class create time_span -superclass CalendarField -parameter { } time_span instproc initialize {} { #:log "time_span initialize [info exists :__initialized], multi=${:multiday} state=${:__state}" if {${:__state} ne "after_specs"} return set :widget_type time_span # if {${:multiday}} { # set dtend_format DD_MONTH_YYYY_#xowiki.event-hour_prefix#_HH24_MI # set dtend_display_format %Q_%X # } else { # set dtend_format HH24_MI # set dtend_display_format %X # } :create_components [subst { {dtstart {datetime-local,form_item_wrapper_CSSclass=form-inline,label=#xowiki.From#}} {dtend {h5time,form_item_wrapper_CSSclass=form-inline,label=#xowiki.to#}} {cal_item_id hidden} }] set :__initialized 1 } # time_span instproc get_compound_value {} { # if {![info exists :__initialized]} { # return "" # } # next # } # # # time_span instproc pretty_value {v} { # # next # } # # time_span instproc convert_to_internal {} { # # # could handle calendar entries similar to # # "event.convert_to_internal", which should be refactored in # # this case. # # } } namespace eval ::xowiki::formfield { # Class create mycompound -superclass CompoundField # # mycompound instproc initialize {} { # if {${:__state} ne "after_specs"} return # :create_components [subst { # {start_on_publish {checkbox,default=t,options={YES t}}} # {whatever {text}} # }] # set :__initialized 1 # } ########################################################### # # ::xowiki::formfield::class # ########################################################### Class create class -superclass select -parameter { {subclass_of ::xotcl::Object} } class instproc initialize {} { set :options "" foreach cl [lsort [list ${:subclass_of} {*}[${:subclass_of} info subclass -closure]]] { lappend :options [list $cl $cl] } next } } # # Make sure, when we reload the form-fields to reset the # toolkit-specific form-field parameter as well. # ::template::CSS clear ::xo::library source_dependent # # Local variables: # mode: tcl # tcl-indent-level: 2 # indent-tabs-mode: nil # End: