public async Task Gallery([Remainder] string arg0)
{
arg0 = StringUtilities.StripOuterQuotes(arg0);
// Possible cases:
// 1. <species>
// 2. <taxon>
// Prioritize species galleries first.
IEnumerable <ISpecies> matchingSpecies = await Db.GetSpeciesAsync(arg0);
if (matchingSpecies.Count() <= 0)
{
// No such species exists, so check if a taxon exists.
ITaxon taxon = (await Db.GetTaxaAsync(arg0)).FirstOrDefault();
if (!taxon.IsValid())
{
// If no such taxon exists, show species recommendations to the user.
ISpecies species = await ReplySpeciesSuggestionAsync(string.Empty, arg0);
if (species.IsValid())
{
await ShowGalleryAsync(species);
}
}
else
{
// The taxon does exist, so we'll generate a gallery from this taxon.
// First, images for this taxon will be added, followed by the galleries for all species under it.
List <IPicture> pictures = new List <IPicture>();
pictures.AddRange(taxon.Pictures);
foreach (ISpecies species in await Db.GetSpeciesAsync(taxon))
{
pictures.AddRange(await Db.GetPicturesAsync(species));
}
await ReplyGalleryAsync(taxon.GetName(), pictures);
}
}
else
{
// We got one or more matching species.
ISpecies species = await ReplyValidateSpeciesAsync(matchingSpecies);
if (species.IsValid())
{
await ShowGalleryAsync(species);
}
}
}
public override string GetString(ITaxon taxon)
{
if (taxon is ISpecies species)
{
return(species.BinomialName.ToString(NameFormat));
}
return(taxon.GetName());
}
private async Task ReplySetTaxonDescriptionAsync(ITaxon taxon, string description)
{
if (taxon.IsValid())
{
taxon.Description = description;
await Db.UpdateTaxonAsync(taxon);
string name = (taxon is ISpecies species) ? species.GetShortName() : taxon.GetName();
await ReplySuccessAsync($"Successfully updated description for {taxon.GetRank().GetName()} **{name}**.");
}
}
private async Task <IEnumerable <string> > GetSmallGenusIdeasAsync()
{
// Checks for genera with only one species
List <string> ideas = new List <string>();
using (SQLiteCommand cmd = new SQLiteCommand("SELECT * FROM Genus WHERE id IN (SELECT genus_id FROM(SELECT genus_id, COUNT(genus_id) AS c FROM (SELECT * FROM Species WHERE id NOT IN (SELECT species_id FROM Extinctions)) GROUP BY genus_id) WHERE c <= 1)")) {
foreach (DataRow row in await Db.GetRowsAsync(cmd))
{
ITaxon taxon = await Db.CreateTaxonFromDataRowAsync(row, TaxonRankType.Genus);
ideas.Add($"Genus {taxon.GetName().ToBold()} only has one species in it. Why not make another?");
}
}
return(ideas);
}
private async Task ReplyAddTaxonAsync(TaxonRankType rank, string taxonName, string description)
{
// Make sure that the taxon does not already exist before trying to add it.
ITaxon taxon = (await Db.GetTaxaAsync(taxonName, rank)).FirstOrDefault();
if (taxon.IsValid())
{
await ReplyWarningAsync($"The {rank.GetName()} **{taxon.GetName()}** already exists.");
}
else
{
taxon = new Common.Taxa.Taxon(rank, taxonName)
{
Name = taxonName,
Description = description
};
await Db.AddTaxonAsync(taxon);
await ReplySuccessAsync($"Successfully created new {rank.GetName()}, **{taxon.GetName()}**.");
}
}
private async Task ReplyDeleteTaxonAsync(ITaxon taxon)
{
if (taxon.IsValid())
{
if (taxon.GetRank() != TaxonRankType.Species && (await Db.GetSpeciesAsync(taxon)).Count() > 0)
{
// If the taxon still has species underneath of it, don't allow it to be deleted.
await ReplyErrorAsync("Taxa containing species cannot be deleted.");
}
else if (taxon.GetRank() != TaxonRankType.Species)
{
// The taxon is empty, so delete the taxon.
await Db.DeleteTaxonAsync(taxon);
string name = (taxon is ISpecies species) ? species.GetShortName() : taxon.GetName();
await ReplySuccessAsync($"{taxon.GetRank().GetName().ToSentence()} **{name}** was successfully deleted.");
}
else
{
// Species cannot currently be deleted through the bot.
await ReplyErrorAsync("Species cannot currently be deleted.");
}
}
}
private async Task ReplySetTaxonParentAsync(TaxonRankType rank, string childTaxonName, string parentTaxonName)
{
ITaxon child = await GetTaxonOrReplyAsync(rank.GetChildRank(), childTaxonName);
ITaxon parent = child.IsValid() ? await GetTaxonOrReplyAsync(rank, parentTaxonName) : null;
if (child.IsValid() && parent.IsValid())
{
child.ParentId = parent.Id;
await Db.UpdateTaxonAsync(child);
await ReplySuccessAsync($"{child.GetRank().GetName().ToSentence()} **{child.GetName().ToTitle()}** has sucessfully been placed under the {parent.GetRank().GetName()} **{parent.GetName().ToTitle()}**.");
}
}
private async Task ReplySetTaxonCommonNameAsync(ITaxon taxon, string commonName)
{
if (taxon.IsValid())
{
taxon.CommonNames.Clear();
taxon.CommonNames.Add(commonName);
await Db.UpdateTaxonAsync(taxon);
if (taxon is ISpecies species)
{
await ReplySuccessAsync($"{species.GetShortName().ToBold()} is now commonly known as the {species.GetCommonName().ToTitle().ToBold()}.");
}
else
{
await ReplySuccessAsync($"Members of the {taxon.GetRank().GetName()} {taxon.GetName().ToTitle().ToBold()} are now commonly known as {taxon.GetCommonName().ToTitle().ToBold()}.");
}
}
}
private async Task ReplySetTaxonPictureAsync(TaxonRankType rank, string taxonName, string imageUrl)
{
ITaxon taxon = await GetTaxonOrReplyAsync(rank, taxonName);
if (taxon.IsValid() && await ReplyValidateImageUrlAsync(imageUrl))
{
taxon.Pictures.Clear();
taxon.Pictures.Add(new Picture(imageUrl));
await Db.UpdateTaxonAsync(taxon);
await ReplySuccessAsync($"Successfully set the picture for for {taxon.GetRank().GetName()} **{taxon.GetName().ToTitle()}**.");
}
}
public async Task SetGenus(string genusName, string speciesName, string newGenusName)
{
// Get the specified species.
ISpecies species = await GetSpeciesOrReplyAsync(genusName, speciesName);
if (species.IsValid())
{
// Get the specified genus.
ITaxon genus = await GetTaxonOrReplyAsync(TaxonRankType.Genus, newGenusName);
if (genus.IsValid())
{
// Update the species.
species.Genus = genus;
await Db.UpdateSpeciesAsync(species);
await ReplySuccessAsync($"**{species.GetShortName()}** has successfully been assigned to the genus **{genus.GetName().ToTitle()}**.");
}
}
}
public async Task <IPaginatedMessage> BuildTaxonMessageAsync(ITaxon taxon)
{
if (!taxon.IsValid())
{
return(null);
}
List <string> subItems = new List <string>();
if (taxon.Rank.Type == TaxonRankType.Species)
{
ISpecies species = await Db.GetSpeciesAsync(taxon.Id);
return(await BuildSpeciesMessageAsync(species));
}
else if (taxon.Rank.Type == TaxonRankType.Genus)
{
// For genera, get all species underneath it.
// This will let us check if the species is extinct, and cross it out if that's the case.
List <ISpecies> speciesList = new List <ISpecies>();
foreach (ITaxon subtaxon in await Db.GetSubtaxaAsync(taxon))
{
speciesList.Add(await Db.GetSpeciesAsync(subtaxon.Id));
}
speciesList.Sort((lhs, rhs) => TaxonFormatter.GetString(lhs, false).CompareTo(TaxonFormatter.GetString(rhs, false)));
foreach (ISpecies species in speciesList.Where(s => s.IsValid()))
{
subItems.Add(TaxonFormatter.GetString(species));
}
}
else
{
// Get all subtaxa under this taxon.
IEnumerable <ITaxon> subtaxa = await Db.GetSubtaxaAsync(taxon);
// Add all subtaxa to the list.
foreach (ITaxon subtaxon in subtaxa)
{
if (subtaxon.Rank.Type == TaxonRankType.Species)
{
// Do not attempt to count sub-taxa for species.
subItems.Add(subtaxon.GetName());
}
else
{
// Count the number of species under this taxon.
// Taxa with no species under them will not be displayed.
long speciesCount = await Db.GetSpeciesCountAsync(subtaxon);
if (speciesCount > 0)
{
// Count the sub-taxa under this taxon.
long subtaxaCount = (await Db.GetSubtaxaAsync(subtaxon)).Count();
// Add the taxon to the list.
if (subtaxaCount > 0)
{
subItems.Add(string.Format("{0} ({1})", subtaxon.GetName(), subtaxaCount));
}
}
}
}
}
// Generate embed pages.
string title = taxon.CommonNames.Count() <= 0 ? taxon.GetName() : string.Format("{0} ({1})", taxon.GetName(), taxon.GetCommonName());
string fieldTitle = string.Format("{0} in this {1} ({2}):", taxon.GetChildRank().GetName(true).ToTitle(), taxon.GetRank().GetName().ToLowerInvariant(), subItems.Count());
string thumbnailUrl = taxon.GetPictureUrl();
StringBuilder description = new StringBuilder();
description.AppendLine(taxon.GetDescriptionOrDefault());
if (subItems.Count() <= 0)
{
description.AppendLine();
description.AppendLine(string.Format("This {0} contains no {1}.", taxon.GetRank().GetName(), taxon.GetChildRank().GetName(true)));
}
List <Discord.Messaging.IEmbed> pages = new List <Discord.Messaging.IEmbed>(EmbedUtilities.CreateEmbedPages(fieldTitle, subItems, options: EmbedPaginationOptions.AddPageNumbers));
if (!pages.Any())
{
pages.Add(new Discord.Messaging.Embed());
}
IPaginatedMessage paginatedMessage = new PaginatedMessage(pages);
foreach (Discord.Messaging.IEmbed page in paginatedMessage.Select(m => m.Embed))
{
page.Title = title;
page.ThumbnailUrl = thumbnailUrl;
page.Description = description.ToString();
if (subItems.Count() > 0 && taxon.GetRank() != TaxonRankType.Genus)
{
page.Footer += string.Format(" — Empty {0} are not listed.", taxon.GetChildRank().GetName(true));
}
}
return(paginatedMessage);
}
public async Task <ITaxon> ReplyNoSuchTaxonExistsAsync(string input, ITaxon suggestion, TaxonRankType rank = TaxonRankType.None)
{
string taxonName = rank == TaxonRankType.None ? "taxon" : rank.GetName();
if (suggestion != null)
{
taxonName = suggestion.GetRank().GetName();
}
StringBuilder sb = new StringBuilder();
if (string.IsNullOrWhiteSpace(input))
{
sb.Append($"No such {taxonName} exists.");
}
else
{
sb.Append($"No {taxonName} named \"{input}\" exists.");
}
if (suggestion != null)
{
string suggestionText = (suggestion is ISpecies species) ? species.GetFullName() : suggestion.GetName().ToTitle();
sb.Append($" Did you mean **{suggestionText}**?");
}
IPaginatedMessage message = new PaginatedMessage(sb.ToString())
{
Restricted = true
};
if (suggestion != null)
{
bool confirmed = false;
message.AddReaction(PaginatedMessageReactionType.Yes, async(args) => {
confirmed = true;
await Task.CompletedTask;
});
await ReplyAndWaitAsync(message);
if (!confirmed)
{
suggestion = null;
}
}
else
{
await ReplyAsync(message);
}
return(suggestion);
}
