[
"autonomous agent",
{
"doc_url": "https://counterstake.org/bridge-import-factory.json",
"init": "{
$import_base_aa = 'QQ5APJJBQ2754L37FFMMGWF7DMCFVIKC';
$governance_base_aa = 'KDHCTQOTKTO6MLYOCU6OCBI7KK72DV3P';
}",
"messages": {
"cases": [
{
"if": "{var['creating']}",
"messages": [
{
"app": "state",
"state": "{
$params = var['import_' || trigger.address];
$params.asset = trigger.unit;
var['import_' || trigger.address] = $params;
var['creating'] = false;
}"
}
]
},
{
"init": "{
if (!trigger.data.home_network)
bounce("no home network");
if (!trigger.data.home_asset)
bounce("no home asset");
$params = {
home_network: trigger.data.home_network,
home_asset: trigger.data.home_asset,
};
if (trigger.data.stake_asset){
if (!asset[trigger.data.stake_asset].exists)
bounce("no such asset: " || trigger.data.stake_asset);
$params.stake_asset = trigger.data.stake_asset;
}
// decimals
foreach(['stake_asset_decimals', 'asset_decimals'], 2, $p => {
$value = trigger.data[$p];
if (!is_integer($value) OR $value < 0 OR $value > 15)
bounce("bad " || $p);
$params[$p] = $value;
});
// ratio of the initial stake to the amount claimed
if (trigger.data.ratio){
if (typeof(trigger.data.ratio) != 'number' OR trigger.data.ratio <= 0)
bounce("bad ratio: " || trigger.data.ratio);
$params.ratio = trigger.data.ratio;
}
// challenging periods in hours
foreach(['challenging_periods', 'large_challenging_periods'], 2, $p => {
$value = trigger.data[$p];
if (exists($value)) {
$params[$p] = $governance_base_aa.$get_challenging_periods($value);
}
});
// the counterstake must be that larger than the current stake
if (trigger.data.counterstake_coef){
if (typeof(trigger.data.counterstake_coef) != 'number' OR trigger.data.counterstake_coef <= 1)
bounce("bad counterstake_coef: " || trigger.data.counterstake_coef);
$params.counterstake_coef = trigger.data.counterstake_coef;
}
// minimum amount of stake - to make sure that even small claims are properly monitored and challenged if necessary
if (trigger.data.min_stake){
if (!is_integer(trigger.data.min_stake) OR trigger.data.min_stake < 0)
bounce("bad min_stake: " || trigger.data.min_stake);
$params.min_stake = trigger.data.min_stake;
}
// the expatriated tx must be old enough before it is allowed to claim it
if (trigger.data.min_tx_age){
if (!is_integer(trigger.data.min_tx_age) OR trigger.data.min_tx_age <= 0)
bounce("bad min_tx_age: " || trigger.data.min_tx_age);
$params.min_tx_age = trigger.data.min_tx_age;
}
// transfers that are deemed large and trigger a different schedule of challenging periods
if (trigger.data.large_threshold){
if (!is_integer(trigger.data.large_threshold) OR trigger.data.large_threshold <= 0)
bounce("bad large_threshold: " || trigger.data.large_threshold);
$params.large_threshold = trigger.data.large_threshold;
}
// min price of imported asset in terms of stake asset, to protect against malicious oracles
if (trigger.data.min_price){
if (typeof(trigger.data.min_price) != 'number' OR trigger.data.min_price < 0)
bounce("bad min_price: " || trigger.data.min_price);
$params.min_price = trigger.data.min_price;
}
// oracle params
if (!trigger.data.oracles)
bounce("no oracles");
$params.oracles = $governance_base_aa.$get_oracles(trigger.data.oracles);
// governance AA params
foreach(['governance_challenging_period', 'freeze_period'], 2, $p => {
$value = trigger.data[$p];
if (exists($value)) {
if (!is_integer($value) OR $value <= 0)
bounce("bad " || $p);
$params[$p] = $value;
}
});
$import_aa = [
'autonomous agent',
{
base_aa: $import_base_aa,
params: $params
}
];
$import_aa_address = chash160($import_aa);
}",
"messages": [
{
"app": "payment",
"payload": {
"asset": "base",
"outputs": [
{
"address": "{ $import_aa_address }",
"amount": 4000
}
]
}
},
{
"app": "data",
"payload": {
"define": 1,
"factory": "{this_address}"
}
},
{
"app": "definition",
"payload": {
"definition": "{$import_aa}"
}
},
{
"app": "state",
"state": "{
var['import_' || $import_aa_address] = $params;
var['creating'] = 1;
response['address'] = $import_aa_address;
}"
}
]
}
]
}
}
]