def getCharObj(theChar):
if(theChar in charObjs):
return charObjs[theChar]
else:
theCharObj=bif.value_obj()
charObjs[theChar]=theCharObj
return theCharObj
def getCharObj(theChar):
if(theChar in charObjs):
return charObjs[theChar]
else:
theCharObj=bif.value_obj()
charObjs[theChar]=theCharObj
return theCharObj
def evalScript(script,inObj):
ATHVars={}
THIS=bif.value_obj()
ATHVars['THIS']=THIS
ATHVars['NULL']=NULL_obj
ATHVars['ARGS']=inObj
return_obj=NULL_obj
charNum=0
execStack=[]
while(THIS.living):
if(False):
pass
elif(script.startswith('import ',charNum)):
semicolonOffset=script[charNum:].index(';')
importStatementStr=script[charNum:charNum+semicolonOffset]
importStatementList=importStatementStr.split(' ')
if(importStatementList[-1] not in ATHVars):
ATHVars[importStatementList[-1]]=bif.value_obj()
charNum+=semicolonOffset
elif(re.match(r'importf ([^; ]+) as ([^; ]+);',script[charNum:])!=None):
matches=re.match(r'importf ([^; ]+) as ([^; ]+);',script[charNum:])
importfFilename=matches.group(1)
#print "the filename is "+importfFilename
try:
importfFilelink=open(importfFilename,'r')
newFunc=importfFilelink.read(-1)
#print newFunc
funCodes[matches.group(2)]=newFunc
except:
print ("could not read file "+importfFilename)
charNum=script.find(';',charNum)
elif(script.startswith('~ATH(',charNum)):
closeparenOffset=script[charNum:].index(')')
loopVar=script[charNum+5:charNum+closeparenOffset]
loopVar=loopVar.strip(' \t\n\r')
#print "reached ~ATH command, loopVar is "+loopVar
if(loopVar in ATHVars):
if(ATHVars[loopVar].living):
execStack.append((charNum,'{'))
charNum+=closeparenOffset
#print "loop on "+loopVar
else:
#print "parenmatch jump from "+str(charNum)
charNum=matchParens(script,charNum,'{','}')+2
#print "parenmatch jumped to char:"+str(charNum)+" which was"+script[charNum]
#print "loopVar was "+loopVar
else:
print('warning/error: \"{0}\" is undefined'.format(loopVar))
elif(script.startswith('}',charNum)):
openingTuple=execStack.pop()
if(openingTuple[1]=='{'):
charNum=openingTuple[0]
else:
print('what are you trying to do? \"(...}\" error')
elif(script.startswith('print ',charNum)):
#print "print..."
semicolonOffset=script[charNum:].index(';')
print(script[charNum+6:charNum+semicolonOffset])
charNum+=semicolonOffset#+6
elif(re.match(r'PRINT2 ([^\[\];]*);',script[charNum:])!=None):
matches=re.match(r'PRINT2 ([^\[\];]*);',script[charNum:])
print (getObjStr(ATHVars[matches.group(1)]))
charNum=script.find(';',charNum)
elif(script.startswith('INPUT',charNum)):
semicolonOffset=script[charNum:].index(';')
varname=script[charNum+6:charNum+semicolonOffset]
#print 'INPUT varname was "'+varname+'"'
ATHVars[varname]=getStrObj(input(':'))
charNum+=semicolonOffset
elif(re.match(r'BIFURCATE ([^\[\];]*)\[([^\[\];]*),([^\[\];]*)\];',script[charNum:])!=None):
#print("binurcate the thing!")
matches=re.match(r'BIFURCATE ([^\[\];]*)\[([^\[\];]*),([^\[\];]*)\];',script[charNum:])
(ATHVars[matches.group(2)],ATHVars[matches.group(3)])=bifurcate(ATHVars[matches.group(1)])
charNum=script.find(';',charNum)
elif(re.match(r'BIFURCATE \[([^\[\];]*),([^\[\];]*)\]([^\[\];]*);',script[charNum:])!=None):
matches=re.match(r'BIFURCATE \[([^\[\];]*),([^\[\];]*)\]([^\[\];]*);',script[charNum:])
ATHVars[matches.group(3)]=bifurcate(ATHVars[matches.group(1)],ATHVars[matches.group(2)])
charNum=script.find(';',charNum)
elif(script.startswith('BIFFURCATE ',charNum)):
charNum+=10
semicolonOffset=script[charNum:].index(';')
openSquareOffset=script[charNum:].index('[')
closeSquareOffset=script[charNum:].index(']')
commaOffset=script[charNum:].index(',')
syntacticallyCorrect=True
for offset in [openSquareOffset,closeSquareOffset,commaOffset]:
if((offset==-1) or (offset>semicolonOffset)):
print("Bifurcate command malformed, char:"+str(charNum))
syntacticallyCorrect=False
break
if(syntacticallyCorrect):
if(openSquareOffset==0):
leftHalf=script[charNum+openSquareOffset+1:charNum+commaOffset]
rightHalf=script[charNum+commaOffset+1:charNum+closeSquareOffset]
combinedName=script[charNum+closeSquareOffset+1:charNum+semicolonOffset]
ATHVars[combinedName]=bifurcate(ATHVars[leftHalf],ATHVars[rightHalf])
else:
toSplitName=script[charNum:charNum+openSquareOffset]
leftHalf=script[charNum+openSquareOffset+1:charNum+commaOffset]
rightHalf=script[charNum+commaOffset+1:charNum+closeSquareOffset]
(ATHVars[leftHalf],ATHVars[rightHalf])=bifurcate(ATHVars[toSplitName])
elif(re.match(r'([0-9a-zA-Z]+)\.DIE\(([0-9a-zA-Z]*)\);',script[charNum:])!=None):#script[charNum:script[charNum:].find(';')].endswith('.DIE()')):
matches=re.match(r'([0-9a-zA-Z]+)\.DIE\(([0-9a-zA-Z]*)\);',script[charNum:])#.group(1)
varname=matches.group(1)
argvarname=matches.group(2)
if argvarname:
#print("argvarname is " +argvarname)
return_obj=ATHVars[argvarname]
#print "found .DIE(); statement! Variable name is "+varname
ATHVars[varname].DIE()
charNum=script.find(';',charNum)
#print varname+"killed"
elif(script.startswith('//',charNum)):
nextNewlinePos=script.find('\n',charNum)
if '\r' in script[charNum:nextNewlinePos]:
nextNewlinePos=script.find('\r',charNum)
charNum=nextNewlinePos
elif(script.startswith('/*',charNum)):
charNum=script.find('*/',charNum)
elif(script.startswith('PYDEBUG',charNum)):
pdb.set_trace()
charNum+=5
elif(re.match(r'([A-Z0-9_]+) \[([^\[\];]*),([^\[\];]*)\]([^\[\];]*);',script[charNum:])!=None):
try:
matches=re.match(r'([A-Z0-9_]+) \[([^\[\];]*),([^\[\];]*)\]([^\[\];]*);',script[charNum:])
funName=matches.group(1)
#print "the function called '"+funName + "' was called."
#print "yeah it works."
if funName in funCodes:
theFuncCode=funCodes[funName]
sentInObject=bifurcate(ATHVars[matches.group(2)],ATHVars[matches.group(3)])
ATHVars[matches.group(4)]=evalScript(theFuncCode,sentInObject)
else:
print ("error: function called '"+funName+"' not recognized")
charNum+=len(funName)
except:
print ("function not recognized/ a bug in the interpreter")
print (matches)#re.match(r'([A-Z0-9_]+) \[([^\[\];]*),([^\[\];]*)\]([^\[\];]*);',script[charNum:])
print ("...")
charNum+=1
#charNum+=1
elif(re.match(r'([A-Z0-9_]+) ([^\[\];]*)\[([^\[\];]*),([^\[\];]*)\];',script[charNum:])!=None):
try:
matches=re.match(r'([A-Z0-9_]+) ([^\[\];]*)\[([^\[\];]*),([^\[\];]*)\];',script[charNum:])
funName=matches.group(1)
#print "the function called '"+funName + "' was called."
#print "yeah it works."
if funName in funCodes:
theFuncCode=funCodes[funName]
sentInObject=ATHVars[matches.group(2)]#bifurcate(ATHVars[matches.group(2)],ATHVars[matches.group(3)])
ATHVars[matches.group(3)],ATHVars[matches.group(4)]=bifurcate(evalScript(theFuncCode,sentInObject))
else:
print ("error: function called '"+funName+"' not recognized")
charNum+=len(funName)
except:
print ("function not recognized/ a bug in the interpreter")
print (matches)#re.match(r'([A-Z0-9_]+) \[([^\[\];]*),([^\[\];]*)\]([^\[\];]*);',script[charNum:])
print ("...")
charNum+=1
else:
charNum+=1
if(charNum > len(script)):
THIS.DIE()
#print script[charNum]
return return_obj
BIFURCATE [BLAH,C]C;
}
/*
BIFURCATE [BLAH,C]CTEMP;
BIFURCATE CTEMP[JUNK,CTEMP];
~ATH(CTEMP){
BIFURCATE CTEMP[JUNK,CTEMP];
print some text;
}
print DONE!;
*/
THIS.DIE(C);
"""#NOTE:use a better addition algorithm.
NULL_obj=bif.value_obj()
NULL_obj.DIE()
def evalScript(script,inObj):
ATHVars={}
THIS=bif.value_obj()
ATHVars['THIS']=THIS
ATHVars['NULL']=NULL_obj
ATHVars['ARGS']=inObj
return_obj=NULL_obj
charNum=0
execStack=[]
while(THIS.living):
if(False):
pass
def evalScript(script,inObj):
ATHVars={}
THIS=bif.value_obj()
ATHVars['THIS']=THIS
ATHVars['NULL']=NULL_obj
ATHVars['ARGS']=inObj
return_obj=NULL_obj
charNum=0
execStack=[]
while(THIS.living):
if(False):
pass
elif(script.startswith('import ',charNum)):
semicolonOffset=script[charNum:].index(';')
importStatementStr=script[charNum:charNum+semicolonOffset]
importStatementList=importStatementStr.split(' ')
if(importStatementList[-1] not in ATHVars):
ATHVars[importStatementList[-1]]=bif.value_obj()
charNum+=semicolonOffset
elif(re.match(r'importf ([^; ]+) as ([^; ]+);',script[charNum:])!=None):
matches=re.match(r'importf ([^; ]+) as ([^; ]+);',script[charNum:])
importfFilename=matches.group(1)
#print "the filename is "+importfFilename
try:
importfFilelink=open(importfFilename,'r')
newFunc=importfFilelink.read(-1)
#print newFunc
funCodes[matches.group(2)]=newFunc
except:
print "could not read file "+importfFilename
charNum=script.find(';',charNum)
elif(script.startswith('~ATH(',charNum)):
closeparenOffset=script[charNum:].index(')')
loopVar=script[charNum+5:charNum+closeparenOffset]
loopVar=loopVar.strip(' \t\n\r')
#print "reached ~ATH command, loopVar is "+loopVar
if(loopVar in ATHVars):
if(ATHVars[loopVar].living):
execStack.append((charNum,'{'))
charNum+=closeparenOffset
#print "loop on "+loopVar
else:
#print "parenmatch jump from "+str(charNum)
charNum=matchParens(script,charNum,'{','}')+2
#print "parenmatch jumped to char:"+str(charNum)+" which was"+script[charNum]
#print "loopVar was "+loopVar
else:
print('warning/error: \"{0}\" is undefined'.format(loopVar))
elif(script.startswith('}',charNum)):
openingTuple=execStack.pop()
if(openingTuple[1]=='{'):
charNum=openingTuple[0]
else:
print('what are you trying to do? \"(...}\" error')
elif(script.startswith('print ',charNum)):
#print "print..."
semicolonOffset=script[charNum:].index(';')
print(script[charNum+6:charNum+semicolonOffset])
charNum+=semicolonOffset#+6
elif(re.match(r'PRINT2 ([^\[\];]*);',script[charNum:])!=None):
matches=re.match(r'PRINT2 ([^\[\];]*);',script[charNum:])
print getObjStr(ATHVars[matches.group(1)])
charNum=script.find(';',charNum)
elif(script.startswith('INPUT',charNum)):
semicolonOffset=script[charNum:].index(';')
varname=script[charNum+6:charNum+semicolonOffset]
#print 'INPUT varname was "'+varname+'"'
ATHVars[varname]=getStrObj(raw_input(':'))
charNum+=semicolonOffset
elif(re.match(r'BIFURCATE ([^\[\];]*)\[([^\[\];]*),([^\[\];]*)\];',script[charNum:])!=None):
#print("binurcate the thing!")
matches=re.match(r'BIFURCATE ([^\[\];]*)\[([^\[\];]*),([^\[\];]*)\];',script[charNum:])
(ATHVars[matches.group(2)],ATHVars[matches.group(3)])=bifurcate(ATHVars[matches.group(1)])
charNum=script.find(';',charNum)
elif(re.match(r'BIFURCATE \[([^\[\];]*),([^\[\];]*)\]([^\[\];]*);',script[charNum:])!=None):
matches=re.match(r'BIFURCATE \[([^\[\];]*),([^\[\];]*)\]([^\[\];]*);',script[charNum:])
ATHVars[matches.group(3)]=bifurcate(ATHVars[matches.group(1)],ATHVars[matches.group(2)])
charNum=script.find(';',charNum)
elif(script.startswith('BIFFURCATE ',charNum)):
charNum+=10
semicolonOffset=script[charNum:].index(';')
openSquareOffset=script[charNum:].index('[')
closeSquareOffset=script[charNum:].index(']')
commaOffset=script[charNum:].index(',')
syntacticallyCorrect=True
for offset in [openSquareOffset,closeSquareOffset,commaOffset]:
if((offset==-1) or (offset>semicolonOffset)):
print("Bifurcate command malformed, char:"+str(charNum))
syntacticallyCorrect=False
break
if(syntacticallyCorrect):
if(openSquareOffset==0):
leftHalf=script[charNum+openSquareOffset+1:charNum+commaOffset]
rightHalf=script[charNum+commaOffset+1:charNum+closeSquareOffset]
combinedName=script[charNum+closeSquareOffset+1:charNum+semicolonOffset]
ATHVars[combinedName]=bifurcate(ATHVars[leftHalf],ATHVars[rightHalf])
else:
toSplitName=script[charNum:charNum+openSquareOffset]
leftHalf=script[charNum+openSquareOffset+1:charNum+commaOffset]
rightHalf=script[charNum+commaOffset+1:charNum+closeSquareOffset]
(ATHVars[leftHalf],ATHVars[rightHalf])=bifurcate(ATHVars[toSplitName])
elif(re.match(r'([0-9a-zA-Z]+)\.DIE\(([0-9a-zA-Z]*)\);',script[charNum:])!=None):#script[charNum:script[charNum:].find(';')].endswith('.DIE()')):
matches=re.match(r'([0-9a-zA-Z]+)\.DIE\(([0-9a-zA-Z]*)\);',script[charNum:])#.group(1)
varname=matches.group(1)
argvarname=matches.group(2)
if argvarname:
#print("argvarname is " +argvarname)
return_obj=ATHVars[argvarname]
#print "found .DIE(); statement! Variable name is "+varname
ATHVars[varname].DIE()
charNum=script.find(';',charNum)
#print varname+"killed"
elif(script.startswith('//',charNum)):
nextNewlinePos=script.find('\n',charNum)
if '\r' in script[charNum:nextNewlinePos]:
nextNewlinePos=script.find('\r',charNum)
charNum=nextNewlinePos
elif(script.startswith('/*',charNum)):
charNum=script.find('*/',charNum)
elif(script.startswith('PYDEBUG',charNum)):
pdb.set_trace()
charNum+=5
elif(re.match(r'([A-Z0-9_]+) \[([^\[\];]*),([^\[\];]*)\]([^\[\];]*);',script[charNum:])!=None):
try:
matches=re.match(r'([A-Z0-9_]+) \[([^\[\];]*),([^\[\];]*)\]([^\[\];]*);',script[charNum:])
funName=matches.group(1)
#print "the function called '"+funName + "' was called."
#print "yeah it works."
if funName in funCodes:
theFuncCode=funCodes[funName]
sentInObject=bifurcate(ATHVars[matches.group(2)],ATHVars[matches.group(3)])
ATHVars[matches.group(4)]=evalScript(theFuncCode,sentInObject)
else:
print "error: function called '"+funName+"' not recognized"
charNum+=len(funName)
except:
print "function not recognized/ a bug in the interpreter"
print matches#re.match(r'([A-Z0-9_]+) \[([^\[\];]*),([^\[\];]*)\]([^\[\];]*);',script[charNum:])
print "..."
charNum+=1
#charNum+=1
elif(re.match(r'([A-Z0-9_]+) ([^\[\];]*)\[([^\[\];]*),([^\[\];]*)\];',script[charNum:])!=None):
try:
matches=re.match(r'([A-Z0-9_]+) ([^\[\];]*)\[([^\[\];]*),([^\[\];]*)\];',script[charNum:])
funName=matches.group(1)
#print "the function called '"+funName + "' was called."
#print "yeah it works."
if funName in funCodes:
theFuncCode=funCodes[funName]
sentInObject=ATHVars[matches.group(2)]#bifurcate(ATHVars[matches.group(2)],ATHVars[matches.group(3)])
ATHVars[matches.group(3)],ATHVars[matches.group(4)]=bifurcate(evalScript(theFuncCode,sentInObject))
else:
print "error: function called '"+funName+"' not recognized"
charNum+=len(funName)
except:
print "function not recognized/ a bug in the interpreter"
print matches#re.match(r'([A-Z0-9_]+) \[([^\[\];]*),([^\[\];]*)\]([^\[\];]*);',script[charNum:])
print "..."
charNum+=1
else:
charNum+=1
if(charNum > len(script)):
THIS.DIE()
#print script[charNum]
return return_obj
BIFURCATE [BLAH,C]C;
}
/*
BIFURCATE [BLAH,C]CTEMP;
BIFURCATE CTEMP[JUNK,CTEMP];
~ATH(CTEMP){
BIFURCATE CTEMP[JUNK,CTEMP];
print some text;
}
print DONE!;
*/
THIS.DIE(C);
"""#NOTE:use a better addition algorithm.
NULL_obj=bif.value_obj()
NULL_obj.DIE()
def evalScript(script,inObj):
ATHVars={}
THIS=bif.value_obj()
ATHVars['THIS']=THIS
ATHVars['NULL']=NULL_obj
ATHVars['ARGS']=inObj
return_obj=NULL_obj
charNum=0
execStack=[]
while(THIS.living):
if(False):
pass