AggregatedDex¶
Calls¶
swap_with_exact_supply¶
Attributes¶
| Name | Type |
|---|---|
| paths | Vec<SwapPath> |
| supply_amount | Balance |
| min_target_amount | Balance |
Python¶
call = substrate.compose_call(
'AggregatedDex', 'swap_with_exact_supply', {
'min_target_amount': 'u128',
'paths': [
{
'Dex': [
{
'DexShare': (
{
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': 'scale_info::54',
},
{
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': 'scale_info::54',
},
),
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': (
'ACA',
'AUSD',
'DOT',
'LDOT',
'TAP',
'KAR',
'KUSD',
'KSM',
'LKSM',
'TAI',
'BNC',
'VSKSM',
'PHA',
'KINT',
'KBTC',
),
},
],
'Taiga': (
'u32',
'u32',
'u32',
),
},
],
'supply_amount': 'u128',
}
)
swap_with_exact_target¶
Attributes¶
| Name | Type |
|---|---|
| paths | Vec<SwapPath> |
| target_amount | Balance |
| max_supply_amount | Balance |
Python¶
call = substrate.compose_call(
'AggregatedDex', 'swap_with_exact_target', {
'max_supply_amount': 'u128',
'paths': [
{
'Dex': [
{
'DexShare': (
{
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': 'scale_info::54',
},
{
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': 'scale_info::54',
},
),
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': (
'ACA',
'AUSD',
'DOT',
'LDOT',
'TAP',
'KAR',
'KUSD',
'KSM',
'LKSM',
'TAI',
'BNC',
'VSKSM',
'PHA',
'KINT',
'KBTC',
),
},
],
'Taiga': (
'u32',
'u32',
'u32',
),
},
],
'target_amount': 'u128',
}
)
update_aggregated_swap_paths¶
Attributes¶
| Name | Type |
|---|---|
| updates | Vec<((CurrencyId, CurrencyId), Option<Vec<SwapPath>>)> |
Python¶
call = substrate.compose_call(
'AggregatedDex', 'update_aggregated_swap_paths', {
'updates': [
(
(
{
'DexShare': (
{
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': 'scale_info::54',
},
{
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': 'scale_info::54',
},
),
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': (
'ACA',
'AUSD',
'DOT',
'LDOT',
'TAP',
'KAR',
'KUSD',
'KSM',
'LKSM',
'TAI',
'BNC',
'VSKSM',
'PHA',
'KINT',
'KBTC',
),
},
{
'DexShare': (
{
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': 'scale_info::54',
},
{
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': 'scale_info::54',
},
),
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': (
'ACA',
'AUSD',
'DOT',
'LDOT',
'TAP',
'KAR',
'KUSD',
'KSM',
'LKSM',
'TAI',
'BNC',
'VSKSM',
'PHA',
'KINT',
'KBTC',
),
},
),
(
None,
[
{
'Dex': [
'scale_info::53',
],
'Taiga': (
'u32',
'u32',
'u32',
),
},
],
),
),
],
}
)
Storage functions¶
AggregatedSwapPaths¶
Python¶
result = substrate.query(
'AggregatedDex', 'AggregatedSwapPaths', [
(
{
'DexShare': (
{
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': (
'ACA',
'AUSD',
'DOT',
'LDOT',
'TAP',
'KAR',
'KUSD',
'KSM',
'LKSM',
'TAI',
'BNC',
'VSKSM',
'PHA',
'KINT',
'KBTC',
),
},
{
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': (
'ACA',
'AUSD',
'DOT',
'LDOT',
'TAP',
'KAR',
'KUSD',
'KSM',
'LKSM',
'TAI',
'BNC',
'VSKSM',
'PHA',
'KINT',
'KBTC',
),
},
),
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': (
'ACA',
'AUSD',
'DOT',
'LDOT',
'TAP',
'KAR',
'KUSD',
'KSM',
'LKSM',
'TAI',
'BNC',
'VSKSM',
'PHA',
'KINT',
'KBTC',
),
},
{
'DexShare': (
{
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': (
'ACA',
'AUSD',
'DOT',
'LDOT',
'TAP',
'KAR',
'KUSD',
'KSM',
'LKSM',
'TAI',
'BNC',
'VSKSM',
'PHA',
'KINT',
'KBTC',
),
},
{
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': (
'ACA',
'AUSD',
'DOT',
'LDOT',
'TAP',
'KAR',
'KUSD',
'KSM',
'LKSM',
'TAI',
'BNC',
'VSKSM',
'PHA',
'KINT',
'KBTC',
),
},
),
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': (
'ACA',
'AUSD',
'DOT',
'LDOT',
'TAP',
'KAR',
'KUSD',
'KSM',
'LKSM',
'TAI',
'BNC',
'VSKSM',
'PHA',
'KINT',
'KBTC',
),
},
),
]
)
Return value¶
[
{
'Dex': [
{
'DexShare': ('scale_info::55', 'scale_info::55'),
'Erc20': '[u8; 20]',
'ForeignAsset': 'u16',
'LiquidCrowdloan': 'u32',
'StableAssetPoolToken': 'u32',
'Token': 'scale_info::54',
},
],
'Taiga': ('u32', 'u32', 'u32'),
},
]
Constants¶
DexSwapJointList¶
Value¶
[
[{'LiquidCrowdloan': 13}],
[{'Token': 'DOT'}],
[{'Token': 'LDOT'}],
[{'Token': 'AUSD'}],
]
Python¶
constant = substrate.get_constant('AggregatedDex', 'DexSwapJointList')
SwapPathLimit¶
Value¶
3
Python¶
constant = substrate.get_constant('AggregatedDex', 'SwapPathLimit')