def CsvImport(units, unitList):
# if len(sys.argv) < 3: # if errorchecking is not done here, the errors aren't
# return usageError(sys.argv[0]) # handled when it is used as a module
# if (sys.argv[1].find('.csv') != -1): # find returns -1 if string NOT found, -1 == bool True
# units = sys.argv[1] # main csv file to modify
# unitList = sys.argv[2:] # List of csv record file(s) used to update main csv
# else:
# return usageError(sys.argv[0])
ModFile = file(units, "r") # open file for read, units.csv
Lines = ModFile.readlines() # Read List of all Lines into memory
ModFile.close()
key = csv.semiColonSeparatedList(
Lines[0], ',') # string into list for the first line Keys
for unit in unitList:
try: # Catch file IOError, if the <unitname>.csv doesn't exist
Unit = unit + ".csv"
UnitFile = file(Unit, "r") # open csv <unitname> for read
except IOError:
fileError(Unit)
break
for numline in range(
0, len(Lines)
): # have to index the line to change Lines[numline], not line in Lines that exists only in this block
line = Lines[numline]
if (csv.earlyStrCmp(
line, unit)): # look for unit key in the line and if found
line = csv.writeList(reorderList(key, ProcessUnit(UnitFile)))
UnitFile.close()
Lines[numline] = line
# We also need to check that the unit record being modified didn't change the key. If it did,
# We will need to rename the <unitname>.csv to reflect this, so it remains usable by csvimport later.
if not csv.earlyStrCmp(line,
unit): # key for record was changed
NewName = line[:line.find(","
)] + ".csv" # save the new name.
os.rename(Unit, NewName)
OutFile = file(
units, "w") # All changes have been made, time to write out the file
for line in Lines:
OutFile.write(line)
OutFile.close()
return
def ProcessUnit(f):
l=[]
m=[]
line=f.readline()
while (line!=""):
x=csv.semiColonSeparatedList(line,',')
if (len(x)>=1):
m.append(removeParen(x[0]))
if (len(x)>=2):
if (len(x)==2):
l.append(x[1])
elif (x[1].find('{')!=-1):
l.append(CollapseList(x[1:]))
else:
l.append(CollapseStruct(x[2:]))
else:
l.append('')
line=f.readline()
return (m,l)
def CsvImport(units, unitList):
# if len(sys.argv) < 3: # if errorchecking is not done here, the errors aren't
# return usageError(sys.argv[0]) # handled when it is used as a module
# if (sys.argv[1].find('.csv') != -1): # find returns -1 if string NOT found, -1 == bool True
# units = sys.argv[1] # main csv file to modify
# unitList = sys.argv[2:] # List of csv record file(s) used to update main csv
# else:
# return usageError(sys.argv[0])
ModFile = file(units, "r") # open file for read, units.csv
Lines = ModFile.readlines() # Read List of all Lines into memory
ModFile.close()
key = csv.semiColonSeparatedList(Lines[0],',') # string into list for the first line Keys
for unit in unitList:
try: # Catch file IOError, if the <unitname>.csv doesn't exist
Unit = unit+".csv"
UnitFile=file(Unit, "r") # open csv <unitname> for read
except IOError:
fileError(Unit)
break
for numline in range(0,len(Lines)): # have to index the line to change Lines[numline], not line in Lines that exists only in this block
line = Lines[numline]
if (csv.earlyStrCmp(line,unit)): # look for unit key in the line and if found
line = csv.writeList(reorderList(key,ProcessUnit(UnitFile)))
UnitFile.close()
Lines[numline] = line
# We also need to check that the unit record being modified didn't change the key. If it did,
# We will need to rename the <unitname>.csv to reflect this, so it remains usable by csvimport later.
if not csv.earlyStrCmp(line, unit): # key for record was changed
NewName = line[:line.find(",")]+".csv" # save the new name.
os.rename(Unit, NewName)
OutFile = file(units, "w") # All changes have been made, time to write out the file
for line in Lines:
OutFile.write(line)
OutFile.close()
return
def CsvExport(path, args):
global showunits, ToScreen
showunits = 0
ToScreen = 0
# if len(sys.argv) < 3:
# return usageError(sys.argv[0])
# if (sys.argv[1].find('.csv') != -1): # find returns -1 if string NOT found, -1 == bool True
# path=sys.argv[1]
# args=sys.argv[2:]
# else:
# return usageError(sys.argv[0])
for i in args: # easy to add OPTIONS, if you do, please add to USAGE information as well
if (i == "-units"):
showunits = 1
if (i == "-toscreen"):
ToScreen = 1
workfile = file(path, "r")
KeyList = csv.semiColonSeparatedList(workfile.readline().strip())
GuideList = csv.semiColonSeparatedList(workfile.readline().strip())
Lines = workfile.readlines()
workfile.close()
KeyLL = len(KeyList)
GuideLL = len(GuideList)
numLine = 2 # we already read 2 lines from the file
for line in Lines:
numLine += 1
for arg in args:
if (csv.earlyStrCmp(line,
arg)): # Used to look up unique key entry.
# It isn't strictly necessary for looking up Ex, llama.blank
# But makes looking up llama, find only the milspec version
line = line.strip()
row = csv.semiColonSeparatedList(line)
rowLL = len(row)
Entry = row[0]
#if (rowLL!=KeyLL or rowLL!=GuideLL):
# print "Mismatch in row length", rowLL, "for", row[0], "with key len =", KeyLL, "and guide len =", GuideLL
# print "Contains only", rowLL, "fields"
# break
# The above block should work, rarely, to catch errors... and next line should be elif rowLL:
# It fails miserably because most lines in units.csv do not have the same number of fields.
#if rowLL: # bool False, if row list length is zero... an empty line in file, this suppresses blank line results.
print("Line:", numLine, "Columns:", rowLL, "Entry:", Entry)
if ToScreen:
for i in range(rowLL):
if GuideList[i].find('{') != -1:
print(
csv.writeList(
[KeyList[i]] +
ProcessList(GuideList[i], row[i])))
elif GuideList[i].find(';') != -1:
print(
csv.writeList(
[KeyList[i]] +
ProcessStruct(GuideList[i], row[i])))
else:
print(
csv.writeList([
makeName(KeyList[i], GuideList[i]), row[i]
]))
else:
outfile = file(Entry + ".csv", "w")
for i in range(rowLL):
if GuideList[i].find('{') != -1:
outfile.write(
csv.writeList(
[KeyList[i]] +
ProcessList(GuideList[i], row[i])))
elif GuideList[i].find(';') != -1:
outfile.write(
csv.writeList(
[KeyList[i]] +
ProcessStruct(GuideList[i], row[i])))
else:
outfile.write(
csv.writeList([
makeName(KeyList[i], GuideList[i]), row[i]
]))
lis = f.readlines()
olist = []
# lis.sort()
for l in lis:
if (len(olist) != 0):
if (l == olist[len(olist) - 1]):
continue
olist = olist + [l]
f.close()
# f = open (arg,"w")
# f.writelines(olist);
# f.close();
linkfil = open(linknam)
link = linkfil.readlines()
for l in link:
m = csv.semiColonSeparatedList(l, ";")
if not m[0] in jumps:
jumps[m[0]] = []
if not m[2] in jumps:
jumps[m[2]] = []
if (not m[2] in jumps[m[0]]):
jumps[m[0]].append(m[2])
if (not m[0] in jumps[m[2]]):
jumps[m[2]].append(m[0])
#now to read this sucker
for i in range(len(olist)):
olist[i] = csv.semiColonSeparatedList(olist[i], ';')
tab = csv.makeTable(olist)
secs = {}
for i in tab:
sys = tab[i]
retstring+=printexplosion(explosion)
retstring+=','
#equipment space
retstring+="0" #Dummy value
retstring+=','
#num animation points
retstring+="0"
#write to file
retstring+="\n"
o=file("units.bak.csv","w");
where=retstring.find(",")
unitname=retstring[0:where+1]
masterunitfile=file("units.csv","r")
line=masterunitfile.readline()
import csv
externalkeys=csv.semiColonSeparatedList(line,",");
foundme=0
usedlist={}
if usecoords!=0:
usedlist=coordkeys
while (line!=""):
if (prefixCmp(unitname,line)):
o.write(csv.writeList(fixupKeys(externalkeys,
csv.semiColonSeparatedList(line,","),
internalkeys,
csv.semiColonSeparatedList(retstring,","),
usedlist)));
foundme=1
else:
o.write(line);
line=masterunitfile.readline();
def CsvExport(path, args):
global showunits, ToScreen
showunits=0
ToScreen=0
# if len(sys.argv) < 3:
# return usageError(sys.argv[0])
# if (sys.argv[1].find('.csv') != -1): # find returns -1 if string NOT found, -1 == bool True
# path=sys.argv[1]
# args=sys.argv[2:]
# else:
# return usageError(sys.argv[0])
for i in args: # easy to add OPTIONS, if you do, please add to USAGE information as well
if (i=="-units"):
showunits=1
if (i=="-toscreen"):
ToScreen=1
workfile = file(path, "r")
KeyList = csv.semiColonSeparatedList(workfile.readline().strip())
GuideList = csv.semiColonSeparatedList(workfile.readline().strip())
Lines = workfile.readlines()
workfile.close()
KeyLL = len(KeyList)
GuideLL = len(GuideList)
numLine = 2 # we already read 2 lines from the file
for line in Lines:
numLine += 1
for arg in args:
if (csv.earlyStrCmp(line,arg)): # Used to look up unique key entry.
# It isn't strictly necessary for looking up Ex, llama.blank
# But makes looking up llama, find only the milspec version
line = line.strip()
row = csv.semiColonSeparatedList(line)
rowLL = len(row)
Entry = row[0]
#if (rowLL!=KeyLL or rowLL!=GuideLL):
# print "Mismatch in row length", rowLL, "for", row[0], "with key len =", KeyLL, "and guide len =", GuideLL
# print "Contains only", rowLL, "fields"
# break
# The above block should work, rarely, to catch errors... and next line should be elif rowLL:
# It fails miserably because most lines in units.csv do not have the same number of fields.
#if rowLL: # bool False, if row list length is zero... an empty line in file, this suppresses blank line results.
print("Line:", numLine, "Columns:", rowLL, "Entry:", Entry)
if ToScreen:
for i in range(rowLL):
if GuideList[i].find('{')!=-1:
print(csv.writeList([KeyList[i]]+ProcessList(GuideList[i],row[i])))
elif GuideList[i].find(';')!=-1:
print(csv.writeList([KeyList[i]]+ProcessStruct(GuideList[i],row[i])))
else:
print(csv.writeList([makeName(KeyList[i],GuideList[i]), row[i]]))
else:
outfile = file(Entry+".csv", "w")
for i in range(rowLL):
if GuideList[i].find('{')!=-1:
outfile.write(csv.writeList([KeyList[i]]+ProcessList(GuideList[i],row[i])))
elif GuideList[i].find(';')!=-1:
outfile.write(csv.writeList([KeyList[i]]+ProcessStruct(GuideList[i],row[i])))
else:
outfile.write(csv.writeList([makeName(KeyList[i],GuideList[i]), row[i]]))
lis = f.readlines();
olist=[]
# lis.sort()
for l in lis:
if (len(olist)!=0):
if (l==olist[len(olist)-1]):
continue
olist=olist+[l];
f.close()
# f = open (arg,"w")
# f.writelines(olist);
# f.close();
linkfil=open(linknam)
link=linkfil.readlines();
for l in link:
m=csv.semiColonSeparatedList(l,";")
if not m[0] in jumps:
jumps[m[0]]=[]
if not m[2] in jumps:
jumps[m[2]]=[]
if (not m[2] in jumps[m[0]]):
jumps[m[0]].append(m[2])
if (not m[0] in jumps[m[2]]):
jumps[m[2]].append(m[0])
#now to read this sucker
for i in range(len(olist)):
olist[i]=csv.semiColonSeparatedList(olist[i],';')
tab = csv.makeTable(olist );
secs={}
for i in tab:
sys=tab[i]
retstring += printexplosion(explosion)
retstring += ','
#equipment space
retstring += "0" #Dummy value
retstring += ','
#num animation points
retstring += "0"
#write to file
retstring += "\n"
o = file("units.bak.csv", "w")
where = retstring.find(",")
unitname = retstring[0:where + 1]
masterunitfile = file("units.csv", "r")
line = masterunitfile.readline()
import csv
externalkeys = csv.semiColonSeparatedList(line, ",")
foundme = 0
usedlist = {}
if usecoords != 0:
usedlist = coordkeys
while (line != ""):
if (prefixCmp(unitname, line)):
o.write(
csv.writeList(
fixupKeys(externalkeys,
csv.semiColonSeparatedList(line,
","), internalkeys,
csv.semiColonSeparatedList(retstring, ","),
usedlist)))
foundme = 1
else:
retstring += ","
# equipment space
retstring += "0" # Dummy value
retstring += ","
# num animation points
retstring += "0"
# write to file
retstring += "\n"
o = file("units.bak.csv", "w")
where = retstring.find(",")
unitname = retstring[0 : where + 1]
masterunitfile = file("units.csv", "r")
line = masterunitfile.readline()
import csv
externalkeys = csv.semiColonSeparatedList(line, ",")
foundme = 0
usedlist = {}
if usecoords != 0:
usedlist = coordkeys
while line != "":
if prefixCmp(unitname, line):
o.write(
csv.writeList(
fixupKeys(
externalkeys,
csv.semiColonSeparatedList(line, ","),
internalkeys,
csv.semiColonSeparatedList(retstring, ","),
usedlist,
)
