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# frozen_string_literal: true
require 'tc_helper'
class TestAxis < Test::Unit::TestCase
def setup
@axis = Axlsx::Axis.new gridlines: false, title: 'Foo'
end
def test_initialization
assert_equal(:b, @axis.ax_pos, "axis position default incorrect")
assert_equal(:nextTo, @axis.tick_lbl_pos, "tick label position default incorrect")
assert_equal(:nextTo, @axis.tick_lbl_pos, "tick label position default incorrect")
assert_equal(:autoZero, @axis.crosses, "tick label position default incorrect")
assert(@axis.scaling.is_a?(Axlsx::Scaling) && @axis.scaling.orientation == :minMax, "scaling default incorrect")
assert_equal('Foo', @axis.title.text)
end
def test_color
@axis.color = "00FF00"
@axis.cross_axis = Axlsx::CatAxis.new
str = +'<?xml version="1.0" encoding="UTF-8"?>'
str << '<c:chartSpace xmlns:c="' << Axlsx::XML_NS_C << '" xmlns:a="' << Axlsx::XML_NS_A << '">'
doc = Nokogiri::XML(@axis.to_xml_string(str))
assert(doc.xpath("//a:srgbClr[@val='00FF00']"))
end
def test_cell_based_axis_title
p = Axlsx::Package.new
p.workbook.add_worksheet(name: 'foosheet') do |sheet|
sheet.add_row ['battle victories']
sheet.add_row ['bird', 1, 2, 1]
sheet.add_row ['cat', 7, 9, 10]
sheet.add_chart(Axlsx::Line3DChart) do |chart|
chart.add_series data: sheet['B2:D2'], labels: sheet['B1']
chart.val_axis.title = sheet['A1']
assert_equal('battle victories', chart.val_axis.title.text)
end
end
end
def test_axis_position
assert_raise(ArgumentError, "requires valid axis position") { @axis.ax_pos = :nowhere }
assert_nothing_raised("accepts valid axis position") { @axis.ax_pos = :r }
end
def test_label_rotation
assert_raise(ArgumentError, "requires valid angle") { @axis.label_rotation = :nowhere }
assert_raise(ArgumentError, "requires valid angle") { @axis.label_rotation = 91 }
assert_raise(ArgumentError, "requires valid angle") { @axis.label_rotation = -91 }
assert_nothing_raised("accepts valid angle") { @axis.label_rotation = 45 }
assert_equal(45 * 60_000, @axis.label_rotation)
end
def test_tick_label_position
assert_raise(ArgumentError, "requires valid tick label position") { @axis.tick_lbl_pos = :nowhere }
assert_nothing_raised("accepts valid tick label position") { @axis.tick_lbl_pos = :high }
end
def test_format_code
assert_raise(ArgumentError, "requires valid format code") { @axis.format_code = :high }
assert_nothing_raised("accepts valid format code") { @axis.format_code = "00.##" }
end
def create_chart_with_formatting(format_string = nil)
p = Axlsx::Package.new
p.workbook.add_worksheet(name: "Formatting Test") do |sheet|
sheet.add_row(['test', 20])
sheet.add_chart(Axlsx::Bar3DChart, start_at: [0, 5], end_at: [10, 20], title: "Test Formatting") do |chart|
chart.add_series data: sheet["B1:B1"], labels: sheet["A1:A1"]
chart.val_axis.format_code = format_string if format_string
doc = Nokogiri::XML(chart.to_xml_string)
yield doc
end
end
end
def test_format_code_resets_source_linked
create_chart_with_formatting("#,##0.00") do |doc|
assert_equal(1, doc.xpath("//c:valAx/c:numFmt[@formatCode='#,##0.00']").size)
assert_equal(1, doc.xpath("//c:valAx/c:numFmt[@sourceLinked='0']").size)
end
end
def test_no_format_code_keeps_source_linked
create_chart_with_formatting do |doc|
assert_equal(1, doc.xpath("//c:valAx/c:numFmt[@formatCode='General']").size)
assert_equal(1, doc.xpath("//c:valAx/c:numFmt[@sourceLinked='1']").size)
end
end
def test_crosses
assert_raise(ArgumentError, "requires valid crosses") { @axis.crosses = 1 }
assert_nothing_raised("accepts valid crosses") { @axis.crosses = :min }
end
def test_gridlines
assert_raise(ArgumentError, "requires valid gridlines") { @axis.gridlines = 'alice' }
assert_nothing_raised("accepts valid crosses") { @axis.gridlines = false }
end
def test_to_xml_string
@axis.cross_axis = Axlsx::CatAxis.new
str = +'<?xml version="1.0" encoding="UTF-8"?>'
str << '<c:chartSpace xmlns:c="' << Axlsx::XML_NS_C << '" xmlns:a="' << Axlsx::XML_NS_A << '">'
doc = Nokogiri::XML(@axis.to_xml_string(str))
assert(doc.xpath('//a:noFill'))
assert(doc.xpath("//c:crosses[@val='#{@axis.crosses}']"))
assert(doc.xpath("//c:crossAx[@val='#{@axis.cross_axis}']"))
assert(doc.xpath("//a:bodyPr[@rot='#{@axis.label_rotation}']"))
assert(doc.xpath("//a:t[text()='Foo']"))
end
end
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