Function wasm_deploy::utils::replace_strings

source · 
pub fn replace_strings(
    value: &mut Value,
    contracts: &Vec<ContractInfo>
) -> DeployResult<()>
Examples found in repository?
src/utils.rs (line 25)
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pub fn replace_strings(value: &mut Value, contracts: &Vec<ContractInfo>) -> DeployResult<()> {
    match value {
        Value::Null => {}
        Value::Bool(_) => {}
        Value::Number(_) => {}
        Value::String(string) => {
            if let Some((_, new)) = string.split_once('&') {
                if let Some(contract) = contracts.iter().find(|x| x.name == new) {
                    match &contract.addr {
                        Some(addr) => *string = addr.clone(),
                        None => return Err(DeployError::AddrNotFound),
                    }
                }
            }
        }
        Value::Array(array) => {
            for value in array {
                replace_strings(value, contracts)?;
            }
        }
        Value::Object(map) => {
            for (_, value) in map {
                replace_strings(value, contracts)?;
            }
        }
    }
    Ok(())
}
More examples
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src/contract.rs (line 49)
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pub async fn execute(contract: &impl Execute) -> Result<(), DeployError> {
    println!("Executing");
    let mut config = Config::load()?;
    let mut msg = contract.execute_msg()?;
    replace_strings(&mut msg, &config.get_active_env()?.contracts)?;
    let key = config.get_active_key().await?;
    let chain_info = config.get_active_chain_info()?;
    let client = CosmosgRPC::new(chain_info.grpc_endpoint.clone().unwrap());
    let cosm_tome = CosmTome::new(chain_info, client);
    let contract_addr = config.get_contract_addr_mut(&contract.to_string())?.clone();
    let funds = Vec::<Coin>::parse_to_obj()?;
    let tx_options = TxOptions { timeout_height: None, fee: None, memo: "wasm_deploy".into() };
    let req = ExecRequest { msg, funds, address: Address::from_str(&contract_addr).unwrap() };
    let response = cosm_tome.wasm_execute(req, &key, &tx_options).await?;

    println!(
        "gas wanted: {}, gas used: {}",
        response.res.gas_wanted.to_string().green(),
        response.res.gas_used.to_string().green()
    );
    println!("tx hash: {}", response.res.tx_hash.purple());

    Ok(())
}

pub trait Query: Serialize + DeserializeOwned + Display + Debug {
    fn query_msg(&self) -> Result<Value, DeployError>;
    fn parse(contract: &impl Contract) -> DeployResult<Self>;
}

pub async fn query(contract: &impl Query) -> Result<(), DeployError> {
    println!("Querying");
    let mut config = Config::load()?;
    let mut msg = contract.query_msg()?;
    replace_strings(&mut msg, &config.get_active_env()?.contracts)?;
    let chain_info = config.get_active_chain_info()?;
    let addr = config.get_contract_addr_mut(&contract.to_string())?;
    let client = CosmosgRPC::new(chain_info.grpc_endpoint.clone().unwrap());
    let cosm_tome = CosmTome::new(chain_info, client);
    let response = cosm_tome.wasm_query(Address::from_str(addr).unwrap(), &msg).await?;

    let string = String::from_utf8(response.res.data.unwrap()).unwrap();
    let value: serde_json::Value = serde_json::from_str(string.as_str()).unwrap();
    let color = to_colored_json_auto(&value)?;
    println!("{color}");

    Ok(())
}
src/wasm_msg.rs (line 69)
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pub async fn msg_contract(contracts: &[impl Contract], msg_type: DeploymentStage) -> DeployResult<()> {
    let mut config = Config::load()?;
    let chain_info = config.get_active_chain_info()?;
    let key = config.get_active_key().await?;
    let client = CosmosgRPC::new(chain_info.grpc_endpoint.clone().unwrap());
    let cosm_tome = CosmTome::new(chain_info, client);
    let tx_options = TxOptions { timeout_height: None, fee: None, memo: "wasm_deploy".into() };

    let response: Option<ChainTxResponse> = match msg_type {
        DeploymentStage::StoreCode => {
            let mut reqs = vec![];
            for contract in contracts {
                println!("Storing code for {}", contract.name());
                let path = format!("./artifacts/{}.wasm", contract.name());
                let wasm_data = std::fs::read(path)?;
                reqs.push(StoreCodeRequest { wasm_data, instantiate_perms: None });
            }
            let response = cosm_tome.wasm_store_batch(reqs, &key, &tx_options).await?;

            for (i, contract) in contracts.iter().enumerate() {
                match config.get_contract(&contract.to_string()) {
                    Ok(contract_info) => contract_info.code_id = Some(response.code_ids[i]),
                    Err(_) => {
                        config.add_contract_from(ContractInfo {
                            name:    contract.name(),
                            addr:    None,
                            code_id: Some(response.code_ids[i]),
                        })?;
                    }
                }
            }
            config.save()?;
            Some(response.res)
        }
        DeploymentStage::Instantiate => {
            let mut reqs = vec![];
            let tx_options =
                TxOptions { timeout_height: None, fee: None, memo: "wasm_deploy".into() };
            for contract in contracts {
                println!("Instantiating {}", contract.name());
                let mut msg = contract.instantiate_msg()?;
                replace_strings(&mut msg, &config.get_active_env()?.contracts)?;
                let contract_info = config.get_contract(&contract.to_string())?;
                let code_id = contract_info.code_id.ok_or(DeployError::CodeIdNotFound)?;
                reqs.push(InstantiateRequest {
                    code_id,
                    msg,
                    label: contract.name(),
                    admin: Some(Address::from_str(&contract.admin()).unwrap()),
                    funds: vec![],
                });
                for mut external in contract.external_instantiate_msgs()? {
                    println!("Instantiating {}", external.name);
                    replace_strings(&mut external.msg, &config.get_active_env()?.contracts)?;
                    reqs.push(InstantiateRequest {
                        code_id: external.code_id,
                        msg:     external.msg,
                        label:   external.name.clone(),
                        admin:   Some(Address::from_str(&contract.admin()).unwrap()),
                        funds:   vec![],
                    });
                }
            }
            let response = cosm_tome.wasm_instantiate_batch(reqs, &key, &tx_options).await?;
            let mut index = 0;
            for contract in contracts {
                let contract_info = config.get_contract(&contract.to_string())?;
                contract_info.addr = Some(response.addresses[index].to_string());
                index += 1;
                for external in contract.external_instantiate_msgs()? {
                    config.add_contract_from(ContractInfo {
                        name:    external.name,
                        addr:    Some(response.addresses[index].to_string()),
                        code_id: Some(external.code_id),
                    })?;
                    index += 1;
                }
            }
            config.save()?;
            Some(response.res)
        }
        DeploymentStage::SetConfig => {
            let mut reqs = vec![];
            for contract in contracts {
                println!("Setting config for {}", contract.name());
                let Some(mut msg) = contract.config_msg()? else { return Ok(()) };
                replace_strings(&mut msg, &config.get_active_env()?.contracts)?;
                let contract_addr = config.get_contract_addr_mut(&contract.to_string())?.clone();
                reqs.push(ExecRequest { msg, funds: vec![], address: Address::from_str(&contract_addr).unwrap() });
            }
            let response = cosm_tome.wasm_execute_batch(reqs, &key, &tx_options).await?;
            Some(response.res)
        }
        DeploymentStage::SetUp => {
            let mut reqs = vec![];
            for contract in contracts {
                println!("Executing Set Up for {}", contract.name());
                for mut msg in contract.set_up_msgs()? {
                    replace_strings(&mut msg, &config.get_active_env()?.contracts)?;
                    let contract_addr = config.get_contract_addr_mut(&contract.to_string())?.clone();
                    reqs.push(ExecRequest { msg, funds: vec![], address: Address::from_str(&contract_addr).unwrap() });
                }
            }
            let response = cosm_tome.wasm_execute_batch(reqs, &key, &tx_options).await?;
            Some(response.res)
        }
        DeploymentStage::Migrate => {
            let mut reqs = vec![];
            for contract in contracts {
                if let Some(mut msg) = contract.migrate_msg()? {
                    println!("Migrating {}", contract.name());
                    replace_strings(&mut msg, &config.get_active_env()?.contracts)?;
                    let contract_info = config.get_contract(&contract.to_string())?;
                    let contract_addr = contract_info.addr.clone().ok_or(DeployError::AddrNotFound)?;
                    let code_id = contract_info.code_id.ok_or(DeployError::CodeIdNotFound)?;
                    reqs.push(MigrateRequest {
                        msg,
                        address: Address::from_str(&contract_addr).unwrap(),
                        new_code_id: code_id,
                    });
                }
            }
            let response = cosm_tome.wasm_migrate_batch(reqs, &key, &tx_options).await?;
            Some(response.res)
        }
    };
    if let Some(res) = response {
        println!("gas wanted: {}, gas used: {}", res.gas_wanted.to_string().green(), res.gas_used.to_string().green());
        println!("tx hash: {}", res.tx_hash.purple());
    }

    Ok(())
}