/// <summary>
/// <see cref="IDownloader.DownloadModules(NetFileCache, IEnumerable{CfanModule})"/>
/// </summary>
public void DownloadModules(
NetFileCache cache,
IEnumerable <CfanModule> modules
)
{
// Walk through all our modules, but only keep the first of each
// one that has a unique download path.
Dictionary <Uri, CfanModule> unique_downloads = modules.Where(module => module.download != null)
.GroupBy(module => module.download)
.ToDictionary(p => prepareDownloadUri(p.First()), p => p.First());
this.modules.AddRange(unique_downloads.Values);
// Schedule us to process our modules on completion.
downloader.onCompleted =
(_uris, paths, errors) =>
ModuleDownloadsComplete(cache, _uris, paths, errors);
// retrieve the expected download size for each mod
List <KeyValuePair <Uri, long> > downloads_with_size = unique_downloads
.Select(item => new KeyValuePair <Uri, long>(item.Key, item.Value.download_size))
.ToList();
// Start the download!
downloader.DownloadAndWait(downloads_with_size);
}
/// <summary>
/// <see cref="IDownloader.DownloadModules(NetFileCache, IEnumerable{CkanModule})"/>
/// </summary>
public void DownloadModules(IEnumerable <CkanModule> modules)
{
// Walk through all our modules, but only keep the first of each
// one that has a unique download path (including active downloads).
var currentlyActive = new HashSet <Uri>(this.modules.Select(m => m.download));
Dictionary <Uri, CkanModule> unique_downloads = modules
.GroupBy(module => module.download)
.Where(group => !currentlyActive.Contains(group.Key))
.ToDictionary(group => group.Key, group => group.First());
this.modules.AddRange(unique_downloads.Values);
try
{
// Start the downloads!
downloader.DownloadAndWait(
unique_downloads.Select(item => new Net.DownloadTarget(
item.Key,
item.Value.InternetArchiveDownload,
// Use a temp file name
null,
item.Value.download_size,
// Send the MIME type to use for the Accept header
// The GitHub API requires this to include application/octet-stream
string.IsNullOrEmpty(item.Value.download_content_type)
? defaultMimeType
: $"{item.Value.download_content_type};q=1.0,{defaultMimeType};q=0.9"
)).ToList()
);
if (AllComplete != null)
{
AllComplete();
}
}
catch (DownloadErrorsKraken kraken)
{
// Associate the errors with the affected modules
throw new ModuleDownloadErrorsKraken(this.modules, kraken);
}
}
/// <summary>
/// <see cref="IDownloader.DownloadModules(NetFileCache, IEnumerable{CkanModule})"/>
/// </summary>
public void DownloadModules(NetModuleCache cache, IEnumerable <CkanModule> modules)
{
// Walk through all our modules, but only keep the first of each
// one that has a unique download path.
Dictionary <Uri, CkanModule> unique_downloads = modules
.GroupBy(module => module.download)
.ToDictionary(p => p.First().download, p => p.First());
this.modules.AddRange(unique_downloads.Values);
// Schedule us to process our modules on completion.
downloader.onCompleted =
(_uris, paths, errors) =>
ModuleDownloadsComplete(cache, _uris, paths, errors);
try
{
// Start the downloads!
downloader.DownloadAndWait(
unique_downloads.Select(item => new Net.DownloadTarget(
item.Key,
item.Value.InternetArchiveDownload,
// Use a temp file name
null,
item.Value.download_size,
// Send the MIME type to use for the Accept header
// The GitHub API requires this to include application/octet-stream
string.IsNullOrEmpty(item.Value.download_content_type)
? defaultMimeType
: $"{item.Value.download_content_type};q=1.0,{defaultMimeType};q=0.9"
)).ToList()
);
}
catch (DownloadErrorsKraken kraken)
{
// Associate the errors with the affected modules
throw new ModuleDownloadErrorsKraken(this.modules, kraken);
}
}