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Merge pull request #8814 from Tilka/dsp

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DSP: fix DSPTool build and update register table
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Tilka 2020-05-17 20:04:13 +01:00 committed by GitHub
commit 798dc2c532
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2 changed files with 12 additions and 12 deletions
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8
Source/DSPTool/StubHost.cpp
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@ -18,10 +18,6 @@ void Host_RefreshDSPDebuggerWindow()
void Host_Message(HostMessageID) void Host_Message(HostMessageID)
{ {
} }
void* Host_GetRenderHandle()
{
return nullptr;
}
void Host_UpdateTitle(const std::string&) void Host_UpdateTitle(const std::string&)
{ {
} }
@ -48,3 +44,7 @@ void Host_YieldToUI()
void Host_TitleChanged() void Host_TitleChanged()
{ {
} }
bool Host_UIBlocksControllerState()
{
return false;
}

16
docs/DSP/GameCube_DSP_Users_Manual/GameCube_DSP_Users_Manual.tex
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@ -410,10 +410,10 @@ The DSP has 32 16-bit registers, although their individual purpose and their fun
\Register{\$5} & \Register{\$r05} & \Register{\$ix1} & Indexing register 1 \\ \hline \Register{\$5} & \Register{\$r05} & \Register{\$ix1} & Indexing register 1 \\ \hline
\Register{\$6} & \Register{\$r06} & \Register{\$ix2} & Indexing register 2 \\ \hline \Register{\$6} & \Register{\$r06} & \Register{\$ix2} & Indexing register 2 \\ \hline
\Register{\$7} & \Register{\$r07} & \Register{\$ix3} & Indexing register 3 \\ \hline \Register{\$7} & \Register{\$r07} & \Register{\$ix3} & Indexing register 3 \\ \hline
\Register{\$8} & \Register{\$r08} & & \\ \hline \Register{\$8} & \Register{\$r08} & \Register{\$wr0} & Wrapping register 0 \\ \hline
\Register{\$9} & \Register{\$r09} & & \\ \hline \Register{\$9} & \Register{\$r09} & \Register{\$wr1} & Wrapping register 1 \\ \hline
\Register{\$10} & \Register{\$r0A} & & \\ \hline \Register{\$10} & \Register{\$r0A} & \Register{\$wr2} & Wrapping register 2 \\ \hline
\Register{\$11} & \Register{\$r0B} & & \\ \hline \Register{\$11} & \Register{\$r0B} & \Register{\$wr3} & Wrapping register 3 \\ \hline
\Register{\$12} & \Register{\$r0C} & \Register{\$st0} & Call stack register \\ \hline \Register{\$12} & \Register{\$r0C} & \Register{\$st0} & Call stack register \\ \hline
\Register{\$13} & \Register{\$r0D} & \Register{\$st1} & Data stack register \\ \hline \Register{\$13} & \Register{\$r0D} & \Register{\$st1} & Data stack register \\ \hline
\Register{\$14} & \Register{\$r0E} & \Register{\$st2} & Loop address stack register \\ \hline \Register{\$14} & \Register{\$r0E} & \Register{\$st2} & Loop address stack register \\ \hline
@ -427,8 +427,8 @@ The DSP has 32 16-bit registers, although their individual purpose and their fun
\Register{\$22} & \Register{\$r16} & \Register{\$prod.h} & Product register (high) \\ \hline \Register{\$22} & \Register{\$r16} & \Register{\$prod.h} & Product register (high) \\ \hline
\Register{\$23} & \Register{\$r17} & \Register{\$prod.m2} & Product register (mid 2) \\ \hline \Register{\$23} & \Register{\$r17} & \Register{\$prod.m2} & Product register (mid 2) \\ \hline
\Register{\$24} & \Register{\$r18} & \Register{\$ax0.l} & 32-bit Accumulator 0 (low) \\ \hline \Register{\$24} & \Register{\$r18} & \Register{\$ax0.l} & 32-bit Accumulator 0 (low) \\ \hline
\Register{\$25} & \Register{\$r19} & \Register{\$ax0.h} & 32-bit Accumulator 0 (high) \\ \hline \Register{\$25} & \Register{\$r19} & \Register{\$ax1.l} & 32-bit Accumulator 1 (low) \\ \hline
\Register{\$26} & \Register{\$r1A} & \Register{\$ax1.l} & 32-bit Accumulator 1 (low) \\ \hline \Register{\$26} & \Register{\$r1A} & \Register{\$ax0.h} & 32-bit Accumulator 0 (high) \\ \hline
\Register{\$27} & \Register{\$r1B} & \Register{\$ax1.h} & 32-bit Accumulator 1 (high) \\ \hline \Register{\$27} & \Register{\$r1B} & \Register{\$ax1.h} & 32-bit Accumulator 1 (high) \\ \hline
\Register{\$28} & \Register{\$r1C} & \Register{\$ac0.l} & 40-bit Accumulator 0 (low) \\ \hline \Register{\$28} & \Register{\$r1C} & \Register{\$ac0.l} & 40-bit Accumulator 0 (low) \\ \hline
\Register{\$29} & \Register{\$r1D} & \Register{\$ac1.l} & 40-bit Accumulator 1 (low) \\ \hline \Register{\$29} & \Register{\$r1D} & \Register{\$ac1.l} & 40-bit Accumulator 1 (low) \\ \hline
@ -1282,7 +1282,7 @@ There are two pairs of conditions that work similar: \texttt{EQ}/\texttt{NE} and
$pc = $st0 $pc = $st0
END END
$pc = addrA + 1 $pc = addrA + 1
// Remove vaues from stack // Remove values from stack
\end{DSPOpcodeOperation} \end{DSPOpcodeOperation}
\end{DSPOpcode} \end{DSPOpcode}
@ -1318,7 +1318,7 @@ There are two pairs of conditions that work similar: \texttt{EQ}/\texttt{NE} and
$pc = $st0 $pc = $st0
END END
$pc = addrA + 1 $pc = addrA + 1
// Remove vaues from stack // Remove values from stack
\end{DSPOpcodeOperation} \end{DSPOpcodeOperation}
\end{DSPOpcode} \end{DSPOpcode}