CascadiaDigitalCollective/gxg-web-client
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gxg-web-client/gxg/web/gxg_vdom.rb
G. Gibson 55eb93501e minor use case handling
2026-06-09 14:45:47 -07:00

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# backtick_javascript: true
module GxG
module Gui
module Vdom
@@CssCache = []
@@CssRuleProperties = {}
#
def self.load_font(font_profile=nil)
if font_profile.is_any?(::Hash, ::GxG::Database::DetachedHash, ::GxG::Database::DetachedHash)
if font_profile.is_any?(::GxG::Database::DetachedHash, ::GxG::Database::DetachedHash)
font_profile = font_profile.unpersist()
end
if font_profile[:resource_type] == "font-face"
thefamily = (font_profile[:font_family] || "Unknown").to_s
thestyle = (font_profile[:font_style] || "normal").to_s
theweight = (font_profile[:font_weight] || 400).to_s
if font_profile[:format]
fontformat = font_profile[:format].to_s.downcase
else
case File.extname(font_profile[:source]).downcase
when ".ttf", ".otf"
fontformat = "truetype"
when ".eot"
fontformat = "embedded-opentype"
when ".svg"
fontformat = "svg"
when ".woff"
fontformat = "woff"
when ".woff2"
fontformat = "woff2"
else
fontformat = "unknown"
end
end
if ["sftp:","ftp:/","http:", "https"].include?(font_profile[:source][0..4].downcase)
# reach out over the internet for the resource
source_url = font_profile[:source]
else
# search local site at resource path
source_url = ::GxG::CONNECTION.relative_url().to_s + font_profile[:source]
# source_url = GxG::DISPLAY_DETAILS[:object].site_asset(font_profile[:source])
end
# puts "Source: #{source_url.inspect}"
#
%x{
var family = #{thefamily.to_s};
var sourceurl = "url('" + #{source_url} + "')";
var theformat = "format('" + #{fontformat} + "')";
if (theformat == "format('unknown')") {
var sourcestring = sourceurl;
} else {
var sourcestring = (sourceurl + " " + theformat);
};
var theweight = #{theweight};
var thestyle = #{thestyle};
var thefont = new FontFace(family, sourceurl, {weight: theweight, style: thestyle});
thefont.load().then(function(loaded_face) {
document.fonts.add(loaded_face);
}).catch(function(error) {
alert(error);
});
}
true
else
log_warn("You attempted to load a non-font resource as a font: #{font_profile.inspect}")
false
end
else
log_warn("You attempted to load a font with the wrong value: #{font_profile.inspect}")
false
end
end
#
class CSSRule
# Provide EASY interface to native CSS Rule.
def initialize(the_native_rule)
@native_rule = the_native_rule
@name = (`#{@native_rule}.selectorText` || "").to_s.to_sym
end
#
def native_object()
@native_rule
end
#
def inspect()
"<CSSRule: #{@name}>"
end
#
def name()
@name
end
#
def keys()
GxG::Gui::Vdom::valid_properties()
end
#
def [](the_key)
`#{@native_rule}.style[#{the_key}]`
end
#
def []=(the_key, the_value)
#
`#{@native_rule}.style[#{the_key}] = #{(the_value || "")}`
the_value
end
#
def merge(properties={})
properties.keys.each do |the_key|
self[(the_key)] = properties[(the_key)]
end
self
end
#
end
#
def self.style_sheet()
result = nil
sheets = `document.styleSheets.length`.to_i
(0..(sheets - 1)).each do |sheet_index|
the_sheet = `document.styleSheets[#{sheet_index}]`
if the_sheet
if `#{the_sheet}.href`.to_s.include?("/themes/page.css")
result = the_sheet
break
end
end
end
result
end
#
def self.refresh_css_cache()
the_style_sheet = GxG::Gui::Vdom::style_sheet()
if the_style_sheet
new_cache = []
begin
ruleset = `#{the_style_sheet}.cssRules`
rescue Exception => the_error
ruleset = `#{the_style_sheet}.rules`
end
if ruleset
rules_count = (`#{ruleset}.length`.to_i)
if rules_count > 0
end_index = ((`#{ruleset}.length`.to_i) - 1)
else
end_index = 0
end
(0..(end_index)).each do |indexer|
begin
native_rule = `#{the_style_sheet}.cssRules[#{indexer}]`
rescue Exception => the_error
native_rule = `#{the_style_sheet}.rules[#{indexer}]`
end
if native_rule
new_cache << GxG::Gui::Vdom::CSSRule.new(native_rule)
end
end
end
@@CssCache = new_cache
end
true
end
#
def self.valid_properties()
@@CssRuleProperties.keys
end
#
def self.get_property_name(the_key=nil)
result = nil
if the_key.is_a?(::Symbol)
result = @@CssRuleProperties[(the_key)]
end
result
end
#
def self.rules()
result = []
@@CssCache.each do |entry|
result << entry.name
end
result
end
#
def self.rule_names()
result = []
@@CssCache.each do |entry|
result << entry.name
end
result
end
#
def self.find_rule(the_rule_selector=nil)
result = []
@@CssCache.each do |entry|
if entry.name == (the_rule_selector.to_s.to_sym)
result << entry
end
end
result
end
#
def self.clear_rules()
list = ::GxG::Gui::Vdom::rule_names()
list.each do |the_rule_name|
unless the_rule_name == :".hidden"
::GxG::Gui::Vdom::remove_rule(the_rule_name)
end
end
true
end
#
def self.set_rule(the_rule_selector=nil, the_properties={}, options={:merge => true})
# find existing
# remove existing
# create or re-create
the_style_sheet = GxG::Gui::Vdom::style_sheet()
if the_style_sheet
found = GxG::Gui::Vdom::find_rule(the_rule_selector)
if found.size > 0
GxG::Gui::Vdom::remove_rule(the_rule_selector)
end
# create it
the_site_prefix = ::GxG::CONNECTION.relative_url()
rule_string = "{ "
the_properties.keys.each do |property_key|
the_value = the_properties[(property_key)].to_s
if the_value.include?("url(")
end_point = the_value.index(")")
the_path = the_value[4..(end_point - 1)]
if the_path[0] == "'" || the_path[0] == '"'
the_path = the_path[1..-1]
end
if the_path[-1] == "'" || the_path[-1] == '"'
the_path = the_path[0..-2]
end
unless the_path.include?("data:") || the_path.include?("http:") || the_path.include?("https:")
unless (the_path[(0..(the_site_prefix.size - 1))] == the_site_prefix)
the_value = ("url('" + File.expand_path(the_site_prefix + "/" + the_path) + "')").gsub("//","/")
end
end
end
rule_string = rule_string + ("#{property_key.to_s}: #{the_value.to_s}; ")
end
rule_string = rule_string + " }"
if `#{the_style_sheet}.insertRule(#{the_rule_selector.to_s + rule_string.to_s},(#{the_style_sheet}.cssRules.length))`.to_i == `(#{the_style_sheet}.cssRules.length - 1)`.to_i
begin
native_rule = `#{the_style_sheet}.cssRules[(#{the_style_sheet}.cssRules.length - 1)]`
rescue Exception => the_error
native_rule = `#{the_style_sheet}.rules[(#{the_style_sheet}.cssRules.length - 1)]`
end
@@CssCache << GxG::Gui::Vdom::CSSRule.new(native_rule)
true
else
log_warn("GxG Style Sheet Rule creation failed..")
false
end
else
log_warn("GxG Style Sheet not found.")
false
end
#
end
#
def self.remove_rule(the_rule_selector=nil)
found_indexes = []
@@CssCache.each_with_index do |entry, index|
if entry.name == the_rule_selector.to_s.to_sym || entry.name == the_rule_selector.to_s
found_indexes << index
end
end
found = []
found_indexes.reverse.each do |the_index|
found << @@CssCache.delete_at(the_index)
end
if found.size > 0
found.each do |the_rule|
native_rule = the_rule.native_object()
the_sheet = GxG::Gui::Vdom::style_sheet()
if the_sheet
rule_count = `#{the_sheet}.cssRules.length`.to_i
if rule_count > 0
(0..(rule_count - 1)).to_a.reverse.each do |rule_index|
other_native_rule = `#{the_sheet}.cssRules[#{rule_index}]`
if other_native_rule
if `#{native_rule}.selectorText == #{other_native_rule}.selectorText`
`#{the_sheet}.deleteRule(#{rule_index})`
end
end
end
end
end
end
true
else
false
end
end
#
# Derivitive of Ferro Virtual Dom gem (greatly simplified)
# --------------------------------------------------------------------------------------------------------------------------------------
module ElementMethods
# Internal Methods:
def _before_create;end
def before_create;end
# ## Calls the factory to create the DOM element.
def create
if @domtype
@element = factory.create_element(self, @domtype, @parent, @options)
end
end
#
def _after_create
self.update_classes
_stylize
end
#
def after_create;end
# Override this method to return a Hash of styles.
# Hash-key is the CSS style name, hash-value is the CSS style value.
def style
@style ||= {}
end
def _stylize
styles = style
if styles.class == Hash
set_attribute(
'style',
styles.map { |k, v| "#{k}:#{v};" }.join
)
end
end
# Override this method to continue the MOM creation process.
def cascade;end
# ## Creation
def creation
_before_create
before_create
create
_after_create
after_create
_stylize
cascade
end
# Add a child element.
#
# @param [String] name A unique name for the element that is not
# in RESERVED_NAMES
# @param [String] element_class Ruby class name for the new element
# @param [Hash] options Options to pass to the element. Any option key
# that is not recognized is set as an attribute on the DOM element.
# Recognized keys are:
# prepend Prepend the new element before this DOM element
# content Add the value of content as a textnode to the DOM element
def add_child(options={},other_data={})
new_child = nil
if options[:component].to_s.downcase.to_sym == :unknown
raise "Unknown Component Type"
else
element_class = GxG::Gui::component_class(options[:component].to_s.downcase.to_sym)
if element_class.is_a?(::Class)
new_child = element_class.new(self,options,other_data)
@children[(new_child.title.to_s.to_sym)] = new_child
# Set :template_uuid if present
if other_data[:template_uuid]
new_child.settings()[:template_uuid] = other_data[:template_uuid]
end
# Register Object with Page
::GxG::DISPLAY_DETAILS[:object].register_object(new_child.title, new_child)
else
raise "Unknown Component Type"
end
end
new_child
end
#
def each_child(&block)
@children.values.each do |the_child|
block.call(the_child)
end
end
# Recursively iterate all child elements
def all_descendants(&block)
@process_queue = @children.values.clone
while @process_queue.size > 0 do
entry = @process_queue.shift
if entry
block.call(entry)
if entry.children.values.size > 0
entry.each_child do |the_child|
@process_queue << the_child
end
end
end
end
end
# Remove all child entries.
def forget_children
clearing_queue = @children.values
while clearning_queue.size > 0
entry = clearing_queue.shift
if entry
entry.children.values.each do |the_child|
clearing_queue << the_child
end
page.unregister_object(entry.title.to_s)
end
end
@children = {}
end
#
# Remove a specific child entry.
def forget_child(the_title)
page.unregister_object(the_title)
@children.delete(the_title.to_s.to_sym)
end
#
# Content of the entity (similar to how DetachedHash works)
def entity_content()
@children.values
end
# Remove a DOM element.
def destroy
self.every_child do |the_child|
the_child.remove_listeners
page.unregister_object(the_child.title.to_s)
end
self.remove_listeners
parent.forget_child(@title.to_s)
`#{parent.element}.removeChild(#{element})`
true
end
# ### Path supports:
def vdom_path()
result = "/"
#
if @parent
path_array = []
queue = [(self)]
while queue.size > 0 do
entry = queue.unshift()
if entry
unless page() == entry
path_array << entry.title.to_s
end
if entry.parent()
queue << entry.parent()
end
end
end
if path_array.size > 0
result = ("/" + path_array.reverse.join("/"))
end
end
#
result
end
#
def vdom_object(the_path=nil)
# access the object tree with a path
result = nil
#
if the_path
the_path = the_path.to_s
#
if the_path[(0..1)] == "./" || the_path[(0..1)] == ".."
the_path = File.expand_path(the_path, self.vdom_path())
end
#
path_array = the_path.split("/")
object_array = []
path_array.each_with_index do |entry, indexer|
if entry == ""
if indexer == 0
object_array[(indexer)] = page()
else
break
end
else
if indexer > 0
if object_array[(indexer - 1)]
object_array[(indexer - 1)].children.each_pair do |object_name, the_object|
if object_name == path_array[(indexer)]
object_array[(indexer)] = the_object
break
end
end
end
end
end
end
if object_array.last
result = object_array.last
end
end
#
result
end
# ###
# Getter for children.
def method_missing(method_name, *args, &block)
if @children.has_key?(method_name)
@children[method_name]
else
super
end
end
# ### Element identity
# Get the id of the elements corresponding DOM element
#
# @return [String] The id
def dom_id
# "_#{self.object_id}"
self.uuid.to_s
end
#
def title()
@title
end
#
# def title=(the_title=nil)
# if the_title.is_any?(::String, ::Symbol)
# @title = the_title
# end
# end
#
# ### Universal Element Style, Class, and Attribute Methods:
def update_classes()
new_classes = ""
class_list = `#{@element}.className`.split(" ")
class_list.each_with_index do |the_classname, indexer|
unless @states.keys.include?(the_classname.to_s.to_sym)
new_classes = (new_classes + the_classname)
unless the_classname == class_list.last
new_classes = (new_classes + " ")
end
end
end
if @states.keys.size > 0
new_classes = (new_classes + " ")
end
@states.each_pair do |the_state, the_value|
if the_value == true
new_classes = (new_classes + the_state.to_s)
unless @states.keys.last == the_state
new_classes = (new_classes + " ")
end
else
# `#{@element}.classList.remove(#{the_state.to_s})`
end
end
`#{@element}.className = #{new_classes.to_s}`
true
end
# Delete a key from the elements options hash. Will be renamed
# to option_delete.
#
# @param [key] key Key of the option hash to be removed
# @param [value] default Optional value to use if option value is nil
# @return [value] Return the current option value or value of
# default parameter
def option_replace(key, default = nil)
value = @options[key] || default
@options.delete(key) if @options.has_key?(key)
value
end
#
def set_state(the_state, the_value=false)
if the_value == true
@states[(the_state.to_s.to_sym)] = true
else
@states[(the_state.to_s.to_sym)] = false
end
self.update_classes
end
#
def set_states(the_state_list={})
the_state_list.each_pair do |the_state, the_value|
if the_value == true
@states[(the_state.to_s.to_sym)] = true
else
@states[(the_state.to_s.to_sym)] = false
end
end
self.update_classes
end
#
def get_state(the_state)
(@states[(the_state.to_s.to_sym)] || false)
end
#
def get_states()
@states
end
#
def toggle_state(the_state)
self.set_state(the_state,(! self.get_state(the_state)))
end
#
def set_application(the_application=nil)
@application = the_application
end
#
def application()
@application
end
# Determine if the state is active
#
# @param [String] state The state name
# @return [Boolean] The state value
def state_active?(the_state)
@states.keys.include?(the_state.to_s.to_sym)
end
# @param [Array] states An array of state names to add to the
# element. All disabled (false) state initially.
def add_states(states)
states.each do |state|
add_state(state)
end
end
# Add a state to the element. A state toggles a CSS class with the
# same (dasherized) name as the state.
# If the state is thruthy (not nil or true) the CSS class is added
# to the element. Otherwise the CSS class is removed.
#
# @param [String] state The state name to add to the element
# @param [value] value The initial enabled/disabled state value
def add_state(state, value = false)
self.set_state(state,value)
end
# Get the current html value of the element
#
# @return [String] The html value
def value
`#{@element}.innerHTML`
end
# Get the current text content of the element
#
# @return [String] The text value
def get_text
`#{@element}.textContent`
end
# Set the current html value of the element
# Useful for input elements
#
# @param [String] The new value
def value=(value)
`#{@element}.value = #{value}`
end
# Set the current text content of the element
#
# @param [String] value The new text value
def set_text(value)
# https://developer.mozilla.org/en-US/docs/Web/API/Node/textContent
`#{@element}.textContent = #{value}`
end
# Set the current html content of the element. Use with caution if
# the html content is not trusted, it may be invalid or contain scripts.
#
# @param [String] raw_html The new html value
def html(raw_html)
`#{@element}.innerHTML = #{raw_html}`
end
#
#
def set_style(the_style={})
new_style = ""
if the_style.is_a?(::Hash)
the_style.each_pair do |property,value|
new_style = (new_style + "#{property.to_s}: " + "#{value.to_s};")
end
`#{@element}.setAttribute("style", #{new_style}); `
true
else
false
end
end
#
def merge_style(the_style={})
if the_style.is_a?(::Hash)
the_style.each_pair do |property,value|
`#{element}.style[#{property}]=#{value.to_s}`
end
true
else
false
end
end
#
def set_bg_color(the_color=0)
self.merge_style({:"background-color" => "##{the_color.to_s}"})
end
#
def get_attribute(the_attribute=nil)
result = ""
if the_attribute
the_element = self.element
the_value = nil
# Boolean Attributes: if attribute exists, can be a boolean.
# if present returns "true" if null (since it exists), else other value
%x{
if (the_element.getAttributeNames().includes(the_attribute)) {
if (the_element.getAttribute(the_attribute) != null) {
the_value = the_element.getAttribute(the_attribute);
} else {
the_value = true;
};
};
}
result = the_value.to_s
end
result
end
#
def set_attribute(the_attribute=nil, the_value=nil)
result = false
if the_attribute
if the_value
result = `#{self.element}.setAttribute(#{the_attribute},#{the_value})`
else
# Boolean attribute
result = `#{self.element}.setAttribute(#{the_attribute},null)`
end
end
result
end
#
def clear_attribute(the_attribute=nil)
result = false
if the_attribute
`#{self.element}.removeAttribute(#{the_attribute})`
result = true
end
result
end
def each_child(&block)
if block.respond_to?(:call)
@children.values.each do |the_child|
block.call(the_child)
end
else
@children.values.each
end
end
#
def every_child(&block)
child_manifest = []
build_queue = [(self)]
while build_queue.size > 0 do
entry = build_queue.shift
if entry
if entry.children.keys.size > 0
entry.children.values.each do |the_child|
child_manifest << the_child
if the_child.children.keys.size > 0
build_queue << the_child
end
end
end
end
end
if block.respond_to?(:call)
child_manifest.each do |the_child|
block.call(the_child)
end
else
child_manifest.values.each
end
end
# ### Finding Objects
def find_child(the_reference=nil)
result = nil
search_queue = self.children.values
while search_queue.size > 0 do
entry = search_queue.shift
if entry
if entry.uuid == the_reference || entry.title == the_reference || entry.component == the_reference || entry.class == the_reference || entry.domtype == the_reference
result = entry
break
end
#
end
end
result
end
#
def find_descendant(the_reference=nil)
result = nil
search_queue = self.children.values
while search_queue.size > 0 do
entry = search_queue.shift
if entry
if entry.uuid == the_reference || entry.title == the_reference || entry.component == the_reference || entry.class == the_reference || entry.domtype == the_reference
result = entry
break
end
#
unless result
entry.children.values.each do |the_child|
search_queue << the_child
end
end
end
end
result
end
#
def find_descendants(the_reference=nil)
result = []
search_queue = self.children.values
while search_queue.size > 0 do
entry = search_queue.shift
if entry
if entry.uuid == the_reference || entry.title == the_reference || entry.component == the_reference || entry.class == the_reference || entry.domtype == the_reference
result << entry
end
#
entry.children.values.each do |the_child|
search_queue << the_child
end
end
end
result
end
#
def find_ancestor(the_reference=nil)
result = nil
search_queue = [(self.parent)]
while search_queue.size > 0 do
entry = search_queue.shift
if entry
if entry.uuid == the_reference || entry.title == the_reference || entry.component == the_reference || entry.class == the_reference || entry.domtype == the_reference
result = entry
break
else
unless entry.component == :page
search_queue << entry.parent
end
end
end
end
result
end
#
def find_ancestors(the_reference=nil)
result = []
search_queue = [(self.parent)]
while search_queue.size > 0 do
entry = search_queue.shift
if entry
if entry.uuid == the_reference || entry.title == the_reference || entry.component == the_reference || entry.class == the_reference || entry.domtype == the_reference
result << entry
end
unless entry.component == :page
search_queue << entry.parent
end
end
end
result
end
#
end
# --------------------------------------------------------------------------------------------------------------------------------------
module EventHandlers
# Constants:
EVENT_TYPES = [
"abort",
"afterprint",
"animatedend",
"animationiteration",
"animationstart",
"beforeprint",
"beforeunload",
"blur",
"canplay",
"canplaythrough",
"change",
"click",
"contextmenu",
"copy",
"cut",
"dblclick",
"drag",
"dragend",
"dragcenter",
"dragleave",
"dragover",
"dragstart",
"drop",
"durationchange",
"ended",
"error",
"focus",
"focusin",
"focusout",
"fullscreenchange",
"fullscreenerror",
"hashchange",
"input",
"invalid",
"keydown",
"keypress",
"keyup",
"load",
"loadeddata",
"loadedmetadata",
"loadstart",
"message",
"mousedown",
"mouseenter",
"mouseleave",
"mousemove",
"mouseover",
"mouseup",
"offline",
"online",
"open",
"pagehide",
"pageshow",
"paste",
"play",
"playing",
"popstate",
"progress",
"ratechange",
"resize",
"reset",
"scroll",
"search",
"seeked",
"select",
"show",
"stalled",
"storage",
"submit",
"suspend",
"timeupdate",
"toggle",
"touchcancel",
"touchend",
"touchmove",
"touchstart",
"transitionend",
"unload",
"volumechange",
"waiting",
"wheel"
]
#
EVENT_GENRES = {
:click => :mouse,
:contextmenu => :mouse,
:dblclick => :mouse,
:mouseenter => :mouse,
:mouseleave => :mouse,
:mouseover => :mouse,
:mouseup => :mouse,
:mousedown => :mouse,
:mousemove => :mouse,
:mouseout => :mouse,
:keydown => :keyboard,
:keypress => :keyboard,
:keyup => :keyboard,
:touchcancel => :touch,
:touchmove => :touch,
:touchstart => :touch,
:touchend => :touch,
:animationstart => :animation,
:animationend => :animation,
:animationiteration => :animation,
:animationpause => :animation,
:animationresume => :animation,
:animationstop => :animation,
:input => :input,
:drag => :drag,
:dragend => :drag,
:dragenter => :drag,
:dragleave => :drag,
:dragover => :drag,
:dragstart => :drag,
:drop => :drag,
:wheel => :wheel,
:abort => :ui,
:beforeunload => :ui,
:error => :ui,
:load => :ui,
:resize => :ui,
:scroll => :ui,
:select => :ui,
:unload => :ui,
:blur => :focus,
:focus => :focus,
:focusin => :focus,
:focusout => :focus,
:afterprint => :event,
:beforeprint => :event,
:canplay => :event,
:canplaythrough => :event,
:change => :event,
:fullscreenchange => :event,
:fullscreenerror => :event,
:invalid => :event,
:loadeddata => :event,
:loadedmetadata => :event,
:message => :event,
:offline => :event,
:online => :event,
:open => :event,
:close => :event,
:pause => :event,
:play => :event,
:playing => :event,
:progress => :event,
:changerate => :event,
:reset => :event,
:search => :event,
:seek => :event,
:seeking => :event,
:show => :event,
:hide => :event,
:stalled => :event,
:submit => :event,
:suspend => :event,
:timeupdate => :event,
:toggle => :event,
:waiting => :event,
:copy => :clipboard,
:cut => :clipboard,
:paste => :clipboard,
:pagehide => :transition,
:pageshow => :transition,
:popstate => :history,
:loadstart => :progress,
:storage => :storage,
:credentialchanged => :ui
}
#TODO: look into fully supporting touch screen gleaning functions.
EVENT_FIELDS = {
:mouse => [:altKey, :button, :buttons, :clientX, :clientY, :ctrlKey, :metaKey, :movementX, :movementY, :offsetX, :offsetY, :pageX, :pageY, :screenX, :screenY, :shiftKey, :which, :detail, :view, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:keyboard => [:altKey, :charCode, :code, :ctrlKey, :metaKey, :isComposing, :key, :keyCode, :location, :shift, :repeat, :shiftKey, :which, :detail, :view, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:touch => [:altKey, :ctrlKey, :metaKey, :shiftKey, :detail, :view, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:animation => [:animationName, :elapsedTime, :pseudoElement, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:input => [:data, :inputType, :isComposing, :detail, :view, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:drag => [:dataTranser, :altKey, :button, :buttons, :clientX, :clientY, :ctrlKey, :metaKey, :movementX, :movementY, :offsetX, :offsetY, :pageX, :pageY, :screenX, :screenY, :shiftKey, :which, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:wheel => [:deltaX, :deltaY, :deltaZ, :deltaMode, :altKey, :button, :buttons, :clientX, :clientY, :ctrlKey, :metaKey, :movementX, :movementY, :offsetX, :offsetY, :pageX, :pageY, :screenX, :screenY, :shiftKey, :which, :detail, :view, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:ui => [:detail, :view,:bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:focus => [:relatedTarget, :detail, :view, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:event => [:bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:transition => [:persisted, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:history => [:state, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:progress => [:lengthComputable, :loaded, :total, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:storage => [:key, :newValue, :oldValue, :storageArea, :url, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp],
:clipboard => [:clipboardData, :bubbles, :cancelable, :currentTarget, :defaultPrevented, :eventPhase, :isTrusted, :target, :timeStamp]
}
# Internal method on
def on(the_event_type=nil, captured=false, &block)
result = false
unless @event_handlers.is_a?(::Hash)
@event_handlers = {}
@event_listeners = {}
end
if the_event_type.is_any?(::String, ::Symbol)
if block.respond_to?(:call)
@event_handlers[(the_event_type.to_s.downcase.to_sym)] = block
@event_listeners[(the_event_type.to_s.downcase.to_sym)] = `#{self.method(:event_handler).to_proc}`
`#{self.element}.addEventListener(#{the_event_type.to_s.downcase}, #{@event_listeners[(the_event_type.to_s.downcase.to_sym)]}, #{captured})`
result = true
end
end
result
end
#
def remove_listener(the_event_type=nil)
if @event_handlers[(the_event_type.to_s.downcase.to_sym)] && @event_listeners[(the_event_type.to_s.downcase.to_sym)]
`#{self.element}.removeEventListener(#{the_event_type.to_s.downcase},#{@event_listeners[(the_event_type.to_s.downcase.to_sym)]});`
@event_handlers.delete(the_event_type.to_s.downcase.to_sym)
@event_listeners.delete(the_event_type.to_s.downcase.to_sym)
end
true
end
#
def remove_listeners()
@event_handlers.keys.clone.each do |the_event_type|
self.remove_listener(the_event_type)
end
true
end
#
def event_handler(the_event)
# format the event record for travel in the system.
# See: https://www.w3schools.com/jsref/dom_obj_event.asp
# Setup event type groupings to glean appropriate details from the event.
the_type = `#{the_event}.type`.to_s.downcase.to_sym
event_record = {}
if @event_handlers[(the_type)]
genre = (GxG::Gui::Vdom::EventHandlers::EVENT_GENRES[(the_type)] || :event)
if genre
fields = GxG::Gui::Vdom::EventHandlers::EVENT_FIELDS[(genre)]
if fields
#
%x{
serializer = function thisOne (e) {
if (e) {
var o = {
eventName: e.toString(),
altKey: e.altKey,
bubbles: e.bubbles,
button: e.button,
buttons: e.buttons,
cancelBubble: e.cancelBubble,
cancelable: e.cancelable,
clientX: e.clientX,
clientY: e.clientY,
composed: e.composed,
ctrlKey: e.ctrlKey,
currentTarget: e.currentTarget ? e.currentTarget.outerHTML : null,
defaultPrevented: e.defaultPrevented,
detail: e.detail,
eventPhase: e.eventPhase,
fromElement: e.fromElement ? e.fromElement.outerHTML : null,
isTrusted: e.isTrusted,
layerX: e.layerX,
layerY: e.layerY,
metaKey: e.metaKey,
movementX: e.movementX,
movementY: e.movementY,
offsetX: e.offsetX,
offsetY: e.offsetY,
pageX: e.pageX,
pageY: e.pageY,
relatedTarget: e.relatedTarget ? e.relatedTarget.outerHTML : null,
returnValue: e.returnValue,
screenX: e.screenX,
screenY: e.screenY,
shiftKey: e.shiftKey,
sourceCapabilities: e.sourceCapabilities ? e.sourceCapabilities.toString() : null,
target: e.target ? e.target.outerHTML : null,
timeStamp: e.timeStamp,
toElement: e.toElement ? e.toElement.outerHTML : null,
type: e.type,
view: e.view ? e.view.toString() : null,
which: e.which,
x: e.x,
y: e.y
};
return o;
};
};
event_record = JSON.stringify(serializer(#{the_event}));
}
event_record = ::JSON::parse(event_record.to_s, {:symbolize_names => true})
# puts "Got: #{event_record.inspect}"
end
end
#
@event_handlers[(the_type)].call(event_record)
#
end
end
#
def set_script(the_script_body="", alternate_target=nil)
result = false
if the_script_body.size > 0
#
begin
#
if the_script_body.base64?
the_script_body = the_script_body.decode64
end
#
if alternate_target
alternate_target.remove_listeners()
alternate_target.instance_eval(the_script_body)
else
self.remove_listeners()
instance_eval(the_script_body)
end
result = true
rescue Exception => the_error
log_error({:error => the_error, :parameters => {:script => the_script_body}})
end
end
result
end
#
end
# --------------------------------------------------------------------------------------------------------------------------------------
class Animation
include GxG::Gui::Vdom::EventHandlers
#
def initialize(details={}, the_uuid=nil)
@event_handlers = {}
@event_listeners = {}
if details.is_any?(::Hash, ::GxG::Database::DetachedHash)
if details[:origin]
if details[:origin].is_a?(::GxG::Database::DetachedHash)
@origin = details[:origin].unpersist
else
@origin = details[:origin]
end
else
@origin = nil
end
#
unless details[:destination]
raise ArgumentError, "You MUST provide a :destination state for the object."
end
#
if details[:destination].is_a?(::GxG::Database::DetachedHash)
@destination = details[:destination].unpersist
else
@destination = details[:destination]
end
#
if details[:options]
@options = {}
if details[:options].is_a?(::GxG::Database::DetachedHash)
the_options = details[:options].unpersist
else
the_options = details[:options]
end
callback_map = {:animationstart => :start, :animationend => :complete, :animationiteration => :update, :animationstop => :stop, :animationpause => :pause, :animationresume => :resume}
the_options.each_pair do |the_key, the_value|
if callback_map.keys.include?(the_key)
if the_value.respond_to?(:call)
# Expansion: compile formatted hashes of script records ??
@event_handlers[(the_key)] = the_value
@options[(the_key)] = the_value
else
log_warn("Attempted to pass an invalid object as an event handler. #{the_key.inspect} --> #{the_value.inspect}")
end
else
@options[(the_key)] = the_value
end
end
else
@options = nil
end
#
unless details[:targets]
raise ArgumentError, "You MUST provide a one or more :targets."
end
#
if details[:targets].is_a?(::GxG::Database::DetachedHash)
@target_list = details[:targets].unpersist
else
@target_list = details[:targets]
end
end
@uuid = (the_uuid || ::GxG::uuid_generate).to_s.to_sym
@targets = nil
@tweens = []
#
self
end
#
def update_targets(data=nil)
result = false
if data.is_any?(::Hash, ::GxG::Database::DetachedHash)
if data.is_a?(::GxG::Database::DetachedHash)
@target_list = data.unpersist
else
@target_list = data
end
result = true
end
result
end
#
def update_origin(data=nil)
result = false
if data.is_any?(::Hash, ::GxG::Database::DetachedHash)
if data.is_a?(::GxG::Database::DetachedHash)
@origin = data.unpersist
else
@origin = data
end
result = true
end
result
end
#
def update_destination(data=nil)
result = false
if data.is_any?(::Hash, ::GxG::Database::DetachedHash)
if data.is_a?(::GxG::Database::DetachedHash)
@destination = data.unpersist
else
@destination = data
end
result = true
end
result
end
#
def update_options(data=nil)
result = false
if data.is_any?(::Hash, ::GxG::Database::DetachedHash)
if data.is_a?(::GxG::Database::DetachedHash)
the_options = data.unpersist
else
the_options = data
end
@options = {}
callback_map = {:animationstart => :start, :animationend => :complete, :animationiteration => :update, :animationstop => :stop, :animationpause => :pause, :animationresume => :resume}
the_options.each_pair do |the_key, the_value|
if callback_map.keys.include?(the_key)
if the_value.respond_to?(:call)
# Expansion: compile formatted hashes of script records ??
@event_handlers[(the_key)] = the_value
@options[(the_key)] = the_value
else
log_warn("Attempted to pass an invalid object as an event handler. #{the_key.inspect} --> #{the_value.inspect}")
end
else
@options[(the_key)] = the_value
end
end
result = true
end
result
end
#
def uuid()
@uuid
end
#
#
def compile()
result = false
begin
@targets = []
native_targets = `[]`
@target_list.keys.each do |the_method|
if the_method == :class
unless @target_list[:class].is_a?(::String)
raise Exception, "You MUST provide :class target as a String, not: #{@target_list[:class].class.inspect}"
end
@target_list[:class].split(" ").each do |the_classname|
if the_classname.size > 0
found_list = `document.getElementsByClassName(#{the_classname})`
found_length = `#{found_list}.length`.to_i
if found_length > 0
(0..(found_length - 1)).each do |the_index|
the_element = `#{found_list}.item(#{the_index})`
unless @targets.include?(the_element)
@targets << the_element
end
end
end
end
end
end
#
if the_method == :objects
# provide a list of UUIDs of components to include as targets
unless @target_list[:objects].is_a?(::Array)
raise Exception, "You MUST provide :object target list as an Array, not: #{@target_list[:objects].class.inspect}"
end
@target_list[:objects].each do |the_reference|
found_object = GxG::DISPLAY_DETAILS[:object].find_object(the_reference.to_s.to_sym)
if found_object
element_id = `#{found_object.element}.attributes.getNamedItem('id') || 0`
unless `#{element_id} == 0`
found_element = `document.getElementById(#{element_id})`
if found_element
unless @targets.include?(found_element)
@targets << found_element
end
end
end
end
end
end
if the_method == :elements
# provide a list of native elements to include as targets
unless @target_list[:elements].is_a?(::Array)
raise Exception, "You MUST provide :elements target list as an Array, not: #{@target_list[:elements].class.inspect}"
end
@target_list[:elements].each do |the_element|
element_id = `#{the_element}.attributes.getNamedItem('id') || 0`
unless `#{element_id} == 0`
element_id = `#{element_id}.value`
found_element = `document.getElementById(#{element_id})`
if found_element
unless @targets.include?(found_element)
@targets << found_element
end
end
end
end
end
if the_method == :assets
# Future expansion
end
end
# DEBUG:
unless @targets.size > 0
puts "No valid targets resulted."
end
@targets.each do |the_element|
`#{native_targets}.push(#{the_element})`
end
#
if @origin.is_a?(::Hash)
if @origin.size > 0
from_state = {}
@origin.each_pair do |the_key, the_value|
# key translations:
if the_key == :attribue || the_key == "attribute"
new_key = :attr
else
new_key = the_key
end
#
from_state[(new_key)] = the_value
end
else
from_state = nil
end
else
from_state = nil
end
#
if @destination.size > 0
to_state = {}
@destination.each_pair do |the_key, the_value|
# key translations:
if the_key == :attribue || the_key == "attribute"
new_key = :attr
else
new_key = the_key
end
#
to_state[(new_key)] = the_value
end
else
raise Exception, "You MUST define a valid :destination state. not: #{@destination.inspect}"
end
#
if @options.is_a?(::Hash)
if @options.size > 0
options = {}
callback_map = {:animationstart => :start, :animationend => :complete, :animationiteration => :update, :animationstop => :stop, :animationpause => :pause, :animationresume => :resume}
@options.each_pair do |the_key, the_value|
# Key translations:
if callback_map.keys.include?(the_key)
# include handlers
new_key = callback_map[(the_key)]
#
if @event_handlers[(the_key)].respond_to?(:call)
# FIXME
# puts "Setting callback for: #{new_key.inspect}"
options[(new_key)] = @event_handlers[(the_key)]
end
else
unless [:start_time].include?(the_key)
# TODO: research ALL options and only allow valid options to be set.
options[(the_key)] = the_value
end
end
end
else
options = nil
end
else
options = nil
end
#
@tweens = []
# FIXME:
# puts "Compiling Options: #{options.inspect}"
@targets.each do |the_target|
if from_state
if options
@tweens << `KUTE.fromTo(#{the_target}, #{from_state.to_n}, #{to_state.to_n}, #{options.to_n})`
else
@tweens << `KUTE.fromTo(#{the_target}, #{from_state.to_n}, #{to_state.to_n})`
end
else
if options
@tweens << `KUTE.to(#{the_target},#{to_state.to_n}, #{options.to_n})`
else
@tweens << `KUTE.to(#{the_target},#{to_state.to_n})`
end
end
end
#
result = true
rescue Exception => the_error
log_error({:error => the_error})
@targets = nil
@tweens = []
end
result
end
#
def start(the_time=nil)
unless @tweens.size > 0
self.compile
end
unless the_time.is_a?(::Numeric)
the_time = `window.performance.now()`
end
if @tweens.size > 0
@tweens.each do |the_tween|
`#{the_tween}.start(#{the_time})`
end
end
end
#
def stop()
if @tweens.size > 0
@tweens.each do |the_tween|
`#{the_tween}.stop()`
end
end
end
#
def pause()
if @tweens.size > 0
@tweens.each do |the_tween|
`#{the_tween}.pause()`
end
end
end
#
def resume()
if @tweens.size > 0
@tweens.each do |the_tween|
`#{the_tween}.resume()`
end
end
end
#
def included()
# return a list of all page components included in this animation
result = []
if @targets
@targets.each do |the_element|
element_id = `#{the_element}.attributes.getNamedItem('id') || 0`
unless `#{element_id} == 0`
element_id = `#{element_id}.value`
found_object = GxG::DISPLAY_DETAILS[:object].find_child(element_id.to_s)
if found_object
result << found_object
end
end
end
end
result
end
#
def each_included(&block)
if block.respond_to?(:call)
self.included.each do |the_object|
block.call(the_object)
end
else
self.included.each
end
end
# send events to all target components (not their elements)
def broadcast(the_method=nil, the_parameters=nil)
self.each_included do |the_object|
the_object.send(the_method, the_parameters)
end
end
#
end
# --------------------------------------------------------------------------------------------------------------------------------------
module AnimationSupport
#
def animate(animation_parameters=nil)
if animation_parameters[:destination].is_any?(::Hash, ::GxG::Database::DetachedHash)
the_animation = ::GxG::Gui::Vdom::Animation.new({:targets => {:elements => [(self.element)]}, :origin => animation_parameters[:origin], :destination => animation_parameters[:destination], :options => animation_parameters[:options]})
start_time = `window.performance.now()`
if animation_parameters[:options].is_any?(::Hash, ::GxG::Database::DetachedHash)
start_time = animation_parameters[:options][:start_time]
end
# FIXME:
# GxG::ANIMATION[:animations][(the_animation.uuid)] = the_animation
#
the_animation.compile
the_animation.start(start_time)
true
else
log_warn("Ignoring invalid animation: NO valid :destination state specified (required). not: #{animation_parameters[:destination].inspect}")
false
end
end
# ------------------------------------------------------------------------------
def show(transition_parameters=nil,&block)
if transition_parameters.is_any?(::Hash, ::GxG::Database::DetachedHash)
if transition_parameters.is_a?(::GxG::Database::DetachedHash)
transition_parameters = transition_parameters.unpersist
end
#
if transition_parameters[:destination].is_a?(::Hash)
if transition_parameters[:destination][:opacity].is_a?(::Numeric)
if transition_parameters[:origin].is_a?(::Hash)
if transition_parameters[:origin][:opacity].is_a?(::Numeric)
self.merge_style({:opacity => transition_parameters[:origin][:opacity]})
else
self.merge_style({:opacity => 0})
end
else
self.merge_style({:opacity => 0})
end
end
end
self.set_state(:hidden, false)
if block.respond_to?(:call)
unless transition_parameters[:options]
transition_parameters[:options] = {}
end
transition_parameters[:options][:animationend] = Proc.new do
block.call()
end
end
#
self.animate(transition_parameters)
else
self.set_state(:hidden, false)
if block.respond_to?(:call)
block.call()
end
end
# GxG::DISPLAY_DETAILS[:object].layout_refresh
::GxG::Gui::layout_refresh
true
end
#
def hide(transition_parameters=nil,&block)
if transition_parameters.is_any?(::Hash, ::GxG::Database::DetachedHash)
if transition_parameters.is_a?(::GxG::Database::DetachedHash)
transition_parameters = transition_parameters.unpersist
end
if block.respond_to?(:call)
unless transition_parameters[:options]
transition_parameters[:options] = {}
end
transition_parameters[:options][:animationend] = Proc.new do
self.set_state(:hidden, true)
block.call()
end
else
set_state = nil
if transition_parameters[:options]
if transition_parameters[:options][:animationend].respond_to?(:call)
old_complete = transition_parameters[:options][:animationend]
set_state = Proc.new do
old_complete.call()
self.set_state(:hidden, true)
end
else
set_state = Proc.new do
self.set_state(:hidden, true)
end
end
else
transition_parameters[:options] = {}
set_state = Proc.new do
self.set_state(:hidden, true)
end
end
if set_state
unless transition_parameters[:options].is_a?(::Hash)
transition_parameters[:options] = {}
end
transition_parameters[:options][:animationend] = set_state
end
end
#
self.animate(transition_parameters)
else
self.set_state(:hidden, true)
if block.respond_to?(:call)
block.call()
end
end
# GxG::DISPLAY_DETAILS[:object].layout_refresh
::GxG::Gui::layout_refresh
true
end
#
end
# --------------------------------------------------------------------------------------------------------------------------------------
module ApplicationSupport
#
def find_parent_type(the_type=nil)
# return the first parent of type: the_type (Class, String, Symbol)
result = nil
if the_type.is_any?(::Class, ::String, ::Symbol)
if the_type.is_any?(::String, ::Symbol)
the_type = GxG::Gui::component_class(the_type.to_s.to_sym)
end
if the_type.is_a?(::Class)
search_queue = [(self)]
while search_queue.size > 0 do
entry = search_queue.shift
if entry
if entry.is_a?(the_type)
result = entry
break
end
search_queue << entry.parent
end
end
end
end
result
end
#
def viewport()
# find nearest viewport in object heirarchy.
self.find_parent_type(::GxG::Gui::ApplicationViewport)
end
#
def tree_node()
# find nearest :tree_node parent in object heirarchy.
self.find_parent_type(::GxG::Gui::TreeNode)
end
#
def tree()
# find nearest :tree parent in object heirarchy.
self.find_parent_type(::GxG::Gui::Tree)
end
#
def window()
# find nearest window in object heirarchy.
self.find_parent_type(::GxG::Gui::Window)
end
#
def find_parent(the_reference=nil)
result = nil
if GxG::valid_uuid?(the_reference)
uuid_check = true
else
uuid_check = false
end
search_queue = [(self.parent)]
while search_queue.size > 0 do
entry = search_queue.shift
if entry
if uuid_check
if entry.uuid == the_reference
result = entry
break
end
else
if entry.title == the_reference
result = entry
break
end
end
unless result
search_queue << entry.parent
end
end
end
result
end
#
def find_child_type(the_type=nil)
# return the first parent of type: the_type (Class, String, Symbol)
result = nil
if the_type.is_any?(::Class, ::String, ::Symbol)
if the_type.is_any?(::String, ::Symbol)
the_type = GxG::Gui::component_class(the_type.to_s.to_sym)
end
if the_type.is_a?(::Class)
search_queue = self.children.values
while search_queue.size > 0 do
entry = search_queue.shift
if entry
if entry.is_a?(the_type)
result = entry
break
end
end
end
end
end
result
end
#
def find_child(the_reference=nil)
result = nil
if GxG::valid_uuid?(the_reference)
uuid_check = true
else
uuid_check = false
end
search_queue = self.children.values
while search_queue.size > 0 do
entry = search_queue.shift
if entry
if uuid_check
if entry.uuid == the_reference
result = entry
break
end
else
if entry.title == the_reference
result = entry
break
end
end
unless result
entry.children.values.each do |the_child|
search_queue << the_child
end
end
end
end
result
end
#
def find_peer(the_reference=nil)
self.parent.find_child(the_reference)
end
#
end
# --------------------------------------------------------------------------------------------------------------------------------------
module ThemeSupport
def theme_icon(image_name=nil)
GxG::DISPLAY_DETAILS[:object].theme_icon(image_name)
end
#
def theme_background(image_name=nil)
GxG::DISPLAY_DETAILS[:object].theme_background(image_name)
end
#
def theme_widget(image_name=nil)
GxG::DISPLAY_DETAILS[:object].theme_widget(image_name)
end
#
def theme_font(font_name=nil)
GxG::DISPLAY_DETAILS[:object].theme_font(font_name)
end
# Asset retrieval support:
def site_asset(asset_path=nil)
GxG::DISPLAY_DETAILS[:object].site_asset(asset_path)
end
end
# --------------------------------------------------------------------------------------------------------------------------------------
#
# Create DOM elements.
class Factory
attr_reader :body
# Creates the factory. Do not create a factory directly, instead
# call the 'factory' method that is available in all Ferro classes
#
# @param [Object] target The Ruby class instance
# @param [Compositor] compositor A style-compositor object or nil
def initialize(target)
@body = `document.body`
%x{
while (document.body.firstChild) {
document.body.removeChild(document.body.firstChild);
};
}
# composite_classes(target, @body, false)
end
# Create a DOM element.
#
# @param [Object] target The Ruby class instance
# @param [String] type Type op DOM element to create
# @param [String] parent The Ruby parent element
# @param [Hash] options Options to pass to the element.
# See FerroElementary::add_child
# @return [String] the DOM element
def create_element(target, type, parent, options = {})
# Create element
if type == :body
element = `document.body`
else
element = `document.createElement(#{type})`
end
# Add element to DOM
unless type == :body
if options[:prepend] == true
`#{parent.element}.insertBefore(#{element}, #{options[:prepend].element})`
else
`#{parent.element}.appendChild(#{element})`
end
end
# if !@compositor
# # Add ruby class to the node
`#{element}.classList.add(#{dasherize(target.class.name)})`
# # Add ruby superclass to the node to allow for more generic styling
# if target.class.superclass != BaseElement
# `#{element}.classList.add(#{dasherize(target.class.superclass.name)})`
# end
# else
# # Add classes defined by compositor
# composite_classes(target, element, target.class.superclass != BaseElement)
# end
# Set ruby object_id as default element id
if !options.has_key?(:id)
`#{element}.id = #{target.uuid.to_s}`
end
# Set attributes
# Review : alter to support set_attribute toolbox and Foundation
options.each do |name, value|
case name
when :prepend
nil
when :content
`#{element}.appendChild(document.createTextNode(#{value}))`
else
`#{element}.setAttribute(#{name}, #{value})`
end
end
element
end
# Convert a Ruby classname to a dasherized name for use with CSS.
#
# @param [String] class_name The Ruby class name
# @return [String] CSS class name
def dasherize(class_name)
the_name = class_name.gsub("::","-").downcase.gsub("_","-")
if the_name[0] == "-"
the_name = the_name[(1..-1)]
end
the_name
end
# Convert a CSS classname to a camelized Ruby class name.
#
# @param [String] class_name CSS class name
# @return [String] A Ruby class name
def camelize(class_name)
return class_name if class_name !~ /-/
class_name.gsub(/(?:-|(\/))([a-z\d]*)/) { "#{$1}#{$2.capitalize}" }.strip
end
# Convert a state-name to a list of CSS class names.
#
# @param [String] class_name Ruby class name
# @param [String] state State name
# @return [String] A list of CSS class names
# def composite_state(class_name, state)
# if @compositor
# list = @compositor.css_classes_for("#{class_name}::#{state}")
# return list if !list.empty?
# end
# [ dasherize(state) ]
# end
# Internal method
# Composite CSS classes from Ruby class name
# def composite_classes(target, element, add_superclass)
# if @compositor
# composite_for(target.class.name, element)
# if add_superclass
# composite_for(target.class.superclass.name, element)
# end
# end
# end
# Internal method
# def composite_for(classname, element)
# @compositor.css_classes_for(classname).each do |name|
# `#{element}.classList.add(#{name})`
# end
# end
end
# End Factory
class BaseElement
include GxG::Gui::Vdom::ElementMethods
include GxG::Gui::Vdom::EventHandlers
include GxG::Gui::Vdom::AnimationSupport
include GxG::Gui::Vdom::ApplicationSupport
include GxG::Gui::Vdom::ThemeSupport
attr_reader :uuid, :title, :component, :parent, :children, :element, :domtype, :settings
def set_settings(the_settings=nil)
@settings = the_settings
end
alias :settings= :set_settings
# Create the element and continue the creation
# process (casading).
# Ferro elements should not be instanciated directly. Instead the
# parent element should call the add_child method.
#
# @param [String] parent The parent Ruby element
# @param [Hash] options Any options for the creation process
def initialize(parent, options={}, other_data={})
if options.is_a?(GxG::Database::DetachedHash)
# ??? @uuid = options.uuid.to_s.to_sym
@uuid = ::GxG::uuid_generate().to_s.to_sym
if options[:title].to_s.size > 0
if options[:title].to_s.include("Untitled ")
@title = "Untitled Component #{@uuid.to_s}"
else
@title = options[:title].to_s
end
else
@title = options.title.to_s
end
else
# ??? @uuid = (options[:uuid] || ::GxG::uuid_generate()).to_s.to_sym
@uuid = ::GxG::uuid_generate().to_s.to_sym
@title = (options[:title] || "Untitled Component #{@uuid.to_s}").to_s
end
@component = (options[:component] || :unknown).to_s.downcase.to_sym
@parent = parent
#
if options[:settings].is_a?(GxG::Database::DetachedHash, GxG::Database::PersistedHash)
@settings = options[:settings].unpersist
else
if options[:settings].is_a?(::Hash)
@settings = options[:settings]
else
@settings = {}
end
end
# if options.respond_to?(:uuid)
# @settings[:template] = options.uuid.to_s.to_sym
# else
# @settings[:template] = nil
# end
#
if other_data[:application]
@application = other_data[:application]
else
@application = nil
end
@children = {}
@element = nil
@domtype = :div
# ### CSS states
@states = {}
@states[(@component.to_s.gsub(".","-").to_sym)] = true
if options[:options].is_any?(::Hash, GxG::Database::DetachedHash)
if options[:options][:states].is_any?(::Array, GxG::Database::DetachedArray)
options[:options][:states].each do |the_state|
@states[(the_state.to_s.to_sym)] = true
end
end
end
# ### Style
@style = {}
if options[:options].is_a?(::Hash, GxG::Database::DetachedHash)
if options[:options][:style].is_a?(::Hash, GxG::Database::DetachedHash)
@style = options[:options][:style]
end
end
# ### Other Attributes
@options = {}
if options[:options].is_a?(::Hash, GxG::Database::DetachedHash)
options[:options].each_pair do |the_option, the_value|
unless [:"background-color", :icon, :label, :data, :content, :uuid, :title, :opacity, :window_title, :menu, :top, :right, :bottom, :left, :height, :width, :close, :minimize, :maximize, :resize, :scroll, :modal, :track, :states, :style].include?(the_option.to_s.to_sym)
@options[(the_option.to_s.to_sym)] = the_value.to_s
end
end
end
# Event Stuff
@event_handlers = {}
@event_listeners = {}
#
creation
#
if options[:options].is_a?(::Hash, GxG::Database::DetachedHash)
if options[:content].is_a?(::String)
self.set_text(options[:content])
end
end
# Review : return self ??
self
end
#
def parent()
@parent
end
# Searches the element hierarchy upwards until the root element is found.
def root
result = nil
search_queue = [(@parent)]
while search_queue.size > 0 do
entry = search_queue.shift
if entry
if entry.component == :page
result = entry
break
else
search_queue << entry.parent()
end
end
end
result
end
# Searches the element hierarchy upwards until the factory is found
def factory
self.root.factory
end
#
def build(content_manifest=nil, options={})
page.build_components(self, content_manifest, options)
end
#
end
# End BaseElement
class BaseInputElement < ::GxG::Gui::Vdom::BaseElement
def _before_create
super()
@domtype = :input
@options[:type] ||= :text
if @options[:content]
@options[:value] = @options.delete(:content)
end
@disabled = @options[:disabled] || false
end
# Getter method for input value.
def value
`#{@element}.value`
end
# Setter method for input value.
def value=(value)
`#{@element}.value = #{value}`
end
#
def _after_create
super()
if @disabled
disable
end
end
# Disable this input.
def disable
set_attribute(:disabled, "disabled")
end
# Enable this input.
def enable
clear_attribute(:disabled)
end
end
# End BaseInputElement
class BaseClickableElement < ::GxG::Gui::Vdom::BaseInputElement
def _before_create
super()
# on(:click) do |event|
# `document.activeElement.blur()`
# end
end
# Review : alter default click behavior ?? Requires setting on(:click);`document.activeElement.blur()`;end sequence.
end
# End BaseClickableElement
#
# This is the entry point for any Ferro application.
# It represents the top level object of the
# Master Object Model (MOM).
# There should be only one class that inhertits
# from FerroDocument in an application.
# This class attaches itself to the DOM
# `document.body` object.
# Any existing child nodes of `document.body` are removed.
class Page
include GxG::Gui::Vdom::ElementMethods
include GxG::Gui::Vdom::EventHandlers
include GxG::Gui::Vdom::AnimationSupport
include GxG::Gui::Vdom::ApplicationSupport
include GxG::Gui::Vdom::ThemeSupport
# Universal attribute readers:
attr_reader :uuid, :title, :component, :parent, :children, :domtype, :settings
def set_settings(the_settings=nil)
@settings = the_settings
end
alias :settings= :set_settings
# Page-specific attribute readers (if not covered by a method):
# ### Loading Libraries
def get_library(the_reference=nil)
result = nil
if the_reference.is_any?(::Hash, ::GxG::Database::DetachedHash)
GxG::APPLICATIONS[:libraries].values.each do |the_library|
if the_library.title == the_reference[:library].to_s && the_library.type == (the_reference[:type] || the_library.type)
if the_reference[:maximum]
if ((the_reference[:minimum].to_f)..(the_reference[:maximum].to_f)).include?(the_library.version)
result = the_library
break
end
else
if the_library.version >= the_reference[:minimum].to_f
result = the_library
break
end
end
end
end
else
if GxG::APPLICATIONS[:libraries][(the_reference.to_s.to_sym)]
result = GxG::APPLICATIONS[:libraries][(the_reference.to_s.to_sym)]
else
GxG::APPLICATIONS[:libraries].values.each do |the_library|
if the_library.title == the_reference
result = the_library
break
end
end
end
end
result
end
#
def library_loaded?(the_reference=nil)
if the_reference.is_any?(::Hash, ::GxG::Database::DetachedHash)
found = false
GxG::APPLICATIONS[:libraries].values.each do |the_library|
if the_library.title == the_reference[:library].to_s && the_library.type == (the_reference[:type] || the_library.type).to_s
if the_reference[:maximum]
if ((the_reference[:minimum].to_f)..(the_reference[:maximum].to_f)).include?(the_library.version)
found = the_library.loaded?()
break
end
else
if the_library.version >= the_reference[:minimum].to_f
found = the_library.loaded?()
break
end
end
end
end
found
else
if GxG::APPLICATIONS[:libraries][(the_reference.to_s.to_sym)]
true
else
found = false
GxG::APPLICATIONS[:libraries].values.each do |the_library|
if the_library.title == the_reference
found = the_library.loaded?()
break
end
end
found
end
end
end
#
def load_library(criteria=nil, &block)
if criteria.is_any?(::Hash, ::GxG::Database::DetachedHash)
# {:library => "lib-name", :manifest => true/false, :dependencies => true/false, :minimum => 0.0, :maximum => 0.0, :loaded => [<UUID>...]}
if criteria[:maximum]
maximum = criteria[:maximum].to_f
else
maximum = nil
end
GxG::CONNECTION.library_pull({:library => criteria[:library].to_s, :type => (criteria[:type] || "text/ruby").to_s, :minimum => (criteria[:minimum] || 0.0).to_f, :maximum => maximum,:dependencies => true, :loaded => GxG::APPLICATIONS[:libraries].keys}) do |response|
# process response[:result]
if response.is_a?(::Hash)
if response[:result].is_a?(::Array)
response[:result].each do |the_record|
unless GxG::APPLICATIONS[:libraries].keys.include?(the_record[:uuid].to_s.to_sym)
definition = the_record[:data]
if definition.is_a?(::String)
if definition.base64?
definition = definition.decode64
end
if definition.json?
definition = ::JSON::parse(definition,{:symbolize_names => true})
end
if definition.is_a?(::Hash)
definition = ::GxG::Database::process_import(definition)
end
if definition.is_a?(::GxG::Database::DetachedHash)
GxG::APPLICATIONS[:libraries][(the_record[:uuid].to_s.to_sym)] = ::GxG::Library.new(definition)
if block.respond_to?(:call)
block.call(GxG::APPLICATIONS[:libraries][(the_record[:uuid].to_s.to_sym)])
end
end
end
end
end
end
end
end
#
end
end
#
def load_libraries(load_queue=[], &block)
result = true
if load_queue.is_any?(::Array, ::GxG::Database::DetachedArray)
load_queue.each do |the_requirement|
GxG::DISPLAY_DETAILS[:object].load_library(the_requirement) do |the_library|
unless the_library.loaded?
log_warn("Unable to load library: #{the_library.title}")
result = false
break
end
end
end
#
end
if block.respond_to?(:call)
block.call(result)
end
result
end
# ### Application Supports:
def application_open(specifier={}, parameters={})
result = false
if specifier.is_a?(::Hash)
error_hander = Proc.new {
# self.set_busy(false)
}
self.set_busy(true)
GxG::CONNECTION.application_open(specifier,error_hander) do |app_stub|
if app_stub.is_a?(::Hash)
if app_stub[:result].is_a?(::Hash)
GxG::CONNECTION.pull_object(app_stub[:result][:location]) do |source_object|
GxG::APPLICATIONS[:processes][(app_stub[:result][:application].to_s.to_sym)] = GxG::Application.new(app_stub[:result].merge({:source => source_object}))
#
result = GxG::APPLICATIONS[:processes][(app_stub[:result][:application].to_s.to_sym)].run(parameters)
#
self.set_busy(false)
end
else
log_warn('Error opening Application: ' + app_stub.inspect)
end
else
log_warn("Malformed response: #{app_stub.inspect}")
end
end
else
log_warn("Invalid Argument: #{specifier.inspect}")
end
result
end
# ### Theme Supports:
def site_asset(asset_path=nil)
if (`window.location['href']`).include?("https://")
host_prefix = ("https://" + `window.location['host']`)
else
host_prefix = ("http://" + `window.location['host']`)
end
if ::GxG::CONNECTION.relative_url().to_s[0] != "/"
host_prefix = (host_prefix + "/")
end
if asset_path
(host_prefix + File.expand_path((::GxG::CONNECTION.relative_url().to_s + "/" + asset_path.to_s)))
else
""
end
end
#
def theme_icon(image_name=nil)
if image_name
(@theme_prefix + "/icons/" + image_name.to_s)
else
""
end
end
#
def theme_background(image_name=nil)
if image_name
(@theme_prefix + "/backgrounds/" + image_name.to_s)
else
""
end
end
#
def theme_widget(image_name=nil)
if image_name
(@theme_prefix + "/widgets/" + image_name.to_s)
else
""
end
end
#
def theme_font(font_name=nil)
if font_name
(@theme_prefix + "/fonts/" + font_name.to_s)
else
""
end
end
#
def theme_window_title_layout()
{:left => [:close, :minimize, :maximize], :center => [:title], :right => []}
end
# ### Component Building
def build_components(root_object=nil, content_manifest=nil, options={})
result = false
#
unless root_object
root_object = ::GxG::DISPLAY_DETAILS[:object]
end
#
if root_object && content_manifest.is_any?(::Array, ::GxG::Database::DetachedArray)
build_queue = [{:parent => root_object, :content => content_manifest}]
while build_queue.size > 0 do
record = build_queue.shift
if record
record[:content].each do |the_entry|
if the_entry.is_any?(::GxG::Database::DetachedHash, ::GxG::Database::PersistedHash)
new_object = record[:parent].add_child(the_entry, options.merge({:template_uuid => the_entry.uuid}))
else
new_object = record[:parent].add_child(the_entry, options)
end
if the_entry[:content].size > 0
build_queue << {:parent => new_object, :content => the_entry[:content]}
end
# Link viewport to provided application
if the_entry[:component].to_s.downcase.to_sym == :"org.gxg.gui.application.viewport" && options[:application]
new_object.set_application(options[:application])
unless options[:application].get_viewport(new_object.uuid)
options[:application].link_viewport(new_object)
end
end
# Link window to provided application
if the_entry[:component].to_s.downcase.to_sym == :"org.gxg.gui.window" && options[:application]
options[:application].link_window(new_object)
new_object.set_application(options[:application])
end
# Link dialog_box to provided application
if the_entry[:component].to_s.downcase.to_sym == :"org.gxg.gui.window.dialog" && options[:application]
new_object.set_application(options[:application])
end
# Link org.gxg.gui.menu.bar to provided application
if the_entry[:component].to_s.downcase.to_sym == :"org.gxg.gui.menu.bar" && options[:application]
new_object.set_application(options[:application])
end
# Link org.gxg.gui.menu to provided application
if the_entry[:component].to_s.downcase.to_sym == :"org.gxg.gui.menu" && options[:application]
new_object.set_application(options[:application])
end
# Window Content Tracking
if record[:parent].is_a?(::GxG::Gui::Window)
if the_entry[:options][:track]
record[:parent].track_deltas(new_object.uuid, new_object, the_entry[:options][:track])
end
end
end
end
end
result = true
end
#
result
end
#
def build(content_manifest=nil, options={})
self.build_components(self, content_manifest, options)
end
# ### Page Building
def build_page(page_definition=nil)
# ### Example page_definition :
# page_format = {
# :component => "page",
# :requirements => [],
# :auto_start => [],
# :settings => {:page_title => "Untitled Page", :theme => "default", :accesskey => "", :contenteditable => false, :dir => "ltr", :draggable => false, :dropzone => "", :lang => "en", :spellcheck => false, :translate => "no"},
# :options => {:style => {}, :states => ["page"], :tabindex => 0},
# :script => "",
# :content => []
# }
#
if page_definition.is_any?(::GxG::Database::DetachedHash, ::GxG::Database::DetachedHash)
# ### Universal component attributes:
@element = `document.body`
@settings = page_definition[:settings]
@theme_prefix = (::GxG::CONNECTION.relative_url() + "/themes/#{(@settings[:theme] || 'default')}")
@uuid = page_definition.uuid.to_s.to_sym
`#{@element}.id = #{@uuid.to_s}`
@title = @settings[:page_title].to_s
`document.title = #{@title.to_s}`
@component = :"org.gxg.gui.page"
@parent = self
@children = {}
@domtype = :body
# ### CSS states
@states = {:"org-gxg-gui-page" => true}
if page_definition[:options].is_any?(::Hash, ::GxG::Database::DetachedHash, ::GxG::Database::DetachedHash)
if page_definition[:options][:states].is_any?(::Array, ::GxG::Database::PersistedArray, ::GxG::Database::DetachedArray)
page_definition[:options][:states].each do |the_state|
@states[(the_state.to_s.to_sym)] = true
end
end
end
# ### Style
@style = {}
if page_definition[:options].is_any?(::Hash, ::GxG::Database::DetachedHash, ::GxG::Database::DetachedHash)
if page_definition[:options][:style].is_any?(::Hash, ::GxG::Database::DetachedHash, ::GxG::Database::DetachedHash)
@style = page_definition[:options][:style]
end
end
# ### Other Attributes
@options = {}
if page_definition[:options].is_any?(::Hash, ::GxG::Database::DetachedHash, ::GxG::Database::DetachedHash)
page_definition[:options].each_pair do |the_option, the_value|
unless [:"background-color", :data, :icon, :label, :content, :uuid, :title, :opacity, :window_title, :menu, :top, :right, :bottom, :left, :height, :width, :close, :minimize, :maximize, :resize, :scroll, :modal, :track, :states, :style].include?(the_option.to_s.to_sym)
@options[(the_option.to_s.to_sym)] = the_value.to_s
end
end
end
# ### Event Stuff
@event_handlers = {}
@event_listeners = {}
# ### Commit Base Page Build
creation
# ### Set Script if any
if page_definition[:script].is_a?(::String)
if page_definition[:script].size > 0
self.set_script(page_definition[:script])
end
end
# ### Commit Component Builds
self.build_components(self, page_definition[:content])
#
end
end
# Create the document and start the creation process (casading).
def initialize(page_definition=nil)
::GxG::DISPLAY_DETAILS[:object] = self
::GxG::DISPLAY_DETAILS[:object].on :onbeforeunload do |event|
::GxG::DISPLAY_DETAILS[:socket].close
# ::GxG::CONNECTION.close
end
::GxG::DISPLAY_DETAILS[:object].on :beforeunload do |event|
::GxG::DISPLAY_DETAILS[:socket].close
# ::GxG::CONNECTION.close
end
::GxG::DISPLAY_DETAILS[:object].on :onunload do |event|
::GxG::DISPLAY_DETAILS[:socket].close
# ::GxG::CONNECTION.close
end
@theme_prefix = (::GxG::CONNECTION.relative_url() + "/themes/#{::GxG::DISPLAY_DETAILS[:theme]}")
@settings = nil
@busy = false
@window_switcher = nil
@window_registry = {}
@dialog = nil
@dialog_queue = []
@title_registry = {}
self.build_page(page_definition)
# Page-specific attributes:
# Review : go over object formats again and then lay out additional instance vars.
#
self
end
# ### Object Registration and Search
def find_object_by_dom_id(the_id=nil)
result = nil
if the_id.is_a?(::Numeric)
the_id = ("_" + the_id.to_i.to_s())
else
the_id = the_id.to_s
end
search_queue = [(self)]
while search_queue.size > 0 do
entry = search_queue.shift
attrib = `#{entry.element()}.attributes.getNamedItem('id') || 0`
unless `#{attrib} == 0`
attrib = `#{attrib}.value`
if `(#{attrib.to_s} == #{the_id.to_s})`
result = entry
break
end
end
if entry.respond_to?(:children)
entry.children.keys.each do |the_child_key|
attrib = `#{entry.children[(the_child_key)].element()}.attributes.getNamedItem('id') || 0`
unless `#{attrib} == 0`
attrib = `#{attrib}.value`
if `(#{attrib.to_s} == #{the_id.to_s})`
result = entry.children[(the_child_key)]
break
else
search_queue << entry.children[(the_child_key)]
end
end
end
end
end
result
end
#
def find_object(object_name=nil)
result = nil
search_queue = [(self)]
while search_queue.size > 0 do
entry = search_queue.shift
if entry.respond_to?(:children)
if entry.children[(object_name)]
result = entry.children[(object_name)]
break
else
entry.children.keys.each do |the_child|
search_queue << entry.children[(the_child)]
end
end
end
end
result
end
#
def find_object_by(the_title=nil)
result = nil
if GxG::valid_uuid?(the_title)
uuid_check = true
else
uuid_check = false
end
@title_registry.keys.each do |the_uuid|
if uuid_check == true
if @title_registry[(the_uuid)].to_s.include?(the_title.to_s)
result = self.find_object(the_uuid)
break
end
else
if the_title == @title_registry[(the_uuid)]
result = self.find_object(the_uuid)
break
end
end
end
result
end
#
def register_object(the_title=nil, the_object=nil)
if the_title && the_object
@title_registry[(the_object.uuid)] = the_title.to_s
true
else
false
end
end
#
def unregister_object(the_title=nil)
if the_title
the_object = self.find_object_by(the_title)
if the_object
if the_object.is_a?(::GxG::Gui::ApplicationViewport)
the_object.detach()
end
@title_registry.delete(the_object.uuid)
end
true
else
false
end
end
# Returns the one and only instance of the factory.
def factory
@factory ||= GxG::Gui::Vdom::Factory.new(self)
end
# Returns the DOM element.
def element()
factory.body
end
def parent()
self
end
# The document class is the root element.
def root()
self
end
#
# ### Display Helpers
def domclear()
%x{
while (document.body.firstChild) {
document.body.removeChild(document.body.firstChild);
};
}
true
end
#
def clear()
self.all_descendants do |the_child|
the_child.remove_listeners()
end
self.remove_listeners()
self.each_child do |the_child|
the_child.destroy()
end
the_attributes = `document.body.getAttributeNames()`
the_attributes.each do |the_attribute|
self.clear_attribute(the_attribute)
end
true
end
#
end
# End Page
def self.load_page(page_object=nil)
if ::GxG::DISPLAY_DETAILS[:object].is_any?(::GxG::Gui::Page, ::GxG::Gui::Vdom::Page)
::GxG::DISPLAY_DETAILS[:object].clear()
::GxG::Gui::Vdom::clear_rules()
::GxG::Gui::Vdom::refresh_css_cache()
#
end
# Load current theme CSS rules
the_theme = (page_object[:settings][:theme] || "default")
::GxG::CONNECTION.pull_object("/Public/www/content/themes/#{the_theme}") do |response|
if response.is_a?(::Array)
# puts "Response (Theme Load): #{response.inspect}"
# Resources
response[0][:resources].each do |resource_profile|
if resource_profile[:resource_type] == "font-face"
::GxG::Gui::Vdom::load_font(resource_profile)
end
end
# Rules
# puts "set css rules"
response[0][:rules].each_pair do |rule_name, rule_properties|
::GxG::Gui::Vdom::set_rule(rule_name, rule_properties)
end
# Build Page
# puts "build page"
if ::GxG::DISPLAY_DETAILS[:object].is_any?(::GxG::Gui::Page, ::GxG::Gui::Vdom::Page)
::GxG::DISPLAY_DETAILS[:object].build_page(page_object)
else
::GxG::DISPLAY_DETAILS[:object] = ::GxG::Gui::Page.new(page_object)
end
# self.layout_refresh
::GxG::Gui::layout_refresh
else
log_error({:error => Exception.new("Invalid theme object as response.")})
end
end
# Load Libraries
# puts "load libraries"
if page_object[:requirements].is_any?(::Array, ::GxG::Database::DetachedArray, ::GxG::Database::PersistedArray)
if page_object[:requirements].size > 0
self.load_libraries(page_object[:requirements])
end
end
# Load Applications
# puts "launch applications"
if page_object[:auto_start].is_any?(::Array, ::GxG::Database::DetachedArray, ::GxG::Database::PersistedArray)
if page_object[:auto_start].size > 0
page_object[:auto_start].each do |the_requirement|
self.application_open({:name => the_requirement[:name], :restore => true})
end
end
end
#
true
end
#
def self.navigate_to(the_location="")
# ### Fetch page content and set build options
#
if ::GxG::CONNECTION.relative_url().to_s.size > 0
request_path = the_location[(::GxG::CONNECTION.relative_url().size)..-1]
else
request_path = the_location
end
if request_path == "/" || request_path == ""
request_path = "/index"
end
unless request_path[0] == "/"
request_path = ("/" + request_path)
end
::GxG::DISPLAY_DETAILS[:host_path] = request_path
if GxG::PAGES[(request_path)]
GxG::Gui::Vdom::load_page(GxG::PAGES[(request_path)])
else
error_handler = Proc.new { |error|
log_error error.inspect
}
# Load Page Content
::GxG::CONNECTION.pull_object("/Public/www/content/pages#{request_path}",error_handler) do |response|
puts "Response (Page Load): #{response.inspect}"
if response.is_any?(::Array)
GxG::PAGES[(request_path)] = response[0]
GxG::Gui::Vdom::load_page(GxG::PAGES[(request_path)])
else
log_error({:error => Exception.new("Invalid page object as response.")})
end
# self.layout_refresh
::GxG::Gui::layout_refresh
end
end
#
end
end
end
end
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