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111
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1 // { dg-do assemble }
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2 // { dg-options "-O" }
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3 // GROUPS passed old-abort
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4 // gcc puts the array into a register, and then the store_bit_field () code
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5 // in expmed.c gets confused when it tries to store zero past the end of the
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6 // register (because the index is past the array bounds). It ends up calling
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7 // store_split_bit_field, which then aborts, because we don't have a split bit
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8 // field.
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9 //
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10 // Seems easiest to detect this case in the front end, i.e. access outside the
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11 // array bounds, and then force the array to be allocated on the stack instead
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12 // of a register.
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13
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131
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14 int
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111
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15 main()
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16 {
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17 char i[1];
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18
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19 i[1] = 0;
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131
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20
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21 return 0;
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111
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22 }
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