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Merged getBible changes into SWORD-to-JSON

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Llewellyn van der Merwe 2021-04-20 02:38:47 +02:00
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Signed by: Llewellyn
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You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
<https://www.gnu.org/licenses/>.
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
<https://www.gnu.org/licenses/why-not-lgpl.html>.
* Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE
FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

160
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@ -1,36 +1,144 @@
## SWORD to JSON – Generate json files of many Bible versions
# V2 API Builder
The [SWORD project provides modules](http://crosswire.org/sword/modules/ModDisp.jsp?modType=Bibles) freely for many different Bibles in many different languages. Often, Bible versions are provided in ways that are not convenient for developers to access. [pysword](https://pypi.python.org/pypi/pysword/0.2.3) is a Python package that provides an easy way to read the Bible modules from SWORD as part of your Python program.
These scripts are used to build the version 2 of the getBible API based on the Crosswire modules.
This project leverages pysword to generate a json file from a SWORD module. As Bible translations are available in dozens of languages, this provides an easy way to generate a json version of many different Bible versions. An example is included in the project of the public domain KJV version in `kjv.json`.
## Before you continue reading the instructions, you must please agree to the following few conventions:
As an example, here is the first part of the Bible so that you can see how the file is formatted.
- Please run the script (as explained below) once a week to keep your repositories in sync with Crosswire Modules
- Please do not remove the hash methods from the project as they are used to identify change for those using your scripture JSON API and HASH repositories
- Please do not host the repository that contains all the scripture JSON on a public repository like github (unless private), since if it gets forked those downstream repository may go out of sync with any changes/fixes from the Crosswire Modules
- Should you expose the scripture JSON API to the public (like [getBile.net](https://getbible.net/v2/translations.json) has done), please let us know by posting the details in an Issue on this repository.
- Should you not be able to do (or continue doing) any of the above requests then please do not place any of the project produced JSON or HASH files in the public space or in any project.
> You can still just use https://github.com/getbible/v2 directly and do not need to run your own API.
### You may ask Why?
Well, because we at getBible would like to comply with the Crosswire conventions to remain in sync with their modules all the way downstream from our project. Those who do not honor these agreements are responsible for Scripture Text (Digital) being incorrectly distributed with errors, as the digital versions of these Bibles may contain spelling mistakes, typos, or other errors like missing verses or chapters. So as they are discovered and fixed, Crosswire releases updates to their modules, and our commitments to the above agreed conventions ensure that these updates flow downstream. Should you have any further questions please do not hesitate to open an issue on this repository. Honestly without these measures there is no getBible project... it is that serious.
**We made this code public so those who use our [API](https://github.com/getbible/v2) can see how it is build, and help improve and guide the projects code and future.**
# Okay, Lets get started...
Should you like to contribute any improvements either in code or conduct, just open an issue as the first step, and beginning of the conversation.
## Install Dependencies (only Ubuntu 20 *tested)
Install Python3.8+
```bash
$ sudo apt-get update
$ sudo apt-get install python3.8 python3-pip
```
{
"books": [
{
"name": "Genesis",
"chapters": [
{
"chapter": 1,
"verses": [
{
"chapter": 1,
"text": "In the beginning God created the heaven and the earth.",
"verse": 1,
"name": "Genesis 1:1"
},
> make sure the [python3 version is 3.8](https://askubuntu.com/a/892322/379265) or higher so that the JSON order remains the same as found on [our API](https://github.com/getbible/v2), else your hash values will not be the same.
Install [pysword](https://gitlab.com/tgc-dk/pysword) (A native Python reader of the SWORD Project Bible Modules)
```bash
$ sudo pip3 install pysword
```
### How to generate
Currently, due to pysword limitations, only Bible modules are supported, not dictionaries and commentaries. Additionally, this project only supports generating a json file that contains all of the text of the Old and New Testaments of a given Bible module.
## Setup the Builder
First, you will need to install pysword. This can be done using pip: `pip install pysword`
Clone this repository
```bash
$ git clone https://github.com/getbible/v2_builder.git
$ cd v2_builder/
```
Next, you can run using this format: `python sword_to_json.py --source_file KJV.zip --bible_version KJV --output_file new.json`
## Run the Builder
* _source_file_ – Location of the zipped module you are trying to read. You can pass the filename if you're in the same directory or you can also pass a relative or absolute folder path.
* _bible_version_ – Name of the module you are trying to load, as a SWORD module can include more than one Bible version. If you get the module from the [SWORD project's index](http://crosswire.org/sword/modules/ModDisp.jsp?modType=Bibles), the **Name** column has what you can pass in here.
* _output_file_ – Location of the json file to be written to disk. As with the source file, you can pass the filename if you're in the same directory or you can also pass a relative or absolute folder path.
Make sure that the following files are executable.
```bash
$ sudo chmod +x run.sh
$ sudo chmod +x src/hash_books.sh
$ sudo chmod +x src/hash_chapters.sh
$ sudo chmod +x src/hash_versions.sh
$ sudo chmod +x src/movePublicFiles.sh
$ sudo chmod +x src/moveToGithub.sh
```
Start the Building process (this will take long)
```bash
$ ./run.sh
```
### Help Menu
```txt
Usage: ./run.sh [OPTION...]
You are able to change a few default behaviours in the getBible API builder
------ Passing no command options will fallback on the defaults -------
Options
======================================================
-a|--api
set the API target folders full path
- target folders will be created using this path
example: ./run.sh -a /home/username/v2
example: ./run.sh --api /home/username/v2
two folders will be created:
- /home/username/v2
- /home/username/v2_scripture
defaults:
- repo/v2
- repo/v2_scripture
(these are the target folders)
======================================================
-p|--push
push changes to github (only if there are changes)
- setup the target folders (see target folders)
- linked them to github (your own repos)
- must be able to push (ssh authentication needed)
REMEMBER THE AGREEMENT (README.md)
example: ./run.sh -p
example: ./run.sh --push
======================================================
-z|--zip
set the ZIP target folder full path for the Crosswire Modules
example: ./run.sh -z /home/username/sword_zip
example: ./run.sh --zip /home/username/sword_zip
defaults:
- repo/sword_zip
======================================================
-d
Do not download all Crosswire Modules (helpful in testing)
example: ./run.sh -d
======================================================
-h|--help
display this help menu
example: ./run.sh -h
example: ./run.sh --help
======================================================
getBible.net
======================================================
```
### Setup Cron Job
To run this in a crontab
```bash
$ crontab -e
```
Then add the following line, update the time as needed
```bash
10 5 * * MON /home/username/v2_builder/run.sh >> /home/username/v2_builder/builder.log 2>&1
```
# Don't Forget Our Agreement!
### Free Software (with responsibility)
```txt
Llewellyn van der Merwe <github@vdm.io>
Copyright (C) 2019. All Rights Reserved
GNU/GPL Version 2 or later - http://www.gnu.org/licenses/gpl-2.0.html
```
Note: It can take up to a few minutes to generate the json for any given Bible version. It takes approximately one minute to run on my machine.

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{
"Afr1953" : "aov",
"AraSVD" : "arabicsv",
"Peshitta" : "peshitta",
"ArmEastern" : "easternarmenian",
"ArmWestern" : "westernarmenian",
"BasHautin" : "basque",
"BretonNT" : "breton",
"Chamorro" : "chamorro",
"ChiNCVs" : "cns",
"ChiNCVt" : "cnt",
"ChiUns" : "cus",
"ChiUn" : "cut",
"CopNT" : "coptic",
"CopSahHorner" : "sahidic",
"Cro" : "croatia",
"CzeBKR" : "bkr",
"CzeCEP" : "cep",
"DaOT1931NT1907" : "danish",
"DutSVV" : "statenvertaling",
"AKJV" : "akjv",
"ASV" : "asv",
"BBE" : "basicenglish",
"DRC" : "douayrheims",
"KJV" : "kjv",
"KJVA": "kjva",
"Webster" : "wb",
"Weymouth" : "weymouth",
"WEB" : "web",
"Tyndale": "tyndale",
"YLT" : "ylt",
"Wycliffe" : "wycliffe",
"Esperanto" : "esperanto",
"Est" : "estonian",
"FinBiblia" : "finnish1776",
"FinPR" : "pyharaamattu1933",
"FinPR92" : "pyharaamattu1992",
"FreJND" : "darby",
"FreSegond1910" : "ls1910",
"FreMartin" : "martin",
"GerElb1871" : "elberfelder",
"GerElb1905" : "elberfelder1905",
"GerLut1545" : "luther1545",
"GerSch" : "schlachter",
"Wulfila" : "gothic",
"GreVamvas" : "moderngreek",
"TR" : "textusreceptus",
"Tisch" : "tischendorf",
"WHNU" : "westcotthort",
"Aleppo" : "aleppo",
"HebModern" : "modernhebrew",
"WLC" : "codex",
"HunKar" : "karoli",
"ItaDio" : "giovanni",
"ItaRive" : "riveduta",
"KorRV" : "korean",
"VulgClementine" : "vulgate",
"Latvian" : "latvian",
"LtKBB" : "lithuanian",
"ManxGaelic" : "manxgaelic",
"Maori" : "maori",
"BurJudson" : "judson",
"Norsk" : "bibelselskap",
"PorAR" : "almeida",
"PotLykins" : "potawatomi",
"RomCor" : "cornilescu",
"RusSynodal" : "synodal",
"RusVZh" : "zhuromsky",
"ScotsGaelic" : "gaelic",
"SpaRV" : "rv1858",
"SpaRV1909" : "valera",
"SpaRV1865" : "sse",
"Swahili" : "swahili",
"Swe1917" : "swedish",
"TagAngBiblia" : "tagalog",
"ThaiKJV" : "thai",
"TurNTB" : "turkish",
"UkrKulish" : "ukranian",
"Uma" : "uma",
"Viet" : "vietnamese"
}

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{
"I Samuel" : "1 Samuel",
"II Samuel" : "2 Samuel",
"I Kings" : "1 Kings",
"II Kings" : "2 Kings",
"I Chronicles" : "1 Chronicles",
"II Chronicles" : "2 Chronicles",
"I Corinthians" : "1 Corinthians",
"II Corinthians" : "2 Corinthians",
"I Thessalonians" : "1 Thessalonians",
"II Thessalonians" : "2 Thessalonians",
"I Timothy" : "1 Timothy",
"II Timothy" : "2 Timothy",
"I Peter" : "1 Peter",
"II Peter" : "2 Peter",
"I John" : "1 John",
"II John" : "2 John",
"III John" : "3 John",
"I Esdras" : "1 Esdras",
"II Esdras" : "2 Esdras",
"I Maccabees" : "1 Maccabees",
"II Maccabees" : "2 Maccabees"
}

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{
"Genesis" : 1,
"Exodus" : 2,
"Leviticus" : 3,
"Numbers" : 4,
"Deuteronomy" : 5,
"Joshua" : 6,
"Judges" : 7,
"Ruth" : 8,
"I Samuel" : 9,
"II Samuel" : 10,
"I Kings" : 11,
"II Kings" : 12,
"I Chronicles" : 13,
"II Chronicles" : 14,
"Ezra" : 15,
"Nehemiah" : 16,
"Esther" : 17,
"Job" : 18,
"Psalms" : 19,
"Proverbs" : 20,
"Ecclesiastes" : 21,
"Song of Solomon" : 22,
"Isaiah" : 23,
"Jeremiah" : 24,
"Lamentations" : 25,
"Ezekiel" : 26,
"Daniel" : 27,
"Hosea" : 28,
"Joel" : 29,
"Amos" : 30,
"Obadiah" : 31,
"Jonah" : 32,
"Micah" : 33,
"Nahum" : 34,
"Habakkuk" : 35,
"Zephaniah" : 36,
"Haggai" : 37,
"Zechariah" : 38,
"Malachi" : 39,
"Matthew" : 40,
"Mark" : 41,
"Luke" : 42,
"John" : 43,
"Acts" : 44,
"Romans" : 45,
"I Corinthians" : 46,
"II Corinthians" : 47,
"Galatians" : 48,
"Ephesians" : 49,
"Philippians" : 50,
"Colossians" : 51,
"I Thessalonians" : 52,
"II Thessalonians" : 53,
"I Timothy" : 54,
"II Timothy" : 55,
"Titus" : 56,
"Philemon" : 57,
"Hebrews" : 58,
"James" : 59,
"I Peter" : 60,
"II Peter" : 61,
"I John" : 62,
"II John" : 63,
"III John" : 64,
"Jude" : 65,
"Revelation of John" : 66,
"I Esdras" : 67,
"II Esdras" : 68,
"Tobit" : 69,
"Judith" : 70,
"Additions to Esther" : 71,
"Esther (Greek)" : 71,
"Additional Psalm" : 72,
"Wisdom" : 73,
"Sirach" : 74,
"Baruch" : 75,
"Prayer of Azariah" : 76,
"Susanna" : 77,
"Bel and the Dragon" : 78,
"Prayer of Manasses" : 79,
"I Maccabees" : 80,
"II Maccabees" : 81,
"III Maccabees" : 82,
"IV Maccabees" : 83
}

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ACV
AKJV
Aleppo
ArmEastern
ArmWestern
ASV
Azeri
Calo
Chamorro
ChiUns
CopNT
CopSahHorner
CopSahidica
CPDV
crosswire.txt
Cro
CzeB21
CzeBKR
CzeCSP
DaNT1819
DaOT1931NT1907
DRC
Elzevir
Esperanto
Est
ESV2001
ESV2011
Etheridge
FarHezareNoh
FinRK
FreCrampon
FreKhan
FreLXX
FreMartin
FreOltramare1874
FreStapfer1889
FreSynodale1921
Geneva1599
GerAlbrecht
GerElb1871
GerElb1905
GerLut1545
GerNeUe
GerReinhardt
GerSch
GreVamvas
Haitian
HebModern
HunKar
HunUj
JapDenmo
JapRaguet
JPS
Jubilee2000
KhmerNT
KJVA
KorHKJV
KorRV
Leeser
LinVB
LtKBB
LvGluck8
Mal1910
Maori
MapM
Mg1865
MonKJV
Montgomery
MorphGNT
Murdock
Ndebele
NETtext
NHEBJE
NHEB
NlCanisius1939
NorBroed
Norsk
NorSMB
NorthernAzeri
Noyes
OSHB
OxfordTR
Peshitta
PolGdanska
PorAR
PorBLivreTR
RNKJV
RomCor
RusSynodal
SahidicBible
ScotsGaelic
SloOjacano
SloStritar
SomKQA
SpaRV1865
SpaRV1909
SpaRVG
SpaRV
SpaSEV
SpaTDP
SPVar
SP
SrKDEkavski
SrKDIjekav
Swahili
Swe1917
Tausug
ThaiKJV
Tisch
TR
TurHADI
Twenty
Tyndale
UKJV
ury_WBTI_2005
VietLCCMN
VietNVB
Viet
Vulgate
VulgConte
Webster
WEB
Weymouth
WHNU
WLC
Wycliffe
YLT

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{
"lzh" : "zh",
"kpl" : "kpg",
"kon" : "kg",
"mal" : "ml"
}

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{
"af" : "Afrikaans",
"sq" : "Albanian",
"am" : "Amharic",
"ar" : "Arabic",
"arc" : "Aramaic",
"hy" : "Armenian",
"az" : "Azeri Northern ",
"azb" : "Azeri",
"eu" : "Basque",
"be" : "Belarusian",
"br" : "Breton",
"bg" : "Bulgarian",
"rmq" : "Calo",
"ch" : "Chamorro",
"chr" : "Cherokee",
"lzh" : "Chinese",
"cop" : "Coptic",
"hr" : "Croatian",
"cs" : "Czech",
"da" : "Danish",
"prs" : "Dari",
"nl" : "Dutch",
"en" : "English",
"fr" : "French",
"eo" : "Esperanto",
"et" : "Estonian",
"fi" : "Finnish",
"gez" : "Ge’ez",
"ka" : "Georgian",
"de" : "German",
"got" : "Gothic",
"el" : "Greek Modern",
"grc" : "Greek",
"ht" : "Haitian Creole",
"he" : "Hebrew",
"hi" : "Hindi",
"hu" : "Hungarian",
"ga" : "Irish",
"it" : "Italian",
"ja" : "Japanese",
"kab" : "Kabyle",
"kk" : "Kazakh",
"kpl" : "Kapingamarangi",
"kek" : "Kekchi",
"km" : "Khmer",
"kon" : "Kikongo",
"ko" : "Korean",
"la" : "Latin",
"lv" : "Latvian",
"ln" : "Lingala",
"lt" : "Lithuanian",
"mg" : "Malagasy",
"mal" : "Malayalam",
"gv" : "Manx Gaelic",
"mi" : "Maori",
"mn" : "Mongolian",
"my" : "Myanmar Burmse",
"nd" : "Ndebele",
"nb" : "Norwegian bokmal",
"nn" : "Norwegian nynorsk",
"ury" : "Orya",
"fa" : "Persian",
"pon" : "Pohnpeian",
"pl" : "Polish",
"pt" : "Portuguese",
"pot" : "Potawatomi",
"rom" : "Romani",
"ro" : "Romanian",
"ru" : "Russian",
"sml" : "Sama",
"gd" : "Scottish Gaelic",
"sr" : "Serbian",
"sn" : "Shona",
"cu" : "Slavonic Elizabeth",
"sl" : "Slovene",
"so" : "Somali",
"ckb" : "Sorani Kurdis",
"es" : "Spanish",
"sw" : "Swahili",
"sv" : "Swedish",
"syr" : "Syriac",
"tl" : "Tagalog",
"thv" : "Tamajaq",
"tsg" : "Tausug",
"th" : "Thai",
"tr" : "Turkish",
"uk" : "Ukrainian",
"ppk" : "Uma",
"ur" : "Urdu",
"Ur-deva" : "Urdu Devanagari",
"ug" : "Uyghur",
"vi" : "Vietnamese",
"cy" : "Welsh",
"wo" : "Wolof",
"xh" : "Xhosa"
}

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{
"ar" : "RTL",
"arc" : "RTL",
"prs" : "RTL",
"he" : "RTL",
"kk" : "RTL",
"mal" : "RTL",
"fa" : "RTL",
"ckb" : "RTL",
"syr" : "RTL",
"ur" : "RTL",
"Ur-deva" : "RTL"
}

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{
"aov" : "Ou Vertaling",
"albanian" : "Albanian",
"amharic" : "Amharic NT",
"hsab" : "Haile Selassie Amharic Bible",
"arabicsv" : "Smith and Van Dyke",
"peshitta" : "Peshitta NT",
"easternarmenian" : "Eastern (Genesis Exodus Gospels)",
"westernarmenian" : "Western NT",
"basque" : "(Navarro Labourdin) NT",
"breton" : "Gospels",
"bulgarian1940" : "Bulgarian Bible (1940)",
"chamorro" : "(Psalms Gospels Acts)",
"cns" : "NCV Simplified",
"cnt" : "NCV Traditional",
"cus" : "Union Simplified",
"cut" : "Union Traditional",
"bohairic" : "Bohairic NT",
"coptic" : "New Testament",
"sahidic" : "Sahidic NT",
"croatia" : "Croatian",
"bkr" : "Czech BKR",
"cep" : "Czech CEP",
"kms" : "Czech KMS",
"nkb" : "Czech NKB",
"danish" : "Danish",
"statenvertaling" : "Dutch Staten Vertaling",
"akjv" : "American King James Version",
"asv" : "American Standard Version",
"basicenglish" : "Basic English Bible",
"darby" : "Darby",
"douayrheims" : "Douay Rheims",
"kjv" : "King James Version",
"wb" : "Webster's Bible",
"weymouth" : "Weymouth NT",
"web" : "World English Bible",
"ylt" : "Young's Literal Translation",
"esperanto" : "Esperanto",
"estonian" : "Estonian",
"finnish1776" : "Finnish Bible (1776)",
"pyharaamattu1933" : "Pyha Raamattu (1933 1938)",
"pyharaamattu1992" : "Pyha Raamattu (1992)",
"ls1910" : "Louis Segond (1910)",
"martin" : "Martin (1744)",
"ostervald" : "Ostervald (1996 revision)",
"georgian" : "Georgian (Gospels Acts James)",
"elberfelder" : "Elberfelder (1871)",
"elberfelder1905" : "Elberfelder (1905)",
"luther1545" : "Luther (1545)",
"luther1912" : "Luther (1912)",
"schlachter" : "Schlachter (1951)",
"gothic" : "Gothic (Nehemiah NT Portions)",
"moderngreek" : "Greek Modern",
"majoritytext" : "NT Byzantine Majority Text (2000) Parsed",
"byzantine" : "NT Byzantine Majority Text (2000)",
"textusreceptus" : "NT Textus Receptus (1550 1894) Parsed",
"text" : "Textus Receptus",
"tischendorf" : "NT Tischendorf 8th Ed",
"westcotthort" : "NT Westcott Hort UBS4 variants Parsed",
"westcott" : "NT Westcott Hort UBS4 variants",
"lxxpar" : "OT LXX Accented Roots Parsing",
"lxx" : "OT LXX Accented",
"lxxunaccentspar" : "OT LXX Unaccented Roots Parsing",
"lxxunaccents" : "OT LXX Unaccented",
"aleppo" : "Aleppo Codex",
"modernhebrew" : "Hebrew Modern",
"bhsnovowels" : "OT BHS (Consonants Only)",
"bhs" : "OT BHS (Consonants and Vowels)",
"wlcnovowels" : "OT WLC (Consonants Only)",
"wlc" : "OT WLC (Consonants and Vowels)",
"codex" : "OT Westminster Leningrad Codex",
"karoli" : "Hungarian Karoli",
"giovanni" : "Giovanni Diodati Bible (1649)",
"riveduta" : "Riveduta Bible (1927)",
"kabyle" : "Kabyle NT",
"korean" : "Korean",
"newvulgate" : "Nova Vulgata",
"vulgate" : "Vulgata Clementina",
"latvian" : "New Testament",
"lithuanian" : "Lithuanian",
"manxgaelic" : "Manx Gaelic (Esther Jonah 4 Gospels)",
"maori" : "Maori",
"judson" : "Judson (1835)",
"bibelselskap" : "Det Norsk Bibelselskap (1930)",
"almeida" : "Almeida Atualizada",
"potawatomi" : "Potawatomi (Matthew Acts) (Lykins 1844)",
"rom" : "Romani NT E Lashi Viasta (Gypsy)",
"cornilescu" : "Cornilescu",
"makarij" : "Makarij Translation Pentateuch (1825)",
"synodal" : "Synodal Translation (1876)",
"zhuromsky" : "Victor Zhuromsky NT",
"gaelic" : "Scots Gaelic (Gospel of Mark)",
"valera" : "Reina Valera (1909)",
"rv1858" : "Reina Valera NT (1858)",
"sse" : "Sagradas Escrituras (1569)",
"swahili" : "Swahili",
"swedish" : "Swedish (1917)",
"tagalog" : "Ang Dating Biblia (1905)",
"tamajaq" : "Tamajaq Portions",
"thai" : "Thai from kjv",
"tnt" : "NT (1987 1994)",
"turkish" : "Turkish",
"ukranian" : "NT (P Kulish 1871)",
"uma" : "Uma NT",
"vietnamese" : "Vietnamese (1934)",
"wolof" : "Wolof NT",
"xhosa" : "Xhosa"
}

1
kjv.json
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307
run.sh Executable file
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#! /bin/bash
# Do some prep work
command -v jq >/dev/null 2>&1 || { echo >&2 "We require jq for this script to run, but it's not installed. Aborting."; exit 1; }
command -v sha1sum >/dev/null 2>&1 || { echo >&2 "We require sha1sum for this script to run, but it's not installed. Aborting."; exit 1; }
command -v git >/dev/null 2>&1 || { echo >&2 "We require git for this script to run, but it's not installed. Aborting."; exit 1; }
command -v whiptail >/dev/null 2>&1 || { echo >&2 "We require whiptail for this script to run, but it's not installed. Aborting."; exit 1; }
command -v python3 >/dev/null 2>&1 || { echo >&2 "We require python3 for this script to run, but it's not installed. Aborting."; exit 1; }
# main function
function main () {
# main project Header
header_string="getBible JSON API.v2"
# remove and re-download Crosswire modules
if (( "$DOWNLOAD" == 1 )); then
getModules "${DIR_zip}"
fi
# prep the Scripture Main Git Folder
prepScriptureMainGit "${DIR_api}_scripture"
# numbers
number=$(ls "${DIR_zip}" | wc -l)
each_count=$((98 / $number))
# Build Static JSON Files
setStaticJsonFiles "${DIR_api}_scripture" "${DIR_zip}" "$number" "$each_count" "$header_string"
# Remove Empty Folder & Static Files
cleanSystem "${DIR_api}_scripture"
# start hashing Translations
hashingMethod "${DIR_api}_scripture" \
"hash_versions" \
"Hash Versions | ${header_string}" \
"Start Versions Hashing" \
"Done Hashing Versions" \
"Please wait while we hash all versions"
# start hashing Translations Books
hashingMethod "${DIR_api}_scripture" \
"hash_books" \
"Hash Books | ${header_string}" \
"Start Versions Books Hashing" \
"Done Hashing All Versions Books" \
"Please wait while we hash all versions books"
# start hashing Translations Books Chapters
hashingMethod "${DIR_api}_scripture" \
"hash_chapters" \
"Hash Chapters | ${header_string}" \
"Start Versions Books Chapters Hashing" \
"Done Hashing All Versions Books Chapters" \
"Please wait while we hash all versions books chapters"
# moving all public hash files into place
hashingMethod "${DIR_api}" \
"movePublicHashFiles" \
"Moving Public Hash | ${header_string}" \
"Start Moving Public Hashes" \
"Done Moving All Public Hashes" \
"Please wait while we move all the public hashes into place"
# finally check if we must commit and push changes
if (( "$PUSH" == 1 )); then
"${DIR_src}/moveToGithub.sh" "${DIR_api}"
fi
}
# remove and re-download Crosswire modules
function getModules () {
# set local values
local modules_path="$1"
local header_string="$2"
# we first delete the old models
rm -fr $modules_path
mkdir -p $modules_path
# then we get the current modules
{
sleep 1
echo -e "XXX\n0\nStart download of modules... \nXXX"
sleep 1
python3 -u "${DIR_src}/download.py" --output_path "${modules_path}"
sleep 1
echo -e "XXX\n100\nDone downloading modules... \nXXX"
sleep 2
} | whiptail --title "Get Crosswire Modules | ${header_string}" --gauge "Please wait while we download all modules" 7 77 0
}
# prep the Scripture Main Git Folder
function prepScriptureMainGit () {
# set local values
local scripture_path="$1"
# if git folder does not exist clone it
if [ ! -d "$scripture_path" ]; then
# create the git folder (for scripture)
mkdir -p "$scripture_path"
fi
# reset the git folder on each run
if [ -d "$scripture_path/.git" ]; then
mkdir -p "${scripture_path}Tmp"
mv -f "${scripture_path}/.git" "${scripture_path}Tmp"
mv -f "${scripture_path}/.gitignore" "${scripture_path}Tmp"
# now we remove all the old git files (so we start clean each time in the build)
rm -fr $scripture_path
mv -f "${scripture_path}Tmp" "${scripture_path}"
fi
}
# Build Static JSON Files
function setStaticJsonFiles () {
# set local values
local scripture_path="$1"
local modules_path="$2"
local counter="$3"
local each_count="$4"
local header_string="$5"
# whiptail messaging
{
sleep 1
echo -e "XXX\n0\nStart Building... \nXXX"
sleep 1
for filename in $modules_path/*.zip; do
# give notice
echo -e "XXX\n${counter}\nBuilding ${filename} static json files...\nXXX"
# add more
next=$(($each_count + $counter))
# run script
python3 -u "${DIR_src}/sword_to_json.py" --source_file "${filename}" --output_path "${scripture_path}" --counter "${counter}" --next "${next}" --conf_dir "${DIR_conf}"
# add more
counter=$(($each_count + $counter))
# give notice
echo -e "XXX\n${counter}\nDone building ${filename} static json files...\nXXX"
sleep 1
done
echo -e "XXX\n100\nDone Building... \nXXX"
sleep 1
} | whiptail --title "Build Static JSON Files | ${header_string}" --gauge "Please wait while build the static json API" 7 77 0
}
# Remove Empty Folder & Static Files
function cleanSystem () {
# set local values
local scripture_path="$1"
# remove all empty files
find "${scripture_path}" -name "*.json" -type f -size -500c -delete
# remove all empty folders
find "${scripture_path}" -type d -empty -delete
}
# hashing all files in the project
function hashingMethod () {
# set local values
local scripture_path="$1"
local script_name="$2"
local w_title="$3"
local w_start_ms="$4"
local w_end_ms="$5"
local w_initial_ms="$6"
# now run the hashing
{
sleep 1
echo -e "XXX\n0\n${w_start_ms}... \nXXX"
sleep 1
. "${DIR_src}/${script_name}.sh" "${scripture_path}"
sleep 1
echo -e "XXX\n100\n${w_end_ms}... \nXXX"
sleep 1
} | whiptail --title "$w_title" --gauge "$w_initial_ms" 7 77 0
}
# help message
function show_help () {
cat << EOF
Usage: ${0##*/:-} [OPTION...]
You are able to change a few default behaviours in the getBible API builder
------ Passing no command options will fallback on the defaults -------
Options
======================================================
-a|--api
set the API target folders full path
- target folders will be created using this path
example: ${0##*/:-} -a /home/username/v2
example: ${0##*/:-} --api /home/username/v2
two folders will be created:
- /home/username/v2
- /home/username/v2_scripture
defaults:
- repo/v2
- repo/v2_scripture
(these are the target folders)
======================================================
-p|--push
push changes to github (only if there are changes)
- setup the target folders (see target folders)
- linked them to github (your own repos)
- must be able to push (ssh authentication needed)
REMEMBER THE AGREEMENT (README.md)
example: ${0##*/:-} -p
example: ${0##*/:-} --push
======================================================
-z|--zip
set the ZIP target folder full path for the Crosswire Modules
example: ${0##*/:-} -z /home/username/sword_zip
example: ${0##*/:-} --zip /home/username/sword_zip
defaults:
- repo/sword_zip
======================================================
-d
Do not download all Crosswire Modules (helpful in testing)
example: ${0##*/:-} -d
======================================================
-h|--help
display this help menu
example: ${0##*/:-} -h
example: ${0##*/:-} --help
======================================================
getBible.net
======================================================
EOF
}
# get script path
DIR="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
# set working paths
DIR_src="${DIR}/src"
DIR_conf="${DIR}/conf"
DIR_api="${DIR}/sword_zip"
DIR_zip="${DIR}/v2"
# download all modules
DOWNLOAD=1
# push changes to github (you need setup your own repos)
PUSH=0
# show values do not run
SHOWCONF=0
# check if we have options
while :; do
case $1 in
-h|--help)
show_help # Display a usage synopsis.
exit
;;
-d)
DOWNLOAD=0
;;
--show)
SHOWCONF=1
;;
-p|--push)
PUSH=1
;;
-a|--api) # Takes an option argument; ensure it has been specified.
if [ "$2" ]; then
DIR_api=$2
shift
else
echo 'ERROR: "--api" requires a non-empty option argument.'
exit 1
fi
;;
--api=?*)
DIR_api=${1#*=} # Delete everything up to "=" and assign the remainder.
;;
--api=) # Handle the case of an empty --api=
echo 'ERROR: "--api" requires a non-empty option argument.'
exit 1
;;
-z|--zip) # Takes an option argument; ensure it has been specified.
if [ "$2" ]; then
DIR_zip=$2
shift
else
echo 'ERROR: "--zip" requires a non-empty option argument.'
exit 1
fi
;;
--zip=?*)
DIR_zip=${1#*=} # Delete everything up to "=" and assign the remainder.
;;
--zip=) # Handle the case of an empty --zip=
echo 'ERROR: "--zip" requires a non-empty option argument.'
exit 1
;;
*) # Default case: No more options, so break out of the loop.
break
esac
shift
done
# show the config values
if (( "$SHOWCONF" == 1 )); then
echo "DIR_api: ${DIR_api}"
echo "DIR_zip: ${DIR_zip}"
echo "DIR_src: ${DIR_src}"
echo "DOWNLOAD: ${DOWNLOAD}"
echo "PUSH: ${PUSH}"
exit
fi
# run Main ;)
main

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import os, os.path, json, urllib, urllib.request, sys, zipfile, shutil, argparse
parser = argparse.ArgumentParser()
# get the arguments
parser.add_argument('--output_path', help='The local path like "V2"', default="V2")
# set to args
args = parser.parse_args()
# this is a full path
MAIN_PATH = args.output_path
# some helper dictionaries
v1_translation_names = json.loads(open("../conf/CrosswireModulesMap.json").read())
# scripts directory
CURRENT_DIR = os.path.dirname(os.path.realpath(__file__))
# function to create path if not exist
def check_path(path):
if not os.path.isdir(path):
os.makedirs(path)
def zipper(src, dest, filename):
"""Backup files from src to dest."""
base = os.path.basename(src)
newFile = filename+".zip"
# Set the current working directory.
os.chdir(dest)
if os.path.exists(newFile):
os.unlink(newFile)
# Write the zipfile and walk the source directory tree.
with zipfile.ZipFile(newFile, 'w') as zip:
for folder, _ , files in os.walk(src):
for file in files:
zip.write(os.path.join(folder, file),
arcname=os.path.join(folder[len(src):], file),
compress_type=zipfile.ZIP_DEFLATED)
# move back to working directory
os.chdir(CURRENT_DIR)
# make sure the main folder exist
check_path(MAIN_PATH)
# number of items
number = len(v1_translation_names.keys())
each_count = int(98 / number)
counter = 0
# loop the names
for sword_name in v1_translation_names:
# set local file name
file_path = MAIN_PATH+"/"+sword_name+".zip"
# set remote URL
file_url = "http://www.crosswire.org/ftpmirror/pub/sword/packages/rawzip/"+sword_name+".zip"
# notice name
file_name = sword_name+".zip"
# check if file exist locally
if os.path.isfile(file_path):
print('XXX\n{}\n{} already exist\nXXX'.format(counter, file_name))
else:
try:
print('XXX\n{}\nDownloading the RAW format of {}\nXXX'.format(counter, file_name))
urllib.request.urlretrieve(file_url, file_path)
except urllib.error.HTTPError as e:
print('XXX\n{} Download {} failed! {}\nXXX'.format(counter, sword_name, e))
# check if this is a legitimate zip file
if zipfile.is_zipfile(file_path) == False:
os.remove(file_path)
print('XXX\n{}\n{} was removed since it has errors...\nXXX'.format(counter, file_path))
# we try the win repository
file_url = "http://www.crosswire.org/ftpmirror/pub/sword/packages/win/" + sword_name + ".zip"
try:
print('XXX\n{}\nDownloading the WIN format of {}\nXXX'.format(counter, file_name))
urllib.request.urlretrieve(file_url, file_path)
except urllib.error.HTTPError as e:
print('XXX\n{}\n{} Download {} failed! {}\nXXX'.format(sword_name, e))
# again check if this is a legitimate zip file
if zipfile.is_zipfile(file_path) == False:
os.remove(file_path)
print('XXX\n{}\n{} was again removed since it has errors...\nXXX'.format(counter, file_name))
else:
# set local file name
folder_path = MAIN_PATH+"/"+sword_name
folder_raw_path = MAIN_PATH+"/"+sword_name+"/RAW"
data_raw_path = MAIN_PATH+"/"+sword_name+"/data.zip"
print('XXX\n{}\n{} is being converted to RAW format\nXXX'.format(counter, file_name))
# first we extract the WIN format
with zipfile.ZipFile(file_path, 'r') as zip_ref:
zip_ref.extractall(folder_path)
os.remove(file_path)
# now we extract the RAW format
with zipfile.ZipFile(data_raw_path, 'r') as zip_ref:
zip_ref.extractall(folder_raw_path)
os.remove(data_raw_path)
# now rename the folder
os.rename(folder_raw_path+"/newmods", folder_raw_path+"/mods.d")
# now zip the RAW folder
zipper(folder_raw_path, MAIN_PATH, sword_name)
# now remove the tmp folder
try:
shutil.rmtree(folder_path)
except OSError as e:
print("XXX\nError: %s - %s.\nXXX" % (e.filename, e.strerror))
# increase the counter
counter = int(counter + each_count)

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#! /bin/bash
# Do some prep work
command -v jq >/dev/null 2>&1 || { echo >&2 "We require jq for this script to run, but it's not installed. Aborting."; exit 1; }
command -v sha1sum >/dev/null 2>&1 || { echo >&2 "We require sha1sum for this script to run, but it's not installed. Aborting."; exit 1; }
# make sure we have at least one argument
if [ $# -eq 0 ]
then
echo >&2 "Target folder must be supplied. Aborting."
exit 1;
fi
# target folder
target_folder="$1"
# tracker counter
counter=0
# check if the folder exist
if [ ! -d $target_folder ]
then
echo >&2 "Folder $target_folder not found. Aborting.";
exit 1;
fi
for filename in $target_folder/*.json; do
# setup: positional arguments to pass in literal variables, query with code
jq_args=( )
jq_query='.'
jq_t_args=( )
jq_t_query='.'
# get the abbreviation
abbreviation="${filename/.json/}"
abbreviation="${abbreviation/${target_folder}\//}"
# do not work with the translations or checksum file
if [[ "$abbreviation" == 'translations' || "$abbreviation" == 'checksum' ]]
then
continue
fi
# do not work with the books or chapters file
if [[ "$abbreviation" == 'books' || "$abbreviation" == 'chapters' ]]
then
continue
fi
# make sure the book directory is build
if [ -d "${target_folder}/$abbreviation" ]
then
# load the translation in
bible=$( cat "${filename}" | jq '.' -a )
# get book numbers
readarray -t booknr < <( echo "${bible}" | jq -r '.books[].nr')
# now remove all books
bible=$( echo "${bible}" | jq '. | del(.books) | del(.discription)' -a )
# set language
language=$( echo "${bible}" | jq '.language' -r )
# set translation
translation=$( echo "${bible}" | jq '.translation' -r )
# set direction
direction=$( echo "${bible}" | jq '.direction' -r )
# start bucket
booksBucket="# language translation abbreviation direction name filename sha\n"
# checksum
checksumBucket="# filename sha\n"
# add more
next=$(($counter+15))
# make sure next is not above 99
if (("$next" > 99))
then
next=99
fi
counter_inner=$counter
# read book names
for nr in "${booknr[@]}";
do
# check if file is set
if [ -f "${target_folder}/${abbreviation}/${nr}.json" ]
then
# load the book in
book=$( cat "${target_folder}/${abbreviation}/${nr}.json" | jq '.' -a )
# update the file formatting
echo "${book}" > "${target_folder}/${abbreviation}/${nr}.json"
# get the hash
fileHash=$(sha1sum "${target_folder}/${abbreviation}/${nr}.json" | awk '{print $1}')
# build the return values
book=$( echo "${book}" | jq ". | del(.chapters) | .[\"url\"]=\"https://getbible.net/v2/${abbreviation}/${nr}.json\" | .[\"sha\"]=\"${fileHash}\"" -a )
# load the values for json
jq_t_args+=( --arg "key$nr" "$nr" )
jq_t_args+=( --argjson "value$nr" "$book" )
# build query for jq
jq_t_query+=" | .[\$key${nr}]=\$value${nr}"
# create/update the Bible file checksum
echo "${fileHash}" > "${target_folder}/${abbreviation}/${nr}.sha"
# load book name
book_name=$( echo "${book}" | jq '.name' -r )
# load the buckets
checksumBucket+="${nr} ${nr} ${fileHash}\n"
booksBucket+="${nr} ${language} ${translation} ${abbreviation} ${direction} ${book_name} ${nr} ${fileHash}\n"
# load the values for json
jq_args+=( --arg "key$nr" "${nr}" )
jq_args+=( --arg "value$nr" "$fileHash" )
# build query for jq
jq_query+=" | .[\$key${nr}]=\$value${nr}"
# check if we have counter upto next
if (("$counter_inner" >= "$next"))
then
counter_inner=$counter
fi
# increment the counter
counter_inner=$((counter_inner+1))
# give notice
echo -e "XXX\n${counter_inner}\nHashing ${abbreviation}/${nr}.json\nXXX"
fi
done
# set books checksum to text file
echo -e "$checksumBucket" > "${target_folder}/${abbreviation}/checksum"
# set books details to text file
echo -e "$booksBucket" > "${target_folder}/${abbreviation}/books"
# run the generated command with jq
jq "${jq_args[@]}" "$jq_query" <<<'{}' > "${target_folder}/${abbreviation}/checksum.json"
jq "${jq_t_args[@]}" "$jq_t_query" <<<'{}' > "${target_folder}/${abbreviation}/books.json"
# check if we have counter upto 98
if (("$counter" >= 98))
then
counter=70
fi
# add more
counter=$((counter+1))
# give notice
echo -e "XXX\n${counter}\nDone Hashing $abbreviation books\nXXX"
fi
done

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#! /bin/bash
# Do some prep work
command -v jq >/dev/null 2>&1 || { echo >&2 "We require jq for this script to run, but it's not installed. Aborting."; exit 1; }
command -v sha1sum >/dev/null 2>&1 || { echo >&2 "We require sha1sum for this script to run, but it's not installed. Aborting."; exit 1; }
# make sure we have at least one argument
if [ $# -eq 0 ]
then
echo >&2 "Target folder must be supplied. Aborting."
exit 1;
fi
# target folder
target_folder="$1"
# tracker counter
counter=0
# check if the folder exist
if [ ! -d $target_folder ]
then
echo >&2 "Folder $target_folder not found. Aborting.";
exit 1;
fi
for filename in $target_folder/*.json; do
# get the abbreviation
abbreviation="${filename/.json/}"
abbreviation="${abbreviation/${target_folder}\//}"
echo "$abbreviation"
# do not work with the translations or checksum file
if [[ "$abbreviation" == 'translations' || "$abbreviation" == 'checksum' ]]
then
continue
fi
# do not work with the books or chapters file
if [[ "$abbreviation" == 'books' || "$abbreviation" == 'chapters' ]]
then
continue
fi
# make sure the book directory is build
if [ -d "${target_folder}/$abbreviation" ]
then
# set language
language=$( cat "${filename}" | jq '.language' -r )
# set translation
translation=$( cat "${filename}"| jq '.translation' -r )
# set language
direction=$( cat "${filename}" | jq '.direction' -r )
# get booknumbers
readarray -t booknr < <( cat "${filename}" | jq -r '.books[].nr')
# add more
next=$(($counter+15))
# make sure next is not above 99
if (("$next" > 99))
then
next=99
fi
counter_inner=$counter
# read book names
for nr in "${booknr[@]}";
do
# setup: positional arguments to pass in literal variables, query with code
jq_args=( )
jq_query='.'
jq_t_args=( )
jq_t_query='.'
# check if file is set
if [ -f "${target_folder}/${abbreviation}/${nr}.json" ]
then
# chapters details
chaptersBucket="# language translation abbreviation textdirection book_nr book_name filename sha\n"
# checksum
checksumBucket="# filename sha\n"
# get book name
book_name=$( cat "${target_folder}/${abbreviation}/${nr}.json" | jq '.name' -r )
# get all chapters
readarray -t chapters < <( cat "${target_folder}/${abbreviation}/${nr}.json" | jq -r '.chapters[].chapter' | sort -g)
# get chapters
for chapter in "${chapters[@]}";
do
# only build hash chapter for existing files
if [ -f "${target_folder}/${abbreviation}/${nr}/${chapter}.json" ]
then
# get the hash
fileHash=$(sha1sum "${target_folder}/${abbreviation}/${nr}/${chapter}.json" | awk '{print $1}')
# load the book in
chapter_info=$( cat "${target_folder}/${abbreviation}/${nr}/${chapter}.json" | jq ". | del(.verses) | .[\"url\"]=\"https://getbible.net/v2/${abbreviation}/${nr}/${chapter}.json\" | .[\"sha\"]=\"${fileHash}\"" -a )
# load the values for json
jq_t_args+=( --arg "key$chapter" "${chapter}" )
jq_t_args+=( --argjson "value$chapter" "${chapter_info}" )
# build query for jq
jq_t_query+=" | .[\$key${chapter}]=\$value${chapter}"
# create/update the Bible file checksum
echo "${fileHash}" > "${target_folder}/${abbreviation}/${nr}/${chapter}.sha"
# load the buckets
checksumBucket+="${chapter} ${chapter} ${fileHash}\n"
chaptersBucket+="${chapter} ${language} ${translation} ${abbreviation} ${direction} ${nr} ${book_name} ${chapter} ${fileHash}\n"
# load the values for json
jq_args+=( --arg "key$chapter" "${chapter}" )
jq_args+=( --arg "value$chapter" "$fileHash" )
# build query for jq
jq_query+=" | .[\$key${chapter}]=\$value${chapter}"
# check if we have counter upto next
if (("$counter_inner" >= "$next"))
then
counter_inner=$counter
fi
# increment the counter
counter_inner=$((counter_inner+1))
# give notice
echo -e "XXX\n${counter_inner}\nHashing ${abbreviation}/${nr}/${chapter}.json\nXXX"
fi
done
# set books checksum to text file
echo -e "$checksumBucket" > "${target_folder}/${abbreviation}/${nr}/checksum"
# set books details to text file
echo -e "$chaptersBucket" > "${target_folder}/${abbreviation}/${nr}/chapters"
# run the generated command with jq
jq "${jq_args[@]}" "$jq_query" <<<'{}' > "${target_folder}/${abbreviation}/${nr}/checksum.json"
jq "${jq_t_args[@]}" "$jq_t_query" <<<'{}' > "${target_folder}/${abbreviation}/${nr}/chapters.json"
fi
done
# check if we have counter upto 98
if (("$counter" >= 98))
then
counter=70
fi
# add more
counter=$((counter+1))
# give notice
echo -e "XXX\n${counter}\nDone Hashing $abbreviation chapters\nXXX"
fi
done

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#! /bin/bash
# Do some prep work
command -v jq >/dev/null 2>&1 || { echo >&2 "We require jq for this script to run, but it's not installed. Aborting."; exit 1; }
command -v sha1sum >/dev/null 2>&1 || { echo >&2 "We require sha1sum for this script to run, but it's not installed. Aborting."; exit 1; }
# make sure we have at least one argument
if [ $# -eq 0 ]
then
echo >&2 "Target folder must be supplied. Aborting."
exit 1;
fi
# setup: positional arguments to pass in literal variables, query with code
jq_args=( )
jq_query='.'
jq_t_args=( )
jq_t_query='.'
# counter
nr=1
# target folder
target_folder="$1"
# tracker counter
counter=0
# check if the folder exist
if [ ! -d $target_folder ]
then
echo >&2 "Folder $target_folder not found. Aborting.";
exit 1;
fi
# book names
echo "# language translation abbreviation direction filename sha" > "${target_folder}/translations"
# checksum
echo "# filename sha" > "${target_folder}/checksum"
for filename in $target_folder/*.json; do
# get the abbreviation
abbreviation="${filename/.json/}"
abbreviation="${abbreviation/${target_folder}\//}"
# do not work with the translations or checksum file
if [[ "$abbreviation" == 'translations' || "$abbreviation" == 'checksum' ]]
then
continue
fi
# do not work with the books or chapters file
if [[ "$abbreviation" == 'books' || "$abbreviation" == 'chapters' ]]
then
continue
fi
# load the translation in
bible=$( cat "${filename}" | jq '.' -a )
# update the file formating
echo "${bible}" > "${filename}"
# build the hash file name
hashFileName="${target_folder}/${abbreviation}.sha"
# get the hash
fileHash=$(sha1sum "${filename}" | awk '{print $1}')
# build the return values
bible=$( echo "${bible}" | jq ". | del(.books) | del(.discription) | .[\"url\"]=\"https://getbible.net/v2/${abbreviation}.json\" | .[\"sha\"]=\"${fileHash}\"" -a )
# get the details
language=$( echo "${bible}" | jq '.language' -r )
translation=$( echo "${bible}" | jq '.translation' -r )
direction=$( echo "${bible}" | jq '.direction' -r )
# set file details to text file
echo "${nr} ${language} ${translation} ${abbreviation} ${direction} ${abbreviation} ${fileHash}" >> "${target_folder}/translations"
# load the values for json
jq_t_args+=( --arg "key$nr" "$abbreviation" )
jq_t_args+=( --argjson "value$nr" "$bible" )
# build query for jq
jq_t_query+=" | .[\$key${nr}]=\$value${nr}"
# create/update the Bible file checksum
echo "${fileHash}" > "$hashFileName"
# echo "${fileHash}" > "$_hashFileName"
echo "${nr} ${abbreviation} ${fileHash}" >> "${target_folder}/checksum"
# load the values for json
jq_args+=( --arg "key$nr" "$abbreviation" )
jq_args+=( --arg "value$nr" "$fileHash" )
# build query for jq
jq_query+=" | .[\$key${nr}]=\$value${nr}"
#next
nr=$((nr+1))
# check if we have counter upto 98
if (("$counter" >= 98))
then
counter=70
fi
# add more
counter=$((counter+1))
# give notice
echo -e "XXX\n${counter}\nDone Hashing $abbreviation\nXXX"
done
# run the generated command with jq
jq "${jq_args[@]}" "$jq_query" <<<'{}' > "${target_folder}/checksum.json"
jq "${jq_t_args[@]}" "$jq_t_query" <<<'{}' > "${target_folder}/translations.json"

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#! /bin/bash
# make sure we have at least one argument
if [ $# -eq 0 ]
then
echo >&2 "Target folder must be supplied. Aborting."
exit 1;
fi
# target folder
API_path="$1"
scripture_path="${API_path}_scripture"
hash_path="${API_path}"
# check if the target to folder exist
if [ -d "$hash_path" ]; then
# reset the git folder on each run
if [ -d "${hash_path}/.git" ]; then
mkdir -p "${hash_path}Tmp"
mv -f "${hash_path}/.git" "${hash_path}Tmp"
mv -f "${hash_path}/LICENSE" "${hash_path}Tmp"
mv -f "${hash_path}/README.md" "${hash_path}Tmp"
# now we remove all the old git files (so we start clean each time in the build)
rm -fr $hash_path
mv -f "${hash_path}Tmp" "${hash_path}"
fi
else
# make sure it is created
mkdir -p "$hash_path"
fi
## declare an array variable
declare -a arr=('*.sha' 'checksum' 'checksum.json' 'translations' 'translations.json' 'books' 'books.json' 'chapters' 'chapters.json')
## now loop through the above array
for key in "${arr[@]}"
do
# give notice
counter=0
echo -e "XXX\n$counter\nMoving all these type ($key) of files\nXXX"
sleep 1
find "$scripture_path" -type f -name "$key" -print0 | while IFS= read -r -d '' file; do
newFile=${file/$scripture_path/$hash_path}
newPath=$(dirname "${newFile}")
if [ ! -d "$newPath" ]; then
mkdir -p "$newPath"
fi
# copy the files there
cp --remove-destination "$file" "$newFile"
# check if we have counter up-to total
if (("$counter" >= 98))
then
counter=3
fi
# increment the counter
counter=$((counter+1))
# give notice
echo -e "XXX\n${counter}\nMoving $file\nXXX"
done
done

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src/moveToGithub.sh Executable file
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#! /bin/bash
# Do some prep work
command -v git >/dev/null 2>&1 || { echo >&2 "We require git for this script to run, but it's not installed. Aborting."; exit 1; }
# make sure we have at least one argument
if [ $# -eq 0 ]
then
echo >&2 "Target folder must be supplied. Aborting."
exit 1;
fi
# moving data to github
echo "[getBible.net] -- Move files in to github......"
# target folder
API_path="$1"
## declare an array variable
declare -a arr=("${API_path}_scripture" "${API_path}")
# now we loop over these folders
for path in "${arr[@]}"
do
# got to path
cd "${path}"
# we first check if there are changes
if [[ -z $(git status --porcelain) ]];
then
echo "Nothing to commit here"
else
# make sure all new files are added and others removed where needed
git add .
# now commit the bunch... this will take a while since its a very large repo
git commit -am "Update"
# now push changes up to github...
git push
fi
done

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import argparse
import json
import os
import requests
import sys
from pysword.modules import SwordModules
if sys.version_info > (3, 0):
from past.builtins import xrange
# get arguments
parser = argparse.ArgumentParser()
# get the arguments
parser.add_argument('--source_file')
parser.add_argument('--output_path')
parser.add_argument('--counter')
parser.add_argument('--next')
parser.add_argument('--conf_dir')
# set to args
args = parser.parse_args()
# some helper dictionaries
v1_translation_names = json.loads(open(args.conf_dir + "/CrosswireModulesMap.json").read())
v1_translations = json.loads(open(args.conf_dir + "/v1Translations.json").read())
book_numbers = json.loads(open(args.conf_dir + "/bookNumbers.json").read())
book_names = json.loads(open(args.conf_dir + "/bookNames.json").read())
lang_correction = json.loads(open(args.conf_dir + "/langCorrection.json").read())
language_names = json.loads(open(args.conf_dir + "/languageNames.json").read())
text_direction = json.loads(open(args.conf_dir + "/textDirection.json").read())
# function to build Bible dictionaries
def get_bible_dict(source_file, bible_version, output_path, current_counter, next_counter):
# set some counter values
counter = int(current_counter)
current = int(current_counter)
next = int(next_counter)
# load the sword module
module = SwordModules(source_file)
# get the config
module_config = module.parse_modules()[bible_version]
# load the bible version
bible_mod = module.get_bible_from_module(bible_version)
# load the list of books per/testament
testaments = bible_mod.get_structure()._books
# merge the books
books = []
for testament in testaments:
books += testaments[testament]
# set the abbreviation
abbreviation = v1_translation_names.get(bible_version, bible_version.lower())
# get v1 Book Names (some are in the same language)
v1_book_names = {}
# check if this translations was in v1
if bible_version in v1_translation_names:
try:
v1_book_names = requests.get('https://getbible.net/v1/' + abbreviation + '/books.json').json()
except ValueError:
# no json found
v1_book_names = {}
# start to build the complete scripture of the translation
bible_ = {}
bible_['translation'] = v1_translations.get(abbreviation, module_config.get('description', bible_version))
bible_['abbreviation'] = abbreviation
bible_['discription'] = module_config.get('description', '')
# set language
lang_ = module_config.get('lang', '')
bible_['lang'] = lang_correction.get(lang_, lang_)
bible_['language'] = language_names.get(lang_, '')
bible_['direction'] = text_direction.get(lang_, 'LTR')
# not sure if this is relevant seeing that json.dump ensure_ascii=True
bible_['encoding'] = module_config.get('encoding', '')
# set global book
bible_book = {
'translation': bible_.get('translation'),
'abbreviation': abbreviation,
'lang': bible_.get('lang'),
'language': bible_.get('language'),
'direction': bible_.get('direction', 'LTR'),
'encoding': bible_.get('encoding')
}
# set global chapter
bible_chapter = {
'translation': bible_.get('translation'),
'abbreviation': abbreviation,
'lang': bible_.get('lang'),
'language': bible_.get('language'),
'direction': bible_.get('direction', 'LTR'),
'encoding': bible_.get('encoding')
}
# start building the books
bible_['books'] = []
for book in books:
# add the book only if it has verses
book_has_verses = False;
# reset chapter bucket
chapters = []
# set book number
book_nr = book_numbers.get(book.name)
# get book name as set in v1
book_name = v1_book_names.get(str(book_nr), {}).get('name', book_names.get(book.name, book.name))
# get book path
book_path = os.path.join(output_path, bible_.get('abbreviation'), str(book_nr))
# check if path is set
check_path(book_path)
# add the book only if it has verses
chapter_has_verses = False;
for chapter in xrange(1, book.num_chapters+1):
# reset verse bucket
verses = []
for verse in xrange(1, len(book.get_indicies(chapter))+1 ):
text = bible_mod.get(books=[book.name], chapters=[chapter], verses=[verse])
_text = text.replace('[]', '')
if len(text) > 0 and not _text.isspace():
book_has_verses = True;
chapter_has_verses = True;
verses.append({
'chapter': chapter,
'verse': verse,
'name': book_name + " " + str(chapter) + ":" + str(verse),
'text': text
})
if chapter_has_verses:
# load to complete Bible
chapters.append({
'chapter': chapter,
'name': book_name + " " + str(chapter),
'verses': verses
})
# set chapter
bible_chapter['book_nr'] = book_nr
bible_chapter['book_name'] = book_name
bible_chapter['chapter'] = chapter
bible_chapter['name'] = book_name + " " + str(chapter)
bible_chapter['verses'] = verses
# store to chapter file
write_json(bible_chapter, os.path.join(book_path, str(chapter) + '.json'))
print('XXX\n{}\nChapter {} was added to {}-{}\nXXX'.format(counter, chapter, book_name, abbreviation))
counter = increment_counter(counter, next, current)
if book_has_verses:
# load to complete Bible
bible_['books'].append({
'nr': book_nr,
'name': book_name,
'chapters': chapters
})
# set book
bible_book['nr'] = book_nr
bible_book['name'] = book_name
bible_book['chapters'] = chapters
# store to book file
write_json(bible_book, book_path + '.json')
print('XXX\n{}\nBook ({}) was added to {}\nXXX'.format(counter, book_name, abbreviation))
counter = increment_counter(counter, next, current)
# add distribution info
bible_['distribution_lcsh'] = module_config.get('lcsh', '')
bible_['distribution_version'] = module_config.get('version', '')
bible_['distribution_version_date'] = module_config.get('SwordVersionDate', module_config.get('swordversiondate', ''))
bible_['distribution_abbreviation'] = module_config.get('abbreviation', abbreviation)
bible_['distribution_about'] = module_config.get('about', '')
bible_['distribution_license'] = module_config.get('distributionlicense', '')
bible_['distribution_sourcetype'] = module_config.get('sourcetype', '')
bible_['distribution_source'] = module_config.get('textsource', '')
bible_['distribution_versification'] = module_config.get('versification', '')
# load the distribution history
bible_['distribution_history'] = {}
for k,v in module_config.items():
if 'history' in k:
bible_['distribution_history'][k] = v
return bible_
# function to safe the json file output
def write_json(bible_dict, output_file):
with open(output_file, 'w') as outfile:
json.dump(bible_dict, outfile, indent=4)
# function to create path if not exist
def check_path(path):
if not os.path.isdir(path):
os.makedirs(path)
# function to manange increment of counter
def increment_counter(counter, next, current):
if counter >= next:
return int(current)
return counter + 1
# customary main function
def main():
# check if books directory exist
check_path(args.output_path)
# get version name from source file
bible_version = args.source_file.replace(".zip", "").rsplit('/', 1)[-1]
# get the all the scripture of this Bible
bible_dict = get_bible_dict(args.source_file, bible_version, args.output_path, args.counter, args.next)
# set the correct file name to match v1 if found
version_file_name = v1_translation_names.get(bible_version, bible_version.lower()) + '.json'
# save to json
write_json(bible_dict, os.path.join(args.output_path, version_file_name))
if __name__ == "__main__": main()

28
src/sword_to_json_LICENSE Normal file
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BSD 2-Clause License
Copyright (c) 2017, Jake Wasdin
Copyright (c) 2018, Llewellyn van der Merwe
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
* Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE
FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY,
OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.

56
sword_to_json.py
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from pysword.modules import SwordModules
import argparse, json, sys
if sys.version_info > (3, 0):
from past.builtins import xrange
def generate_dict(source_file, bible_version):
modules = SwordModules(source_file)
found_modules = modules.parse_modules()
bible = modules.get_bible_from_module(bible_version)
books = bible.get_structure()._books['ot'] + bible.get_structure()._books['nt']
bib = {}
bib['books'] = []
for book in books:
chapters = []
for chapter in xrange(1, book.num_chapters+1):
verses = []
for verse in xrange(1, len(book.get_indicies(chapter))+1 ):
verses.append({
'verse': verse,
'chapter': chapter,
'name': book.name + " " + str(chapter) + ":" + str(verse),
'text': bible.get(books=[book.name], chapters=[chapter], verses=[verse])
})
chapters.append({
'chapter': chapter,
'name': book.name + " " + str(chapter),
'verses': verses
})
bib['books'].append({
'name': book.name,
'chapters': chapters
})
return bib
def write_json(bible_dict, output_file):
with open(output_file, 'w') as outfile:
json.dump(bible_dict, outfile)
def main():
parser = argparse.ArgumentParser()
parser.add_argument('--source_file')
parser.add_argument('--bible_version')
parser.add_argument('--output_file')
args = parser.parse_args()
bible_dict = generate_dict(args.source_file, args.bible_version)
write_json(bible_dict, args.output_file)
if __name__ == "__main__": main()