public void Can_recognize_header()
{
var parsed = new BlockEx(D_header)
.Match(file_content.Skip(4).Take(1).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(ToTuples(new string[0][])));
Assert.That(parsed.Success);
}
public void Can_recognize_header()
{
var parsed = new BlockEx(D_header)
.Match(file_content.Skip(4).Take(1).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(ToTuples(new string[0][])));
}
public void Can_parse_several_matches()
{
var section = ParseCsv(@";H
D1;
D2;
;D3
;
;H
D4;
D5;
;D6
;");
var blockEx = new BlockEx(@"
_ ""H"" : header
@V _ : row+
_ @V : row+
_ _");
var ms = blockEx.Matches(section);
Assert.That(ms.Length, Is.EqualTo(2));
Assert.That(ToValueTuples(ms[0]), Is.EquivalentTo(ToTuples(
new[] { new[] { "V", "D1" }, new[] { "V", "D2" }, new[] { "V", "D3" } })));
Assert.That(ToValueTuples(ms[1]), Is.EquivalentTo(ToTuples(
new[] { new[] { "V", "D4" }, new[] { "V", "D5" }, new[] { "V", "D6" } })));
}
public void Can_extract_information_from_second_block()
{
var parsed = new BlockEx(type2)
.Match(file_content.Skip(10).Take(6).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(
ToTuples(expected_2)));
}
public void Can_parse_several_matches()
{
var section = ParseCsv(@";H
D1;
D2;
;D3
;
;H
D4;
D5;
;D6
;");
var blockEx = new BlockEx(@"
_ ""H"" : header
@V _ : row+
_ @V : row+
_ _");
var ms = blockEx.Matches(section);
Assert.That(ms.Length, Is.EqualTo(2));
Assert.That(ToValueTuples(ms[0]), Is.EquivalentTo(ToTuples(
new[] { new[] { "V", "D1" }, new[] { "V", "D2" }, new[] { "V", "D3" } })));
Assert.That(ToValueTuples(ms[1]), Is.EquivalentTo(ToTuples(
new[] { new[] { "V", "D4" }, new[] { "V", "D5" }, new[] { "V", "D6" } })));
}
public void Can_recognize_title()
{
var parsed = new BlockEx(A_Report_Title)
.Match(file_content.Take(1).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(ToTuples(
new[] { new[] { "Time", "16/09/15 16:17" }, new[] { "Page", "Page: 1" } })));
}
public void Can_recognize_title()
{
var parsed = new BlockEx(A_Report_Title)
.Match(file_content.Take(1).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(ToTuples(
new[] { new[] { "Time", "16/09/15 16:17" }, new[] { "Page", "Page: 1" } })));
}
public void Can_recognize_company()
{
var parsed = new BlockEx(B_Company_AB)
.Match(file_content.Skip(1).Take(1).ToArray());
Assert.True(parsed.Success);
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(ToTuples(new string[0][])));
}
public void Can_extract_information_from_second_block()
{
var parsed = new BlockEx(type2)
.Match(file_content.Skip(10).Take(6).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(
ToTuples(expected_2)));
}
public void Can_recognize_text()
{
var parsed = new BlockEx(C_Text_empty)
.Match(file_content.Skip(2).Take(2).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(ToTuples(new[] {
new[] { "Text", "Some text" },
new[] { "Text", "that goes on and explains the report" },
})));
}
public void Can_recognize_text()
{
var parsed = new BlockEx(C_Text_empty)
.Match(file_content.Skip(2).Take(2).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(ToTuples(new[] {
new[] { "Text", "Some text" },
new[] { "Text", "that goes on and explains the report" },
})));
}
public void Can_recognize_row_2()
{
var parsed = new BlockEx(E_row)
.Match(file_content.Skip(6).Take(1).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(ToTuples(new[] {
new[] { "Id", "51" },
new[] { "Value", "XYZ" },
new[] { "Type", "B" },
new[] { "Attribute2", "130" }
})));
Assert.True(parsed.Success);
}
public void Can_recognize_row_2()
{
var parsed = new BlockEx(E_row)
.Match(file_content.Skip(6).Take(1).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(ToTuples(new[] {
new[] { "Id", "51" },
new[] { "Value", "XYZ" },
new[] { "Type", "B" },
new[] { "Attribute2", "130" }
})));
Assert.True(parsed.Success);
}
public void Can_recognize_row()
{
var parsed = new BlockEx(E_row)
.Match(file_content.Skip(5).Take(1).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(ToTuples(new[] {
new[] { "Id", "44" },
new[] { "Value", "XYZ" },
new[] { "Type", "A" },
})));
var parsed2 = new BlockEx(E_row)
.Match(file_content.Skip(6).Take(1).ToArray());
Assert.That(ToValueTuples(parsed2), Is.EquivalentTo(ToTuples(new[] {
new[] { "Id", "44" },
new[] { "Value", "XYZ" },
new[] { "Type", "B" },
new[] { "Attribute1", "255" },
new[] { "Attribute2", "155" }
})));
}
public void Can_parse_a_simple_specified_format()
{
var section = ParseCsv(@";H
D1;
D2;
;D3");
var blockEx = new BlockEx(@"
_ ""H"" : header
@V _ : row+
_ @V : row+");
var m = blockEx.Match(section);
Assert.That(ToValueTuples(m), Is.EquivalentTo(ToTuples(
new[] { new[] { "V", "D1" }, new[] { "V", "D2" }, new[] { "V", "D3" } })));
Assert.That(ToDictionaries(m), Is.EquivalentTo(new[] {
ToDictionary(EmptyKvs()),
ToDictionary(new[] { Kv("V", "D1") }),
ToDictionary(new[] { Kv("V", "D2") }),
ToDictionary(new[] { Kv("V", "D3") })
}));
}
public void Can_recognize_row()
{
var parsed = new BlockEx(E_row)
.Match(file_content.Skip(5).Take(1).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(ToTuples(new[] {
new[] { "Id", "44" },
new[] { "Value", "XYZ" },
new[] { "Type", "A" },
})));
var parsed2 = new BlockEx(E_row)
.Match(file_content.Skip(6).Take(1).ToArray());
Assert.That(ToValueTuples(parsed2), Is.EquivalentTo(ToTuples(new[] {
new[] { "Id", "44" },
new[] { "Value", "XYZ" },
new[] { "Type", "B" },
new[] { "Attribute1", "255" },
new[] { "Attribute2", "155" }
})));
}
public void Can_extract_entire_thing()
{
var header = new BlockEx(string.Join(Environment.NewLine, new[] {
First_section.A_Report_Title,
First_section.B_Company_AB,
First_section.C_Text_empty
}));
var split = header.Split(file_content)
.Where(arr=>arr.Any())
.ToArray();
Assert.That(split.Length, Is.EqualTo(3));
var types = new[] {
new BlockEx(string.Join(Environment.NewLine, new[] {
First_section.D_header, First_section.E_row
})), new BlockEx(string.Join(Environment.NewLine, new[] {
Second_section.D_header, Second_section.E_row
}))
};
var parsed = split.SelectMany(block =>
Parse(types, block)
).ToArray();
}
public void Can_parse_a_simple_specified_format()
{
var section = ParseCsv(@";H
D1;
D2;
;D3");
var blockEx = new BlockEx(@"
_ ""H"" : header
@V _ : row+
_ @V : row+");
var m = blockEx.Match(section);
Assert.That(ToValueTuples(m), Is.EquivalentTo(ToTuples(
new[] { new[] { "V", "D1" }, new[] { "V", "D2" }, new[] { "V", "D3" } })));
Assert.That(ToDictionaries(m), Is.EquivalentTo(new[] {
ToDictionary(EmptyKvs()),
ToDictionary(new[] { Kv("V", "D1") }),
ToDictionary(new[] { Kv("V", "D2") }),
ToDictionary(new[] { Kv("V", "D3") })
}));
}
public void Can_extract_entire_thing()
{
var header = new BlockEx(string.Join(Environment.NewLine, new[] {
First_section.A_Report_Title,
First_section.B_Company_AB,
First_section.C_Text_empty
}));
var split = header.Split(file_content)
.Where(arr => arr.Any())
.ToArray();
Assert.That(split.Length, Is.EqualTo(3));
var types = new[] {
new BlockEx(string.Join(Environment.NewLine, new[] {
First_section.D_header, First_section.E_row
})), new BlockEx(string.Join(Environment.NewLine, new[] {
Second_section.D_header, Second_section.E_row
}))
};
var parsed = split.SelectMany(block =>
Parse(types, block)
).ToArray();
}
public void Can_recognize_company()
{
var parsed = new BlockEx(B_Company_AB)
.Match(file_content.Skip(1).Take(1).ToArray());
Assert.That(ToValueTuples(parsed), Is.EquivalentTo(ToTuples(new string[0][])));
}