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1603_3_12.py (#12, #9): MVP of limits; maybe is better make it by chu…
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…nks instead of need to know the limit upfront
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@fititnt
fititnt committed Feb 10, 2022
1 parent 2733700 commit 943401b
Showing 1 changed file with 49 additions and 212 deletions.
261 changes: 49 additions & 212 deletions officinam/999999999/0/1603_3_12.py
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Original file line number Diff line number Diff line change
Expand Up @@ -145,26 +145,19 @@ class CS1603z3z12:

def __init__(self):
self.D1613_1_51 = self._init_1613_1_51_datum()
self.D1613_1_51_langpair = self._query_linguam()

self.linguae_limitibus = 1000
self.linguae_paginarum_limitibus = 1
# langpair_full = self._query_linguam()
# self.D1613_1_51_langpair = self._query_linguam_limit(langpair_full)
self.D1613_1_51_langpair = []
# self.scientia_de_scriptura = {}
# self.scientia_de_scriptura = self.D1613_2_60
# self.cifram_signaturae = 6 # TODO: make it flexible
# self.codex_verbum_tabulae = []
# self.verbum_limiti = 2
self.resultatum_separato = "\t"

# TODO: make this accept options from command line
# self.qid = [
# 'Q1065',
# 'Q82151',
# 'Q125761',
# 'Q7809',
# 'Q386120',
# 'Q61923',
# 'Q7164',
# # '...'
# ]

self.qid = []

def _init_1613_1_51_datum(self):
Expand Down Expand Up @@ -208,10 +201,47 @@ def _query_linguam(self):
# print('resultatum', resultatum)
return resultatum

def _query_linguam_limit(self, langpair_full: list):
resultatum = []

if len(langpair_full) <= self.linguae_limitibus:
return langpair_full

# @see https://stackoverflow.com/questions/312443
# /how-do-you-split-a-list-into-evenly-sized-chunks
# def chunks(lst, n):
# """Yield successive n-sized chunks from lst."""
# for i in range(0, len(lst), n):
# yield lst[i:i + n]
# if langpair_full

limited = [langpair_full[i:i + self.linguae_limitibus]
for i in range(
0, len(langpair_full), self.linguae_limitibus)]

limited_group = limited[self.linguae_paginarum_limitibus - 1]
# limited = chunks(langpair_full, self.linguae_limitibus)
# raise ValueError(limited_group)
# raise ValueError([limited_group, limited])
return limited_group

# # print('resultatum', resultatum)
# return resultatum

def est_resultatum_separato(self, resultatum_separato: str):
self.resultatum_separato = resultatum_separato
return self

def est_linguae_paginarum_limitibus(
self, linguae_paginarum_limitibus: Union[str, int]):
self.linguae_paginarum_limitibus = int(linguae_paginarum_limitibus)
return self

def est_linguae_limitibus(
self, linguae_limitibus: Union[str, int]):
self.linguae_limitibus = int(linguae_limitibus)
return self

def est_wikidata_q(self, wikidata_codicem: str):
if wikidata_codicem not in self.qid:
self.qid.append(wikidata_codicem)
Expand Down Expand Up @@ -245,6 +275,9 @@ def est_wikidata_q(self, wikidata_codicem: str):
# }

def query(self):
langpair_full = self._query_linguam()
self.D1613_1_51_langpair = self._query_linguam_limit(langpair_full)

qid = ['wd:' + x for x in self.qid if isinstance(x, str)]
# select = '?item ' + " ".join(self._query_linguam())

Expand Down Expand Up @@ -427,163 +460,6 @@ def make_args(self, hxl_output=True):
nargs='?'
)

# neo_codex.add_argument(
# '--actionem-verbum-simplex',
# help='Do not generate the codes. Just calculate the full matrix ' +
# 'of possible codes using the rules',
# metavar='',
# dest='verbum_simplex',
# nargs='?'
# )

# neo_codex.add_argument(
# '--verbum-limiti',
# help='Codeword limit when when creating multiplication tables' +
# 'Most western codetables are between 2 and 4. ' +
# 'Defaults to 2',
# metavar='verbum_limiti',
# default="2",
# nargs='?'
# )

# neo_codex.add_argument(
# '--codex-verbum-tabulae',
# help='Multiplication table of the code words. ' +
# 'First character determine the spliter. ' +
# 'Example 1: " 0 1 2 3 4 5 6 7 8 9 a b c d e f ". '
# 'Example 2: ",a,e,i,o,u,"',
# nargs='?'
# )

# neo_codex.add_argument(
# '--resultatum-limiti',
# help='Codeword limit when when creating multiplication tables' +
# 'Most western codetables are between 2 and 4. ' +
# 'Defaults to 2',
# metavar='verbum_limiti',
# default="2",
# nargs='?'
# )

# neo_tabulam_numerae = parser.add_argument_group(
# "neo-tabulam-numerae",
# "Automated generation of numerical tables")

# neo_tabulam_numerae.add_argument(
# '--actionem-tabulam-numerae',
# help='Define mode to numetical tables',
# metavar='',
# dest='neo_tabulam_numerae',
# const=True,
# nargs='?'
# )

# neo_tabulam_numerae.add_argument(
# '--tabulam-numerae-initiale',
# help='Start number (default: 0)',
# metavar='',
# dest='tabulam_numerae_initiale',
# default="0",
# type=int,
# nargs='?'
# )
# neo_tabulam_numerae.add_argument(
# '--tabulam-numerae-finale',
# help='Final number (default: 9)',
# metavar='',
# dest='tabulam_numerae_finale',
# default="9",
# type=int,
# nargs='?'
# )
# neo_tabulam_numerae.add_argument(
# '--tabulam-numerae-gradus',
# help='Step between numbers (default: 1)',
# metavar='',
# dest='tabulam_numerae_gradus',
# default="1",
# type=int,
# nargs='?'
# )

# neo_scripturam = parser.add_argument_group(
# "neo-scripturam",
# "(internal use) Operations related to associate new symbols " +
# "to entire new writing systems without users needing to " +
# "pre-translate to existing tables.")

# neo_scripturam.add_argument(
# '--actionem-neo-scripturam',
# help='(required) Define mode actionem-neo-scripturam',
# metavar='',
# dest='neo_scripturam',
# const=True,
# nargs='?'
# )

# # cifram, https://translate.google.com/?sl=la&tl=en&text=cifram&op=translate
# decifram = parser.add_argument_group(
# "decifram",
# "Decipher (e.g. the act of decode numeric codes)")

# decifram.add_argument(
# '--actionem-decifram',
# help='(required) Define mode decifram',
# metavar='',
# dest='actionem_decifram',
# const=True,
# nargs='?'
# )
# decifram = parser.add_argument_group(
# "cifram",
# "Cifram (e.g. the act of encode first column of data on B60)")

# decifram.add_argument(
# '--actionem-cifram',
# help='(required) Define mode decifram',
# metavar='',
# dest='actionem_cifram',
# const=True,
# nargs='?'
# )

# # https://stackoverflow.com/questions/59661738/argument-dependency-in-argparse
# # Scriptura cuneiformis
# # https://en.wikipedia.org/wiki/Cuneiform#Decipherment
# # https://la.wikipedia.org/wiki/Scriptura_cuneiformis
# neo_scripturam.add_argument(
# '--neo-scripturam-tabulae-symbola',
# help='(internal use) Inject reference table. ' +
# 'This requires entire list of the used base system ' +
# ' (e.g. 60 items for base64 items.' +
# 'First character determine the spliter. ' +
# 'Example 1: ",0,1,(.....),8,9,"',
# metavar='neo_scripturam_tabulae',
# dest='neo_scripturam_tabulae',
# # default="2",
# nargs='?'
# )

# neo_scripturam.add_argument(
# '--neo-scripturam-tabulae-hxl-nomini',
# help='(internal use) Inject reference table. ' +
# 'An HXL Standard tag name.' +
# 'Default: #item+rem+i_mul+is_zsym+ix_ndt60+ix_neo',
# dest='neo_scripturam_nomini',
# default="#item+rem+i_mul+is_zsym+ix_ndt60+ix_neo",
# nargs='?'
# )

# neo_scripturam.add_argument(
# '--neo-scripturam-tabulae-hxl-selectum',
# help='(internal use) Inject reference table. ' +
# 'When exporting, define some pattern tags must have' +
# 'Example: ix_neo',
# dest='neo_scripturam_hxl_selectum',
# default=None,
# nargs='?'
# )

parser.add_argument(
'--verbose',
help='Verbose output',
Expand Down Expand Up @@ -617,48 +493,9 @@ def execute_cli(self, pyargs, stdin=STDIN, stdout=sys.stdout,

# cs1603_3_12.est_verbum_limiti(args.verbum_limiti)
cs1603_3_12.est_resultatum_separato(args.resultatum_separato)

# if args.codex_verbum_tabulae:
# cs1603_3_12.est_codex_verbum_tabulae(args.codex_verbum_tabulae)

# if args.neo_scripturam_tabulae:
# cs1603_3_12.est_neo_scripturam_tabulae(
# args.neo_scripturam_tabulae, args.neo_scripturam_nomini)

# printf "abc\tABC\nefg\tEFG\n" | ./999999999/0/2600.py --actionem-cifram
# cat 999999/1603/47/639/3/1603.47.639.3.tab | head | tail -n 4 | ./999999999/0/2600.py --actionem-cifram
# if self.pyargs.actionem_cifram:

# if stdin.isatty():
# print("ERROR. Please pipe data in. \nExample:\n"
# " cat data.tsv | {0} --actionem-cifram\n"
# " printf \"abc\\nefg\\n\" | {0} --actionem-cifram"
# "".format(__file__))
# return self.EXIT_ERROR

# for line in sys.stdin:
# codicem = line.replace('\n', ' ').replace('\r', '')
# neo_lineam = cs1603_3_12.cifram_lineam(codicem)
# sys.stdout.writelines("{0}\n".format(neo_lineam))
# return self.EXIT_OK

# if self.pyargs.actionem_decifram:

# if stdin.isatty():
# print("ERROR. Please pipe data in. \nExample:\n"
# " cat data.txt | {0} --actionem-decifram\n"
# " printf \"1234\\n5678\\n\" | {0} --actionem-decifram"
# "".format(__file__))
# return self.EXIT_ERROR

# for line in sys.stdin:
# codicem = line.replace('\n', ' ').replace('\r', '')
# fontem = cs1603_3_12.decifram_codicem_numerae(codicem)
# sys.stdout.writelines(
# "{0}{1}{2}\n".format(
# codicem, args.resultatum_separato, fontem)
# )
# return self.EXIT_OK
cs1603_3_12.est_linguae_limitibus(args.linguae_limitibus)
cs1603_3_12.est_linguae_paginarum_limitibus(
args.linguae_paginarum_limitibus)

if self.pyargs.actionem_sparql:
# print('oi')
Expand Down

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