private void Run(DockerComposition composition, string name, string output)
{
var fragmentLocation = Environment.GetEnvironmentVariable("INSIDE_CONTAINER") == "1" ? "app" : "docker-compose-generator";
fragmentLocation = FindRoot(fragmentLocation);
fragmentLocation = Path.GetFullPath(Path.Combine(fragmentLocation, "docker-fragments"));
var fragments = new HashSet <string>();
switch (composition.SelectedProxy)
{
case "nginx":
fragments.Add("nginx");
fragments.Add("btcpayserver-nginx");
break;
case "traefik":
fragments.Add("traefik");
fragments.Add("traefik-labels");
break;
case "no-reverseproxy":
case "none":
case "":
fragments.Add("btcpayserver-noreverseproxy");
break;
}
fragments.Add("btcpayserver");
fragments.Add("nbxplorer");
fragments.Add("postgres");
foreach (var crypto in CryptoDefinition.GetDefinitions())
{
if (!composition.SelectedCryptos.Contains(crypto.Crypto))
{
continue;
}
fragments.Add(crypto.CryptoFragment);
if (composition.SelectedLN == "clightning" && crypto.CLightningFragment != null)
{
fragments.Add(crypto.CLightningFragment);
}
if (composition.SelectedLN == "lnd" && crypto.LNDFragment != null)
{
fragments.Add(crypto.LNDFragment);
}
}
foreach (var fragment in composition.AdditionalFragments)
{
fragments.Add(fragment.Trim());
}
fragments = fragments.Where(s => !composition.ExcludeFragments.Contains(s)).ToHashSet();
var def = new DockerComposeDefinition(name, fragments.ToList());
def.FragmentLocation = fragmentLocation;
def.BuildOutputDirectory = output;
def.Build();
}
private void Run()
{
var fragmentLocation = FindLocation("docker-fragments");
var productionLocation = FindLocation("Production");
var testLocation = FindLocation("Production-NoReverseProxy");
HashSet <string> processed = new HashSet <string>();
foreach (var permutation in ItemCombinations(new[] { "btc", "ltc", "clightning" }.ToList()))
{
if (permutation.Count == 1 && permutation.First() == "clightning")
{
continue;
}
permutation.Sort();
if (permutation.Remove("clightning"))
{
permutation.Add("clightning"); // ensure clightning at the end
}
string id = string.Join('-', permutation);
if (!processed.Add(id))
{
continue;
}
var fragments = new List <string>();
fragments.Add("nginx");
fragments.Add("btcpayserver");
if (permutation.Contains("ltc"))
{
fragments.Add("litecoin");
if (permutation.Contains("clightning"))
{
fragments.Add("litecoin-clightning");
}
}
if (permutation.Contains("btc"))
{
fragments.Add("bitcoin");
if (permutation.Contains("clightning"))
{
fragments.Add("bitcoin-clightning");
}
}
var def = new DockerComposeDefinition(id, fragments);
def.FragmentLocation = fragmentLocation;
def.BuildOutputDirectory = productionLocation;
def.Build();
def.Fragments.Remove("nginx");
def.Fragments.Add("btcpayserver-noreverseproxy");
def.BuildOutputDirectory = testLocation;
def.Build();
}
}
private void Run(DockerComposition composition, string name, string output)
{
var fragmentLocation = Environment.GetEnvironmentVariable("INSIDE_CONTAINER") == "1" ? "app" : "docker-compose-generator";
fragmentLocation = FindRoot(fragmentLocation);
fragmentLocation = Path.GetFullPath(Path.Combine(fragmentLocation, "docker-fragments"));
var fragments = new List <string>();
if (composition.SelectedProxy == "nginx")
{
fragments.Add("nginx");
}
else
{
fragments.Add("btcpayserver-noreverseproxy");
}
fragments.Add("btcpayserver");
foreach (var crypto in CryptoDefinition.GetDefinitions())
{
if (!composition.SelectedCryptos.Contains(crypto.Crypto))
{
continue;
}
fragments.Add(crypto.CryptoFragment);
if (composition.SelectedLN == "clightning" && crypto.CLightningFragment != null)
{
fragments.Add(crypto.CLightningFragment);
}
if (composition.SelectedLN == "lnd" && crypto.LNDFragment != null)
{
fragments.Add(crypto.LNDFragment);
}
}
foreach (var fragment in composition.AdditionalFragments)
{
fragments.Add(fragment.Trim());
}
var def = new DockerComposeDefinition(name, fragments);
def.FragmentLocation = fragmentLocation;
def.BuildOutputDirectory = output;
def.Build();
}
private void Run(DockerComposition composition, string name, string output)
{
var root = Environment.GetEnvironmentVariable("INSIDE_CONTAINER") == "1" ? "app" : "docker-compose-generator";
root = FindRoot(root);
var fragmentLocation = Path.GetFullPath(Path.Combine(root, "docker-fragments"));
var cryptoDefinitionsLocation = Path.GetFullPath(Path.Combine(root, "crypto-definitions.json"));
var cryptoDefinitions =
JsonSerializer.Deserialize <CryptoDefinition[]>(File.ReadAllText(cryptoDefinitionsLocation));
var fragments = new HashSet <string>();
switch (composition.SelectedProxy)
{
case "nginx":
fragments.Add("nginx");
break;
case "traefik":
fragments.Add("traefik");
break;
case "no-reverseproxy":
case "none":
case "":
fragments.Add("btcpayserver-noreverseproxy");
break;
}
fragments.Add("btcpayserver");
foreach (var crypto in cryptoDefinitions)
{
if (!composition.SelectedCryptos.Contains(crypto.Crypto))
{
continue;
}
fragments.Add(crypto.CryptoFragment);
if (composition.SelectedLN == "clightning" && crypto.CLightningFragment != null)
{
fragments.Add(crypto.CLightningFragment);
}
if (composition.SelectedLN == "lnd" && crypto.LNDFragment != null)
{
fragments.Add(crypto.LNDFragment);
}
if (composition.SelectedLN == "eclair" && crypto.EclairFragment != null)
{
fragments.Add(crypto.EclairFragment);
}
}
foreach (var fragment in composition.AdditionalFragments)
{
fragments.Add(fragment);
}
var def = new DockerComposeDefinition(name, fragments.Select(f => new FragmentName(f)).ToHashSet())
{
ExcludeFragments = composition.ExcludeFragments.Select(f => new FragmentName(f)).ToHashSet()
};
def.FragmentLocation = fragmentLocation;
def.BuildOutputDirectory = output;
def.Build();
}
