Concept
#######
Objects
=======
=============================== =========================
``Phrase`` Used to define the structure of the syntax tree.
``Token`` Result value of the parsing process; container for text content and metadata.
``NodeToken`` (Token) Derivative of ``Token`` for the typing of ``NodeToken``\ s. Always located at the first and last position of a ``Branch``.
``Branch`` (Token) Result value of the parsing process; container for ``Token``\ s, ``NodeToken``\ s and sub-``Branch``\ es.
``Root`` (Phrase) Derivative of ``Phrase`` as root object. User-defined ``Phrase``\ s are added here and contains the parse method.
``RootBranch`` (Branch) Derivative of ``Branch`` as the main container. Is returned by Root.parse.
``RootToken`` (Token) Derivative of ``Token`` for the main container.
``RootNodeToken`` (NodeToken) Derivative of ``NodeToken``. Represents the start resp. the end of the parsed data.
=============================== =========================
Configuration and syntax tree definition
========================================
The ``Phrase`` derivatives are used to define the syntax tree.
In theories of syntax, a ``Phrase`` is any group of words, or sometimes a single word,
which plays a particular role within the syntactic structure of a sentence.
Sub-\ ``Phrase``\ s are added to these. The end of a ``Phrase`` is defined by a derivative of ``Branch``.
The minimum configuration consists of overwriting the ``starts`` method in a derivative of ``Phrase``,
which in turn returns a derivative of ``Branch`` - with an override of the ``ends`` method
corresponding to this derivative of ``Phrase``.
``Phrase.starts() → Branch.ends()``
Parsing process
===============
========= ================================
Input: A list of rows (``list[str]``)
Output: ``RootBranch`` object
========= ================================
In the iteration, (the remaining part of) a row is first searched for start-``NodeToken``\ s of sub-``Phrase``\ s
of the current ``Phrase``, then for the end-``NodeToken`` of the current ``Branch``.
A start-``NodeToken`` is defined by the return value of the ``starts`` method of a sub-``Phrase``. An end-``NodeToken``
is defined by the return value of the ``ends`` method of the current ``Branch``.
Depending on the type of search function definition in ``starts`` and the scope of a row, it can be
efficient to search for further start points or end points after a start-``NodeToken`` hit only in the previous
content of this hit. The ``next_search_content`` method of ``Branch`` can be defined in more detail for
this purpose. The hit instance is executed with the current content of the row in which the search is
currently being performed as a parameter and should return the remaining content in which the search is
to continue. By default, the content remains unchanged.
The return value of ``starts`` of a ``Phrase`` must be an instance of ``Branch`` for a hit. The start-``NodeToken``
within the object is created based on its parameterization. To use a derivative of ``NodeToken``/``Token`` for this,
the ``make_node`` method of a ``Branch`` derivative can be overwritten.
The return value of ``ends`` of a ``Branch`` must be an instance of ``NodeToken``/``Token`` for a hit.
The magic method “less than” (``__lt__``) of the ``NodeToken`` object is used to determine which ``NodeToken`` appears first
in the row and is handled further. The relative start is used here by default.
After the ``NodeToken`` to be processed further has been determined, the previous content of the row is first added
to the currently active ``Branch`` as a ``Token`` object.
The ``call_branch_extend`` interface method of the ``Token`` instance is executed.
To use a ``Token`` derivative for this, the ``make_token`` method of a ``Branch`` derivative can be overwritten.
If it is an end-``NodeToken``, this is added to the active ``Branch`` and the previous ``Branch`` is then defined as the
new active ``Branch``. The ``call_branch_end`` interface method of the end-``NodeToken`` instance is executed.
If it is a start-``NodeToken``, its ``Branch`` is defined as the new active ``Branch`` and the start-``NodeToken`` is added to it.
The interface method ``call_branch_start`` of the start-``NodeToken`` instance is executed.
If no ``NodeToken`` is found, the current ``Branch`` is extended with a ``Token`` object as described above.
Finally, the remaining part of the row or the next row is passed to the next iteration.
Example
=======
.. code-block::
python
from re import compile
from syntax_parser_skeleton import *
from syntax_parser_skeleton.derivatives import simpleregex
from syntax_parser_skeleton import visualisation
root = RootPhrase("#root")
_bracket = simpleregex.SimpleRegexPhrase(compile('\\('), compile('\\)'), id="bracket").add_self()
_funcall = simpleregex.SimpleRegexPhrase(compile('\\w+\\s*\\('), compile('\\)'), id="function")
_consoleline = simpleregex.SimpleRegexPhrase(compile('>>>'), compile('$'), id="consoleline").add_phrases(_funcall)
_variable = simpleregex.SimpleRegexPhrase(compile('\\w+(?!\\s*\\()'), compile(''), id="variable")
_operation = simpleregex.SimpleRegexPhrase(compile('[-+*/]'), compile(''), id="operation")
_curly_brackets = simpleregex.SimpleRegexPhrase(compile("\\{"), compile("}"), id="curly brackets")
_string = simpleregex.SimpleRegexPhrase(compile("'"), compile("'"), id="string").add_phrases(_curly_brackets)
_bracket.add_phrases(_variable, _operation, _string, _funcall)
root.add_phrases(_bracket, _variable, _operation, _string, _consoleline)
_consoleline.add_phrases(root.sub_phrases)
_consoleline.sub_phrases.discard(_consoleline)
_funcall.add_phrases(root.sub_phrases)
result = root.parse([
">>> prettyprint('( (a * b / (c + a)) * (b / (c – a) * b) / c ) + a')\n",
"(\n",
" (\n",
" a * b / (c + a)\n",
" ) * (\n",
" b / (c – a) * b\n",
" ) / c \n",
") + a",
])
.. code-block::
python
visualisation.start_structure_graph_app(root)
.. image:: https://raw.githubusercontent.com/srccircumflex/syntax-parser-skeleton/master/doc/graph.png
:align: center
.. code-block::
python
print(visualisation.pretty_xml_result(result))
.. code-block::
xml
<?xml version="1.0" ?>
<RB phrase="#root">
<RN coord="0:0:0/0:0">''</RN>
<B phrase="consoleline">
<N coord="0:0:3/0:3">'>>>'</N>
<T coord="0:3:4/3:4">' '</T>
<B phrase="function">
<N coord="0:4:16/4:16">'prettyprint('</N>
<B phrase="string">
<N coord="0:16:17/16:17">"'"</N>
<T coord="0:17:66/17:66">'( (a * b / (c + a)) * (b / (c – a) * b) / c ) + a'</T>
<N coord="0:66:67/66:67">"'"</N>
</B>
<N coord="0:67:68/67:68">')'</N>
</B>
<N coord="0:68:68/68:68">''</N>
</B>
<RT coord="0:68:69/68:69">'\n'</RT>
<B phrase="bracket">
<N coord="1:0:1/69:70">'('</N>
<T coord="1:1:2/70:71">'\n'</T>
<T coord="2:0:3/71:74">' '</T>
<B phrase="bracket">
<N coord="2:3:4/74:75">'('</N>
<T coord="2:4:5/75:76">'\n'</T>
<T coord="3:0:7/76:83">' '</T>
<B phrase="variable">
<N coord="3:7:8/83:84">'a'</N>
<N coord="3:8:8/84:84">''</N>
</B>
<T coord="3:8:9/84:85">' '</T>
<B phrase="operation">
<N coord="3:9:10/85:86">'*'</N>
<N coord="3:10:10/86:86">''</N>
</B>
<T coord="3:10:11/86:87">' '</T>
<B phrase="variable">
<N coord="3:11:12/87:88">'b'</N>
<N coord="3:12:12/88:88">''</N>
</B>
<T coord="3:12:13/88:89">' '</T>
<B phrase="operation">
<N coord="3:13:14/89:90">'/'</N>
<N coord="3:14:14/90:90">''</N>
</B>
<T coord="3:14:15/90:91">' '</T>
<B phrase="bracket">
<N coord="3:15:16/91:92">'('</N>
<B phrase="variable">
<N coord="3:16:17/92:93">'c'</N>
<N coord="3:17:17/93:93">''</N>
</B>
<T coord="3:17:18/93:94">' '</T>
<B phrase="operation">
<N coord="3:18:19/94:95">'+'</N>
<N coord="3:19:19/95:95">''</N>
</B>
<T coord="3:19:20/95:96">' '</T>
<B phrase="variable">
<N coord="3:20:21/96:97">'a'</N>
<N coord="3:21:21/97:97">''</N>
</B>
<N coord="3:21:22/97:98">')'</N>
</B>
<T coord="3:22:23/98:99">'\n'</T>
<T coord="4:0:3/99:102">' '</T>
<N coord="4:3:4/102:103">')'</N>
</B>
<T coord="4:4:5/103:104">' '</T>
<B phrase="operation">
<N coord="4:5:6/104:105">'*'</N>
<N coord="4:6:6/105:105">''</N>
</B>
<T coord="4:6:7/105:106">' '</T>
<B phrase="bracket">
<N coord="4:7:8/106:107">'('</N>
<T coord="4:8:9/107:108">'\n'</T>
<T coord="5:0:7/108:115">' '</T>
<B phrase="variable">
<N coord="5:7:8/115:116">'b'</N>
<N coord="5:8:8/116:116">''</N>
</B>
<T coord="5:8:9/116:117">' '</T>
<B phrase="operation">
<N coord="5:9:10/117:118">'/'</N>
<N coord="5:10:10/118:118">''</N>
</B>
<T coord="5:10:11/118:119">' '</T>
<B phrase="bracket">
<N coord="5:11:12/119:120">'('</N>
<B phrase="variable">
<N coord="5:12:13/120:121">'c'</N>
<N coord="5:13:13/121:121">''</N>
</B>
<T coord="5:13:16/121:124">' – '</T>
<B phrase="variable">
<N coord="5:16:17/124:125">'a'</N>
<N coord="5:17:17/125:125">''</N>
</B>
<N coord="5:17:18/125:126">')'</N>
</B>
<T coord="5:18:19/126:127">' '</T>
<B phrase="operation">
<N coord="5:19:20/127:128">'*'</N>
<N coord="5:20:20/128:128">''</N>
</B>
<T coord="5:20:21/128:129">' '</T>
<B phrase="variable">
<N coord="5:21:22/129:130">'b'</N>
<N coord="5:22:22/130:130">''</N>
</B>
<T coord="5:22:23/130:131">'\n'</T>
<T coord="6:0:3/131:134">' '</T>
<N coord="6:3:4/134:135">')'</N>
</B>
<T coord="6:4:5/135:136">' '</T>
<B phrase="operation">
<N coord="6:5:6/136:137">'/'</N>
<N coord="6:6:6/137:137">''</N>
</B>
<T coord="6:6:7/137:138">' '</T>
<B phrase="variable">
<N coord="6:7:8/138:139">'c'</N>
<N coord="6:8:8/139:139">''</N>
</B>
<T coord="6:8:10/139:141">' \n'</T>
<N coord="7:0:1/141:142">')'</N>
</B>
<RT coord="7:1:2/142:143">' '</RT>
<B phrase="operation">
<N coord="7:2:3/143:144">'+'</N>
<N coord="7:3:3/144:144">''</N>
</B>
<RT coord="7:3:4/144:145">' '</RT>
<B phrase="variable">
<N coord="7:4:5/145:146">'a'</N>
</B>
<RN coord="7:5:5/146:146">''</RN>
</RB>
Raw data
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"keywords": "syntax, parser, skeleton, compiler, framework",
"author": null,
"author_email": "\"Adrian F. Hoefflin\" <srccircumflex@outlook.com>",
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"description": "\nConcept\n#######\n\nObjects\n=======\n\n=============================== =========================\n``Phrase`` Used to define the structure of the syntax tree.\n``Token`` Result value of the parsing process; container for text content and metadata.\n``NodeToken`` (Token) Derivative of ``Token`` for the typing of ``NodeToken``\\ s. Always located at the first and last position of a ``Branch``.\n``Branch`` (Token) Result value of the parsing process; container for ``Token``\\ s, ``NodeToken``\\ s and sub-``Branch``\\ es.\n``Root`` (Phrase) Derivative of ``Phrase`` as root object. User-defined ``Phrase``\\ s are added here and contains the parse method.\n``RootBranch`` (Branch) Derivative of ``Branch`` as the main container. Is returned by Root.parse.\n``RootToken`` (Token) Derivative of ``Token`` for the main container.\n``RootNodeToken`` (NodeToken) Derivative of ``NodeToken``. Represents the start resp. the end of the parsed data.\n=============================== =========================\n\nConfiguration and syntax tree definition\n========================================\n\nThe ``Phrase`` derivatives are used to define the syntax tree.\n\n In theories of syntax, a ``Phrase`` is any group of words, or sometimes a single word, \n which plays a particular role within the syntactic structure of a sentence.\n\nSub-\\ ``Phrase``\\ s are added to these. The end of a ``Phrase`` is defined by a derivative of ``Branch``.\n\nThe minimum configuration consists of overwriting the ``starts`` method in a derivative of ``Phrase``,\nwhich in turn returns a derivative of ``Branch`` - with an override of the ``ends`` method \ncorresponding to this derivative of ``Phrase``.\n\n ``Phrase.starts() \u2192 Branch.ends()``\n\n\nParsing process\n===============\n\n========= ================================\nInput: A list of rows (``list[str]``)\nOutput: ``RootBranch`` object\n========= ================================\n\nIn the iteration, (the remaining part of) a row is first searched for start-``NodeToken``\\ s of sub-``Phrase``\\ s\nof the current ``Phrase``, then for the end-``NodeToken`` of the current ``Branch``.\nA start-``NodeToken`` is defined by the return value of the ``starts`` method of a sub-``Phrase``. An end-``NodeToken``\nis defined by the return value of the ``ends`` method of the current ``Branch``.\n\n Depending on the type of search function definition in ``starts`` and the scope of a row, it can be\n efficient to search for further start points or end points after a start-``NodeToken`` hit only in the previous\n content of this hit. The ``next_search_content`` method of ``Branch`` can be defined in more detail for\n this purpose. The hit instance is executed with the current content of the row in which the search is\n currently being performed as a parameter and should return the remaining content in which the search is\n to continue. By default, the content remains unchanged.\n\n The return value of ``starts`` of a ``Phrase`` must be an instance of ``Branch`` for a hit. The start-``NodeToken``\n within the object is created based on its parameterization. To use a derivative of ``NodeToken``/``Token`` for this, \n the ``make_node`` method of a ``Branch`` derivative can be overwritten.\n\n The return value of ``ends`` of a ``Branch`` must be an instance of ``NodeToken``/``Token`` for a hit.\n\n\nThe magic method \u201cless than\u201d (``__lt__``) of the ``NodeToken`` object is used to determine which ``NodeToken`` appears first\nin the row and is handled further. The relative start is used here by default.\n\nAfter the ``NodeToken`` to be processed further has been determined, the previous content of the row is first added\nto the currently active ``Branch`` as a ``Token`` object.\nThe ``call_branch_extend`` interface method of the ``Token`` instance is executed.\n\nTo use a ``Token`` derivative for this, the ``make_token`` method of a ``Branch`` derivative can be overwritten.\n\nIf it is an end-``NodeToken``, this is added to the active ``Branch`` and the previous ``Branch`` is then defined as the\nnew active ``Branch``. The ``call_branch_end`` interface method of the end-``NodeToken`` instance is executed.\n\nIf it is a start-``NodeToken``, its ``Branch`` is defined as the new active ``Branch`` and the start-``NodeToken`` is added to it.\nThe interface method ``call_branch_start`` of the start-``NodeToken`` instance is executed.\n\nIf no ``NodeToken`` is found, the current ``Branch`` is extended with a ``Token`` object as described above.\n\nFinally, the remaining part of the row or the next row is passed to the next iteration.\n\nExample\n=======\n\n.. code-block::\n python\n\n from re import compile\n\n from syntax_parser_skeleton import *\n from syntax_parser_skeleton.derivatives import simpleregex\n from syntax_parser_skeleton import visualisation\n\n root = RootPhrase(\"#root\")\n\n _bracket = simpleregex.SimpleRegexPhrase(compile('\\\\('), compile('\\\\)'), id=\"bracket\").add_self()\n _funcall = simpleregex.SimpleRegexPhrase(compile('\\\\w+\\\\s*\\\\('), compile('\\\\)'), id=\"function\")\n _consoleline = simpleregex.SimpleRegexPhrase(compile('>>>'), compile('$'), id=\"consoleline\").add_phrases(_funcall)\n _variable = simpleregex.SimpleRegexPhrase(compile('\\\\w+(?!\\\\s*\\\\()'), compile(''), id=\"variable\")\n _operation = simpleregex.SimpleRegexPhrase(compile('[-+*/]'), compile(''), id=\"operation\")\n _curly_brackets = simpleregex.SimpleRegexPhrase(compile(\"\\\\{\"), compile(\"}\"), id=\"curly brackets\")\n _string = simpleregex.SimpleRegexPhrase(compile(\"'\"), compile(\"'\"), id=\"string\").add_phrases(_curly_brackets)\n _bracket.add_phrases(_variable, _operation, _string, _funcall)\n root.add_phrases(_bracket, _variable, _operation, _string, _consoleline)\n _consoleline.add_phrases(root.sub_phrases)\n _consoleline.sub_phrases.discard(_consoleline)\n _funcall.add_phrases(root.sub_phrases)\n result = root.parse([\n \">>> prettyprint('( (a * b / (c + a)) * (b / (c \u2013 a) * b) / c ) + a')\\n\",\n \"(\\n\",\n \" (\\n\",\n \" a * b / (c + a)\\n\",\n \" ) * (\\n\",\n \" b / (c \u2013 a) * b\\n\",\n \" ) / c \\n\",\n \") + a\",\n ])\n\n\n.. code-block::\n python\n\n visualisation.start_structure_graph_app(root)\n\n.. image:: https://raw.githubusercontent.com/srccircumflex/syntax-parser-skeleton/master/doc/graph.png\n :align: center\n\n.. code-block::\n python\n\n print(visualisation.pretty_xml_result(result))\n\n.. code-block::\n xml\n\n <?xml version=\"1.0\" ?>\n <RB phrase=\"#root\">\n <RN coord=\"0:0:0/0:0\">''</RN>\n <B phrase=\"consoleline\">\n <N coord=\"0:0:3/0:3\">'>>>'</N>\n <T coord=\"0:3:4/3:4\">' '</T>\n <B phrase=\"function\">\n <N coord=\"0:4:16/4:16\">'prettyprint('</N>\n <B phrase=\"string\">\n <N coord=\"0:16:17/16:17\">"'"</N>\n <T coord=\"0:17:66/17:66\">'( (a * b / (c + a)) * (b / (c \u2013 a) * b) / c ) + a'</T>\n <N coord=\"0:66:67/66:67\">"'"</N>\n </B>\n <N coord=\"0:67:68/67:68\">')'</N>\n </B>\n <N coord=\"0:68:68/68:68\">''</N>\n </B>\n <RT coord=\"0:68:69/68:69\">'\\n'</RT>\n <B phrase=\"bracket\">\n <N coord=\"1:0:1/69:70\">'('</N>\n <T coord=\"1:1:2/70:71\">'\\n'</T>\n <T coord=\"2:0:3/71:74\">' '</T>\n <B phrase=\"bracket\">\n <N coord=\"2:3:4/74:75\">'('</N>\n <T coord=\"2:4:5/75:76\">'\\n'</T>\n <T coord=\"3:0:7/76:83\">' '</T>\n <B phrase=\"variable\">\n <N coord=\"3:7:8/83:84\">'a'</N>\n <N coord=\"3:8:8/84:84\">''</N>\n </B>\n <T coord=\"3:8:9/84:85\">' '</T>\n <B phrase=\"operation\">\n <N coord=\"3:9:10/85:86\">'*'</N>\n <N coord=\"3:10:10/86:86\">''</N>\n </B>\n <T coord=\"3:10:11/86:87\">' '</T>\n <B phrase=\"variable\">\n <N coord=\"3:11:12/87:88\">'b'</N>\n <N coord=\"3:12:12/88:88\">''</N>\n </B>\n <T coord=\"3:12:13/88:89\">' '</T>\n <B phrase=\"operation\">\n <N coord=\"3:13:14/89:90\">'/'</N>\n <N coord=\"3:14:14/90:90\">''</N>\n </B>\n <T coord=\"3:14:15/90:91\">' '</T>\n <B phrase=\"bracket\">\n <N coord=\"3:15:16/91:92\">'('</N>\n <B phrase=\"variable\">\n <N coord=\"3:16:17/92:93\">'c'</N>\n <N coord=\"3:17:17/93:93\">''</N>\n </B>\n <T coord=\"3:17:18/93:94\">' 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