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Line 17... |
ad.AddMacro('.push32', 4, [ ['','singlevalue','symbol'] ]);
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ad.AddMacro('.push32', 4, [ ['','singlevalue','symbol'] ]);
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# Define the macro functionality.
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# Define the macro functionality.
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def emitFunction(ad,fp,argument):
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def emitFunction(ad,fp,argument):
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argument = argument[0];
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argument = argument[0];
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if argument['type'] == 'value':
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v = ad.Emit_IntegerValue(argument);
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v = argument['value'];
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if not (-2**31 <= v < 2**32):
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elif argument['type'] == 'symbol':
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raise asmDef.AsmException('Argument "%s" should be a 32-bit integer at %s' % (argument['value'],argument['loc'],));
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name = argument['value'];
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printString = argument['value'] if type(argument['value']) == str else '0x%04X' % (v % 2**32);
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if not ad.IsSymbol(name):
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for ix in range(4-1):
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raise asmDef.AsmException('Symbol "%s" not recognized at %s' % (argument['value'],argument['loc'],));
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ad.EmitPush(fp,v%0x100,'');
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ix = ad.symbols['list'].index(name);
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v >>= 8;
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v = ad.symbols['body'][ix];
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ad.EmitPush(fp,v%0x100,'.push32(%s)' % printString);
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if len(v) != 1:
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raise asmDef.AsmException('Argument can only be one value at %s' % argument['loc']);
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v = v[0];
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else:
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raise asmDef.AsmException('Argument "%s" of type "%s" not recognized at %s' % (argument['value'],argument['type'],argument['loc'],));
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if type(v) != int:
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raise Exception('Program Bug -- value should be an "int"');
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ad.EmitPush(fp,v%0x100,''); v >>= 8;
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ad.EmitPush(fp,v%0x100,''); v >>= 8;
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ad.EmitPush(fp,v%0x100,''); v >>= 8;
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printValue = argument['value'] if type(argument['value']) == str else '0x%08X' % argument['value'];
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ad.EmitPush(fp,v%0x100,'.push32(%s)' % printValue);
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ad.EmitFunction['.push32'] = emitFunction;
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ad.EmitFunction['.push32'] = emitFunction;
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