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projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria_helpers/dc_post_processing.rb | HQMF2.DataCriteriaPostProcessing.handle_mapping_template | def handle_mapping_template(mapping)
if mapping
if mapping[:valueset_path] && @entry.at_xpath(mapping[:valueset_path])
@code_list_xpath = mapping[:valueset_path]
end
@value = DataCriteriaMethods.parse_value(@entry, mapping[:result_path]) if mapping[:result_path]
end
end | ruby | def handle_mapping_template(mapping)
if mapping
if mapping[:valueset_path] && @entry.at_xpath(mapping[:valueset_path])
@code_list_xpath = mapping[:valueset_path]
end
@value = DataCriteriaMethods.parse_value(@entry, mapping[:result_path]) if mapping[:result_path]
end
end | [
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria_helpers/dc_post_processing.rb | HQMF2.DataCriteriaPostProcessing.handle_derived_specific_occurrences | def handle_derived_specific_occurrences
return unless @definition == 'derived'
# remove "_source" from source data critera. It gets added in in SpecificOccurrenceAndSource but
# when it gets added we have not yet determined the definition of the data criteria so we cannot
# skip adding it. Determining the definition before SpecificOccurrenceAndSource processes doesn't
# work because we need to know if it is a specific occurrence to be able to figure out the definition
@source_data_criteria = @source_data_criteria.gsub("_source",'') if @source_data_criteria
# Adds a child if none exists (specifically the source criteria)
@children_criteria << @source_data_criteria if @children_criteria.empty?
return if @children_criteria.length != 1 ||
(@source_data_criteria.present? && @children_criteria.first != @source_data_criteria)
# if child.first is nil, it will be caught in the second statement
reference_criteria = @data_criteria_references[@children_criteria.first]
return if reference_criteria.nil?
@is_derived_specific_occurrence_variable = true # easier to track than all testing all features of these cases
@subset_operators ||= reference_criteria.subset_operators
@derivation_operator ||= reference_criteria.derivation_operator
@description = reference_criteria.description
@variable = reference_criteria.variable
end | ruby | def handle_derived_specific_occurrences
return unless @definition == 'derived'
# remove "_source" from source data critera. It gets added in in SpecificOccurrenceAndSource but
# when it gets added we have not yet determined the definition of the data criteria so we cannot
# skip adding it. Determining the definition before SpecificOccurrenceAndSource processes doesn't
# work because we need to know if it is a specific occurrence to be able to figure out the definition
@source_data_criteria = @source_data_criteria.gsub("_source",'') if @source_data_criteria
# Adds a child if none exists (specifically the source criteria)
@children_criteria << @source_data_criteria if @children_criteria.empty?
return if @children_criteria.length != 1 ||
(@source_data_criteria.present? && @children_criteria.first != @source_data_criteria)
# if child.first is nil, it will be caught in the second statement
reference_criteria = @data_criteria_references[@children_criteria.first]
return if reference_criteria.nil?
@is_derived_specific_occurrence_variable = true # easier to track than all testing all features of these cases
@subset_operators ||= reference_criteria.subset_operators
@derivation_operator ||= reference_criteria.derivation_operator
@description = reference_criteria.description
@variable = reference_criteria.variable
end | [
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projectcypress/health-data-standards | lib/hqmf-parser/converter/pass1/data_criteria_converter.rb | HQMF.DataCriteriaConverter.create_group_data_criteria | def create_group_data_criteria(preconditions, type, value, parent_id, id, standard_category, qds_data_type)
extract_group_data_criteria_tree(HQMF::DataCriteria::UNION,preconditions, type, parent_id)
end | ruby | def create_group_data_criteria(preconditions, type, value, parent_id, id, standard_category, qds_data_type)
extract_group_data_criteria_tree(HQMF::DataCriteria::UNION,preconditions, type, parent_id)
end | [
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projectcypress/health-data-standards | lib/hqmf-parser/converter/pass1/data_criteria_converter.rb | HQMF.DataCriteriaConverter.extract_group_data_criteria_tree | def extract_group_data_criteria_tree(conjunction, preconditions, type, parent_id)
children = []
preconditions.each do |precondition|
if (precondition.comparison?)
if (precondition.reference.id == HQMF::Document::MEASURE_PERIOD_ID)
children << measure_period_criteria
else
children << v2_data_criteria_by_id[precondition.reference.id]
end
else
converted_conjunction = convert_grouping_conjunction(precondition.conjunction_code)
children << extract_group_data_criteria_tree(converted_conjunction, precondition.preconditions, type, parent_id)
end
end
# if we have just one child element, just return it. An AND or OR of a single item is not useful.
if (children.size > 1)
build_group_data_criteria(children, type, parent_id, conjunction)
else
children.first
end
end | ruby | def extract_group_data_criteria_tree(conjunction, preconditions, type, parent_id)
children = []
preconditions.each do |precondition|
if (precondition.comparison?)
if (precondition.reference.id == HQMF::Document::MEASURE_PERIOD_ID)
children << measure_period_criteria
else
children << v2_data_criteria_by_id[precondition.reference.id]
end
else
converted_conjunction = convert_grouping_conjunction(precondition.conjunction_code)
children << extract_group_data_criteria_tree(converted_conjunction, precondition.preconditions, type, parent_id)
end
end
# if we have just one child element, just return it. An AND or OR of a single item is not useful.
if (children.size > 1)
build_group_data_criteria(children, type, parent_id, conjunction)
else
children.first
end
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projectcypress/health-data-standards | lib/hqmf-parser/converter/pass1/data_criteria_converter.rb | HQMF.DataCriteriaConverter.create_measure_period_v1_data_criteria | def create_measure_period_v1_data_criteria(doc,measure_period,v1_data_criteria_by_id)
attributes = doc[:attributes]
attributes.keys.each {|key| attributes[key.to_s] = attributes[key]}
measure_period_key = attributes['MEASUREMENT_PERIOD'][:id]
measure_start_key = attributes['MEASUREMENT_START_DATE'][:id]
measure_end_key = attributes['MEASUREMENT_END_DATE'][:id]
@measure_period_v1_keys = {measure_start: measure_start_key, measure_end: measure_end_key, measure_period: measure_period_key}
type = 'variable'
code_list_id,negation_code_list_id,property,status,field_values,effective_time,inline_code_list,children_criteria,derivation_operator,temporal_references,subset_operators=nil
#####
##
######### SET MEASURE PERIOD
##
#####
measure_period_id = HQMF::Document::MEASURE_PERIOD_ID
value = measure_period
measure_criteria = HQMF::DataCriteria.new(measure_period_id,measure_period_id,nil,measure_period_id,code_list_id,children_criteria,derivation_operator,measure_period_id,status,
value,field_values,effective_time,inline_code_list, false, nil, temporal_references,subset_operators,nil,nil)
# set the measure period data criteria for all measure period keys
v1_data_criteria_by_id[measure_period_key] = measure_criteria
v1_data_criteria_by_id[measure_start_key] = measure_criteria
v1_data_criteria_by_id[measure_end_key] = measure_criteria
@measure_period_criteria = measure_criteria
end | ruby | def create_measure_period_v1_data_criteria(doc,measure_period,v1_data_criteria_by_id)
attributes = doc[:attributes]
attributes.keys.each {|key| attributes[key.to_s] = attributes[key]}
measure_period_key = attributes['MEASUREMENT_PERIOD'][:id]
measure_start_key = attributes['MEASUREMENT_START_DATE'][:id]
measure_end_key = attributes['MEASUREMENT_END_DATE'][:id]
@measure_period_v1_keys = {measure_start: measure_start_key, measure_end: measure_end_key, measure_period: measure_period_key}
type = 'variable'
code_list_id,negation_code_list_id,property,status,field_values,effective_time,inline_code_list,children_criteria,derivation_operator,temporal_references,subset_operators=nil
#####
##
######### SET MEASURE PERIOD
##
#####
measure_period_id = HQMF::Document::MEASURE_PERIOD_ID
value = measure_period
measure_criteria = HQMF::DataCriteria.new(measure_period_id,measure_period_id,nil,measure_period_id,code_list_id,children_criteria,derivation_operator,measure_period_id,status,
value,field_values,effective_time,inline_code_list, false, nil, temporal_references,subset_operators,nil,nil)
# set the measure period data criteria for all measure period keys
v1_data_criteria_by_id[measure_period_key] = measure_criteria
v1_data_criteria_by_id[measure_start_key] = measure_criteria
v1_data_criteria_by_id[measure_end_key] = measure_criteria
@measure_period_criteria = measure_criteria
end | [
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria_helpers/dc_base_extract.rb | HQMF2.DataCriteriaBaseExtractions.extract_child_criteria | def extract_child_criteria
@entry.xpath("./*/cda:outboundRelationship[@typeCode='COMP']/cda:criteriaReference/cda:id",
HQMF2::Document::NAMESPACES).collect do |ref|
Reference.new(ref).id
end.compact
end | ruby | def extract_child_criteria
@entry.xpath("./*/cda:outboundRelationship[@typeCode='COMP']/cda:criteriaReference/cda:id",
HQMF2::Document::NAMESPACES).collect do |ref|
Reference.new(ref).id
end.compact
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria_helpers/dc_base_extract.rb | HQMF2.DataCriteriaBaseExtractions.all_subset_operators | def all_subset_operators
@entry.xpath('./*/cda:excerpt', HQMF2::Document::NAMESPACES).collect do |subset_operator|
SubsetOperator.new(subset_operator)
end
end | ruby | def all_subset_operators
@entry.xpath('./*/cda:excerpt', HQMF2::Document::NAMESPACES).collect do |subset_operator|
SubsetOperator.new(subset_operator)
end
end | [
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projectcypress/health-data-standards | lib/hqmf-parser/1.0/utilities.rb | HQMF1.Utilities.check_nil_conjunction_on_child | def check_nil_conjunction_on_child
if (@preconditions.length == 1 && @preconditions.first.conjunction.nil?)
bad_precondition = @preconditions.first
if (bad_precondition.restrictions.empty? && bad_precondition.subset.nil? && bad_precondition.expression.nil?)
@preconditions = @preconditions.first.preconditions
#puts "\t FIXED PRECONDITION WITHOUT CONJUNCTION"
else
puts "\t PRECONDITION WITHOUT CONJUNCTION: Cannot be fixed"
end
end
end | ruby | def check_nil_conjunction_on_child
if (@preconditions.length == 1 && @preconditions.first.conjunction.nil?)
bad_precondition = @preconditions.first
if (bad_precondition.restrictions.empty? && bad_precondition.subset.nil? && bad_precondition.expression.nil?)
@preconditions = @preconditions.first.preconditions
#puts "\t FIXED PRECONDITION WITHOUT CONJUNCTION"
else
puts "\t PRECONDITION WITHOUT CONJUNCTION: Cannot be fixed"
end
end
end | [
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projectcypress/health-data-standards | lib/hqmf-model/document.rb | HQMF.Document.specific_occurrence_source_data_criteria | def specific_occurrence_source_data_criteria(force_sources=nil)
return [] if @source_data_criteria.nil?
matching = @source_data_criteria.select {|dc| !dc.specific_occurrence.nil?}
if force_sources
existing = matching.map(&:id)
matching.concat @source_data_criteria.select {|dc| !existing.include?(dc.id) && force_sources.include?(dc.id)}
end
matching
end | ruby | def specific_occurrence_source_data_criteria(force_sources=nil)
return [] if @source_data_criteria.nil?
matching = @source_data_criteria.select {|dc| !dc.specific_occurrence.nil?}
if force_sources
existing = matching.map(&:id)
matching.concat @source_data_criteria.select {|dc| !existing.include?(dc.id) && force_sources.include?(dc.id)}
end
matching
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projectcypress/health-data-standards | lib/hqmf-model/document.rb | HQMF.Document.attributes_for_code | def attributes_for_code(code, code_system)
@attributes.find_all { |e| e.send(:code) == code && e.send(:code_obj).send(:system) == code_system }
end | ruby | def attributes_for_code(code, code_system)
@attributes.find_all { |e| e.send(:code) == code && e.send(:code_obj).send(:system) == code_system }
end | [
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@param [String] code the attribute code
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@return [Array#Attribute] the matching attributes, raises an Exception if not found | [
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projectcypress/health-data-standards | lib/hqmf-model/document.rb | HQMF.Document.backfill_patient_characteristics_with_codes | def backfill_patient_characteristics_with_codes(codes)
[].concat(self.all_data_criteria).concat(self.source_data_criteria).each do |data_criteria|
if (data_criteria.type == :characteristic and !data_criteria.property.nil?)
if (codes)
value_set = codes[data_criteria.code_list_id]
puts "\tno value set for unknown patient characteristic: #{data_criteria.id}" unless value_set
else
puts "\tno code set to back fill: #{data_criteria.title}"
next
end
if (data_criteria.property == :gender)
next if value_set.nil?
key = value_set.keys[0]
data_criteria.value = HQMF::Coded.new('CD','Administrative Sex',value_set[key].first)
else
data_criteria.inline_code_list = value_set
end
elsif (data_criteria.type == :characteristic)
if (codes)
value_set = codes[data_criteria.code_list_id]
if (value_set)
# this is looking for a birthdate characteristic that is set as a generic characteristic but points to a loinc code set
if (value_set['LOINC'] and value_set['LOINC'].first == '21112-8')
data_criteria.definition = 'patient_characteristic_birthdate'
end
# this is looking for a gender characteristic that is set as a generic characteristic
gender_key = (value_set.keys.select {|set| set == 'Administrative Sex' || set == 'AdministrativeSex'}).first
if (gender_key and ['M','F'].include? value_set[gender_key].first)
data_criteria.definition = 'patient_characteristic_gender'
data_criteria.value = HQMF::Coded.new('CD','Gender',value_set[gender_key].first)
end
end
end
end
end
end | ruby | def backfill_patient_characteristics_with_codes(codes)
[].concat(self.all_data_criteria).concat(self.source_data_criteria).each do |data_criteria|
if (data_criteria.type == :characteristic and !data_criteria.property.nil?)
if (codes)
value_set = codes[data_criteria.code_list_id]
puts "\tno value set for unknown patient characteristic: #{data_criteria.id}" unless value_set
else
puts "\tno code set to back fill: #{data_criteria.title}"
next
end
if (data_criteria.property == :gender)
next if value_set.nil?
key = value_set.keys[0]
data_criteria.value = HQMF::Coded.new('CD','Administrative Sex',value_set[key].first)
else
data_criteria.inline_code_list = value_set
end
elsif (data_criteria.type == :characteristic)
if (codes)
value_set = codes[data_criteria.code_list_id]
if (value_set)
# this is looking for a birthdate characteristic that is set as a generic characteristic but points to a loinc code set
if (value_set['LOINC'] and value_set['LOINC'].first == '21112-8')
data_criteria.definition = 'patient_characteristic_birthdate'
end
# this is looking for a gender characteristic that is set as a generic characteristic
gender_key = (value_set.keys.select {|set| set == 'Administrative Sex' || set == 'AdministrativeSex'}).first
if (gender_key and ['M','F'].include? value_set[gender_key].first)
data_criteria.definition = 'patient_characteristic_gender'
data_criteria.value = HQMF::Coded.new('CD','Gender',value_set[gender_key].first)
end
end
end
end
end
end | [
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measure is interested in Males or Females. This process is awkward, and thus is done as a separate
step after the document has been converted. | [
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria_helpers/dc_definition_from_template_or_type_extract.rb | HQMF2.DataCriteriaTypeAndDefinitionExtraction.handle_known_template_id | def handle_known_template_id(template_id)
case template_id
when VARIABLE_TEMPLATE
@derivation_operator = HQMF::DataCriteria::INTERSECT if @derivation_operator == HQMF::DataCriteria::XPRODUCT
@definition ||= 'derived'
@variable = true
@negation = false
when SATISFIES_ANY_TEMPLATE
@definition = HQMF::DataCriteria::SATISFIES_ANY
@negation = false
when SATISFIES_ALL_TEMPLATE
@definition = HQMF::DataCriteria::SATISFIES_ALL
@derivation_operator = HQMF::DataCriteria::INTERSECT
@negation = false
else
return false
end
true
end | ruby | def handle_known_template_id(template_id)
case template_id
when VARIABLE_TEMPLATE
@derivation_operator = HQMF::DataCriteria::INTERSECT if @derivation_operator == HQMF::DataCriteria::XPRODUCT
@definition ||= 'derived'
@variable = true
@negation = false
when SATISFIES_ANY_TEMPLATE
@definition = HQMF::DataCriteria::SATISFIES_ANY
@negation = false
when SATISFIES_ALL_TEMPLATE
@definition = HQMF::DataCriteria::SATISFIES_ALL
@derivation_operator = HQMF::DataCriteria::INTERSECT
@negation = false
else
return false
end
true
end | [
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria_helpers/dc_definition_from_template_or_type_extract.rb | HQMF2.DataCriteriaTypeAndDefinitionExtraction.extract_information_for_specific_variable | def extract_information_for_specific_variable
reference = @entry.at_xpath('./*/cda:outboundRelationship/cda:criteriaReference',
HQMF2::Document::NAMESPACES)
if reference
ref_id = strip_tokens(
"#{HQMF2::Utilities.attr_val(reference, 'cda:id/@extension')}_#{HQMF2::Utilities.attr_val(reference, 'cda:id/@root')}")
end
reference_criteria = @data_criteria_references[ref_id] if ref_id
# if the reference is derived, pull from the original variable
if reference_criteria && reference_criteria.definition == 'derived'
reference_criteria = @data_criteria_references["GROUP_#{ref_id}"]
end
return unless reference_criteria
handle_specific_variable_ref(reference_criteria)
end | ruby | def extract_information_for_specific_variable
reference = @entry.at_xpath('./*/cda:outboundRelationship/cda:criteriaReference',
HQMF2::Document::NAMESPACES)
if reference
ref_id = strip_tokens(
"#{HQMF2::Utilities.attr_val(reference, 'cda:id/@extension')}_#{HQMF2::Utilities.attr_val(reference, 'cda:id/@root')}")
end
reference_criteria = @data_criteria_references[ref_id] if ref_id
# if the reference is derived, pull from the original variable
if reference_criteria && reference_criteria.definition == 'derived'
reference_criteria = @data_criteria_references["GROUP_#{ref_id}"]
end
return unless reference_criteria
handle_specific_variable_ref(reference_criteria)
end | [
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria_helpers/dc_definition_from_template_or_type_extract.rb | HQMF2.DataCriteriaTypeAndDefinitionExtraction.handle_specific_variable_ref | def handle_specific_variable_ref(reference_criteria)
# if there are no referenced children, then it's a variable representing
# a single data criteria, so just reference it
if reference_criteria.children_criteria.empty?
@children_criteria = [reference_criteria.id]
# otherwise pull all the data criteria info from the reference
else
@field_values = reference_criteria.field_values
@temporal_references = reference_criteria.temporal_references
@subset_operators = reference_criteria.subset_operators
@derivation_operator = reference_criteria.derivation_operator
@definition = reference_criteria.definition
@description = reference_criteria.description
@status = reference_criteria.status
@children_criteria = reference_criteria.children_criteria
end
end | ruby | def handle_specific_variable_ref(reference_criteria)
# if there are no referenced children, then it's a variable representing
# a single data criteria, so just reference it
if reference_criteria.children_criteria.empty?
@children_criteria = [reference_criteria.id]
# otherwise pull all the data criteria info from the reference
else
@field_values = reference_criteria.field_values
@temporal_references = reference_criteria.temporal_references
@subset_operators = reference_criteria.subset_operators
@derivation_operator = reference_criteria.derivation_operator
@definition = reference_criteria.definition
@description = reference_criteria.description
@status = reference_criteria.status
@children_criteria = reference_criteria.children_criteria
end
end | [
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] | 252d4f0927c513eacde6b9ea41b76faa1423c34b | https://github.com/projectcypress/health-data-standards/blob/252d4f0927c513eacde6b9ea41b76faa1423c34b/lib/hqmf-parser/2.0/data_criteria_helpers/dc_definition_from_template_or_type_extract.rb#L90-L106 | train |
projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria_helpers/dc_definition_from_template_or_type_extract.rb | HQMF2.DataCriteriaTypeAndDefinitionExtraction.definition_for_nil_entry | def definition_for_nil_entry
reference = @entry.at_xpath('./*/cda:outboundRelationship/cda:criteriaReference', HQMF2::Document::NAMESPACES)
ref_id = nil
unless reference.nil?
ref_id = "#{HQMF2::Utilities.attr_val(reference, 'cda:id/@extension')}_#{HQMF2::Utilities.attr_val(reference, 'cda:id/@root')}"
end
reference_criteria = @data_criteria_references[strip_tokens(ref_id)] unless ref_id.nil?
if reference_criteria
# we only want to copy the reference criteria definition, status, and code_list_id if this is this is not a grouping criteria (i.e., there are no children)
if @children_criteria.blank?
@definition = reference_criteria.definition
@status = reference_criteria.status
if @specific_occurrence
@title = reference_criteria.title
@description = reference_criteria.description
@code_list_id = reference_criteria.code_list_id
end
else
# if this is a grouping data criteria (has children) mark it as derived and only pull title and description from the reference criteria
@definition = 'derived'
if @specific_occurrence
@title = reference_criteria.title
@description = reference_criteria.description
end
end
else
puts "MISSING_DC_REF: #{ref_id}" unless @variable
@definition = 'variable'
end
end | ruby | def definition_for_nil_entry
reference = @entry.at_xpath('./*/cda:outboundRelationship/cda:criteriaReference', HQMF2::Document::NAMESPACES)
ref_id = nil
unless reference.nil?
ref_id = "#{HQMF2::Utilities.attr_val(reference, 'cda:id/@extension')}_#{HQMF2::Utilities.attr_val(reference, 'cda:id/@root')}"
end
reference_criteria = @data_criteria_references[strip_tokens(ref_id)] unless ref_id.nil?
if reference_criteria
# we only want to copy the reference criteria definition, status, and code_list_id if this is this is not a grouping criteria (i.e., there are no children)
if @children_criteria.blank?
@definition = reference_criteria.definition
@status = reference_criteria.status
if @specific_occurrence
@title = reference_criteria.title
@description = reference_criteria.description
@code_list_id = reference_criteria.code_list_id
end
else
# if this is a grouping data criteria (has children) mark it as derived and only pull title and description from the reference criteria
@definition = 'derived'
if @specific_occurrence
@title = reference_criteria.title
@description = reference_criteria.description
end
end
else
puts "MISSING_DC_REF: #{ref_id}" unless @variable
@definition = 'variable'
end
end | [
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/document_helpers/doc_utilities.rb | HQMF2.DocumentUtilities.handle_variable | def handle_variable(data_criteria, collapsed_source_data_criteria)
if data_criteria.is_derived_specific_occurrence_variable
data_criteria.handle_derived_specific_occurrence_variable
extract_source_data_criteria(data_criteria)
return
end
tmp_id = data_criteria.id
grouper_data_criteria = data_criteria.extract_variable_grouper
return unless grouper_data_criteria
@data_criteria_references[data_criteria.id] = data_criteria
@data_criteria_references[grouper_data_criteria.id] = grouper_data_criteria
# create a source data criteria for the grouping data critera we just created
sdc = SourceDataCriteriaHelper.strip_non_sc_elements(grouper_data_criteria)
@source_data_criteria << sdc
# check if the original source has been collapsed when generating the SDC list (we need to reference the collapsed version in the sdc list)
if collapsed_source_data_criteria[tmp_id]
data_criteria.instance_variable_set(:@source_data_criteria, collapsed_source_data_criteria[tmp_id])
else
# check if we need to add _source suffix (most source data criteria are segmented with '_source' suffixes)
data_criteria_sdc = find(@source_data_criteria, :id, "#{tmp_id}_source")
if data_criteria_sdc
data_criteria.instance_variable_set(:@source_data_criteria, data_criteria_sdc.id)
data_criteria_sdc.instance_variable_set(:@variable, false)
# if it's not a derived data criteria then we may need to strip off temporal references, fields, etc as a new source data criteria
elsif !['derived', 'satisfies_any', 'satisfies_all'].include?(data_criteria.definition)
extract_source_data_criteria(data_criteria)
end
end
@data_criteria << grouper_data_criteria
end | ruby | def handle_variable(data_criteria, collapsed_source_data_criteria)
if data_criteria.is_derived_specific_occurrence_variable
data_criteria.handle_derived_specific_occurrence_variable
extract_source_data_criteria(data_criteria)
return
end
tmp_id = data_criteria.id
grouper_data_criteria = data_criteria.extract_variable_grouper
return unless grouper_data_criteria
@data_criteria_references[data_criteria.id] = data_criteria
@data_criteria_references[grouper_data_criteria.id] = grouper_data_criteria
# create a source data criteria for the grouping data critera we just created
sdc = SourceDataCriteriaHelper.strip_non_sc_elements(grouper_data_criteria)
@source_data_criteria << sdc
# check if the original source has been collapsed when generating the SDC list (we need to reference the collapsed version in the sdc list)
if collapsed_source_data_criteria[tmp_id]
data_criteria.instance_variable_set(:@source_data_criteria, collapsed_source_data_criteria[tmp_id])
else
# check if we need to add _source suffix (most source data criteria are segmented with '_source' suffixes)
data_criteria_sdc = find(@source_data_criteria, :id, "#{tmp_id}_source")
if data_criteria_sdc
data_criteria.instance_variable_set(:@source_data_criteria, data_criteria_sdc.id)
data_criteria_sdc.instance_variable_set(:@variable, false)
# if it's not a derived data criteria then we may need to strip off temporal references, fields, etc as a new source data criteria
elsif !['derived', 'satisfies_any', 'satisfies_all'].include?(data_criteria.definition)
extract_source_data_criteria(data_criteria)
end
end
@data_criteria << grouper_data_criteria
end | [
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/document_helpers/doc_utilities.rb | HQMF2.DocumentUtilities.complex_coverage | def complex_coverage(data_criteria, check_criteria)
same_value = data_criteria.value.nil? ||
data_criteria.value.try(:to_model).try(:to_json) == check_criteria.value.try(:to_model).try(:to_json)
same_field_values = same_field_values_check(data_criteria, check_criteria)
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same_value && same_negation_values && same_field_values
end | ruby | def complex_coverage(data_criteria, check_criteria)
same_value = data_criteria.value.nil? ||
data_criteria.value.try(:to_model).try(:to_json) == check_criteria.value.try(:to_model).try(:to_json)
same_field_values = same_field_values_check(data_criteria, check_criteria)
same_negation_values = data_criteria.negation_code_list_id.nil? ||
data_criteria.negation_code_list_id == check_criteria.negation_code_list_id
same_value && same_negation_values && same_field_values
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria_helpers/dc_specific_occurrences_and_source_data_criteria_extract.rb | HQMF2.SpecificOccurrenceAndSource.handle_specific_and_source | def handle_specific_and_source(occurrence_identifier, source_data_criteria_extension, source_data_criteria_root,
specific_occurrence_const, specific_occurrence)
source_data_criteria = "#{source_data_criteria_extension}_#{source_data_criteria_root}_source"
if !occurrence_identifier.blank?
# if it doesn't exist, add extracted occurrence to the map
# puts "\tSetting #{@source_data_criteria}-#{@source_data_criteria_root} to #{occurrence_identifier}"
@occurrences_map[strip_tokens(source_data_criteria)] ||= occurrence_identifier
specific_occurrence ||= occurrence_identifier
specific_occurrence_const = "#{source_data_criteria}".upcase
else
# create variable occurrences that do not already exist
if @is_variable
# puts "\tSetting #{@source_data_criteria}-#{@source_data_criteria_root} to #{occurrence_identifier}"
@occurrences_map[strip_tokens(source_data_criteria)] ||= occurrence_identifier
end
occurrence = @occurrences_map.try(:[], strip_tokens(source_data_criteria))
unless occurrence
fail "Could not find occurrence mapping for #{source_data_criteria}, #{source_data_criteria_root}"
end
# puts "\tUsing #{occurrence} for #{@id}"
specific_occurrence ||= occurrence
end
specific_occurrence = 'A' unless specific_occurrence
specific_occurrence_const = source_data_criteria.upcase unless specific_occurrence_const
[source_data_criteria, source_data_criteria_root, source_data_criteria_extension,
specific_occurrence, specific_occurrence_const]
end | ruby | def handle_specific_and_source(occurrence_identifier, source_data_criteria_extension, source_data_criteria_root,
specific_occurrence_const, specific_occurrence)
source_data_criteria = "#{source_data_criteria_extension}_#{source_data_criteria_root}_source"
if !occurrence_identifier.blank?
# if it doesn't exist, add extracted occurrence to the map
# puts "\tSetting #{@source_data_criteria}-#{@source_data_criteria_root} to #{occurrence_identifier}"
@occurrences_map[strip_tokens(source_data_criteria)] ||= occurrence_identifier
specific_occurrence ||= occurrence_identifier
specific_occurrence_const = "#{source_data_criteria}".upcase
else
# create variable occurrences that do not already exist
if @is_variable
# puts "\tSetting #{@source_data_criteria}-#{@source_data_criteria_root} to #{occurrence_identifier}"
@occurrences_map[strip_tokens(source_data_criteria)] ||= occurrence_identifier
end
occurrence = @occurrences_map.try(:[], strip_tokens(source_data_criteria))
unless occurrence
fail "Could not find occurrence mapping for #{source_data_criteria}, #{source_data_criteria_root}"
end
# puts "\tUsing #{occurrence} for #{@id}"
specific_occurrence ||= occurrence
end
specific_occurrence = 'A' unless specific_occurrence
specific_occurrence_const = source_data_criteria.upcase unless specific_occurrence_const
[source_data_criteria, source_data_criteria_root, source_data_criteria_extension,
specific_occurrence, specific_occurrence_const]
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria.rb | HQMF2.DataCriteria.basic_setup | def basic_setup
@status = attr_val('./*/cda:statusCode/@code')
@id_xpath = './*/cda:id/@extension'
@id = "#{attr_val('./*/cda:id/@extension')}_#{attr_val('./*/cda:id/@root')}"
@comments = @entry.xpath("./#{CRITERIA_GLOB}/cda:text/cda:xml/cda:qdmUserComments/cda:item/text()",
HQMF2::Document::NAMESPACES).map(&:content)
@code_list_xpath = './*/cda:code'
@value_xpath = './*/cda:value'
@is_derived_specific_occurrence_variable = false
simple_extractions = DataCriteriaBaseExtractions.new(@entry)
@template_ids = simple_extractions.extract_template_ids
@local_variable_name = simple_extractions.extract_local_variable_name
@temporal_references = simple_extractions.extract_temporal_references
@derivation_operator = simple_extractions.extract_derivation_operator
@children_criteria = simple_extractions.extract_child_criteria
@subset_operators = simple_extractions.extract_subset_operators
@negation, @negation_code_list_id = simple_extractions.extract_negation
end | ruby | def basic_setup
@status = attr_val('./*/cda:statusCode/@code')
@id_xpath = './*/cda:id/@extension'
@id = "#{attr_val('./*/cda:id/@extension')}_#{attr_val('./*/cda:id/@root')}"
@comments = @entry.xpath("./#{CRITERIA_GLOB}/cda:text/cda:xml/cda:qdmUserComments/cda:item/text()",
HQMF2::Document::NAMESPACES).map(&:content)
@code_list_xpath = './*/cda:code'
@value_xpath = './*/cda:value'
@is_derived_specific_occurrence_variable = false
simple_extractions = DataCriteriaBaseExtractions.new(@entry)
@template_ids = simple_extractions.extract_template_ids
@local_variable_name = simple_extractions.extract_local_variable_name
@temporal_references = simple_extractions.extract_temporal_references
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@negation, @negation_code_list_id = simple_extractions.extract_negation
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria.rb | HQMF2.DataCriteria.duplicate_child_info | def duplicate_child_info(child_ref)
@title ||= child_ref.title
@type ||= child_ref.subset_operators
@definition ||= child_ref.definition
@status ||= child_ref.status
@code_list_id ||= child_ref.code_list_id
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@subset_operators ||= child_ref.subset_operators
@variable ||= child_ref.variable
@value ||= child_ref.value
end | ruby | def duplicate_child_info(child_ref)
@title ||= child_ref.title
@type ||= child_ref.subset_operators
@definition ||= child_ref.definition
@status ||= child_ref.status
@code_list_id ||= child_ref.code_list_id
@temporal_references = child_ref.temporal_references if @temporal_references.empty?
@subset_operators ||= child_ref.subset_operators
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@value ||= child_ref.value
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria.rb | HQMF2.DataCriteria.retrieve_field_values_model_for_model | def retrieve_field_values_model_for_model
field_values = {}
@field_values.each_pair do |id, val|
field_values[id] = val.to_model
end
@code_list_id ||= code_list_id
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end
field_values[@definition.upcase] = HQMF::Coded.for_code_list(field_code_list_id, title)
end
return field_values unless field_values.empty?
end | ruby | def retrieve_field_values_model_for_model
field_values = {}
@field_values.each_pair do |id, val|
field_values[id] = val.to_model
end
@code_list_id ||= code_list_id
# Model transfers as a field
if %w(transfer_to transfer_from).include? @definition
field_code_list_id = @code_list_id
@code_list_id = nil
unless field_code_list_id
field_code_list_id = attr_val("./#{CRITERIA_GLOB}/cda:outboundRelationship/#{CRITERIA_GLOB}/cda:value/@valueSet")
end
field_values[@definition.upcase] = HQMF::Coded.for_code_list(field_code_list_id, title)
end
return field_values unless field_values.empty?
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projectcypress/health-data-standards | lib/hqmf-parser/2.0/data_criteria.rb | HQMF2.DataCriteria.retrieve_title_and_description_for_model | def retrieve_title_and_description_for_model
# drop "* Value Set" from titles
exact_desc = title.split(' ')[0...-3].join(' ')
# don't drop anything for patient characterstic titles
exact_desc = title if @definition.start_with?('patient_characteristic') && !title.end_with?('Value Set')
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@title = title_match[1] if title_match && title_match.length > 1
@description = "#{@description}: #{exact_desc}"
end | ruby | def retrieve_title_and_description_for_model
# drop "* Value Set" from titles
exact_desc = title.split(' ')[0...-3].join(' ')
# don't drop anything for patient characterstic titles
exact_desc = title if @definition.start_with?('patient_characteristic') && !title.end_with?('Value Set')
# remove * Value Set from title
title_match = title.match(/(.*) \w+ [Vv]alue [Ss]et/)
@title = title_match[1] if title_match && title_match.length > 1
@description = "#{@description}: #{exact_desc}"
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Shopify/doggy | lib/doggy/model.rb | Doggy.Model.save_local | def save_local
ensure_read_only!
self.path ||= Doggy.object_root.join("#{prefix}-#{id}.json")
File.open(@path, 'w') { |f| f.write(JSON.pretty_generate(to_h)) }
end | ruby | def save_local
ensure_read_only!
self.path ||= Doggy.object_root.join("#{prefix}-#{id}.json")
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chef/chef-zero | lib/chef_zero/server.rb | ChefZero.Server.url | def url
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sch = @options[:ssl] ? "https" : "http"
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chef/chef-zero | lib/chef_zero/server.rb | ChefZero.Server.stop | def stop(wait = 5)
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if @running
@server.shutdown if @server
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chef/chef-zero | lib/chef_zero/rest_base.rb | ChefZero.RestBase.json_response | def json_response(response_code, data, options = {})
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do_pretty_json = !!options.delete(:pretty) # make sure we have a proper Boolean.
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options = { pretty: true }.merge(options)
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chef/chef-zero | lib/chef_zero/rest_base.rb | ChefZero.RestBase.already_json_response | def already_json_response(response_code, json_text, options = {})
version_header = FFI_Yajl::Encoder.encode(
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end | ruby | def already_json_response(response_code, json_text, options = {})
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headers = {
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chef/chef-zero | lib/chef_zero/rest_base.rb | ChefZero.RestBase.build_uri | def build_uri(base_uri, rest_path)
if server.options[:single_org]
# Strip off /organizations/chef if we are in single org mode
if rest_path[0..1] != [ "organizations", server.options[:single_org] ]
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return self.class.build_uri(base_uri, rest_path[2..-1])
end
self.class.build_uri(base_uri, rest_path)
end | ruby | def build_uri(base_uri, rest_path)
if server.options[:single_org]
# Strip off /organizations/chef if we are in single org mode
if rest_path[0..1] != [ "organizations", server.options[:single_org] ]
raise "Unexpected URL #{rest_path[0..1]} passed to build_uri in single org mode"
end
return self.class.build_uri(base_uri, rest_path[2..-1])
end
self.class.build_uri(base_uri, rest_path)
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forward3d/rbhive | lib/rbhive/t_c_l_i_connection.rb | RBHive.TCLIConnection.parse_sasl_params | def parse_sasl_params(sasl_params)
# Symbilize keys in a hash
if sasl_params.kind_of?(Hash)
return sasl_params.inject({}) do |memo,(k,v)|
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end
return nil
end | ruby | def parse_sasl_params(sasl_params)
# Symbilize keys in a hash
if sasl_params.kind_of?(Hash)
return sasl_params.inject({}) do |memo,(k,v)|
memo[k.to_sym] = v;
memo
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return nil
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forward3d/rbhive | lib/rbhive/t_c_l_i_connection.rb | RBHive.TCLIConnection.async_state | def async_state(handles)
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else
return :state_not_in_protocol
end
end | ruby | def async_state(handles)
response = @client.GetOperationStatus(
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)
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forward3d/rbhive | lib/rbhive/t_c_l_i_connection.rb | RBHive.TCLIConnection.async_fetch | def async_fetch(handles, max_rows = 100)
# Can't get data from an unfinished query
unless async_is_complete?(handles)
raise "Can't perform fetch on a query in state: #{async_state(handles)}"
end
# Fetch and
fetch_rows(prepare_operation_handle(handles), :first, max_rows)
end | ruby | def async_fetch(handles, max_rows = 100)
# Can't get data from an unfinished query
unless async_is_complete?(handles)
raise "Can't perform fetch on a query in state: #{async_state(handles)}"
end
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fetch_rows(prepare_operation_handle(handles), :first, max_rows)
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forward3d/rbhive | lib/rbhive/t_c_l_i_connection.rb | RBHive.TCLIConnection.fetch_rows | def fetch_rows(op_handle, orientation = :first, max_rows = 1000)
fetch_req = prepare_fetch_results(op_handle, orientation, max_rows)
fetch_results = @client.FetchResults(fetch_req)
raise_error_if_failed!(fetch_results)
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end | ruby | def fetch_rows(op_handle, orientation = :first, max_rows = 1000)
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forward3d/rbhive | lib/rbhive/t_c_l_i_connection.rb | RBHive.TCLIConnection.raise_error_if_failed! | def raise_error_if_failed!(result)
return if result.status.statusCode == 0
error_message = result.status.errorMessage || 'Execution failed!'
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end | ruby | def raise_error_if_failed!(result)
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heroku/legacy-cli | lib/heroku/command/addons.rb | Heroku::Command.Addons.parse_options | def parse_options(args)
config = {}
deprecated_args = []
flag = /^--/
args.size.times do
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peek = args.first
next unless peek && (peek.match(flag) || peek.match(/=/))
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end
end
config
end | ruby | def parse_options(args)
config = {}
deprecated_args = []
flag = /^--/
args.size.times do
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peek = args.first
next unless peek && (peek.match(flag) || peek.match(/=/))
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key, value = key.split('=', 2)
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value = true
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value = args.shift
end
value = true if value == 'true'
config[key.sub(flag, '')] = value
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out_string = deprecated_args.map{|a| "--#{a}"}.join(' ')
display("Warning: non-unix style params have been deprecated, use #{out_string} instead")
end
end
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heroku/legacy-cli | lib/heroku/helpers.rb | Heroku.Helpers.line_formatter | def line_formatter(array)
if array.any? {|item| item.is_a?(Array)}
cols = []
array.each do |item|
if item.is_a?(Array)
item.each_with_index { |val,idx| cols[idx] = [cols[idx]||0, (val || '').length].max }
end
end
cols.map { |col| "%-#{col}s" }.join(" ")
else
"%s"
end
end | ruby | def line_formatter(array)
if array.any? {|item| item.is_a?(Array)}
cols = []
array.each do |item|
if item.is_a?(Array)
item.each_with_index { |val,idx| cols[idx] = [cols[idx]||0, (val || '').length].max }
end
end
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randym/axlsx | lib/axlsx/drawing/str_data.rb | Axlsx.StrData.data= | def data=(values=[])
@tag_name = values.first.is_a?(Cell) ? :strCache : :strLit
values.each do |value|
v = value.is_a?(Cell) ? value.value : value
@pt << @type.new(:v => v)
end
end | ruby | def data=(values=[])
@tag_name = values.first.is_a?(Cell) ? :strCache : :strLit
values.each do |value|
v = value.is_a?(Cell) ? value.value : value
@pt << @type.new(:v => v)
end
end | [
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randym/axlsx | lib/axlsx/workbook/worksheet/pivot_table.rb | Axlsx.PivotTable.relationships | def relationships
r = Relationships.new
r << Relationship.new(cache_definition, PIVOT_TABLE_CACHE_DEFINITION_R, "../#{cache_definition.pn}")
r
end | ruby | def relationships
r = Relationships.new
r << Relationship.new(cache_definition, PIVOT_TABLE_CACHE_DEFINITION_R, "../#{cache_definition.pn}")
r
end | [
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randym/axlsx | lib/axlsx/workbook/worksheet/data_bar.rb | Axlsx.DataBar.color= | def color=(v)
@color = v if v.is_a? Color
self.color.rgb = v if v.is_a? String
@color
end | ruby | def color=(v)
@color = v if v.is_a? Color
self.color.rgb = v if v.is_a? String
@color
end | [
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randym/axlsx | lib/axlsx/workbook/worksheet/data_bar.rb | Axlsx.DataBar.to_xml_string | def to_xml_string(str="")
serialized_tag('dataBar', str) do
value_objects.to_xml_string(str)
self.color.to_xml_string(str)
end
end | ruby | def to_xml_string(str="")
serialized_tag('dataBar', str) do
value_objects.to_xml_string(str)
self.color.to_xml_string(str)
end
end | [
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randym/axlsx | lib/axlsx/package.rb | Axlsx.Package.serialize | def serialize(output, confirm_valid=false)
return false unless !confirm_valid || self.validate.empty?
Relationship.clear_cached_instances
Zip::OutputStream.open(output) do |zip|
write_parts(zip)
end
true
end | ruby | def serialize(output, confirm_valid=false)
return false unless !confirm_valid || self.validate.empty?
Relationship.clear_cached_instances
Zip::OutputStream.open(output) do |zip|
write_parts(zip)
end
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@param [String] output The name of the file you want to serialize your package to
@param [Boolean] confirm_valid Validate the package prior to serialization.
@return [Boolean] False if confirm_valid and validation errors exist. True if the package was serialized
@note A tremendous amount of effort has gone into ensuring that you cannot create invalid xlsx documents.
confirm_valid should be used in the rare case that you cannot open the serialized file.
@see Package#validate
@example
# This is how easy it is to create a valid xlsx file. Of course you might want to add a sheet or two, and maybe some data, styles and charts.
# Take a look at the README for an example of how to do it!
#serialize to a file
p = Axlsx::Package.new
# ......add cool stuff to your workbook......
p.serialize("example.xlsx")
# Serialize to a stream
s = p.to_stream()
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randym/axlsx | lib/axlsx/package.rb | Axlsx.Package.to_stream | def to_stream(confirm_valid=false)
return false unless !confirm_valid || self.validate.empty?
Relationship.clear_cached_instances
zip = write_parts(Zip::OutputStream.new(StringIO.new, true))
stream = zip.close_buffer
stream.rewind
stream
end | ruby | def to_stream(confirm_valid=false)
return false unless !confirm_valid || self.validate.empty?
Relationship.clear_cached_instances
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stream = zip.close_buffer
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stream
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randym/axlsx | lib/axlsx/package.rb | Axlsx.Package.write_parts | def write_parts(zip)
p = parts
p.each do |part|
unless part[:doc].nil?
zip.put_next_entry(zip_entry_for_part(part))
part[:doc].to_xml_string(zip)
end
unless part[:path].nil?
zip.put_next_entry(zip_entry_for_part(part))
zip.write IO.read(part[:path])
end
end
zip
end | ruby | def write_parts(zip)
p = parts
p.each do |part|
unless part[:doc].nil?
zip.put_next_entry(zip_entry_for_part(part))
part[:doc].to_xml_string(zip)
end
unless part[:path].nil?
zip.put_next_entry(zip_entry_for_part(part))
zip.write IO.read(part[:path])
end
end
zip
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randym/axlsx | lib/axlsx/package.rb | Axlsx.Package.parts | def parts
parts = [
{:entry => RELS_PN, :doc => relationships, :schema => RELS_XSD},
{:entry => "xl/#{STYLES_PN}", :doc => workbook.styles, :schema => SML_XSD},
{:entry => CORE_PN, :doc => @core, :schema => CORE_XSD},
{:entry => APP_PN, :doc => @app, :schema => APP_XSD},
{:entry => WORKBOOK_RELS_PN, :doc => workbook.relationships, :schema => RELS_XSD},
{:entry => CONTENT_TYPES_PN, :doc => content_types, :schema => CONTENT_TYPES_XSD},
{:entry => WORKBOOK_PN, :doc => workbook, :schema => SML_XSD}
]
workbook.drawings.each do |drawing|
parts << {:entry => "xl/#{drawing.rels_pn}", :doc => drawing.relationships, :schema => RELS_XSD}
parts << {:entry => "xl/#{drawing.pn}", :doc => drawing, :schema => DRAWING_XSD}
end
workbook.tables.each do |table|
parts << {:entry => "xl/#{table.pn}", :doc => table, :schema => SML_XSD}
end
workbook.pivot_tables.each do |pivot_table|
cache_definition = pivot_table.cache_definition
parts << {:entry => "xl/#{pivot_table.rels_pn}", :doc => pivot_table.relationships, :schema => RELS_XSD}
parts << {:entry => "xl/#{pivot_table.pn}", :doc => pivot_table} #, :schema => SML_XSD}
parts << {:entry => "xl/#{cache_definition.pn}", :doc => cache_definition} #, :schema => SML_XSD}
end
workbook.comments.each do|comment|
if comment.size > 0
parts << { :entry => "xl/#{comment.pn}", :doc => comment, :schema => SML_XSD }
parts << { :entry => "xl/#{comment.vml_drawing.pn}", :doc => comment.vml_drawing, :schema => nil }
end
end
workbook.charts.each do |chart|
parts << {:entry => "xl/#{chart.pn}", :doc => chart, :schema => DRAWING_XSD}
end
workbook.images.each do |image|
parts << {:entry => "xl/#{image.pn}", :path => image.image_src}
end
if use_shared_strings
parts << {:entry => "xl/#{SHARED_STRINGS_PN}", :doc => workbook.shared_strings, :schema => SML_XSD}
end
workbook.worksheets.each do |sheet|
parts << {:entry => "xl/#{sheet.rels_pn}", :doc => sheet.relationships, :schema => RELS_XSD}
parts << {:entry => "xl/#{sheet.pn}", :doc => sheet, :schema => SML_XSD}
end
# Sort parts for correct MIME detection
parts.sort_by { |part| part[:entry] }
end | ruby | def parts
parts = [
{:entry => RELS_PN, :doc => relationships, :schema => RELS_XSD},
{:entry => "xl/#{STYLES_PN}", :doc => workbook.styles, :schema => SML_XSD},
{:entry => CORE_PN, :doc => @core, :schema => CORE_XSD},
{:entry => APP_PN, :doc => @app, :schema => APP_XSD},
{:entry => WORKBOOK_RELS_PN, :doc => workbook.relationships, :schema => RELS_XSD},
{:entry => CONTENT_TYPES_PN, :doc => content_types, :schema => CONTENT_TYPES_XSD},
{:entry => WORKBOOK_PN, :doc => workbook, :schema => SML_XSD}
]
workbook.drawings.each do |drawing|
parts << {:entry => "xl/#{drawing.rels_pn}", :doc => drawing.relationships, :schema => RELS_XSD}
parts << {:entry => "xl/#{drawing.pn}", :doc => drawing, :schema => DRAWING_XSD}
end
workbook.tables.each do |table|
parts << {:entry => "xl/#{table.pn}", :doc => table, :schema => SML_XSD}
end
workbook.pivot_tables.each do |pivot_table|
cache_definition = pivot_table.cache_definition
parts << {:entry => "xl/#{pivot_table.rels_pn}", :doc => pivot_table.relationships, :schema => RELS_XSD}
parts << {:entry => "xl/#{pivot_table.pn}", :doc => pivot_table} #, :schema => SML_XSD}
parts << {:entry => "xl/#{cache_definition.pn}", :doc => cache_definition} #, :schema => SML_XSD}
end
workbook.comments.each do|comment|
if comment.size > 0
parts << { :entry => "xl/#{comment.pn}", :doc => comment, :schema => SML_XSD }
parts << { :entry => "xl/#{comment.vml_drawing.pn}", :doc => comment.vml_drawing, :schema => nil }
end
end
workbook.charts.each do |chart|
parts << {:entry => "xl/#{chart.pn}", :doc => chart, :schema => DRAWING_XSD}
end
workbook.images.each do |image|
parts << {:entry => "xl/#{image.pn}", :path => image.image_src}
end
if use_shared_strings
parts << {:entry => "xl/#{SHARED_STRINGS_PN}", :doc => workbook.shared_strings, :schema => SML_XSD}
end
workbook.worksheets.each do |sheet|
parts << {:entry => "xl/#{sheet.rels_pn}", :doc => sheet.relationships, :schema => RELS_XSD}
parts << {:entry => "xl/#{sheet.pn}", :doc => sheet, :schema => SML_XSD}
end
# Sort parts for correct MIME detection
parts.sort_by { |part| part[:entry] }
end | [
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] | c593a08b2a929dac7aa8dc418b55e26b4c49dc34 | https://github.com/randym/axlsx/blob/c593a08b2a929dac7aa8dc418b55e26b4c49dc34/lib/axlsx/package.rb#L195-L248 | train |
randym/axlsx | lib/axlsx/package.rb | Axlsx.Package.validate_single_doc | def validate_single_doc(schema, doc)
schema = Nokogiri::XML::Schema(File.open(schema))
doc = Nokogiri::XML(doc)
errors = []
schema.validate(doc).each do |error|
errors << error
end
errors
end | ruby | def validate_single_doc(schema, doc)
schema = Nokogiri::XML::Schema(File.open(schema))
doc = Nokogiri::XML(doc)
errors = []
schema.validate(doc).each do |error|
errors << error
end
errors
end | [
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randym/axlsx | lib/axlsx/package.rb | Axlsx.Package.content_types | def content_types
c_types = base_content_types
workbook.drawings.each do |drawing|
c_types << Axlsx::Override.new(:PartName => "/xl/#{drawing.pn}",
:ContentType => DRAWING_CT)
end
workbook.charts.each do |chart|
c_types << Axlsx::Override.new(:PartName => "/xl/#{chart.pn}",
:ContentType => CHART_CT)
end
workbook.tables.each do |table|
c_types << Axlsx::Override.new(:PartName => "/xl/#{table.pn}",
:ContentType => TABLE_CT)
end
workbook.pivot_tables.each do |pivot_table|
c_types << Axlsx::Override.new(:PartName => "/xl/#{pivot_table.pn}",
:ContentType => PIVOT_TABLE_CT)
c_types << Axlsx::Override.new(:PartName => "/xl/#{pivot_table.cache_definition.pn}",
:ContentType => PIVOT_TABLE_CACHE_DEFINITION_CT)
end
workbook.comments.each do |comment|
if comment.size > 0
c_types << Axlsx::Override.new(:PartName => "/xl/#{comment.pn}",
:ContentType => COMMENT_CT)
end
end
if workbook.comments.size > 0
c_types << Axlsx::Default.new(:Extension => "vml", :ContentType => VML_DRAWING_CT)
end
workbook.worksheets.each do |sheet|
c_types << Axlsx::Override.new(:PartName => "/xl/#{sheet.pn}",
:ContentType => WORKSHEET_CT)
end
exts = workbook.images.map { |image| image.extname.downcase }
exts.uniq.each do |ext|
ct = if ['jpeg', 'jpg'].include?(ext)
JPEG_CT
elsif ext == 'gif'
GIF_CT
elsif ext == 'png'
PNG_CT
end
c_types << Axlsx::Default.new(:ContentType => ct, :Extension => ext )
end
if use_shared_strings
c_types << Axlsx::Override.new(:PartName => "/xl/#{SHARED_STRINGS_PN}",
:ContentType => SHARED_STRINGS_CT)
end
c_types
end | ruby | def content_types
c_types = base_content_types
workbook.drawings.each do |drawing|
c_types << Axlsx::Override.new(:PartName => "/xl/#{drawing.pn}",
:ContentType => DRAWING_CT)
end
workbook.charts.each do |chart|
c_types << Axlsx::Override.new(:PartName => "/xl/#{chart.pn}",
:ContentType => CHART_CT)
end
workbook.tables.each do |table|
c_types << Axlsx::Override.new(:PartName => "/xl/#{table.pn}",
:ContentType => TABLE_CT)
end
workbook.pivot_tables.each do |pivot_table|
c_types << Axlsx::Override.new(:PartName => "/xl/#{pivot_table.pn}",
:ContentType => PIVOT_TABLE_CT)
c_types << Axlsx::Override.new(:PartName => "/xl/#{pivot_table.cache_definition.pn}",
:ContentType => PIVOT_TABLE_CACHE_DEFINITION_CT)
end
workbook.comments.each do |comment|
if comment.size > 0
c_types << Axlsx::Override.new(:PartName => "/xl/#{comment.pn}",
:ContentType => COMMENT_CT)
end
end
if workbook.comments.size > 0
c_types << Axlsx::Default.new(:Extension => "vml", :ContentType => VML_DRAWING_CT)
end
workbook.worksheets.each do |sheet|
c_types << Axlsx::Override.new(:PartName => "/xl/#{sheet.pn}",
:ContentType => WORKSHEET_CT)
end
exts = workbook.images.map { |image| image.extname.downcase }
exts.uniq.each do |ext|
ct = if ['jpeg', 'jpg'].include?(ext)
JPEG_CT
elsif ext == 'gif'
GIF_CT
elsif ext == 'png'
PNG_CT
end
c_types << Axlsx::Default.new(:ContentType => ct, :Extension => ext )
end
if use_shared_strings
c_types << Axlsx::Override.new(:PartName => "/xl/#{SHARED_STRINGS_PN}",
:ContentType => SHARED_STRINGS_CT)
end
c_types
end | [
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@return [ContentType]
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randym/axlsx | lib/axlsx/package.rb | Axlsx.Package.base_content_types | def base_content_types
c_types = ContentType.new()
c_types << Default.new(:ContentType => RELS_CT, :Extension => RELS_EX)
c_types << Default.new(:Extension => XML_EX, :ContentType => XML_CT)
c_types << Override.new(:PartName => "/#{APP_PN}", :ContentType => APP_CT)
c_types << Override.new(:PartName => "/#{CORE_PN}", :ContentType => CORE_CT)
c_types << Override.new(:PartName => "/xl/#{STYLES_PN}", :ContentType => STYLES_CT)
c_types << Axlsx::Override.new(:PartName => "/#{WORKBOOK_PN}", :ContentType => WORKBOOK_CT)
c_types.lock
c_types
end | ruby | def base_content_types
c_types = ContentType.new()
c_types << Default.new(:ContentType => RELS_CT, :Extension => RELS_EX)
c_types << Default.new(:Extension => XML_EX, :ContentType => XML_CT)
c_types << Override.new(:PartName => "/#{APP_PN}", :ContentType => APP_CT)
c_types << Override.new(:PartName => "/#{CORE_PN}", :ContentType => CORE_CT)
c_types << Override.new(:PartName => "/xl/#{STYLES_PN}", :ContentType => STYLES_CT)
c_types << Axlsx::Override.new(:PartName => "/#{WORKBOOK_PN}", :ContentType => WORKBOOK_CT)
c_types.lock
c_types
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randym/axlsx | lib/axlsx/package.rb | Axlsx.Package.relationships | def relationships
rels = Axlsx::Relationships.new
rels << Relationship.new(self, WORKBOOK_R, WORKBOOK_PN)
rels << Relationship.new(self, CORE_R, CORE_PN)
rels << Relationship.new(self, APP_R, APP_PN)
rels.lock
rels
end | ruby | def relationships
rels = Axlsx::Relationships.new
rels << Relationship.new(self, WORKBOOK_R, WORKBOOK_PN)
rels << Relationship.new(self, CORE_R, CORE_PN)
rels << Relationship.new(self, APP_R, APP_PN)
rels.lock
rels
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randym/axlsx | lib/axlsx/drawing/pic.rb | Axlsx.Pic.hyperlink= | def hyperlink=(v, options={})
options[:href] = v
if hyperlink.is_a?(Hyperlink)
options.each do |o|
hyperlink.send("#{o[0]}=", o[1]) if hyperlink.respond_to? "#{o[0]}="
end
else
@hyperlink = Hyperlink.new(self, options)
end
hyperlink
end | ruby | def hyperlink=(v, options={})
options[:href] = v
if hyperlink.is_a?(Hyperlink)
options.each do |o|
hyperlink.send("#{o[0]}=", o[1]) if hyperlink.respond_to? "#{o[0]}="
end
else
@hyperlink = Hyperlink.new(self, options)
end
hyperlink
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randym/axlsx | lib/axlsx/drawing/pic.rb | Axlsx.Pic.end_at | def end_at(x, y=nil)
use_two_cell_anchor unless @anchor.is_a?(TwoCellAnchor)
@anchor.end_at x, y
@anchor.to
end | ruby | def end_at(x, y=nil)
use_two_cell_anchor unless @anchor.is_a?(TwoCellAnchor)
@anchor.end_at x, y
@anchor.to
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randym/axlsx | lib/axlsx/drawing/pic.rb | Axlsx.Pic.use_one_cell_anchor | def use_one_cell_anchor
return if @anchor.is_a?(OneCellAnchor)
new_anchor = OneCellAnchor.new(@anchor.drawing, :start_at => [@anchor.from.col, @anchor.from.row])
swap_anchor(new_anchor)
end | ruby | def use_one_cell_anchor
return if @anchor.is_a?(OneCellAnchor)
new_anchor = OneCellAnchor.new(@anchor.drawing, :start_at => [@anchor.from.col, @anchor.from.row])
swap_anchor(new_anchor)
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return if @anchor.is_a?(TwoCellAnchor)
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randym/axlsx | lib/axlsx/drawing/pic.rb | Axlsx.Pic.swap_anchor | def swap_anchor(new_anchor)
new_anchor.drawing.anchors.delete(new_anchor)
@anchor.drawing.anchors[@anchor.drawing.anchors.index(@anchor)] = new_anchor
new_anchor.instance_variable_set "@object", @anchor.object
@anchor = new_anchor
end | ruby | def swap_anchor(new_anchor)
new_anchor.drawing.anchors.delete(new_anchor)
@anchor.drawing.anchors[@anchor.drawing.anchors.index(@anchor)] = new_anchor
new_anchor.instance_variable_set "@object", @anchor.object
@anchor = new_anchor
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randym/axlsx | lib/axlsx/workbook/worksheet/color_scale.rb | Axlsx.ColorScale.add | def add(options={})
value_objects << Cfvo.new(:type => options[:type] || :min, :val => options[:val] || 0)
colors << Color.new(:rgb => options[:color] || "FF000000")
{:cfvo => value_objects.last, :color => colors.last}
end | ruby | def add(options={})
value_objects << Cfvo.new(:type => options[:type] || :min, :val => options[:val] || 0)
colors << Color.new(:rgb => options[:color] || "FF000000")
{:cfvo => value_objects.last, :color => colors.last}
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randym/axlsx | lib/axlsx/workbook/worksheet/color_scale.rb | Axlsx.ColorScale.to_xml_string | def to_xml_string(str = '')
str << '<colorScale>'
value_objects.to_xml_string(str)
colors.each { |color| color.to_xml_string(str) }
str << '</colorScale>'
end | ruby | def to_xml_string(str = '')
str << '<colorScale>'
value_objects.to_xml_string(str)
colors.each { |color| color.to_xml_string(str) }
str << '</colorScale>'
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randym/axlsx | lib/axlsx/workbook/worksheet/color_scale.rb | Axlsx.ColorScale.initialize_default_cfvos | def initialize_default_cfvos(user_cfvos)
defaults = self.class.default_cfvos
user_cfvos.each_with_index do |cfvo, index|
if index < defaults.size
cfvo = defaults[index].merge(cfvo)
end
add cfvo
end
while colors.size < defaults.size
add defaults[colors.size - 1]
end
end | ruby | def initialize_default_cfvos(user_cfvos)
defaults = self.class.default_cfvos
user_cfvos.each_with_index do |cfvo, index|
if index < defaults.size
cfvo = defaults[index].merge(cfvo)
end
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end
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randym/axlsx | lib/axlsx/drawing/axes.rb | Axlsx.Axes.add_axis | def add_axis(name, axis_class)
axis = axis_class.new
set_cross_axis(axis)
axes << [name, axis]
end | ruby | def add_axis(name, axis_class)
axis = axis_class.new
set_cross_axis(axis)
axes << [name, axis]
end | [
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randym/axlsx | lib/axlsx/workbook/shared_strings_table.rb | Axlsx.SharedStringsTable.to_xml_string | def to_xml_string(str='')
Axlsx::sanitize(@shared_xml_string)
str << ('<?xml version="1.0" encoding="UTF-8"?><sst xmlns="' << XML_NS << '"')
str << (' count="' << @count.to_s << '" uniqueCount="' << unique_count.to_s << '"')
str << (' xml:space="' << xml_space.to_s << '">' << @shared_xml_string << '</sst>')
end | ruby | def to_xml_string(str='')
Axlsx::sanitize(@shared_xml_string)
str << ('<?xml version="1.0" encoding="UTF-8"?><sst xmlns="' << XML_NS << '"')
str << (' count="' << @count.to_s << '" uniqueCount="' << unique_count.to_s << '"')
str << (' xml:space="' << xml_space.to_s << '">' << @shared_xml_string << '</sst>')
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randym/axlsx | lib/axlsx/workbook/shared_strings_table.rb | Axlsx.SharedStringsTable.resolve | def resolve(cells)
cells.each do |cell|
cell_hash = cell.value
if index = @unique_cells[cell_hash]
cell.send :ssti=, index
else
cell.send :ssti=, @index
@shared_xml_string << '<si>' << CellSerializer.run_xml_string(cell) << '</si>'
@unique_cells[cell_hash] = @index
@index += 1
end
end
end | ruby | def resolve(cells)
cells.each do |cell|
cell_hash = cell.value
if index = @unique_cells[cell_hash]
cell.send :ssti=, index
else
cell.send :ssti=, @index
@shared_xml_string << '<si>' << CellSerializer.run_xml_string(cell) << '</si>'
@unique_cells[cell_hash] = @index
@index += 1
end
end
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet_hyperlinks.rb | Axlsx.WorksheetHyperlinks.to_xml_string | def to_xml_string(str='')
return if empty?
str << '<hyperlinks>'
each { |hyperlink| hyperlink.to_xml_string(str) }
str << '</hyperlinks>'
end | ruby | def to_xml_string(str='')
return if empty?
str << '<hyperlinks>'
each { |hyperlink| hyperlink.to_xml_string(str) }
str << '</hyperlinks>'
end | [
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randym/axlsx | lib/axlsx/workbook/workbook.rb | Axlsx.Workbook.sheet_by_name | def sheet_by_name(name)
index = @worksheets.index { |sheet| sheet.name == name }
@worksheets[index] if index
end | ruby | def sheet_by_name(name)
index = @worksheets.index { |sheet| sheet.name == name }
@worksheets[index] if index
end | [
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@param [String] name The name of the sheet you are looking for
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randym/axlsx | lib/axlsx/workbook/workbook.rb | Axlsx.Workbook.insert_worksheet | def insert_worksheet(index=0, options={})
worksheet = Worksheet.new(self, options)
@worksheets.delete_at(@worksheets.size - 1)
@worksheets.insert(index, worksheet)
yield worksheet if block_given?
worksheet
end | ruby | def insert_worksheet(index=0, options={})
worksheet = Worksheet.new(self, options)
@worksheets.delete_at(@worksheets.size - 1)
@worksheets.insert(index, worksheet)
yield worksheet if block_given?
worksheet
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randym/axlsx | lib/axlsx/workbook/workbook.rb | Axlsx.Workbook.relationships | def relationships
r = Relationships.new
@worksheets.each do |sheet|
r << Relationship.new(sheet, WORKSHEET_R, WORKSHEET_PN % (r.size+1))
end
pivot_tables.each_with_index do |pivot_table, index|
r << Relationship.new(pivot_table.cache_definition, PIVOT_TABLE_CACHE_DEFINITION_R, PIVOT_TABLE_CACHE_DEFINITION_PN % (index+1))
end
r << Relationship.new(self, STYLES_R, STYLES_PN)
if use_shared_strings
r << Relationship.new(self, SHARED_STRINGS_R, SHARED_STRINGS_PN)
end
r
end | ruby | def relationships
r = Relationships.new
@worksheets.each do |sheet|
r << Relationship.new(sheet, WORKSHEET_R, WORKSHEET_PN % (r.size+1))
end
pivot_tables.each_with_index do |pivot_table, index|
r << Relationship.new(pivot_table.cache_definition, PIVOT_TABLE_CACHE_DEFINITION_R, PIVOT_TABLE_CACHE_DEFINITION_PN % (index+1))
end
r << Relationship.new(self, STYLES_R, STYLES_PN)
if use_shared_strings
r << Relationship.new(self, SHARED_STRINGS_R, SHARED_STRINGS_PN)
end
r
end | [
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randym/axlsx | lib/axlsx/workbook/workbook.rb | Axlsx.Workbook.[] | def [](cell_def)
sheet_name = cell_def.split('!')[0] if cell_def.match('!')
worksheet = self.worksheets.select { |s| s.name == sheet_name }.first
raise ArgumentError, 'Unknown Sheet' unless sheet_name && worksheet.is_a?(Worksheet)
worksheet[cell_def.gsub(/.+!/,"")]
end | ruby | def [](cell_def)
sheet_name = cell_def.split('!')[0] if cell_def.match('!')
worksheet = self.worksheets.select { |s| s.name == sheet_name }.first
raise ArgumentError, 'Unknown Sheet' unless sheet_name && worksheet.is_a?(Worksheet)
worksheet[cell_def.gsub(/.+!/,"")]
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randym/axlsx | lib/axlsx/workbook/workbook.rb | Axlsx.Workbook.to_xml_string | def to_xml_string(str='')
add_worksheet(name: 'Sheet1') unless worksheets.size > 0
str << '<?xml version="1.0" encoding="UTF-8"?>'
str << ('<workbook xmlns="' << XML_NS << '" xmlns:r="' << XML_NS_R << '">')
str << ('<workbookPr date1904="' << @@date1904.to_s << '"/>')
views.to_xml_string(str)
str << '<sheets>'
if is_reversed
worksheets.reverse_each { |sheet| sheet.to_sheet_node_xml_string(str) }
else
worksheets.each { |sheet| sheet.to_sheet_node_xml_string(str) }
end
str << '</sheets>'
defined_names.to_xml_string(str)
unless pivot_tables.empty?
str << '<pivotCaches>'
pivot_tables.each do |pivot_table|
str << ('<pivotCache cacheId="' << pivot_table.cache_definition.cache_id.to_s << '" r:id="' << pivot_table.cache_definition.rId << '"/>')
end
str << '</pivotCaches>'
end
str << '</workbook>'
end | ruby | def to_xml_string(str='')
add_worksheet(name: 'Sheet1') unless worksheets.size > 0
str << '<?xml version="1.0" encoding="UTF-8"?>'
str << ('<workbook xmlns="' << XML_NS << '" xmlns:r="' << XML_NS_R << '">')
str << ('<workbookPr date1904="' << @@date1904.to_s << '"/>')
views.to_xml_string(str)
str << '<sheets>'
if is_reversed
worksheets.reverse_each { |sheet| sheet.to_sheet_node_xml_string(str) }
else
worksheets.each { |sheet| sheet.to_sheet_node_xml_string(str) }
end
str << '</sheets>'
defined_names.to_xml_string(str)
unless pivot_tables.empty?
str << '<pivotCaches>'
pivot_tables.each do |pivot_table|
str << ('<pivotCache cacheId="' << pivot_table.cache_definition.cache_id.to_s << '" r:id="' << pivot_table.cache_definition.rId << '"/>')
end
str << '</pivotCaches>'
end
str << '</workbook>'
end | [
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randym/axlsx | lib/axlsx/workbook/worksheet/page_margins.rb | Axlsx.PageMargins.set | def set(margins)
margins.select do |k, v|
next unless [:left, :right, :top, :bottom, :header, :footer].include? k
send("#{k}=", v)
end
end | ruby | def set(margins)
margins.select do |k, v|
next unless [:left, :right, :top, :bottom, :header, :footer].include? k
send("#{k}=", v)
end
end | [
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randym/axlsx | lib/axlsx/drawing/marker.rb | Axlsx.Marker.coord | def coord(col, row=0)
coordinates = parse_coord_args(col, row)
self.col = coordinates[0]
self.row = coordinates[1]
end | ruby | def coord(col, row=0)
coordinates = parse_coord_args(col, row)
self.col = coordinates[0]
self.row = coordinates[1]
end | [
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@param row the row of the marker. This is ignored if the col parameter is a Cell or
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randym/axlsx | lib/axlsx/drawing/marker.rb | Axlsx.Marker.parse_coord_args | def parse_coord_args(x, y=0)
if x.is_a?(String)
x, y = *Axlsx::name_to_indices(x)
end
if x.is_a?(Cell)
x, y = *x.pos
end
if x.is_a?(Array)
x, y = *x
end
[x, y]
end | ruby | def parse_coord_args(x, y=0)
if x.is_a?(String)
x, y = *Axlsx::name_to_indices(x)
end
if x.is_a?(Cell)
x, y = *x.pos
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x, y = *x
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randym/axlsx | lib/axlsx/workbook/worksheet/comments.rb | Axlsx.Comments.add_comment | def add_comment(options={})
raise ArgumentError, "Comment require an author" unless options[:author]
raise ArgumentError, "Comment requires text" unless options[:text]
raise ArgumentError, "Comment requires ref" unless options[:ref]
self << Comment.new(self, options)
yield last if block_given?
last
end | ruby | def add_comment(options={})
raise ArgumentError, "Comment require an author" unless options[:author]
raise ArgumentError, "Comment requires text" unless options[:text]
raise ArgumentError, "Comment requires ref" unless options[:ref]
self << Comment.new(self, options)
yield last if block_given?
last
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@option options [String] author The name of the author for this comment
@option options [String] text The text for this comment
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randym/axlsx | lib/axlsx/workbook/worksheet/rich_text_run.rb | Axlsx.RichTextRun.autowidth | def autowidth(widtharray)
return if value.nil?
if styles.cellXfs[style].alignment && styles.cellXfs[style].alignment.wrap_text
first = true
value.to_s.split(/\r?\n/, -1).each do |line|
if first
first = false
else
widtharray << 0
end
widtharray[-1] += string_width(line, font_size)
end
else
widtharray[-1] += string_width(value.to_s, font_size)
end
widtharray
end | ruby | def autowidth(widtharray)
return if value.nil?
if styles.cellXfs[style].alignment && styles.cellXfs[style].alignment.wrap_text
first = true
value.to_s.split(/\r?\n/, -1).each do |line|
if first
first = false
else
widtharray << 0
end
widtharray[-1] += string_width(line, font_size)
end
else
widtharray[-1] += string_width(value.to_s, font_size)
end
widtharray
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randym/axlsx | lib/axlsx/workbook/worksheet/rich_text_run.rb | Axlsx.RichTextRun.to_xml_string | def to_xml_string(str = '')
valid = RichTextRun::INLINE_STYLES
data = Hash[self.instance_values.map{ |k, v| [k.to_sym, v] }]
data = data.select { |key, value| valid.include?(key) && !value.nil? }
str << '<r><rPr>'
data.keys.each do |key|
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str << ('<rFont val="' << font_name << '"/>')
when :color
str << data[key].to_xml_string
else
str << ('<' << key.to_s << ' val="' << xml_value(data[key]) << '"/>')
end
end
clean_value = Axlsx::trust_input ? @value.to_s : ::CGI.escapeHTML(Axlsx::sanitize(@value.to_s))
str << ('</rPr><t>' << clean_value << '</t></r>')
end | ruby | def to_xml_string(str = '')
valid = RichTextRun::INLINE_STYLES
data = Hash[self.instance_values.map{ |k, v| [k.to_sym, v] }]
data = data.select { |key, value| valid.include?(key) && !value.nil? }
str << '<r><rPr>'
data.keys.each do |key|
case key
when :font_name
str << ('<rFont val="' << font_name << '"/>')
when :color
str << data[key].to_xml_string
else
str << ('<' << key.to_s << ' val="' << xml_value(data[key]) << '"/>')
end
end
clean_value = Axlsx::trust_input ? @value.to_s : ::CGI.escapeHTML(Axlsx::sanitize(@value.to_s))
str << ('</rPr><t>' << clean_value << '</t></r>')
end | [
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randym/axlsx | lib/axlsx/workbook/worksheet/rich_text_run.rb | Axlsx.RichTextRun.string_width | def string_width(string, font_size)
font_scale = font_size / 10.0
string.count(Worksheet::THIN_CHARS) * font_scale
end | ruby | def string_width(string, font_size)
font_scale = font_size / 10.0
string.count(Worksheet::THIN_CHARS) * font_scale
end | [
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randym/axlsx | lib/axlsx/workbook/worksheet/rich_text_run.rb | Axlsx.RichTextRun.font_size | def font_size
return sz if sz
font = styles.fonts[styles.cellXfs[style].fontId] || styles.fonts[0]
(font.b || (defined?(@b) && @b)) ? (font.sz * 1.5) : font.sz
end | ruby | def font_size
return sz if sz
font = styles.fonts[styles.cellXfs[style].fontId] || styles.fonts[0]
(font.b || (defined?(@b) && @b)) ? (font.sz * 1.5) : font.sz
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randym/axlsx | lib/axlsx/stylesheet/gradient_fill.rb | Axlsx.GradientFill.validate_format_percentage | def validate_format_percentage(name, value)
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end | ruby | def validate_format_percentage(name, value)
DataTypeValidator.validate name, Float, value, lambda { |arg| arg >= 0.0 && arg <= 1.0}
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randym/axlsx | lib/axlsx/content_type/abstract_content_type.rb | Axlsx.AbstractContentType.to_xml_string | def to_xml_string(node_name = '', str = '')
str << "<#{node_name} "
str << instance_values.map { |key, value| Axlsx::camel(key) << '="' << value.to_s << '"' }.join(' ')
str << '/>'
end | ruby | def to_xml_string(node_name = '', str = '')
str << "<#{node_name} "
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randym/axlsx | lib/axlsx/workbook/worksheet/data_validations.rb | Axlsx.DataValidations.to_xml_string | def to_xml_string(str = "")
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return if empty?
str << "<dataValidations count='#{size}'>"
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randym/axlsx | lib/axlsx/workbook/worksheet/icon_set.rb | Axlsx.IconSet.initialize_value_objects | def initialize_value_objects
@value_objects = SimpleTypedList.new Cfvo
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@value_objects.lock
end | ruby | def initialize_value_objects
@value_objects = SimpleTypedList.new Cfvo
@value_objects.concat [Cfvo.new(:type => :percent, :val => 0), Cfvo.new(:type => :percent, :val => 33), Cfvo.new(:type => :percent, :val => 67)]
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randym/axlsx | lib/axlsx/util/storage.rb | Axlsx.Storage.to_s | def to_s
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randym/axlsx | lib/axlsx/workbook/worksheet/auto_filter/filter_column.rb | Axlsx.FilterColumn.col_id= | def col_id=(column_index)
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@col_id = column_index
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column_index = column_index.col if column_index.is_a?(Cell)
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randym/axlsx | lib/axlsx/workbook/worksheet/auto_filter/filter_column.rb | Axlsx.FilterColumn.apply | def apply(row, offset)
row.hidden = @filter.apply(row.cells[offset+col_id.to_i])
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row.hidden = @filter.apply(row.cells[offset+col_id.to_i])
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randym/axlsx | lib/axlsx/workbook/worksheet/conditional_formatting.rb | Axlsx.ConditionalFormatting.add_rule | def add_rule(rule)
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end
end | ruby | def add_rule(rule)
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randym/axlsx | lib/axlsx/workbook/worksheet/conditional_formatting.rb | Axlsx.ConditionalFormatting.to_xml_string | def to_xml_string(str = '')
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end | ruby | def to_xml_string(str = '')
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randym/axlsx | lib/axlsx/drawing/axis.rb | Axlsx.Axis.label_rotation= | def label_rotation=(v)
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@label_rotation = adjusted
end | ruby | def label_rotation=(v)
Axlsx::validate_int(v)
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randym/axlsx | lib/axlsx/drawing/axis.rb | Axlsx.Axis.title= | def title=(v)
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DataTypeValidator.validate "#{self.class}.title", [String, Cell], v
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.initialize_page_options | def initialize_page_options(options)
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end | ruby | def initialize_page_options(options)
@page_margins = PageMargins.new options[:page_margins] if options[:page_margins]
@page_setup = PageSetup.new options[:page_setup] if options[:page_setup]
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.add_conditional_formatting | def add_conditional_formatting(cells, rules)
cf = ConditionalFormatting.new( :sqref => cells )
cf.add_rules rules
conditional_formattings << cf
conditional_formattings
end | ruby | def add_conditional_formatting(cells, rules)
cf = ConditionalFormatting.new( :sqref => cells )
cf.add_rules rules
conditional_formattings << cf
conditional_formattings
end | [
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@example This would format column A whenever it is FALSE.
# for a longer example, see examples/example_conditional_formatting.rb (link below)
worksheet.add_conditional_formatting( "A1:A1048576", { :type => :cellIs, :operator => :equal, :formula => "FALSE", :dxfId => 1, :priority => 1 }
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.add_data_validation | def add_data_validation(cells, data_validation)
dv = DataValidation.new(data_validation)
dv.sqref = cells
data_validations << dv
end | ruby | def add_data_validation(cells, data_validation)
dv = DataValidation.new(data_validation)
dv.sqref = cells
data_validations << dv
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.add_chart | def add_chart(chart_type, options={})
chart = worksheet_drawing.add_chart(chart_type, options)
yield chart if block_given?
chart
end | ruby | def add_chart(chart_type, options={})
chart = worksheet_drawing.add_chart(chart_type, options)
yield chart if block_given?
chart
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.column_widths | def column_widths(*widths)
widths.each_with_index do |value, index|
next if value == nil
Axlsx::validate_unsigned_numeric(value) unless value == nil
find_or_create_column_info(index).width = value
end
end | ruby | def column_widths(*widths)
widths.each_with_index do |value, index|
next if value == nil
Axlsx::validate_unsigned_numeric(value) unless value == nil
find_or_create_column_info(index).width = value
end
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.col_style | def col_style(index, style, options={})
offset = options.delete(:row_offset) || 0
cells = @rows[(offset..-1)].map { |row| row[index] }.flatten.compact
cells.each { |cell| cell.style = style }
end | ruby | def col_style(index, style, options={})
offset = options.delete(:row_offset) || 0
cells = @rows[(offset..-1)].map { |row| row[index] }.flatten.compact
cells.each { |cell| cell.style = style }
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.row_style | def row_style(index, style, options={})
offset = options.delete(:col_offset) || 0
cells = cols[(offset..-1)].map { |column| column[index] }.flatten.compact
cells.each { |cell| cell.style = style }
end | ruby | def row_style(index, style, options={})
offset = options.delete(:col_offset) || 0
cells = cols[(offset..-1)].map { |column| column[index] }.flatten.compact
cells.each { |cell| cell.style = style }
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.to_sheet_node_xml_string | def to_sheet_node_xml_string(str='')
add_autofilter_defined_name_to_workbook
str << '<sheet '
serialized_attributes str
str << ('name="' << name << '" ')
str << ('r:id="' << rId << '"></sheet>')
end | ruby | def to_sheet_node_xml_string(str='')
add_autofilter_defined_name_to_workbook
str << '<sheet '
serialized_attributes str
str << ('name="' << name << '" ')
str << ('r:id="' << rId << '"></sheet>')
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.to_xml_string | def to_xml_string str=''
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str << worksheet_node
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str << '</worksheet>'
end | ruby | def to_xml_string str=''
add_autofilter_defined_name_to_workbook
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str << worksheet_node
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.relationships | def relationships
r = Relationships.new
r + [tables.relationships,
worksheet_comments.relationships,
hyperlinks.relationships,
worksheet_drawing.relationship,
pivot_tables.relationships].flatten.compact || []
r
end | ruby | def relationships
r = Relationships.new
r + [tables.relationships,
worksheet_comments.relationships,
hyperlinks.relationships,
worksheet_drawing.relationship,
pivot_tables.relationships].flatten.compact || []
r
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.name_to_cell | def name_to_cell(name)
col_index, row_index = *Axlsx::name_to_indices(name)
r = rows[row_index]
r[col_index] if r
end | ruby | def name_to_cell(name)
col_index, row_index = *Axlsx::name_to_indices(name)
r = rows[row_index]
r[col_index] if r
end | [
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.outline_level_rows | def outline_level_rows(start_index, end_index, level = 1, collapsed = true)
outline rows, (start_index..end_index), level, collapsed
end | ruby | def outline_level_rows(start_index, end_index, level = 1, collapsed = true)
outline rows, (start_index..end_index), level, collapsed
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randym/axlsx | lib/axlsx/workbook/worksheet/worksheet.rb | Axlsx.Worksheet.outline_level_columns | def outline_level_columns(start_index, end_index, level = 1, collapsed = true)
outline column_info, (start_index..end_index), level, collapsed
end | ruby | def outline_level_columns(start_index, end_index, level = 1, collapsed = true)
outline column_info, (start_index..end_index), level, collapsed
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randym/axlsx | lib/axlsx/workbook/worksheet/row.rb | Axlsx.Row.to_xml_string | def to_xml_string(r_index, str = '')
serialized_tag('row', str, :r => r_index + 1) do
tmp = '' # time / memory tradeoff, lots of calls to rubyzip costs more
# time..
each_with_index { |cell, c_index| cell.to_xml_string(r_index, c_index, tmp) }
str << tmp
end
end | ruby | def to_xml_string(r_index, str = '')
serialized_tag('row', str, :r => r_index + 1) do
tmp = '' # time / memory tradeoff, lots of calls to rubyzip costs more
# time..
each_with_index { |cell, c_index| cell.to_xml_string(r_index, c_index, tmp) }
str << tmp
end
end | [
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@param [Integer] r_index The row index, 0 based.
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] | c593a08b2a929dac7aa8dc418b55e26b4c49dc34 | https://github.com/randym/axlsx/blob/c593a08b2a929dac7aa8dc418b55e26b4c49dc34/lib/axlsx/workbook/worksheet/row.rb#L88-L95 | train |
Subsets and Splits