pub fn with_gtc_neurons(&mut self) -> &mut Self {
        self.genesis_token.add_sr_neurons(SEED_ROUND_ACCOUNTS);
        self.genesis_token.add_ect_neurons(ECT_ACCOUNTS);

        let gtc_neurons = self
            .genesis_token
            .get_gtc_neurons()
            .into_iter()
            .map(|mut neuron| {
                neuron.followees = self.governance.proto.default_followees.clone();
                neuron
            })
            .collect();

        self.governance.add_gtc_neurons(gtc_neurons);
        self
    }
/// Create GTC neurons and add them to the GTC and Governance canisters'
/// initial payloads
Create GTC neurons and add them to the GTC and Governance canisters'
initial payloads
Create GTC neurons and add them to the GTC and Governance canisters ' initial payloads
pub fn with_gtc_neurons(&mut self) -> &mut Self {
        self.genesis_token.add_sr_neurons(SEED_ROUND_ACCOUNTS);
        self.genesis_token.add_ect_neurons(ECT_ACCOUNTS);
        let gtc_neurons = self
            .genesis_token
            .get_gtc_neurons()
            .into_iter()
            .map(|mut neuron| {
                neuron.followees = self.governance.proto.default_followees.clone();
                neuron
            })
            .collect();
        self.governance.add_gtc_neurons(gtc_neurons);
        self
    }
pub fn with_gtc_neurons ( & mut self ) -> & mut Self { self . genesis_token . add_sr_neurons ( SEED_ROUND_ACCOUNTS ) ; self . genesis_token . add_ect_neurons ( ECT_ACCOUNTS ) ; let gtc_neurons = self . genesis_token . get_gtc_neurons ( ) . into_iter ( ) . map ( | mut neuron | { neuron . followees = self . governance . proto . default_followees . clone ( ) ; neuron } ) . collect ( ) ; self . governance . add_gtc_neurons ( gtc_neurons ) ; self }
Create GTC neurons and add them to the GTC and Governance canisters'
initial payloads
Create GTC neurons and add them to the GTC and Governance canisters ' initial payloads
&mut self
&mut self