pedrolane (./10145) :
0400D pour la mienne
Parallel.ForEach(SpellEffectScaling, effect =>
{
try
{
if (!SpellEffect.ContainsKey((int)effect.Value.SpellEffectId))
{
Console.WriteLine(
$"SpellEffectScaling: Unknown spell effect {effect.Value.SpellEffectId} referenced, ignoring!");
return;
}
foreach (var spellInfoData in SpellEffect)
spellInfoData.Value.SpellEffectScalingEntry = effect.Value;
}
catch (Exception e)
{
exceptions.Enqueue(e);
}
});
Zerosquare (./29076) :Ca se fête : http://www.epicurien.be/recettes/viande/volailles/recette-volaille.asp
Zerosquare (./29089) :
C'est pire que ça, c'est l'un des fondateurs de la boîte en question
" scanlinesCheckbox->addEventListener([=] (Ref *ref, CheckBox::EventType e) {
GlobalEventHandler::instance()->fireEvent(GlobalEventHandler::ChangedOptions, nullptr);
});
/// <summary>
/// Reads a chunk from the network stream.
/// In the case of a large non-zlibbed nor recursive nor encrypted chunk,
/// and if <see cref="maxDataRead"/> is larger than 0, the code will only
/// query what is needed from the network stream.
/// </summary>
/// <param name="maxDataRead">Max amount of data to read.</param>
/// <returns>The amount of bytes read.</returns>
private int ReadChunk(int maxDataRead = -1)
{
if (Chunks == null || _currentChunk >= Chunks.Length)
return 0;
Debug.Assert(Chunks[_currentChunk].Header.CompressedSize != 0,
$"(Chunks[{_currentChunk}].Header.CompressedSize = {Chunks[_currentChunk].Header.CompressedSize}) == 0");
if (Chunks[_currentChunk].EncodingMode == 0xFF)
Chunks[_currentChunk].EncodingMode = _networkReader.ReadByte();
switch (Chunks[_currentChunk].EncodingMode)
{
case (byte) 'N':
{
// Compute the amount of bytes read. If maxDataRead = -1, read the whole block.
// If trying to read more than chunk size, cap to it (obviously)
var readSize = maxDataRead;
if (readSize <= 0 || readSize > Chunks[_currentChunk].Header.CompressedSize)
readSize = Chunks[_currentChunk].Header.CompressedSize;
var blockData = _networkReader.ReadBytes(readSize);
_dataStream.Write(blockData, 0, blockData.Length);
// Update the size of remaining data in header.
Chunks[_currentChunk].Header.CompressedSize -= blockData.Length;
// Move on to next chunk if we're done with this block.
if (Chunks[_currentChunk].Header.CompressedSize == 0)
_currentChunk += 1;
return blockData.Length;
}
case (byte) 'Z':
{
// Save old read position.
var oldPosition = _dataStream.Position;
var blockData = _networkReader.ReadBytes(Chunks[_currentChunk].Header.CompressedSize);
using (var memoryStream = new MemoryStream(blockData, 2, blockData.Length - 2))
using (var deflateStream = new DeflateStream(memoryStream, CompressionMode.Decompress))
deflateStream.CopyTo(_dataStream);
// Advance to next chunk
Chunks[_currentChunk].Header.CompressedSize = 0;
_currentChunk += 1;
// Return the amount of bytes actually written to the inflated stream
return (int)(_dataStream.Position - oldPosition);
}
case (byte) 'E':
throw new NotImplementedException("Salsa20, ARC4 or RC4 encryptions are not implemented!");
case (byte) 'F':
throw new NotImplementedException("Recursive BLTE parsing is not implemented!");
default:
throw new InvalidOperationException($"Encryption type {(char) Chunks[_currentChunk].EncodingMode} is not implemented!");
}
// Dead code here.
}distribution latitude 1 [ 46.970, 47.005 ] 345000430 7 [ 47.005, 47.040 ] 330000217,330000369,330000533,330000626,330000535,330000667,345000370 1 [ 47.040, 47.075 ] 345000562 25 [ 47.075, 47.110 ] 303001004,303001475,345001484,345001485,345001486,345002956,345002957,345002958,345000008,345000058,345000714,345001119,345001145,345000084,345000940,345000104,345000320,345000401,345000424,345000471,345000472,345001380,345001148,345001335,345001817 9 [ 47.110, 47.145 ] 303000927,312000288,312000915,312009202,312012809,312013358,312013518,312013663,312013934 13 [ 47.145, 47.180 ] 303000258,303001033,312008138,312010209,312013101,312013103,312013104,312013105,312013106,345000080,345000377,345000428,345001522 20 [ 47.180, 47.215 ] 303000615,303001410,303001513,303001514,312000304,312000634,312003317,312003329,312009761,312010883,312011478,312012707,312012712,312012786,312012800,312013062,312013268,312013275,312013577,312013589 552 [ 47.215, 47.250 ] 82 [ 47.250, 47.285 ] 11 [ 47.285, 47.320 ] 312000534,312010268,312012180,312012917,312013586,312013590,312013592,312013678,312013679,380000344,380000345 10 [ 47.320, 47.355 ] 312000359,312009881,312011587,312013119,312013120,386000009,312013681,312013682,312013683,312013719 distribution longitude 6 [ 5.7640, 5.8080 ] 330000217,330000369,330000533,330000535,330000626,330000667 4 [ 5.8080, 5.8520 ] 312000288,312000915,312009202,312013358 14 [ 5.8520, 5.8960 ] 303001004,312000534,312012809,312013518,312013663,312013934,345002713,345002714,345002715,345002716,345002717,345002718,380000344,380000345 13 [ 5.8960, 5.9400 ] 303001033,303001410,312010209,312010936,312012952,312013062,312013101,312013103,312013104,312013105,312013106,312013268,312013279 42 [ 5.9400, 5.9840 ] 366 [ 5.9840, 6.0280 ] 230 [ 6.0280, 6.0720 ] 17 [ 6.0720, 6.1160 ] 312000299,312000300,312000621,312009231,312000872,312003329,312003641,312008508,312011520,312011553,312012981,312013375,312013563,312013577,312013587,312013591,386000032 19 [ 6.1160, 6.1600 ] 303001475,345001484,345001485,345001486,345002956,345002957,345002958,312000295,312011478,312013585,312013592,312013662,345000008,345000084,345000940,345000424,345001148,345001335,345001522 18 [ 6.1600, 6.2040 ] 303000369,303000927,312000559,312012075,312012156,312012786,312013182,312013593,312013621,312013914,345000058,345000714,345001119,345001145,345000320,345000471,345000472,345001380 2 [ 6.2040, 6.2480 ] 303000258,345000428
2016-08-01T15:35:55.755599+00:00 heroku[slug-compiler]: Slug compilation started 2016-08-01T15:37:55.107110+00:00 heroku[slug-compiler]: Slug compilation finished 2016-08-01T15:37:55.107105+00:00 heroku[slug-compiler]: Slug compilation started 2016-08-01T15:37:54.866575+00:00 heroku[api]: Deploy e10b25e by --snip-- 2016-08-01T15:37:54.866672+00:00 heroku[api]: Release v19 created by --snip--
