Module tf.advanced.sections
Section
There is support for section headings.
TF datasets may specify two kinds of sections in their
otext.tf configuration feature:
Sections
At most three levels:
- level 1 is for big things, like books
- level 2 is for intermediate things, like chapters, that fit on one page or just a few pages
- level 3 is for small things, such as lines.
TF uses these levels in the TF browser, to divide your corpus into divisions that can conveniently be displayed to you in the browser.
Structure
Any number of levels. You can use them to divide your corpus into units that follow the logic of your corpus, without regard for how they are to be displayed.
Expand source code Browse git
"""Section
There is support for section headings.
TF datasets may specify two kinds of sections in their
`otext.tf` configuration feature:
### Sections
At most three levels:
* level 1 is for big things, like books
* level 2 is for intermediate things, like chapters, that fit on one page or just
a few pages
* level 3 is for small things, such as lines.
TF uses these levels in the TF browser, to divide your corpus
into divisions that can conveniently be displayed to you in the browser.
### Structure
Any number of levels.
You can use them to divide your corpus into units that follow the logic of your corpus,
without regard for how they are to be displayed.
"""
import types
def sectionsApi(app):
app.nodeFromSectionStr = types.MethodType(nodeFromSectionStr, app)
app.sectionStrFromNode = types.MethodType(sectionStrFromNode, app)
app.structureStrFromNode = types.MethodType(structureStrFromNode, app)
app._sectionLink = types.MethodType(_sectionLink, app)
def nodeFromSectionStr(app, sectionStr, lang="en"):
"""Find the node of a section string.
Compare `tf.core.text.Text.nodeFromSection`.
Parameters
----------
sectionStr: string
Must be a valid section specification in the
language specified in `lang`.
The string may specify a section 0 level only (book / tablet), or
section 0 and 1 levels (book / tablet; chapter / column),
or all levels
(book / tablet; chapter / column; verse / line).
!!! hint "examples"
```
Genesis
Genesis 1
Genesis 1:1
P005381
P005381 1
P005381 1:1
```
lang: string, optional en
The language assumed for the section parts,
as far as they are language dependent.
Must be a 2-letter language code.
Returns
-------
node | error: integer | string
Depending on what is passed, the result is a node of section level
0, 1, or 2.
If there is no such section heading, an error string is returned.
"""
api = app.api
T = api.T
aContext = app.context
sep1 = aContext.sectionSep1
sep2 = aContext.sectionSep2
msg = f'Not a valid passage: "{sectionStr}"'
msgi = '{} "{}" is not a number'
section = sectionStr.split(sep1)
if len(section) > 2:
return msg
elif len(section) == 2:
section2 = section[1].split(sep2)
if len(section2) > 2:
return msg
section = [section[0]] + section2
dataTypes = T.sectionFeatureTypes
sectionTypes = T.sectionTypes
sectionTyped = []
msgs = []
for (i, sectionPart) in enumerate(section):
if dataTypes[i] == "int":
try:
part = int(sectionPart)
except ValueError:
msgs.append(msgi.format(sectionTypes[i], sectionPart))
part = None
else:
part = sectionPart
sectionTyped.append(part)
if msgs:
return "\n".join(msgs)
sectionNode = T.nodeFromSection(sectionTyped, lang=lang)
if sectionNode is None:
return msg
return sectionNode
def sectionStrFromNode(app, n, lang="en", lastSlot=False, fillup=False):
"""The heading of a section to which a node belongs.
Compare `tf.core.text.Text.nodeFromSection`.
Parameters
----------
node: integer
The node from which we obtain a section specification.
lastSlot: boolean, optional False
Whether the reference node will be the last slot contained by the
`node` argument or the first node.
Otherwise it will be the first slot.
lang: string, optional en
The language assumed for the section parts,
as far as they are language dependent.
Must be a 2-letter language code.
fillup: boolean, optional False
Same as for `tf.core.text.Text.sectionTuple`.
Returns
-------
section heading:string
Corresponds to the reference node.
The result is built from the labels of the individual section levels,
with dummies for missing parts if `fillup` is true.
"""
api = app.api
T = api.T
aContext = app.context
sep1 = aContext.sectionSep1
sep2 = aContext.sectionSep2
seps = ("", sep1, sep2)
section = T.sectionFromNode(n, lang=lang, lastSlot=lastSlot, fillup=fillup)
return "".join(
"" if part is None else f"{seps[i]}{part}" for (i, part) in enumerate(section)
)
def structureStrFromNode(app, n):
"""The heading of a structure to which a node belongs.
Compare `tf.core.text.Text.headingFromNode`.
node: integer
The node from which we obtain a structure specification.
Returns
-------
structure heading:string
Corresponds to the first structure node containing the first slot of `n`.
The result is built from the labels of the individual section levels.
"""
api = app.api
T = api.T
struct = T.headingFromNode(n)
sep = ''
result = ''
for (i, part) in enumerate(struct):
if part is None:
continue
(nType, label) = part
result += f'{sep}<span class="nd">{nType}</span> {label}'
sep = ", "
return result
def _sectionLink(app, n, text=None, clsName=None):
newClsName = f'rwh {clsName or ""}'
return app.webLink(
n, clsName=newClsName, text=text, _asString=True, _noUrl=True
)Functions
def nodeFromSectionStr(app, sectionStr, lang='en')-
Find the node of a section string.
Compare
Text.nodeFromSection().Parameters
sectionStr:string-
Must be a valid section specification in the language specified in
lang.The string may specify a section 0 level only (book / tablet), or section 0 and 1 levels (book / tablet; chapter / column), or all levels (book / tablet; chapter / column; verse / line).
examples
``` Genesis
Genesis 1
Genesis 1:1
P005381
P005381 1
P005381 1:1 ```
lang:string, optionalen- The language assumed for the section parts, as far as they are language dependent. Must be a 2-letter language code.
Returns
node | error: integer | string-
Depending on what is passed, the result is a node of section level 0, 1, or 2.
If there is no such section heading, an error string is returned.
Expand source code Browse git
def nodeFromSectionStr(app, sectionStr, lang="en"): """Find the node of a section string. Compare `tf.core.text.Text.nodeFromSection`. Parameters ---------- sectionStr: string Must be a valid section specification in the language specified in `lang`. The string may specify a section 0 level only (book / tablet), or section 0 and 1 levels (book / tablet; chapter / column), or all levels (book / tablet; chapter / column; verse / line). !!! hint "examples" ``` Genesis Genesis 1 Genesis 1:1 P005381 P005381 1 P005381 1:1 ``` lang: string, optional en The language assumed for the section parts, as far as they are language dependent. Must be a 2-letter language code. Returns ------- node | error: integer | string Depending on what is passed, the result is a node of section level 0, 1, or 2. If there is no such section heading, an error string is returned. """ api = app.api T = api.T aContext = app.context sep1 = aContext.sectionSep1 sep2 = aContext.sectionSep2 msg = f'Not a valid passage: "{sectionStr}"' msgi = '{} "{}" is not a number' section = sectionStr.split(sep1) if len(section) > 2: return msg elif len(section) == 2: section2 = section[1].split(sep2) if len(section2) > 2: return msg section = [section[0]] + section2 dataTypes = T.sectionFeatureTypes sectionTypes = T.sectionTypes sectionTyped = [] msgs = [] for (i, sectionPart) in enumerate(section): if dataTypes[i] == "int": try: part = int(sectionPart) except ValueError: msgs.append(msgi.format(sectionTypes[i], sectionPart)) part = None else: part = sectionPart sectionTyped.append(part) if msgs: return "\n".join(msgs) sectionNode = T.nodeFromSection(sectionTyped, lang=lang) if sectionNode is None: return msg return sectionNode def sectionStrFromNode(app, n, lang='en', lastSlot=False, fillup=False)-
The heading of a section to which a node belongs.
Compare
Text.nodeFromSection().Parameters
node:integer- The node from which we obtain a section specification.
lastSlot:boolean, optionalFalse- Whether the reference node will be the last slot contained by the
nodeargument or the first node. Otherwise it will be the first slot. lang:string, optionalen- The language assumed for the section parts, as far as they are language dependent. Must be a 2-letter language code.
fillup:boolean, optionalFalse- Same as for
Text.sectionTuple().
Returns
section heading:string- Corresponds to the reference node.
The result is built from the labels of the individual section levels,
with dummies for missing parts if
fillupis true.
Expand source code Browse git
def sectionStrFromNode(app, n, lang="en", lastSlot=False, fillup=False): """The heading of a section to which a node belongs. Compare `tf.core.text.Text.nodeFromSection`. Parameters ---------- node: integer The node from which we obtain a section specification. lastSlot: boolean, optional False Whether the reference node will be the last slot contained by the `node` argument or the first node. Otherwise it will be the first slot. lang: string, optional en The language assumed for the section parts, as far as they are language dependent. Must be a 2-letter language code. fillup: boolean, optional False Same as for `tf.core.text.Text.sectionTuple`. Returns ------- section heading:string Corresponds to the reference node. The result is built from the labels of the individual section levels, with dummies for missing parts if `fillup` is true. """ api = app.api T = api.T aContext = app.context sep1 = aContext.sectionSep1 sep2 = aContext.sectionSep2 seps = ("", sep1, sep2) section = T.sectionFromNode(n, lang=lang, lastSlot=lastSlot, fillup=fillup) return "".join( "" if part is None else f"{seps[i]}{part}" for (i, part) in enumerate(section) ) def sectionsApi(app)-
Expand source code Browse git
def sectionsApi(app): app.nodeFromSectionStr = types.MethodType(nodeFromSectionStr, app) app.sectionStrFromNode = types.MethodType(sectionStrFromNode, app) app.structureStrFromNode = types.MethodType(structureStrFromNode, app) app._sectionLink = types.MethodType(_sectionLink, app) def structureStrFromNode(app, n)-
The heading of a structure to which a node belongs.
Compare
Text.headingFromNode().node: integer The node from which we obtain a structure specification.
Returns
structure heading:string- Corresponds to the first structure node containing the first slot of
n. The result is built from the labels of the individual section levels.
Expand source code Browse git
def structureStrFromNode(app, n): """The heading of a structure to which a node belongs. Compare `tf.core.text.Text.headingFromNode`. node: integer The node from which we obtain a structure specification. Returns ------- structure heading:string Corresponds to the first structure node containing the first slot of `n`. The result is built from the labels of the individual section levels. """ api = app.api T = api.T struct = T.headingFromNode(n) sep = '' result = '' for (i, part) in enumerate(struct): if part is None: continue (nType, label) = part result += f'{sep}<span class="nd">{nType}</span> {label}' sep = ", " return result