def testCoreToken_ProcessHeaders(mockGUI):
"""Test the header and page parser of the Tokenizer class.
"""
theProject = NWProject(mockGUI)
theProject.projLang = "en"
theProject._loadProjectLocalisation()
theToken = BareTokenizer(theProject)
# Nothing
theToken._theText = "Some text ...\n"
assert theToken.doHeaders() is False
theToken._isNone = True
assert theToken.doHeaders() is False
theToken._isNone = False
assert theToken.doHeaders() is False
theToken._isNote = True
assert theToken.doHeaders() is False
theToken._isNote = False
##
# Story FIles
##
theToken._isNone = False
theToken._isNote = False
theToken._isNovel = True
# Titles
# ======
# H1: Title, First Page
assert theToken._isFirst is True
theToken._theText = "# Part One\n"
theToken.setTitleFormat(r"T: %title%")
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_HEAD1, 1, "T: Part One", None, Tokenizer.A_CENTRE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H1: Title, Not First Page
assert theToken._isFirst is False
theToken._theText = "# Part One\n"
theToken.setTitleFormat(r"T: %title%")
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_HEAD1, 1, "T: Part One", None,
Tokenizer.A_PBB | Tokenizer.A_CENTRE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# Chapters
# ========
# H2: Chapter
theToken._theText = "## Chapter One\n"
theToken.setChapterFormat(r"C: %title%")
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_HEAD2, 1, "C: Chapter One", None, Tokenizer.A_PBB),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H2: Unnumbered Chapter
theToken._theText = "##! Prologue\n"
theToken.setUnNumberedFormat(r"U: %title%")
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_UNNUM, 1, "U: Prologue", None, Tokenizer.A_PBB),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H2: Chapter Word Number
theToken._theText = "## Chapter\n"
theToken.setChapterFormat(r"Chapter %chw%")
theToken._numChapter = 0
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_HEAD2, 1, "Chapter One", None, Tokenizer.A_PBB),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H2: Chapter Roman Number Upper Case
theToken._theText = "## Chapter\n"
theToken.setChapterFormat(r"Chapter %chI%")
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_HEAD2, 1, "Chapter II", None, Tokenizer.A_PBB),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H2: Chapter Roman Number Lower Case
theToken._theText = "## Chapter\n"
theToken.setChapterFormat(r"Chapter %chi%")
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_HEAD2, 1, "Chapter iii", None, Tokenizer.A_PBB),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# Scenes
# ======
# H3: Scene w/Title
theToken._theText = "### Scene One\n"
theToken.setSceneFormat(r"S: %title%", False)
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_HEAD3, 1, "S: Scene One", None, Tokenizer.A_NONE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H3: Scene Hidden wo/Format
theToken._theText = "### Scene One\n"
theToken.setSceneFormat(r"", True)
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H3: Scene wo/Format, first
theToken._theText = "### Scene One\n"
theToken.setSceneFormat(r"", False)
theToken._firstScene = True
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H3: Scene wo/Format, not first
theToken._theText = "### Scene One\n"
theToken.setSceneFormat(r"", False)
theToken._firstScene = False
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_SKIP, 1, "", None, Tokenizer.A_NONE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H3: Scene Separator, first
theToken._theText = "### Scene One\n"
theToken.setSceneFormat(r"* * *", False)
theToken._firstScene = True
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H3: Scene Separator, not first
theToken._theText = "### Scene One\n"
theToken.setSceneFormat(r"* * *", False)
theToken._firstScene = False
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_SEP, 1, "* * *", None, Tokenizer.A_CENTRE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H3: Scene w/Absolute Number
theToken._theText = "### A Scene\n"
theToken.setSceneFormat(r"Scene %sca%", False)
theToken._numAbsScene = 0
theToken._numChScene = 0
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_HEAD3, 1, "Scene 1", None, Tokenizer.A_NONE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H3: Scene w/Chapter Number
theToken._theText = "### A Scene\n"
theToken.setSceneFormat(r"Scene %ch%.%sc%", False)
theToken._numAbsScene = 0
theToken._numChScene = 1
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_HEAD3, 1, "Scene 3.2", None, Tokenizer.A_NONE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# Sections
# ========
# H4: Section Hidden wo/Format
theToken._theText = "#### A Section\n"
theToken.setSectionFormat(r"", True)
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H4: Section Visible wo/Format
theToken._theText = "#### A Section\n"
theToken.setSectionFormat(r"", False)
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_SKIP, 1, "", None, Tokenizer.A_NONE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H4: Section w/Format
theToken._theText = "#### A Section\n"
theToken.setSectionFormat(r"X: %title%", False)
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_HEAD4, 1, "X: A Section", None, Tokenizer.A_NONE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# H4: Section Separator
theToken._theText = "#### A Section\n"
theToken.setSectionFormat(r"* * *", False)
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._theTokens == [
(Tokenizer.T_SEP, 1, "* * *", None, Tokenizer.A_CENTRE),
(Tokenizer.T_EMPTY, 1, "", None, Tokenizer.A_NONE),
]
# Check the first scene detector
assert theToken._firstScene is False
theToken._firstScene = True
theToken._theText = "Some text ...\n"
theToken.tokenizeText()
theToken.doHeaders()
assert theToken._firstScene is False
def testCoreToken_TextOps(monkeypatch, nwMinimal, mockGUI):
"""Test handling files and text in the Tokenizer class.
"""
theProject = NWProject(mockGUI)
theProject.projTree.setSeed(42)
theProject.projLang = "en"
theProject._loadProjectLocalisation()
theToken = BareTokenizer(theProject)
theToken.setKeepMarkdown(True)
assert theProject.openProject(nwMinimal)
sHandle = "8c659a11cd429"
# Set some content to work with
docText = (
"### Scene Six\n\n"
"This is text with _italic text_, some **bold text**, some ~~deleted text~~, "
"and some **_mixed text_** and **some _nested_ text**.\n\n"
"#### Replace\n\n"
"Also, replace <A> and <B>.\n\n")
docTextR = docText.replace("<A>", "this").replace("<B>", "that")
nDoc = NWDoc(theProject, sHandle)
assert nDoc.writeDocument(docText)
theProject.setAutoReplace({"A": "this", "B": "that"})
assert theProject.saveProject()
# Root Heading
assert theToken.addRootHeading("stuff") is False
assert theToken.addRootHeading(sHandle) is False
# First Page
assert theToken.addRootHeading("7695ce551d265") is True
assert theToken.theMarkdown[-1] == "# Notes: Plot\n\n"
assert theToken._theTokens[-1] == (Tokenizer.T_TITLE, 0, "Notes: Plot",
None, Tokenizer.A_CENTRE)
# Not First Page
assert theToken.addRootHeading("7695ce551d265") is True
assert theToken.theMarkdown[-1] == "# Notes: Plot\n\n"
assert theToken._theTokens[-1] == (Tokenizer.T_TITLE, 0, "Notes: Plot",
None,
Tokenizer.A_CENTRE | Tokenizer.A_PBB)
# Set Text
assert theToken.setText("stuff") is False
assert theToken.setText(sHandle) is True
assert theToken._theText == docText
with monkeypatch.context() as mp:
mp.setattr("novelwriter.constants.nwConst.MAX_DOCSIZE", 100)
assert theToken.setText(sHandle, docText) is True
assert theToken._theText == (
"# ERROR\n\n"
"Document 'New Scene' is too big (0.00 MB). Skipping.\n\n")
assert theToken.setText(sHandle, docText) is True
assert theToken._theText == docText
assert theToken._isNone is False
assert theToken._isNovel is True
assert theToken._isNote is False
# Pre Processing
theToken.doPreProcessing()
assert theToken._theText == docTextR
# Post Processing
theToken._theResult = r"This is text with escapes: \** \~~ \__"
theToken.doPostProcessing()
assert theToken.theResult == "This is text with escapes: ** ~~ __"
# Save File
savePath = os.path.join(nwMinimal, "dump.nwd")
theToken.saveRawMarkdown(savePath)
assert readFile(savePath) == ("# Notes: Plot\n\n" "# Notes: Plot\n\n")
# Ckeck abstract method
with pytest.raises(NotImplementedError):
theToken.doConvert()