void kexConsole::ParseInput(void) {
if(typeStrPos <= 0 || strlen(typeStr) <= 0)
return;
OutputTextLine(RGBA(192, 192, 192, 255), typeStr);
command.Execute(typeStr);
AddToHistory();
ResetInputText();
historyCur = (historyTop - 1);
}
void kexConsole::Print(rcolor color, const char *text) {
int strLength = strlen(text);
char *curText = (char*)text;
char tmpChar[CON_LINE_LENGTH];
while(strLength > 0) {
int lineLength = kexStr::IndexOf(curText, "\n");
if(lineLength == -1) {
lineLength = strLength;
}
strncpy(tmpChar, curText, lineLength);
tmpChar[lineLength] = '\0';
OutputTextLine(color, tmpChar);
curText = (char*)&text[lineLength+1];
strLength -= (lineLength+1);
}
}
void UConsole::OutputText(const FString& Text)
{
FString RemainingText = Text;
int32 StringLength = Text.Len();
while(StringLength > 0)
{
// Find the number of characters in the next line of text.
int32 LineLength = RemainingText.Find(TEXT("\n"));
if(LineLength == -1)
{
// There aren't any more newlines in the string, assume there's a newline at the end of the string.
LineLength = StringLength;
}
// Output the line to the console.
OutputTextLine(RemainingText.Left(LineLength));
// Remove the line from the string.
RemainingText = (RemainingText).Mid(LineLength + 1, MAX_int32);
StringLength -= LineLength + 1;
};
}
