void
Crosstable::PrintSwiss (DString * dstr, uint playerLimit)
{
char stemp [1000];
uint player;
const char * resultStr [NUM_RESULT_TYPES];
if (OutputFormat == CROSSTABLE_LaTeX) {
resultStr[RESULT_White] = "{\\tt +}";
resultStr[RESULT_Draw] = "{\\tt =}";
resultStr[RESULT_Black] = "{\\tt -}";
resultStr[RESULT_None] = "{\\tt *}";
} else {
resultStr[RESULT_White] = "+";
resultStr[RESULT_Draw] = "=";
resultStr[RESULT_Black] = "-";
resultStr[RESULT_None] = "*";
}
dstr->Append (StartTable);
if (OutputFormat == CROSSTABLE_LaTeX) {
dstr->Append ("\\begin{tabular}{rl");
if (PrintRatings) { dstr->Append ("r"); }
if (PrintTitles) { dstr->Append ("r"); }
if (PrintAges) { dstr->Append ("r"); }
if (PrintCountries) { dstr->Append ("l"); }
dstr->Append ("r@{ / }r");
if (PrintTiebreaks) { dstr->Append ("r"); }
for (uint i=0; i < MaxRound; i++) {
dstr->Append ("r");
if (i < MaxRound-1) { dstr->Append ("@{ }"); }
}
if (PrintRatings) { dstr->Append ("r"); }
dstr->Append ("r}\n");
}
dstr->Append (StartRow);
if (OutputFormat == CROSSTABLE_Html) {
dstr->Append ("<th></th> <th>Player</th> ");
} else if (OutputFormat == CROSSTABLE_LaTeX) {
dstr->Append (" & \\bf Player & ");
} else {
strPad (stemp, "", LongestNameLen + 2 + PlayerNumWidth, ' ');
dstr->Append (stemp);
}
if (PrintRatings) {
dstr->Append (StartBoldCol, " Rtng", EndBoldCol);
}
if (PrintTitles) {
dstr->Append (StartBoldCol, " Ti", EndBoldCol);
}
if (PrintAges) {
dstr->Append (StartBoldCol, " Age", EndBoldCol);
}
if (PrintCountries) {
dstr->Append (StartBoldCol, " Nat", EndBoldCol);
}
if (OutputFormat == CROSSTABLE_LaTeX) {
dstr->Append (" \\multicolumn{2}{c}{\\bf Score} & ");
} else {
if (ThreeWin)
dstr->Append (" ", StartBoldCol, "Score", EndBoldCol, " ");
else
dstr->Append (" ", StartBoldCol, " Score ", EndBoldCol, " ");
}
if (PrintTiebreaks) {
dstr->Append (StartBoldCol, "(Tie)", EndBoldCol);
}
for (uint round = 1; round <= MaxRound; round++) {
if (OutputFormat == CROSSTABLE_LaTeX) {
dstr->Append (" \\multicolumn{1}{c}{\\bf ", round, "} & ");
} else {
sprintf (stemp, " %s%*d ", SwissColors ? " " : "",
PlayerNumWidth, round);
dstr->Append (StartBoldCol, stemp, EndBoldCol);
}
}
if (PrintRatings) {
dstr->Append (" ", StartBoldCol, "Perf Chg", EndBoldCol);
}
if (PrintTallies && OutputFormat == CROSSTABLE_Html) {
dstr->Append (" ", StartBoldCol, "+/-/=", EndBoldCol);
}
dstr->Append (EndRow, NewLine);
PrintDashesLine (dstr);
// Print the rows of players and results:
uint previousScore = 0;
for (player = 0; player < playerLimit; player++) {
uint index = SortedIndex[player];
playerDataT * pdata = PlayerData[index];
// Print a blank line if we are at a new score group:
if (SeparateScoreGroups && SortOption == CROSSTABLE_SortScore) {
if (player > 0 && pdata->score != previousScore) {
dstr->Append (BlankRowLine);
}
}
previousScore = pdata->score;
sprintf (stemp, "%*u: ", PlayerNumWidth, player+1);
dstr->Append (StartRow, StartRightCol, stemp, EndRightCol);
PrintPlayer (dstr, pdata);
if (OutputFormat == CROSSTABLE_LaTeX) {
sprintf (stemp, " %2u%c%c ", pdata->score / 2, DecimalPointChar,
(pdata->score & 1 ? '5' : '0'));
dstr->Append (StartRightCol, stemp, EndRightCol);
sprintf (stemp, " %2u ", pdata->gameCount);
dstr->Append (StartRightCol, stemp, EndRightCol);
} else {
if (ThreeWin) {
sprintf (stemp, " %2u%c%c ",
pdata->score / 2, DecimalPointChar,
(pdata->score & 1 ? '5' : '0'));
} else {
sprintf (stemp, " %2u%c%c / %2u ",
pdata->score / 2, DecimalPointChar,
(pdata->score & 1 ? '5' : '0'), pdata->gameCount);
}
dstr->Append (StartRightCol, stemp, EndRightCol);
}
if (PrintTiebreaks) {
sprintf (stemp, "%2u%c%c ", pdata->tiebreak / 2,
DecimalPointChar, (pdata->tiebreak & 1 ? '5' : '0'));
dstr->Append (StartRightCol, stemp, EndRightCol);
}
uint r_won = 0, r_loss = 0, r_draw = 0;
for (uint round = 1; round <= MaxRound; round++) {
clashT * clash = pdata->roundClash[round];
dstr->AddChar (' ');
dstr->Append (StartRightCol);
if (clash == NULL) {
dstr->Append ("...");
if (PlayerNumWidth == 3) { dstr->AddChar ('.'); }
if (SwissColors) { dstr->AddChar ('.'); }
} else {
if (OutputFormat == CROSSTABLE_Hypertext) {
if (CurrentGame == clash->gameNum)
sprintf (stemp, "<green><g_%u>", clash->gameNum);
else
sprintf (stemp, "<blue><g_%u>", clash->gameNum);
dstr->Append (stemp);
}
if (SwissColors) {
sprintf (stemp, "%*d%c%s", PlayerNumWidth,
InvertedIndex[clash->opponent] + 1,
clash->color == WHITE ? 'w' : 'b',
resultStr[clash->result]);
} else {
sprintf (stemp, "%*d%s", PlayerNumWidth,
InvertedIndex[clash->opponent] + 1,
resultStr[clash->result]);
}
dstr->Append (stemp);
if (OutputFormat == CROSSTABLE_Hypertext) {
if (CurrentGame == clash->gameNum)
dstr->Append ("</g></green>");
else
dstr->Append ("</g></blue>");
}
switch (clash->result) {
case 1:
r_won++; break;
case 2:
r_loss++; break;
case 3:
r_draw++; break;
}
}
dstr->Append (EndCol);
}
PrintPerformance (dstr, pdata);
if (PrintTallies) {
dstr->Append (StartCol);
sprintf (stemp, " (+%u -%u =%u)", r_won, r_loss, r_draw);
dstr->Append (stemp);
dstr->Append (EndCol);
}
dstr->Append (EndRow, NewLine);
}
PrintDashesLine (dstr);
dstr->Append (EndTable);
}
STATIC
EFI_STATUS
StartLinux (
IN EFI_PHYSICAL_ADDRESS LinuxImage,
IN UINTN LinuxImageSize,
IN EFI_PHYSICAL_ADDRESS KernelParamsAddress,
IN UINTN KernelParamsSize,
IN UINT32 MachineType
)
{
EFI_STATUS Status;
LINUX_KERNEL LinuxKernel;
// Shut down UEFI boot services. ExitBootServices() will notify every driver that created an event on
// ExitBootServices event. Example the Interrupt DXE driver will disable the interrupts on this event.
Status = ShutdownUefiBootServices ();
if(EFI_ERROR(Status)) {
DEBUG((EFI_D_ERROR,"ERROR: Can not shutdown UEFI boot services. Status=0x%X\n", Status));
goto Exit;
}
// Move the kernel parameters to any address inside the first 1MB.
// This is necessary because the ARM Linux kernel requires
// the FTD / ATAG List to reside entirely inside the first 1MB of
// physical memory.
//Note: There is no requirement on the alignment
if (MachineType != ARM_FDT_MACHINE_TYPE) {
if (((UINTN)KernelParamsAddress > LINUX_ATAG_MAX_OFFSET) && (KernelParamsSize < PcdGet32(PcdArmLinuxAtagMaxOffset))) {
KernelParamsAddress = (EFI_PHYSICAL_ADDRESS)(UINTN)CopyMem (ALIGN32_BELOW(LINUX_ATAG_MAX_OFFSET - KernelParamsSize), (VOID*)(UINTN)KernelParamsAddress, KernelParamsSize);
}
} else {
if (((UINTN)KernelParamsAddress > LINUX_FDT_MAX_OFFSET) && (KernelParamsSize < PcdGet32(PcdArmLinuxFdtMaxOffset))) {
KernelParamsAddress = (EFI_PHYSICAL_ADDRESS)(UINTN)CopyMem (ALIGN32_BELOW(LINUX_FDT_MAX_OFFSET - KernelParamsSize), (VOID*)(UINTN)KernelParamsAddress, KernelParamsSize);
}
}
if ((UINTN)LinuxImage > LINUX_KERNEL_MAX_OFFSET) {
//Note: There is no requirement on the alignment
LinuxKernel = (LINUX_KERNEL)CopyMem (ALIGN32_BELOW(LINUX_KERNEL_MAX_OFFSET - LinuxImageSize), (VOID*)(UINTN)LinuxImage, LinuxImageSize);
} else {
LinuxKernel = (LINUX_KERNEL)(UINTN)LinuxImage;
}
// Check if the Linux Image is a uImage
if (*(UINT32*)LinuxKernel == LINUX_UIMAGE_SIGNATURE) {
// Assume the Image Entry Point is just after the uImage header (64-byte size)
LinuxKernel = (LINUX_KERNEL)((UINTN)LinuxKernel + 64);
LinuxImageSize -= 64;
}
// Check there is no overlapping between kernel and its parameters
// We can only assert because it is too late to fallback to UEFI (ExitBootServices has been called).
ASSERT (!IS_ADDRESS_IN_REGION(LinuxKernel, LinuxImageSize, KernelParamsAddress) &&
!IS_ADDRESS_IN_REGION(LinuxKernel, LinuxImageSize, KernelParamsAddress + KernelParamsSize));
//
// Switch off interrupts, caches, mmu, etc
//
Status = PreparePlatformHardware ();
ASSERT_EFI_ERROR(Status);
// Register and print out performance information
PERF_END (NULL, "BDS", NULL, 0);
if (PerformanceMeasurementEnabled ()) {
PrintPerformance ();
}
//
// Start the Linux Kernel
//
// Outside BootServices, so can't use Print();
DEBUG((EFI_D_ERROR, "\nStarting the kernel:\n\n"));
// Jump to kernel with register set
LinuxKernel ((UINTN)0, MachineType, (UINTN)KernelParamsAddress);
// Kernel should never exit
// After Life services are not provided
ASSERT(FALSE);
Exit:
// Only be here if we fail to start Linux
Print (L"ERROR : Can not start the kernel. Status=0x%X\n", Status);
// Free Runtimee Memory (kernel and FDT)
return Status;
}
void
Crosstable::PrintAllPlayAll (DString * dstr, uint playerLimit)
{
char stemp [1000];
uint player;
dstr->Append (StartTable);
if (OutputFormat == CROSSTABLE_LaTeX) {
dstr->Append ("\\begin{tabular}{rl");
if (PrintRatings) { dstr->Append ("r"); }
if (PrintTitles) { dstr->Append ("r"); }
if (PrintAges) { dstr->Append ("r"); }
if (PrintCountries) { dstr->Append ("l"); }
dstr->Append ("r@{ / }r");
if (PrintTiebreaks) { dstr->Append ("r"); }
for (uint i=0; i < playerLimit; i++) {
dstr->Append ("c");
if (i < playerLimit-1) { dstr->Append ("@{ }"); }
}
if (PrintRatings) { dstr->Append ("r"); }
dstr->Append ("r}\n");
}
dstr->Append (StartRow);
if (OutputFormat == CROSSTABLE_Html) {
dstr->Append ("<th></th> <th>Player</th> ");
} else if (OutputFormat == CROSSTABLE_LaTeX) {
dstr->Append (" & \\bf Player & ");
} else {
strPad (stemp, "", LongestNameLen + 2 + PlayerNumWidth, ' ');
dstr->Append (stemp);
}
if (PrintRatings) {
dstr->Append (StartBoldCol, " Rtng", EndBoldCol);
}
if (PrintTitles) {
dstr->Append (StartBoldCol, " Ti", EndBoldCol);
}
if (PrintAges) {
dstr->Append (StartBoldCol, " Age", EndBoldCol);
}
if (PrintCountries) {
dstr->Append (StartBoldCol, " Nat", EndBoldCol);
}
if (OutputFormat == CROSSTABLE_LaTeX) {
// Todo : fix LateX Score column allignment with 3 points for win.
dstr->Append (" \\multicolumn{2}{c}{\\bf Score} & ");
} else {
if (ThreeWin)
dstr->Append (" ", StartBoldCol, "Score", EndBoldCol, " ");
else
dstr->Append (" ", StartBoldCol, " Score ", EndBoldCol, " ");
}
if (PrintTiebreaks) {
dstr->Append (StartBoldCol, " (Tie) ", EndBoldCol);
}
for (player = 0; player < playerLimit; player++) {
strPad (stemp, PlayerData[SortedIndex[player]]->name, MaxClashes, ' ');
if (APAColumnNums) {
// Print numbers instead of names over columns:
strPad (stemp, "", MaxClashes, ' ');
uint pnum = player + 1;
stemp[MaxClashes-1] = (pnum % 10) + '0';
if (MaxClashes >= 2 && pnum >= 10) {
stemp[MaxClashes-2] = ((pnum / 10) % 10) + '0';
}
if (MaxClashes >= 3 && pnum >= 100) {
stemp[MaxClashes-3] = ((pnum / 10) % 10) + '0';
}
}
if (playerLimit == 2) {
// Make two-player crosstable look better:
player = 1;
strPad (stemp,
"12345678901234567890123456789012345678901234567890",
MaxClashes, ' ');
}
if (OutputFormat == CROSSTABLE_LaTeX) {
dstr->Append (" \\tt ", stemp, " &");
} else {
dstr->Append (" ", StartBoldCol, stemp, EndBoldCol);
}
}
if (PrintRatings) {
dstr->Append (" ", StartBoldCol, "Perf Chg", EndBoldCol);
}
if (PrintTallies && OutputFormat == CROSSTABLE_Html) {
dstr->Append (" ", StartBoldCol, "+/-/=", EndBoldCol);
}
dstr->Append (EndRow, NewLine);
PrintDashesLine (dstr);
// Print the rows of players and results:
uint previousScore = 0;
for (player = 0; player < playerLimit; player++) {
uint index = SortedIndex[player];
playerDataT * pdata = PlayerData[index];
// Print a blank line if we are at a new score group:
if (SeparateScoreGroups && SortOption == CROSSTABLE_SortScore) {
if (player > 0 && pdata->score != previousScore) {
dstr->Append (BlankRowLine);
}
}
previousScore = pdata->score;
sprintf (stemp, "%*u: ", PlayerNumWidth, player+1);
dstr->Append (StartRow, StartRightCol, stemp, EndRightCol);
PrintPlayer (dstr, pdata);
if (OutputFormat == CROSSTABLE_LaTeX) {
sprintf (stemp, " %2u%c%c ", pdata->score / 2, DecimalPointChar,
(pdata->score & 1 ? '5' : '0'));
dstr->Append (StartRightCol, stemp, EndRightCol);
sprintf (stemp, " %2u ", pdata->gameCount);
dstr->Append (StartRightCol, stemp, EndRightCol);
} else {
if (ThreeWin) {
sprintf (stemp, " %2u%c%c ",
pdata->score / 2, DecimalPointChar,
(pdata->score & 1 ? '5' : '0'));
} else {
sprintf (stemp, " %2u%c%c / %2u ",
pdata->score / 2, DecimalPointChar,
(pdata->score & 1 ? '5' : '0'), pdata->gameCount);
}
dstr->Append (StartRightCol, stemp, EndRightCol);
}
if (PrintTiebreaks) {
sprintf (stemp, "%3u%c%02u ", pdata->tiebreak / 4,
DecimalPointChar, (pdata->tiebreak % 4) * 25);
dstr->Append (StartRightCol, stemp, EndRightCol);
}
uint r_won = 0, r_loss = 0, r_draw = 0;
for (uint oppCount = 0; oppCount < playerLimit; oppCount++) {
if (playerLimit == 2 && oppCount == player) { continue; }
uint opp = SortedIndex[oppCount];
dstr->AddChar (' ');
dstr->Append (StartRightCol);
clashT * clash = pdata->firstClash[opp];
for (uint count = 0; count < MaxClashes; count++) {
if (clash != NULL) {
if (OutputFormat == CROSSTABLE_Hypertext) {
if (CurrentGame == clash->gameNum)
sprintf (stemp, "<green><g_%u>%c</g></green>",
clash->gameNum,
RESULT_CHAR[clash->result]);
else
sprintf (stemp, "<blue><g_%u>%c</g></blue>",
clash->gameNum,
RESULT_CHAR[clash->result]);
dstr->Append (stemp);
} else {
dstr->AddChar (RESULT_CHAR[clash->result]);
}
switch (clash->result) {
case 1:
r_won++; break;
case 2:
r_loss++; break;
case 3:
r_draw++; break;
}
clash = clash->next;
} else {
dstr->AddChar (index == opp ? 'X' : '.');
}
}
dstr->Append (EndCol);
}
PrintPerformance (dstr, pdata);
if (PrintTallies) {
dstr->Append (StartCol);
sprintf (stemp, " (+%u -%u =%u)", r_won, r_loss, r_draw);
dstr->Append (stemp);
dstr->Append (EndCol);
}
dstr->Append (EndRow, NewLine);
}
PrintDashesLine (dstr);
dstr->Append (EndTable);
}
