def generateCode(self,stable): self.getMethodTable(stable) #ensure method tables initialized gvar = Global() # mixin object reference gvar.setName(self.name) # our name obj = BytecodeObject(self.name) # class/singleton object gvar.setValue(obj) # which the reference points to obj.setMTable(self.mixinMethodTable) #mixin objects get mixin mtable return [self.mixinMethodTable,obj,gvar]
def generateCode(self,symbolTable):
test_global = Global()
store_global = Global()
test_global.setName('test'+self.name)
store_global.setName('store'+self.name)
secondary_block = Block(innerBlock = True)
secondary_block.add_instruction('Global $store'+self.name)
secondary_block.add_instruction('Return')
blocks = []
self.block.add_instruction('Block #'+secondary_block.getName())
self.block.add_instruction('Global $test'+self.name)
self.block.add_instruction("MCall 1 'and:'")
self.block.add_instruction('Pop')
self.expr.generateCode(symbolTable,
{},
{'_return': None,'@':None,'_blocks':blocks},
None,
self.block,
self.block)
self.block.add_instruction('Dup')
self.block.add_instruction('StoreGlobal $store'+self.name)
self.block.add_instruction('Global $true')
self.block.add_instruction('StoreGlobal $test'+self.name)
self.block.add_instruction("Return")
return [self.block,secondary_block,store_global,test_global]+blocks
def generateCode(self,gSym,iSym,lSym,cref,blocko,blocki):
global counter
counter += 1
arrayObject = ByteArray("str_array"+str(counter))
vals = []
for chr in self.value:
vals += [ord(chr)]
arrayObject.setValues(vals)
stringObject = BytecodeObject("str_object"+str(counter))
class MTable:
def __init__(self,name):
self.name = name
stringMTable = MTable("AsciiString")
stringObject.setMTable(stringMTable)
stringObject.addIntIVar(len(vals))
stringObject.addIVar("@"+arrayObject.name)
stringGlobal = Global()
stringGlobal.setName("str_global"+str(counter))
stringGlobal.setValue(stringObject)
lSym['_blocks'].append(stringGlobal)
lSym['_blocks'].append(arrayObject)
lSym['_blocks'].append(stringObject)
blocki.add_instruction("Global $str_global"+str(counter))
def generateCode(self,stable):
self.getMethodTable(stable) #ensure method tables initialized
self.addClassMethod(stable)
#self.resolveMixins(stable)
gvar = Global() # class/singleton object reference
gvar.setName(self.name) # our name
obj = BytecodeObject(self.name) # class/singleton object
gvar.setValue(obj) # which the reference points to
if self.singleton:
obj.setMTable(self.methodTable) #singletons get object mtable
return [self.methodTable,obj,gvar]+self.exceptionHandlingBlocks
else:
obj.setMTable(self.classMethodTable) #non-singletons get factory one
block = Block(name = '_new_' + self.name) # new method
block.add_instruction("Int %i"%\
(self.getInstanceVariableCount(stable)))
block.add_instruction("Alloc %i"% \
self.getInstanceVariableCount(stable))
block.add_instruction("Dup")
block.add_instruction("ChMTable %%%s"%(self.methodTable.name))
block.add_instruction("Return")
self.classMethodTable.addMethod('basicNew',block.name)
return [self.methodTable,self.classMethodTable,block,obj,gvar]+\
self.exceptionHandlingBlocks
