ExoDictionary:Autostub3/Source
From ExoDictionary
Version of Autostub that ran H through Z
#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#
# #
# Autostub 3 #
# #
# Definition Autostub Generator #
# #
# PUBLIC DOMAIN #
# #
#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#
TESTNO = "Fix1" #? lost count here ; should now be superceeded
NewCats = []
import re # an end to a long run of using only built-in functions
##import random # only for debugging attempt
#Parser
def Parser(List):
#Setup variables and buffers
ListPosition = 0 # position in List; forgot why I needed this
TagID = "" # buffer for the current tag
LinkID = "" # buffer for the link name
Name = "" # this is hopefully the correct name for the article
Output = "" # output text
mode = "Text" # what mode we're in
Flag = "" # Is this article flagged for something?
Named = 0 # Is this already named?
Defno = 1 # Which definition?
#Loop
for q in List:
# Text Mode -- dumps text directly to output buffer until put into
# another mode; ends with a '<' and switches to tag mode
if mode == "Text":
if q == "<":
mode = "Tag"
TagID = ""
else: Output += q
# Tag mode -- stores text into TagID buffer; ends with a '>',
# identifies the ID buffer and switches to the appropriate mode or
# outputs the appropriate text and returns to Text mode.
# 'A' -- enter A mode
# 'STRONG' -- enter Strong mode
# 'I' or '/I' -- output "''"
# 'B' or '/B' -- output "'''"
# 'MATH' or '/MATH' -- output '<math>' or '</math>'
# 'SUP' or '/SUP' -- output '<sup>' or '</sup>'
# 'SUB' or '/SUB' -- output '<sub>' or '</sub>'
# 'DD' -- output '<BR/><BR/>'
# 'BR' or 'BR/' -- output '<BR/>'
# 'CITE' or '/CITE' -- output 'CITE' or '/CITE'
# 'IMG' -- set missing image tag; return name of missing image
# P -- replace with nothing
# unknown: return verbatim in angle brackets and switch to Text mode
#Reworked with regular expressions to address case inconsistencies in
#source hmtl after the letter C
elif mode == "Tag":
if q == ">":
# "A"
if ReadTag(TagID) == "A":
mode = "A"
#"STRONG" or "B" (but will this hack work?)
elif ((ReadTag(TagID) == "STRONG") or
(ReadTag(TagID) == "B")):
if not Named:
mode = "Strong"
else:
mode = "Text" # see if I get away with this...
##mode = "End" # previous solution here
Output += "'''"
#"I"
elif ReadTag(TagID) == "I":
Output += "''"
mode = "Text"
###"B" -- merging with STRONG mode to try to parse 'H' definitions
##elif ReadTag(TagID) == "B":
## Output += "'''"
## mode = "Text"
#"/I"
elif ReadTag(TagID) == "/I":
Output += "''"
mode = "Text"
#"/B"
elif ReadTag(TagID) == "/B":
Output += "'''"
mode = "Text"
#"CITE"
elif ReadTag(TagID) == "CITE":
Output += "<ref>"
mode = "Text"
Flag += "R"
#"/CITE"
elif ReadTag(TagID) == "/CITE":
Output += "</ref>"
mode = "Text"
#"/A"
elif ReadTag(TagID) == "/A":
mode = "Text"
#"P"
elif ReadTag(TagID) == "P":
Output += "<BR/>"
mode = "Text"
#"MATH"
elif ReadTag(TagID) == "MATH":
Output += "<"+TagID.lower()+">"
mode = "Text"
#"/MATH"
elif ReadTag(TagID) == "/MATH":
Output += "</math>"
mode = "Text"
#"DD"
elif ReadTag(TagID) == "DD":
Output += "<BR/>" # '''"+str(Defno)+".'''"
Defno += 1
mode = "Text"
#"IMG"
elif ReadTag(TagID) == "IMG":
Output += "'''Missing Image:"+TagID+"'''"
mode = "Text"
Flag += "I"
#?
else:
Output += "<"+TagID+">"
mode = "Text"
else: TagID += q
# A mode -- stores text into LinkID buffer; ends with a '<', outputs
# a Wikilink version of the text accumilated in its buffer.
elif mode == "A":
if q == "<":
if LinkID != "":
Output += "[["+CapIt(LinkID)+"|"+LinkID+"]]"
mode = "End"
LinkID = ""
else:
LinkID += q
# Strong mode -- stores text into Name buffer; ends with a '<' and
# capitalizes
elif mode == "Strong":
if q == "<":
Name = CapIt(Name)
mode = "End"
Named = 1
else:
Name += q
# Weak mode -- when the boson is hit by a neutrino it changes the
# flavor of the nearest... Oh. Sorry, wrong model.
# End mode -- ignores all text until the ending '>' is recieved;
# switches to Text mode. Nested tags are not supported and it is
# assumed that any new tag is the correct end tag.
elif mode == "End":
if q == ">":
mode = "Text"
# Um, what mode are we in again?
else: raise TypeError, "Parser internal error: WTF is "+mode+" mode??"
# Incriment ListPosition
# Q: Do I still need this or did I eliminate its usefulness?
ListPosition += 1
return [Output, Name, Flag]
def Stringify(listish):
stringish = ""
for q in listish:
if type(q) == type('str'):
stringish += q
#print "str"
elif type(q) == type([]):
stringish += Stringify(q)
#print "list"
else:
print type(q)
print q
raise TypeError, "non-string non-list!!!"
return stringish
def KingMe(stringy):
'''capitalizer that doesn't uncapitalize'''
return stringy[0].upper()+stringy[1:]
def KingMe2(stringy):
'''capitalizer that doesn't uncapitalize, but doesn't capitalise some things'''
if stringy.lower() == "to": return stringy
elif stringy.lower() == "from": return stringy
elif stringy.lower() == "and": return stringy
elif stringy.lower() == "of": return stringy
elif stringy.lower() == "for": return stringy
elif stringy.lower() == "with": return stringy
elif stringy.lower() == "in": return stringy
elif stringy.lower() == "on": return stringy
elif stringy.lower() == "by": return stringy
elif stringy.lower() == "at": return stringy
elif stringy.lower() == "auf": return stringy
elif stringy.lower() == "about": return stringy
elif stringy.lower() == "until": return stringy
elif stringy.lower() == "into": return stringy
else: return stringy[0].upper()+stringy[1:]
def ReadTag(rawtext):
# should return the leftmost part of the string in SCREAMING CAPITALS.
return rawtext.split(' ',1)[0].upper().strip('\\. ')
def CapIt(Name):
# Needs to consistently return a Capitalized Form of whatever name is
# plugged into it
Name = Name.split()
CapName = ""
Terms = 0
for q in Name:
if Terms == 0:
CapName = KingMe2(q.strip(',.'))
Terms = 1
else:
CapName = CapName + " " + KingMe2(q.strip(',.'))
return CapName
def CapAll(Name):
# Needs to consistently return a Capitalized Form of whatever name is
# plugged into it -- calls the original KingMe()
Name = Name.split()
CapName = ""
Terms = 0
for q in Name:
if Terms == 0:
CapName = KingMe(q.strip(',.'))
Terms = 1
else:
CapName = CapName + " " + KingMe(q.strip(',.'))
return CapName
def FindRedir(gunk):
link = []
foundlink = 0
buffer = ""
mode = "ignore"
Count = 0 # was added only for debugging
Modemap = "" # also added only for debugging
for q in gunk:
if mode == "ignore":
Modemap += "i"
if q == "[":
mode = "maybe"
elif mode == "maybe":
Modemap += "m"
if q == "[":
mode = "link"
else: mode = "ignore" #; print "FAILED LINK"
elif mode == "link":
Modemap += "L"
if ((q == "|") or (q == "]")):
foundlink += 1
mode = "ignore"
link += [buffer]
buffer = ""
# print "found link at "+str(Count)
else: buffer += q
Count += 1
#print Modemap
#print "foundlink ==", foundlink, link
if foundlink:
if len (link) > 1:
# print link
themax = 0 # length of longest
theout = None # which is longest
for q in link:
# print len(q), themax
if len(q) > themax:
themax=len(q)
theout = q
# print theout
return theout
else: return link[0]
else: return None
# Leading-Space-Remove-O-Mat, embedded version
def deforespace(filish):
##nameit = raw_input("filename: ")
##
##tsv=open(nameit)
##Raw = tsv.readlines()
##tsv.close()
##
filed = []
##
for q in filish:
filed += [q.lstrip()]
##
##qqq=open(nameit+"_", 'w')
##for q in qq:
## qqq.write(q)
##qqq.close()
return Stringify(filed)
#Taken from Hosta... Welcome guest, ACCWOM2
# three functions to help take klutz behind keyb out of picture better
def Listify(stringy):
listy = []
for q in stringy:
listy += q
return listy
#print Listify("Peter Piper Picked a Peck of Prickly Peppercorns")
def Dehyphenation(stringy):
listy = Listify(stringy) # convert to mutable type
newish = [] # anyone got any gator hypen ade?
qq = 0 # where are we?
foundat = [] # where was it?
for q in listy:
if q == "-":
foundat += [qq] # it was here
newish += " " # it's getting dehyphenated
else:
newish += q
qq += 1
# return to presumed string form and show where
# the hyphens used to be
return (Stringify(newish).strip(),foundat)
def Rehyphenation(stringy,findat):
listy = Listify(stringy) # convert to mutable type
newish = [] # ahhhh... much better.
qq = 0 # where are we?
for q in listy:
done = 0 # are we there yet?
for qqq in findat:
# print qq,qqq, (not done)
if ((qq == qqq) and (not done)):
# print "hit"
newish += "-"
done = 1
if (not done):
newish += q
qq += 1
# return to presumed string form with presumably added hyphens
return (Stringify(newish))
# okay, four
def deparenth(stringy):
"""removes parentheticals and now with disequality!"""
#"""strips out everything ith and after the first sign of parentheses"""
#return stringy.split("(")[0].strip()
# strip out everything after the first sign of parentheses
stringy = stringy.split("(")[0].strip()
# if that's it, send it along
if not(stringy.count("=")): return stringy
# if it starts with an equal sign, lose it
if stringy[0] == "=": stringy=stringy[1:].strip()
# strip out everything after the first sign of equality
stringy = stringy.split("=")[0].strip()
# We brighten up your picture and we send you on your way
# So don't forget to turn to us, MTV, today!
return stringy
#Get raw html
#RawML = raw_input()
##RawML = ""
##tsv=open('/home/Luna/Raw_SP-7_A.txt')
##RawML += tsv.read()
##tsv.close()
##tsv=open('/home/Luna/Raw_SP-7_B.txt_')
##RawML += tsv.read()
##tsv.close()
##tsv=open('/home/Luna/Raw_SP-7_C.txt_')
##RawML += tsv.read()
##tsv.close()
##
##tsv=open('/home/Luna/SP7-d.html_')
##RawML += tsv.read()
##tsv.close()
##
##tsv=open('/home/Luna/SP7-e.html_')
##RawML += tsv.read()
##tsv.close()
##
##tsv=open('/home/Luna/SP7-f.html_')
##RawML += tsv.read()
##tsv.close()
##
##tsv=open('/home/Luna/SP7-g.html_')
##RawML += tsv.read()
##tsv.close()
RawML = []
tsv=open('/home/Luna/SP7_h.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_i.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_j.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_k.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_l.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_m.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_n.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_o.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_p.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_q.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_r.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_s.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_t.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_u.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_v.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_w.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_x.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_y.html')
RawML += tsv.readlines()
tsv.close()
tsv=open('/home/Luna/SP7_z.html')
RawML += tsv.readlines()
tsv.close()
RawML = deforespace(RawML)
##raise Exception, "stopping here"
# Parse Page into slices using <DT> tags
#RawList = RawML.split('<DT>')
# regular expression module gets used here
RawList = re.split("<[Dd][Tt]>",RawML)
# print "Rawlist:", RawList
#Create ProtoArticles and Redirects and stuff them full of proto-articles
ProtoArticles = []
Redirects = []
bailout = 0
punchout = 0
for q in RawList:
#print "RawList Process loop: q ==",q
if q != "":
artie = Parser(q)
#print "KILROY IS HERE"
#constellation definions now on topic
#if artie[0].count("constellation"):
# print "constellation check removing entry:",artie[1]
if (artie[0].count('=',0,5) or artie[0].upper().count('SEE',0,20)):
#print "REDIR:",artie
artie2 = FindRedir(artie[0])
#print artie2
# avoid_com_backpatch_offset_too_large = 0... wait
# I can probably fix this by making the code less efficient via
# turning a few elifs into ifs and do a lot of useless checking.
#
# For the first time ever, I wish Python had GOTO.
#
# No go. Embedding ACCWOM2 a little further down...
if artie2:
if artie[1] == "": punchout = 1
#if artie[1] == "ADF (abbr)": artie[1] = "ADF"
#elif artie[1] == "ADP (abbr)": artie[1] = "ADP"
#elif artie[1] == "AFC (abbr)": artie[1] = "AFC"
#elif artie[1] == "Andromeda (abbr And Andr)": artie[1] = "Andromeda"
#elif artie[1] == "Antlia (abbr Ant Antl.)": artie[1] = "Antlia"
#elif artie[1] == "APU (abbr)": artie[1] = "APU"
#elif artie[1] == "AU (abbr)": artie[1] = "AU"
#elif artie[1] == "Atomic Mass Unit (abbr Amu)": artie[1] = "Atomic Mass Unit";
#elif artie[1] == "Atomic Weight Unit (abbr Awu)": artie[1] = "Atomic Weight Unit"
#elif artie[1] == "Anti-g Suit": artie[1] = "Anti G Suit"
#elif artie[1] == "": artie[1] = ""
#elif artie[1] == "": artie[1] = ""
#elif artie[1] == "": punchout = 1
## elif artie[1] == "Cae cael": punchout = 1
## elif artie[1] == "Caelum (abbr Cae Cael)": artie[1] = "Caelum"
## elif artie[1] == "Cam caml": punchout = 1
## elif artie[1] == "Camelopardus (abbr Cam Caml)": artie[1] = "Camelopardus"
## elif artie[1] == "Cancer (abbr Cnc Canc)": artie[1] = "Cancer"
## elif artie[1] == "Canes Venatici (abbr Cvn C Ven)": artie[1] = "Canes Venatici"
## elif artie[1] == "Canis Major (abbr CMa C Maj)": artie[1] = "Canis Major"
## elif artie[1] == "Canis Minor (abbr CMi C Min)": artie[1] = "Canis Minor"
## elif artie[1] == "Cap capr": punchout = 1
## elif artie[1] == "Capricornus (abbr Cap Capr)": artie[1] = "Capricornus"
## elif artie[1] == "Car cari": punchout = 1
## elif artie[1] == "Cas cass": punchout = 1
## elif artie[1] == "Cassiopeia (abbr Cas Cass)": artie[1] = "Cassiopeia"
## elif artie[1] == "Cen cent": punchout = 1
## elif artie[1] == "Centaurus (abbr Cen Cent)": artie[1] = "Centaurus"
## elif artie[1] == "Centi (abbr c)": artie[1] = "Centi"
## elif artie[1] == "CEP (abbr)": artie[1] = "CEP"
## elif artie[1] == "Cep ceph": punchout = 1
## elif artie[1] == "Cepheus (abbr Cep Ceph)": artie[1] = "Cepheus"
## elif artie[1] == "Cetus (abbr Cet Ceti)": artie[1] = "Cetus"
## elif artie[1] == "Chamaeleon (abbr Cha Cham)": artie[1] = "Chamaeleon"
## elif artie[1] == "Cir circ": punchout = 1
## elif artie[1] == "Circinus (abbr Cir Circ)": artie[1] = "Circinus"
## elif artie[1] == "Circle of equal probability (abbr cep)": artie[1] = "Circle of equal probability"
## elif artie[1] == "Circle Of Equal Probability (abbr CEP)": artie[1] = "Circle Of Equal Probability"
## elif artie[1] == "Cma c maj": punchout = 1
## elif artie[1] == "Cmi c min": punchout = 1
## elif artie[1] == "Cnc canc": punchout = 1
## elif artie[1] == "Coho (abbr)": artie[1] = "Coho"
## elif artie[1] == "Col colm": punchout = 1
## elif artie[1] == "Columba (abbr Col Colm)": artie[1] = "Columba"
## elif artie[1] == "Coma Berenices (abbr Com Coma)": artie[1] = "Coma Berenices"
## elif artie[1] == "Cor a": punchout = 1
## elif artie[1] == "Cor b": punchout = 1
## elif artie[1] == "Corona Borealis (abbr CrB Cor B)": artie[1] = "Corona Borealis"
## elif artie[1] == "Correlation tracking and ranging (abbr cotar)": artie[1] = "Correlation tracking and ranging"
## elif artie[1] == "Correlation Tracking And Ranging (abbr Cotar)": artie[1] = "Correlation Tracking And Ranging"
## elif artie[1] == "Correlation tracking and triangulation (abbr cotat)": artie[1] = "Correlation tracking and triangulation"
## elif artie[1] == "Correlation Tracking And Triangulation (abbr Cotat)": artie[1] = "Correlation Tracking And Triangulation"
## elif artie[1] == "Corv": punchout = 1
## elif artie[1] == "Corvus (abbr Crv Corv)": artie[1] = "Corvus"
## elif artie[1] == "Cotar (abbr)": artie[1] = "Cotar"
## elif artie[1] == "Cotat (abbr)": artie[1] = "Cotat"
## elif artie[1] == "Cra cor a": punchout = 1
## elif artie[1] == "Crater (abbr Crt Crat)": artie[1] = "Crater"
## elif artie[1] == "Craterlets": punchout = 1
## elif artie[1] == "Crb cor b": punchout = 1
## elif artie[1] == "Crt crat": punchout = 1
## elif artie[1] == "Crux (abbr Cru Cruc)": artie[1] = "Crux"
## elif artie[1] == "Crt (abbr)": artie[1] = "Crt"
## elif artie[1] == "Crv corv": punchout = 1
## elif artie[1] == "Cutoff or cut-off": punchout = 1
## elif artie[1] == "Cvn c ven": punchout = 1
## elif artie[1] == "Cyg cygn": punchout = 1
## elif artie[1] == "Cygnus (abbr Cyg Cygn)": artie[1] = "Cygnus"
## elif artie[1] == "Fahrenheit temperature scale (abbr f)": artie[1] = "Fahrenheit temperature scale"
## elif artie[1] == "Farad (abbr f)": artie[1] = "Farad"
## elif artie[1] == "Femto (abbr f)": artie[1] = "Femto"
## elif artie[1] == "Fermi (abbr f)": artie[1] = "Fermi"
## elif artie[1] == "FM (abbr)": artie[1] = "FM"
## elif artie[1] == "Fm/am (abbr)": artie[1] = "Fm/am"
## elif artie[1] == "Fm/fm (abbr)": artie[1] = "Fm/fm"
## elif artie[1] == "Fm/pm (abbr)": artie[1] = "Fm/pm"
## elif artie[1] == "Focus (plural focuses)": artie[1] = "Focus"
## elif artie[1] == "Foot (abbr ft)": artie[1] = "Foot"
## elif artie[1] == "Foot-candle (abbr ft-c)": artie[1] = "Foot-candle"
## elif artie[1] == "Foot-lambert (abbr ft-l)": artie[1] = "Foot-lambert"
## elif artie[1] == "For forn": punchout = 1
## elif artie[1] == "Fornax (abbr for forn)": artie[1] = "Fornax"
## elif artie[1] == "Frequency modulation (abbr fm)": artie[1] = "Frequency modulation"
## elif artie[1] == "Frequency-shift keying (abbr fsk)": artie[1] = "Frequency-shift keying"
## elif artie[1] == "FSK (abbr)": artie[1] = "FSK"
## elif artie[1] == "G or g": punchout = 1
## elif artie[1] == "Gas constant (symbol r r*)": artie[1] = "Gas constant"
## elif artie[1] == "Gaussian constant (symbol": artie[1] = "Gaussian constant"
## elif artie[1] == "GCI (abbr)": artie[1] = "GCI"
## elif artie[1] == "Gem gemi": punchout = 1
## elif artie[1] == "Gemini (abbr Gem Gemi)": artie[1] = "Gemini"
## elif artie[1] == "Georef (abbr)": artie[1] = "Georef"
## elif artie[1] == "Gibbs free energy = gibbs function": punchout = 1
## elif artie[1] == "Giga (abbr g)": artie[1] = "Giga"
## elif artie[1] == "Grashof number (symbol n": artie[1] = "Grashof number"
## elif artie[1] == "Gravitational constant (symbol g)": artie[1] = "Gravitational constant"
## elif artie[1] == "Greenwich Civil Time (abbr GCT)": artie[1] = "Greenwich Civil Time"
## elif artie[1] == "Greenwich hour angle (abbr gha)": artie[1] = "Greenwich hour angle"
## elif artie[1] == "Greenwich mean time (abbr gmt)": artie[1] = "Greenwich mean time"
## elif artie[1] == "Gru grus": punchout = 1
## elif artie[1] == "Grus (abbr Gru Grus)": artie[1] = "Grus"
## elif artie[1] == "GSE (abbr)": artie[1] = "GSE"
## elif artie[1] == "G-suit or g-suit": punchout = 1
## elif artie[1] == "Earth-rate unit (abbr eru)": artie[1] = "Earth-rate unit"
## elif artie[1] == "EDP (abbr)": artie[1] = "EDP"
## elif artie[1] == "EHF (abbr)": artie[1] = "EHF"
## elif artie[1] == "Electronic missile acquisition (abbr ema)": artie[1] = "Electronic missile acquisition"
## elif artie[1] == "Electron-volt (abbr ev)": artie[1] = "Electron-volt"
## elif artie[1] == "ELF (abbr)": artie[1] = "ELF"
## elif artie[1] == "Elsse (abbr)": artie[1] = "Elsse"
## elif artie[1] == "EMA (abbr)": artie[1] = "EMA"
## elif artie[1] == "Ephemeris (plural ephemerides)": artie[1] = "Ephemeris"
## elif artie[1] == "Ephemeris second (abbr s)": artie[1] = "Ephemeris second"
## elif artie[1] == "Ephemeris time (abbr e.t.)": artie[1] = "Ephemeris time"
## elif artie[1] == "Equ equl": punchout = 1
## elif artie[1] == "Equuleus (abbr Equ Equl)": artie[1] = "Equuleus"
## elif artie[1] == "Eridanus (abbr Eri Erid)": artie[1] = "Eridanus"
## elif artie[1] == "E.T (abbr)": artie[1] = "E.T"
## elif artie[1] == "Extended range dovap (abbr extradop)": artie[1] = "Extended range dovap"
## elif artie[1] == "Extradop (abbr)": artie[1] = "Extradop"
## elif artie[1] == "Extremely High Frequency (abbr EHF)": artie[1] = "Extremely High Frequency"
## elif artie[1] == "Extremely Low Frequency (abbr ELF)": artie[1] = "Extremely Low Frequency"
## elif artie[1] == "Daughter Daughter Element": punchout = 1
## elif artie[1] == "Dead reckoning (abbr dr)": artie[1] = "Dead reckoning"
## elif artie[1] == "Deci (abbr d)": artie[1] = "Deci"
## elif artie[1] == "Decibel (abbr db)": artie[1] = "Decibel"
## elif artie[1] == "Deka (abbr da)": artie[1] = "Deka"
## elif artie[1] == "Del dlph": punchout = 1
## elif artie[1] == "Delphinus (abbr Del Dlph)": artie[1] = "Delphinus"
## elif artie[1] == "DF (abbr)": artie[1] = "DF"
## elif artie[1] == "Direction Finder (abbr DF)": artie[1] = "Direction Finder"
## elif artie[1] == "Distance measuring equipment (abbr dme)": artie[1] = "Distance measuring equipment"
## elif artie[1] == "DME (abbr)": artie[1] = "DME"
## elif artie[1] == "Doppler ranging (abbr doran)": artie[1] = "Doppler ranging"
## elif artie[1] == "Doppler velocity and position (abbr": artie[1] = "Doppler velocity and position"
## elif artie[1] == "Doppler Velocity And Position (abbr": artie[1] = "Doppler Velocity And Position"
## elif artie[1] == "Dorado (abbr Dor Dora)": artie[1] = "Dorado"
## elif artie[1] == "Doran (abbr)": artie[1] = "Doran"
## elif artie[1] == "Dovap (abbr)": artie[1] = "Dovap"
## elif artie[1] == "DR (abbr)": artie[1] = "DR"
## elif artie[1] == "Dra drac": punchout = 1
## elif artie[1] == "Draco (abbr Dra Drac)": artie[1] = "Draco"
## elif artie[1] == "Draperies (abbr D)": artie[1] = "Draperies"
## elif artie[1] == "Dsif (abbr)": artie[1] = "Dsif"
#table for collections and bailouts
if not punchout: Redirects += [(deparenth(artie[1]),artie2)]
else: punchout = 0
#print "artie2",artie2
#print Parser(q)[2]
#print "*****"
else:
#name patch list
#now to remove bailouts that are for article suddenly on topic with
#exodictionary
#if artie[1][0:4] == "Atom": print "ART:",artie[1]
#if artie[1][0:3] == "AND": print "ART:",artie[1]
if artie[1] == "": bailout = 1
# ***** ***** INSERT CODE HERE ***** ***** #
# Autostub3 Correction Code Write-O-Mat II -- now no longer an
# independant piece of code. Everything is fine. You will be
# happy about it or Dr X will be displeased and unsuccessfully try
# to send his roommate's girlfriend after you.
# for q in listy:
# print q
##debuggy = random.random()
base,hyphs = Dehyphenation(artie[1])
base = deparenth(base)
newname = CapIt(base)
##if debuggy > 0.99:
## print "base ==", base
## print "hyphs ==", hyphs
## print "artie[1] ==", artie[1]
## print "newname ==", newname
if artie[1].count("("): print "artie[1] ==", artie[1]
if newname.count("("): print "newname ==", newname
if artie[1].count("="): print "artie[1] ==", artie[1]
if newname.count("="): print "newname ==", newname
artie[1] = newname
# solid caps, no hyphens
perm1 = CapIt(base)
# not quite solid caps, no hyphens
perm2 = CapAll(base)
# original caps, no hyphens
perm3 = base
# only first is capped, no hyphens
perm4 = base.capitalize()
#adding above plus with hyphens
newentry = [newname, perm1, perm2, perm3, perm4, Rehyphenation(perm1,hyphs),
Rehyphenation(perm2,hyphs), Rehyphenation(perm3,hyphs),
Rehyphenation(perm4,hyphs)]
##if debuggy > 0.99:
## print "newentry ==", newentry
#print "newentry ==", newentry
#attempting to pare out the redundants
renewentry = []
county = 0
for qp in newentry:
#if county < 2: renewentry += [q] (or qp, as the case would be...)
already = 0
for qqp in renewentry:
if (qp == qqp):
#print "q == qq;",q,qq
already = 1
if not already:
renewentry += [qp]
#print "already =",already
county += 1
#newentry = renewentry
##if debuggy > 0.99:
## print "renewentry ==", renewentry
#and now to create the redirects...
if len(renewentry) > 1:
for qp in renewentry:
if qp != artie[1]:
Redirects += [[qp,"#REDIRECT: [["+artie[1]+"]]"]]
##if debuggy > 0.99:
## print "qp (in renewentry) ==", qp
##else: print qp,"==",artie[1]
# ***** ***** ***** **** ***** ***** ***** #
#add to final list Acceleration Of Gravity (
if not bailout: ProtoArticles += [artie]
else: bailout = 0
# Redirect-Creation-O-Mat -- Obsolete! Go sit in the corner with
# Devourer of Worlds, Andy's submarine that flies, and the Landmark
# Destruct-O-Mat
#if artie[1].count(" "):
# notartie = artie[1].capitalize()
# if artie[1] != notartie:
# Redirects += [[notartie,"#REDIRECT: [["+artie[1]+"]]"]]
# notartie = CapAll(artie[1])
# if artie[1] != notartie:
# Redirects += [[notartie,"#REDIRECT: [["+artie[1]+"]]"]]
# print len(Redirects),"redirects and counting..."
# ##print "creating: "+artie[1].capitalize()+" -- #REDIRECT: [["+artie[1]+"]]"
Rechecked = []
#post everything corrections (should have thought of this earlier)
for q in Redirects:
bailout = 0
if q[0] == "Her herc": q[0] == "Herc"
elif q[0] == "Hor horo": q[0] == "Horo"
elif q[0] == "Hya hyda": q[0] == "Hyda"
elif q[0] == "Hyi hydi": q[0] == "Hydi"
elif q[0] == "Impact strength or impact energy": q[0] == "Impact Energy"
elif q[0] == "Ind indi": q[0] == "Indi"
elif q[0] == "J D-splay": q[0] == "J-Display"
elif q[0] == "J d-splay": q[0] == "J-display"
elif q[0] == "Lep leps": q[0] == "Leps"
elif q[0] == "Lib libr": q[0] == "Libr"
elif q[0] == "Lmi l min": q[0] == "Lmi"
elif q[0] == "Lup lupi": q[0] == "Lupi"
elif q[0] == "Lyn lyne": q[0] == "Lyne"
elif q[0] == "Lyr lyra": q[0] == "Lyr"
elif q[0] == "Men mens": q[0] == "Mens"
elif q[0] == "Mic micr": q[0] == "Micr"
elif q[0] == "Mon mono": q[0] == "Mon"
elif q[0] == "Nor norm": q[0] == "Norm"
elif q[0] == "Oct octn": q[0] == "Octn"
elif q[0] == "Oph ophi": q[0] == "Ophi"
elif q[0] == "Ori orio": q[0] == "Orio"
elif q[0] == "Pav pavo": q[0] == "Pavo"
elif q[0] == "Peg pegs": q[0] == "Pegs"
elif q[0] == "Per pers": q[0] == "Pers"
elif q[0] == "Phe phoe": q[0] == "Phoe"
elif q[0] == "Pic pict": q[0] == "Pict"
elif q[0] == "Positive G Or Positive G": q[0] == "Positive G"
elif q[0] == "Psa psc a": q[0] == "Psa"
elif q[0] == "Psc pisc": q[0] == "Pisc"
elif q[0] == "Pup pupp": q[0] == "Pupp"
elif q[0] == "Scl scul": q[0] == "Scul"
elif q[0] == "Sco scor": q[0] == "Scor"
elif q[0] == "Sct scut": q[0] == "Scut"
elif q[0] == "Ser serp": q[0] == "Serp"
elif q[0] == "Sex sext": q[0] == "Sext"
elif q[0] == "Sge sgte": q[0] == "Sgte"
elif q[0] == "Sgr sgtr": q[0] == "Sgtr"
elif q[0] == "Tau taur": q[0] == "Taur"
elif q[0] == "Tra tr au": q[0] == "Tra"
elif q[0] == "Tri tria": q[0] == "Tria"
elif q[0] == "Tuc tucn": q[0] == "Tucn"
elif q[0] == "Uma u maj": q[0] == "Uma"
elif q[0] == "Umi u min": q[0] == "Umi"
elif q[0] == "Vel velr": q[0] == "Velr"
elif q[0] == "Vir virg": q[0] == "Virg"
elif q[0] == "Vol voln": q[0] == "Voln"
elif q[0] == "Vul vulp": q[0] == "Vulp"
elif q[0] == "Impact strength or impact energy": q[0] == "impact energy"
elif q[0] == "Jato jato or jato": q[0] == "Jato"
elif q[0] == "Rato rato or rato": q[0] == "Rato"
if not bailout: Rechecked += [q]
Redirects = Rechecked
print len(ProtoArticles), "articles"
print len(Redirects), "redirects"
### So tell me, why are full articles mixed in with the redirect list? --fixed
##to_out = []
##for q in Redirects: to_out += q[0]+"\n"
##execute = Stringify(to_out)
##do_w=open("G_H501_2321B.txt", 'w')
##do_w.write(execute)
##do_w.close()
##raise Exception, "Reached designated stopping point"
##qqq=0
##for q in ProtoArticles:
## if q[1] == "Aurora": print "aurora is",qqq
## if q[1] == "Absolute Magnitude": print "absolute magnitude is",qqq
## qqq += 1
# #
# from PreAutostub3: #
# #
# ProtoArticles (article text, article name, flags) #
# Redirects (redirect name, redirect to this article) #
# #
def XMLproof(textish):
outp = ""
for q in textish:
if q == "<": outp += "<"
elif q == ">": outp += ">"
elif q == "&": outp += "&"
elif q == '"': outp += """
##elif q == ":": outp += "%3A"
else: outp += q
return outp
def StartXML():
out = [['<mediawiki xmlns="http://www.mediawiki.org/xml/export-0.3/" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation="http://www.mediawiki.org/xml/export-0.3/ http://www.mediawiki.org/xml/export-0.3.xsd" version="0.3" xml:lang="en">\n']]
out += [' <siteinfo>\n']
out += [' <sitename>Lunarpedia</sitename>\n']
out += [' </siteinfo>\n']
return out
def EndXML():
out = [['</mediawiki>\n']]
return out
def ArtXML(title, contrib, date, text):
'''XML markup for article in file
title -- title of article
contrib -- name of script (ie Autostub2)
text -- the article
'''
out = [[' <page>\n']]
out += [' <title>'+title+'</title>\n']
out += [' <revision>\n']
out += [' <timestamp>'+date+'</timestamp>']
out += [' <contributor>\n']
out += [' <username>'+contrib+'</username>\n']
out += [' </contributor>\n']
##out += [' <text xml:space="preserve">'+text+'</text>']
out += [' <text xml:space="preserve">']
##print text
out += text
out += ['</text>\n']
out += [' </revision>\n']
out += [' </page>\n']
return out
def linebrk(listish):
newlist = []
for q in listish:
newlist += [q+"\n"]
return newlist
def dodef(thisentry):
"""Create stub article from sequence
"""
global TESTNO
global NewCats
#
# 0 -- body of definition article
# 1 -- name of article
# 2 -- flags
# I: missing image
# R: needs references section
#
#%#%#%#%#%#%#%#%#%#%#%#%#%#%%#%#%#%#%#
#
C_Acoustics = 0 # Acoustics categorization hit count
C_Aerospace = 0 # Aerospace categorization hit count
C_Aircraft = 0 # Aircraft categorization hit count
C_Astronomy = 0 # Astronomy categorization hit count
C_Chemistry = 0 # Chemistry categorization hit count
C_Components = 0 # Components categorization hit count
C_Computing = 0 # Computing categorization hit count
C_Electronics = 0 # Electronics categorization hit count
C_Engineering = 0 # Engineering categorization hit count
C_Hardware = 0 # Hardware categorization hit count
C_Instruments = 0 # Instruments categorization hit count
C_Mathematics = 0 # Mathematics categorization hit count
C_Measurements = 0 # Measurements categorization hit count
C_Medical = 0 # Medical categorization hit count
C_Navigation = 0 # Navigation categorization hit count
C_Nuclear = 0 # Nuclear categorization hit count
C_Optics = 0 # Optics categorization hit count
C_Photography = 0 # Photography categorization hit count
C_Physics = 0 # Physics categorization hit count
C_Radio = 0 # Radio categorization hit count
C_Rocketry = 0 # Rocketry categorization hit count
C_Statistics = 0 # Statistics categorization hit count
C_Time = 0 # Time categorization hit count
#
#%#%#%#%#%#%#%#%#%#%#%#%#%#%%#%#%#%#%#
#
# start generating the article here:
#
to_out = []
to_out = ["{{Autostub}}"]
#to_out += ["{{Autostub}}"]
to_out += ["{{Initial Proof Needed}}"]
to_out += ["{{Initial Categorization Proof Needed}}"]
##print thisentry[0]
##print "*****"
##print thisentry[1]
##print "*****"
##print thisentry[2]
to_out += ["'''"+thisentry[1]+"'''"]
to_out += [thisentry[0]]
#print "*****"
#print to_out
to_out += ["==References=="]
to_out += ["''This article is based on NASA's [[NASA SP-7|Dictionary of Technical Terms for Aerospace Use]]''"]
if thisentry[2].count("R"):
to_out += ["<references/>"]
to_out += ["[[Category%3ADefinitions]]"]
to_out += ["[[Category%3ANASA SP-7]]"]
if thisentry[2].count("I"):
to_out += ["[[Category%3ADefinitions with Missing Images]]"]
#print "Bob was there too."
# assign alphabetical categorizations
##print thisentry
to_out += ["[[Category%3A"+thisentry[1][0].upper()+" (all)]]"]
twodigit = thisentry[1][0:2].upper()
if len(twodigit) == 2:
to_out += ["[[Category%3A"+twodigit+"]]"]
#print twodigit
if not NewCats.count(twodigit): NewCats += [twodigit]
# assigning provisional categorizations based on keystrings
if thisentry[0].lower().count("acoustic"):
C_Acoustics += 1
if thisentry[0].lower().count("aero"):
C_Aerospace += 1
C_Aircraft += 1
if thisentry[0].lower().count("aerospace"):
C_Aerospace += 1
if thisentry[0].lower().count("altitud"):
C_Aerospace += 1
C_Aircraft += 1
C_Instruments += 1
C_Measurements += 1
if thisentry[0].lower().count("angle"):
C_Mathematics += 1
C_Measurements += 1
C_Navigation += 1
if thisentry[0].lower().count("antenna"):
C_Components += 1
C_Instruments += 1
C_Radio += 1
if thisentry[0].lower().count("aphelion"):
C_Astronomy += 1
if thisentry[0].lower().count("apogee"):
C_Astronomy += 1
if thisentry[0].lower().count("astronaut"):
C_Aerospace += 1
C_Rocketry += 1
if thisentry[0].lower().count("astronomy"):
C_Astronomy += 1
if thisentry[0].lower().count("atmospher"):
C_Aerospace += 1
C_Aircraft += 1
if thisentry[0].lower().count("atom"):
C_Nuclear += 1
C_Physics += 1
if thisentry[0].lower().count("attitude"):
C_Mathematics += 1
C_Navigation += 1
if thisentry[0].lower().count("axes"):
C_Mathematics += 1
C_Navigation += 1
if thisentry[0].lower().count("axis"):
C_Mathematics += 1
C_Navigation += 1
if thisentry[0].lower().count("azimuth"):
C_Mathematics += 1
C_Navigation += 1
if thisentry[0].lower().count("baro"):
C_Instruments += 1
if thisentry[0].lower().count("binary"):
C_Computing += 1
if thisentry[0].lower().count("bodily"):
C_Medical += 1
if thisentry[0].lower().count("body"):
C_Medical += 1
if thisentry[0].lower().count("candle"):
C_Astronomy += 1
C_Optics += 1
if thisentry[0].lower().count("celestial"):
C_Astronomy += 1
if thisentry[0].lower().count("cells"):
C_Medical += 1
if thisentry[0].lower().count("chemical"):
C_Chemistry += 1
if thisentry[0].lower().count("chromat"):
C_Optics += 1
C_Photography += 1
if thisentry[0].lower().count("circuit"):
C_Electronics += 1
if thisentry[0].lower().count("coeff"):
C_Mathematics += 1
C_Statistics += 1
if thisentry[0].lower().count("compression"):
C_Acoustics += 1
C_Mathematics += 1
if thisentry[0].lower().count("computer"):
C_Computing += 1
if thisentry[0].lower().count("construct"):
C_Engineering += 1
if thisentry[0].lower().count("convuls"):
C_Medical += 1
if thisentry[0].lower().count("cooling"):
C_Components += 1
if thisentry[0].lower().count("cosmic"):
C_Astronomy += 1
if thisentry[0].lower().count("deci"):
C_Measurements += 1
if thisentry[0].lower().count("dental"):
C_Medical += 1
if thisentry[0].lower().count("dimen"):
C_Mathematics += 1
C_Physics += 1
if thisentry[0].lower().count("displ"):
C_Components += 1
C_Electronics += 1
C_Instruments += 1
if thisentry[0].lower().count("duct"):
C_Aircraft += 1
C_Components += 1
C_Engineering += 1
C_Hardware += 1
if thisentry[0].lower().count("ear"):
C_Medical += 1
if thisentry[0].lower().count("east"):
C_Measurements += 1
C_Navigation += 1
if thisentry[0].lower().count("eclipse"):
C_Astronomy += 1
if thisentry[0].lower().count("electr"):
C_Electronics += 1
if thisentry[0].lower().count("elevation"):
C_Measurements += 1
C_Navigation += 1
if thisentry[0].lower().count("ellip"):
C_Mathematics += 1
C_Navigation += 1
if thisentry[0].lower().count("emit"):
C_Physics += 1
C_Radio += 1
if thisentry[0].lower().count("emuls"):
C_Photography += 1
if thisentry[0].lower().count("energy"):
C_Chemistry += 1
C_Nuclear += 1
C_Physics += 1
if thisentry[0].lower().count("engine"):
C_Aircraft += 1
C_Engineering += 1
C_Hardware += 1
C_Rocketry += 1
if thisentry[0].lower().count("equat"):
C_Mathematics += 1
if thisentry[0].lower().count("flight"):
C_Aerospace += 1
C_Aircraft += 1
C_Rocketry += 1
if thisentry[0].lower().count("floating"):
C_Computing += 1
C_Mathematics += 1
if thisentry[0].lower().count("fluid"):
C_Chemistry += 1
C_Engineering += 1
C_Photography += 1
if thisentry[0].lower().count("frequenc"):
C_Acoustics += 1
C_Optics += 1
C_Radio += 1
if thisentry[0].lower().count("galactic"):
C_Astronomy += 1
if thisentry[0].lower().count("galax"):
C_Astronomy += 1
if thisentry[0].lower().count("gas"):
C_Acoustics += 1
C_Astronomy += 1
C_Chemistry += 1
C_Physics += 1
if thisentry[0].lower().count("gate"):
C_Computing += 1
C_Electronics += 1
if thisentry[0].lower().count("great circ"):
C_Mathematics += 1
C_Navigation += 1
if thisentry[0].lower().count("guidance"):
C_Instruments += 1
C_Navigation += 1
C_Rocketry += 1
if thisentry[0].lower().count("gyro"):
C_Components += 1
C_Instruments += 1
C_Navigation += 1
if thisentry[0].lower().count("heat"):
C_Nuclear += 1
C_Physics += 1
if thisentry[0].lower().count("helio"):
C_Astronomy += 1
if thisentry[0].lower().count("human"):
C_Medical += 1
if thisentry[0].lower().count("indicator"):
C_Instruments += 1
if thisentry[0].lower().count("inertia"):
C_Navigation += 1
C_Physics += 1
C_Rocketry += 1
if thisentry[0].lower().count("instrument"):
C_Instruments += 1
if thisentry[0].lower().count("lagrang"):
C_Astronomy += 1
if thisentry[0].lower().count("launching"):
C_Aerospace += 1
C_Rocketry += 1
if thisentry[0].lower().count("leg"):
C_Medical += 1
if thisentry[0].lower().count("limb"):
C_Medical += 1
if thisentry[0].lower().count("liquid"):
C_Photography += 1
C_Physics += 1
if thisentry[0].lower().count("logic"):
C_Computing += 1
C_Electronics += 1
C_Mathematics += 1
if thisentry[0].lower().count("magnet"):
C_Electronics += 1
C_Instruments += 1
C_Physics += 1
if thisentry[0].lower().count("malfunction"):
C_Engineering += 1
if thisentry[0].lower().count("maneuv"):
C_Aerospace += 1
C_Aircraft += 1
C_Navigation += 1
C_Rocketry += 1
if thisentry[0].lower().count("measure"):
C_Mathematics += 1
C_Measurements += 1
if thisentry[0].lower().count("medic"):
C_Medical += 1
if thisentry[0].lower().count("memory"):
C_Computing += 1
if thisentry[0].lower().count("meter"):
C_Measurements += 1
if thisentry[0].lower().count("mile"):
C_Measurements += 1
if thisentry[0].lower().count("modulation"):
C_Acoustics += 1
C_Electronics += 1
C_Optics += 1
C_Radio += 1
if thisentry[0].lower().count("molar"):
C_Chemistry += 1
if thisentry[0].lower().count("mole"):
C_Chemistry += 1
C_Physics += 1
if thisentry[0].lower().count("moon"):
C_Astronomy += 1
if thisentry[0].lower().count("motion picture"):
C_Photography += 1
if thisentry[0].lower().count("muscle"):
C_Mathematics += 1
if thisentry[0].lower().count("navigat"):
C_Navigation += 1
if thisentry[0].lower().count("neutron"):
C_Physics += 1
if thisentry[0].lower().count("newton"):
C_Measurements += 1
C_Physics += 1
if thisentry[0].lower().count("north"):
C_Measurements += 1
C_Navigation += 1
if thisentry[0].lower().count("notation"):
C_Mathematics += 1
C_Physics += 1
if thisentry[0].lower().count("nozz"):
C_Components += 1
C_Engineering += 1
if thisentry[0].lower().count("nuclear"):
C_Nuclear += 1
if thisentry[0].lower().count("number"):
C_Mathematics += 1
C_Statistics += 1
if thisentry[0].lower().count("occultation"):
C_Astronomy += 1
if thisentry[0].lower().count("ometer"):
C_Instruments += 1
if thisentry[0].lower().count("orbit"):
C_Aerospace += 1
C_Astronomy += 1
C_Rocketry += 1
if thisentry[0].lower().count("oscill"):
C_Acoustics += 1
C_Instruments += 1
C_Optics += 1
C_Radio += 1
if thisentry[0].lower().count("osphere"):
C_Aerospace += 1
if thisentry[0].lower().count("particle"):
C_Physics += 1
if thisentry[0].lower().count("perhelion"):
C_Astronomy += 1
if thisentry[0].lower().count("perigee"):
C_Astronomy += 1
if thisentry[0].lower().count("photograph"):
C_Photography += 1
if thisentry[0].lower().count("physicist"):
C_Physics += 1
if thisentry[0].lower().count("physiolog"):
C_Medical += 1
if thisentry[0].lower().count("pitch"):
C_Aerospace += 1
C_Aircraft += 1
C_Instruments += 1
C_Navigation += 1
if thisentry[0].lower().count("planet"):
C_Astronomy += 1
if thisentry[0].lower().count("pressure"):
C_Aerospace += 1
C_Aircraft += 1
C_Engineering += 1
if thisentry[0].lower().count("prob"):
C_Mathematics += 1
C_Statistics += 1
if thisentry[0].lower().count("processing"):
C_Computing += 1
if thisentry[0].lower().count("proton"):
C_Physics += 1
if thisentry[0].lower().count("radar"):
C_Electronics += 1
C_Instruments += 1
if thisentry[0].lower().count("radio "):
C_Radio += 1
if thisentry[0].lower().count("radioactive"):
C_Nuclear += 1
if thisentry[0].lower().count("ray"):
C_Astronomy += 1
C_Mathematics += 1
if thisentry[0].lower().count("reactions"):
C_Chemistry += 1
C_Nuclear += 1
if thisentry[0].lower().count("reactor"):
C_Nuclear += 1
if thisentry[0].lower().count("refract"):
C_Optics += 1
if thisentry[0].lower().count("reliability"):
C_Engineering += 1
if thisentry[0].lower().count("roll"):
C_Instruments += 1
C_Navigation += 1
if thisentry[0].lower().count("rotation"):
C_Astronomy += 1
C_Instruments += 1
C_Navigation += 1
if thisentry[0].lower().count("scope"):
C_Instruments += 1
if thisentry[0].lower().count("sea level"):
C_Aerospace += 1
C_Aircraft += 1
C_Instruments += 1
if thisentry[0].lower().count("signal"):
C_Instruments += 1
C_Radio += 1
if thisentry[0].lower().count("solar"):
C_Astronomy += 1
if thisentry[0].lower().count("solid"):
C_Physics += 1
if thisentry[0].lower().count("sonic"):
C_Acoustics += 1
C_Aircraft += 1
if thisentry[0].lower().count("sound"):
C_Acoustics += 1
if thisentry[0].lower().count("south"):
C_Navigation += 1
if thisentry[0].lower().count("spacecraft"):
C_Aerospace += 1
C_Rocketry += 1
if thisentry[0].lower().count("spectrum"):
C_Optics += 1
C_Radio += 1
if thisentry[0].lower().count("stability"):
C_Aerospace += 1
C_Aircraft += 1
C_Instruments += 1
C_Navigation += 1
if thisentry[0].lower().count("star"):
C_Astronomy += 1
if thisentry[0].lower().count("statistic"):
C_Statistics += 1
if thisentry[0].lower().count("structural"):
C_Engineering += 1
if thisentry[0].lower().count("takeoff"):
C_Aircraft += 1
C_Rocketry += 1
if thisentry[0].lower().count("teeth"):
C_Medical += 1
if thisentry[0].lower().count("terrestrial"):
C_Navigation += 1
C_Optics += 1
if thisentry[0].lower().count("testing"):
C_Engineering += 1
if thisentry[0].lower().count("thermodynamic"):
C_Physics += 1
if thisentry[0].lower().count("time"):
C_Time += 1
if thisentry[0].lower().count("tooth"):
C_Medical += 1
if thisentry[0].lower().count("tracking"):
C_Optics += 1
C_Radio += 1
if thisentry[0].lower().count("trajectory"):
C_Aerospace += 1
C_Aircraft += 1
C_Mathematics += 1
C_Navigation += 1
C_Physics += 1
C_Rocketry += 1
if thisentry[0].lower().count("transmis"):
C_Radio += 1
if thisentry[0].lower().count("transmit"):
C_Radio += 1
if thisentry[0].lower().count("transponder"):
C_Components += 1
C_Radio += 1
if thisentry[0].lower().count("tron"):
C_Electronics += 1
C_Nuclear += 1
C_Physics += 1
if thisentry[0].lower().count("unit of"):
C_Measurements += 1
if thisentry[0].lower().count("vacuum"):
C_Aerospace += 1
C_Physics += 1
C_Rocketry += 1
if thisentry[0].lower().count("value"):
C_Mathematics += 1
C_Measurements += 1
if thisentry[0].lower().count("vector"):
C_Mathematics += 1
C_Navigation += 1
C_Rocketry += 1
if thisentry[0].lower().count("vehicle"):
C_Aerospace += 1
C_Rocketry += 1
if thisentry[0].lower().count("velocity"):
C_Navigation += 1
C_Physics += 1
if thisentry[0].lower().count("visco"):
C_Physics += 1
if thisentry[0].lower().count("wave"):
C_Acoustics += 1
C_Optics += 1
C_Radio += 1
if thisentry[0].lower().count("wavelength"):
C_Optics += 1
C_Radio += 1
if thisentry[0].lower().count("west"):
C_Navigation += 1
if thisentry[0].lower().count("yaw"):
C_Instruments += 1
C_Navigation += 1
if thisentry[0].lower().count("year"):
C_Time += 1
# inserting assigned provisional categorizations and noting times it was set off
if C_Acoustics: to_out += ["[[Category%3AAcoustics]] <!-- "+str(C_Acoustics)+" -->"]
if C_Aerospace: to_out += ["[[Category%3AAerospace]] <!-- "+str(C_Aerospace)+" -->"]
if C_Aircraft: to_out += ["[[Category%3AAircraft]] <!-- "+str(C_Aircraft)+" -->"]
if C_Astronomy: to_out += ["[[Category%3AAstronomy]] <!-- "+str(C_Astronomy)+" -->"]
if C_Chemistry: to_out += ["[[Category%3AChemistry]] <!-- "+str(C_Chemistry)+" -->"]
if C_Components: to_out += ["[[Category%3AComponents]] <!-- "+str(C_Components)+" -->"]
if C_Computing: to_out += ["[[Category%3AComputing]] <!-- "+str(C_Computing)+" -->"]
if C_Electronics: to_out += ["[[Category%3AElectronics]] <!-- "+str(C_Electronics)+" -->"]
if C_Engineering: to_out += ["[[Category%3AEngineering]] <!-- "+str(C_Engineering)+" -->"]
if C_Hardware: to_out += ["[[Category%3AHardware]] <!-- "+str(C_Hardware)+" -->"]
if C_Instruments: to_out += ["[[Category%3AInstruments]] <!-- "+str(C_Instruments)+" -->"]
if C_Mathematics: to_out += ["[[Category%3AMathematics]] <!-- "+str(C_Mathematics)+" -->"]
if C_Measurements: to_out += ["[[Category%3AMeasurements]] <!-- "+str(C_Measurements)+" -->"]
if C_Medical: to_out += ["[[Category%3AMedical]] <!-- "+str(C_Medical)+" -->"]
if C_Navigation: to_out += ["[[Category%3ANavigation]] <!-- "+str(C_Navigation)+" -->"]
if C_Nuclear: to_out += ["[[Category%3ANuclear]] <!-- "+str(C_Nuclear)+" -->"]
if C_Optics: to_out += ["[[Category%3AOptics]] <!-- "+str(C_Optics)+" -->"]
if C_Photography: to_out += ["[[Category%3APhotography]] <!-- "+str(C_Photography)+" -->"]
if C_Physics: to_out += ["[[Category%3APhysics]] <!-- "+str(C_Physics)+" -->"]
if C_Radio: to_out += ["[[Category%3ARadio]] <!-- "+str(C_Radio)+" -->"]
if C_Rocketry: to_out += ["[[Category%3ARocketry]] <!-- "+str(C_Rocketry)+" -->"]
if C_Statistics: to_out += ["[[Category%3AStatistics]] <!-- "+str(C_Statistics)+" -->"]
if C_Time: to_out += ["[[Category%3ATime]] <!-- "+str(C_Time)+" -->"]
if (C_Acoustics + C_Aerospace + C_Aircraft + C_Astronomy + C_Chemistry +
C_Components + C_Computing + C_Electronics + C_Engineering +
C_Hardware + C_Instruments + C_Mathematics + C_Measurements +
C_Medical + C_Navigation + C_Nuclear + C_Optics + C_Photography +
C_Physics + C_Radio + C_Rocketry + C_Statistics + C_Time) < 1:
to_out += ["[[Category%3AMiscellaneous]] <!-- Autostub3 unable to provisionally categorize -->"]
##to_out += [""]
##to_out += ["<!-- Generated by a gamma candidate version of Autostub3 (Test "+TESTNO+") -->"]
to_out = linebrk(to_out)
return to_out
def doredir(thisentry):
"""Create redirect from two item sequence
"""
#
# 0 -- name of redirect
# 1 -- redirect to this article
#
#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#
#
#
#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#
#
# start generating the redirect here:
#
if thisentry[1][0:9] == "#REDIRECT": return thisentry[1]
else: return ["#REDIRECT: [["+thisentry[1]+"]]"]
def TLcat_o_mat(cats):
"""Create category pages for two letter indices"""
#
# 0 -- name of category
# 1 -- text and subcategorization
#
#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#
#
#
#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#%#
#
# start generating the redirect here:
#
all_out = []
#print cats
for q in cats:
#print "Bob was there, too."
all_out += [["Category:"+q,"This category includes definitions starting with the letters "+
q+". \n\n\n [[Category:"+q[0]+"]]"]]
#print all_out
return all_out
def doare(tup):
proofme = doredir(tup)
proofed = []
for q in proofme:
proofed += XMLproof(q)
return ArtXML(tup[0], "Autostub3", "2007-05-02T00:00:00Z", proofed)
def doanart(tup):
proofme = dodef(tup)
proofed = []
for q in proofme:
proofed += XMLproof(q)
return ArtXML(tup[1], "Autostub3", "2007-05-01T00:00:00Z", proofed)
def doacat(tup):
#proofme = dodef(tup)
proofed = []
for q in tup[1]:
proofed += XMLproof(q)
return ArtXML(tup[0], "Autostub3", "2007-05-02T00:00:00Z", proofed)
def file_o_mat(glubby, namebase):
#namebase = "/home/Luna/autostub3_A" # base name
glubglub = [] # pieces parts in one big part
maxout = 64 # about how many to each xml file
tomax = 0 # how many so far
glublet = [] # the miniglub presently being assembled
execute = [] # to be fused. And parts is parts.
nowserving = 1 # which chunk is being saved. If you wait for it to get cold it's not my problem.
for q in glubby:
if tomax < maxout:
glublet += [q]
tomax += 1
else:
glubglub += [glublet]
glublet = [q]
tomax = 1
glubglub += [glublet]
for miniglub in glubglub:
print str(miniglub[0][1])+" -- "+str(miniglub[-1][1])
execute = StartXML()
execute += miniglub
execute += EndXML()
execute = Stringify(execute)
do_xml=open(namebase+"_"+str(nowserving)+".xml", 'w')
#print "creating "+namebase+"_"+str(nowserving)+".xml"
do_xml.write(execute)
do_xml.close()
nowserving += 1
#print execute
#raise Exception, "stopping here"
glub = [] # stick them all in here
# uncomment for actual run
for q in ProtoArticles:
glub += [doanart(q)]
for q in Redirects:
glub += [doare(q)]
DoCats = TLcat_o_mat(NewCats)
for q in DoCats:
glub += [doacat(q)]
##print "ready to run file-o-mat()"
file_o_mat(glub,"/home/Luna/autostub3_H503")
#uncomment to test
##import random
##for q in ProtoArticles:
## if (random.random() > 0.00): glub += [doanart(q)]
##
##for q in Redirects:
## if (random.random() > 0.92): glub += [doare(q)]
##
##DoCats = TLcat_o_mat(NewCats)
##
##for q in DoCats:
## if (random.random() > 0.5): glub += [doacat(q)]
##
##print glub
##
##file_o_mat(glub,"/home/Luna/autostub3_A2_test2")
#testbench activities
##print NewCats
##print DoCats
##print Stringify(glub)
to_out = []
##to_out += "==Articles==\n"
##for q in ProtoArticles: to_out += "[["+q[1]+"]]<BR/>\n"
##for q in ProtoArticles: to_out += q[1]+"\n"
##to_out += "==Some of the Redirects==\n"
##for q in Redirects: to_out += "[["+q[0]+"]]<BR/>\n"
##for q in Redirects: to_out += q[0]+"\n"
##execute = Stringify(to_out)
##do_w=open("G_H501_0832.txt", 'w')
##do_w.write(execute)
##do_w.close()
