private codeLocationSummary PrepareAndInvoke(IDictionary <MethodInfo, codeLocationSummary> dict, MethodInfo m, Func <IMethodIdentifier, FSharpFunc <codeLocationSummary, codeLocationSummary>, codeLocationSummary> invoke)
{
IMethodIdentifier methodIdentifier = _explorer.MakeMethodIdentifier(m);
if (methodIdentifier == null)
{
var format = new PrintfFormat <string, Unit, string, Unit>($"WARNING: metadata method for {m.Name} not found!");
Logger.printLog(Logger.Warning, format);
return(null);
}
dict?.Add(m, null);
var id = FSharpFunc <codeLocationSummary, codeLocationSummary> .FromConverter(x => x);
var summary = invoke(methodIdentifier, id);
if (dict != null)
{
dict[m] = summary;
}
return(summary);
}
private TestCodeLocationSummaries PrepareAndInvokeWithoutStatistics(IDictionary <MethodInfo, TestCodeLocationSummaries> dict,
MethodInfo m,
Func <MethodBase, FSharpFunc <CodeLocationSummaries, CodeLocationSummaries>, CodeLocationSummaries> invoke)
{
_statistics.SetupBeforeMethod(m);
if (m == null)
{
var format =
new PrintfFormat <string, Unit, string, Unit>(
$"WARNING: metadata method for {m.Name} not found!");
Logger.printLog(Logger.Warning, format);
return(null);
}
dict?.Add(m, null);
var id = FSharpFunc <CodeLocationSummaries, CodeLocationSummaries> .FromConverter(x => x);
TestCodeLocationSummaries summary = null;
try
{
summary = TestCodeLocationSummaries.WithSummaries(invoke(m, id));
}
catch (InsufficientInformationException e)
{
summary = TestCodeLocationSummaries.WithInsufficientInformationException(e);
}
_statistics.AddSucceededMethod(m);
if (dict != null)
{
dict[m] = summary;
}
return(summary);
}
private static List<PrintfFormat> ParseFormatString(char[] fmtstring)
{
List<PrintfFormat> fmtlist = new List<PrintfFormat>();
for (int pos=0; pos < fmtstring.Length; ++pos) {
char c = fmtstring[pos];
PrintfFormat format = new PrintfFormat();
// We do not have to initialize all these fields, but it's
// handy to have them all listed together in one place.
format.index = 0;
format.nonNegativeSpacePrefix = false;
format.nonNegativePlusPrefix = false;
format.leftJustify = false;
format.rightJustifyZeroes = false;
format.leadingRadix = false;
format.vector = false;
format.vectorOverride = false;
format.vectorOverrideIndex = 0; // 1-indexed
format.minimumWidth = 0;
format.minimumWidthIndex = 0; // 1-indexed
format.precision = 0;
format.precisionIndex = 0; // 1-indexed
format.directive = PrintfDirective.String;
format.modifier = PrintfModifier.None;
format.radix = 10;
format.upper = false;
format.literaltext = "";
if (c == '%') { // begin format specifier
bool continue_parsing_specifier = true;
bool parse_minimum_width = true;
bool seen_first_digit = false;
while (continue_parsing_specifier && ++pos<fmtstring.Length) {
switch (c=fmtstring[pos]) {
case '0': case '1': case '2': case '3': case '4':
case '5': case '6': case '7': case '8': case '9':
int digitvalue = c - '0';
if (!seen_first_digit && c == '0') {
format.rightJustifyZeroes = true;
}
seen_first_digit = true;
if (parse_minimum_width)
format.minimumWidth = 10 * format.minimumWidth + digitvalue;
else
format.precision = 10 * format.precision + digitvalue;
break;
case '.':
parse_minimum_width = false;
break;
case '-': // negative width
format.leftJustify = true;
break;
case '$': // "%1$" arglist position
format.index = format.minimumWidth;
format.minimumWidth = 0;
break;
case '%': // "%%" a literal '%'
format.directive = PrintfDirective.LiteralText;
format.literaltext = "" + c;
continue_parsing_specifier = false;
break;
case 'b': // unsigned binary integer
format.directive = PrintfDirective.Int;
format.radix = 2;
continue_parsing_specifier = false;
break;
case 'C': // Code
format.directive = PrintfDirective.InvokeCode;
continue_parsing_specifier = false;
break;
case 'c': // codepoint
format.directive = PrintfDirective.CodePoint;
continue_parsing_specifier = false;
break;
case 'd': // decimal
case 'i': // integer (alias for decimal)
case 'u': // integer (alias for decimal)
format.directive = PrintfDirective.Int;
format.radix = 10;
continue_parsing_specifier = false;
break;
case 'E': // scientific uppercase E
format.directive = PrintfDirective.FloatScientific;
format.upper = true;
continue_parsing_specifier = false;
break;
case 'e': // scientific lowercase e
format.directive = PrintfDirective.FloatScientific;
continue_parsing_specifier = false;
break;
case 'f': // fixed point
case 'F': // fixed point synonym
format.directive = PrintfDirective.FloatFixedDecimal;
continue_parsing_specifier = false;
break;
case 'G': // e or f uppercase E
format.directive = PrintfDirective.FloatEF;
format.upper = true;
continue_parsing_specifier = false;
break;
case 'g': // e or f lowercase e
format.directive = PrintfDirective.FloatEF;
continue_parsing_specifier = false;
break;
case 'o': // unsigned octal
format.directive = PrintfDirective.Int;
format.radix = 8;
continue_parsing_specifier = false;
break;
case 's': // string
format.directive = PrintfDirective.String;
continue_parsing_specifier = false;
break;
case 'X': // hex uppercase
format.directive = PrintfDirective.Int;
format.radix = 16;
format.upper = true;
continue_parsing_specifier = false;
break;
case 'x': // hex lowercase
format.directive = PrintfDirective.Int;
format.radix = 16;
format.upper = false;
continue_parsing_specifier = false;
break;
default:
throw new NieczaException("invalid format specifier");
}
}
}
else { // non '%' characters
format.directive = PrintfDirective.LiteralText;
format.literaltext = "" + c;
while (++pos < fmtstring.Length && (c=fmtstring[pos]) != '%') {
format.literaltext += c;
}
// pos has gone one char too far, but should come back
// only if there is a '%' before the end of fmtstring
if (pos < fmtstring.Length && (c=fmtstring[pos]) == '%')
--pos;
}
fmtlist.Add(format);
}
return fmtlist;
}
private static string RenderFormat(PrintfFormat format, Variable arg)
{
int n;
if (format.directive == PrintfDirective.String) {
return arg.Fetch().mo.mro_raw_Str.Get(arg);
}
if (format.directive == PrintfDirective.CodePoint) {
n = (int) arg.Fetch().mo.mro_raw_Numeric.Get(arg);
return "" + (char) n;
}
bool add_minus_sign = false;
if (format.directive == PrintfDirective.Int) {
P6any o1 = arg.Fetch();
int r1;
P6any n1 = GetNumber(arg, o1, out r1);
Variable arg2;
if (r1 != NR_BIGINT && r1 != NR_FIXINT) {
arg2 = Builtins.InvokeMethod("Int", arg);
o1 = arg2.Fetch();
n1 = GetNumber(arg2, o1, out r1);
}
BigInteger value = PromoteToBigInt(r1, n1);
if (value < 0) {
add_minus_sign = true;
value = -value;
}
String number;
if (format.radix == 16) {
number = RemoveInitialZero(value.ToString(format.radix, null)).ToLower();
} else {
number = value.ToString(format.radix, null);
}
if (format.upper) {
number = number.ToUpper();
}
if (add_minus_sign) {
if (format.rightJustifyZeroes) {
return "-" + number.PadLeft(format.minimumWidth - 1, '0');
} else {
return "-" + number;
}
}
return number;
} else {
double f = arg.Fetch().mo.mro_raw_Numeric.Get(arg);
if (f < 0.0) {
add_minus_sign = true;
f = -f;
}
int precision = format.precision > 0 ? format.precision : 6;
String number = "??";
switch (format.directive) {
case PrintfDirective.FloatFixedDecimal:
number = f.ToString("F" + precision);
break;
case PrintfDirective.FloatScientific:
number = f.ToString("e" + precision);
break;
case PrintfDirective.FloatEF:
number = f.ToString("g" + precision);
break;
}
if (format.upper) {
number = number.ToUpper();
}
if (add_minus_sign) {
if (format.rightJustifyZeroes) {
return "-" + number.PadLeft(format.minimumWidth - 1, '0');
} else {
return "-" + number;
}
}
return number;
}
}
private static List <PrintfFormat> ParseFormatString(char[] fmtstring)
{
List <PrintfFormat> fmtlist = new List <PrintfFormat>();
for (int pos = 0; pos < fmtstring.Length; ++pos)
{
char c = fmtstring[pos];
PrintfFormat format = new PrintfFormat();
// We do not have to initialize all these fields, but it's
// handy to have them all listed together in one place.
format.index = 0;
format.nonNegativeSpacePrefix = false;
format.nonNegativePlusPrefix = false;
format.leftJustify = false;
format.rightJustifyZeroes = false;
format.leadingRadix = false;
format.vector = false;
format.vectorOverride = false;
format.vectorOverrideIndex = 0; // 1-indexed
format.minimumWidth = 0;
format.minimumWidthIndex = 0; // 1-indexed
format.precision = 0;
format.precisionIndex = 0; // 1-indexed
format.directive = PrintfDirective.String;
format.modifier = PrintfModifier.None;
format.radix = 10;
format.upper = false;
format.literaltext = "";
if (c == '%') // begin format specifier
{
bool continue_parsing_specifier = true;
bool parse_minimum_width = true;
bool seen_first_digit = false;
while (continue_parsing_specifier && ++pos < fmtstring.Length)
{
switch (c = fmtstring[pos])
{
case '0':
case '1':
case '2':
case '3':
case '4':
case '5':
case '6':
case '7':
case '8':
case '9':
int digitvalue = c - '0';
if (!seen_first_digit && c == '0')
{
format.rightJustifyZeroes = true;
}
seen_first_digit = true;
if (parse_minimum_width)
{
format.minimumWidth = 10 * format.minimumWidth + digitvalue;
}
else
{
format.precision = 10 * format.precision + digitvalue;
}
break;
case '.':
parse_minimum_width = false;
break;
case '-': // negative width
format.leftJustify = true;
break;
case '$': // "%1$" arglist position
format.index = format.minimumWidth;
format.minimumWidth = 0;
break;
case '%': // "%%" a literal '%'
format.directive = PrintfDirective.LiteralText;
format.literaltext = "" + c;
continue_parsing_specifier = false;
break;
case 'b': // unsigned binary integer
format.directive = PrintfDirective.Int;
format.radix = 2;
continue_parsing_specifier = false;
break;
case 'C': // Code
format.directive = PrintfDirective.InvokeCode;
continue_parsing_specifier = false;
break;
case 'c': // codepoint
format.directive = PrintfDirective.CodePoint;
continue_parsing_specifier = false;
break;
case 'd': // decimal
case 'i': // integer (alias for decimal)
case 'u': // integer (alias for decimal)
format.directive = PrintfDirective.Int;
format.radix = 10;
continue_parsing_specifier = false;
break;
case 'E': // scientific uppercase E
format.directive = PrintfDirective.FloatScientific;
format.upper = true;
continue_parsing_specifier = false;
break;
case 'e': // scientific lowercase e
format.directive = PrintfDirective.FloatScientific;
continue_parsing_specifier = false;
break;
case 'f': // fixed point
case 'F': // fixed point synonym
format.directive = PrintfDirective.FloatFixedDecimal;
continue_parsing_specifier = false;
break;
case 'G': // e or f uppercase E
format.directive = PrintfDirective.FloatEF;
format.upper = true;
continue_parsing_specifier = false;
break;
case 'g': // e or f lowercase e
format.directive = PrintfDirective.FloatEF;
continue_parsing_specifier = false;
break;
case 'o': // unsigned octal
format.directive = PrintfDirective.Int;
format.radix = 8;
continue_parsing_specifier = false;
break;
case 's': // string
format.directive = PrintfDirective.String;
continue_parsing_specifier = false;
break;
case 'X': // hex uppercase
format.directive = PrintfDirective.Int;
format.radix = 16;
format.upper = true;
continue_parsing_specifier = false;
break;
case 'x': // hex lowercase
format.directive = PrintfDirective.Int;
format.radix = 16;
format.upper = false;
continue_parsing_specifier = false;
break;
default:
throw new NieczaException("invalid format specifier");
}
}
}
else // non '%' characters
{
format.directive = PrintfDirective.LiteralText;
format.literaltext = "" + c;
while (++pos < fmtstring.Length && (c = fmtstring[pos]) != '%')
{
format.literaltext += c;
}
// pos has gone one char too far, but should come back
// only if there is a '%' before the end of fmtstring
if (pos < fmtstring.Length && (c = fmtstring[pos]) == '%')
{
--pos;
}
}
fmtlist.Add(format);
}
return(fmtlist);
}
private static string RenderFormat(PrintfFormat format, Variable arg)
{
int n;
if (format.directive == PrintfDirective.String)
{
return(arg.Fetch().mo.mro_raw_Str.Get(arg));
}
if (format.directive == PrintfDirective.CodePoint)
{
n = (int)arg.Fetch().mo.mro_raw_Numeric.Get(arg);
return("" + (char)n);
}
bool add_minus_sign = false;
if (format.directive == PrintfDirective.Int)
{
P6any o1 = arg.Fetch();
int r1;
P6any n1 = GetNumber(arg, o1, out r1);
Variable arg2;
if (r1 != NR_BIGINT && r1 != NR_FIXINT)
{
arg2 = Builtins.InvokeMethod("Int", arg);
o1 = arg2.Fetch();
n1 = GetNumber(arg2, o1, out r1);
}
BigInteger value = PromoteToBigInt(r1, n1);
if (value < 0)
{
add_minus_sign = true;
value = -value;
}
String number;
if (format.radix == 16)
{
number = RemoveInitialZero(value.ToString(format.radix, null)).ToLower();
}
else
{
number = value.ToString(format.radix, null);
}
if (format.upper)
{
number = number.ToUpper();
}
if (add_minus_sign)
{
if (format.rightJustifyZeroes)
{
return("-" + number.PadLeft(format.minimumWidth - 1, '0'));
}
else
{
return("-" + number);
}
}
return(number);
}
else
{
double f = arg.Fetch().mo.mro_raw_Numeric.Get(arg);
if (f < 0.0)
{
add_minus_sign = true;
f = -f;
}
int precision = format.precision > 0 ? format.precision : 6;
String number = "??";
if (double.IsInfinity(f))
{
number = "inf";
}
else
{
switch (format.directive)
{
case PrintfDirective.FloatFixedDecimal:
number = f.ToString("F" + precision);
break;
case PrintfDirective.FloatScientific:
number = f.ToString("e" + precision);
break;
case PrintfDirective.FloatEF:
number = f.ToString("g" + precision);
break;
}
}
if (format.upper)
{
number = number.ToUpper();
}
if (add_minus_sign)
{
if (format.rightJustifyZeroes)
{
return("-" + number.PadLeft(format.minimumWidth - 1, '0'));
}
else
{
return("-" + number);
}
}
return(number);
}
}