def _parse(self, usrStr):
# divide all groups into pairs of key, {}-enclosed values
# all elements of notation are <key>{<value>} pairs
# this notation has two types: symbol definitions and weight definitions
# symbol defs: keys are alphabetic, values can be anything (incl lists)
# name{symbol}
# weight defs: keys are source transitions statments w/ step indicator :
# transition{name=weight|name=weight}
# support for limited regular expressions in weight defs
# t:*:t match any one in the second palce; not e same as zero or more
# t:-t:t match anything that is not t
# t:w|q:t match either (alternation)
# note: this will remove all spaces in all keys and all values
self._parseValidate(usrStr)
usrStr = self._parseClean(usrStr)
pairSymbol = {}
pairWeight = {}
groups = usrStr.split(self.CLOSE)
for double in groups:
if self.OPEN not in double: continue
try:
key, value = double.split(self.OPEN)
except: # possible syntax error in formationi
raise error.TransitionSyntaxError, "badly placed delimiters"
# key is always a symbol def: will change case and remove spaces
key = drawer.strScrub(key, 'lower', [' ']) # rm spaces from key
# split into 2 dictionaries, one w/ symbol defs, one w/ weights
# if it is or has a step indicator (:), it is not a def
if self.STEP in key or self.ASSIGN in value: # it is a weight
# store weights values in lower
self._checkSymbolFormWeightKey(key)
pairWeight[key] = drawer.strScrub(value, 'lower', [' '])
else: # must be a symbol def
self._checkSymbolFormDef(
key) # will raise exception on bad key
pairSymbol[key] = drawer.strScrub(value, None, [' '])
# this initializes symbol table
if pairSymbol == {}:
raise error.TransitionSyntaxError, "no symbols defined"
self._symbols = pairSymbol
# pass the pair dictionary to weight parser
if pairWeight == {}:
raise error.TransitionSyntaxError, "no weights defined"
self._parseWeightValue(pairWeight)
# check symbol usage and determine orders
self._checkSymbolUsage()
def _parse(self, usrStr):
# divide all groups into pairs of key, {}-enclosed values
# all elements of notation are <key>{<value>} pairs
# this notation has two types: symbol definitions and weight definitions
# symbol defs: keys are alphabetic, values can be anything (incl lists)
# name{symbol}
# weight defs: keys are source transitions statments w/ step indicator :
# transition{name=weight|name=weight}
# support for limited regular expressions in weight defs
# t:*:t match any one in the second palce; not e same as zero or more
# t:-t:t match anything that is not t
# t:w|q:t match either (alternation)
# note: this will remove all spaces in all keys and all values
self._parseValidate(usrStr)
usrStr = self._parseClean(usrStr)
pairSymbol = {}
pairWeight = {}
groups = usrStr.split(self.CLOSE)
for double in groups:
if self.OPEN not in double: continue
try:
key, value = double.split(self.OPEN)
except: # possible syntax error in formationi
raise error.TransitionSyntaxError, "badly placed delimiters"
# key is always a symbol def: will change case and remove spaces
key = drawer.strScrub(key, 'lower', [' ']) # rm spaces from key
# split into 2 dictionaries, one w/ symbol defs, one w/ weights
# if it is or has a step indicator (:), it is not a def
if self.STEP in key or self.ASSIGN in value: # it is a weight
# store weights values in lower
self._checkSymbolFormWeightKey(key)
pairWeight[key] = drawer.strScrub(value, 'lower', [' '])
else: # must be a symbol def
self._checkSymbolFormDef(key) # will raise exception on bad key
pairSymbol[key] = drawer.strScrub(value, None, [' '])
# this initializes symbol table
if pairSymbol == {}:
raise error.TransitionSyntaxError, "no symbols defined"
self._symbols = pairSymbol
# pass the pair dictionary to weight parser
if pairWeight == {}:
raise error.TransitionSyntaxError, "no weights defined"
self._parseWeightValue(pairWeight)
# check symbol usage and determine orders
self._checkSymbolUsage()
def pmtrNameToPmtrLib(pmtrName):
"""For a given PO name, return the appropriate library key.
Return None if no match
>>> pmtrNameToPmtrLib('ru')
'genPmtrObjs'
>>> pmtrNameToPmtrLib('basketgen')
'genPmtrObjs'
>>> pmtrNameToPmtrLib('filterDivideAnchor')
'filterPmtrObjs'
>>> pmtrNameToPmtrLib('ru,0,1') # permit accepting full definitons
'genPmtrObjs'
"""
pmtrName = drawer.strScrub(pmtrName, 'lower', rm=[' '])
if ',' in pmtrName: # if a comma
pmtrName = pmtrName.split(',')[0] # just get first, strip args
found = None
for libName in list(pmtrLibNames.values()):
pmtrNamesDict = pmtrLibNameToDict(libName)
for key, value in list(pmtrNamesDict.items()):
if pmtrName == key.lower() or pmtrName == value.lower():
found = libName
break
return found
def factory(request):
# all will get all ouput formats
if drawer.isStr(request):
request = drawer.strScrub(request, 'L')
if request == 'all':
request = outputFormatNames.values()
# if other string given, add to a list
else:
request = [request]
# load objects
reqArray = []
for name in request:
name = outputFormatParser(name)
if name == None: continue
# user strings have lower case first char w/ format prefix
className = 'Format' + name[0].upper() + name[1:]
# get module attribute for class
modAttr = globals()[className]
reqArray.append(modAttr())
if len(reqArray) == 1:
return reqArray[0]
else:
return reqArray
def pmtrNameToPmtrLib(pmtrName):
"""For a given PO name, return the appropriate library key.
Return None if no match
>>> pmtrNameToPmtrLib('ru')
'genPmtrObjs'
>>> pmtrNameToPmtrLib('basketgen')
'genPmtrObjs'
>>> pmtrNameToPmtrLib('filterDivideAnchor')
'filterPmtrObjs'
>>> pmtrNameToPmtrLib('ru,0,1') # permit accepting full definitons
'genPmtrObjs'
"""
pmtrName = drawer.strScrub(pmtrName, 'lower', rm=[' '])
if ',' in pmtrName: # if a comma
pmtrName = pmtrName.split(',')[0] # just get first, strip args
found = None
for libName in pmtrLibNames.values():
pmtrNamesDict = pmtrLibNameToDict(libName)
for key, value in pmtrNamesDict.items():
if pmtrName == key.lower() or pmtrName == value.lower():
found = libName
break
return found
def factory(request):
# all will get all ouput formats
if drawer.isStr(request):
request = drawer.strScrub(request, 'L')
if request == 'all':
request = list(outputFormatNames.values())
# if other string given, add to a list
else:
request = [request]
# load objects
reqArray = []
for name in request:
name = outputFormatParser(name)
if name == None: continue
# user strings have lower case first char w/ format prefix
className = 'Format' + name[0].upper() + name[1:]
# get module attribute for class
modAttr = globals()[className]
reqArray.append(modAttr())
if len(reqArray) == 1:
return reqArray[0]
else:
return reqArray
def _guessType(self):
"""try to determine what kind of pitch data is being provided
psReal is default for any integer
midi values must be marked some other way (w/ an m?)
"""
data = copy.copy(self.srcData)
if drawer.isStr(data):
data = drawer.strScrub(data, 'L')
if len(data) == 0:
return None # no data found
if data[0] in REFdiaNameToPc:
return 'psName'
elif data.find('m') >= 0 or data.find('midi') >= 0:
# an m designates a midi note number
return 'midi'
elif data.find('pch') >= 0: # a pch designates a pch value
return 'pch'
elif data.find('hz') >= 0 or data.find('fq') >= 0:
return 'fq'
else: # assume other strings are psInts
return 'psReal'
if drawer.isInt(data): # midi int, or ps int
return 'psReal'
if drawer.isFloat(data): # assume it is a psReal value
return 'psReal'
def _parseSetInputType(self, usrStr, termObj):
"""determine which set input is being provided by user
termObj may be None; if not interactive, not allow import
"""
usrStr = drawer.strScrub(usrStr, 'L')
for char in usrStr:
if char in ['@','&', '|',]: # removed ,'(',')'
return 'sieve'
# if a complete user string, get a file dialog
if usrStr in ['file', 'import', 'spectrum']:
if not termObj.interact: return None # cant import w/ not interactive
return 'import'
if usrStr.find('.txt') >= 0: # assume its a file path
return 'txt' # import a spectrum
if usrStr.find('m') >= 0:
return 'midi'
if usrStr.find('hz') >= 0 or usrStr.find('fq') >= 0:
return 'fq'
# the first character of a set class must always be a number
# 10, 11, and 12 should be in this list, but requires two characters
# there must be a dash (not leading), no comas, no periods,
if (usrStr[0] in ['1','2','3','4','5','6','7','8','9',] and
usrStr.find('-') != -1 and usrStr.find(',') == -1 and
usrStr.find('.') == -1 and usrStr[0] != '-'):
# no other characters should be in this
return 'forte'
else:
for char in usrStr.lower(): # check if it has characters
if char in pitchTools.REFdiaNameToPc.keys():
return 'psName'
return 'psReal' # assume pset numbers
def _guessType(self):
"""try to determine what kind of pitch data is being provided
psReal is default for any integer
midi values must be marked some other way (w/ an m?)
"""
data = copy.copy(self.srcData)
if drawer.isStr(data):
data = drawer.strScrub(data, 'L')
if len(data) == 0:
return None # no data found
if data[0] in REFdiaNameToPc:
return 'psName'
elif data.find('m') >= 0 or data.find('midi') >= 0:
# an m designates a midi note number
return 'midi'
elif data.find('pch') >= 0: # a pch designates a pch value
return 'pch'
elif data.find('hz') >= 0 or data.find('fq') >= 0:
return 'fq'
else: # assume other strings are psInts
return 'psReal'
if drawer.isInt(data): # midi int, or ps int
return 'psReal'
if drawer.isFloat(data): # assume it is a psReal value
return 'psReal'
def decodePmtrName(self, usrStr, style='cmd'):
"""translates user string to proper parameter key
style = cmd uses parenthesis to show command name
str provides simples string
usr provides aux/text numbers w/ aprop shift
>>> a = Clone()
>>> a.decodePmtrName('c')
('acc', 'a(c)cent')
"""
if usrStr == None: return None, ''
p = drawer.strScrub(usrStr, 'lower')
refNo = None # only used for aux, texture
if p in (
't',
'time',
):
attrName = 'time'
label = '(t)ime'
elif p in ('u', 'sustain', 'sus'):
attrName = 'sus'
label = 's(u)stain'
elif p in ('c', 'accent', 'acc'):
attrName = 'acc'
label = 'a(c)cent'
elif p in ('f', 'field', 'fieldq'):
attrName = 'fieldQ'
label = 'local (f)ield'
elif p in ('o', 'oct', 'octq'):
attrName = 'octQ'
label = 'local (o)ctave'
elif p in ('a', 'amp', 'ampq'):
attrName = 'ampQ'
label = '(a)mplitude'
elif p in ('n', 'pan', 'panq'):
attrName = 'panQ'
label = 'pan(n)ing'
elif p[:1] == 'x' or p[:3] == 'aux':
strNum, strLet = drawer.strExtractNum(p)
attrName = 'auxQ' + strNum
label = 'au(x)iliary'
refNo = self._pmtrNumberToUsr(strNum, 0, style)
elif p[:1] == 's' or p[:1] == 'c' or p[:5] == 'clone':
strNum, strLet = drawer.strExtractNum(p)
attrName = 'cloneQ' + p[1:]
label = 'clone (s)tatic'
refNo = self._pmtrNumberToUsr(strNum, 0, style)
else:
attrName = None
label = ''
if style == 'cmd': # leave parenthesis in names
pass
elif style in ['str', 'usr']: # remove parenthesis
label = label.replace('(', '')
label = label.replace(')', '')
if style == 'usr' and refNo != None:
label = '%s %s' % (label, refNo)
return attrName, label
def decodePmtrName(self, usrStr, style='cmd'):
"""translates user string to proper parameter key
style = cmd uses parenthesis to show command name
str provides simples string
usr provides aux/text numbers w/ aprop shift
>>> a = Clone()
>>> a.decodePmtrName('c')
('acc', 'a(c)cent')
"""
if usrStr == None: return None, ''
p = drawer.strScrub(usrStr, 'lower')
refNo = None # only used for aux, texture
if p in ('t', 'time',):
attrName = 'time'
label = '(t)ime'
elif p in ('u', 'sustain', 'sus'):
attrName = 'sus'
label = 's(u)stain'
elif p in ('c', 'accent', 'acc'):
attrName = 'acc'
label = 'a(c)cent'
elif p in ('f', 'field', 'fieldq'):
attrName = 'fieldQ'
label = 'local (f)ield'
elif p in ('o', 'oct', 'octq'):
attrName = 'octQ'
label = 'local (o)ctave'
elif p in ('a', 'amp', 'ampq'):
attrName = 'ampQ'
label = '(a)mplitude'
elif p in ('n', 'pan', 'panq'):
attrName = 'panQ'
label = 'pan(n)ing'
elif p[:1] == 'x' or p[:3] == 'aux':
strNum, strLet = drawer.strExtractNum(p)
attrName = 'auxQ' + strNum
label = 'au(x)iliary'
refNo = self._pmtrNumberToUsr(strNum, 0, style)
elif p[:1] == 's' or p[:1] == 'c' or p[:5] == 'clone':
strNum, strLet = drawer.strExtractNum(p)
attrName = 'cloneQ' + p[1:]
label = 'clone (s)tatic'
refNo = self._pmtrNumberToUsr(strNum, 0, style)
else:
attrName = None
label = ''
if style == 'cmd': # leave parenthesis in names
pass
elif style in ['str', 'usr']: # remove parenthesis
label = label.replace('(','')
label = label.replace(')', '')
if style == 'usr' and refNo != None:
label = '%s %s' % (label, refNo)
return attrName, label
def convertBoolCancel(usrData):
"""converts arg strings: on, off, or cancel
or numbers 0, 1
get strings from language; check english for preferences
>>> convertBoolCancel('y')
1
>>> convertBoolCancel('no')
0
>>> convertBoolCancel(-1)
-1
"""
if drawer.isNum(usrData):
usrStr = str(int(round(usrData)))
else:
usrStr = drawer.strScrub(usrData, 'L')
if usrStr == '':
return None
# off
if (usrStr in ['0',
lang.OFF.lower(),
lang.NO.lower(),
lang.FALSE.lower()] or usrStr[0] == lang.NO[0].lower()):
return 0
if len(usrStr) >= len(lang.OFF):
if usrStr[-len(lang.OFF):] == lang.OFF.lower():
return 0
if len(usrStr) >= 3: # check literal english
if usrStr[-3:] == 'off':
return 0
# on
if (usrStr in ['1',
lang.ON.lower(),
lang.YES.lower(),
lang.TRUE.lower()] or usrStr[0] == lang.YES[0].lower()):
return 1
if len(usrStr) >= len(lang.ON):
if usrStr[-len(lang.ON):] == lang.ON.lower():
return 1
if len(usrStr) >= 2: # check literal english
if usrStr[-2:] == 'on':
return 1
# cancel
if (usrStr in ['-1', lang.CANCEL.lower(),
lang.BREAK.lower()] or usrStr[0] == lang.CANCEL[0].lower()):
return -1
# if no match return None
return None
def _parsePsName(self, usrStr):
"""convert a list of pitch names to a ps
middle c == c4 == midi 60 == 0
"""
#usrStr = self._scrubUsrStr(usrStr)
usrList = drawer.strToListFlat(usrStr, 'L')
psList = []
for elem in usrList: # may be int or float
elem = drawer.strScrub(elem)
if elem == '': continue
elif elem[0] not in list(pitchTools.REFdiaNameToPc.keys()):
continue
else: # this should never raise an error
psList.append(pitchTools.psNameToPs(elem))
return psList
def _parsePsName(self, usrStr):
"""convert a list of pitch names to a ps
middle c == c4 == midi 60 == 0
"""
#usrStr = self._scrubUsrStr(usrStr)
usrList = drawer.strToListFlat(usrStr, 'L')
psList = []
for elem in usrList: # may be int or float
elem = drawer.strScrub(elem)
if elem == '': continue
elif elem[0] not in pitchTools.REFdiaNameToPc.keys():
continue
else: # this should never raise an error
psList.append(pitchTools.psNameToPs(elem))
return psList
def convertBoolCancel(usrData):
"""converts arg strings: on, off, or cancel
or numbers 0, 1
get strings from language; check english for preferences
>>> convertBoolCancel('y')
1
>>> convertBoolCancel('no')
0
>>> convertBoolCancel(-1)
-1
"""
if drawer.isNum(usrData):
usrStr = str(int(round(usrData)))
else:
usrStr = drawer.strScrub(usrData, 'L')
if usrStr == '':
return None
# off
if (usrStr in ['0', lang.OFF.lower(), lang.NO.lower(), lang.FALSE.lower()] or
usrStr[0] == lang.NO[0].lower()):
return 0
if len(usrStr) >= len(lang.OFF):
if usrStr[-len(lang.OFF):] == lang.OFF.lower():
return 0
if len(usrStr) >= 3: # check literal english
if usrStr[-3:] == 'off':
return 0
# on
if (usrStr in ['1', lang.ON.lower(), lang.YES.lower(), lang.TRUE.lower()] or
usrStr[0] == lang.YES[0].lower()):
return 1
if len(usrStr) >= len(lang.ON):
if usrStr[-len(lang.ON):] == lang.ON.lower():
return 1
if len(usrStr) >= 2: # check literal english
if usrStr[-2:] == 'on':
return 1
# cancel
if (usrStr in ['-1', lang.CANCEL.lower(), lang.BREAK.lower()] or
usrStr[0] == lang.CANCEL[0].lower()):
return -1
# if no match return None
return None
def pmtrTypeParser(typeName, libName='genPmtrObjs'):
"""utility functions for parsing user paramter strings into proper
parameter names. accepts short names and long names, regardless of case
does not raise an error if no match: returns string unmodified
parameters can have the same abbreviation if they are in different libraries
>>> pmtrTypeParser('ru', 'genPmtrObjs')
'randomUniform'
>>> pmtrTypeParser('ru', None)
'randomUniform'
>>> pmtrTypeParser('gr', None)
'gaRhythm'
"""
if typeName == None:
raise Exception('got a type name of none')
#print _MOD, 'pmtrTypeParser', typeName, libName
usrStr = drawer.strScrub(typeName, 'lower')
# get all parameter names in a dictionary
if libName == 'genPmtrObjs':
pmtrNames = genPmtrNames
elif libName == 'rthmPmtrObjs':
pmtrNames = rthmPmtrNames
elif libName == 'textPmtrObjs':
pmtrNames = textPmtrNames
elif libName == 'clonePmtrObjs':
pmtrNames = clonePmtrNames
elif libName == 'filterPmtrObjs':
pmtrNames = filterPmtrNames
elif libName == None:
pmtrNames = allPmtrNames
else:
raise error.ParameterObjectSyntaxError(
'no parameter library named: %r' % libName)
for key in list(pmtrNames.keys()):
className = pmtrNames[key]
if usrStr == key:
return className
elif usrStr == className.lower():
return className
# if not mattched, raise an error
raise error.ParameterObjectSyntaxError('no parameter named %r in %s' %
(usrStr, pmtrLibTitle(libName)))
def _pmtrNumberToUsr(self, pmtr, shift, style='str'):
"""convert a parameter number string into data
numbers are returned as numbers, strings as strings
str, and cmd produce un-altered numbers
usr wil shift by appropriate values"""
if drawer.isNum(pmtr):
if style in ['str', 'cmd']:
return pmtr
elif style == 'usr':
return pmtr + shift
if drawer.isStr(pmtr):
if style in ['str', 'cmd']:
return pmtr
elif style == 'usr':
pmtr = drawer.strScrub(pmtr, 'lower')
pmtr = pmtr.replace('q', '')
return str(int(pmtr) + shift)
def _pmtrNumberToUsr(self, pmtr, shift, style='str'):
"""convert a parameter number string into data
numbers are returned as numbers, strings as strings
str, and cmd produce un-altered numbers
usr wil shift by appropriate values"""
if drawer.isNum(pmtr):
if style in ['str', 'cmd']:
return pmtr
elif style == 'usr':
return pmtr + shift
if drawer.isStr(pmtr):
if style in ['str', 'cmd']:
return pmtr
elif style == 'usr':
pmtr = drawer.strScrub(pmtr, 'lower')
pmtr = pmtr.replace('q', '')
return str(int(pmtr) + shift)
def pmtrTypeParser(typeName, libName='genPmtrObjs'):
"""utility functions for parsing user paramter strings into proper
parameter names. accepts short names and long names, regardless of case
does not raise an error if no match: returns string unmodified
parameters can have the same abbreviation if they are in different libraries
>>> pmtrTypeParser('ru', 'genPmtrObjs')
'randomUniform'
>>> pmtrTypeParser('ru', None)
'randomUniform'
>>> pmtrTypeParser('gr', None)
'gaRhythm'
"""
if typeName == None:
raise Exception('got a type name of none')
#print _MOD, 'pmtrTypeParser', typeName, libName
usrStr = drawer.strScrub(typeName, 'lower')
# get all parameter names in a dictionary
if libName == 'genPmtrObjs':
pmtrNames = genPmtrNames
elif libName == 'rthmPmtrObjs':
pmtrNames = rthmPmtrNames
elif libName == 'textPmtrObjs':
pmtrNames = textPmtrNames
elif libName == 'clonePmtrObjs':
pmtrNames = clonePmtrNames
elif libName == 'filterPmtrObjs':
pmtrNames = filterPmtrNames
elif libName == None:
pmtrNames = allPmtrNames
else:
raise error.ParameterObjectSyntaxError, 'no parameter library named: %r' % libName
for key in pmtrNames.keys():
className = pmtrNames[key]
if usrStr == key:
return className
elif usrStr == className.lower():
return className
# if not mattched, raise an error
raise error.ParameterObjectSyntaxError, 'no parameter named %r in %s' % (usrStr, pmtrLibTitle(libName))
def getNoteNameFromPercName(percStr):
"for a given percussion name, find what note name is needed"
foundName = None
percStr = drawer.strScrub(percStr, 'L')
for name in gmPercussionNames.keys():
if percStr == name.lower():
foundName = name
break
if foundName == None: # check again for partial matches
for name in gmPercussionNames.keys():
name = name.lower()
if name.find(percStr) >= 0:
foundName = name
break
if foundName == None:
print _MOD, 'cant find:', percStr
midiInt = gmPercussionNames[foundName]
noteName = pitchTools.midiToNoteName(midiInt)
return noteName # may be None on error
def getNoteNameFromPercName(percStr):
"for a given percussion name, find what note name is needed"
foundName = None
percStr = drawer.strScrub(percStr, 'L')
for name in gmPercussionNames.keys():
if percStr == name.lower():
foundName = name
break
if foundName == None: # check again for partial matches
for name in gmPercussionNames.keys():
name = name.lower()
if name.find(percStr) >= 0:
foundName = name
break
if foundName == None:
print _MOD, 'cant find:', percStr
midiInt = gmPercussionNames[foundName]
noteName = pitchTools.midiToNoteName(midiInt)
return noteName # may be None on error
def findCloneStaticLabel(self, usrStr):
"""find proper label for clone static options
>>> a = Clone()
"""
if usrStr not in self.cloneLabels:
# try to match by parameter obj name
usrStr = drawer.strScrub(usrStr, 'lower')
for key in parameter.clonePmtrNames.keys(): # keys are short
if usrStr == key: # get long name
usrStr = parameter.clonePmtrNames[key]
break
found = 0
# check for parameter names
for key in self.cloneLabels:
if usrStr.lower() == self.pmtrObjDict[key].type.lower():
usrStr = key
found = 1
break
if not found:
raise ValueError, 'bad label name for clone pmtr data: %s' % usrStr
return usrStr
def getPgmNumber(usrStr):
if usrStr == '': return None
try:
numVal = int(usrStr)
except (ValueError, TypeError):
numVal = -1
if numVal >= 0: # its a number, try to use
return getPgmName(numVal), numVal
# its a string
usrStr = drawer.strScrub(usrStr, 'L')
scoreDict = {}
for name in gmProgramNames.keys():
nameTest = name.lower()
scoreDict[name] = nameTest.count(usrStr) # counts instances
best = ('', 0) # name, score
# go basck over items; name does have case
for name, score in scoreDict.items():
if score > best[1]:
best = (name, score)
if best[0] == '': # nothing found
return None
else:
return best[0], gmProgramNames[best[0]] # name, pgmNum
def findCloneStaticLabel(self, usrStr):
"""find proper label for clone static options
>>> a = Clone()
"""
if usrStr not in self.cloneLabels:
# try to match by parameter obj name
usrStr = drawer.strScrub(usrStr, 'lower')
for key in parameter.clonePmtrNames.keys(): # keys are short
if usrStr == key: # get long name
usrStr = parameter.clonePmtrNames[key]
break
found = 0
# check for parameter names
for key in self.cloneLabels:
if usrStr.lower() == self.pmtrObjDict[key].type.lower():
usrStr = key
found = 1
break
if not found:
raise ValueError, 'bad label name for clone pmtr data: %s' % usrStr
return usrStr
def getPgmNumber(usrStr):
if usrStr == '': return None
try:
numVal = int(usrStr)
except (ValueError, TypeError):
numVal = -1
if numVal >= 0: # its a number, try to use
return getPgmName(numVal), numVal
# its a string
usrStr = drawer.strScrub(usrStr, 'L')
scoreDict = {}
for name in gmProgramNames.keys():
nameTest = name.lower()
scoreDict[name] = nameTest.count(usrStr) # counts instances
best = ('', 0) # name, score
# go basck over items; name does have case
for name, score in scoreDict.items():
if score > best[1]:
best = (name, score)
if best[0] == '': # nothing found
return None
else:
return best[0], gmProgramNames[best[0]] # name, pgmNum
def _parse(self, usrStr):
'''
>>> g = Grammar()
>>> g._parse('a{3}b{4} @ a{b}b{a|b}')
>>> g._parse('a{3}b{4} @ a{b}b{a|b|c}')
Traceback (most recent call last):
TransitionSyntaxError: destination rule component ([('a', 1), ('b', 1), ('c', 1)]) references an undefined symbol
>>> g._parse('a{3}b{4}c{3} @ a{b}b{a|b|c}')
>>> g._parse('a{3}b{4}c{3} @ a{b}d{a|b|c}')
Traceback (most recent call last):
TransitionSyntaxError: source rule component (d) references an undefined symbol
>>> g._symbols
{'a': '3', 'c': '3', 'b': '4'}
>>> g._parse('a{3}b{4}c{3} @ a{bb}b{aa|b|c}')
>>> g._symbols
{'a': '3', 'c': '3', 'b': '4'}
>>> g._rules
{'a': [('bb', 1)], 'b': [('aa', 1), ('b', 1), ('c', 1)]}
>>> g._parse('a{3}b{4} @ a{b}b{a|b} @ b')
>>> g._axiom
'b'
>>> g._parse('a{3}b{4} @ a{b}b{a|b} @ baab')
>>> g._axiom
'baab'
>>> g._parse('a{3}b{4} @ a{b}ac{a|b} @ baab')
Traceback (most recent call last):
TransitionSyntaxError: source rule component (ac) references an undefined symbol
>>> g._parse('a{3}b{4} @ *{b} @ baab') # * can be source, not dst
>>> g._parse('a{3}b{4} @ a{*} @ baab') # * cannot be destination
Traceback (most recent call last):
TransitionSyntaxError: destination rule component ([('*', 1)]) references an undefined symbol
'''
# divide all groups into pairs of key, {}-enclosed values
# all elements of notation are <key>{<value>} pairs
self._parseValidate(usrStr)
usrStr = self._parseClean(usrStr)
pairSymbol = {}
pairRule = {}
if usrStr.count(self.SPLIT) not in [1, 2]: # must be 1 or 2
raise error.TransitionSyntaxError("must include exactly one split delimiter (%s)" % self.SPLIT)
if usrStr.count(self.SPLIT) == 1:
partSymbol, partRule = usrStr.split(self.SPLIT)
partAxiom = None
elif usrStr.count(self.SPLIT) == 2: # split into three
partSymbol, partRule, partAxiom = usrStr.split(self.SPLIT)
for subStr, dst in [(partSymbol, 'symbol'), (partRule, 'rule')]:
groups = subStr.split(self.CLOSE)
for double in groups:
if self.OPEN not in double:
continue
try:
key, value = double.split(self.OPEN)
except: # possible syntax error in formationi
raise error.TransitionSyntaxError("badly placed delimiters")
# key is always a symbol def: will change case and remove spaces
key = drawer.strScrub(key, 'lower', [' ']) # rm spaces from key
# split into 2 dictionaries, one w/ symbol defs, one w/ rules
# symbol defs must come before
if dst == 'symbol':
self._checkSymbolFormDef(key) # will raise exception on bad key
pairSymbol[key] = drawer.strScrub(value, None, [' '])
elif dst == 'rule':
self._checkSymbolFormRuleKey(key)
pairRule[key] = drawer.strScrub(value, 'lower', [' '])
# this initializes symbol table
if pairSymbol == {}:
raise error.TransitionSyntaxError("no symbols defined")
self._symbols = pairSymbol
# pass the pair dictionary to weight parser
if pairRule == {}:
raise error.TransitionSyntaxError("no rules defined")
self._parseRuleValue(pairRule) # assigns to self._rules
# check symbol usage and determine orders
self._checkRuleReference()
# assigns axiom value
self._parseAxiom(partAxiom)
def _parse(self, usrStr):
'''
>>> g = Grammar()
>>> g._parse('a{3}b{4} @ a{b}b{a|b}')
>>> g._parse('a{3}b{4} @ a{b}b{a|b|c}')
Traceback (most recent call last):
TransitionSyntaxError: destination rule component ([('a', 1), ('b', 1), ('c', 1)]) references an undefined symbol
>>> g._parse('a{3}b{4}c{3} @ a{b}b{a|b|c}')
>>> g._parse('a{3}b{4}c{3} @ a{b}d{a|b|c}')
Traceback (most recent call last):
TransitionSyntaxError: source rule component (d) references an undefined symbol
>>> g._symbols
{'a': '3', 'c': '3', 'b': '4'}
>>> g._parse('a{3}b{4}c{3} @ a{bb}b{aa|b|c}')
>>> g._symbols
{'a': '3', 'c': '3', 'b': '4'}
>>> g._rules
{'a': [('bb', 1)], 'b': [('aa', 1), ('b', 1), ('c', 1)]}
>>> g._parse('a{3}b{4} @ a{b}b{a|b} @ b')
>>> g._axiom
'b'
>>> g._parse('a{3}b{4} @ a{b}b{a|b} @ baab')
>>> g._axiom
'baab'
>>> g._parse('a{3}b{4} @ a{b}ac{a|b} @ baab')
Traceback (most recent call last):
TransitionSyntaxError: source rule component (ac) references an undefined symbol
>>> g._parse('a{3}b{4} @ *{b} @ baab') # * can be source, not dst
>>> g._parse('a{3}b{4} @ a{*} @ baab') # * cannot be destination
Traceback (most recent call last):
TransitionSyntaxError: destination rule component ([('*', 1)]) references an undefined symbol
'''
# divide all groups into pairs of key, {}-enclosed values
# all elements of notation are <key>{<value>} pairs
self._parseValidate(usrStr)
usrStr = self._parseClean(usrStr)
pairSymbol = {}
pairRule = {}
if usrStr.count(self.SPLIT) not in [1, 2]: # must be 1 or 2
raise error.TransitionSyntaxError(
"must include exactly one split delimiter (%s)" % self.SPLIT)
if usrStr.count(self.SPLIT) == 1:
partSymbol, partRule = usrStr.split(self.SPLIT)
partAxiom = None
elif usrStr.count(self.SPLIT) == 2: # split into three
partSymbol, partRule, partAxiom = usrStr.split(self.SPLIT)
for subStr, dst in [(partSymbol, 'symbol'), (partRule, 'rule')]:
groups = subStr.split(self.CLOSE)
for double in groups:
if self.OPEN not in double:
continue
try:
key, value = double.split(self.OPEN)
except: # possible syntax error in formationi
raise error.TransitionSyntaxError(
"badly placed delimiters")
# key is always a symbol def: will change case and remove spaces
key = drawer.strScrub(key, 'lower',
[' ']) # rm spaces from key
# split into 2 dictionaries, one w/ symbol defs, one w/ rules
# symbol defs must come before
if dst == 'symbol':
self._checkSymbolFormDef(
key) # will raise exception on bad key
pairSymbol[key] = drawer.strScrub(value, None, [' '])
elif dst == 'rule':
self._checkSymbolFormRuleKey(key)
pairRule[key] = drawer.strScrub(value, 'lower', [' '])
# this initializes symbol table
if pairSymbol == {}:
raise error.TransitionSyntaxError("no symbols defined")
self._symbols = pairSymbol
# pass the pair dictionary to weight parser
if pairRule == {}:
raise error.TransitionSyntaxError("no rules defined")
self._parseRuleValue(pairRule) # assigns to self._rules
# check symbol usage and determine orders
self._checkRuleReference()
# assigns axiom value
self._parseAxiom(partAxiom)
