module MultiXml::Parsers::Libxml2Parser
def each_attr(*)
def each_attr(*) raise(NotImplementedError, "inheritor should define #{__method__}") end
def each_child(*)
def each_child(*) raise(NotImplementedError, "inheritor should define #{__method__}") end
def node_name(*)
def node_name(*) raise(NotImplementedError, "inheritor should define #{__method__}") end
def node_to_hash(node, hash = {}) # rubocop:disable Metrics/AbcSize, Metrics/CyclomaticComplexity, Metrics/MethodLength
Hash to merge the converted element into.
hash::
The XML node object to convert to a hash.
node::
Convert XML document to hash
:nodoc:
def node_to_hash(node, hash = {}) # rubocop:disable Metrics/AbcSize, Metrics/CyclomaticComplexity, Metrics/MethodLength node_hash = {MultiXml::CONTENT_ROOT => ""} name = node_name(node) # Insert node hash into parent hash correctly. case hash[name] when Array hash[name] << node_hash when Hash hash[name] = [hash[name], node_hash] when NilClass hash[name] = node_hash end # Handle child elements each_child(node) do |c| if c.element? node_to_hash(c, node_hash) elsif c.text? || c.cdata? node_hash[MultiXml::CONTENT_ROOT] += c.content end end # Remove content node if it is empty node_hash.delete(MultiXml::CONTENT_ROOT) if node_hash[MultiXml::CONTENT_ROOT].strip.empty? # Handle attributes each_attr(node) do |a| key = node_name(a) v = node_hash[key] node_hash[key] = ((v) ? [a.value, v] : a.value) end hash end
def parse(_)
xml::
Parse an XML Document IO into a simple hash.
def parse(_) raise(NotImplementedError, "inheritor should define #{__method__}") end