/* GenSent: Generate a single sentence using lat, returns length of sent */
int GenSent(int snum)
{
NodeId n;
int len = 0;
if (trace&T_TOP)
printf("Sentence %d:\n",snum);
if (lnum && !quiet) printf("%d. ",snum);
n = FindLatStart(lat);
if (n->word != voc.nullWord) {
len++;
if (!quiet) PrintWord(n);
}
while ((n = RandSucc(n)) != NULL) {
if (n->word != voc.nullWord) {
len++;
if (!quiet) PrintWord(n);
}
}
if (!quiet) {
printf("\n"); fflush(stdout);
}
return len;
}
BOOL RunAllMemoryTests(uint32 *addr, int size)
{
MemError error;
if(DATA_MASK != 0xFFFFFFFF) {
print("INFO: Tests will only consider bits 0x");
PrintWord(DATA_MASK);
print(" of 32-bit data bus.\r\n");
}
print("Testing writing of zeros . . . ");
if(!TestWriteZeros32(addr, size, &error)) {
ReportError(&error);
return FALSE;
}
else print("OK\r\n");
print("Testing writing of ones . . . ");
if(!TestWriteOnes32(addr, size, &error)) {
ReportError(&error);
return FALSE;
}
else print("OK\r\n");
print("Testing writing of address . . . ");
if(!TestWriteAddress32(addr, size, &error)) {
ReportError(&error);
return FALSE;
}
else print("OK\r\n");
print("Testing writing of address inverse . . . ");
if(!TestWriteAddressInverse32(addr, size, &error)) {
ReportError(&error);
return FALSE;
}
else print("OK\r\n");
print("Testing data bus pounding . . . ");
if(!TestDataPounding32(addr, size, &error)) {
ReportError(&error);
return FALSE;
}
else print("OK\r\n");
print("Testing address bus pounding . . . ");
if(!TestAddressPounding32(addr, size, &error)) {
ReportError(&error);
return FALSE;
}
else print("OK\r\n");
print("Testing walking ones on data bus . . . ");
if(!TestWalkingOnesData32(addr, size, &error)) {
ReportError(&error);
return FALSE;
}
else print("OK\r\n");
print("Testing walking ones on address bus . . . ");
if(!TestWalkingOnesAddress32(addr, size, &error)) {
ReportError(&error);
return FALSE;
}
else print("OK\r\n");
print("Testing writing of bytes . . . ");
if(!TestByteWrite(addr, size, &error)) {
ReportError(&error);
return FALSE;
}
else print("OK\r\n");
return TRUE;
}
bool WordConsole::Show()
{
WithTitleConsole(Root, Word).Show();
bool found = Globals::Dict->GetWord(Word).Desc.size() != 0 || Globals::CurrentUser->GetWord(Word).Desc.size() != 0;
auto related = Globals::Dict->GetRelated(Word, 20);
if (!found) // no system or user desc
{
outs << "没有找到这个单词, 您可以添加释义或者尝试查询以下单词: " << endl;
for (auto w : related)
{
outs << w << " ";
}
outs << endl;
outs << string(80, '-') << endl;
}
else
{
auto &evalPtr = Globals::CurrentUser->WordEvaluator;
bool haveFlags = false;
if (evalPtr->IsCommon(Word))
{
outs << "*常见词* ";
haveFlags = true;
}
else
{
outs << "*生僻词* ";
haveFlags = true;
}
if (evalPtr->IsForgettable(Word))
{
outs << "*您容易忘记* ";
haveFlags = true;
}
if (evalPtr->IsKnown(Word))
{
outs << "*熟词* ";
haveFlags = true;
}
else
{
outs << "*生词* ";
haveFlags = true;
}
if (haveFlags)
{
outs << endl;
}
outs << string(80, '-') << endl;
}
PrintWord(outs, "系统", Globals::Dict->GetWord(Word));
PrintWord(outs, "您添加的", Globals::CurrentUser->GetWord(Word));
if (found)
{
outs << "易混淆单词: " << endl;
for (auto w : related)
{
outs << w << " ";
}
outs << endl;
}
ShowSubComponents();
DoButtons();
return true;
}
int main()
{
PrintWord(3);
PrintWord("hello world");
}
