Fix \lstinline in table cells

book.tex

@@ -2992,18 +2992,18 @@ Next we skip forward to the instruction \lstinline{movq x, y}.
 \begin{figure}[tbp]
 \begin{quote}
 \begin{tabular}{ll}
-\lstinline{movq $1, v}& no interference by rule 3,\\
-\lstinline{movq $42, w}& $w$ interferes with $v$ by rule 3,\\
-\lstinline{movq v, x}& $x$ interferes with $w$ by rule 3,\\
-\lstinline{addq $7, x}& $x$ interferes with $w$ by rule 1,\\
-\lstinline{movq x, y}& $y$ interferes with $w$ but not $x$ by rule 3,\\
-\lstinline{movq x, z}& $z$ interferes with $w$ and $y$ by rule 3,\\
-\lstinline{addq w, z}& $z$ interferes with $y$ by rule 1, \\
-\lstinline{movq y, t}& $t$ interferes with $z$ by rule 3, \\
-\lstinline{negq t}& $t$ interferes with $z$ by rule 1, \\
-\lstinline{movq z, %rax}   & no interference (ignore rax), \\
-\lstinline{addq t, %rax} & no interference (ignore rax). \\
-  \lstinline{jmp conclusion}& no interference.
+\lstinline!movq $1, v!& no interference by rule 3,\\
+\lstinline!movq $42, w!& $w$ interferes with $v$ by rule 3,\\
+\lstinline!movq v, x!& $x$ interferes with $w$ by rule 3,\\
+\lstinline!addq $7, x!& $x$ interferes with $w$ by rule 1,\\
+\lstinline!movq x, y!& $y$ interferes with $w$ but not $x$ by rule 3,\\
+\lstinline!movq x, z!& $z$ interferes with $w$ and $y$ by rule 3,\\
+\lstinline!addq w, z!& $z$ interferes with $y$ by rule 1, \\
+\lstinline!movq y, t!& $t$ interferes with $z$ by rule 3, \\
+\lstinline!negq t!& $t$ interferes with $z$ by rule 1, \\
+\lstinline!movq z, %rax!   & no interference (ignore rax), \\
+\lstinline!addq t, %rax! & no interference (ignore rax). \\
+  \lstinline!jmp conclusion!& no interference.
 \end{tabular}
 \end{quote}
 \caption{Interference results for the running example.}