| Line 862... |
Line 862... |
elif token['type'] == 'value':
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elif token['type'] == 'value':
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return token['value']
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return token['value']
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else:
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else:
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raise asmDef.AsmException('Unrecognized optional argument "%s"' % token['value']);
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raise asmDef.AsmException('Unrecognized optional argument "%s"' % token['value']);
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|
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def Emit_GetAddrAndBank(self,name):
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def Emit_GetAddrAndBank(self,token):
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"""
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"""
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For the specified variable, return an ordered tuple of the memory address
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For the specified variable, return an ordered tuple of the memory address
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within its bank, the corresponding bank index, and the corresponding bank
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within its bank, the corresponding bank index, and the corresponding bank
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name.\n
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name.\n
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Note: This is used by several user-defined macros that fetch from or store
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Note: This is used by several user-defined macros that fetch from or store
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to variables.
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to variables.
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"""
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"""
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name = token['value'];
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if not self.IsSymbol(name):
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if not self.IsSymbol(name):
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raise asmDef.AsmException('"%s" is not a recognized symbol' % name);
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raise asmDef.AsmException('"%s" is not a recognized symbol at %s' % (name,token['loc'],));
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ixName = self.symbols['list'].index(name);
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ixName = self.symbols['list'].index(name);
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if self.symbols['type'][ixName] != 'variable':
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if self.symbols['type'][ixName] != 'variable':
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raise asmDef.AsmException('"%s" is not a variable' % name);
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raise asmDef.AsmException('"%s" is not a variable at %s' % (name,token['loc'],));
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body = self.symbols['body'][ixName];
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body = self.symbols['body'][ixName];
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bankName = body['memory'];
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bankName = body['memory'];
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ixMem = self.memories['list'].index(bankName);
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ixMem = self.memories['list'].index(bankName);
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return (body['start'],self.memories['bank'][ixMem],bankName,);
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return (body['start'],self.memories['bank'][ixMem],bankName,);
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