def test_inline_quote(markdown):
text = "> This is a quote.\nThis isn't part of it."
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph([ast.InlineQuote(ast.Text(" This is a quote."))]),
ast.Paragraph([ast.Text("This isn't part of it.")]),
],
markdown=markdown,
)
def test_paragraph_text(markdown):
text = (
"This is the first paragraph.\nThis is the second one.\nThis is the third one."
)
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph([ast.Text("This is the first paragraph.")]),
ast.Paragraph([ast.Text("This is the second one.")]),
ast.Paragraph([ast.Text("This is the third one.")]),
],
markdown=markdown,
)
def test_plain_text(markdown):
text = "Simple example"
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
expected = [ast.Paragraph([ast.Text(text)])]
assert_tree(parser.tree, expected, markdown)
def test_bold_alt_text(markdown):
text = "**formatted**"
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[ast.Paragraph([ast.BoldText(ast.Text("formatted"))])],
markdown=markdown,
)
def test_bold_italics_text(markdown):
text = "Here I _am_ in the **light** of ***day***\nLet the storm rage on"
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph([
ast.Text("Here I "),
ast.ItalicText(ast.Text("am"), md_tag="_"),
ast.Text(" in the "),
ast.BoldText(ast.Text("light")),
ast.Text(" of "),
ast.BoldText(ast.ItalicText(ast.Text("day"))),
]),
ast.Paragraph([ast.Text("Let the storm rage on")]),
],
markdown=markdown,
)
def test_italic_text(text):
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph(
[ast.Text("This is "),
ast.ItalicText(ast.Text("formatted"))])
],
)
def test_multiple_formatted_text(markdown):
text = "An __*underline italics*__ example.\nI **am** depressed."
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph([
ast.Text("An "),
ast.UnderlineText(ast.ItalicText(
ast.Text("underline italics"))),
ast.Text(" example."),
]),
ast.Paragraph([
ast.Text("I "),
ast.BoldText(ast.Text("am")),
ast.Text(" depressed.")
]),
],
markdown=markdown,
)
def test_complex_markup(markdown):
text = load_file("discord.md")
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph([
ast.Text("["),
ast.ItalicText(
ast.Text("Tiger looks at Kalahan contemplatively"),
md_tag="_"),
ast.Text("]"),
]),
ast.Paragraph([
ast.Text("Tiger: ["),
ast.ItalicText(ast.Text("quietly"), md_tag="_"),
ast.Text("] "),
ast.CodeBlock(
ast.Text("\n= Had only Bull not gotten to you first... ="),
md_tag="```asciidoc",
),
]),
ast.Paragraph([
ast.Text("Tiger: "),
ast.CodeBlock(
ast.Text(
"\n= You may do so. I simply wish her safe in her den. But I cannot and will not force you to do anything. And my power in the physical plane is greatly limited without one to call me mentor. =" # noqa
),
md_tag="```asciidoc",
),
]),
],
markdown=markdown,
)
def test_block_quote(markdown):
text = ">>> This is a quote.\nThis should be part of it."
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph([
ast.BlockQuote(
ast.Text(" This is a quote.\nThis should be part of it."))
])
],
markdown=markdown,
)
def test_spoiler_text(markdown):
text = "The FBI says ||redacted here||."
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph([
ast.Text("The FBI says "),
ast.SpoilerText(ast.Text("redacted here")),
ast.Text("."),
])
],
markdown=markdown,
)
def test_inline_code(markdown):
text = "Run this command `echo hello`."
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph([
ast.Text("Run this command "),
ast.InlineCode(ast.Text("echo hello")),
ast.Text("."),
])
],
markdown=markdown,
)
def test_strikethrough_text(markdown):
text = "A ~~strikethrough~~ example"
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph([
ast.Text("A "),
ast.StrikethroughText(ast.Text("strikethrough")),
ast.Text(" example"),
])
],
markdown=markdown,
)
def test_underline_bold_text(markdown):
text = "An __**underline bold**__ example"
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph([
ast.Text("An "),
ast.UnderlineText(ast.BoldText(ast.Text("underline bold"))),
ast.Text(" example"),
])
],
markdown=markdown,
)
def test_underline_italics_text(markdown):
text = "An __*underline italics*__ example"
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph([
ast.Text("An "),
ast.UnderlineText(ast.ItalicText(
ast.Text("underline italics"))),
ast.Text(" example"),
])
],
markdown=markdown,
)
def test_code_block(markdown):
text = """```markdown
This **is** _meta_
```"""
tokens = tokenize(text)
parser = Parser(tokens)
parser.parse()
assert_tree(
parser.tree,
[
ast.Paragraph([
ast.CodeBlock(ast.Text("\n This **is** _meta_\n "),
md_tag="```markdown"),
ast.Text(""),
])
],
markdown=markdown,
)
