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makedoc.py
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#!/usr/bin/env python
# -*- coding: utf-8 -*-
# -------------------------
# (c) kelu124
# cc-by-sa/4.0/
# -------------------------
# Requires GraphViz and Wand
# -------------------------
# Use ./makedoc.py full
# to have the graphs generated
# -------------------------
"""Description: script to build autodocumentation."""
__author__ = "kelu124"
__copyright__ = "Copyright 2016, Kelu124"
__license__ = "cc-by-sa/4.0/"
import time
import os
import markdown
import re
import graphviz as gv
import functools
# Wand for SVG to PNG Conversion
# from wand.api import library
# import wand.color
# import wand.image
from PIL import Image
import sys
from bs4 import BeautifulSoup
from doc.mkdoc import *
from pprint import pprint
import gc
gc.set_threshold(0)
FullSVG = 0
GrosJaSON = {"images": {}, "md": {}}
# -------------------------
# arguments
# -------------------------
if len(sys.argv) > 0:
for element in sys.argv:
# Add full in the args to make graphs
if "full" in element:
FullSVG = 1
# -------------------------
# Manage suppliers
# -------------------------
Suppliers = GetSuppliersList("retired/cletus/suppliers/")
OpenWrite("# Status of suppliers\n\n" + Suppliers, "retired/cletus/suppliers/Readme.md")
# echo = GetMurgenStats()
d = GetLogs("./")
OpenWrite(CreateWorkLog(d), "include/AllLogs.md")
if 0:
CopyGitBookFile("include/AllLogs.md", "gitbook/Chapter4/AllLogs.md")
# -------------------------
# Probes
# -------------------------
ListOfProbes, GrosJaSON = ListProbes("./include/probes/define.md", GrosJaSON)
print(ListOfProbes)
# -------------------------
# Contributors
# -------------------------
ListofContribs, GrosJaSON = ListContrib("./include/community/", GrosJaSON)
# -------------------------
# Preparing Images
# -------------------------
ListJPGfromBMP("./")
GenFiles = "# Getting images\n"
ImgList = GetImgFiles("./")
ImgList = [x for x in ImgList if ".venv" not in x]
ListIfImages = []
ListOfExperiment = []
for k in ImgList:
probeFound = ""
GrosJaSON["images"][k] = {}
if "gitbook" not in k:
Tags = CreateImgTags("." + k)
AllTags = GetTags(Tags)
GrosJaSON["images"][k]["path"] = k
GrosJaSON["images"][k]["author"] = AllTags[0]
if AllTags[0] in GrosJaSON["contributors"].keys():
GrosJaSON["contributors"][AllTags[0]]["images"].append("." + k)
GrosJaSON["images"][k]["modules"] = AllTags[1]
modz = AllTags[1].split(",")
modz = [x.strip() for x in modz]
for probe in ListOfProbes:
if probe in modz:
GrosJaSON["probes"][probe]["images"].append(k)
probeFound = probe
# print probe, k, modz
GrosJaSON["images"][k]["category"] = AllTags[2]
GrosJaSON["images"][k]["experiment"] = AllTags[3]
GrosJaSON["images"][k]["description"] = AllTags[4]
ListIfImages.append(AllTags)
if "ToTag" not in AllTags[3]:
if len(probeFound):
GrosJaSON["probes"][probe]["experiments"].append(AllTags[3])
# print GrosJaSON["probes"][probe]["experiments"]
if len(AllTags[3]):
ListOfExperiment.append(AllTags[3])
if AllTags[0] in GrosJaSON["contributors"].keys():
GrosJaSON["contributors"][AllTags[0]]["experiments"].append(AllTags[3])
# print AllTags[0],AllTags[3]
GenFiles += "* __" + k + "__:\n * " + "\n * ".join(AllTags) + "\n"
ListOfExperiment = list(set(ListOfExperiment))
ListOfExperiment.sort()
# print ListOfExperiment
OpenWrite(GenFiles.replace(" * ToTag\n","").replace(" * kelu124\n",""), "include/FilesList/ImgFiles.md")
# -------------------------
# Presentations
# -------------------------
GrosJaSON["module"] = {}
for k in ModulesList:
GrosJaSON["module"][k] = {}
GrosJaSON["module"][k]["path"] = "/" + k + "/"
for k in ModulesRetiredList:
GrosJaSON["module"][k] = {}
GrosJaSON["module"][k]["path"] = "/retired/" + k + "/"
# print GrosJaSON
# -------------------------
# Presentations
# -------------------------
PPTz = GetPptFiles("./")
PPTFiles = ""
for i in range(len(PPTz)):
PPTName = PPTz[i].split("/")[-1]
PPTFiles += (
"* ["
+ PPTName
+ "]("
+ PPTz[i][1:]
+ ") - see [Presentation online](http://kelu124.github.io/echomods/"
+ PPTName.split(".")[0]
+ ".html)\n"
)
CopyGitBookFile(PPTz[i][1:], "gh-pages/" + PPTz[i].split("/")[-1])
OpenWrite(PPTFiles, "include/FilesList/PPTFiles.md")
# -------------------------
# Obtenir la liste des modules
# -------------------------
GraphModules = digraph()
MDFiles = GetGeneratedFiles("./")
MDFiles = [x for x in MDFiles if ".venv" not in x]
for MDFile in MDFiles[5]:
GrosJaSON["md"][MDFile[1:]] = {}
GrosJaSON["md"][MDFile[1:]]["path"] = MDFile
log = log + MDFiles[3]
GenFiles = "* " + "\n* ".join(MDFiles[0])
OpenWrite(GenFiles, "include/FilesList/GeneratedFiles.md")
NbMDManuels = len(MDFiles[1])
## For experiences... MDFiles[4],MDFiles[5] are filescontent, fileslist @todo 201710
MdLog = ""
ListeOfManualFiles = MDFiles[1]
ListeOfManualFilesDesc = MDFiles[2]
for i in range(len(MDFiles[1])):
MdLog += (
"* ["
+ ListeOfManualFiles[i]
+ "]("
+ ListeOfManualFiles[i][1:]
+ "): "
+ ListeOfManualFilesDesc[i]
+ " "
)
CheckRef = CreateRefFiles(
NbMDManuels, ListeOfManualFiles[i][1:], MDFiles[4], MDFiles[5]
)
if ListeOfManualFiles[i][1:] in GrosJaSON["md"]:
GrosJaSON["md"][ListeOfManualFiles[i][1:]]["references"] = CheckRef[2]
MdLog += CheckRef[0]
log = log + CheckRef[1]
MdLog += "\n"
OpenWrite(MdLog, "include/FilesList/ManualFiles.md")
# check auto files
for mdFile in MDFiles[0]:
log = log + CheckLink(mdFile, True)
# check manual files
for mdFile in MDFiles[1]:
log = log + CheckLink(mdFile, False)
ListOfDirs = GetListofModules("./")
for eachInput in ListOfDirs:
GraphModules.node(
eachInput, style="filled", fillcolor="blue", shape="box", fontsize="22"
)
# print ListOfDirs
GrosJaSON = MDProbes(GrosJaSON)
# -------------------------
# Doing the templates files
# -------------------------
TPLLog = ""
ListeOfTPL = GetTPLFiles("./")
for i in range(len(ListeOfTPL)):
TPLLog += (
"* ["
+ ListeOfTPL[i].split("/")[-1]
+ "]("
+ ListeOfTPL[i][1:]
+ "): "
+ ListeOfTPL[i]
)
CheckRef = CreateRefFiles(NbMDManuels, ListeOfTPL[i][1:], MDFiles[4], MDFiles[5])
TPLLog += CheckRef[0]
log = log + CheckRef[1]
TPLLog += "\n"
##
# print "-- "+ListeOfTPL[i][2:]
for pp in range(1):
# Doing it twice for tpl using tpl-generated files
# @TODO: error ici
RPI = GetIncludes(
getText(ListeOfTPL[i][2:]), MDFiles[5], MDFiles[4], ListeOfTPL[i][2:]
)
RPI_article = RPI[0]
OpenWrite(IncludeImage(RPI_article), ListeOfTPL[i][2:].split(".tpl")[0])
log += RPI[1]
print(ListeOfTPL[i][2:])
OpenWrite(TPLLog, "include/FilesList/TPLFiles.md")
# -------------------------
# Source code listing -- python
# -------------------------
PythonLog = ""
ListeOfPython = GetPythonFiles("./")
ListeOfPython = [x for x in ListeOfPython if ".venv" not in x]
PythonFiles = CheckPythonFile(ListeOfPython)
GrosJaSON["python"] = {}
for pythonfile in ListeOfPython:
path = pythonfile[1:]
GrosJaSON["python"][path] = {}
GrosJaSON["python"][path]["path"] = path
log = log + PythonFiles[0]
for i in range(len(PythonFiles[1])):
try:
PythonLog += (
"* ["
+ ListeOfPython[i].split("/")[-1]
+ "]("
+ ListeOfPython[i][1:]
+ "): "
+ PythonFiles[1][i]
)
CheckRef = CreateRefFiles(
NbMDManuels, ListeOfPython[i][1:], MDFiles[4], MDFiles[5]
)
##@TODO ca a l'air de planter la
GrosJaSON["python"][ListeOfPython[i][1:]]["references"] = CheckRef[
2
] # checks if any file refer to the python
PythonLog += CheckRef[0]
log = log + CheckRef[1]
PythonLog += "\n"
except:
print("Error with ", i, "at source python")
OpenWrite(PythonLog + "\n\nDONE!", "include/FilesList/PythonFiles.md")
# -------------------------
# Source code listing
# -------------------------
CLog = ""
ListeOfC = GetCFiles("./")
ListeOfC = [x for x in ListeOfC if ".venv" not in x]
CFiles = CheckCFile(ListeOfC)
GrosJaSON["C"] = {}
for pythonfile in ListeOfC:
path = pythonfile[1:]
GrosJaSON["C"][path] = {}
GrosJaSON["C"][path]["path"] = path
log = log + CFiles[0]
for i in range(len(CFiles[1])):
try:
CLog += (
"* ["
+ ListeOfC[i].split("/")[-1]
+ "]("
+ ListeOfC[i][1:]
+ "): "
+ CFiles[1][i]
)
CheckRef = CreateRefFiles(NbMDManuels, ListeOfC[i][1:], MDFiles[4], MDFiles[5])
GrosJaSON["C"][ListeOfC[i][1:]]["references"] = CheckRef[
2
] # checks if any file refer to the python
CLog += CheckRef[0]
log = log + CheckRef[1]
CLog += "\n"
except:
print("Error with ", i, "at C source")
OpenWrite(CLog, "include/FilesList/CFiles.md")
## Jupyter files
ListeOfJupy = GetJupyFiles("./")
JupyLog = ""
GrosJaSON["jupyter"] = {}
for jupyfile in ListeOfJupy:
path = jupyfile[1:]
GrosJaSON["jupyter"][path] = {}
GrosJaSON["jupyter"][path]["path"] = path
for i in range(len(ListeOfJupy)):
JupyLog += "* [" + ListeOfJupy[i].split("/")[-1] + "](" + ListeOfJupy[i][1:] + ")"
CheckRef = CreateRefFiles(NbMDManuels, ListeOfJupy[i][1:], MDFiles[4], MDFiles[5])
JupyLog += CheckRef[0]
log = log + CheckRef[1]
PythonLog += "\n"
OpenWrite(JupyLog, "include/FilesList/JupyFiles.md")
InoLog = ""
ListeOfArduino = GetInoFiles("./")
GrosJaSON["arduino"] = {}
for inofile in ListeOfArduino:
path = inofile[1:]
GrosJaSON["arduino"][path] = {}
GrosJaSON["arduino"][path]["path"] = path
InoFi = CheckInoFile(ListeOfArduino)
log = log + InoFi[0]
for i in range(len(InoFi[1])):
InoLog += (
"* ["
+ ListeOfArduino[i].split("/")[-1]
+ "]("
+ ListeOfArduino[i][1:]
+ "): "
+ InoFi[1][i]
)
CheckRef = CreateRefFiles(
NbMDManuels, ListeOfArduino[i][1:], MDFiles[4], MDFiles[5]
)
InoLog += CheckRef[0]
log = log + CheckRef[1]
InoLog += "\n"
OpenWrite(InoLog, "include/FilesList/ArduinoFiles.md")
AllFilesLog = ""
AllFilesLog += "## Manually written files\n\n" + MdLog + "\n"
AllFilesLog += "## Arduino files\n\n" + InoLog + "\n"
AllFilesLog += "## Jupyter files\n\n" + JupyLog + "\n"
AllFilesLog += "## Python files\n\n" + PythonLog + "\n"
AllFilesLog += "## Presentation files\n\n" + PPTFiles + "\n"
AllFilesLog += (
"## " + str(len(MDFiles[0])) + " Auto generated files\n\n" + GenFiles + "\n"
)
AllFilesLog = AddRawHURL(AllFilesLog)
OpenWrite(AllFilesLog, "include/FilesList/AllFiles.md")
# -------------------------
# Creating Experiments
# -------------------------
AllExpeList, ExpeJSON, LogExpe = MakeExperiments(
ListOfExperiment, ListIfImages, GrosJaSON
)
log = log + LogExpe
GrosJaSON["experiments"] = ExpeJSON
# Adding Experiments descriptions in
GrosJaSON, GHList = DescribeExpes(GrosJaSON)
# And putting back experiments in the probes list of experiments
GrosJaSON = PutBackProbes(GrosJaSON)
# -------------------------
# Retired modules List
# -------------------------
ListOfRetiredDirs = GetListofModules("./retired")
# print ListOfRetiredDirs
# -------------------------
# Files includes
# -------------------------
pitch = getText("include/AddPitch.md")
HeaderDocTxt = getText("include/AddEchomods.md") + getText("include/sets/KitCosts.md")
AddInterfacesDocTxt = getText("include/AddInterfaces.md")
AddLicenseDocTxt = getText("include/AddLicense.md")
AddPrinciples = getText("include/AddPrinciples.md")
AddStructure = getText("include/AddStructure.md")
AddStructureDetails = getText("include/AddStructureDetails.md")
AddShoppingList = getText("include/AdHocShoppingList.md")
# -------------------------
# Préparer un tableau de présentation
# -------------------------
TableModules = "# A recap of the modules \n\n\n"
TableModulesShort = "# A recap of the modules \n\n\n"
TableModules += "| ThumbnailImage | Name | In | Out |\n|------|-------|----|------|\n"
TableModulesShort += "| ThumbnailImage | Name | \n|------|-------| \n"
for ReadMe in ListOfDirs:
[soup, ReadMehHtmlMarkdown] = returnSoup(ReadMe + "/Readme.md")
# print getParam(ReadMe,"ds")
ModuleDesc = returnHList(soup, "h2", "Description")
if len(GetParams(ModuleDesc)) > 0:
Parameter = "__[MDL " + ReadMe + "]__ " + GreenMark + " Metadata ("
Parameter += ", ".join(GetParams(ModuleDesc)) + ")"
log.append(Parameter + "\n")
else:
log.append("__[MDL " + ReadMe + "]__ " + RedMark + "Metadata missing" + "\n")
[soup, ReadMehHtmlMarkdown] = returnSoup(ReadMe + "/Readme.md")
# OK - Check real name
ModuleNomenclature = getHs(soup, "h2", "Name")
if len(ModuleNomenclature) > 0:
NameCheck = (
"__[MDL "
+ ReadMe
+ "]__ "
+ GreenMark
+ " 01. Real name found: "
+ ModuleNomenclature.find_next("code").text
+ "\n"
)
log.append(NameCheck)
if len(NameCheck) == 0:
log.append(
"__[MDL "
+ ReadMe
+ "]__ "
+ RedMark
+ " 01. No Real name found "
+ "\n"
)
[soup, ReadMehHtmlMarkdown] = returnSoup(ReadMe + "/Readme.md")
# Getting the Desc of the Module
ModuleDesc = getHs(soup, "h3", "What is it supposed to do?")
Desc = ModuleDesc.find_next("p").text
[soup, ReadMehHtmlMarkdown] = returnSoup(ReadMe + "/Readme.md")
# OK - Getting the Innards of the Module // inside the block diagram
GraphThisModule = digraph()
Paires = returnHList(soup, "h3", "block diagram")
if len(Paires) > 0:
GraphModule(Paires, GraphThisModule, ReadMe, FullSVG)
log.append(
"__[MDL " + ReadMe + "]__ " + GreenMark + " 01. Block diagram OK" + "\n"
)
else:
log.append(
"__[MDL "
+ ReadMe
+ "]__ "
+ RedMark
+ " 01. No block diagram section "
+ "\n"
)
# OK - Getting the Inputs of the Module
ItemList = returnHList(soup, "h3", "Inputs")
inpoots = ""
Module = []
for OneIO in ItemList:
codes = getCode(OneIO)
if len(codes) > 0:
for EachIO in codes:
Module.append(EachIO)
if len(Module) > 0:
inpoots = "<ul>"
for item in Module:
inpoots += "<li>" + item + "</li>"
if "ITF-m" not in item:
GraphModules.node(item, style="rounded,filled", fillcolor="yellow")
else:
GraphModules.node(item, style="rounded,filled", fillcolor="green")
GraphModules.edge(item, ReadMe, splines="line", nodesep="1")
inpoots += "</ul>"
log.append(
"__[MDL "
+ ReadMe
+ "]__ "
+ GreenMark
+ " "
+ str(len(ItemList))
+ " input(s)"
+ "\n"
)
if len(ItemList) == 0:
log.append("__[MDL " + ReadMe + "]__ " + RedMark + " 02. No inputs " + "\n")
# OK - Getting the Outputs of the Module
ItemList = returnHList(soup, "h3", "Outputs")
Module = []
outpoots = ""
for OneIO in ItemList:
codes = getCode(OneIO)
if len(codes) > 0:
for EachIO in codes:
Module.append(EachIO)
if len(Module) > 0:
outpoots = "<ul>"
for item in Module:
outpoots += "<li>" + item + "</li>"
if "ITF-m" not in item:
GraphModules.node(item, style="rounded,filled", fillcolor="yellow")
else:
GraphModules.node(item, style="rounded,filled", fillcolor="green")
GraphModules.edge(item, ReadMe, splines="line", nodesep="1")
outpoots += "</ul>"
log.append(
"__[MDL "
+ ReadMe
+ "]__ "
+ GreenMark
+ " "
+ str(len(ItemList))
+ " output(s)"
+ "\n"
)
if len(ItemList) == 0:
log.append(
"__[MDL " + ReadMe + "]__ " + RedMark + " 02. No outputs " + "\n"
)
TableModules += (
"|<img src='https://github.com/kelu124/echomods/blob/master/"
+ ReadMe
+ "/viewme.png' align='center' width='150'>|**["
+ ReadMe
+ "](/"
+ ReadMe
+ "/Readme.md)**: "
+ Desc
+ "|"
+ inpoots
+ "|"
+ outpoots
+ "|\n"
)
TableModulesShort += (
"|<img src='https://github.com/kelu124/echomods/blob/master/"
+ ReadMe
+ "/viewme.png' align='center' width='150'>|**["
+ ReadMe
+ "](/"
+ ReadMe
+ "/Readme.md)**: "
+ Desc
+ "|\n"
)
# Saving it in a file
OpenWrite(TableModules + "\n\n", "include/AddModulesSummary.md")
# -------------------------
# Retired Modules Table
# -------------------------
TableRetiredModules = "# A recap of our retired modules \n\n\n"
TableRetiredModules += "| ThumbnailImage | Name | In | Out |\n"
TableRetiredModules += "|------|-------|----|------|\n"
for ReadMe in ListOfRetiredDirs:
[soup, ReadMehHtmlMarkdown] = returnSoup("./retired/" + ReadMe + "/Readme.md")
# Getting the Desc of the Module
pattern = r"</h3>([\s\S]*)<h3>How"
results = re.findall(pattern, ReadMehHtmlMarkdown, flags=0)
patternCode = r"<p>(.*?)</p>"
Desc = []
for item in results:
Desc = map(str, re.findall(patternCode, item, flags=0))
print(list(Desc))
if len(list(Desc)) >= 1:
Desc = list(Desc)[0]
else:
Desc = ""
# Getting the Innards of the Module // inside the block diagram
pattern = r"block diagram</h3>([\s\S]*)<h2>About"
results = re.findall(pattern, ReadMehHtmlMarkdown, flags=0)
patternCode = r"<li>(.*?)</li>"
Pairs = []
GraphThisModule = digraph()
for item in results:
Pairs = map(str, re.findall(patternCode, item, flags=0))
for eachPair in Pairs:
eachPair = eachPair.replace("<code>", "")
eachPair = eachPair.replace("</code>", "")
Couples = eachPair.split("->")
# Getting the Inputs of the Module
pattern = r"Inputs</h3>([\s\S]*)<h3>Outputs"
results = re.findall(pattern, ReadMehHtmlMarkdown, flags=0)
patternCode = r"<code>(.*?)</code>"
Inputs = []
for item in results:
Inputs = map(str, re.findall(patternCode, item, flags=0))
if len(list(Inputs)) > 0:
inpoots = "<ul><li>" + "</li><li>".join(Inputs) + "</li></ul>"
else:
inpoots = ""
# Getting the Ouputs of the Module
pattern = r"Outputs</h3>([\s\S]*)<h2>Key"
results = re.findall(pattern, ReadMehHtmlMarkdown, flags=0)
patternCode = r"<code>(.*?)</code>"
Outputs = []
for item in results:
Outputs = map(str, re.findall(patternCode, item, flags=0))
if len(list(Outputs)) > 0:
outpoots = "<ul><li>" + "</li><li>".join(Outputs) + "</li></ul>"
else:
outpoots = ""
TableRetiredModules += (
"|<img src='https://github.com/kelu124/echomods/blob/master/retired/"
+ ReadMe
+ "/viewme.png' align='center' width='150'>|**["
+ ReadMe
+ "](/retired/"
+ ReadMe
+ "/Readme.md)**: "
+ Desc
+ "|"
+ inpoots
+ "|"
+ outpoots
+ "|\n"
)
TableRetiredDocTxt = "\n\n" + TableRetiredModules + "\n\n"
# -------------------------
# Créer le tableau d'avancement & TODOs
# -------------------------
TableAvancement = "# Progress on building the modules \n\n\n"
TableAvancement += "## Module-wise \n\n\n"
TableAvancement += "Note that the 'BONUS!' represents something that _could_ be done, and does not count as a strict TODO.\n\n\n"
TableAvancement += "| Name of module | ToDo | Done | Progress |\n"
TableAvancement += "|------|-------|----|-----|\n"
TODOsToShopping = "### Todos from Modules\n"
for ReadMe in ListOfDirs:
f = open(ReadMe + "/Readme.md", "r")
ReadMehHtmlMarkdown = markdown.markdown(f.read())
f.close()
# print ReadMehHtmlMarkdown
# Getting the todo-list for the module
pattern = r"Discussions</h2>([\s\S]*)<h3>DONE"
results = re.findall(pattern, ReadMehHtmlMarkdown, flags=0)
patternCode = r"<li>(.*?)</li>"
bonus = 0
for item in results:
todos = list(map(str, re.findall(patternCode, item, flags=0)))
if len(todos) > 0:
TODO = "<ul><li>" + "</li><li>".join(todos) + "</li></ul>"
for todo in todos:
TODOsToShopping = (
TODOsToShopping
+ "* "
+ todo
+ " (in ["
+ ReadMe
+ "](/"
+ ReadMe
+ "/))\n"
)
else:
TODO = ""
for itemtodo in todos:
if "BONUS!" in itemtodo:
bonus = bonus + 1
# print bonus
# Getting the done-list for the module
pattern = r"DONE</h3>([\s\S]*)<h3>People"
results = re.findall(pattern, ReadMehHtmlMarkdown, flags=0)
patternCode = r"<li>(.*?)</li>"
for item in results:
dones = list(map(str, re.findall(patternCode, item, flags=0)))
if len(dones) > 0:
DONE = "<ul><li>" + "</li><li>".join(dones) + "</li></ul>"
else:
DONE = ""
# Getting the peoplefor the module
pattern = r"People</h3>([\s\S]*)<h2>License"
results = re.findall(pattern, ReadMehHtmlMarkdown, flags=0)
patternCode = r"<li>(.*?)</li>"
for item in results:
peoples = list(map(str, re.findall(patternCode, item, flags=0)))
if len(peoples) > 0:
PEOPLE = "<ul><li>" + "</li><li>".join(peoples) + "</li></ul>"
else:
PEOPLE = ""
# Getting the progress
nbDone = len(dones)
todos = list(map(str, re.findall(patternCode, item, flags=0)))
nbTodo = len(todos)
if (nbTodo + nbDone) > 0:
PCProgress = ((nbDone) * 100) / (nbTodo + nbDone - bonus)
else:
PCProgress = "NA"
# TableAvancement += "|"+ReadMe+"|"+TODO+"|"+DONE+"|"+str(PCProgress)+"% |\r\n"
TableAvancement += "\n\n"
# Getting Todos from the worklog
WorklogTodos = "\n\n### Todos from worklog\n"
with open("Worklog.md") as f:
for line in f:
if "@todo" in line:
WorklogTodos += line.replace("@todo", "").replace(" ", " ")
TODOsToShopping = AddShoppingList + TODOsToShopping + WorklogTodos + "\n\n"
# Saving it in a file
OpenWrite(TableAvancement, "include/AddTableAvancement.md")
# Saving it in a file
OpenWrite(TODOsToShopping, "include/AddShoppingList.md")
# -------------------------
# Créer le graphe des modules
# -------------------------
GraphPath = "include/ModulesGraph"
if FullSVG:
GraphModules.render(GraphPath)
Svg2Png(GraphPath)
# -------------------------
# Créer le ReadMe
# -------------------------
GraphModulesTxt = "\n# The modules organization \n\n"
GraphModulesTxt += " \n\n"
FinalDoc = (
pitch
+ "\n\n"
+ HeaderDocTxt
+ AddStructure
+ GraphModulesTxt
+ TableModules
+ "\n\n"
+ GHList
+ "\n\n"
+ TableAvancement
+ TODOsToShopping
+ TableRetiredDocTxt
+ AddInterfacesDocTxt
+ AddLicenseDocTxt
)
print(GHList)
OpenWrite(GHList, "include/rmGHList.md")
OpenWrite(TableRetiredDocTxt, "include/rmRetiredModules.md")
OpenWrite(TODOsToShopping, "include/rmTODOsToShopping.md")
OpenWrite(TableAvancement, "include/rmTableAvancement.md")
OpenWrite(FinalDoc, "Readme.md.old")
OpenWrite(FinalDoc, "Readme.md.old")
# -------------------------
# Create the slider
# -------------------------
f = open("gh-pages/ppt.md", "w+")
Presentation = (
"% Habits\n% John Doe\n% March 22, 2005\r\n \r\n"
+ "\n# What do we do?\r\n \r\n"
+ HeaderDocTxt
+ " \n# Graphing the modules\r\n \r\n"
+ GraphModulesTxt
+ " \n# Table Docs\r\n"
+ TableModules
+ "\n\n"
+ GHList
+ "\r\n# Progress\r\n \r\n"
+ TableAvancement
)
f.write(Presentation)
f.close()
# -------------------------
# Graphing the links
# -------------------------
GraphMyMind = digraph()
f = open("Worklog.md", "r")
WorkLogMd = markdown.markdown(f.read())
f.close()
# Getting the TODOs
pattern = r"<li>TODO: (.*?)</li>"
results = re.findall(pattern, WorkLogMd, flags=0)
for item in results:
GraphMyMind.node(
item.replace(":", "-"), style="rounded,filled", fillcolor="yellow", penwidth="0"
)
pattern = r"Graphing</h3>([\s\S]*)</ul>"
results = re.findall(pattern, WorkLogMd, flags=0)
patternCode = r"<li>(.*?)</li>"
for item in results:
Pairs = map(str, re.findall(patternCode, item, flags=0))
for eachPair in Pairs:
eachPair = eachPair.replace("<li>", "")
eachPair = eachPair.replace("</li>", "")
Couples = eachPair.split("->")
for single in Couples:
GraphMyMind.node(single, penwidth="0")
# Add the edge
for k in range(len(Couples) - 1):
GraphMyMind.edge(Couples[k], Couples[k + 1])
GraphPath = "include/GraphMyMind"
GraphMyMind = apply_styles(GraphMyMind, styles)
if FullSVG:
GraphMyMind.render(GraphPath)
Svg2Png(GraphPath)
# -------------------------
# Creating blog posts with the worklog
# -------------------------
if 0:
f = open("Worklog.md", "r")
WorkLogText = f.read()
ReadMehHtmlMarkdown = markdown.markdown(WorkLogText)
f.close()
# Getting the title of the article
pattern = r"<h4>(\d{4}-\d{2}-\d{2}.*)<\/h4>" # gets the contents
results = re.findall(pattern, ReadMehHtmlMarkdown, flags=0)
titre = r"(.?*)<\/h4>" # gets the titles
resultstitre = re.findall(pattern, results[0], flags=0)
ListePosts = []
for content in results:
pair = []
pattern2 = r"" + content + "<\/h4>[\s\S]*?<h" # gets the titles
results2 = "<h4>" + re.findall(pattern2, ReadMehHtmlMarkdown, flags=0)[0] + "4>"
contenu = results2 + "\n\n\n"
tmp = re.findall(pattern, contenu, flags=0)[0]
pair.append(tmp)
pair.append(contenu)
ListePosts.append(pair)
for item in ListePosts:
titre = str(item[0])
titre2 = titre
titre = titre.replace(" ", "-")
adresse = "./gh-pages/_posts/" + titre + ".html"
postcontent = str(item[1])
entete = "--- <p>layout: post<p>title: " + titre2 + "<p>---<p>"
# We save the post
text_file = open(adresse, "w")
text_file.write(entete + postcontent)
text_file.close()
log.append("__[WEB Blog]__ " + str(len(ListePosts)) + " posts added" + "\n")
print("Doing the the probes")
GrosJaSON = CreateProbesFiles(GrosJaSON)
# -------------------------------------------------- #
# Gitbooking #
# -------------------------------------------------- #
if 0:
# -------------------------
# Gitbooking worklog
# -------------------------
MyLogs = SearchString(WorkLogText, "-------", "uControllers")
OpenWrite(MyLogs, "include/AddMyLogs.md")
# -------------------------
# Preface
# -------------------------
Preface = AddRawHURL(
AddOneLevel(getText("include/AddPitch.md"))
+ "\n"
+ getText("include/AddEchomods.md")
)
OpenWrite(IncludeImage(Preface), "gitbook/README.md")
# -------------------------
# Adding CHAPTER 1 : Histoire et principe des ultrasons
# -------------------------
CopyGitBookFile("include/AddHistory.md", "gitbook/Chapter1/history.md")
CopyGitBookFile("/WordOfCaution.md", "gitbook/caution.md")
AddEngineering = getText("include/AddEngineering.md")
OpenWrite(
IncludeImage(AddRawHURL(AddEngineering)), "gitbook/Chapter1/engineering.md"
)
PrinciplesOfEchoes = ""
f = open("include/AddPrinciples.md", "r")
PrinciplesOfEchoes += f.read()
f.close()
f = open("include/AddStructure.md", "r")
PrinciplesOfEchoes += f.read()
f.close()
f = open("include/AddStructureDetails.md", "r")
PrinciplesOfEchoes += f.read()
f.close()
OpenWrite(
IncludeImage(AddRawHURL(PrinciplesOfEchoes)), "gitbook/Chapter1/principles.md"