private void AddNew_Click(object sender, EventArgs e)
{
Button add = sender as Button;
ComboBox comboBox = (add.Parent.Parent.Controls[0] as ComboBox);
int serviceIndex = (add.Parent.Parent.Parent.Controls[0] as DataGridView).SelectedCells[0].RowIndex;
for (int i = 0; i < teams.Count; i++)
{
MatchContent mc = new MatchContent
{
matchingContent = "Please replace with desired matching content."
};
teams[i].services[serviceIndex].environments.Add(mc);
comboBox.Items.Clear();
for (int j = 0; j < teams[i].services[serviceIndex].environments.Count; j++)
{
comboBox.Items.Add(teams[i].services[serviceIndex].environments[j].matchingContent);
}
}
}
public Team(object YAML)
{
//There are multiple methods to dynamically deserialize an object, especially one with a few layers of
// complexity, like the competition.yaml file.
//The method I'm employing is a more brute-force way. We know the general design of the object, just not the specifics.
//To simplify the way everything is written out, it is recommended to break each dictionary/list down when possible.
//This object is a singular team. The [0] is actually the first team in the yaml.
Dictionary <object, object> rootObject = ((YAML as List <object>)[0] as Dictionary <object, object>);
Name = rootObject["name"].ToString();
Color = rootObject["color"].ToString();
int userCount = (rootObject["users"] as List <object>).Count;
int serviceCount = (rootObject["services"] as List <object>).Count;
for (int i = 0; i < userCount; i++)
{
//Users in each team are broken down into dictionary objects.
Dictionary <object, object> userObject = ((rootObject["users"] as List <object>)[i] as Dictionary <object, object>);
string uname = userObject["username"] as string;
string upass = userObject["password"] as string;
users.Add(new User(uname, upass));
}
for (int i = 0; i < serviceCount; i++)
{
//Same idea applies to services
Dictionary <object, object> serviceObject = ((rootObject["services"] as List <object>)[i] as Dictionary <object, object>);
Service tmpService = new Service
{
name = serviceObject["name"] as string,
checkName = serviceObject["check_name"] as string,
host = serviceObject["host"] as string,
port = serviceObject["port"] as string,
points = serviceObject["points"] as string
};
if (serviceObject.ContainsKey("accounts"))
{
for (int j = 0; j < (serviceObject["accounts"] as List <object>).Count; j++)
{
//Using the above user logic, applied to the
Dictionary <object, object> userObject = ((serviceObject["accounts"] as List <object>)[j] as Dictionary <object, object>);
tmpService.accounts.Add(new User(userObject["username"] as string, userObject["password"] as string));
}
}
for (int j = 0; j < (serviceObject["environments"] as List <object>).Count; j++)
{
Dictionary <object, object> matchingObject = ((serviceObject["environments"] as List <object>)[j] as Dictionary <object, object>);
MatchContent mc = new MatchContent
{
matchingContent = matchingObject["matching_content"] as string
};
if (matchingObject.ContainsKey("properties"))
{
for (int h = 0; h < (matchingObject["properties"] as List <object>).Count; h++)
{
Property property = new Property
{
name = ((matchingObject["properties"] as List <object>)[h] as Dictionary <object, object>)["name"] as string,
value = ((matchingObject["properties"] as List <object>)[h] as Dictionary <object, object>)["value"] as string
};
mc.properties.Add(property);
}
}
tmpService.environments.Add(mc);
}
services.Add(tmpService);
}
}